The Nobel Institute for Neurophysiology
Curriculum Vitæ for
Academic history
Graduated: Faculty of Biology, Moscow State University , Moscow , Russia (1987)
PhD Dissertation (in neurophysiology): Moscow State University (1991)
Professional Experience:
1. Junior Scientist at Pathomorphology Laboratory of the Drug Toxicology Department, National Scientific Center of Biologically Active Compound Safety, Staraya Kupavna, Moscow Region, Russia (1991).
2. Senior Scientist at Cardiopharmacology Laboratory of the Pharmacology Department at the same Scientific Center (1992-2001).
3. Leading Engineer of Analytical Laboratory Quality Control Department, Joint-Stock Company “Chemical Pharmaceutical Plant “AKRICHIN”, Russia (2001-2002).
4. Quality Assurance Expert in Quality Control Department, Joint-Stock Company “Gedeon Richter- RUS”, Russia (2002-2003).
5. Visiting Scientist at Department of Neuroscience, Karolinska Institutet, Stockholm , Sweden (2003-present).
Research experience:
1. Electrophysiological recording of single neurons and multineuronal (2-3 unit separately) activity in sensorymotor cortex of immobilized rats.
2. Intracortical microstimulation, microiontophoretic applications of neurotransmitters.
3. Methods of chronic implantation of EMG electrodes in different muscles of rabbit´s limbs.
4. Method of chronic implantation of stimulating electrodes in rabbit spinal cord.
5. Lateral, dorsal, or ventral hemisections of the spinal cord in chronic experiment for investigation of rabbit postural control.
6. Routine histological investigation of biological structures.
7. Methods of experimental surgery (rabbits, rats, mice) including heart operations.
8. Investigation of the anti-ischemic activity for chemical compounds by the method of ischemia and myocardial infarction artificial model in rats and dogs.
LIST OF PUBLICATIONS
Original papers in international refereed journals.
1. Lyalka,V.F., Myasnikov,A.A., Khludova,G.G., Gusev,P.A. (1989) Changes in the ultrastucture of cortical neurons under the effect of associated neurochemical stimuli. Neurophysiol. Engl. Tr.,21, 270.
2. Lyalka,V.F., Kotlyar,B.I., Myasnikov,A.A., Khludova,G.G., Gusev,P.A. (1990) Temporal specificity in the action of stimuli during the formation of associative ultrastructural reorganization in neurons of the cerebral cortex. Neuroscience and Behavioral Physiology, 20, 289-297.
3. Lyalka,V.F., Kotlyar,B.I., Myasnikov,A.A., Khludova,G.G., Gusev,P.A. (1991) A microsystem of cortical neurons as a prospective element of the neurocomputer. Neurocomputers and attention. Vol.1: Neurobiology Synchronization and Chaos. Manchester University Press, p.33-43.
4. Lyalka,V.F., Khludova,G.G., Myasnikov,A.A., Gusev,P.A. (1992) Role of the time interval in the effect of neurochemical signals in the changes in the ultrastructure of cortical synapses. Neuroscience and Behavioral Physiology, 22, 471-473.
5. Lyalka,V.F., Khludova,G.G., Myasnikov,A.A. (1992) Dependence of the ultrastructural changes in cortical synapses on the time interval between associated neurochemical signals. Neuroscience and Behavioral Physiology, 22, 473-475.
Original papers in Russian scientific journals.
6. Lyalka,V.F., Kotlyar,B.I., Myasnikov,A.A., Khludova,G.G., Gusev,P.A. (1989) Temporal specificity in the action of stimuli during the formation of associative ultrastructural reorganization in neurons of the cerebral cortex. Zh.Vyssh.Nervn.Deyat. im.I.P.Pavlova, 39, 704-713.
7. Lyalka,V.F., Kotlyar,B.I., Myasnikov,A.A., Khludova,G.G., Gusev,P.A. (1990) The structural plasticity of synapses of the cortical neurons in a model situation of the associative learning. In: Ultrastructure and Plasticity of the Neurons, Pushino, p.15-27.
8. Lyalka,V.F., Kotlyar,B.I., Myasnikov,A.A., Khludova,G.G., Gusev,P.A. (1991) ) Role of the time interval in the effect of neurochemical signals in the changes in the ultrastructure of cortical synapses. Zh.Vyssh.Nervn.Deyat. im.I.P.Pavlova, 41, 836-838.
9. Lyalka,V.F., Khludova,G.G., Myasnikov,A.A. (1991) Dependence of the ultrastructural changes in cortical synapses on the time interval between associated neurochemical signals. Zh.Vyssh.Nervn.Deyat. im.I.P.Pavlova, 41, 839-841.
Abstracts
1. V.Lyalka, P.Zelenin, G.Orlovsky, L.Popova, T.Deliagina.(2004) Impairment and recovery of postural control in rabbits with hemisection of the spinal cord. Program No. 654.3. Abstract Viewer/Itinerary Planner. Washington , DC : Society for Neuroscience.
2. Orlovsky, G., Zelenin, P., Lyalka, V., Deliagina, T. (2004) Functional organization of postural system in the rabbit and its impairment by a hemisection of the spinal cord. Christopher Reeve Paralysis Foundation. Spinal Cord Symposium, Oak Brook Hills , IL , p.64
3. Lyalka,V.F., Myasnikov,A.A., Khludova,G.G., Gusev,P.A. (1991) The significance of interstimulus time interval for effective interaction of stimuli in small groups of sensorymotor cortical neurons in rats. Abstracts of Third IBRO World Congress of Neuroscience, Montreal , Canada , p.300.
4. Lyalka,V.F., Gusev,P.A. (1988) The investigations of effective interaction between associated stimuli in cerebral cortex. Trud XIX konf.molodych uchenych MGU. Depon.v VINITI N6712-B88, p.49-53.
5. Lyalka,V.F (1989) The morphophysiological investigations of associative learning of cell analogue on cortical neurons. Trud XX konf.molodych uchenych MGU. Depon.v VINITI N642-B90, p.7-113.
6. Lyalka,V.F., Kotlyar,B.I., Myasnikov,A.A., Khludova,G.G., Gusev,P.A. (1989) Temporal relations in stimuli action during formation associative reorganization in the microsystem of cortical neurons. Abstracts of IX All-Union Conference from Neurocybernetics, Rostov- na – Donu, p.29.
7. Lyalka,V.F., Gusev,P.A. (1989) Ultrastructural plasticity of synapses of the cortical neurons under the effect of associated stimuli. Abstracts XXVIII Conference in Problem of Higher Nervous Activity, Leningrad , p.39.
8. Lyalka,V.F., Khludova,G.G., Myasnikov,A.A., Gusev,P.A. (1991) The significance of interstimulus time interval for the ultrastructural modification of cortical synapses. Abstracts All-Union Symposium “Neurophysiological Mechanisms of Learning”, Kiev , p.34-35.
9. Lyalka,V.F (1992) The ultrastructural changes in cortical synapses under the effect of associated neurochemical stimuli (glutamate, acetylcholine, norepinephrine). Tezisy docladov konf. molodych uchenych VNC BAV, Kupavna, p.19
Last modified: 2009-06-02