Yuri Danilov

- Sensory substitution, electrotactile biofeedback, vestibular rehabilitation, posture balance and motor control, late brain plasticity
- Neurophysiological bases of the central visual deficits during aging in rhesus monkey
- Functional role of feedback connections in visual system
- Neurophysiological properties of neurons in the area 17 and 18 of intact cat, after lesion or reversible blockade of area PMLS in cats
- Functional plasticity and recovery functions of the visual cortex
- Orientation and direction properties of neurons in the PMLS area of intact cat, after lesion of areas 17 and 18 in adults and newborn cats
- Basic neurophysiological mechanisms of the visual attention
- Neural network modeling; Computer simulations of receptive field properties as result of neuronal network organization on the first stages of visual system
- Multi parametric receptive field properties in area V1 of the rhesus monkey
- Plasticity of receptive field properties in the lateral geniculate body, superior colliculus, primary visual cortex and extrastriate cortex
- Fine spatio - temporal substructure in visual receptive field organization in LGN, striate cortex, and PM
- LS in cat and V1 area in rhesus monkey
- Visual constancy and the role of areas 21, 7 and Clair-Bishop (PMLS) in the cat; Functional organization of the feedback pathways in the visual system: from striate cortex to LGN and from PMLS to area 17 in cat
- Sensorimotor coordination and sources of visual input to sensorimotor cortex in the cat
- Visual control of the motion.
- Instantaneous heart rate and blood pressure control as indicators the physiological condition and anaesthesiological status of animals during neurophysiological experiment