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• W2029144440 abstract "Cats were trained pre- and/or postoperatively on flux and pattern discriminations, and were examined in a series of visuomotor tests which measured attention and orientation to, and following and localization of stationary and moving stimuli, in a free situation and in a perimetry test. Cortical lesions were placed in areas 17 and 18, or in the middle and posterior suprasylvian gyri and sulci--areas 19, 20, 21, 7 and lateral suprasylvian cortex (LSA), as delineated by cyto- and myeloarchitecture, and by electrophysiological mapping. After removal of all of area 17 and up to 90-95% of 18, postoperative learning of flux and pattern discriminations is at a high level, although in some cases slowed. Visuomotor behavior is normal. Such lesions result in severe atrophy only of laminae A, A1 and C in the lateral geniculate nuclear complex (LGNd). The neuronal systems for perceiving and discriminating simple, large planimetric patterns and forms, and for mediating visually guided behavior characteristic of this species lie outside of areas 17-18. The cortices primarily responsible for form discrimination in the cat include those in the suprasylvian gyri and sulci. After lesions which removed areas 19, 20, 21 and LSA, sparing most of 17-18, form discriminations based on orientation or shape were prolonged or absent. Although these animals showed slow tracking and poor depth judgment, the visual fields were full and they had good sensory and perceptive capacity as seen in normal flux and near normal pattern (gratings) discrimination. Such lesions result in severe atrophy in lateral and inferior pulvinar complex. Although these nuclei receive visual input primarily from the superficial laminae of the superior colliculus and certain nuclei of the pretectum, both areas 19 and LSA receive a dual input from pulvinar and parts of LGNd. Whether these marked deficits in form discrimination after suprasylvian lesions are due to involvement of certain crucial areas of this extensive cortex, or whether all are involved in some integrated fashion, is not yet completely clear. Removal of 19, 21 and parts of LSA are followed by similar (but somewhat less marked) deficits of both retention and learning. Lesion in area 20 alone (cortical target of the lateral pulvinar) leaves retention of preoperatively learned discriminations intact but results in prolonged initial learning. Previous work by the present authors has shown similar deficits in form discrimination in the cat after lesions in the pretectum-superior colliculus. These data, together with the present findings appear to support the hypothesis that the midbrain-pulvinar-cortical pathways provide the first stage in simple, coarse form perception and discrimination in this species." @default.
• W2029144440 created "2016-06-24" @default.
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• W2029144440 date "1977-04-01" @default.
• W2029144440 modified "2023-09-27" @default.
• W2029144440 title "Visual cortical areas mediating form discrimination in the cat" @default.
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• W2029144440 cites W1973687613 @default.
• W2029144440 cites W1974350891 @default.
• W2029144440 cites W1976654026 @default.
• W2029144440 cites W1981582001 @default.
• W2029144440 cites W1982706324 @default.
• W2029144440 cites W1983158081 @default.
• W2029144440 cites W1983311285 @default.
• W2029144440 cites W1984475058 @default.
• W2029144440 cites W1985683845 @default.
• W2029144440 cites W1987968483 @default.
• W2029144440 cites W1988497302 @default.
• W2029144440 cites W1991232523 @default.
• W2029144440 cites W1991876611 @default.
• W2029144440 cites W1992067617 @default.
• W2029144440 cites W2000542035 @default.
• W2029144440 cites W2002496833 @default.
• W2029144440 cites W2003408214 @default.
• W2029144440 cites W2008084212 @default.
• W2029144440 cites W2011295603 @default.
• W2029144440 cites W2019650238 @default.
• W2029144440 cites W2021705823 @default.
• W2029144440 cites W2021753435 @default.
• W2029144440 cites W2022695670 @default.
• W2029144440 cites W2022873535 @default.
• W2029144440 cites W2025462245 @default.
• W2029144440 cites W2027675947 @default.
• W2029144440 cites W2028278372 @default.
• W2029144440 cites W2030273616 @default.
• W2029144440 cites W2032534573 @default.
• W2029144440 cites W2033665652 @default.
• W2029144440 cites W2036646187 @default.
• W2029144440 cites W2038260417 @default.
• W2029144440 cites W2039061832 @default.
• W2029144440 cites W2045084238 @default.
• W2029144440 cites W2047236347 @default.
• W2029144440 cites W2047622653 @default.
• W2029144440 cites W2050948074 @default.
• W2029144440 cites W2052470817 @default.
• W2029144440 cites W2060146010 @default.
• W2029144440 cites W2069398817 @default.
• W2029144440 cites W2070389501 @default.
• W2029144440 cites W2071969610 @default.
• W2029144440 cites W2072199810 @default.
• W2029144440 cites W2073408692 @default.
• W2029144440 cites W2076384438 @default.
• W2029144440 cites W2083253675 @default.
• W2029144440 cites W2085262131 @default.
• W2029144440 cites W2089625717 @default.
• W2029144440 cites W2098420130 @default.
• W2029144440 cites W2105126994 @default.
• W2029144440 cites W2106300826 @default.
• W2029144440 cites W2116360511 @default.
• W2029144440 cites W2117731089 @default.
• W2029144440 cites W2125848143 @default.
• W2029144440 cites W2132442924 @default.
• W2029144440 cites W2134598304 @default.
• W2029144440 cites W2146173522 @default.
• W2029144440 cites W2400322721 @default.
• W2029144440 cites W2406072583 @default.
• W2029144440 cites W2416375015 @default.
• W2029144440 cites W2417951626 @default.
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• W2029144440 cites W4252350053 @default.
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• W2029144440 doi "https://doi.org/10.1002/cne.901720305" @default.
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