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2.
Article in Russian | MEDLINE | ID: mdl-1665646

ABSTRACT

Overall 136 patients with cerebral tumors, sequels of craniocerebral injury and brain strokes with motor disorders of varying intensity were examined. Factors of the peptide nature, provoking postural asymmetry of the homolateral hind limb in an experimental animal were detected in the blood and CSF of the overwhelming majority of the patients. Provided the compensatory process runs a favorable course (recovery of motor functions), the neuropeptide factors are inactivated with inactivating substances. The data obtained attest to the advisability of further studies into the activity and nature of the factors of postural asymmetry in patients with cerebral motor disorders with a purpose of elaborating new methods of treatment and rehabilitation.


Subject(s)
Brain Injuries/complications , Brain Neoplasms/complications , Brain/physiopathology , Cerebral Infarction/complications , Hemiplegia/etiology , Leg/innervation , Muscle Hypotonia/etiology , Muscles/innervation , Oligopeptides/physiology , Adolescent , Adult , Aged , Animals , Brain Injuries/physiopathology , Brain Neoplasms/physiopathology , Cerebral Infarction/physiopathology , Disease Models, Animal , Hindlimb/innervation , Humans , Middle Aged , Muscles/physiopathology , Rats
3.
Biull Eksp Biol Med ; 107(3): 268-71, 1989 Mar.
Article in Russian | MEDLINE | ID: mdl-2713460

ABSTRACT

The chemical factors of the postural asymmetry (FPA) were studied on the recipients without hemispheres. The structural specificity of the fore and hind limb spinal centers regulation in normal and damaged CNS was observed. In the normal CNS this structural specificity was displayed in the selective activation of the cross-situated hemicenters in the cervical and lumbal regions (for example in the left part of the cervical and in the right part of the lumbal region). In the case of the unilateral lesion of the central motor systems the normal pattern of chemical structural specificity was modified by activation of FPA selectively acting on the partly denervated regions of the spinal cord.


Subject(s)
Cerebrospinal Fluid Proteins/pharmacology , Muscle Tonus/drug effects , Peptides/pharmacology , Spinal Cord/physiology , Animals , Arginine Vasopressin/pharmacology , Cerebrospinal Fluid Proteins/isolation & purification , Decerebrate State/physiopathology , Forelimb/physiology , Functional Laterality/physiology , Hemiplegia/cerebrospinal fluid , Hindlimb/physiology , Humans , Male , Organ Specificity , Peptides/isolation & purification , Posture , Rats
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