... identified two classes of looming-sensitive neurons, rho and eta cells, in the SC of the cat, but did not find any tau cell, which has been observed in the pigeon tectofugal pathway. The looming responses were characterized by distinct firing patterns, in which the neuronal discharge steadily increased...

..., instructions or products referred to in the content or advertisements. Ganglion-cell types Cat Rabbit Monkey 132 Rodieck/Brening logical issue, which we outline following the discussion of the X group. Because of their tendency to be categor­ ical, parameters related to the central des­ tination...

...Vicente M. Montero Injections of radioactive amino acids were placed in regions of the striate cortex of cat representing central, intermediate and peripheral parts of the horizontal meridian and also in regions of lower and upper visual field representations near the vertical meridian. The study...

...(s) disclaim responsibility for any injury to persons or property resulting from any ideas, methods, instructions or products referred to in the content or advertisements. Cat Thalamocortical Recording-lesioning Ventrobasal complex Posterior group S-I columnar organization Sulcal...

... evi­ dence confirming these findings for eating and drinking elicited from the hypothalamus of the rat. Hypothalamic Specificity in Other Species Unfortunately, none of the stimulation studies of hypothalamic moti­ vational mechanisms in the cat have combined maximally broad behav­ ioral testing...

... from any ideas, methods, instructions or products referred to in the content or advertisements. Hypothalamus Motivation Electrical stimulation Opossum Rat Cat Brain Behavior Evol. 2: 317-342 (1969) Hypothalamus Opossum Motivation Rat Electrical stimulation Cat Are Hypothalamic...

... or property resulting from any ideas, methods, instructions or products referred to in the content or advertisements. Desynchronized sleep DC potential shifts Brain Spinal cord Cat Brain Behav. Evol. 2: 263-287 (1969) Desynchronized sleep DC potential shifts Brain Spinal cord Cat Tonic and Phasic...

...P. Sterling; Barbara G. Wickelgren Optic system Superior colliculus Cortico-collicular influence Direction sensitivity Visual deprivation Cat 3 4 2008 1970 Copyright / Drug Dosage / Disclaimer Copyright: All rights reserved. No part of this publication may be translated...

... to persons or property resulting from any ideas, methods, instructions or products referred to in the content or advertisements. Optic system Superior colliculus Pretectum Visual discrimination Cat Brain Behav. Evol. 3: 285-294 (1970) Optic system Superior colliculus Pretectum Visual...

...J.T. McIlwain Brain Behav. Evol. 3: 219-221 (1970) Optic system Superior colliculus Oat Directional selectivity Cortical Origin of Collicular Directional Selectivity in the Cat A Review of the Evidence J. T. M cIlwain Walter Reed Army Institute of Research, Washington, DC The experiments...

...T.J. Voneida Brain Behav. Evol. 3: 241-260 (1970) Midbrain Tegmental split Split brain Cat Visual disorientation Visuomotor dysfunction Behavioral Changes Following Midline Section of the Mesencephalic Tegmentum in the Cat and Monkey1 T. J. VONEID A Department of Anatomy, Case Western Reserve...

... for this effect. The problems inherent in the present model are considered in detail and an alternative substrate is suggested. Renshaw cells Interneurons Motoneurons Collaterals Cat Spinal cord Inhibition Dendrites Neuropil © 1971 S. Karger AG, Basel 1971 Copyright / Drug Dosage / Disclaimer...

... preparations of the cat spi­ nal cord, the Scheibels were unable to detect short-axoned interneurons in the ventral horn [Scheibel and Scheibel, 1964, 1966]. Proprioneurons in the medial part of the ventral horn (lamina V III) project contralaterally, which rules them out as candidates for the Renshaw...

.... Those which can be related to ana- Interneurons tomically defined structures, or at least to positions Motoneurons within the laminae of Rexed, include the responses of Reflexes «-motoneurons, motoneurons, «-motor axons, Ren- Cat shaw cells, type A interneurons, and commissural Spinal cord neurons...

... matter of the lateral funiculus. Drawn from several sections of 12 and 15-day-old cats. Rapid Golgi modification. X58. ber of collaterals, some of which are developed in the initial course of the axon before the white matter is reached [fig. 9, cells 5 and 6]. Oth­ ers project into the grey matter...

...Richard J. Bandler The predatory attack of a cat against a rat elicited by lateral hypothalamic, ventral midbrain and ventromedial periaqueductal gray stimulation has been compared. Regardless of the region stimulated, the attack behaviors were found to be identical with respect to response...

...W.W. Chambers; C.N. Liu; G.P. McCouch Studies of decerebrate and spinal cats and monkeys as carried out by the authors over a number of years are reviewed. Factors responsible for early and late changes in reflex activity are considered. Hyperreflexia, as a late event, in chronic spinal animals...

...Ann M. Graybiel Some afferent and efferent connections of theposterior thalamic region have been studied in the cat by means of anterograde degeneration methods. The organization of these connections is discussed with the aid of a more general framework that interprets each of a variety...

...Kahee Niimi; Masae Kadota; Yoshiyuki Matsushita Localized stereotaxic lesions were placed in the pulvinar nuclear group of the cat thalamus, and the ensuing fiber degeneration was traced to the cerebral cortex by the method of Nauta and Gygax. The medial pulvinar nucleus (the major portion...

...Kahee Niimi; Masae Kadota; Yoshiyuki Matsushita Localized stereotaxic lesions wereplaced in the pulvinar nuclear group of the cat thalamus, and the ensuing fiber degeneration was traced to the cerebral cortex by the method of Nauta and Gygax. The medial pulvinar nucleus (the major portion...