Grants
Peterson, D.C. Limbic Circuits and Gut-Brain Interactions. PCOM Research Grant, $8750,
7/1/2020-6/31/2021.
Peterson, D.C., Hamel R. Integration of Basic Science with Clinical Curriculums: Student
Growth in Clinical Reasoning and Communication through Practice. HPU Growth Mindset
Pedagogy Grant, $1,500, 7/01/18-6/31/19
Peterson, D.C. Examination of short-term learning outcome measures: cadaveric versus
two-dimensional learning tools. ISU SoTL, $1,850, 07/01/15-06/31/16.
Peterson, D.C. 鈥淎mygdalar modulation of processing in auditory cortex.鈥 National Institutes
of Health, Small Grant Program (NIH R03: DC010245) $444,000. 03/01/2010-02/29/2015.
(Primary Investigator).
Peterson, D.C. 鈥淒istinguished Traveling Scholar Award 2014鈥, Society for Neuroscience,
$1,200. (PI, President, Ames, IA Chapter of the Society for Neuroscience).
Peterson, D.C. 鈥淪ociety for Neuroscience Chapter Grant 2014鈥 Society for Neuroscience,
$1,415, 01/15/14-01/14/15 (Principle Investigator).
Peterson, D.C. 鈥淕ABAergic Neurons are Preferentially Damaged During Blast-Pressure
Wave Induced Traumatic Brain Injury.鈥 ISU CVM Seed Grant, $19,000. 07/01/13-06/30/14
(Principle Investigator).
Peterson, D.C. 鈥淒istinguished Traveling Scholar Award 2013鈥, Society for Neuroscience,
$1,100. 6/28/13-6/27/14, (PI, President, Ames, IA Chapter of the Society for Neuroscience).
Peterson, D.C., Ellinwood, M., Sakaguchi, D., Trimarchi, J., West, R. 鈥淣euroscience
Day Application 2013鈥, ISU Biotechnology Symposium Grant, $4,000. 7/1/13-6/30/14.
(Principle Investigator).
Peterson, D.C., Winer, E., Gilbert, S. 鈥淰irtual Surgery: New Frontiers in Medical
Education鈥 ISU Miller Fellowship, $15,000. 07/01/13-06/30/14. (Principle Investigator).
Peterson, D.C., Winer, E., Gilbert, S. 鈥淚nteractive Virtual Surgery: New Ways to Learn
Medicine鈥 ISU CAC grant, $67,239. 06/01/13-05/31/14. (Principle Investigator).
Peterson, D.C.鈥滻owa State University: Peterson Foreign Travel Grant 2013鈥 ISU, $750,
04/01/13-04/11/13 (Principle Investigator).
Peterson, D.C. 鈥淪FN Chapter Grant 2012鈥 Society for Neuroscience. $800. 10/24/12-10/23/13.
(Primary Investigator).
Peterson, D.C. 鈥3D Volume Rendering of Veterinary Anatomy鈥 Iowa State University CLIM
grant, $12,400. 05/01/12-04/30/13. (Primary Investigator).
Peterson, D.C. 鈥淒istinguished Traveling Scholar Award鈥, Society for Neuroscience,
$1,200. 6/28/12-12/31/12, (PI, President, Ames, IA Chapter of the Society for Neuroscience).
Peterson, D.C. 鈥淎mes, IA Chapter Grant 2011鈥, Society for Neuroscience, $1,500. 2/28/2011-2/27/12.
(PI, President, Ames, IA Chapter of the Society for Neuroscience).
Peterson, D.C. 鈥淢ultidimensional (3/4D) software for visualization of complex anatomical
structures.鈥 Iowa State University CLIM grant, $13,242. 04/20/11-12/31/11. (Primary
Investigator).
Peterson, D.C. 鈥淎mes, IA Chapter Grant 2010鈥, Society for Neuroscience, $500. 9/7/10-9/6/11.
(President, Ames, IA Chapter of the Society for Neuroscience).
Peterson, D.C., Wenstrup, J.J. 鈥淎mygdalar influences on cells in the inferior colliculus鈥.
National Institutes of Health, Ruth L. Kirschstein National Research Service Awards
for Individual Postdoctoral Fellows (F32), DC007786, $143,200. 7/21/05-7/20/08. fellow.
(Sponsor: J. J. Wenstrup).
Peterson, D.C., Schofield, B.R. 鈥淐ortical projections to the inferior colliculus:
Neurochemical and connectional characterizations of targets鈥. National Institutes
of Health, Ruth L. Kirschstein National Research Service Awards for Individual Predoctoral
Fellows (F31), DC05277, $67,025. 9/1/01-8/31/04. fellow. (Sponsor: B. R. Schofield).
Research
I have two current research interests. I examine how higher-order functions such as
attention, emotion, and learning are processed by the brain and how these processes
are altered by disease or pathology. Progress in these experiments will help identify
novel therapeutic approaches for a wide variety of diseases (e.g., tinnitus, psychiatric
disorders).
My second set of experiments examines how the gut microbiota influences brain function.
Prior experiments in this field have shown that the organisms in the gut can directly
affect brain activity. They can have either positive or negative effects depending
on which microorganisms are prominent. By altering diet, we can promote the growth
of the "good" microorganisms, and thus directly influence specific circuits within
the brain. Progress in this set of experiments may help us utilize food as a therapy
for a variety of psychiatric and mood disorders.