[Synthesis and localization of L-lactate oxidase in yeasts].

Conditions for L-lactate oxidase synthesis by the yeast Yarrowia lpolytica were investigated. The enzyme was found to be synthesized during growth on L-lactate in the exponential growth phase. L-lactate oxidase synthesis was observed, also on glucose after adaptation to stress conditions (oxidative or thermal stress) r during the stationary growth phase after glucose consumption.

[Chronic recording of scapular movements in quadruped animal (dog)].

The simple and relatively non-traumatic method of attaching the sensor to the scapular for chronic recording the scapula movements with magnetic tracking device is presented. During experiment the sensor fixed to the skin with the nylon thread passing through the m. deltoideus in the middle part of the scapula.

[The role of neurobioregulation in the combined treatment of subjective tympanophonia and dizziness].

The objective of the present study was to evaluate the effectiveness of the biological control technologies applied in the framework of the combined treatment of the patients complaining of subjective tympanophonia and dizziness with concomitant changes in the psychoemotional status. It was shown that the disturbances in the psychoemotional sphere associated with complaints of subjective tympanophonia and dizziness took place in 81.4% of the patients included in the study although 17.

[Rehabilitation of post stroke patients using a bioengineering system "brain-computer interface + exoskeleton"].

Objective. To investigate the possibility of using a bioengineering system, which includes an electroencephalograph and a personal computer with a software for synchronous data transmission, recognition and classification of EEG signals, development of directions for intended actions in real time in the combination with the hand exoskeleton (the bioengineering system "brain-computer interface + exoskeleton"), in motor rehabilitation of post stroke patients with paresis of the upper extremity. Material and methods.

[Principles of neurorehabilitation based on brain-computer interface and biologically plausible control of the exoskeleton].

The paper examines neurophysiological basis for development and performance of brain-computer interface (BCI) that permits cerebral activity alone to control computers or other external technical devices. BCI based on the discrimination of EEG patterns related to an imagery of extremity movements is considered. The problem of BCI application to restoring of motor functions in patients with motor disabilities is discussed.