The WF-TARC supports four research projects and two cores. An administrative core provides the leadership and infrastructure needed to ensure integration across all research projects. This core also provides biostatistical support to all WF-TARC investigators and seeks to identify and promote collaborative interactions between the WF-TARC and the many other translational research centers and educational programs at the Wake Forest School of Medicine (WFSM). A pilot project core supports four projects with the goal of increasing translational alcohol research at WFSM.
Research Overview
The unifying research focus of the WF-TARC is to leverage the strengths and advantages of animal models and human subjects research to study behavioral correlates of AUD vulnerability and identify neurobiological adaptations that contribute to this heightened risk of developing AUD. Studies employ cutting-edge, multidisciplinary experimental approaches spanning molecular, cellular, circuit, and whole-brain analyses. Importantly, each project is evaluating novel interventions targeted at reversing the maladaptive neural adaptations that promote AUD vulnerability. The highly-integrated conceptual framework and research design promotes backward and forward interactions between the projects, facilitating the rapid translation of therapeutic discoveries from animals to humans.
Research Project Highlights
PI: Paul Laurienti, MD, PhD
Project 2 - Mechanisms underlying vulnerability to ethanol self-administration: behavioral and brain imaging studies in group-housed monkeys
PI: Paul Czoty, PhD
Project 3 - Adolescent vulnerability to chronic ethanol: neurophysiological, biochemical, and behavioral mechanisms of adult AUD.
PI: Brian McCool, PhD
Project 4 - Adolescent social isolation increases vulnerability to the behavioral and neurobiological consequences of chronic ethanol exposure in male and female rats
PIs: Sara Jones, PhD; Jeff Weiner, PhD
New pilots will be awarded in December, 2020; submission date: TBD
Pilot Project 1 – Mechanisms of comorbidity of post-traumatic stress and alcohol use disorder in veterans with PTSD
PIs: Dwayne Godwin, PhD; Jared Rowland, PhD
Pilot Project 2 – Sub-second measurements of dopamine release in a non-human primate model
PI: Kenneth Kishida, PhD
Pilot Project 3 – Real-time noradrenergic signals in the bed nucleus of the stria terminalis as a mechanism for anxiety-like behavior in an early life stress model of alcohol use disorder
PI: Mark Ferris, PhD
Wake Forest Translational Alcohol Research Center
The Wake Forest Translational Alcohol Research Center (WF-TARC) invites applications for pilot grants to support research on behavioral correlates and neural substrates associated with vulnerability and resilience to alcohol use disorder. The goals of this program are to attract new scientific expertise to complement ongoing research supported by the WF-TARC, to encourage and promote multidisciplinary and translational alcohol research, and to support preliminary investigations to attract new extramural alcohol-related funding at Wake Forest School of Medicine. These awards are open to all faculty with a rank of Instructor or higher from Wake Forest Health Sciences. Current WF-TARC projects leverage the strengths and advantages of animal models and human subjects research and include molecular, cellular, circuit, and whole-brain analyses. Four pilot grants will be awarded for up to $22,500/year for two years (pending satisfactory progress). In addition, we are partnering with our Institutional Center for Research on Substance Use and Addiction (CRSUA) to solicit highly translational applications that include population health, clinical, and preclinical investigators. These joint WF-TARC/CRSUA awards, which will undergo both WF-TARC and CRSUA review, may have a budget of up to $55,000 in the first year (and $22,500 in the second year).
Submission Deadline: October 31, 2019
Start Date: January 1, 2020
If interested, please contact:
Sara R. Jones, PhD
srjones@wakehealth.edu
Associate Dean for Basic Science Research
Professor, Physiology and Pharmacology
Co-Director, WF-TARC
Principal Investigator, Pilot Project Core, WF-TARC
