Weaning goal Existen diferentes motivos para iniciar la abstinencia de tramadol: Existe un mal uso del fármaco, tomándose en ocasiones dosis superiores a la dosis terapéutica recomendada (400 mg/día) con evidente comportamiento adictivo. Tramadol se
Article inspired by “The prolonged benzodiazepine withdrawal syndrome. Published in Comprehensive Handbook of Drug & Alcohol Addiction 2004. Professor Ashton” For some patients treated chronically with benzodiazepines, withdrawal can be a very long process. Approximately
Introduction We will recall the side effects of benzodiazepines and that these drugs cause more or less dependence depending on the subjects, the duration of use and the dose. Numerous clinical studies demonstrate the benefit
Introduction Benzodiazepines (BZDs) have anxiolytic, hypnotic, muscle relaxant and anticonvulsant indications. Of these, prescribing to reduce anxiety and insomnia are the most common and have caused the greatest problems. Adverse effects and harm production are
Preamble There are no clearly definitive equivalencies for various benzodiazepines. The table below was chosen because it reflects Professor Ashton’s clinical experience using a Valium substitution method. Problems with benzodiazepine conversions In addition to a
You will find in the PDF file below an example of a ketamine protocol implemented in a hospitalization department which welcomes chronic pain patients: Management_of_patients_with_ketamine
Description of the different symptoms linked to long Covid by the high French health authority. An incidence of Covid and anti-covid vaccination observed regularly in consultation is the activation of scarring neuropathic pain with all
Description of the different symptoms linked to long Covid by the high French health authority.
Description of the different symptoms linked to long Covid by the high French health authority.
Description As we defined in neuropostural syndrome, the pain felt by the patient can be neurological and/or postural: Neuropathic pain is linked to scar neuropathy from an iliac fossa scar. Muscle pain is linked to
Description As we defined in neuropostural syndrome, the pain felt by the patient can be neurological and/or postural: Neuropathic pain is linked to scar neuropathy from an iliac fossa scar. Muscle pain is linked to
Description As we defined in neuropostural syndrome, the pain felt by the patient can be neurological and/or postural: Neuropathic pain is related to scarring neuropathy from an anterior cervical scar. Muscle pain is linked to
Description As we defined in neuropostural syndrome, the pain felt by the patient can be neurological and/or postural: Neuropathic pain is related to scarring neuropathy from an anterior cervical scar. Muscle pain is linked to
Description As we defined in neuropostural syndrome, the pain felt by the patient can be neurological and/or postural: Neuropathic pain is related to scarring neuropathy from an anterior cervical scar. Muscle pain is linked to
New physiopathological concept sometimes suspected by professionals working on posture (physiotherapist, osteopath, posturologist podiatrist, functional rehabilitation doctor) Definition : Combines scar neuropathy and a global posture disorder aimed at reducing the impact of scar neuropathy.
New physiopathological concept sometimes suspected by professionals working on posture (physiotherapist, osteopath, posturologist podiatrist, functional rehabilitation doctor) Definition : Combines scar neuropathy and a global posture disorder aimed at reducing the impact of scar neuropathy.
New physiopathological concept sometimes suspected by professionals working on posture (physiotherapist, osteopath, posturologist podiatrist, functional rehabilitation doctor) Definition : Combines scar neuropathy and a global posture disorder aimed at reducing the impact of scar neuropathy.
Non-ionizing technique for measuring postures by taking high-frequency photographs for a period of around twenty seconds with computer reconstruction making it possible to produce reproducible and reliable assessments with a reliability of 0.1 mm. You
Non-ionizing technique for measuring postures by taking high-frequency photographs for a period of around twenty seconds with computer reconstruction making it possible to produce reproducible and reliable assessments with a reliability of 0.1 mm. You
Non-ionizing technique for measuring postures by taking high-frequency photographs for a period of around twenty seconds with computer reconstruction making it possible to produce reproducible and reliable assessments with a reliability of 0.1 mm. You
Epidemiology The true prevalence of hereditary pressure hypersensitivity neuropathy (HNPP) is unknown, as the disease is underdiagnosed, but is estimated to be between 1/50,000 and 1/20,000. Clinical description The disease usually occurs between the second
Epidemiology The true prevalence of hereditary pressure hypersensitivity neuropathy (HNPP) is unknown, as the disease is underdiagnosed, but is estimated to be between 1/50,000 and 1/20,000. Clinical description The disease usually occurs between the second
M X, 22 years old, was the victim, 2 years ago, of a section of part of his right hand by a machine tool with almost complete section of the first three fingers of the
M X, 22 years old, was the victim, 2 years ago, of a section of part of his right hand by a machine tool with almost complete section of the first three fingers of the
Pain in breast cancer depends on the disease itself and its local and metastatic course, but also on the treatments implemented. Cancer pain. Pain from excess nociception. Linked to its more or less inflammatory character,
Pain in breast cancer depends on the disease itself and its local and metastatic course, but also on the treatments implemented. Cancer pain. Pain from excess nociception. Linked to its more or less inflammatory character,
Pain in breast cancer depends on the disease itself and its local and metastatic course, but also on the treatments implemented. Cancer pain. Pain from excess nociception. Linked to its more or less inflammatory character,
Or hereditary neuropathy with hypersensitivity to pressure (HNPP) Etiology The disease is caused by a mutation in the PMP22 (17p12) gene and other genes. PMP22 encodes peripheral myelin protein 22 (PMP22) which is expressed predominantly
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Temporal muscle Digastric muscle Masseter muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Temporal muscle Digastric muscle Masseter muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Temporal muscle Digastric muscle Masseter muscle
Fibromyalgia and episiotomy Mrs. X, 35, has been coming to a chronic pain consultation for a diffuse pain syndrome labeled as fibromyalgia for several years. Background: Surgical: Tonsillectomy in childhood wisdom teeth in adolescence curettage
Fibromyalgia and episiotomy Mrs. X, 35, has been coming to a chronic pain consultation for a diffuse pain syndrome labeled as fibromyalgia for several years. Background: Surgical: Tonsillectomy in childhood wisdom teeth in adolescence curettage
Fibromyalgia and episiotomy Mrs. X, 35, has been coming to a chronic pain consultation for a diffuse pain syndrome labeled as fibromyalgia for several years. Background: Surgical: Tonsillectomy in childhood wisdom teeth in adolescence curettage
Mrs. X, 52 years old, underwent bariatric surgery by Bypass 5 years ago. She developed progressively increasing abdominal discomfort associated with severe constipation since on the day of the consultation she described a frequency of
Scottish baths are an alternation of cold and hot baths generally used on the extremities of the limbs (ease of realization): – Hot water at 40°C (+/- 2°) depending on tolerance – Cold water at
Scottish baths are an alternation of cold and hot baths generally used on the extremities of the limbs (ease of realization): – Hot water at 40°C (+/- 2°) depending on tolerance – Cold water at
Complex Regional Pain Syndromes type 1 or 2 (former algoneurodystrophy and causalgia) Description.. CRPS can evolve in 3 phases: The evolution between these 3 phases is variable in duration and can be very long or
Complex Regional Pain Syndromes type 1 or 2 (former algoneurodystrophy and causalgia) Description.. CRPS can evolve in 3 phases: The evolution between these 3 phases is variable in duration and can be very long or
Mrs. X, 55, had abdominal liposuction 1 year ago. A few weeks later Mrs. X begins to be embarrassed by wearing trousers. Wearing the belt (pants) becomes uncomfortable and then intolerable. Mrs. X has since
Douleurs abdominales et vomissements chez le fumeur régulier de cannabis : syndrome d’hyperémèse cannabinoïde
Anatomical reminder Cervico-thoracic parade syndrome corresponds to the compression of the brachial plexus (all of the upper limb nerves), the subclavian artery and/or the subclavian vein in the passage formed by the inter-scalènic parade and
Composition of the antero-lateral (AL) muscle chain Muscles of the main structure of the AL chain: Muscles of the lower limbs: Front part of the gluteus medius. Fascia lata tensor. Anterior tibial and posterior
Composition of the postero-anterior-anterior-posterior (PA AP) muscle chain: The main chain has 4 muscle groups, each with a specific function: The Sentinel Group of the Vertical Axis: Deep posterior muscles of the spine: Multifids. Inter
Composition of the postero-median muscle chain: The main part consists of the head and trunk muscles, from top to bottom: –Tensed musculo-aponeurotic structures from the occiput to the orbital region. -Semispinatus, longissimus of the head.
Composition of the anteromedial muscle chain: The main part includes the muscles of the head and trunk, from top to bottom: – Orbicularis of the lips -Digastrics – Anterior part of the sterno-cleido-mastoid -Anterior
Composition of the posterolateral (PL) muscle chain Main structures of the PL chain Muscles of the chain of the lower limbs: Gluteus medius. External hamstrings (short and long portion of the biceps femoris) Vastus lateralis
Composition of the anterolateral (AL) muscle chain Muscles of the main structure of the AL chain: Muscles of the lower limbs: Anterior part of the gluteus medius. Fascia lata tensor. Tibialis anterior and posterior tibialis.
Composition of the anteromedial muscle chain: The main part includes the muscles of the head and trunk, from top to bottom: – Orbicularis of the lips –Digastrics – Anterior part of the sterno-cleido-mastoid –Anterior
Composition of the postero-median muscle chain: The main part consists of the head and trunk muscles, from top to bottom: –Tensed musculo-aponeurotic structures from the occiput to the orbital region. –Semispinatus, longissimus of the head.
Composition of the postero-anterior-anterior-posterior (PA AP) muscle chain: The main chain has 4 muscle groups, each with a specific function: The Sentinel Group of the Vertical Axis: Deep posterior muscles of the spine: Multifids. Inter
Composition of the posterolateral (PL) muscle chain Main structures of the PL chain Muscles of the chain of the lower limbs: Gluteus medius. External hamstrings (short and long portion of the biceps femoris) Vastus lateralis
Global muscle chain theory Description of the motor functioning of the body in its entirety and modeling of global muscle chains balancing with each other and defining the posture of an individual as a whole.
Global muscle chain theory Description of the motor functioning of the body in its entirety and modeling of global muscle chains balancing with each other and defining the posture of an individual as a whole.
Composition of the antero-lateral (AL) muscle chain Muscles of the main structure of the AL chain: Muscles of the lower limbs: Front part of the gluteus medius. Fascia lata tensor. Anterior tibial and posterior
Composition of the posterolateral (PL) muscle chain Main structures of the PL chain Muscles of the chain of the lower limbs: Gluteus medius. External hamstrings (short and long portion of the biceps femoris) Vastus lateralis
Composition of the postero-anterior-anterior-posterior (PA AP) muscle chain: The main chain has 4 muscle groups, each with a specific function: The Sentinel Group of the Vertical Axis: Deep posterior muscles of the spine: Multifids. Inter
Composition of the postero-median muscle chain: The main part consists of the head and trunk muscles, from top to bottom: –Tensed musculo-aponeurotic structures from the occiput to the orbital region. –Semispinatus, longissimus of the head.
Composition of the anteromedial muscle chain: The main part includes the muscles of the head and trunk, from top to bottom: – Orbicularis of the lips –Digastrics – Anterior part of the sterno-cleido-mastoid –Anterior
Global muscle chain theory Description of the motor functioning of the body in its entirety and modeling of global muscle chains balancing with each other and defining the posture of an individual as a whole.
Diabetic neuropathies. The frequency of diabetic neuropathy is more than 50% in patients with diabetes for more than 25 years. There are an estimated 100,000,000 patients with diabetic neuropathy worldwide. At the time of diagnosis
Neurostimulation of the vagus nerve. Principle The vagus or vagus nerve: Controls the vocal cords, allows swallowing, keeps the larynx open for breathing. Slows heart rate. Starts and controls digestion, Modifies inflammatory reactions, Influence of
Neurostimulation of the vagus nerve. Principle The vagus or vagus nerve: Controls the vocal cords, allows swallowing, keeps the larynx open for breathing. Slows heart rate. Starts and controls digestion, Modifies inflammatory reactions, Influence of
Cet article original n’a pas bénéficié d’un comité de lecture pour le moment. Ces résultats sont donc à prendre avec précaution Introduction Le Syndrome douloureux regional complexe (SDRC) est une entité clinique dont l’origine actuelle
Auteur : Dr Yves Guenard Voici 3 descriptions de prise en charge de patients diagnostiqués fibromyalgiques. Pour mémoire vous retrouver la définition de la fibromyalgie dans l’article dédié. Patient 1 Description Mme X, 55 ans,
Voici 3 descriptions de prise en charge de patients diagnostiqués fibromyalgiques. Pour mémoire vous retrouver la définition de la fibromyalgie dans l’article dédié. Patient 1 Description Mme X, 55 ans, a bénéficié il y a
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Appearance in the month following surgery by anterior cervical approach (thyroid surgery, ENT surgery and cervical spine
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Appearance in the month following surgery by anterior cervical approach (thyroid surgery, ENT surgery and cervical spine
Definition of scarring or post-traumatic pain The guide to scarring pain references all neuropathic-type pain found after surgery, trauma (hematoma, sprain, dislocations), burns, medical procedures (infiltrations, drug injections, vaccines, manipulations ). Symptoms are described in
Definition of scarring or post-traumatic pain The guide to scarring pain references all neuropathic-type pain found after surgery, trauma (hematoma, sprain, dislocations), burns, medical procedures (infiltrations, drug injections, vaccines, manipulations ). Symptoms are described in
We will first recall the notion of cicatricial neuropathy. The causes of scarred leg pain are (non-exhaustive): Knee surgery (prosthesis, arthroscopy, etc.) Wound, burn, hematoma of the knee Wound, burn, hematoma of the leg Varicose
We will first recall the notion of cicatricial neuropathy. Causes of ankle and foot pain of scarring origin are (non-exhaustive): Knee surgery (prosthesis, arthroscopy, etc.) Wound, burn, hematoma of the knee Wound, burn, hematoma of
We will first recall the notion of cicatricial neuropathy. Causes of ankle and foot pain of scarring origin are (non-exhaustive): Knee surgery (prosthesis, arthroscopy, etc.) Wound, burn, hematoma of the knee Wound, burn, hematoma of
We will first recall the notion of cicatricial neuropathy. The causes of scarred leg pain are (non-exhaustive): Knee surgery (prosthesis, arthroscopy, etc.) Wound, burn, hematoma of the knee Wound, burn, hematoma of the leg Varicose
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The ankle can be operated for disabling osteoarthritis, severe sprains, instability, fracture. The interventions are, depending on
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The ankle can be operated for disabling osteoarthritis, severe sprains, instability, fracture. The interventions are, depending on
We will first recall the notion of cicatricial neuropathy. The causes of scarred thigh pain are (non-exhaustive): Hip surgery (prosthesis, abutment, etc.) Femur surgery (particularly fracture) Open femoral artery surgery or femoral angioplasty Wound, hematoma,
We will first recall the notion of cicatricial neuropathy. The causes of scarred thigh pain are (non-exhaustive): Hip surgery (prosthesis, abutment, etc.) Femur surgery (particularly fracture) Open femoral artery surgery or angioplasty by femoral approach
We will first recall the notion of cicatricial neuropathy. The causes of scarred thigh pain are (non-exhaustive): Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas, liver, spleen, etc.) Open renal, ureteral or adrenal surgery
We will first recall the notion of cicatricial neuropathy. The causes of scarred thigh pain are (non-exhaustive): Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas, liver, spleen, etc.) Open renal, ureteral or adrenal surgery
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Knee surgery is done either arthroscopically or by open surgery (knee prosthesis, tendon transposition intervention, ligamentoplasty, etc.).
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Knee surgery is done either arthroscopically or by open surgery (knee prosthesis, tendon transposition intervention, ligamentoplasty, etc.).
We will first recall the notion of cicatricial neuropathy. The causes of abdominal pain of scarring origin are (non-exhaustive): Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas, liver, spleen, etc.) Open renal, ureteral or
We will first recall the notion of cicatricial neuropathy. The causes of abdominal pain of scarring origin are (non-exhaustive): Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas, liver, spleen, etc.) Open renal, ureteral or
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description There are two main approaches in hip surgery: a lateral approach and an anterior approach. Each of
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The surgical approaches to these two procedures are vulvar for bartholinitis +/- perineal for episiotomy. We will
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The surgical approaches to these two procedures are vulvar for bartholinitis +/- perineal for episiotomy. We will
We will first recall the notion of cicatricial neuropathy. The causes of lumbar pain of scarring origin are (non-exhaustive): Lumbar spine surgery: by anterior approach by posterior approach Wound, hematoma, burn in the lumbar region
We will first recall the notion of cicatricial neuropathy. The causes of lumbar pain of scarring origin are (non-exhaustive): Lumbar spine surgery: anteriorly by posterior approach Wound, hematoma, burn in the lumbar region Obstetric or
We will first recall the notion of cicatricial neuropathy. The causes of lumbar pain of scarring origin are (non-exhaustive): Lumbar spine surgery: anteriorly by posterior approach Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas,
We will first recall the notion of cicatricial neuropathy. The causes of lumbar pain of scarring origin are (non-exhaustive): Lumbar spine surgery: anteriorly by posterior approach Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas,
We will first recall the notion of cicatricial neuropathy. The causes of abdominal pain of scarring origin are (non-exhaustive): Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas, liver, spleen, etc.) Open renal, ureteral or
We will first recall the notion of cicatricial neuropathy. The causes of abdominal pain of scarring origin are (non-exhaustive): Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas, liver, spleen, etc.) Open renal, ureteral or
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description This surgery is performed by a more or less wide horizontal suprapubic incision (in green). It can
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description This surgery is performed by a more or less wide horizontal suprapubic incision (in green). It can
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Open abdominal surgery includes different routes dictated by the underlying surgery to be performed. The neuropathic pains
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Open abdominal surgery includes different routes dictated by the underlying surgery to be performed. The neuropathic pains
We will first recall the notion of cicatricial neuropathy. The causes of pain in the elbow and forearm of scarring origin are (non-exhaustive): Cervical spine surgery by posterior approach Cervical surgery by anterior approach Shoulder,
We will first recall the notion of cicatricial neuropathy. The causes of pain in the elbow and forearm of scarring origin are (non-exhaustive): Cervical spine surgery by posterior approach Cervical surgery by anterior approach Shoulder,
We will first recall the notion of cicatricial neuropathy. The causes of pain in the elbow and forearm of scarring origin are (non-exhaustive): Cervical spine surgery by posterior approach Cervical surgery by anterior approach Shoulder,
We will first recall the notion of cicatricial neuropathy. The causes of pain in the elbow and forearm of scarring origin are (non-exhaustive): Cervical spine surgery by posterior approach Cervical surgery by anterior approach Shoulder,
Mr R, 55, former winemaker, has had chest pain for several years. He benefited from the placement of 3 coronary stents 4 years ago following a myocardial infarction. In this history, there is a severe
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Wrist surgery includes: Tendon and nerve repair surgery Treatment of wrist fractures Wrist or carpal osteoarthritis surgery
We will first recall the notion of cicatricial neuropathy. The causes of pain in the elbow and forearm of scarring origin are (non-exhaustive): Cervical spine surgery by posterior approach Cervical surgery by anterior approach Shoulder,
We will first recall the notion of cicatricial neuropathy. The causes of pain in the elbow and forearm of scarring origin are (non-exhaustive): Cervical spine surgery by posterior approach Cervical surgery by anterior approach Shoulder,
We will first recall the notion of cicatricial neuropathy. The causes of shoulder and arm pain of scarring origin are (non-exhaustive): Shoulder, collarbone, thoraco-brachial outlet surgery Cervical spine surgery by posterior approach Cervical spine surgery
We will first recall the notion of cicatricial neuropathy. The causes of shoulder and arm pain of scarring origin are (non-exhaustive): Shoulder, collarbone, thoraco-brachial outlet surgery Cervical spine surgery by posterior approach Cervical spine surgery
We will first recall the notion of cicatricial neuropathy. Causes of anterior chest pain of scarring origin are (non-exhaustive): Cardiac or mediastinal surgery by sternotomy Pulmonary surgery Dorsal spine surgery by: Lateral approach (the pain
We will first recall the notion of cicatricial neuropathy. Causes of anterior chest pain of scarring origin are (non-exhaustive): Cardiac or mediastinal surgery by sternotomy Pulmonary surgery Dorsal spine surgery by: Lateral approach (the pain
We will first recall the notion of cicatricial neuropathy. The causes of anterior chest pain of scarring origin are (not exhaustive) Pulmonary surgery Dorsal spine surgery by: Lateral approach (the pain is the same as
We will first recall the notion of cicatricial neuropathy. The causes of anterior chest pain of scarring origin are (not exhaustive) Pulmonary surgery Dorsal spine surgery by: Lateral approach (the pain is the same as
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Breast surgery is limited to operations on a tumor resulting in partial or complete removal of the
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Lung surgery can be performed: by open surgery (thoracotomy) with a wide incision allowing a passage between
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Lung surgery can be performed: by open surgery (thoracotomy) with a wide incision allowing a passage between
Definition of neuropathic pain The International Association for the Study of Pain (IASP) defines neuropathic pain as pain related to an injury or disease affecting the somatosensory system. It therefore does not have the same
Definition of neuropathic pain The International Association for the Study of Pain (IASP) defines neuropathic pain as pain related to an injury or disease affecting the somatosensory system. It therefore does not have the same
Definition of neuropathic pain The International Association for the Study of Pain (IASP) defines neuropathic pain as pain related to an injury or disease affecting the somatosensory system. It therefore does not have the same
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The pain associated with the posterior arm lift has a neuropathic character and affects the posterior part
We will first recall the notion of cicatricial neuropathy. These pains are neuropathic pains. The causes of posterior neck pain of scarring origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery (doctor’s version) Intraoperative
We will first recall the notion of cicatricial neuropathy. These pains are neuropathic pains. The causes of posterior neck pain of scarring origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery Intraoperative head fixation
We will first recall the notion of cicatricial neuropathy. The causes of anterior cervical pain of scarring origin are (non-exhaustive): Cervical spine surgery: Anterior approach Intraoperative head fixation system Thyroid and parathyroid surgery Cervical lymph
We will first recall the notion of cicatricial neuropathy. The causes of anterior cervical pain of scarring origin are (non-exhaustive): Cervical spine surgery: Anterior approach Intraoperative head fixation system Thyroid and parathyroid surgery Cervical lymph
We will first recall the notion of cicatricial neuropathy. The causes of anterior headaches of cicatricial origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery (doctor) Intraoperative head fixation system (doctor) Scalp and forehead
We will first recall the notion of cicatricial neuropathy. The causes of anterior headaches of cicatricial origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery (doctor) Intraoperative head fixation system (doctor) Scalp and forehead
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description 3 approaches to the central venous network are possible, the puncture area can be the cause of
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description 3 approaches to the central venous network are possible, the puncture area can be the cause of
We will first recall the notion of cicatricial neuropathy. The causes of anterior headaches of cicatricial origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery (doctor) Intraoperative head fixation system (doctor) Scalp and forehead
We will first recall the notion of cicatricial neuropathy. The causes of anterior headaches of cicatricial origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery (doctor) Intraoperative head fixation system (doctor) Scalp and forehead
We will first recall the notion of cicatricial neuropathy. The causes of posterior pain of the head of scarring origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery (doctor subscription) Intraoperative head fixation system
We will first recall the notion of cicatricial neuropathy. The causes of posterior pain of the head of scarring origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery (doctor subscription) Intraoperative head fixation system
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Anterior cervical spine surgery is done through an anterior and lateral incision in the midline of the
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Some chronic post trepanation pain is linked to the healing of the operated area. The pain has
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Some chronic post trepanation pain is linked to the healing of the operated area. The pain has
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Anterior cervical spine surgery is done through an anterior and lateral incision in the midline of the
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Cervical lymph node dissections can be responsible for neuropathic pain in the neck, face and head: The
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description A few cases of lumbar pain, radiating into the lower limb, with a neuropathic appearance appear after
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description A few cases of lumbar pain, radiating into the lower limb, with a neuropathic appearance appear after
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The realization of an epidural for the childbirth is done by lumbar way in general in L3-L4
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Different types of lumbar spine surgery are offered: Endoscopic surgery for herniated disc (minimally invasive surgery). Open
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Whether wounds, hematomas or burns, the healing phase can cause neuropathic pain. The pain can then extend
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Wounds and burns can lead to the formation of cutaneous and subcutaneous fibrous areas responsible for neuropathic
This new clinical entity is found in a few patients with chronic pain. Définition Cicatricial neuropathy affecting all of the scars found in a patient. Its current incidence is not known. There is probably
This new clinical entity is found in some patients with chronic pain. Its current incidence is not known. It consists of a scarring neuropathy affecting all of the scars found in a patient. This entity
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Wounds and burns of the ankle and foot give visible scars and behave like surgical scars giving
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The different foot surgeries correct big toe problems (hallux valgus, hallux rigidus, ingrown toenail), metatarsal pain, Morton’s
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The ankle can be operated for disabling osteoarthritis, severe sprains, instability, fracture. The interventions are, depending on
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Wounds and burns of the leg give visible scars and behave like surgical scars giving neuropathic pain
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Wounds and burns of the knee give visible scars and behave like surgical scars giving neuropathic pain
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Some orthopedic surgeries require the implantation of a bone graft. This is taken (often) from the iliac
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Knee surgery is done either arthroscopically or by open surgery (knee prosthesis, tendon transposition intervention, ligamentoplasty, etc.).
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Wounds and burns can lead to the formation of cutaneous and subcutaneous fibrous areas responsible for neuropathic
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description For open surgery, the incision depends on the part of the artery to be treated: For angioplasties
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Anatomical reminder: The internal and external saphenous veins allow the venous return of the lower limb for approximately
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Femur surgery is basically a femoral shaft fracture treatment surgery. The type of intervention depends on the
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description There are two main approaches in hip surgery: a lateral approach and an anterior approach. Each of
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Whether wounds, hematomas or burns, the healing phase can cause neuropathic pain. The pain can then extend
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description There are different surgical approaches to free the pudendal nerve in its entirety: The transgluteal pathway or
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Testicular surgery is generally done by 3 types first: We will take advantage of this chapter to
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Surgical technique Use in case of failure of perineal and sphincter rehabilitation. Several surgical techniques have been
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description The main painful complications of this surgery partly resemble the pain found in the article on pain
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The surgical approaches to these two procedures are vulvar for bartholinitis +/- perineal for episiotomy. We will
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Whether wounds, hematomas or burns, the healing phase can cause neuropathic pain. The pain can then extend
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Like all surgeries, cosmetic surgery can be responsible for chronic pain. Abdominal liposuction rarely gives pain but
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Surgical technique The approach is located above the inguinal ligament Induced pain: The neuropathic pain induced by
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Open prostate surgery is done through a horizontal or vertical incision: Laparoscopic surgery is done by 5
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Like all laparoscopies, surgical trocar routes can be responsible for neuropathic pain. In gynecological surgery, most routes
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description This surgery is performed by a more or less wide horizontal suprapubic incision (in green). It can
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description This surgery is responsible for neuropathic pain in the territory of 3 different nerves of D12-L1-L2 origin.
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description This approach allows direct work on the vertebral body and the disc. It is responsible for certain
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description There are different approaches to perform abdominal aortic surgery: Peritoneal approaches: Extraperitoneal approaches: Chronic postoperative pain of
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Laparoscopic retroperitoneal surgery is done through lateral incisions between the ribs above and the iliac crest below.
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Open retroperitoneal surgery is performed by a horizontal and lateral incision between the ribs above and the
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Like all laparoscopies, surgical trocar routes can be responsible for neuropathic pain. In abdominal surgery, the paths
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Open abdominal surgery includes different routes dictated by the underlying surgery to be performed. The neuropathic pains
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Hand surgery has two major components: Reconstructive surgery: wound, section, carpal or finger fracture, serious sprain of
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Wrist surgery includes: Tendon and nerve repair surgery Treatment of wrist fractures Wrist or carpal osteoarthritis surgery
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The most common injection site is laterally on the deltoid on the non-dominant side. Secondly especially in
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Contraceptive implants are generally positioned subcutaneously on the medial aspect of the non-dominant arm. sometimes their removal
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Elbow surgery includes different types of intervention (fewer than on other joints): Arthrolysis of the elbow Consists
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Shoulder surgery includes acts performed by arthroscopy (treatment of rotator cuff and acromioclavicular joint pathologies), open surgery
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description The neuropathic pains linked to the realization of this anesthesia are distributed around the puncture point towards
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description 3 approaches to the central venous network are possible, the puncture area can be the source of
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description 3 approaches to the central venous network are possible, the puncture area can be the cause of
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Two surgical approaches are described, isolated or associated: Sternotomy surgery Post-sternotomy scarring neuropathies can be located on
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Breast surgery is limited to operations on a tumor resulting in partial or complete removal of the
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Dorsal spine surgery is done by two isolated or associated approaches: A posterior approach: The pains described
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Lung surgery can be performed: by open surgery (thoracotomy) with a wide incision allowing a passage between
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Post-sternotomy scarring neuropathies can be located on the median part but can also affect the anterior chest
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description After having seen many patients, it seems that, in some of them, the scars located in the
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Appearance in the month following surgery by anterior cervical approach (thyroid surgery, ENT surgery and cervical spine
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Used most of the time for shoulder surgery, this anesthesia technique can contribute to chronic pain such
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The central routes via the jugular route are set up in certain major surgeries, resuscitation and the
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description The usual incision for this surgery is through an opening 7/8 cm in front of the sterno-cleido-mastoid
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Apart from the classic description of damage to the facial nerve (VII) from parotid surgery (first green
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Cervical lymph node dissections can be responsible for neuropathic pain in the neck, face and head: The
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description These surgeries can cause pain: Neuropathic on the anterior part of the neck with upward and/or downward
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description Cervical spine surgery via the posterior approach is performed through a vertical posterior incision on the middle
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Anterior cervical spine surgery is done through an anterior and lateral incision in the midline of the
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies Description After many clinical observations, some patients who have had head and neck trauma with hematomas present with
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description All wounds of the face, neck or scalp, especially when they are sutured, are likely to give
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Some cerebral or cervical surgeries first require the fixation of the head which, to be rigorous, requires
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description This surgery first requires the fixation of the head which, to be rigorous, requires the use of
Reminder Explain chronic pain Cicatricial neuropathies Associated myofascial syndromes that modify the clinical symptoms of cicatricial neuropathies. Description Some chronic post trepanation pain is linked to the healing of the operated area. The pain has
We will first recall the notion of cicatricial neuropathy. The causes of lumbar pain of scar origin are (non-exhaustive): Lumbar spine surgery: anteriorly by posterior approach Wound, hematoma, burn in the lumbar region Obstetric or
We will first recall the notion of cicatricial neuropathy. The causes of lumbar pain of scarring origin are (non-exhaustive): Lumbar spine surgery: anteriorly by posterior approach Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas,
We will first recall the notion of cicatricial neuropathy. The causes of anterior chest pain of scarring origin are (not exhaustive) Pulmonary surgery Dorsal spine surgery by: Lateral approach (the pain is the same as
We will first recall the notion of cicatricial neuropathy. These pains are neuropathic pains. The causes of posterior neck pain of scarring origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery Intraoperative head fixation
We will first recall the notion of cicatricial neuropathy. The causes of posterior pain of the head of scarring origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery Intraoperative head fixation system Chronic wound
We will first recall the notion of cicatricial neuropathy. Causes of ankle and foot pain of scarring origin are (non-exhaustive): Knee surgery (prosthesis, arthroscopy, etc.) Wound, burn, hematoma of the knee Wound, burn, hematoma of
We will first recall the notion of cicatricial neuropathy. The causes of scarred leg pain are (non-exhaustive): Knee surgery (prosthesis, arthroscopy, etc.) Wound, burn, hematoma of the knee Wound, burn, hematoma of the leg Varicose
We will first recall the notion of cicatricial neuropathy. The causes of scarred thigh pain are (non-exhaustive): Hip surgery (prosthesis, abutment, etc.) Femur surgery (particularly fracture) Open femoral artery surgery or angioplasty by femoral approach
We will first recall the notion of cicatricial neuropathy. The causes of scarred thigh pain are (non-exhaustive): Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas, liver, spleen, etc.) Open renal, ureteral or adrenal surgery
We will first recall the notion of cicatricial neuropathy. The causes of abdominal pain of scarring origin are (non-exhaustive): Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas, liver, spleen, etc.) Open renal, ureteral or
We will first recall the notion of cicatricial neuropathy. The causes of abdominal pain of scarring origin are (non-exhaustive): Open abdominal surgery (Stomach, small intestine, colon, gallbladder, pancreas, liver, spleen, etc.) Open renal, ureteral or
We will first recall the notion of cicatricial neuropathy. The causes of pain in the elbow and forearm of scarring origin are (non-exhaustive): Cervical spine surgery by posterior approach Cervical surgery by anterior approach Shoulder,
We will first recall the notion of cicatricial neuropathy. The causes of pain in the elbow and forearm of scarring origin are (non-exhaustive): Cervical spine surgery by posterior approach Cervical surgery by anterior approach Shoulder,
We will first recall the notion of cicatricial neuropathy. The causes of pain in the elbow and forearm of scarring origin are (non-exhaustive): Cervical spine surgery by posterior approach Cervical surgery by anterior approach Shoulder,
We will first recall the notion of cicatricial neuropathy. The causes of shoulder and arm pain of scarring origin are (non-exhaustive): Shoulder, collarbone, thoraco-brachial outlet surgery Cervical spine surgery by posterior approach Cervical spine surgery
We will first recall the notion of cicatricial neuropathy. Causes of anterior chest pain of scarring origin are (non-exhaustive): Cardiac or mediastinal surgery by sternotomy Pulmonary surgery Dorsal spine surgery by: Lateral approach (the pain
We will first recall the notion of cicatricial neuropathy. The causes of anterior cervical pain of scarring origin are (non-exhaustive): Cervical spine surgery: Anterior approach Intraoperative head fixation system Thyroid and parathyroid surgery Cervical lymph
We will first recall the notion of cicatricial neuropathy. The causes of anterior headaches of cicatricial origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery Intraoperative head fixation system Scalp and forehead wound Scalp
We will first recall the notion of cicatricial neuropathy. The causes of anterior headaches of cicatricial origin are (non-exhaustive): Brain surgery: Open surgery (trephination) Stereotaxic surgery (doctor) Intraoperative head fixation system Scalp and forehead wound
Definition of scarring or post-traumatic pain The guide to scarring pain references all neuropathic-type pain found after surgery, trauma (hematoma, sprain, dislocations), burns, medical procedures (infiltrations, drug injections, vaccines, manipulations ). Symptoms are described in
Indications Mirtazapine is indicated in adults for the treatment of major depressive episodes. Mirtazapine is a centrally acting presynaptic α2 antagonist that increases central noradrenergic and serotonergic neurotransmission Dosage Adults: The effective daily dose is
Old medicine used in depression, sleep disorders and sometimes in chronic pain You will find all the information on the latter by this link
Old medicine used in depression, sleep disorders and sometimes in chronic pain You will find all the information on the latter by this link
Indications Mirtazapine is indicated in adults for the treatment of major depressive episodes. Mirtazapine is a centrally acting presynaptic α2 antagonist that increases central noradrenergic and serotonergic neurotransmission Dosage Adults: The effective daily dose is
The treatment of neuropathic pain is sometimes difficult and is generally based on the combination of several medicinal and/or non-medicinal methods. Seeking the best relief with the fewest possible side effects is the rule. Of
Definition of medical cannabis Therapeutic cannabis is the use of different cannabis plants containing dozens of different molecules with multiple properties that can be used in certain human pathologies. In view of the growing number
Definition of medical cannabis Therapeutic cannabis is the use of different cannabis plants containing dozens of different molecules with multiple properties that can be used in certain human pathologies. In view of the growing number
Definition of medical cannabis Therapeutic cannabis is the use of different cannabis plants containing dozens of different molecules with multiple properties that can be used in certain human pathologies. In view of the growing number
Voici 3 descriptions de prise en charge de patients diagnostiqués fibromyalgiques. Pour mémoire vous retrouver la définition de la fibromyalgie dans l’article dédié. Patient 1 Description Mme X, 55 ans, a bénéficié il y a
This article is heavily inspired by the book “Explain Pain Supercharger” written by G. Lorimer Moseley and Davis S. Butler The biopsychosocial model to explain chronic pain This model takes into account the individual as
This article is heavily inspired by the book “Explain Pain Supercharger” written by G. Lorimer Moseley and Davis S. Butler The biopsychosocial model to explain chronic pain This model takes into account the individual as
This article is heavily inspired by the book “Explain Pain Supercharger” written by G. Lorimer Moseley and Davis S. Butler The biopsychosocial model to explain chronic pain This model takes into account the individual as
Root canal syndromes: definition Nerve compression syndromes, called “ductal syndromes” (entrapment neuropathy in the English) are defined as the clinical translation of a conflict between a peripheral nerve trunk and a particular anatomical region of
Anatomical reminder Originates from the ventral branches of the 2nd and 3rd lumbar root It passes behind the psoas muscle (in red), exits the lateral part of the psoas towards its middle and crosses ventrally
Pathophysiology. Tarsal tunnel syndrome is a tunnel syndrome characterized by compression of the posterior tibial nerve and/or its distal terminal branches by the internal annular ligament. The posterior tibial nerve gives, in the retro-malleolar region,
Pathophysiology. Tarsal tunnel syndrome is a tunnel syndrome characterized by compression of the posterior tibial nerve and/or its distal terminal branches by the internal annular ligament. The posterior tibial nerve gives, in the retro-malleolar region,
Pathophysiology. Tarsal tunnel syndrome is a tunnel syndrome characterized by compression of the posterior tibial nerve and/or its distal terminal branches by the internal annular ligament. The posterior tibial nerve gives, in the retro-malleolar region,
Anatomical reminder Corresponds to damage to the obturator nerve Born from roots L2-L3-L4 It first passes behind the psoas major, emerges from it via the medial edge and descends vertically into the pelvis from which
Anatomical reminder Originates from the ventral branches of the 2nd and 3rd lumbar root It passes behind the psoas muscle (in red), exits the lateral part of the psoas towards its middle and crosses ventrally
Anatomical reminder The common peroneal nerve is formed by bifurcation of the sciatic nerve at the apex of the popliteal fossa. It runs along the medial edge of the biceps femoris muscle then its tendon.
Anatomical reminder From the posterior and lower part of the axillary fossa, it runs downwards and outwards into the posterior brachial region along the posterior surface of the humerus in the radial groove (in contact
Anatomical reminder Cervico-thoracic parade syndrome corresponds to the compression of the brachial plexus (all of the upper limb nerves), the subclavian artery and/or the subclavian vein in the passage formed by the inter-scalènic parade and
Anatomical reminder The suprascapular nerve detaches from the upper primary trunk of the brachial plexus. It contains C5 C6 fibers. It passes through the coracoid notch (1) under the coracoid ligament (in green) then at
Anatomical reminder 1- Radial nerve 2- vessels 3-Median nerve 4- Brachialis muscle 5- Humerus 6-Ulnar nerve 7- Olecranon The ulnar nerve travels in the epitrochleo-olecranon groove on the inner side of the elbow. It relates
Anatomical reminder 1- Radial nerve 2- vessels 3-Median nerve 4- Brachialis muscle 5- Humerus 6-Ulnar nerve 7- Olecranon The ulnar nerve travels in the epitrochleo-olecranon groove on the inner side of the elbow. It relates
Anatomical reminder The common peroneal nerve is formed by bifurcation of the sciatic nerve at the apex of the popliteal fossa. It runs along the medial edge of the biceps femoris muscle then its tendon.
Root canal syndromes: definition Nerve compression syndromes, called “ductal syndromes” (entrapment neuropathy in the English) are defined as the clinical translation of a conflict between a peripheral nerve trunk and a particular anatomical region of
Anatomical reminder Carpal tunnel syndrome is linked to compression of the median nerve in the wrist. The carpal tunnel is a narrow tunnel formed posteriorly by the carpal bones and anteriorly by the anterior annular
Anatomical reminder Carpal tunnel syndrome is linked to compression of the median nerve in the wrist. The carpal tunnel is a narrow tunnel formed posteriorly by the carpal bones and anteriorly by the anterior annular
Anatomical reminder The interosseous nerve is the main branch of the median nerve in the forearm. It appears between 5 and 8 cm below the elbow at the level of the pronator teres muscle. He
Anatomical reminder From the posterior and lower part of the axillary fossa, it runs downwards and outwards into the posterior brachial region along the posterior surface of the humerus in the radial groove (in contact
Anatomical reminder The serratus anterior muscle is innervated by the long thoracic nerve. This nerve arises from the 5th, 6th, and 7th spinal nerves at their junction forming the superior primary trunk of the brachial
Anatomical reminder Cervico-thoracic parade syndrome corresponds to the compression of the brachial plexus (all of the upper limb nerves), the subclavian artery and/or the subclavian vein in the passage formed by the inter-scalènic parade and
Anatomical reminder The suprascapular nerve detaches from the upper primary trunk of the brachial plexus. It contains C5 C6 fibers. It passes through the coracoid notch (1) under the coracoid ligament (in green) then at
Anatomical reminder There is no synovium in Guyon’s canal where only the artery and the ulnar nerve pass. Consequently, any compression of the ulnar nerve in this compartment is of extrinsic origin. At the wrist,
Anatomical reminder 1- Radial nerve 2- vessels 3-Median nerve 4- Brachialis muscle 5- Humerus 6-Ulnar nerve 7- Olecranon The ulnar nerve travels in the epitrochleo-olecranon groove on the inner side of the elbow. It relates
Anatomical reminder Carpal tunnel syndrome is linked to compression of the median nerve in the wrist. The carpal tunnel is a narrow tunnel formed posteriorly by the carpal bones and anteriorly by the anterior annular
Root canal syndromes: definition Nerve compression syndromes, called “ductal syndromes” (entrapment neuropathy in the English) are defined as the clinical translation of a conflict between a peripheral nerve trunk and a particular anatomical region of
A new concept: Cicatricial neuropathy. The most misunderstood and yet the most frequent of the neuropathies responsible for neuropathic pain. Indeed, a recent study carried out by a Parisian pain center finds an incidence between
A new concept: Cicatricial neuropathy. The most misunderstood and yet the most frequent of the neuropathies responsible for neuropathic pain. Indeed, a recent study carried out by a Parisian pain center finds an incidence between
This guide lists pain related to myofascial syndrome in each part of the body. This first page allows you to choose a part of the body corresponding to your search. Your search results will not
Choose a clickable area on the following diagrams corresponding to the painful area:
Choose a clickable area on the following diagrams corresponding to the painful area:
Select the painful area that interests you from the following diagrams:
Choose the painful area from the diagrams below.
Choose the painful area that interests you by selecting it with a click:
Select the painful area on the following diagrams:
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Soleus and tibialis posterior muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Tibialis anterior muscle (subscription) Hip adductors (subscription)
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Gluteus minimus muscle Quadriceps femoris muscle (vastus lateralis) Gastrocnemius muscle Fibular muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Muscles of the posterior compartment of the leg (soleus, plantaris, tibialis posterior,
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Vastus medialis, rectus femoris and gracilis muscles (quadriceps femoris) Adductor muscles Sartorius
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Vastus lateralis muscle (quadriceps femoris)
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Rectus femoris and vastus medialis muscles (quadriceps femoris) Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Hip adductors Sartorius muscle Quadriceps femoris muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Gluteus minimus muscle Piriformis muscle Posterior thigh muscles Internal obturator muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Iliopsoas muscle Quadriceps femoris muscle Sartorius muscle Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Muscle of the posterior compartment of the thigh (biceps femoris, semi-membranous, semi-tendinous)
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Gluteus minimus muscle Square muscle of the loins Tensor fascia lata
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Serratus anterior Latissimus dorsi muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pectoralis major muscle Pectoralis minor muscle Sternal muscle Scalene muscles Sternocleidomastoid muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Iliocostal thoracic muscle Multifidus muscle Posterior and inferior serratus muscle Rectus abdominis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Latissimus dorsi muscle Subclavian muscle Serratus anterior Infraspinatus muscle Flexor muscles of
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pectoralis minor muscle Serratus anterior Infraspinatus muscle Flexor carpi radialis muscle Flexor
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Serratus anterior Infraspinatus muscle Triceps brachii muscle Palmaris longus muscle Pronator teres
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Biceps brachii muscle Brachialis muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Infraspinatus muscle Subclavian muscle Latissimus dorsi muscle Finger extensor muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles (small scalene) Teres major muscle Infraspinatus muscle Coracobrachialis muscle Triceps
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Fibular muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Flexor digitorum longus muscles Long extensor muscles of the toes Posterior tibialis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Posterior tibialis muscle Flexor longus muscles of the toes
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Extensor hallucis and hallux longus muscles Deep intrinsic muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Muscles of the posterior compartment of the leg (soleus, gastrocnemius, tibialis posterior,
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Soleus and tibialis posterior muscles Plantar square muscle Hallux abductor muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Hallux abductor muscle Flexor digitorum longus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Fibular muscle Long extensor muscles of the toes
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Levator scapula muscle Supraspinatus muscle Trapezius muscle Multifidus muscles Splenius
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Masseter muscle Lateral pterygoid muscle Medial pterygoid muscle Digastric muscle Trapezius muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Temporal muscle Masseter muscle Orbicularis oculi muscle (subscription required) Sterno-cleido-mastoid muscle (subscription
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Digastric muscle (on subscription) Media pterygoid muscle (on subscription) Sterno-cleido-mastoid muscle (on
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Trapezius muscle Multifidus and semispinatus muscle Splenius muscle of the neck Levator
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Masseter muscle Sternocleidomastoid muscle Lateral pterygoid muscle Medial pterygoid muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Occipito-frontal muscle Sternocleidomastoid muscle (subscription) Semispinatus muscle (subscription) Zygomaticus major muscle (subscription)
A number of muscles in the neck and head can be responsible for pain referred to the temporal part of the head. Trapezius muscle (by subscription). Splenius muscle Sterno-cleido-mastoid muscle (on subscription). Temporal muscle Sub-occipital
The following muscles may be responsible for pain in the back of the head: Trapezius muscle Semispinatus muscle Splenius muscle of the neck Suboccipital muscles Occipito-frontal muscle Sternocleidomastoid muscle Digastric muscle Temporal muscle
Two muscles can be responsible for this isolated pain: Sterno-cleido-mastoid muscle (on subscription) Splenius capitis muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pelvic floor muscles Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Abdominal muscles Iliocostal muscle of the thorax Square muscle of the loins
Here is the list of muscles potentially responsible for this pain, a line can be selected for more detail on a particular muscle: Longissimus muscle of the thorax Iliocostal muscle of the lower back Multifidus
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Multifidus muscle Square muscle of the loins Gluteus maximus muscle Gluteus medius
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Longissimus muscle of the thorax Thoracic and lumbar iliocostal muscles Multifidus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Longissimus muscle of the thorax Iliocostal muscle of the loins Multifidus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Abdominal muscles Iliocostal muscle of the thorax
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Deltoid muscle Levator scapula muscle Scalene muscles Supraspinatus muscle Teres major muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Deltoid muscle Subscapular muscle Infraspinatus muscle Triceps brachii muscle Teres
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Latissimus dorsi muscle Levator scapula muscle Iliocostal thoracic muscle Multifidus
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Infraspinatus muscle Deltoid muscle Scalene muscles Supraspinatus muscle Pectoralis major muscle Pectoralis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Supraspinatus muscle Infraspinatus muscle Deltoid muscle Sternal muscle Subclavian muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pectoralis major muscle Pectoralis minor muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Triceps brachii muscle Posterior and superior serratus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Supinator muscle Supraspinatus muscle Triceps brachii muscle Anconeus muscle 4th and 5th
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Latissimus dorsi muscle Pectoralis minor muscle Posterior and superior serratus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Supraspinatus muscle Infraspinatus muscle Subclavian muscle Brachioradialis muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Latissimus dorsi muscle Posterior and superior serratus muscle Scalene muscles Subscapularis muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Infraspinatus muscle Scalene muscles Brachialis muscle Brachioradialis muscle Supinator muscle Flexor pollicis
This guide lists pain related to myofascial syndrome in each part of the body. This first page allows you to choose a part of the body corresponding to your search. Your search results will not
Select the painful area on the following diagrams:
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Choose the painful area from the diagrams below.
Select the painful area that interests you from the following diagrams:
Choose a clickable area on the following diagrams corresponding to the painful area:
Choose a clickable area on the following diagrams corresponding to the painful area:
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Infraspinatus muscle Scalene muscles Brachialis muscle Brachioradialis muscle Supinator muscle Flexor pollicis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Latissimus dorsi muscle Posterior and superior serratus muscle Scalene muscles Subscapularis muscle
Voici la liste des muscles potentiellement responsables de ces douleurs, un lien est sélectionnable pour plus de détail sur un muscle particulier : Muscles scalènes Muscle supra-épineux Muscle infra-épineux Muscle sous-clavier Muscle brachio-radial
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles (small scalene) Infraspinatus muscle Teres major muscle Coracobrachialis muscle Triceps
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Latissimus dorsi muscle Pectoralis minor muscle Posterior and superior serratus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Supinator muscle Supraspinatus muscle Triceps brachii muscle Anconeus muscle 4th and 5th
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Triceps brachii muscle Posterior and superior serratus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pectoralis major muscle Pectoralis minor muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Supraspinatus muscle Infraspinatus muscle Deltoid muscle Sternal muscle Subclavian muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Infraspinatus muscle Deltoid muscle Scalene muscles Supraspinatus muscle Pectoralis major muscle Pectoralis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Latissimus dorsi muscle Levator scapula muscle Iliocostal thoracic muscle Multifidus
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Deltoid muscle Subscapular muscle Infraspinatus muscle Triceps brachii muscle Teres
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Deltoid muscle Levator scapula muscle Scalene muscles Supraspinatus muscle Teres major muscle
Here is the list of muscles potentially responsible: Scalene muscles Levator scapula muscle Supraspinatus muscle Trapezius muscle Multifidus muscles Splenius muscle of the neck Rhomboid muscle Triceps brachii muscle Biceps brachii muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Masseter muscle Lateral pterygoid muscle Medial pterygoid muscle Digastric muscle Trapezius muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Temporal muscle Masseter muscle Orbicularis muscle of the eye
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Digastric muscle Medial pterygoid muscle Sternocleidomastoid muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Trapezius muscle Multifidus and semispinatus muscles Splenius muscle of the neck Levator
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Masseter muscle Sternocleidomastoid muscle Lateral pterygoid muscle Medial pterygoid muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Occipito-frontal muscle Sternocleidomastoid muscle Semispinatus muscle Zygomaticus major muscle
A number of muscles in the neck and head can be responsible for pain referred to the temporal part of the head. Trapezius muscle Splenius muscle Sternocleidomastoid muscle Temporal muscle Suboccipital muscles Semispinatus muscle
The following muscles may be responsible for pain in the back of the head: Trapezius muscle Semispinatus muscle Splenius muscle of the neck Suboccipital muscles Occipito-frontal muscle Sternocleidomastoid muscle Digastric muscle Temporal muscle
Two muscles can cause vertex pain: Sternocleidomastoid muscle Muscle splénius de la tête
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pelvic floor muscles Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Abdominal muscles Iliocostal muscle of the thorax Square muscle of the loins
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Longissimus muscle of the thorax Iliocostal muscle of the loins Multifidus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Multifidus muscle Square muscle of the loins Gluteus maximus muscle Gluteus medius
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Longissimus muscle of the thorax Iliocostal muscle of the loins Multifidus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Longissimus muscle of the thorax Iliocostal thoracic and lumbar muscles Multifidus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Abdominal muscles Iliocostal muscle of the thorax
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Serratus anterior Latissimus dorsi muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pectoralis major muscle Pectoralis minor muscle Sternal muscle Scalene muscles Sternocleidomastoid muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Iliocostal thoracic muscle Multifidus muscle Posterior and inferior serratus muscle rectus abdominis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Latissimus dorsi muscle Subclavian muscle Infraspinatus muscle Serratus anterior Flexor muscles of
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Small pectoral muscle Infraspinatus muscle Serratus anterior Flexor carpi radialis muscle Flexor
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Serratus anterior Infraspinatus muscle Triceps brachii muscle Palmaris longus muscle Pronator teres
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Biceps brachii muscle Brachialis muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Infraspinatus muscle Subclavian muscle Latissimus dorsi muscle Finger extensor muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Supraspinatus muscle Infraspinatus muscle Subclavian muscle Brachioradialis muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles (small scalene) Infraspinatus muscle Teres major muscle Coracobrachialis muscle Triceps
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Fibular muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Flexor digitorum longus muscles Long extensor muscles of the toes Posterior tibialis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Posterior tibialis muscle Flexor longus muscles of the toes
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Extensor hallucis and hallux longus muscles Deep intrinsic muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Muscles of the posterior compartment of the leg (soleus, gastrocnemius, tibialis posterior,
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Soleus and tibialis posterior muscles Plantar square muscle Hallux abductor muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Hallux abductor muscle The pain goes up on the medial part
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Fibular muscle Long extensor muscles of the toes
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Soleus and tibialis posterior muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Gluteus minimus muscle Quadriceps femoris muscle (vastus lateralis) Gastrocnemius muscle Fibular muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Muscles of the posterior compartment of the leg (soleus, plantaris, tibialis posterior,
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Vastus medialis, rectus femoris and gracilis muscles (quadriceps femoris) Adductor muscles Sartorius
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Rectus femoris and vastus medialis muscles (quadriceps femoris) Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Vastus lateralis muscle (quadriceps femoris)
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Hip adductors Sartorius muscle Quadriceps femoris muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Gluteus minimus muscle Piriformis muscle Posterior thigh muscles Internal obturator muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Iliopsoas muscle Quadriceps femoris muscle Sartorius muscle Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Muscle of the posterior compartment of the thigh (biceps femoris, semi-membranous, semi-tendinous)
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Gluteus minimus muscle Square muscle of the loins Tensor fascia lata muscle
Definition of Physiotherapy: Set of therapeutic processes using natural physical agents such as water, heat, cold, light, electric currents, etc. The effectiveness of physiotherapy within functional rehabilitation is remarkable if the technique is well adapted
Anatomical reminder The hip adductor muscles are located in the medial and inner part of the thigh between the quadriceps group, in front, and the muscles of the posterior compartment of the thigh behind. From
Anatomical reminder Tensor fascia lata muscle Description 1 – Anterior superior iliac spine 2 – Ilio-tibial tract 3 – Lateral tubercle of the tibia The tensor muscle of the fascia attaches, above, to the antero-external
Anatomical reminder Tensor fascia lata muscle Description 1 – Anterior superior iliac spine 2 – Ilio-tibial tract 3 – Lateral tubercle of the tibia The tensor muscle of the fascia attaches, above, to the antero-external
Anatomical reminder The interosseous muscles are located between two metacarpals. It exists : A dorsal formation (D1, D2, D3, D4) whose proximal part inserts on the 2 metacarpals forming two fusiform muscles inserting distally on
Anatomical reminder The subscapularis muscle is innervated by a branch of the axillary nerve (C5C6) which also takes care of the motricity of the teres minor and the deltoid and the sensitivity of the shoulder
Anatomical reminder Muscle behind the scapula. (anatomy Wikipédia) Myofascial syndrome of the teres major muscle Patients mainly complain of pain when moving the shoulder, especially when driving a vehicle with a somewhat hard steering wheel.
Anatomical reminder This muscle group is made up of: superficial fibers: longissimus and iliocostals deep fibres: multifidus, long and short rotators Description Surface fibers: 1 -Longissimus of the head 2 – Iliocostal thoracic 3 –
Anatomical reminder This muscle group is made up of: superficial fibers: longissimus and iliocostals deep fibres: multifidus, long and short rotators Description Surface fibers: 1 -Longissimus of the head 2 – Iliocostal thoracic 3 –
Anatomical reminder Diagnostic The muscle inserts medially on the aponeurosis which joins the spinous D11-D12-L1-L2 and laterally on the last 4 ribs. Functions Participa en la rotación de la columna ver su extensión los músculos
Anatomical reminder Diagnostic The muscle inserts medially on the aponeurosis which joins the spinous D11-D12-L1-L2 and laterally on the last 4 ribs. Functions Participa en la rotación de la columna ver su extensión los músculos
Anatomical reminder Description It is made up of 3 groups of fibres: At the top, muscle fibers insert on the first rib and join behind the scapula. Intermediate, groups of fibers are inserted on the
Anatomical reminder Description It is made up of 3 groups of fibres: At the top, muscle fibers insert on the first rib and join behind the scapula. Intermediate, groups of fibers are inserted on the
Anatomical reminder Description It is made up of 3 groups of fibres: At the top, muscle fibers insert on the first rib and join behind the scapula. Intermediate, groups of fibers are inserted on the
Anatomical reminder Description The muscle is inserted, medial, on the dorsal fascia from C7 to T2 or T3 and, laterally, on the upper edge of the 2nd to the 5th ribs. The muscle is located
Anatomical reminder Description The muscle is inserted, medial, on the dorsal fascia from C7 to T2 or T3 and, laterally, on the upper edge of the 2nd to the 5th ribs. The muscle is located
Anatomical reminder In this category, several muscles stand out: Flexor carpi radialis and ulnaris Superficial and deep finger flexors flexor pollicis longus round pronator Description 1 – Biceps brachii muscle 2 – Pronator teres
Anatomical reminder In this category, several muscles stand out: Flexor carpi radialis and ulnaris Superficial and deep finger flexors flexor pollicis longus round pronator Description 1 – Biceps brachii muscle 2 – Pronator teres
Anatomical reminder Description Made up of the pectoral muscle which has 3 heads: Head Clavicular Sternal head costal leader An abdominal boss for some and subclavian muscle The subclavian muscle sits under the collarbone and
Anatomical reminder Description Made up of the pectoral muscle which has 3 heads: Head Clavicular Sternal head costal leader An abdominal boss for some and subclavian muscle The subclavian muscle sits under the collarbone and
Anatomical reminder Description Made up of the pectoral muscle which has 3 heads: Head Clavicular Sternal head costal leader An abdominal boss for some and subclavian muscle The subclavian muscle sits under the collarbone and
Anatomical reminder Description The pectoralis minor muscle attaches above to the middle part of the coracoid process and below to the anterior part of the 3rd, 4th and 5th ribs. Function The muscle pulls the
Anatomical reminder Description The pectoralis minor muscle attaches above to the middle part of the coracoid process and below to the anterior part of the 3rd, 4th and 5th ribs. Function The muscle pulls the
Anatomical reminder Description 1 – Pronator teres muscle 2 – Palmaris longus muscle 3 – Flexor carpi ulnaris muscle 4 – Tendon of palmaris longus 5 – Palmar aponeurosis 6- Antebrachial fascia 7 – Brachioradialis
Anatomical reminder Description 1 – Pronator teres muscle 2 – Palmaris longus muscle 3 – Flexor carpi ulnaris muscle 4 – Tendon of palmaris longus 5 – Palmar aponeurosis 6- Antebrachial fascia 7 – Brachioradialis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Fibular muscles
Anatomical reminder The infraspinatus muscle inserts, in its medial part, into the infraspinatus fossa of the scapula and, in its lateral part, into the greater tubercle of the humeral head. The function of the muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Flexor digitorum longus muscles Long extensor muscles of the toes Posterior tibialis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Posterior tibialis muscle Flexor longus muscles of the toes
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Extensor hallucis and hallux longus muscles Deep intrinsic muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Muscles of the posterior compartment of the leg (soleus, gastrocnemius, tibialis posterior,
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Soleus and tibialis posterior muscles Plantar square muscle Hallux abductor muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Hallux abductor muscle The pain goes up on the medial part
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Fibular muscle Long extensor muscles of the toes
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Soleus and tibialis posterior muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Anterior tibialis muscle Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Gluteus minimus muscle Quadriceps femoris muscle (vastus lateralis) Gastrocnemius muscle Fibular muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Muscles of the posterior compartment of the leg (soleus, plantaris, tibialis posterior,
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Vastus medialis, rectus femoris and gracilis muscles (quadriceps femoris) Adductor muscles Sartorius
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Rectus femoris and vastus medialis muscles (quadriceps femoris) Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Vastus lateralis muscle (quadriceps femoris)
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Hip adductors Sartorius muscle Quadriceps femoris muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Gluteus minimus muscle Piriformis muscle Posterior thigh muscles Internal obturator muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Iliopsoas muscle Quadriceps femoris muscle Sartorius muscle Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Muscle of the posterior compartment of the thigh (biceps femoris, semi-membranous, semi-tendinous)
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Gluteus minimus muscle Square muscle of the loins Tensor fascia lata muscle
Anatomical reminder Description On this diagram, at the top, view of the anterior part of the forearm, at the bottom, of the posterior part. The proximal part of the muscle inserts on the dorsal surface
Anatomical reminder Description On this diagram, at the top, view of the anterior part of the forearm, at the bottom, of the posterior part. The proximal part of the muscle inserts on the dorsal surface
Anatomical reminder Description 1 – Tendon of the extensor of the fingers 2 – Extensor muscle of the fingers The muscle attaches, in its proximal part, to the lateral epicondyle of the humerus, to the
Anatomical reminder Description 1 – Tendon of the extensor of the fingers 2 – Extensor muscle of the fingers The muscle attaches, in its proximal part, to the lateral epicondyle of the humerus, to the
Anatomical reminder Description 1 – Brachioradialis muscle 2 – Extensor carpi radialis longus 3 – Extensor carpi radialis brevis 4 – Abductor pollicis longus 5 – Thumb extensor brevis 6 – Long thumb extensor 7
Anatomical reminder Description 1 – Brachioradialis muscle 2 – Extensor carpi radialis longus 3 – Extensor carpi radialis brevis 4 – Abductor pollicis longus 5 – Thumb extensor brevis 6 – Long thumb extensor 7
Anatomical reminder Description 1 – Brachioradialis muscle 2 – Extensor carpi radialis longus 3 – Extensor carpi radialis brevis 4 – Abductor pollicis longus 5 – Thumb extensor brevis 6 – Long thumb extensor 7
The trigeminal nerve (V: anatomical reminder), the V divided into 3 territories V1, V2 and V3. Description : It is most often a woman over 50, frequent around 70 years. The pain is systematized in
Anatomical reminder This muscle is made up of three heads: The lateral head which attaches to the humerus above and the olecranon process below The medial head which also attaches to the humerus above and
Anatomical reminder This muscle is made up of three heads: The lateral head which attaches to the humerus above and the olecranon process below The medial head which also attaches to the humerus above and
M X, 40, underwent internal meniscectomy surgery by knee arthroscopy two years ago. Some time after the operation, M X describes nocturnal impatience of this leg followed by the appearance of burns on the anterior
Anatomical reminder The muscle is inserted, above, on the humeral diaphysis in its anterior part and, below, on the proximal part of the ulna (cubitus). Its only role is the flexion of the elbow. Síndrome
Anatomical reminder The muscle is inserted, above, on the humeral diaphysis in its anterior part and, below, on the proximal part of the ulna (cubitus). Its only role is the flexion of the elbow. Síndrome
Anatomical reminder Proximal anatomical insertions are made by: the long head (lateral head) attaches by a tendon on the upper part of the glenoid cavity on the scapula to descend on the humeral head in
Anatomical reminder Proximal anatomical insertions are made by: the long head (lateral head) attaches by a tendon on the upper part of the glenoid cavity on the scapula to descend on the humeral head in
Anatomical reminder The coraco-brachialis muscle attaches, above, to the coracoid process and, below, to the medial part, in its middle part, of the humeral diaphysis its function is the flexion and adduction of the arm
Anatomical reminder The coraco-brachialis muscle attaches, above, to the coracoid process and, below, to the medial part, in its middle part, of the humeral diaphysis its function is the flexion and adduction of the arm
Anatomical reminder The small rhomboid is inserted medially on the nuchal ligament and on the spinous spinae of the C7 and T1 vertebrae and laterally on the medial border of the scapula. Below, the rhomboid
Anatomical reminder The cranial insertions are made, from front to back, on the clavicle, the acromion and the spine of the scapula. The distal insertions on the deltoid tuberosity. The function of the deltoid is
Anatomical reminder The coraco-brachialis muscle attaches, above, to the coracoid process and, below, to the medial part, in its middle part, of the humeral diaphysis its function is the flexion and adduction of the arm
Anatomical reminder This very extensive muscle is inserted, in its medial part, on the spines of the last 6 thoracic vertebrae, the 5 lumbar vertebrae, on the sacrum, on the iliac crest and on the
Anatomical reminder This very extensive muscle is inserted, in its medial part, on the spines of the last 6 thoracic vertebrae, the 5 lumbar vertebrae, on the sacrum, on the iliac crest and on the
Anatomical reminder This very extensive muscle is inserted, in its medial part, on the spines of the last 6 thoracic vertebrae, the 5 lumbar vertebrae, on the sacrum, on the iliac crest and on the
Anatomical reminder 1 Supraspinalis muscle 2 Infraspinatus muscle 3 Teres minor muscle 4 Triceps brachii muscle 5 Teres Major 6 Latissimus dorsi muscle The teres minor insertions are close to the infraspinatus muscle, slightly inferior.
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pelvic floor muscles Hip adductors
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Abdominal muscles Iliocostal muscle of the thorax Square muscle of the loins
Voici la liste des muscles potentiellement responsables de ces douleurs, un lien est sélectionnable pour plus de détail sur un muscle particulier : Muscle longissimus du thorax Muscle ilio-costal des lombes
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Multifidus muscle Square muscle of the loins Gluteus maximus muscle Gluteus medius
Anatomical reminder The cranial insertions are made, from front to back, on the clavicle, the acromion and the spine of the scapula. The distal insertions on the deltoid tuberosity. The function of the deltoid is
Anatomical reminder The small rhomboid is inserted medially on the nuchal ligament and on the spinous spinae of the C7 and T1 vertebrae and laterally on the medial border of the scapula. Below, the rhomboid
Anatomical reminder 1 Supraspinalis muscle 2 Infraspinatus muscle 3 Teres minor muscle 4 Triceps brachii muscle 5 Teres Major 6 Latissimus dorsi muscle The teres minor insertions are close to the infraspinatus muscle, slightly inferior.
Anatomical reminder The infraspinatus muscle inserts, in its medial part, into the infraspinatus fossa of the scapula and, in its lateral part, into the greater tubercle of the humeral head. The function of the muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Longissimus muscle of the thorax Iliocostal muscle of the loins Multifidus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Longissimus muscle of the thorax Iliocostal thoracic and lumbar muscles Multifidus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Abdominal muscles Iliocostal muscle of the thorax
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Serratus anterior Latissimus dorsi muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pectoralis major muscle Pectoralis minor muscle Sternal muscle Scalene muscles Sternocleidomastoid muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Iliocostal thoracic muscle Multifidus muscle Posterior and inferior serratus muscle Rectus abdominis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Latissimus dorsi muscle Subclavian muscle Infraspinatus muscle Serratus anterior Flexor muscles of
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Small pectoral muscle Infraspinatus muscle Serratus anterior Flexor carpi radialis muscle Flexor
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Serratus anterior Infraspinatus muscle Triceps brachii muscle Palmaris longus muscle Pronator teres
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Biceps brachii muscle Brachialis muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Infraspinatus muscle Subclavian muscle Latissimus dorsi muscle Finger extensor muscles
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Infraspinatus muscle Scalene muscles Brachialis muscle Brachioradialis muscle Supinator muscle Flexor pollicis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Latissimus dorsi muscle Posterior and superior serratus muscle Scalene muscles Subscapularis muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Supraspinatus muscle Infraspinatus muscle Subclavian muscle Brachioradialis muscle
Voici la liste des muscles potentiellement responsables de ces douleurs, un lien est sélectionnable pour plus de détail sur un muscle particulier : Muscles scalènes (petit scaléne) Muscle grand rond
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Latissimus dorsi muscle Pectoralis minor muscle Posterior and superior serratus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Supinator muscle Supraspinatus muscle Triceps brachii muscle Anconeus muscle 4th and 5th
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Triceps brachii muscle Posterior and superior serratus muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Pectoralis major muscle Pectoralis minor muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Supraspinatus muscle Infraspinatus muscle Deltoid muscle Sternal muscle Subclavian muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Infraspinatus muscle Deltoid muscle Scalene muscles Supraspinatus muscle Pectoralis major muscle Pectoralis
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Latissimus dorsi muscle Levator scapula muscle Iliocostal thoracic muscle Multifidus
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Scalene muscles Deltoid muscle Subscapular muscle Infraspinatus muscle Triceps brachii muscle Teres
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Deltoid muscle Levator scapula muscle Scalene muscles Supraspinatus muscle Teres major muscle
Here is the list of muscles potentially responsible: Scalene muscles Levator scapula muscle Supraspinatus muscle Trapezius muscle Multifidus muscles Splenius muscle of the neck Rhomboid muscle Triceps brachii muscle Biceps brachii muscle
Anatomical reminder The levator scapula attaches above to the transverse processes of the first 4 cervical vertebrae and below to the superomedial angle of the scapula. Its role is: to elevate the medial aspect of
Anatomical reminder The levator scapula attaches above to the transverse processes of the first 4 cervical vertebrae and below to the superomedial angle of the scapula. Its role is: to elevate the medial aspect of
Anatomical reminder The levator scapula attaches above to the transverse processes of the first 4 cervical vertebrae and below to the superomedial angle of the scapula. Its role is: to elevate the medial aspect of
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Masseter muscle Lateral pterygoid muscle Medial pterygoid muscle Digastric muscle Trapezius muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Temporal muscle Masseter muscle Orbicularis muscle of the eye
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Digastric muscle Medial pterygoid muscle Sternocleidomastoid muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Trapezius muscle Multifidus and semispinatus muscles Splenius muscle of the neck Levator
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Masseter muscle Sternocleidomastoid muscle Lateral pterygoid muscle Medial pterygoid muscle
Here is the list of muscles potentially responsible for these pains, a link can be selected for more details on a particular muscle: Occipito-frontal muscle Sternocleidomastoid muscle Semispinatus muscle Zygomaticus major muscle
A number of muscles in the neck and head can be responsible for pain referred to the temporal part of the head. Trapezius muscle Splenius muscle Sternocleidomastoid muscle Temporal muscle Suboccipital muscles Semispinatus muscle
The following muscles may be responsible for pain in the back of the head: Trapezius muscle Semispinatus muscle Splenius muscle of the neck Suboccipital muscles Occipito-frontal muscle Sternocleidomastoid muscle Digastric muscle Temporal muscle
Two muscles can cause vertex pain: Sternocleidomastoid muscle Splenius capitis muscle
Select the painful area on the following diagrams:
Choose the painful area that interests you by selecting it with a click:
Choose the painful area from the diagrams below.
Select the painful area that interests you from the following diagrams:
Choose a clickable area on the following diagrams corresponding to the painful area:
Choose a clickable area on the following diagrams corresponding to the painful area:
This guide lists pain related to myofascial syndrome in each part of the body. This first page allows you to choose a part of the body corresponding to your search. Your search results will not
Anatomical reminder Description 1 – Psoas minor tendon 2 – Inguinal ligament 3 – Pubis 4 – Lesser trochanter 5 – Iliac muscle 6 – Psoas major muscle 7 – Psoas minor muscle 8 –
Anatomical reminder Description 1 – Psoas minor tendon 2 – Inguinal ligament 3 – Pubis 4 – Lesser trochanter 5 – Iliac muscle 6 – Psoas major muscle 7 – Psoas minor muscle 8 –
Anatomical reminder The anatomical insertions on 3 different structures give rise to 3 groups of fibers of different orientation: The fibers, which start at the top of the twelfth side and attach, at the
Anatomical reminder The anatomical insertions on 3 different structures give rise to 3 groups of fibers of different orientation: The fibers, which start at the top of the twelfth side and attach, at the
Anatomical reminder The anatomical insertions on 3 different structures give rise to 3 groups of fibers of different orientation: The fibers, which start at the top of the twelfth side and attach, at the
Anatomical reminder These muscles include: The piriformis muscle The upper and lower gastrocnemius muscles The square femoris muscle The internal and external obturator muscles 1- gluteus maximus muscle (cut) 2- gluteus medius muscle (sectioned) 3-
Anatomical reminder These muscles include: The piriformis muscle The upper and lower gastrocnemius muscles The square femoris muscle The internal and external obturator muscles 1- gluteus maximus muscle (cut) 2- gluteus medius muscle (sectioned) 3-
Anatomical reminder These muscles include: The piriformis muscle The upper and lower gastrocnemius muscles The square femoris muscle The internal and external obturator muscles 1- gluteus maximus muscle (cut) 2- gluteus medius muscle (sectioned) 3-
We must first define hyperalgesia and allodynia, primary and secondary hyperalgesia: Hyperalgesia: for a given painful stimulus, the painful sensation is abnormally increased Allodynia: a normally non-painful sensation becomes painful. Primary hyperalgesia: it is a
We must first define hyperalgesia and allodynia, primary and secondary hyperalgesia: Hyperalgesia: for a given painful stimulus, the painful sensation is abnormally increased Allodynia: a normally non-painful sensation becomes painful. Primary hyperalgesia: it is a
We must first define hyperalgesia and allodynia, primary and secondary hyperalgesia: Hyperalgesia: for a given painful stimulus, the painful sensation is abnormally increased Allodynia: a normally non-painful sensation becomes painful. Primary hyperalgesia: it is a
Definition An endorphin (from the abbreviation endogenous morphine) is a , that is to say a [ tooltip title=”A peptide is a polymer of amino acids linked together by peptide bonds”]peptide[/tooltip] acting as a neurotransmitter,
Definition An endorphin (from the abbreviation endogenous morphine) is a , that is to say a [ tooltip title=”A peptide is a polymer of amino acids linked together by peptide bonds”]peptide[/tooltip] acting as a neurotransmitter,
Definition Opioid receptors are receptors located in the cell membrane coupled with G proteins having as ligand an opioid (derived from the word opium). Description There are 4 subtypes of opioid receptors: Delta (δ) Kappa
Definition Opioid receptors are receptors located in the cell membrane coupled with G proteins having as ligand an opioid (derived from the word opium) endogenous or exogenous. Description There are 4 subtypes of opioid receptors:
Definition Opioid receptors are receptors located in the cell membrane coupled with G proteins having as ligand an opioid (derived from the word opium) endogenous or exogenous. Description There are 4 subtypes of opioid receptors:
Definition An endorphin (from the abbreviation endogenous morphine) is a , that is to say a [ tooltip title=”A peptide is a polymer of amino acids linked together by peptide bonds”]peptide[/tooltip] acting as a neurotransmitter,
Anatomical reminder The deep intrinsic muscles of the foot are composed of: plantar quadratus muscle lumbrical muscles flexor hallucis brevis muscle flexor muscle of the little toe interosseous muscles. 1- Lumbar muscles 2- Plantar square
Anatomical reminder The deep intrinsic muscles of the foot are composed of: plantar quadratus muscle lumbrical muscles flexor hallucis brevis muscle flexor muscle of the little toe interosseous muscles. 1- Lumbar muscles 2- Plantar square
Anatomical reminder The deep intrinsic muscles of the foot are composed of: plantar quadratus muscle lumbrical muscles flexor hallucis brevis muscle flexor muscle of the little toe interosseous muscles. 1- Lumbar muscles 2- Plantar square
Description The patient complains of pain in the heel area and in the center of the arch. The pain occurred insidiously without a clearly identifiable initial event. The pain is more pronounced in the morning
Anatomical reminder These muscles are: The extensor digitorum brevis extensor hallucis brevis The flexor digitorum brevis hallux abductor The abductor of the little toe. 1-abductor muscle of the little toe 2-flexor digitorum brevis 3-abductor
Anatomical reminder These muscles are: The extensor digitorum brevis extensor hallucis brevis The flexor digitorum brevis hallux abductor The abductor of the little toe. 1-abductor muscle of the little toe 2-flexor digitorum brevis 3-abductor
Anatomical reminder Composed of 2 muscles: the extensor digitorum longus and the extensor hallucis longus. 1 -Tibia 2-Extensor hallucis longus muscle 3-Inferior extensor reticunalum 4-Tendon of the extensor hallucis longus 5-Tendon of the extensor digitorum
Anatomical reminder Composed of 2 muscles: the extensor digitorum longus and the extensor hallucis longus. 1 -Tibia 2-Extensor hallucis longus muscle 3-Inferior extensor reticunalum 4-Tendon of the extensor hallucis longus 5-Tendon of the extensor digitorum
Anatomical reminder Composed of 2 muscles: the extensor digitorum longus and the extensor hallucis longus. 1 -Tibia 2-Extensor hallucis longus muscle 3-Inferior extensor reticunalum 4-Tendon of the extensor hallucis longus 5-Tendon of the extensor digitorum
Anatomical reminder Composed by 3 muscles: peroneus longus Peroneus brevis Peroneus third 1-long toe extensor 2-tibia 3-fibular third 4-inferior extensor retinaculum 5- tendon of extensor digitorum longus 6- tendon of the third peroneus 7-inferior retinaculum
Anatomical reminder Composed by 3 muscles: peroneus longus Peroneus brevis Peroneus third 1-long toe extensor 2-tibia 3-fibular third 4-inferior extensor retinaculum 5- tendon of extensor digitorum longus 6- tendon of the third peroneus 7-inferior retinaculum
A new concept: Cicatricial neuropathy. The most misunderstood and yet the most frequent of the neuropathies responsible for neuropathic pain. Indeed, a recent study carried out by a Parisian pain center finds an incidence between
Anatomical reminder The proximal insertion of the muscle is on the lateral condyle of the tibia, the upper half of the lateral aspect of the tibia. The tendon of the muscle, distally, attaches to the
Anatomical reminder It is composed of an upper part, the splenius muscle of the head, and a lower part, the splenius muscle of the neck: They lie directly under the trapezius muscle. 1- semi-spinous of
Anatomical reminder The sterno-cleido-mastoid muscle attaches on its cranial part to the mastoid. Towards its caudal part it splits into 2 heads: the sternal head in front and the clavicular head below. The distance between
Anatomy The scalene muscles are 4 in number. From front to back the anterior scalene muscle, the middle scalene muscle, the posterior scalene muscle and the lesser scalene muscle. They are partially covered in front
It is composed of an upper part, the splenius muscle of the head, and a lower part, the splenius muscle of the neck: They lie directly under the trapezius muscle. 1- semi-spinous of the head.
Anatomical reminder 1- Trapezius (sectioned) 2- Splenius of the head (sectioned) 3- Semi-spinous of the head 4- Longissimus of the head 5-rotators 6- Thoracic multifidus The semi-spinatus of the neck is not represented. For the
Anatomical reminder 1- splenius of the head (sectioned). 2- semi-spinous (sectioned) 3- longissimus of the head (sectioned) 4- superior oblique of the head 5- posterior rectus minor 6- posterior rectus capitis 7- inferior oblique of
The muscles of the posterior part of the neck are divided into 4 layers from the surface to the depth by: – The trapeze – The splenius of the head and neck – The semispinatus
Anatomical reminder The muscle is inserted at the bottom on the internal face of the mandible, moves forward inwards and attaches at the top to the lateral plate of the pterygoid process (on the diagram
Anatomical reminder The lateral pterygoid muscle is made up of 2 heads. The upper head inserts, posteriorly, on the capsule of the temporomandibular joint and on the articular disc, anteriorly on the sphenoid bone. The
Anatomical reminder The trapezius muscle consists of 3 parts: upper, middle and lower. The anatomical insertions of the two trapezius form a diamond extending from the occiput to the T12 vertebra. Laterally, it attaches to
Anatomical reminder The gluteus maximus muscle attaches proximally to the iliac crest, the lateral part of the sacrum and to the coccyx. The distal part attaches to the femur and the iliotibial band of the
Anatomical reminder The proximal insertion of the muscle is on the lateral condyle of the tibia, the upper half of the lateral aspect of the tibia. The tendon of the muscle, distally, attaches to the
Prolonged standing and trampling overwork the gluteal muscles. Firstly the gluteus minimus muscle and to a lesser extent the gluteus medius. this can lead to myofascial syndrome with associated referred pain. Myofascial syndrome of the
Anatomical reminder It takes its proximal insertions on the lateral face of the external or lateral femoral condyle and distal from the medial side of the posterior face of the tibia. It prevents the femur
Anatomical reminder It takes its proximal insertions on the lateral face of the external or lateral femoral condyle and distal from the medial side of the posterior face of the tibia. It prevents the femur
Anatomical reminder It takes its proximal insertions on the lateral face of the external or lateral femoral condyle and distal from the medial side of the posterior face of the tibia. It prevents the femur
Anatomical reminder This posterior compartment contains the following muscles: Biceps femoris with 2 heads: long and short Semi-tendinosus Semi-membranous The semitendinosus and the semimembranosus form the medial muscles of the posterior compartment of the thigh,
Anatomical reminder This posterior compartment contains the following muscles: Biceps femoris with 2 heads: long and short Semi-tendinosus Semi-membranous The semitendinosus and the semimembranosus form the medial muscles of the posterior compartment of the thigh,
Anatomical reminder Muscle composed of 4 heads: Right femoral vastus medialis Vast Intermediate wide lateral The muscles of the quadriceps group insert all 4, distally, on the patella. The patella is attached to the anterior
Anatomical reminder Muscle composed of 4 heads: Right femoral vastus medialis Vast Intermediate wide lateral The muscles of the quadriceps group insert all 4, distally, on the patella. The patella is attached to the anterior
Neurostimulation of the vagus nerve. Principle The vagus or vagus nerve: Controls the vocal cords, allows swallowing, keeps the larynx open for breathing. Slows heart rate. Starts and controls digestion, Modifies inflammatory reactions, Influence of
Anatomical reminder Muscle composed of 4 heads: Right femoral vastus medialis Vast Intermediate wide lateral The muscles of the quadriceps group insert all 4, distally, on the patella. The patella is attached to the anterior
Results in pain in the inguinal region that is worse when walking or running Is linked to overuse of the hip adductors (running for example). Found in 1 to 2% of athletic runners. Diagnosis carried
It generally has an insidious onset with an exacerbation of symptoms during intense physical exercise. It must be distinguished: tendon tearing of the adductors at the level of the symphysis, stress fractures of the pubic
Spontaneous pain aggravated by physical activity of the adductor insertion on the femur. Caused by too much adductor activity, particularly walking with large steps repeatedly. Diagnosis by scintigraphy revealing linear lesions of the femur in
Results in pain in the inguinal region that is worse when walking or running Is linked to overuse of the hip adductors (running for example). Found in 1 to 2% of athletic runners. Diagnosis carried
It usually has an insidious onset. with exacerbation of symptoms during intense physical exercise. It must be distinguished: tendon tearing of the adductors at the level of the symphysis, stress fractures of the pubic ramus
Anatomical reminder The hip adductor muscles are located in the medial and inner part of the thigh between the quadriceps group, in front, and the muscles of the posterior compartment of the thigh behind. From
Ms. X, 45 years old, underwent surgery on the left breast with reconstruction by placing a prosthesis on the left breast and then breast reduction surgery on the right. In the month following this last
Anatomical reminder From the surface to the depth we find: –The gastrocnemius muscle composed of two heads, medial and lateral (former internal and external twin). It is inserted, proximally, on the posterior distal end of
Treatments should first aim to relieve segmental spinal pain then it is necessary to take care of the resulting cellulo-teno-periosto-myalgic (CTM) pain, finally, finally, rehabilitation and postural precautions will be put in place in order
Selon cette étude relativement ancienne, 37 % des femmes ayant accouchées souffrent encore de lombalgie dans les 12 à 18 mois suivant l’accouchement (1). La lombalgie commune post accouchement est liée aux modifications de posture de la
Selon cette étude relativement ancienne, 37 % des femmes ayant accouchées souffrent encore de lombalgie dans les 12 à 18 mois suivant l’accouchement (1). La lombalgie commune post accouchement est liée aux modifications de posture de la
Selon cette étude relativement ancienne, 37 % des femmes ayant accouchées souffrent encore de lombalgie dans les 12 à 18 mois suivant l’accouchement (1). La lombalgie commune post accouchement est liée aux modifications de posture de la
Treatments should first aim to relieve segmental spinal pain then it is necessary to take care of the resulting cellulo-teno-periosto-myalgic (CTM) pain, finally, finally, rehabilitation and postural precautions will be put in place in order
Part of the underlying descriptions are taken from Robert Maigne’s book: “Pain of spinal origin, understanding diagnosis and treatment” All of the elements making up the mobile spinal segments can be responsible for acute or
Part of the underlying descriptions are taken from Robert Maigne’s book: “Pain of spinal origin, understanding diagnosis and treatment” All of the elements making up the mobile spinal segments can be responsible for acute or
Part of the underlying descriptions are taken from Robert Maigne’s book: “Pain of spinal origin, understanding diagnosis and treatment” All of the elements making up the mobile spinal segments can be responsible for acute or
Anatomical reminder The posterior part of the gluteus medius muscle sits deep within the gluteus maximus muscle. Its lower part covers the small gluteus muscle. The proximal insertions of the muscle are on the anterior
Anatomical reminder The posterior part of the gluteus medius muscle sits deep within the gluteus maximus muscle. Its lower part covers the small gluteus muscle. The proximal insertions of the muscle are on the anterior
Anatomical reminder The posterior part of the gluteus medius muscle sits deep within the gluteus maximus muscle. Its lower part covers the small gluteus muscle. The proximal insertions of the muscle are on the anterior
Mm X., 29, presented two years ago with a trivial ankle sprain without major damage to the external ligaments of the ankle. She developed a chronic pain syndrome in the foot, ankle and right leg
Mrs. X, 55 years old, was operated on for a C5-C6 cervical hernia 3 years ago via a right anterior approach. After a transient improvement, there is a reappearance of pain at the cervical level,
Mrs. X, 55 years old, was operated on for a C5-C6 cervical hernia 3 years ago via a right anterior approach. After a transient improvement, there is a reappearance of pain at the cervical level,
Mrs. X, 55 years old, was operated on for a C5-C6 cervical hernia 3 years ago via a right anterior approach. After a transient improvement, there is a reappearance of pain at the cervical level,
Anatomical reminder 1- Antero-superior iliac spine. 2-Acetabulum. 3-Tuberosity of the ischium. 4-Sacrotuberous ligament. 5-Ischio-cavernous muscle. 6-Vagina. 7-Urethra. 8-Lower layer of the uro-genital diaphragm (sectioned). 9-Deep transverse muscle of the perineum. 10-Pubis. 11-superficial transverse muscle of
M X, 45 years old, victim of a bi-malleolar ankle fracture operated on 14 months ago, has significant residual pain limiting walking and returning to work (the patient is a liberal physiotherapist). Following his operation,
M X, 45 years old, victim of a bi-malleolar ankle fracture operated on 14 months ago, has significant residual pain limiting walking and returning to work (the patient is a self-employed physiotherapist). Following his operation,
Pathophysiology of neuralgia of the pudendal nerve Classic pudendal nerve neuralgia is a tunnel syndrome (like carpal tunnel syndrome). There are two areas of possible conflict in the pelvic area: at the level of the
Description of the perineal pelvic innervation Perineal pelvic innervation by somatic nerves includes: The genitocrural nerve and the iliohypogastric nerve from levels D12-L1-L2, The cluneal (or lesser sciatic) nerve coming from L4-L5-S1 and The pudendal
Description of the perineal pelvic innervation Perineal pelvic innervation by somatic nerves includes: The genitocrural nerve and the iliohypogastric nerve from levels D12-L1-L2, The cluneal (or lesser sciatic) nerve coming from L4-L5-S1 and The pudendal
Pathophysiology of neuralgia of the pudendal nerve Classic pudendal nerve neuralgia is a tunnel syndrome (like carpal tunnel syndrome). There are two areas of possible conflict in the pelvic area: at the level of the
Like all entrapment syndromes, pudendal neuralgia can benefit from drug and non-drug treatments, infiltration therapy, and surgical treatment. If this fails, chronic pain management will be required. Medical treatment Like any compressive neuropathy, at the
Mrs. X, 47 years old, had a right inguinal hernia repaired by laparoscopy a year ago. In the month following the operation, she began to feel significant pain in the right inguinal fold with burning
Miss X, 27, received treatment for perianal warts 5 years ago. Unfortunately this treatment is complicated by a staphylococcal superinfection with perianal abscess to the left of the anus which required antibiotic therapy and prolonged
Description de la neuropathie cicatricielle. Vous trouverez dans l’article en lien la description globale des neuropathies cicatricielles. Description of cicatricial neuropathy. You will find in the linked article the overall description of cicatricial neuropathies. Cicatricial
Pathophysiology of neuralgia of the pudendal nerve Classic pudendal nerve neuralgia is a tunnel syndrome (like carpal tunnel syndrome). There are two areas of possible conflict in the pelvic area: at the level of the
Anatomical reminder 1- Antero-superior iliac spine. 2-Acetabulum. 3-Tuberosity of the ischium. 4-Sacrotuberous ligament. 5-Ischio-cavernous muscle. 6-Vagina. 7-Urethra. 8-Lower layer of the uro-genital diaphragm (sectioned). 9-Deep transverse muscle of the perineum. 10-Pubis. 11-superficial transverse muscle of
Description of the perineal pelvic innervation Perineal pelvic innervation by somatic nerves includes: The genitocrural nerve and the iliohypogastric nerve from levels D12-L1-L2, The cluneal (or lesser sciatic) nerve coming from L4-L5-S1 and The pudendal
Two variants of this pathology responsible for metatarsalgia: – hypermobility of the first metatarsal with laxity of the longitudinal plantar ligaments. – Relative shortness of the first metatarsal compared to the second. The examination of
Anatomical reminder The gluteus maximus muscle attaches proximally to the iliac crest, the lateral part of the sacrum and to the coccyx. The distal part attaches to the femur and the iliotibial band of the
Anatomical reminder From the surface to the depth we find: –The gastrocnemius muscle composed of two heads, medial and lateral (former internal and external twin). It is inserted, proximally, on the posterior distal end of
Two variants of this pathology responsible for metatarsalgia: – hypermobility of the first metatarsal with laxity of the longitudinal plantar ligaments. – Relative shortness of the first metatarsal compared to the second. The examination of
Anatomical reminder From the surface to the depth we find: –The gastrocnemius muscle composed of two heads, medial and lateral (former internal and external twin). It is inserted, proximally, on the posterior distal end of
Discussion based on an example Clinical case : Mrs X, 65 years old, is referred to a pain consultation for the management of algodystrophy diagnosed 4 months ago which appeared 3 months after the insertion
Ascertainment: According to the latest study carried out by the Fibromyalgia SOS association, the results of which were recently released, we note that more than 70% of fibromyalgia patients have had surgery. From our findings, some
Composition : Capsule: – Paracetamol 300mg – Opium powder 10mg – Caffeine 30mg Suppository: – Paracetamol 500mg – Opium powder 15mg – Caffeine 50mg Indications : Symptomatic treatment of pain of moderate to intense intensity
Composition : Capsule: – Paracetamol 300mg – Opium powder 10mg – Caffeine 30mg Suppository: – Paracetamol 500mg – Opium powder 15mg – Caffeine 50mg Indications : Symptomatic treatment of pain of moderate to intense intensity
Composition : Capsule: – Paracetamol 300mg – Opium powder 10mg – Caffeine 30mg Suppository: – Paracetamol 500mg – Opium powder 15mg – Caffeine 50mg Indications : Symptomatic treatment of pain of moderate to intense intensity
Indications : Analgesic drugs not related to other classes of analgesics. No anti-inflammatory effect, no antipyretic effect, no slowing of transit, no respiratory depression. Symptomatic treatment of acute painful conditions, particularly postoperative pain. This medication
Indications: – Symptomatic treatment of mild to moderate pain and/or febrile states. – Chronic inflammatory rheumatism, acute articular rheumatism in children. – Symptomatic treatment of inflammatory rheumatism in adults. Dosage: Mild to moderate pain and/or
Indications: – Symptomatic treatment of mild to moderate pain and/or febrile states. – Chronic inflammatory rheumatism, acute articular rheumatism in children. – Symptomatic treatment of inflammatory rheumatism in adults. Dosage: Mild to moderate pain and/or
Indications: – Symptomatic treatment of mild to moderate pain and/or febrile states. – Chronic inflammatory rheumatism, acute articular rheumatism in children. – Symptomatic treatment of inflammatory rheumatism in adults. Dosage: Mild to moderate pain and/or
Indications : Symptomatic treatment of mild to moderate pain and/or feverish states. Dosage: From 50 kg: 1 gram 3 to 4 times a day with a delay, between 2 intakes, of at least 4 hours.
Anatomical reminder The interosseous muscles are located between two metacarpals. It exists : A dorsal formation (D1, D2, D3, D4) whose proximal part inserts on the 2 metacarpals forming two fusiform muscles inserting distally on
Mrs. X, 57 years old, presents with arteritis of the lower limbs. She will benefit from femoral artery surgery at the level of the root of the left thigh. In the following weeks, Mrs. X
Anatomical reminder The lateral pterygoid muscle is made up of 2 heads. The upper head inserts, posteriorly, on the capsule of the temporomandibular joint and on the articular disc, anteriorly on the sphenoid bone. The
Anatomical reminder The muscle is inserted at the bottom on the internal face of the mandible, moves forward inwards and attaches at the top to the lateral plate of the pterygoid process (on the diagram
Description of referred pain of the head and associated muscles. Myofascial syndrome of the lateral pterygoid muscle. Myofascial syndrome of the medial pterygoid muscle. Myofascial syndrome of the masseter muscle. Myofascial syndrome of the digastric
Anatomical reminder The sterno-cleido-mastoid muscle attaches on its cranial part to the mastoid. Towards its caudal part it splits into 2 heads: the sternal head in front and the clavicular head below. The distance between
Anatomical reminder 1- splenius of the head (sectioned). 2- semi-spinous (sectioned) 3- longissimus of the head (sectioned) 4- superior oblique of the head 5- posterior rectus minor 6- posterior rectus capitis 7- inferior oblique of
Anatomical reminder 1- Trapezius (sectioned) 2- Splenius of the head (sectioned) 3- Semi-spinous of the head 4- Longissimus of the head 5-rotators 6- Thoracic multifidus The semi-spinatus of the neck is not represented. For the
It is composed of an upper part, the splenius muscle of the head, and a lower part, the splenius muscle of the neck: They lie directly under the trapezius muscle. 1- semi-spinous of the head.
Anatomical reminder The trapezius muscle consists of 3 parts: upper, middle and lower. The anatomical insertions of the two trapezius form a diamond extending from the occiput to the T12 vertebra. Laterally, it attaches to
The muscles of the posterior part of the neck are divided into 4 layers from the surface to the depth by: – The trapeze – The splenius of the head and neck – The semispinatus
Drugs Conversion factor Equivalence Morphine LP 1 60 mg Paracetamol/codéine (500 mg/30 mg) 1/6 6 cps/j Paracetamol/codéine (400 mg/20 mg) 1/6 10 cps/j Dihydrocodéine (60 mg) 1/3 3 cps/j Tramadol 1/5 300 mg/j Hydromorphone 8
M X., 70 years old, underwent a laryngectomy with tracheostomy for neoplasia of the ENT sphere 10 years ago. In the aftermath of this surgery, he presented with moderate swallowing disorders, which were embarrassing at
Indications : Epilepsy: Adults and adolescents aged 13 and over: – Treatment in monotherapy or in combination of partial and generalized epilepsies, including tonic-clonic seizures. – Seizures associated with Lennox-Gastaut syndrome. Lamictal is administered in
Indications : Adult : Baclofen is indicated as treatment for: – Spastic contractures of multiple sclerosis. – Spastic contractures of spinal cord disorders (of infectious, degenerative, traumatic, neoplastic etiology). – Spastic contractures of cerebral origin.
Anatomy: The thumb adductor (1) is made up of a transverse head on the upper part and an oblique head on the lower part. The opposing thumb (2) inserts on the trapezoid bone and on
Anatomy of the sternal muscle The sternal muscle is an inconstant muscle whose fibers run parallel on either side of the sternum. They are located above the insertion of the pectoral muscle on the sternum
Anatomy of the sternal muscle The sternal muscle is an inconstant muscle whose fibers run parallel on either side of the sternum. They are located above the insertion of the pectoral muscle on the sternum
M X, 69 ans, souffre d’une sciatique hyperalgique depuis 6 mois. Les différents examens réalisés ne sont pas probants :l’IRM ne retrouve pas de signes francs de compressions au niveau du canal lombaire. Cette sciatique, malgré
M X, 60, was operated on for a lung tumor a year ago. Some time after returning home, Mr X presented with burning chest pains. The contact of the clothes is very unpleasant. Breathing is
Many molecules have nonsteroidal anti-inflammatory effects (NSAIDs). Action mechanism : Blocks the production of inflammatory substances. Indications: Depends on the analgesic and anti-inflammatory activity of NSAIDs and the extent of the manifestations of intolerance to
Many molecules have nonsteroidal anti-inflammatory effects (NSAIDs). Action mechanism : Blocks the production of inflammatory substances. Indications: Depends on the analgesic and anti-inflammatory activity of NSAIDs and the extent of the manifestations of intolerance to
Many molecules have nonsteroidal anti-inflammatory effects (NSAIDs). Action mechanism : Blocks the production of inflammatory substances. Indications: Depends on the analgesic and anti-inflammatory activity of NSAIDs and the extent of the manifestations of intolerance to
Indications : Intense pain and/or pain resistant to weaker analgesics. Dosage and method of administration: The dose-efficacy-tolerance relationship is very variable from one patient to another. It is therefore necessary to regularly assess the efficacy
Indications : Analgesic drugs not related to other classes of analgesics. No anti-inflammatory effect, no antipyretic effect, no slowing of transit, no respiratory depression. Symptomatic treatment of acute painful conditions, particularly postoperative pain. This medication
Indications : Symptomatic treatment of mild to moderate pain and/or feverish states. Dosage: From 50 kg: 1 gram 3 to 4 times a day with a delay, between 2 intakes, of at least 4 hours.
Indications : – Treatment of major depressive disorder. – Treatment of diabetic peripheral neuropathic pain. – Treatment of generalized anxiety disorder Even though it does not have Marketing Authorization for this indication, Duloxetine is currently
The treatment of neuropathic pain is sometimes difficult and is generally based on the combination of several medicinal and/or non-medicinal methods. Seeking the best relief with the fewest possible side effects is the rule. Of
Indications : Adult : Baclofen is indicated as treatment for: – Spastic contractures of multiple sclerosis. – Spastic contractures of spinal cord disorders (of infectious, degenerative, traumatic, neoplastic etiology). – Spastic contractures of cerebral origin.
Indications : Epilepsy: Adults and adolescents aged 13 and over: – Treatment in monotherapy or in combination of partial and generalized epilepsies, including tonic-clonic seizures. – Seizures associated with Lennox-Gastaut syndrome. Lamictal is administered in
Anatomy The scalene muscles are 4 in number. From front to back the anterior scalene muscle, the middle scalene muscle, the posterior scalene muscle and the lesser scalene muscle. They are partially covered in front
Your patient will benefit from surgery. Whatever this surgery, skin incisions will be made. These incisions, and above all, their healing can be responsible for pain which appears several weeks or even months after the
After amputation two types of pain called “phantom limb pain” are possible: Stump pain which is scarring neuropathy. Central phantom limb pain that is related to the amputation and a painful afterimage of the limb
Anatomy: The thumb adductor (1) is made up of a transverse head on the upper part and an oblique head on the lower part. The opposing thumb (2) inserts on the trapezoid bone and on
Anatomy of the sternal muscle The sternal muscle is an inconstant muscle whose fibers run parallel on either side of the sternum. They are located above the insertion of the pectoral muscle on the sternum
Indications : – Major depressive episodes. – Peripheral neuropathic pain in adults. – Nocturnal enuresis in children in cases where any organic pathology has been excluded. Dosage in neuropathic pain: Treatment should start at low
Indications : – Major depressive episodes. – Peripheral neuropathic pain in adults. – Obsessive-compulsive disorders. Dosage in neuropathic pain: Treatment should start at low doses: 10 mg to 25 mg per day for 3 weeks.
Indications : Epilepsies : – Adult and child: As monotherapy or in combination with another antiepileptic treatment: – Treatment of partial epilepsies, with or without secondary generalization. – Treatment of generalized epilepsies: tonic-clonic seizures. Psychiatry:
Indicaciones : Tablet (adult and child) and oral solution (child): Treatment of epilepsy, either as temporary monotherapy or in combination with another antiepileptic treatment: Treatment of generalized epilepsies: Clonic, tonic, tonic-clonic, absence, myoclonic, atonic, infantile
Indications : Epilepsy: Gabapentin is indicated in combination in the treatment of partial epilepsies with or without secondary generalization in adults and children from 6 years of age. Gabapentin is indicated as monotherapy in the
Indications : Treatment of major depressive disorders. This medicine does not have marketing authorization (MA) for the treatment of neuropathic pain. It is rarely used in this indication but in the case of antidepressant treatment
Indications : Treatment of partial epileptic seizures with or without secondary generalization. As monotherapy or in combination with another antiepileptic treatment in adults and children from 6 years of age. Oxcarbazepine (Trileptal) does not have
Indications : Neuropathic pain: Lyrica is indicated for the treatment of peripheral and central neuropathic pain in adults. Epilepsy: Lyrica is indicated in adults in combination for the treatment of partial-onset epileptic seizures with or
Indications : – Treatment of major depressive episodes. – Prevention of recurrence of major depressive episodes. – Treatment of generalized anxiety disorder. – Treatment of social anxiety disorder (social phobia). – Treatment of panic disorder,
The treatment of neuropathic pain is sometimes difficult and is generally based on the combination of several medicinal and/or non-medicinal methods. Seeking the best relief with the fewest possible side effects is the rule. Of
Polyradiculoneuritis. Possible development The topographic evolution of this pathology is dependent on the length of the nerves. Its evolution can be schematized as follows (in red):
Etiology Two pathologies are likely to cause neuropathy (rare forms): Insulinoma (benign or malignant tumor secreting insulin), Insulin treatment responsible for repeated hypoglycaemia. Clinical Description It is a predominantly distal motor and sensory neuropathy (feet
Peripheral neurological involvement is related to renal failure, not dialysis. Uremic polyneuropathy: Its occurrence is linked to the severity of the kidney damage and its duration. Diabetes is a significant cofactor (see diabetic neuropathy). Polyneuropathy
Linked to a deficiency in essential nutrients. These neuropathies are frequent in developing countries, deficiencies being endemic. They mainly affect vitamin B deficiencies: B1 (beriberi), B6, B9 In developed countries, they are rather linked to
It is linked to direct toxicity of alcohol and its metabolites on the neurological tissue linked to vitamin malabsorption (competition between vit B1 and alcohol in the digestive tract, gastropancreatic disorders causing malabsorption of vitamins)
Different origins are possible: – Idiopathic: Distal symmetrical small fiber polyneuropathy. – Inflammatory: Vasculitis and Perineuritis. – Hereditary: Fabry disease, Hereditary dysautonomic sensory neuropathy type V, Tangier disease, Hereditary amyloidosis. – Metabolic: damage linked to
Linked to excessive secretion of growth hormone. Symmetrical nerve damage, predominantly in the lower limbs with paresthesias of the feet or even legs. We can find an enlargement of the nerves in onion bulbs. If
Rare, it causes sensory impairment distally with a sensation of paresthesias at the tips of the feet. Treatment of hyperlipidemia results in recovery from neuropathy within a few months.
Description This complication is rare and presents in the form of sensory-motor impairment with predominance of sensitivity disorders. This damage is reversible with treatment of hyperthyroidism (minimum 6 months). Not to be confused with the
Two types of neurological damage: mononeuropathies and polyneuropathies. Be careful, these forms can be associated with hypothyroidism myositis responsible for muscle pain and cramps. Mononeuropathy: The most common is damage to the median nerve at
Etiology Hereditary neuropathies due to hypersensitivity to pressure. Chronic relapsing polyradiculoneuritis.
Installation in a few hours: Mainly vasculitis (polyarteritis nodosa) The picture is more of a multineuritis with multiple radicular or truncal involvement. Installation in a few days: – Guillain-Barrè syndrome and its variants. – Neuropathy
Etiologies: Established over years, sometimes since childhood. Hereditary polyneuropathies. Chronic polyradiculoneuritis. Polyradiculopathies associated with monoclonal IgM gammopathy.
Etiology Installation in several months. In general : – Metabolic neuropathies, – neuropathies of deficiency origin, – toxic neuropathies, – alcoholic neuropathies, – dysproteinemia neuropathies (myeloma, plasmacytoma, cryoglobulemia, monoclonal gammopathy), – lymphoma neuropathies, – acquired
Below is a list of toxic agents used in industry and potentially toxic to peripheral nerves. This list is not exhaustive. – Acrylamide (flocculating agent) causes sensory damage to large nerves with sensory ataxia. –
Ulcers and poor perforation: Found in diabetic neuropathy, hereditary sensory and dysautonomic neuropathies, and in neuropathy linked to leprosy. Purpura: Found in cryoglobulinemia and vasculitis. Mees lines: (definition) Seen in arsenic and thallium poisoning. Bullous
It corresponds to damage to the autonomic nervous system (sympathetic and parasympathetic). This attack is responsible for different manifestations: Sudomotor manifestations: Anhidrosis (absence of sweat secretion). Abnormal vasomotor response to temperature changes. Lacrimal dryness (dry
Corneal opacities: Found in Fabry disease, amyloid neuropathy and Tangier disease. Cataract: In Fabry disease and Refsum disease. Optic atrophy: Found in Refsum disease and Charcot-Marie-Tooth disease. Retinitis pigmentosa: Found in Refsum disease and Charcot-Marie-Tooth
Ischemic muscle compression is used in the treatment of myofascial syndromes. It consists of exerting sustained pressure on the area of muscle contracture responsible for the myofascial syndrome. To apply this technique, the responsible muscle
The temporalis muscle The masseter muscle The digastric muscle The occipito-frontal muscles. Dental pain of muscular origin. The facial muscles. The lateral pterygoid muscle The medial pterygoid muscle The posterior neck muscles The suboccipital muscles
List of muscles referenced on the site: Pectoral major Small pectoral Scalenes Sternocleidomastoid Sternal Subclavian Myofascial syndromes of the abdominal muscles Serratus anterior Latissimus dorsi Posterior and inferior serratus Multifidus Thoracic iliocostal Lumbar iliocostal Longissimus
List of lower limb muscles and associated myofascial syndrome. The quadratus lumborum muscle Pelvic floor muscles The gluteus minimus muscle The gluteus medius muscle The gluteus maximus muscle The piriformis and other lateral rotators muscles
List of upper limb muscles and related myofascial syndrome: The teres major muscle. The teres minor muscle The subscapularis muscle. The supraspinatus muscle. The deltoid muscle The infraspinatus muscle The pectoralis major muscle The pectoralis
Anatomy of the occipitofrontalis muscle. This muscle is composed of an anterior frontal part and an occipital part (in red). They are attached to an aponeurosis which covers the skull (in yellow) and which slides
Ischemic muscle compression is used in the treatment of myofascial syndromes. It consists of exerting sustained pressure on the area of muscle contracture responsible for the myofascial syndrome. To apply this technique, the responsible muscle
Indications : – Treatment of major depressive episodes. – Prevention of recurrence of major depressive episodes. – Treatment of generalized anxiety disorder. – Treatment of social anxiety disorder (social phobia). – Treatment of panic disorder,
Indications : Neuropathic pain: Lyrica is indicated for the treatment of peripheral and central neuropathic pain in adults. Epilepsy: Lyrica is indicated in adults in combination for the treatment of partial-onset epileptic seizures with or
Indications : Treatment of partial epileptic seizures with or without secondary generalization. As monotherapy or in combination with another antiepileptic treatment in adults and children from 6 years of age. Oxcarbazepine (Trileptal) does not have
Indications : Treatment of major depressive disorders. This medicine does not have marketing authorization (MA) for the treatment of neuropathic pain. It is rarely used in this indication but in the case of antidepressant treatment
Indications : Epilepsy: Gabapentin is indicated in combination in the treatment of partial epilepsies with or without secondary generalization in adults and children from 6 years of age. Gabapentin is indicated as monotherapy in the
Indications : Tablet (adult and child) and oral solution (child): Treatment of epilepsy, either as temporary monotherapy or in combination with another antiepileptic treatment: Treatment of generalized epilepsies: Clonic, tonic, tonic-clonic, absence, myoclonic, atonic, infantile
Indications : Epilepsies : – Adult and child: As monotherapy or in combination with another antiepileptic treatment: – Treatment of partial epilepsies, with or without secondary generalization. – Treatment of generalized epilepsies: tonic-clonic seizures. Psychiatry:
Indications : – Major depressive episodes. – Peripheral neuropathic pain in adults. – Obsessive-compulsive disorders. Dosage in neuropathic pain: Treatment should start at low doses: 10 mg to 25 mg per day for 3 weeks.
Indications : – Major depressive episodes. – Peripheral neuropathic pain in adults. – Nocturnal enuresis in children in cases where any organic pathology has been excluded. Dosage in neuropathic pain: Treatment should start at low
The digastric muscle is located under the jaw. (anatomy see wikipedia) A myo-fascial syndrome of its posterior part can be responsible for pain at the tip of the jaw and under the ear. It can
List of head muscles and their associated myofascial syndrome : The temporalis muscle The masseter muscle The digastric muscle The occipito-frontal muscles. Dental pain of muscular origin. The facial muscles. The lateral pterygoid muscle The
List of upper limb muscles and related myofascial syndrome: The teres major muscle. The teres minor muscle The subscapularis muscle. The supraspinatus muscle. The deltoid muscle The infraspinatus muscle The pectoralis major muscle The pectoralis
List of lower limb muscles and associated myofascial syndrome. The quadratus lumborum muscle Pelvic floor muscles The gluteus minimus muscle The gluteus medius muscle The gluteus maximus muscle The piriformis and other lateral rotators muscles
Liste des muscles référencés dans le site : Grand pectoral Petit pectoral Scalènes Sterno-cléido-mastoïdien Sternal Subclavier Syndromes myofasciaux des muscles abdominaux Dentelé antérieur Grand dorsal Dentelé postérieur et inférieur Multifide Ilio-costal thoracique Ilio-costal lombaire Longissimus
Definition of Physiotherapy: Set of therapeutic processes using natural physical agents such as water, heat, cold, light, electric currents, etc. The effectiveness of physiotherapy within functional rehabilitation is remarkable if the technique is well adapted
The essential form (without local cause) is rare (75 times less frequent than neuralgia of the trigeminal nerve). It mostly affects people over the age of 60. The search for an ENT cancer pathology must
The trigeminal nerve (V: anatomical reminder), the V divided into 3 territories V1, V2 and V3. Description : It is most often a woman over 50, frequent around 70 years. The pain is systematized in
In certain painful pathologies, the origin of the pain can be identified on depigmented areas of the skin, round or lenticular in shape, sometimes grouped together. These depigmented areas have the particularity of being hyperesthetic
Definition. The peripheral nervous system is composed of: – Spinal nerve roots, – the posterior spinal ganglia, – the peripheral nerves up to their terminal ramifications, – the autonomic nervous system, – the cranial nerves
Treatment of chronic migraine After having defined the chronic nature of migraine. we can use medicinal and non-drug treatments described in the article: Treatment of migraine.
Prevention of these headaches relies on education of patients presenting with migraine and/or tension headache. It is based on: Keeping a diary The need for the patient to know the concept of pre-abuse defined by
There was a consensus that weaning off analgesic treatments or specific anti-migraine treatments was a mandatory step in the management of headaches. To date, with the arrival of new anti-migraine treatments, this position is more
Diagnostic criteria for chronic tension headache defined by the International Headache Society. (Headache Classification Comittee. The International Classification of Headache Disorders : 3rd edition beta versin. Cephalalgia 2013; 33:629-808). A. Headache present on at least 15
Diagnostic criteria for chronic migraine defined by the International Headache Society. (Headache Classification Comittee. The International Classification of Headache Disorders : 3rd edition beta versin. Cephalalgia 2013; 33:629-808). A. Headache present at least 15 days per
The prevalence of CCQ is between 2.5 and 4% of the population. List of main CCQs: Chronic de novo headache and hemicrania continua are very rare. Learn more about chronic migraine Learn more about chronic
Seen when there is an area with damage to small localized fibers, particularly in scars or after-effects of hematoma. These neuropathies can be extensive even though the responsible lesion is small. The different types of
Introduction. L’acupuncture est une médecine. Son fonctionnement est déterminée par une physiologie, une physiopathologie et une approche du malade par rapport au monde extérieur qui lui est propre. Elle ne se limite pas à l’utilisation
In post zoster intercostal pain it is preferable to use the two channels of the device with 4 electrodes. The 4 electrodes are placed from the emergence of the affected nerve root towards the distality
The dermatome is an area of skin innervated by a single spinal nerve or cranial nerve (or nerve root). Below is a schematic representation of the different dermatomes of the human body.
It corresponds to damage to the autonomic nervous system (sympathetic and parasympathetic). This attack is responsible for different manifestations: Sudomotor manifestations: Anhidrosis (absence of sweat secretion). Abnormal vasomotor response to temperature changes. Lacrimal dryness (dry
Before talking about treatment for tension headaches, we will look for a triggering cause (for example a change of glasses, ill-fitting glasses, a change of workstation, etc.). The different methods described below can be combined
Reference: Robert Maigne. Pain of vertebral origin. Understand diagnose and treat. Edition Elsevier Masson. Definition : Under this name are grouped the changes in sensitivity and consistency of the tissues that can be demonstrated in
Description Also described as Maigne syndrome, this syndrome combines lower back pain and/or pubalgia and/or lateral hip involvement (in yellow). The topography of this pain and the associated clinical signs correspond perfectly to the nervous
Description Also described as Maigne syndrome, this syndrome combines lower back pain and/or pubalgia and/or lateral hip involvement (in yellow). The topography of this pain and the associated clinical signs correspond perfectly to the nervous
Reference: Robert Maigne. Pain of vertebral origin. Understand diagnose and treat. Edition Elsevier Masson. Definition : Under this name are grouped the changes in sensitivity and consistency of the tissues that can be demonstrated in
Description Also described as Maigne syndrome, this syndrome combines lower back pain and/or pubalgia and/or lateral hip involvement (in yellow). The topography of this pain and the associated clinical signs correspond perfectly to the nervous
This headache, once considered essentially psychogenic, is very common since it affects between 30% and 78% of the general population. Diagnostic : The diagnosis is made after at least ten episodes of headache. These episodes
Definition. The peripheral nervous system is composed of: – Spinal nerve roots, – the posterior spinal ganglia, – the peripheral nerves up to their terminal ramifications, – the autonomic nervous system, – the cranial nerves
Definition. The peripheral nervous system is composed of: – Spinal nerve roots, – the posterior spinal ganglia, – the peripheral nerves up to their terminal ramifications, – the autonomic nervous system, – the cranial nerves
This frequent pathology poses problems of public health, diagnosis, origin and finally treatment. Diagnosis of fibromyalgia Previously it was necessary to test by the pressure of the thumb from 11 to 18 points (The pressure
This frequent pathology poses problems of public health, diagnosis, origin and finally treatment. Diagnosis of fibromyalgia Previously it was necessary to test by the pressure of the thumb from 11 to 18 points (The pressure
This new clinical entity is found in some patients with chronic pain. Its current incidence is not known. It consists of a scarring neuropathy affecting all of the scars found in a patient. This entity
Complex Regional Pain Syndromes type 1 or 2 (former algoneurodystrophy and causalgia) Description.. CRPS can evolve in 3 phases: The evolution between these 3 phases is variable in duration and can be very long or
Nerves are formed by the axons of nerve cells (the axon is an extension of the nerve cell). These axons are or are not surrounded by myelin sheath from other cells: Schawnn cells. Anatomy: A
Nerves are formed by the axons of nerve cells (the axon is an extension of the nerve cell). These axons are or are not surrounded by myelin sheath from other cells: Schawnn cells. Anatomy: A
This frequent pathology poses problems of public health, diagnosis, origin and finally treatment. Diagnosis of fibromyalgia Previously it was necessary to test by the pressure of the thumb from 11 to 18 points (The pressure
Ms. X, 50 years old, presented a wrist fracture a few months ago (colles’ fracture). After the operation (installation of 3 fixation pins), the patient is cast. The plaster is removed after 3 weeks before
Mr X, 69 years old, has been suffering from hyperalgesic sciatica for 6 months. The various examinations carried out are not conclusive, the MRI does not find any clear signs of compression at the level
M X, 60, was operated on for a lung tumor a year ago. Some time after returning home, Mr X presented with burning chest pains. The contact of the clothes is very unpleasant. Breathing is
Mrs. X, 55, had a Maya prosthesis fitted a year ago for right thumb rhizarthrosis (arthrosis of the thumb base joint). The trapezio-metacarpal prosthesis (Maya). This prosthesis resembles a mini-hip prosthesis, with a metallic spherical
Mrs. X, 75, presents with pain in her right knee following a knee prosthesis fitted 18 months ago. She has pain in support. Limitation of knee flexion, gait instability. She describes an impression of too
M X, 55 years old, underwent lumbar arthrodesis 5 years ago (operating site in yellow). For 5 years the patient has continuously suffered from chronic low back pain radiating forward from the root of the
Mrs. X, 60 years old, comes to the consultation with balance disorders. All the additional examinations carried out are normal. His symptoms appeared following the removal of a patella strapping, placed for a patella fracture
Mrs. X 40 years old comes in consultation for pain in the buttocks and the posterior part of the thigh (red area), the external genitalia and the vagina (in its 1st third). Ms. X has
Mrs. X, 50 years old, was operated on for a parotid gland 6 months ago. She currently presents with pain in the ear with a cardboard sensation, on the side of the neck and pain
Mrs. X, 60 years old, comes to the doctor for extremely disabling scalp pain. These pains appeared following surgery for a brain tumour. She describes burns, associated with electric shocks of an entire hemi-cranium (red
Physiotherapy technique based on the work of postures and breathing. Used for pain of muscular origin, tension headaches. Here is a reference site on this technique.
Scottish baths are an alternation of cold and hot baths generally used on the extremities of the limbs (ease of realization): – Hot water at 40°C (+/- 2°) depending on tolerance – Cold water at
Treatment of migraine attacks. The crisis is only for 2 hours for a minimum duration of 24 hours. Treatment for analgesics The initial treatment of the crisis uses the analgesics of shield 1 in first
Treatment of migraine attacks. The crisis is only for 2 hours for a minimum duration of 24 hours. Treatment for analgesics The initial treatment of the crisis uses the analgesics of shield 1 in first
Brief psychological support: It is based on correcting negative thoughts (or cognitions) and learning new and adapted behaviors. Misconceptions about the person’s real abilities lead to avoidance and passivity, which prevent control of actions and
Definition of Physiotherapy: Set of therapeutic processes using natural physical agents such as water, heat, cold, light, electric currents, etc. The effectiveness of physiotherapy within functional rehabilitation is remarkable if the technique is well adapted
Indications : Symptomatic treatment of mild to moderate pain and/or feverish states. Dosage: From 50 kg: 1 gram 3 to 4 times a day with a delay, between 2 intakes, of at least 4 hours.
Indications : Analgesic drugs not related to other classes of analgesics. No anti-inflammatory effect, no antipyretic effect, no slowing of transit, no respiratory depression. Symptomatic treatment of acute painful conditions, particularly postoperative pain. This medication
The brachial plexus is made up of all the nerve roots of the upper limb (Wikipedia description). The block of the brachial plexus consists in surrounding the sheath of the nerves constituting it by local
Physiotherapy technique based on the work of postures and breathing. Used for pain of muscular origin, tension headaches. Here is a reference site on this technique.
Levocarnitine and its derivatives play a major role in the energy functioning of cells. Indications and dosage 2 to 3 vials per day. Has an interest in: Hypercatabolism situation Fibromyalgia (will decrease pain level in
Ischemic muscle compression is used in the treatment of myofascial syndromes. It consists of exerting sustained pressure on the area of muscle contracture responsible for the myofascial syndrome. To apply this technique, the responsible muscle
Action mechanism : Botulinum neurotoxins are made up of proteins of 1300 amino acids, (produced by the bacterium, Clostridium botulinum). These are zinc endopeptidases, ie enzymes capable of cutting proteins. The proteins are VAMP/synaptobrevin, SNAP25
Principle of operation of transcutaneous electrical nerve stimulation (TENS). Transcutaneous electrical neurostimulation is a drug-free analgesic technique that uses the properties of an electric current transmitted through electrodes placed on the skin. Its operation is
Two large families of antidepressants have their own analgesic effect: Tricyclic antidepressants: Amitriptyline and Clomipramine. Amitriptyline is more sedating than Clomipramine. Tetracyclic antidepressants Mianserin and especially mirtazapine are used Serotonin reuptake inhibitors that also inhibit
Il existe un certains nombres de prises en charges un peu spécifiques dans la douleur chronique. Vous trouverez ci dessous un certains nombres ce ces thérapeutiques. Traitement des céphalées. Kétamine. Neurostimulation cutanée électrique (TENS). Le
There are 3 main causes of headaches; Primary headaches (without underlying cause) Headache. Tension headache. Vascular cluster headaches. Other rarer pathologies. Secondary headaches. (with underlying causes) Linked to associated illnesses or trauma. Cranial neuralgia and
Diagnostic Migraine management: aims to accurately diagnose migraine according to ICHD-3 criteria, check chronic migraine risk factors and comorbidities, to assess migraine-related problems disability and its severity, to evaluate the effectiveness and tolerability of current
Migraine aura may not be followed by headache, posing difficult diagnostic problems, especially in the absence of an identical history. Visual aura It is the most common aura; it characterizes “ophthalmic migraine”. The scintillating scotoma
Affects children of school age (4% of children). The diagnostic criteria are: Duration from 1 to 72 hours. Pain of moderate or severe intensity. Dull or irritative in character. Median or peri-umbilical location or poorly
Benign paroxysmal torticollis in children Benign paroxysmal pediatric torticollis is a rare functional disorder characterized by recurrent episodes of torticollis (head tilt to the side) in healthy children. It appears in the first year of
Paroxysmal vertigo in children generally affects children between 2 and 4 years old, exceptionally over 10 years old. It lasts from a few seconds to a minute. Its frequency varies, from weekly to monthly access,
Cyclic vomiting in the child. Cyclic vomiting syndrome (VCS) is a poorly understood migraine equivalent. The diagnosis of CVS is based on the criteria of the International Headache Society, in the absence of arguments in
Minimum number of crisis for diagnosis Duration of crisis Crisis Frequency Aura Onset Duration Aura Duration Migraine without aura 5 24-72 h Migraine with aura 2 >5
The myofascial syndrome: introduction These pains of muscular origin are encountered daily by doctors but are unfortunately poorly understood or ignored. However, they are responsible in some patients for major and disabling functional impairment. The
The myofascial syndrome: introduction These pains of muscular origin are encountered daily by doctors but are unfortunately poorly understood or ignored. However, they are responsible in some patients for major and disabling functional impairment. The
The myofascial syndrome: introduction These pains of muscular origin are encountered daily by doctors but are unfortunately poorly understood or ignored. However, they are responsible in some patients for major and disabling functional impairment. The
Pain related to the abdominal musculature often poses diagnostic problems. Indeed, the relationships with the underlying viscera are close. Thus, myofascial syndromes of the abdominal muscles can be responsible for digestive or genitourinary disorders such
Pain related to the abdominal musculature often poses diagnostic problems. Indeed, the relationships with the underlying viscera are close. Thus, myofascial syndromes of the abdominal muscles can be responsible for digestive or genitourinary disorders such
Pain related to the abdominal musculature often poses diagnostic problems. Indeed, the relationships with the underlying viscera are close. Thus, myofascial syndromes of the abdominal muscles can be responsible for digestive or genitourinary disorders such
Anatomical reminder Muscle behind the scapula. (anatomy Wikipédia) Myofascial syndrome of the teres major muscle Patients mainly complain of pain when moving the shoulder, especially when driving a vehicle with a somewhat hard steering wheel.
Anatomical reminder The subscapularis muscle is innervated by a branch of the axillary nerve (C5C6) which also takes care of the motricity of the teres minor and the deltoid and the sensitivity of the shoulder
Rappel anatomique The supraspinatus or supraspinatus muscle attaches medially to the inside of the top of the scapula and laterally to the greater tuberosity of the humeral head (shoulder). (anatomyWikipédia) Myofascial supraspinatus muscle syndrome The
Rappel anatomique The supraspinatus or supraspinatus muscle attaches medially to the inside of the top of the scapula and laterally to the greater tuberosity of the humeral head (shoulder). (anatomyWikipédia) Myofascial supraspinatus muscle syndrome The
Rappel anatomique The supraspinatus or supraspinatus muscle attaches medially to the inside of the top of the scapula and laterally to the greater tuberosity of the humeral head (shoulder). (anatomyWikipédia) Myofascial supraspinatus muscle syndrome The
Myofascial syndrome of the gluteus minimus muscle is responsible for pseudo-sciatica. The contracture of this muscle is responsible for pain projecting on the lateral part of the thigh sometimes up to the ankle (red zone).
Myofascial syndrome of the gluteus minimus muscle is responsible for pseudo-sciatica. The contracture of this muscle is responsible for pain projecting on the lateral part of the thigh sometimes up to the ankle (red zone).
Myofascial syndrome of the gluteus minimus muscle is responsible for pseudo-sciatica. The contracture of this muscle is responsible for pain projecting on the lateral part of the thigh sometimes up to the ankle (red zone).
The muscles of the face are: Orbicularis muscle of the eye, The zygomatic muscle, The platysma muscle. Myofascial syndromes of the muscles of the face give pain referred to the latter. Orbicularis oculi muscle (in
Anatomy of the occipitofrontalis muscle. This muscle is composed of an anterior frontal part and an occipital part (in red). They are attached to an aponeurosis which covers the skull (in yellow) and which slides
The masseter muscle (muscle of the jaw, of mastication), (orange area) is located in front of the ear, from the lower jaw to the outer side of the eye. (Masseter muscle – Wikipedia) Referred pain
The masseter muscle (muscle of the jaw, of mastication), (orange area) is located in front of the ear, from the lower jaw to the outer side of the eye. (Masseter muscle – Wikipedia) Referred pain
Headache related to contracture of an area of the temporalis muscle (orange area) is common. It is generally located at the level of the temple, above the orbit, and sometimes manifests itself by dental pain
Headache related to contracture of an area of the temporalis muscle (orange area) is common. It is generally located at the level of the temple, above the orbit, and sometimes manifests itself by dental pain
Headache related to contracture of an area of the temporalis muscle (orange area) is common. It is generally located at the level of the temple, above the orbit, and sometimes manifests itself by dental pain
The masseter muscle (muscle of the jaw, of mastication), (orange area) is located in front of the ear, from the lower jaw to the outer side of the eye. (Masseter muscle – Wikipedia) Referred pain
The digastric muscle is located under the jaw. (anatomy see wikipedia) A myo-fascial syndrome of its posterior part can be responsible for pain at the tip of the jaw and under the ear. It can
Composition du muscle occipito-frontal. Anatomy of the occipitofrontalis muscle. This muscle is composed of an anterior frontal part and an occipital part (in red). They are attached to an aponeurosis which covers the skull (in
Various referred pains of muscular origin can be responsible for dental pain. For the upper teeth: – The temporal muscle. – The masseter muscle. For the lower teeth: – The masseter muscle. – The digastric
The muscles of the face are: Orbicularis muscle of the eye, The zygomatic muscle, The platysma muscle. Myofascial syndromes of the muscles of the face give pain referred to the latter. Orbicularis oculi muscle (in
Mrs. X, 50 years old, was operated on for a parotid gland 6 months ago. She currently presents with pain in the ear with a cardboard sensation, pain in the lateral face of the neck
Mrs. X, 50 years old, was operated on for a parotid gland 6 months ago. She currently presents with pain in the ear with a cardboard sensation on the side of the neck and pain
Mrs. X, 56 years old, underwent plastic surgery of the face (facelift) in order to make remove the wrinkles from his face. In the aftermath of the operation, she has had real facial neuralgia for
Mrs. X, 30 years old, was operated by laparoscopy (camera) of a hernia umbilical (navel) a year ago. Some time after the operation, she complained of significant periumbilical pain without respite (red zone). Examination of
Following an appendectomy, M X, 30, describes Burning pain in lower abdomen, testicle, penis and root of thigh. Clinical examination found hypoesthesia of the described area (red area). The appendectomy scar is painful (green area).
Basic treatment of migraine attacks. Drug treatment: Medicinal therapeutic possibility Oral medications with demonstrated effectiveness in migraine prophylaxis are listed in the table below. This effectiveness is demonstrated in the prevention of episodic diseases for
Reference treatment for migraine attacks. Several molecules are available: The development of anti-CGRP antibodies modifies the prescription of triptans in the management of migraine. Almotriptan, Eletriptan, Frovatriptan, Naratritan, Rizatriptan, Sumatriptan, Zolmitriptan. Trade name in order:
Treatment of migraine attacks. The crisis is only for 2 hours for a minimum duration of 24 hours. Treatment for analgesics The initial treatment of the crisis uses the analgesics of shield 1 in first
Nonsteroidal anti-inflammatory drugs (NSAIDs) It fights against inflammation and pain, lowers fever and thins the blood. It is used in adults for the short-term treatment of acute osteoarthritis pain, certain inflammations (tendinitis, bursitis, acute shoulder pain),
Spinal cord neurostimulation Introduction : Spinal cord neurostimulators are implantable medical devices designed to deliver current to the posterior cords of the spinal cord. They are indicated in the treatment of chronic pain not relieved by
Indications : – Treatment of major depressive disorder. – Treatment of diabetic peripheral neuropathic pain. – Treatment of generalized anxiety disorder Even though it does not have Marketing Authorization for this indication, Duloxetine is currently
Corneal opacities: Found in Fabry disease, amyloid neuropathy and Tangier disease. Cataract: In Fabry disease and Refsum disease. Optic atrophy: Found in Refsum disease and Charcot-Marie-Tooth disease. Retinitis pigmentosa: Found in Refsum disease and Charcot-Marie-Tooth
Ulcers and poor perforation: Found in diabetic neuropathy, hereditary sensory and dysautonomic neuropathies, and in neuropathy linked to leprosy. Purpura: Found in cryoglobulinemia and vasculitis. Mees lines: (definition) Seen in arsenic and thallium poisoning. Bullous
Below is a list of toxic agents used in industry and potentially toxic to peripheral nerves. This list is not exhaustive. – Acrylamide (flocculating agent) causes sensory damage to large nerves with sensory ataxia. –
Hereditary sensorimotor disease type III or Dejerine-Sottas disease Onset in childhood, most often before the age of three. Causes muscular atrophy of the extremities which can spread towards the roots with sometimes children having to
Etiology Linked to a genetic defect on chromosome 18, with alteration of transthyretin (protein). The disease is caused by a methionine for valine substitution at residue 30 of the mature TTR protein, which is encoded
Pathophysiology and clinical These two forms cause damage to spinal ganglion neurons. They cause sensitivity disorders without motor impairment. The pathology begins in childhood or before the age of 30. Form 1 is autosomal dominant
Dysautonomic hereditary sensory neuropathy, Type 1. HSAN1 Autosomal dominant disease whose genetic anomaly is known to differentiate 4 subtypes of this disease. Symptoms peak between 10 and 40 years of age. Patients have a loss
Definition Very rare genetic neurometabolic disease characterized, biochemically, by an almost total absence of high density lipoproteins (HDL) in the plasma and, clinically, by enlargement of the liver, spleen, lymph nodes and tonsils, as well
Etiology Linked to alpha-galactosidase A enzyme deficiency. X-linked with pathogenic variants of the GLA gene (Xq21.3-q22). This enzyme deficiency leads to an accumulation of globotriaosylceramide (Gb3) and its deacylated derivative (lyso-Gb3) in the lysosomes, which
Autosomal recessive transmission disease. Linked to a deficiency in an enzyme allowing the degradation of phytanic acid and therefore linked to an accumulation of the latter. Etiology Refsum’s disease is caused by mutations in the
This neuropathy, also called peroneal muscular atrophy, is an inherited transmission neuropathy. Mode of transmission, phenotype and severity are variable. there are 3 forms: The most frequent phenotype is a demyelinating neuropathy of autosomal dominant
Etiologies They are many : – Peroneal atrophy or Charcot-Marie-Tooth polyneuropathy (CMT). – Hereditary amyloid neuropathy. – Dejerine-Sottas disease. – Refsum disease. – Hereditary sensory neuropathies (HSN I and II). – Hereditary dysautonomic sensory neuropathies
Etiology Installation in several months. In general : – Metabolic neuropathies, – neuropathies of deficiency origin, – toxic neuropathies, – alcoholic neuropathies, – dysproteinemia neuropathies (myeloma, plasmacytoma, cryoglobulemia, monoclonal gammopathy), – lymphoma neuropathies, – acquired
Etiologies: Established over years, sometimes since childhood. Hereditary polyneuropathies. Chronic polyradiculoneuritis. Polyradiculopathies associated with monoclonal IgM gammopathy.
Installation in a few hours: Mainly vasculitis (polyarteritis nodosa) The picture is more of a multineuritis with multiple radicular or truncal involvement. Installation in a few days: – Guillain-Barrè syndrome and its variants. – Neuropathy
Etiology Hereditary neuropathies due to hypersensitivity to pressure. Chronic relapsing polyradiculoneuritis.
Two types of neurological damage: mononeuropathies and polyneuropathies. Be careful, these forms can be associated with hypothyroidism myositis responsible for muscle pain and cramps. Mononeuropathy: The most common is damage to the median nerve at
Description This complication is rare and presents in the form of sensory-motor impairment with predominance of sensitivity disorders. This damage is reversible with treatment of hyperthyroidism (minimum 6 months). Not to be confused with the
Rare, it causes sensory impairment distally with a sensation of paresthesias at the tips of the feet. Treatment of hyperlipidemia results in recovery from neuropathy within a few months.
Linked to excessive secretion of growth hormone. Symmetrical nerve damage, predominantly in the lower limbs with paresthesias of the feet or even legs. We can find an enlargement of the nerves in onion bulbs. If
Different origins are possible: Idiopathic: Distal symmetrical small fiber polyneuropathy. Inflammatory: Vasculitis and Perineuritis. Hereditary: Fabry disease, Hereditary dysautonomic sensory neuropathy type V, Tangier disease, Hereditary amyloidosis. Metabolic: Damage linked to diabetes. Toxic: Thallium, Arsenic.
Diabetic neuropathies. The frequency of diabetic neuropathy is more than 50% in patients with diabetes for more than 25 years. There are an estimated 100,000,000 patients with diabetic neuropathy worldwide. At the time of diagnosis
Causal agent: Due to a spirochete bacteria of the genus Borrelia. Three species of Borrelia are known to cause Lyme disease: Borrelia Burgdorferi, Borrelia Garinii, Borrelia Afzelii. Epidemiology : Lyme disease is transmitted by tick
Described in 1909 by Carlos Chagas. Endemic tropical parasitic anthropozoonosis in 21 countries in Central and South America. 18 million people are estimated to be infected in Latin America. Between 2 to 3 million individuals
Causal agent: Leptospiroses are zoonoses (diseases transmitted by animals) caused by bacteria of the leptospira genus. There are more than 130 serotypes grouped into 23 serogroups The most common in France is Leptospira ictero-haemorragiae. Epidemiology
Brucellosis or Malta fever, melitococcal disease. Causal agent: Three germs from the same family: Brucella melitensis, Brucella abortus bovis, Brucella abortus suis. Asporulate aerobic gram-negative coccobacillus. In France the number of human cases is decreasing,
Neuropathies of infectious origin Three types of infectious agent can be directly or indirectly responsible for neuropathy: viruses, bacteria and parasites. Neuropathies of viral origin: Herpes virus infection Varicella zoster virus infection Cytomegalovirus (CMV) infection
Painful polyneuropathy with ocular involvement and deafness. Seen in disadvantaged populations, especially in times of war. Linked to multiple deficiencies. Are associated with it: A painful distal polyneuropathy, Fatigue, irritability, sleep disturbances in the context
It is linked to direct toxicity of alcohol and its metabolites on the neurological tissue linked to vitamin malabsorption (competition between vit B1 and alcohol in the digestive tract, gastropancreatic disorders causing malabsorption of vitamins)
Linked to pathologies of biliary excretion (biliary cirrhosis, fibrosis of the bile duct, Crohn’s disease, blind loop syndrome) or to a familial deficiency of the alpha-tocopherol receptor. He gives : Peripheral motor and sensory neuropathy
The manifestations of thiamine deficiency are: Polyneuropathy (affecting several nerves) distal and symmetrical with cramps, burns, dysesthesia, balance disorders (ataxia). Global cardiac involvement with high output heart failure, pulmonary and peripheral edema. Encephalopathy (Gayet-Wernicke). These
Linked to other vitamin deficiencies, its isolated deficiency is poorly described. It would seem that hyperesthesia in the form of burning of the soles of the feet is possible. Associated glossitis and facial dermatitis are
This deficiency is rare, vitamin B6 being very widespread in the diet. Note that 3 drugs antagonize it: isoniazid, penicillamine and hydralazine. Clinical signs : Seborrheic skin lesions Glossostomatitis Distal sensitive polyneuropathy with burning of
Etiology. The main cause of this deficiency is the intrinsic factor deficiency of Biermer’s anemia. Digestive pathologies with malabsorptions are also responsible: Crohn’s disease with involvement of the terminal ileum, Wipple’s disease, a blind loop
Extremely widespread in food. Pantothenic acid deficiency is very rare. It causes : Headaches, Sleep disorders, Distal sensory polyneuropathy.
There is an interdependence of folic acid and vitamin B12. Gives the same table as Vitamin B12 deficiency: Peripheral nerve damage Combined spinal sclerosis, Encephalopathy or psychiatric disorders, Ataxia, Optic nerve atrophy.
This disease causes chronic malabsorption linked to gluten intolerance. She can give: Peripheral sensory neuropathy Cerebellar or spinal ataxia (combined spinal sclerosis) Myositis.
Linked to a deficiency in essential nutrients. These neuropathies are frequent in developing countries, deficiencies being endemic. They mainly affect vitamin B deficiencies: B1 (beriberi), B6, B9 In developed countries, they are rather linked to
The main drugs that can cause peripheral neuropathy are: – Periwinkle alkaloids: Vinblastine, Vincristine, Vindesine, Vinorelbine. -Almitrine – Amiodarone – Nucleoside analogues (didanosine, zalcitabine, stavudine, etc.) – Chloroquine – Cimetidine – Cisplatin – Dapsone –
Peripheral neurological involvement is related to renal failure, not dialysis. Uremic polyneuropathy: Its occurrence is linked to the severity of the kidney damage and its duration. Diabetes is a significant cofactor (see diabetic neuropathy). Polyneuropathy
Due to damage to the small A delta and C fibers Definition : Small fiber neuropathies are neuropathies affecting small somatic fibers (sensation) and/or fibers of the autonomic nervous system. As a result, autonomic functions,
Nerves are formed by the axons of nerve cells (the axon is an extension of the nerve cell). These axons are or are not surrounded by myelin sheath from other cells: Schawnn cells. Anatomy: A
Etiology Two pathologies are likely to cause neuropathy (rare forms): Insulinoma (benign or malignant tumor secreting insulin), Insulin treatment responsible for repeated hypoglycaemia. Clinical Description It is a predominantly distal motor and sensory neuropathy (feet
Polyradiculoneuritis. Possible development The topographic evolution of this pathology is dependent on the length of the nerves. Its evolution can be schematized as follows (in red):
Description : Primary or idiopathic erythermalgia (PE) is characterized by intermittent episodes of redness, warmth, and burning of the extremities. These episodes are caused by exercise, prolonged standing or exposure to heat. Patients tend to wear
Liste des muscles référencés dans le site : Grand pectoral Petit pectoral Scalènes Sterno-cléido-mastoïdien Sternal Subclavier Syndromes myofasciaux des muscles abdominaux Dentelé antérieur Grand dorsal Dentelé postérieur et inférieur Multifide Ilio-costal thoracique Ilio-costal lombaire Longissimus
List of upper limb muscles and related myofascial syndrome: The teres major muscle. The teres minor muscle The subscapularis muscle. The supraspinatus muscle. The deltoid muscle The infraspinatus muscle The pectoralis major muscle The pectoralis
List of lower limb muscles and associated myofascial syndrome. The quadratus lumborum muscle Pelvic floor muscles The gluteus minimus muscle The gluteus medius muscle The gluteus maximus muscle The piriformis and other lateral rotators muscles
Various referred pains of muscular origin can be responsible for dental pain. For the upper teeth: – The temporal muscle. – The masseter muscle. For the lower teeth: – The masseter muscle. – The digastric
List of head muscles and their associated myofascial syndrome : The temporalis muscle The masseter muscle The digastric muscle The occipito-frontal muscles. Dental pain of muscular origin. The facial muscles. The lateral pterygoid muscle The
The trigeminal nerve (V: anatomical reminder), the V divided into 3 territories V1, V2 and V3. Description : It is most often a woman over 50, frequent around 70 years. The pain is systematized in
The essential form (without local cause) is rare (75 times less frequent than neuralgia of the trigeminal nerve). It mostly affects people over the age of 60. The search for an ENT cancer pathology must
Cranial neuralgia, central and primary causes of facial pain and other headaches. Vast set of varied pathologies (diabetes, compression, autoimmune disease, etc.) responsible for neuropathic attacks on the face or head. Trigeminal neuralgia. Face pain
Diagnostic criteria for new persistent daily headache defined by the International Headache Society. (Headache Classification Comittee. The International Classification of Headache Disorders : 3rd edition beta versin. Cephalalgia 2013; 33:629-808). Replaces the old daily chronic headache de novo.
Pre-orgasmic or orgasmic, a subarachnoid hemorrhage or arterial dissection should be investigated during the first attacks. Pre-orgasmic: Diffuse, dull bilateral headache, associated with muscle contraction (neck, jaws). occurring during and increasing with sexual arousal. It
Strictly unilateral pain, continuous for more than 3 months, associated with a dysautonomic sign (redness of the eye, tearing, runny nose, drooping and/or swelling of the eyelid) on the same side as the pain. The
It is very rare. It mainly affects women. The pain is moderate to severe. Bilateral, diffuse. It lasts from 30 minutes to 3 hours. Sensation of pressure, sometimes pulsating constriction. Awakening caused by headache. almost
It is a severe headache, of sudden onset, with a maximum reached in less than 1 minute, it lasts from 1 hour to 10 days and does not recur regularly. Requires extensive investigations because it
Le siège des coups, douloureux et brefs, est variable et la durée est courte (< à 3 sec). Le caractère primaire est la règle.
She must rule out cerebral hemorrhage or arterial dissection of the vessels of the head. The diagnostic criteria for IHS are: A-Pulsatile fulfilling criteria B and C B- Lasting from 5 min to 48 h
Diagnostic criteria: A. headache fulfilling criteria B,C,D B. brutal, lasting 1sec to 30 minutes C. caused by coughing and/or Valsalva (blocked forced expiration), D. not attributed to another condition. Before being called primary, we must
These are very specific, rare headaches, the treatment of which is poorly understood. A diagnostic assessment (brain MRI) is necessary to confirm their primary nature. these are: (alongside the duration of the crisis is noted)
Severe to intolerable pain located at the frontal and temporal level which can sometimes radiate towards the lower face. Neuropathic type crisis with electric shocks, sometimes pulsating burns. The attacks are short-lived, 5 seconds to
Rarer than cluster headaches. Clinical resemblance but shorter, very intense attack (2 and 30 minutes) and more frequent. Periorbital and temporal pain with runny nose, temporal sweat, eye redness, eyelid drooping. Seen at any age.
DIAGNOSTIC CRITERIA FOR FACIAL VASCULAR PAIN There are 5 essential criteria according to the IHS (the international headache society) to make the diagnosis of cluster headache. A: At least 5 crises meeting criteria B and
Three different forms are defined in the 2004 classification of the IHS (international headache society). 1-Cluster cluster headache (AVF) 2-Paroxysmal hemicrania. 3-The SUNCT.
Cyclic vomiting in the child. Cyclic vomiting syndrome (VCS) is a poorly understood migraine equivalent. The diagnosis of CVS is based on the criteria of the International Headache Society, in the absence of arguments in
Benign paroxysmal vertigo: generally affects children between 2 and 4 years old, exceptionally over 10 years old. It lasts from a few seconds to a minute. Its frequency varies, from weekly to monthly access, sometimes
Benign paroxysmal torticollis in children Benign paroxysmal pediatric torticollis is a rare functional disorder characterized by recurrent episodes of torticollis (head tilt to the side) in healthy children. It appears in the first year of
Affects children of school age (4% of children). The diagnostic criteria are: Duration from 1 to 72 hours. Pain of moderate or severe intensity. Dull or irritative in character. Median or peri-umbilical location or poorly
Minimum number of crisis for diagnosis Duration of crisis Crisis Frequency Aura Onset Duration Aura Duration Migraine without aura 5 24-72 h Migraine with aura 2 >5
Migraine aura may not be followed by headache, posing difficult diagnostic problems, especially in the absence of an identical history. Visual aura It is the most common aura; it characterizes “ophthalmic migraine”. The scintillating scotoma
Diagnostic Migraine management: aims to accurately diagnose migraine according to ICHD-3 criteria, check chronic migraine risk factors and comorbidities, to assess migraine-related problems disability and its severity, to evaluate the effectiveness and tolerability of current
Certain substances or medications are responsible for headaches through their direct actions (side effects), for other substances it is their absence which is responsible for the pain (state of withdrawal). In the first case, it
It is extremely common to have headaches after head and/or neck trauma. They can occur even if the trauma is minor. Clinical description The syndrome associates: – Daily headaches – Dizziness – Insomnia – Memory
Definition: It is a chronic daily headache (CDH) which affects subjects previously suffering from a primary headache initially episodic in whom the excessive use of attack treatment induces the transformation of the episodic expression towards
Tension headache This headache, once considered essentially psychogenic, is very common since it affects between 30% and 78% of the general population. The diagnosis is made after at least ten episodes of headache: These episodes
This headache (headache), once considered essentially psychogenic, is very common since it affects between 30% and 78% of the general population. The diagnosis is made after at least ten episodes of headache. These episodes last
Mrs. X 40 years old comes in consultation for pain in the buttocks and the posterior part of the thigh (red area), the external genitalia and the vagina (in its 1st third). Ms. X has
M X, 85 years old, is hospitalized in intensive care for acute respiratory distress due to pneumopathy. Faced with the seriousness of the respiratory attack, he was put on respiratory assistance with intubation and sedation.
Mm X, 65, has had pain for 9 years in her left breast, which has been reconstructed, in her back, and on the inside of her left arm. She also describes a heaviness in her
Ms. X, 58, received a breast implant placement for aesthetic purposes a year ago. A few months later, she presents with breast pain, radiating to the back (red zone). Wearing a bra is difficult, contact
M X, 60, was operated on for a lung tumor a year ago. Some time after returning home, Mr X presented with burning chest pains. The contact of the clothes is very unpleasant. Breathing is
Mrs. X, 55, had a Maya prosthesis fitted a year ago for right thumb rhizarthrosis (arthrosis of the thumb base joint). The trapezio-metacarpal prosthesis (Maya). This prosthesis resembles a mini-hip prosthesis, with a metallic spherical
M X, 28, presented 2 years ago with shoulder trauma with severe acromioclavicular dislocation requiring fixation between clavicle and coracoid. Since then, he has had very significant pain in his left shoulder with major
A certain number of patients develop pain in the upper limb following shoulder arthroscopy. This pain appears in the month following the intervention. In general, the surgery is performed through 3 entry points, anterior, lateral
M X, 47, was operated on, apparently a little late, for a herniated L4-L5 lumbar disc responsible for hyperalgesic acute sciatica with motor and sensory deficit (decreased sensitivity and strength on the territory of the
Mm X, 65 years old, was operated on for a hip prosthesis via an anterior approach 9 months ago (an intervention where the incision is made on the anterior aspect of the thigh (green zone),
Mrs. X, 75 years old, complains of thigh pain and feeling of leg slippage. Ms. X was operated on a few years ago for a hip prosthesis on the same leg. She is convinced that
Mrs. X, 70 years old, comes for the consequences of algodystrophy of the knee lasting for 15 months. This algodystrophy or CRPS type 1 appeared following a knee prosthesis. Mrs. X complains of overall knee
Mrs. X, 75 years old, has pain in her right knee following a knee prosthesis 18 months ago. She has pain in support. Limitation of knee flexion, gait instability. She describes an impression of too
M X, 65 years old, was operated on for a bypass of the main artery of the left leg. She was replaced by a prosthesis from the inguinal fold to the back of the knee.
Mr. X, 40, underwent arthroscopic internal meniscectomy surgery knee two years ago. Some time after the operation, M X describes nocturnal impatience of this leg followed by the appearance of burns on the anterior face
M X, 45 years old, victim of a bi-malleolar ankle fracture operated on 14 months ago, has significant residual pain limiting walking and returning to work (the patient is a self-employed physiotherapist). Following his operation,
Mrs. X, 60 years old, comes to the consultation with balance disorders. All the additional examinations carried out are normal. His symptoms appeared following the removal of a patella strapping, placed for a patella fracture
M X, 55 years old, underwent lumbar arthrodesis 5 years ago. For 5 years the patient has continuously suffered from chronic low back pain radiating forward from the root of the right thigh, the right
Mrs. X, 65 years old, comes for consultation because for several years she has had burns on the scalp and face (red zone) associated with excessive sweating of the whole head. This sweating is so
Mrs. X, 60 years old, comes to the doctor for extremely disabling scalp pain. These pains appeared following surgery for a brain tumour. She describes burns, associated with electric shocks of an entire hemi-cranium
Ms. X, 56 years old, had plastic surgery of the face (facelift). In the aftermath of the operation, she presents pain radiating under the left ear and this for 2 years (red zone). Examination of
Mrs. X, 56 years old, underwent plastic surgery of the face (facelift) in order to remove the wrinkles from his face. In the aftermath of the operation, she has had real facial neuralgia for 2
Miss X, 28, had gastric banding several years ago for the treatment of moderate obesity. Given the good results of this therapy, the gastric band was removed three years ago. Subsequently, she presented with digestive
Mrs. X, 55, had abdominal liposuction 1 year ago. A few weeks later Mrs. X begins to be embarrassed by wearing trousers. Wearing the belt (pants) becomes uncomfortable and then intolerable. Mrs. X has since
Mrs. X, 30 years old, was operated by laparoscopy (camera) of a hernia umbilical (navel) a year ago. Some time after the operation, she complained of significant periumbilical pain without respite (red zone). Examination of
Following an appendectomy, M X, 30, describes Burning pain in lower abdomen, testicle, penis and root of thigh. Clinical examination found hypoesthesia of the described area (red area). The appendectomy scar is painful (green area).
Ms. X, 58, received a breast implant placement for aesthetic purposes a year ago. A few months later, she presents with breast pain, radiating to the back (red zone). Wearing a bra is difficult, contact
Mrs. X, 56 years old, benefited from plastic surgery of the face (facelift) in order to remove the wrinkles from her face. Following the operation, she has had pain radiating under her left ear for
Mrs. X 40 years old comes in consultation for pain in the buttocks and the posterior part of the thigh (red area), the external genitalia and the vagina (in its 1st third). Ms. X has
M X, 60, was operated on for a lung tumor a year ago. Some time after returning home, Mr X presented with burning chest pains. The contact of the clothes is very unpleasant. Breathing is
Mrs. X, 55, had a Maya prosthesis fitted a year ago for right thumb rhizarthrosis (arthrosis of the thumb base joint). The trapezio-metacarpal prosthesis (Maya). This prosthesis resembles a mini-hip prosthesis, with a metallic spherical
M X, 47, was operated on, apparently a little late, for a herniated L4-L5 lumbar disc responsible for hyperalgesic acute sciatica with motor and sensory deficit (decreased sensitivity and strength on the territory of the
Mrs. X, 75 years old, is full of pain in her thigh and feeling of giving way in her leg. Ms. X was operated on a few years ago for a hip prosthesis on the
Mrs. X, 75, presents with pain in her right knee following a knee prosthesis fitted 18 months ago. She has pain in support. Limitation of knee flexion, gait instability. She describes an impression of too
M X, 40, underwent internal meniscectomy surgery by knee arthroscopy two years ago. Some time after the operation, M X describes nocturnal impatience of this leg followed by the appearance of burns on the
La señora X, de 60 años, acude a consulta con trastornos del equilibrio. Todos los exámenes adicionales realizados son normales. Sus síntomas aparecieron después de la extracción de un fleje de rótula, colocado por una
Mr X, 69 years old, has been suffering from hyperalgesic sciatica for 6 months. The various examinations carried out are not conclusive: the MRI does not find any clear signs of compression at the level
M X, 55 years old, underwent lumbar arthrodesis 5 years ago. For 5 years the patient has continuously suffered from chronic low back pain radiating forward from the root of the right thigh, the right
CRPS type 1 of the head Mm X, 65 years old, comes for consultation because for several years she has had burns on the scalp and face (red zone) associated with excessive sweating of the
Mrs. X, 60 years old, comes to the doctor for extremely disabling scalp pain. These pains appeared following surgery for a brain tumour. She describes burns, associated with electric shocks of an entire hemi-cranium
Mrs. X, 56 years old, underwent plastic surgery of the face (facelift) in order to remove the wrinkles from his face. In the aftermath of the operation, she has had real facial neuralgia for 2
Mrs. X, 55, had abdominal liposuction 1 year ago. A few weeks later Mrs. X begins to be embarrassed by wearing trousers. Wearing the belt (pants) becomes uncomfortable and then intolerable. Mrs. X has
Mrs. X, 30 years old, was operated by laparoscopy (camera) of a hernia umbilical (navel) a year ago. Some time after the operation, she complained of significant periumbilical pain without respite (red zone). Examination of
Following an appendectomy, M X, 30, describes Burning pain in lower abdomen, testicle, penis and root of thigh. Clinical examination found hypoesthesia of the described area (red area). The appendectomy scar is painful (green area).