Michael Goard, Ph.D.
“Optical Interrogation of Neural Circuits Underlying Cognitive Behaviors in Mice”
Monday, January 5, 2015 - 4:00 PM - MSB 2.103
• Time & Labor Reporting
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• John Byrne, PhD - Chairman
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|Medical School Courses
• Gross Anatomy
• Developmental Anatomy
• Medical Neuroscience
• Medical School Electives
• Department Research
• Core Research Facilities
• Research Links and Resourcess
• Neuroscience Research Center (NRC)
• LSM510 Laser Scanning Microscope
• The Center For Biomedical Engineering
• SNNAP (Neural Simulator Software)
• UTHealth Research Profiles (SciVal)
Promoting interaction, collaboration and information exchanges among UTHealth scientists and clinicians in the neuroscience field.
Open-access online electronic textbook for first- year medical students, graduate students, health professionals and advanced undergraduate students.
Using computational approaches to study issues that span single-molecule interactions in dendritic spines to networks of interacting plastic neurons.
A neurosimulator that lets researchers develop and simulate realistic models of neurons and neural networks.
Emphasizes a multi-disciplinary approach to identifying, locating, and analyzing the different types of memory in the primate brain.
Looking for a quality, graduate level education in the Neurosciences? Learn more about The University of Texas Graduate School of Biomedical Sciences’ Neuroscience Graduate Program.
"At The University of Texas Health Science Center at Houston, we are determined to be at the forefront of these discoveries."