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Your search keyword '"Mokhtari S"' showing total 27 results
Start Over Author "Mokhtari S" Journal journal de radiologie
27 results on '"Mokhtari S"'

7. La spasticite : de la clinique a l’imagerie

Author

Mokhtari, S., primary, Thiebaut, J.B., additional, Hugeron, C., additional, Roffi, F., additional, Ezra, J., additional, Eichwald, F., additional, Le Breton, C., additional, Safa, D., additional, Mompoint, D., additional, Vallée, C., additional, and Carlier, R., additional

Published
2009
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14. OA-WS-3 Imagerie des raideurs du coude

Author

Roffi, F., primary, Mokhtari, S., additional, Kocheida, E.M., additional, Le Breton, C., additional, Safa, D., additional, Monpoint, D., additional, Carlier, R., additional, Piriou, P., additional, and Vallée, C., additional

Published
2008
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24. [Spasticity: clinical and imaging features].

Author

Mokhtari S, Hugeron C, Roffi F, Thibaut JB, Le Breton C, Mompoint D, Vallée C, and Carlier RY

Subjects
Humans, Magnetic Resonance Imaging, Muscle Spasticity diagnostic imaging, Radiography, Muscle Spasticity diagnosis
Abstract

Spasticity, a component of the pyramidal syndrome, characterized by increased tonic stretch reflexes and hyperactive deep tendon reflexes, occurs in patients with central nervous system lesions (stroke, brain or cord injury, multiple sclerosis, cerebral motor impairment). The implementation of standard procedures (patient positioning, increased examination time, turning off certain devices before MR imaging) allows the acquisition of high quality examinations in spastic patients. Worsening spasticity in a handicaped patients is due to an irritative process (deep seated infection, fracture, syrinx...) usually detectable with imaging. Ultrasound or CT guided injections of botulinum agents provides radiologists with the opportunity to further participate in the management of spastic patients.

Published
2010
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25. [Imaging features of neurologic and orthopedic complications from severe trauma].

Author

Ezra J, Roffi F, Eichwald F, Colas F, Mokhtari S, Le Breton C, Safa D, Genet F, Mompoint D, Vallée C, and Carlier RY

Subjects
Adult, Bone Diseases etiology, Diagnostic Imaging, Humans, Injury Severity Score, Male, Nervous System Diseases etiology, Multiple Trauma complications, Myositis Ossificans diagnosis, Myositis Ossificans etiology
Abstract

Cranial and spinal trauma are a frequent cause of disability in the general population. Post-traumatic paraplegia or quadriplegia or hemiplegia from vascular injury (CVA) can lead to early complications (respiratory, cardiovascular, urinary, cutaneous, infectious...) that may have an impact on the immediate prognosis. Neurologic and orthopedic complications occur later and further impair the quality of life of patients. Orthopedic complications include: neurogenic paraosteoarthropathy (NPOA) or neurogenic osteoma or myositis ossificans (NMO). The nomenclature currently in use is NMO; Osseous complications: osteoporosis and secondary insufficiency fractures; Joint complications: degenerative arthropathy and stiffness; Overuse mechanical complications; Muscular complications; Infectious complications: arthritis and myositis complicating skin ulcers and bed sores. The purpose of this paper is to describe these neuro-orthopedic complications and review their imaging features.

Published
2010
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26. [Imaging features of post-traumatic spine and cord lesions].

Author

Roffi F, Rech C, Ezra J, Le Breton C, Mokhtari S, Jarraya M, Eichwald F, Safa D, Vallee C, and Carlier RY

Subjects
Aged, Female, Humans, Magnetic Resonance Imaging, Radiography, Spinal Cord Injuries diagnostic imaging, Spinal Injuries diagnostic imaging, Spinal Cord Injuries complications, Spinal Cord Injuries diagnosis, Spinal Injuries complications, Spinal Injuries diagnosis
Abstract

The imaging evaluation of post-traumatic spine and cord injuries is part of the global management of chronically handicapped patients. Diagnosis and follow-up MR imaging of cord lesions allows differentiation of static lesions from progressive lesions that could require surgical intervention. Follow-up CT imaging is helpful in the evaluation of spine lesions to distinguish between late complications (deformity, malunion, pseudoarthrosis, complications related to surgical hardware) and lesions secondary to the handicap (neurogenic spinal arthropathy).

Published
2010
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27. [Scoliosis, Chiari I and syringomyelia: a triad to never forget].

Author

Roffi F, Carlier R, Mokhtari S, Mompoint D, Safa D, Glorion C, Roujeau T, Le Breton C, and Vallée C

Subjects
Child, Decompression, Surgical, Female, Humans, Magnetic Resonance Imaging, Radiography, Scoliosis diagnosis, Scoliosis diagnostic imaging, Syringomyelia surgery, Arnold-Chiari Malformation complications, Scoliosis complications, Syringomyelia complications
Published
2010
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