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1-9 of 9
Keywords: Lamination
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Journal Articles
Subject Area:
Neurology and Neuroscience
Journal:
Brain Behavior and Evolution
Brain Behav Evol (1994) 43 (4-5): 284–292.
Published Online: 04 June 2010
...Anton Reiner The major outputs of the tectum appear fundamentally similar in all vertebrate species, suggesting that the major types of tectal output neurons have been evolutionarily conserved across a wide variety of vertebrate species. Nonetheless, tectal lamination patterns vary dramatically...
Journal Articles
Subject Area:
Neurology and Neuroscience
Journal:
Brain Behavior and Evolution
Brain Behav Evol (1994) 43 (4-5): 264–273.
Published Online: 04 June 2010
...Anton Reiner The major outputs of the tectum appear fundamentally similar in all vertebrate species, suggesting that the major types of tectal output neurons have been evolutionarily conserved across a wide variety of vertebrate species. Nonetheless, tectal lamination patterns vary dramatically...
Journal Articles
Subject Area:
Neurology and Neuroscience
Journal:
Brain Behavior and Evolution
Brain Behav Evol (1972) 6 (1-6): 218–236.
Published Online: 27 March 2008
... is based on cytoarchitecture and the degree and particular pattern of segregation of ipsilateral and contralateral retinal input. Overt lamination in this nucleus appears to be found in those mammals specialized for flight, gliding, rapid movement through the trees, or rapid movement on the ground...
Journal Articles
Subject Area:
Neurology and Neuroscience
Journal:
Brain Behavior and Evolution
Brain Behav Evol (1987) 30 (1-2): 22–42.
Published Online: 20 February 2008
... geniculate Lamination Diprotodont marsupials Autoradiography Brain Behav. Evol. 30: 22-42(1987) © 1987 S. Karger AG, Basel 0006-8977/87/0302-0022 S 2.75/0 Retinogeniculate Patterns in Diprotodont Marsupials Ken J. Sanderson2, John E. Nelsonb, David P. Crewtherc, Sheila Gillard Crewtherc, Vicki E...
Journal Articles
Subject Area:
Neurology and Neuroscience
Journal:
Brain Behavior and Evolution
Brain Behav Evol (1988) 31 (4): 198–208.
Published Online: 06 February 2008
... and the editor(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. Development Enucleation Lateral geniculate nucleus Lamination Vision Brain topography Binocular competition...
Journal Articles
Subject Area:
Neurology and Neuroscience
Journal:
Brain Behavior and Evolution
Brain Behav Evol (1991) 38 (4-5): 264–272.
Published Online: 30 January 2008
...) In mammals, the components of the DVR and DLVR are incorporated into the thin overlying pallium to form a laminated ''neocortex''. Analysis of development in domestic chicks suggests that the DVR is one of several prosencephalic neuromeres (''Prosomeres'') that contribute to the ontogeny of comparable...
Journal Articles
Subject Area:
Neurology and Neuroscience
Journal:
Brain Behavior and Evolution
Brain Behav Evol (1992) 39 (6): 358–370.
Published Online: 22 January 2008
..., instructions or products referred to in the content or advertisements. Marsupial Wallaby Lateral geniculate nucleus Lamination Single cell recording Visual responses Original Paper Brain Bchav Evol 1992;39:358-370 G.H. Henry' R.F. Mark'' Centre for Visual Sciences. Australian National University...
Journal Articles
Subject Area:
Neurology and Neuroscience
Journal:
Brain Behavior and Evolution
Brain Behav Evol (1994) 43 (4-5): 254–263.
Published Online: 15 January 2008
...Anton Reiner The major outputs of the tectum appear fundamentally similar in all vertebrate species, suggesting that the major types of tectal output neurons have been evolutionarily conserved across a wide variety of vertebrate species. Nonetheless, tectal lamination patterns vary dramatically...
Journal Articles
Subject Area:
Neurology and Neuroscience
Journal:
Brain Behavior and Evolution
Brain Behav Evol (1994) 43 (4-5): 274–283.
Published Online: 15 January 2008
...Anton Reiner The major outputs of the tectum appear fundamentally similar in all vertebrate species, suggesting that the major types of tectal output neurons have been evolutionarily conserved across a wide variety of vertebrate species. Nonetheless, tectal lamination patterns vary dramatically...