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Synaptic Aspects of Hypogravity Motor Syndrome
Khairullin A., Eremeev A., Grishin S.
of hypogravity on neuromuscular system function. It is known that exposure to microgravity causes a series
Possible Mechanisms of Axonal Transport Disturbances in Mouse Spinal Motoneurons Induced by Hypogravity
Kuznetsov M.S., Valiullin V.V., Lisyukov A.N., Koshpaeva E.S., Saitov V.R., Razvina O.S., Hayatsu M., Ushiki T., Islamov R.R.
at elucidation of the regularities in hypogravity-induced transcriptome changes in various compartments of motor
Studies of the expression of subunits α2 and β1 of Na+/K+-ATPase, α1S (L-type) Ca2+-channel, and SERCA 1/2/3 of Ca2+-ATPase of phasic and postural rat muscles in a model of hypogravity using the method of fluorescent microscopy
Nurullin L., Tyapkina O., Volkov E.
postural muscle under the conditions of modeled hypogravity. In the phasic muscle, we observed decreased
Studies of the expression of subunits α2 and β1 of Na+/K+-ATPase, α1S (L-type) Ca2+-channel, and SERCA 1/2/3 of Ca2+-ATPase of phasic and postural rat muscles in a model of hypogravity using the method of fluorescent microscopy
Nurullin L., Tyapkina O., Volkov E.
postural muscle under the conditions of modeled hypogravity. In the phasic muscle, we observed decreased
THE POSTSYNAPTIC ACETYLCHOLINE RECEPTOR ORGANIZATION AND ACETYLCHOLINESTERASE ACTIVITY IN NEUROMUSCULAR SYNAPSES OF RAT "FAST" AND "SLOW" MUSCLES UNDER HYPOGRAVITY
Volkov Evgeny Mickaelovich, Nurullin Leniz Faritovich
IN NEUROMUSCULAR SYNAPSES OF RAT "FAST" AND "SLOW" MUSCLES UNDER HYPOGRAVITY
The functional state of the neuromotor system during hypogravity in a rat. Support load effects
Fedianin A.O., Baltina T.V., Eremeev A.A.
not long-term) simulated hypogravity prevents alteration in the central and peripheral parts
Mechanisms of spinal motoneurons survival in rats under simulated hypogravity on earth
Islamov R., Mishagina E., Tyapkina O., Shajmardanova G., Eremeev A., Kozlovskaya I., Nikolskij E., Grigorjev A.
weightlessness conditions in space as well as in simulated hypogravity on the Earth. We assessed survivability
Axial Load during the Performance of Locomotor Training in Microgravity as a Factor of Hypogravity Countermeasure Efficiency
Fomina E.V., Lysova N.Y., Savinkina A.O.
Axial Load during the Performance of Locomotor Training in Microgravity as a Factor of Hypogravity
Mechanisms of spinal motoneurons survival in rats under simulated hypogravity on earth
Islamov R., Mishagina E., Tyapkina O., Shajmardanova G., Eremeev A., Kozlovskaya I., Nikolskij E., Grigorjev A.
weightlessness conditions in space as well as in simulated hypogravity on the Earth. We assessed survivability
Morphological changes in myelinated fibers of the spinal cord and the sciatic nerve in mice after modeling of the hypogravity and the approach of their correction by preventive gene therapy
Lisyukov A.N., Kuznetsov M.S., Saitov V.R., Salnikova M.M., Bikmullina I.A., Koshpaeva E.S., Tyapkina O.V., Valiullin V.V., Islamov R.R.
). In the present study, under conditions of hypogravity modeling by the hindlimb unloading, we obtained data

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