[Effect of ionospheric parameters on the respiratory and cardiac system, function of the brain and higher nervous system activity in healthy people]. / Vozdeistvie ionosfernykh parametrov na dykhatel'nuiu i serdechnuiu sistemy, funktsii golovnogo mozga i vysshuiu nervnuiu deiatel'nost' zdorovykh liudei.

Effects of complex ionospheric parameters on the parameters of 4 systems of healthy people: respiration and cardiological systems, functions of brain and central neural activity, were studied. Results indicating the presence of highly significant multiple correlations of these biosystems with the complex of ionospheric parameters were received.

[The characteristics of the biochemical reactions of the cerebrospinal fluid in victims with gunshot wounds of the skull and brain in relation to treatment outcome]. / Osobennosti biokhimicheskikh reaktsii tserebrospinal'noi zhidkosti u postradavshikh s ognestrel'nymi raneniiami cherepa i golovnogo mozga v zavisimosti ot iskhoda lecheniia.

Biochemical reactions of the liquor were investigated in 68 patients with gunshot wounds of the skull and brain and in closed treatment of the brain wound. The reactivity of biochemical system plays a certain role in the development of infectious complications. In dead people the developing pathogenetical biochemical syndromes having a sanogenic role of clearance from antigens of the injured tissues turn pathogenesis into thanatogenesis.

[Local immune reactions of the cerebrospinal fluid in meningeal brain tumors]. / Mestnye immunnye reaktsii tserebrospinal'noi zhidkosti pri opukholiakh golovnogo mozga meningeal'nogo riada.

The paper analyzes the time course of immune processes in the cerebrospinal fluid of patients with primary meningeal tumors of the brain. It shows the formation of an immunobiochemical neoplastic process of varying degrees in relation to the magnitude of tumor malignancy. The paper also considers if the local immune system can trigger sanogenetic mechanisms in the postoperative period.

[The individual immunotherapy of the intracranial complications after neurosurgical operations]. / Individual'naia immunoterapiia vnutricherepnykh oslozhnenii posle neirokhirurgicheskikh operatsii.

A system of individual immunotherapy is proposed which is based on the selection of an immunomodulator maximally suitable for the patients' immune system which is the therapeutic measure directed to the stimulation of forming the functional adaptive CNS dominant adequate to the pathological focus--the main component of sanogenesis in neuroanimatologic patients representing a complex of psychoneuroimmunoendocrine connections of the organism. As a result of immunotherapy the adequate adaptive CNS dominant makes concrete effector adaptive functional systems, determines the rate and sequence of the course of the adaptive reactions.

[A system of individual immunotherapy for intracranial complications and the local immune reactions of the cerebrospinal fluid]. / Sistema individual'noi immunoterapii vnutricherepnykh oslozhnenii i mestnye immunnye reaktsii tserebrospinal'noi zhidkosti.

The influence of the individual immunotherapy with the selection of the immunomodulator upon the level of lymphocyte functional activity on sanogenetic mechanisms of local immune system of the cerebrospinal liquid was investigated. It is shown, that sanogenetic potential of the CSF local immune system is mediated by the presence of sufficient adaptive resources, maintaining protective immunobiochemical processes in the active state for the whole period of adaptation to injury. Individual immunotherapy promotes optimization of the sanogenetic mechanisms in the cerebral local immunity system on postoperative period in complicated craniocerebral injury.

[Immunological reactivity and nonspecific resistance in the early posttraumatic period in victims with closed craniocerebral trauma]. / Sostoianie immunologicheskoi reaktivnosti i nespetsificheskoi rezistentnosti v rannem posttravmaticheskom periode u postradavshikh s zakrytoi cherepno-mozgovoi travmoi.

The data of clinical neuroimmunology permit to separate some immunological syndromes in the course and in the outcome of the injured brain disease. In cerebral concussion these are to be a stressing immune deficiency and reversible neurosensibilization; lightly grave contusions is followed by the syndrome of immunobarrier function disturbance; in moderately grave or grave contusions--border-line immunodysfunction; the dead showed unfolding of the neurogenic immunodysfunction syndrome, worsened by immunologic paralysis.

[Changes in the immunobiochemical composition of the cerebrospinal fluid and the antitumor reactions of the local immune system in astrocytic brain tumors]. / Izmeneniia immunobiokhimicheskogo sostava tserebrospinal'noi zhidkosti i protivoopukholevye reaktsii mestnoi immunnoi sistemy pri opukholiakh golovnogo mozga astrotsitarnogo riada.

Pre- and postoperative immunochemical indices of cerebrospinal fluid (CSF) were investigated in 10 patients with fibrillary-protoplasmic astrocytoma and 10 patients with glioblastoma multiforme. Malignant neoplastic developments in the brain are associated with appearance of marked humoral reaction. Tumor-specific CSF changes observed comprise registration of ceruloplasmin immunomodulating proteins and alpha 2-macroglobulin. It is emphasized that biochemical antioxidant, antiprotease, energy-supplying systems are related directly to humoral immune reactions in the process of relevant postoperative rehabilitation.