- Title Pages
- Illustration
- Dedication
- Part I Introduction and Biographies
- Chapter 1 David H. Hubel
- Chapter 2 Torsten N. Wiesel
- Chapter 3 Cortical Neurophysiology in the 1950s
- Chapter 4 The Group at Hopkins
- Chapter 5 The Move from Hopkins to Harvard
- Chapter 6 The New Department
- Part III Normal Physiology and Anatomy
- Chapter 7 Our First Paper, on Cat Cortex, 1959
- Chapter 8 Recordings from Fibers in the Monkey Optic Nerve
- Chapter 9 Recording from Cells in the Cat Lateral Geniculate
- Chapter 10 Our Major Paper on Cat Striate Cortex, 1962
- Chapter 11 Recordings from Cat Prestriate Areas, 18 and 19
- Chapter 12 Survey of the Monkey Lateral Geniculate Body—A Foray into Color
- Chapter 13 Recording Fibers in the Cat Corpus Callosum
- Chapter 14 Recordings in Monkey Striate Cortex, 1968
- Chapter 15 Another Visual Representation, the Cat Clare-Bishop Area
- Chapter 16 Encoding of Binocular Depth in a Cortical Area in the Monkey
- Chapter 17 Anatomy of the Geniculo-Cortical Pathway: The Nauta Method
- Chapter 18 Ocular Dominance Columns Revealed by Autoradiography
- Chapter 19 Regular Sequences of Orientation Shifts in Monkeys
- Chapter 20 Cortical Modules and Magnification in Monkeys
- Chapter 21 The First Three Kitten Deprivation Papers
- Chapter 22 Second Group of Deprivation Papers
- Chapter 23 The Siamese Cat
- Chapter 24 Cells Grouped in Orientation Columns in Newborn Monkeys
- Chapter 25 Plasticity and Development of Monkey Ocular Dominance Columns
- Chapter 26 Ferrier Lecture, 1977
- Chapter 27 Nobel Lecture, David H. Hubel Nobel Lecture, Torsten N. Wiesel
- Chapter 28 Epilogue: Summing Up
- List of Papers Included
- Glossary
- Acknowledgments
- Today, Forty-Six Years After Starting
- Index
Recordings from Fibers in the Monkey Optic Nerve
Recordings from Fibers in the Monkey Optic Nerve
- Chapter:
- (p.83) Chapter 8 Recordings from Fibers in the Monkey Optic Nerve
- Source:
- Brain and Visual Perception
- Author(s):
David H. Hubel
- Publisher:
- Oxford University Press
This chapter presents a paper entitled “Receptive Fields of Optic Nerve Fibres in the Spider Monkey”. The retina of the monkey is of interest, since in most species, it is deeply pigmented, has a well defined fovea, and appears much closer to the human retina than that of a cat. The paper describes the receptive fields of single optic nerve fibers in the spider monkey. With the monkey's ability to discriminate colors, some observations were also made on ganglion cell responses to monochromatic stimuli. It was clear that in the monkey, as in the cat, the receptive fields of retinal ganglion cells were of two main types, one with an “on” center and an “off” periphery, the other with an “off” center and an “on” periphery.
Keywords: monkey optic nerve, spider monkey, monkey retina, monochromatic stimuli, retinal ganglion cells
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- Title Pages
- Illustration
- Dedication
- Part I Introduction and Biographies
- Chapter 1 David H. Hubel
- Chapter 2 Torsten N. Wiesel
- Chapter 3 Cortical Neurophysiology in the 1950s
- Chapter 4 The Group at Hopkins
- Chapter 5 The Move from Hopkins to Harvard
- Chapter 6 The New Department
- Part III Normal Physiology and Anatomy
- Chapter 7 Our First Paper, on Cat Cortex, 1959
- Chapter 8 Recordings from Fibers in the Monkey Optic Nerve
- Chapter 9 Recording from Cells in the Cat Lateral Geniculate
- Chapter 10 Our Major Paper on Cat Striate Cortex, 1962
- Chapter 11 Recordings from Cat Prestriate Areas, 18 and 19
- Chapter 12 Survey of the Monkey Lateral Geniculate Body—A Foray into Color
- Chapter 13 Recording Fibers in the Cat Corpus Callosum
- Chapter 14 Recordings in Monkey Striate Cortex, 1968
- Chapter 15 Another Visual Representation, the Cat Clare-Bishop Area
- Chapter 16 Encoding of Binocular Depth in a Cortical Area in the Monkey
- Chapter 17 Anatomy of the Geniculo-Cortical Pathway: The Nauta Method
- Chapter 18 Ocular Dominance Columns Revealed by Autoradiography
- Chapter 19 Regular Sequences of Orientation Shifts in Monkeys
- Chapter 20 Cortical Modules and Magnification in Monkeys
- Chapter 21 The First Three Kitten Deprivation Papers
- Chapter 22 Second Group of Deprivation Papers
- Chapter 23 The Siamese Cat
- Chapter 24 Cells Grouped in Orientation Columns in Newborn Monkeys
- Chapter 25 Plasticity and Development of Monkey Ocular Dominance Columns
- Chapter 26 Ferrier Lecture, 1977
- Chapter 27 Nobel Lecture, David H. Hubel Nobel Lecture, Torsten N. Wiesel
- Chapter 28 Epilogue: Summing Up
- List of Papers Included
- Glossary
- Acknowledgments
- Today, Forty-Six Years After Starting
- Index