[Chrono-ecological analysis of population health and ways of its recreation]. / Khronoékologicheskii analiz sostoianiia zdorov'ia naseleniia i sposoby ego rekreatsii.

Reported are results of multiyear observation of the structure of individual and population health in Vladikavkaz, and the authors' concept of health recovery and protection through application of modern high technologies of active chronoadaptation to extreme living conditions. The proposed methods of active chronoadapation, i.e. phytocorrection and phytopro-phylaxis, reflexocorrection, bioradiological correction, bioresonance chronolasercorrection can be also of interest for aerospace medicine.

[Study of vestibular disorders in epileptics by means of electronystagmography and functional visual and vestibular loads]. / Issledovanie vestibuliarnykh narushenii u bol'nykh visochnoi épilepsiei s primeneniem élektronistagmografii i funktsion al'nykh zritel'nykh i vestibuliarnykh nagruzok.

Twenty-two patients with temporal epilepsy (TE) in the interparoxysmal period were subjected to otoneurological examination. In the majority of cases, there were vestibular disorders of the irritative nature and disturbances of otokinetic nystagmus. The data obtained, along with specification of the localization of the epileptic focus, confirm the involvement of the brain on different levels--cortical-subcortical-truncal--in TE patients with polymorphic seizures.

[Effect of sleep deprivation on visual evoked potentials and brain stem auditory evoked potentials in epileptics]. / Vliianie deprivatsii sna na zritel'nye vyzvannye potentsialy i vyzvannye slukhovye stvolovye potentsialy u bol'nykh épilepsiei.

The article reports on the first study of the evoked activity of the brain in epileptic patients (n = 20) following sleep deprivation. An analysis of the data obtained has revealed a tendency to the shortening of the peak latent intervals of visual evoked potentials in the range of 100-200 mu sec and the V component and the interpeak interval III-V of evoked auditory trunk potentials in patients with temporal epilepsy. The phenomenon may indicate the elimination of stabilizing control involving the specific conductive pathways and, possibly, an accelerated conduction of a specific sensor signal.