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The Department of Neurobiology and Behavior (NBB) was among the first to combine the study of animal behavior with its neural basis. Our faculty and students are dedicated to exploring a wide range of scientific topics, from single neurons and complex circuits to whole organisms and their societies. Central to our mission is the quest to unravel the profound mysteries of how nervous systems generate behavior, including the evolutionary pathways that have shaped brains and behavior over time. We believe these scientific frontiers are not just fascinating but also critical for understanding the intricacies of the brain, the least understood organ that underlies human experience. As a community we adhere to Cornell's Founding Principle of "... any person ... any study".
Mark Sarvary, Ph.D. ’06, senior lecturer of neurobiology and behavior in the College of Agriculture and Life Sciences receives The Stephen H. Weiss Teaching Award.
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Cornell Researchers are studying mice in an outside enclosure where they are allowed to roam freely. As quoted by Matthew Zipple, postdoctoral researcher in the neurobiology and behavior department, "We put them in the field for a week, and they returned to their original levels of anxiety behavior...
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When postdoctoral researcher Matthew Zipple releases lab mice into a large, enclosed field just off Cornell’s campus, something remarkable happens.
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Antonio Fernandez-Ruiz, assistant professor and Nancy and Peter Meinig Family Investigator in the Life Sciences of neurobiology and behavior and Azahara Oliva, assistant professor of neurobiology and behavior found a pattern of ripples in Brain activty during sleep that affects memories. Azahara Ol...
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The mice could remember new experiences that would normally be forgotten – a finding with important implications for treating Alzheimer’s disease.
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Howard Howland, Ph.D. ’68, a neurophysiologist who studied the eyes of humans and animals, died Oct. 26 in Ithaca. He was 92.
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The event was an example of Cornell’s interdisciplinary commitment to advancing the frontiers of neurotechnology.
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Cornell researchers and collaborators have developed a neural implant so small that it can rest on a grain of salt, yet it can wirelessly transmit brain activity data in a living animal for more than a year.
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