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Uspekhi Fiziologicheskikh Nauk|December 9, 2003
[Functional organization of a photoperiodic brain system]I I Zamorskiĭ, V P PishakBiofizika|March 4, 2015
[Main mechanisms of rhabdomyolysis-caused kidney injury and their correction by organospecific peptides]I I Zamorskiĭ, T S ShchudrovaRossiiskii Fiziologicheskii Zhurnal Imeni I.M. Sechenova|June 17, 2011
[Effect of acute hypoxia on the intensity of free radical processes in the basal nuclei of the brain, and the rat behaviour in the open field test under conditions of altered photoperiod]I Iu Sopova, I I ZamorskiĭBiofizika|November 10, 2012
[Motility of rats exposed to an altered photoperiod in the open field test]I Iu Sopova, I I ZamorskiĭVoprosy Meditsinskoi Khimii|May 10, 2000
[The role on non-adrenergic regulation in the reaction of the rat pineal body to acute hypoxia and epithalamine administration]I I Zamorskiĭ, V P PishakBiofizika|March 4, 2015
[Renoprotective effects of statins under the conditions of acute renal failure, caused by rhabdomyolysis]I I Zamorskiĭ, V G ZeleniukUspekhi Fiziologicheskikh Nauk|July 11, 1998
[The lateral septal nucleus: its morphological and functional organization and its role in the formation of chronorhythms]I I Zamorskiĭ, V F Myslitskiĭ, V P PishakPageof 1