Results for "Institute for Neuroscience"

The Institute for Neuroscience (INS) is the intellectual and administrative center for neuroscience research at the University of Texas at Austin.

Website: http://neuroscienceinstitute.utexas.edu/

Projects

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Faculty

Seema Agarwala

Affiliated Departments:
School of Biological Sciences, Molecular Cell and Developmental Biology
Research Interests:

Cellular and molecular mechanisms of neural tube closure and neural development

Richard Aldrich

Affiliated Departments:
School of Biological Sciences, Neurobiology
Research Interests:

Understanding the mechanisms of ion channel function and the role of ion channels in electrical signaling and physiology

Nigel Atkinson

Affiliated Departments:
School of Biological Sciences, Neurobiology
Research Interests:

Molecular neurobiology and genetics of ion channels in Drosophila; a mix of molecular biology, electrophysiology, genetics and behavior. Molecular biology of ion channels in neurons and muscles.

Chandrajit L Bajaj

Affiliated Departments:
Computer Science, Statistics and Scientific Computation
Research Interests:

My current research is on the computer science and computational mathematics foundations of statistical and dynamic decision making, learning dynamical systems and exploratory visualization. I develop machine…

Dana Ballard

Affiliated Departments:
Computer Science
Research Interests:

Dr. Ballard's main research interest is in computational theories of the brain with emphasis on human vision. In 1985 he and Chris Brown led a team that designed and built a high speed binocular camera control…

Jennifer S Beer

Affiliated Departments:
Psychology
Research Interests:

Professor Beer is involved with the Self Regulation Lab which focuses on self-processes, emotion processes and social cognition. The lab is interested in how these processes contribute to appropriate social…

Adela Ben-Yakar

Affiliated Departments:
Biomedical Engineering, Electrical and Computer Engineering, Mechanical Engineering
Research Interests:
  • Ultra-high speed nonlinear microscopy for brain imaging
  • 3D imaging flow cytometry at million frames per second
  • Two-photon fluorescence endoscopy for cancer diagnosis
  • Ultrafast laser…

George D Bittner

Affiliated Departments:
College of Natural Sciences, Molecular Cell and Developmental Biology, Neurobiology, Neuroscience, School of Biological Sciences
Research Interests:

Cellular, molecular and developmental neurobiology Rapid, artificially induced regeneration of severed mammalian peripheral axons Cellular mechanisms/biochemical pathways that seal plasmalemmal damage