Sort by
Refine Your Search
-
Category
-
Program
-
Field
-
. The labs are jointly pursuing projects probing the intersection of metabolism and computational neuroscience. We are seeking to integrate metabolic signals with canonical computational frameworks to further
-
/ Women's Lacrosse will coordinate the day-to-day operational and administrative functions of the Virginia Tech Women's Lacrosse program. This position will provide comprehensive support to the student
-
and life insurance, Virginia Tech offers employees a robust benefits program. This full range of benefits, services, and competitive salaries are an integral part of the university's total compensation
-
controlled behavioral tasks alongside physiological, genetic, and optical techniques to investigate the brain circuits that support cognitive function. They focus on thalamocortical networks and how
-
the human brain to understand human cognitive function and dysfunction. The research technician will be responsible for in-vitro data collection to inform in-vivo models of human neurochemistry
-
) in the human brain to understand human cognitive function and dysfunction. The research technician will be responsible for in-vitro and in vivo data collection to inform models of human neurochemistry
-
impact personnel decisions, financial strategy, and competitive advantage. This position will report to the Associate AD, General Manager / Football and serve as a key collaborator with the Head Coach
-
launch this major exciting new program. The successful physician-scientist candidate will preferably have both earned M.D as well as other appropriate research degrees such as the Ph.D., M.Sc. or M.S.P.H
-
key site for hair sheep research at Virginia Tech. It is home to the Southwest Virginia Forage-Based Ram Test, being the first program offered in the U.S. evaluating rams through a forage-based
-
microenvironment to drive malignant progression. Our research lies at the intersection of glial biology and brain cancer, with a particular emphasis on malignant glioma, the most aggressive form of primary brain