Differences in functional organization of the visual center in frogs and cats L. I. MkrtychevaV. G. Samsonova OriginalPaper Pages: 3 - 7
Corticalization of two divisions of the visual system during vertebrate evolution A. I. KaramyanT. M. Zagorul'koA. A. Kosareva OriginalPaper Pages: 8 - 15
Physiological mechanisms of color constancy E. M. MaksimovaA. M. DimentmanO. Yu. Orlov OriginalPaper Pages: 16 - 20
Types of receptive fields of the lateral geniculate body and their functional model K. N. DudkinV. D. GlezerV. E. Gauzel'man OriginalPaper Pages: 21 - 26
Image description at the lateral geniculate body level N. F. PodviginA. M. KupermanI. V. Chueva OriginalPaper Pages: 27 - 31
Statistical characteristics of spontaneous and evoked unit activity in the cat superior colliculus J. SkyaI. Popelar OriginalPaper Pages: 32 - 36
Cholinergic mechanisms of interneuronal transmission in the retina P. Dettmar OriginalPaper Pages: 37 - 42
Effect of acetylcholine on membrane potential of the horizontal cells of the goldfish retina and the electroretinogram of the frog P. P. ZakT. V. Lelekova OriginalPaper Pages: 43 - 46
Morphological types of bipolar cells identified by regular grids of their axonal expansions in the inner plexiform layer of the herring retina T. A. Podugol'nikovaV. V. Maksimov OriginalPaper Pages: 47 - 51
Microscopic investigation of the comparative morphology of the retina E. G. Shkol'nik-YarrosT. A. Podugol'nikovaA. P. Dyubina OriginalPaper Pages: 52 - 58
Nonsynaptic membrane of retinal horizontal cells as a slow potential amplifier A. L. ByzovYu. A. TrifonovL. M. Chailakhyan OriginalPaper Pages: 59 - 67
Responses of retinal rods of the frog to light V. I. Gusel'nikovA. S. SidorovV. L. Suponitskii OriginalPaper Pages: 68 - 75
Effect of stimulus strength on amplitude of components of the human somatosensory cortical evoked response M. S. ZalkindA. V. Naidel'É. I. Koz'myan Brief Communications Pages: 76 - 78
Effect of temperature change on evoked potentials of the fish olfactory bulb G. I. FlerovaP. A. Gdovskii Brief Communications Pages: 79 - 81
Visual cortical unit activity during feeding and avoidance behavior N. A. ShvyrkovaV. B. Shvyrkov Brief Communications Pages: 82 - 83