FY2005 NIH awards · Principal investigators
Anatomy & Cell Biology at Wake Forest University Health Sciences
Winston-Salem, NC
Funding
$6.2M
$6,239,425
Awards
23
FY2005 NIH awards in Anatomy & Cell Biology
Principal investigators
16
16 lead a grant here, 0 co-investigators
- NIH names only the principal investigators on an award, so this page lists only them. The department is the award's: it is where ScienceDex counts the award, not a list of the department's members.
- These are the awards in the Anatomy & Cell Biology row of the Wake Forest University Health Sciences page.
Leads a grant in this department
16 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Stein, Barry E
Leads 4 awards · $973,190
- 5R01NS036916-19Department: NIH department codeDevelopment of Multisensory Integration$404,229award amount
- 5R01NS022543-22Department: NIH department codeResult of Modality Convergence in the Brain$360,000award amount
- 5T32DC000057-08Department: NIH department codeTraining Program in Hearing and Multisensory Integration$188,438award amount
- 3R01NS036916-18S1Department: NIH department codeDevelopment of Multisensory Integration$20,523award amount
Voytko, Mary Lou
Leads 1 award · $721,758
- 5R01AG013204-09Department: NIH department codeCognition and Estrogen in Menopause:A Monkey Model$721,758award amount
Milligan, Carol
Leads 2 awards · $669,613
- 5R01NS036081-08Department: NIH department codeStudies of Motoneuorn Death-Insight into SMAs and ALS$347,829award amount
- 1R01NS046615-01A2Department: NIH department codeHeat Shock Proteins and Motoneuron Survival$321,784award amount
Coghill, Robert C
Leads 2 awards · $666,319
- 1R01DA020168-01Department: NIH department codeDynamic Mechanisms of Pain Modulation$351,214award amount
- 2R01NS039426-05A1Department: NIH department codeSupraspinal Processing of Sensory Aspects of Pain$315,105award amount
Oppenheim, Ronald W
Leads 2 awards · $589,164
- 5R01NS048982-02Department: NIH department codeMotor System Development in the Absence of Cell Death$341,305award amount
- 5T32NS007422-08Department: NIH department codeNIH Predoctoral Training Program in Neuroscience$247,859award amount
McHaffie, John George
Leads 1 award · $335,978
- 5R01NS035008-11Department: NIH department codeCortical-Subcortical mechanisms in Orientation Behavior$335,978award amount
Godwin, Dwayne W
Leads 1 award · $335,256
- 5R01EY011695-08Department: NIH department codeBrainstem Control of Subcortical Visual Information$335,256award amount
Stanford, Terrence R
Leads 1 award · $320,700
- 5R01EY012389-06Department: NIH department codeDiencephalic Mechanisms of Visuomotor Integration$320,700award amount
Henkel, Craig K
Leads 1 award · $294,840
- 5R01DC004412-05Department: NIH department codeHEARING: DEVELOPMENT OF SYNAPTIC CIRCUITS$294,840award amount
Riddle, David Ray
Leads 1 award · $272,650
- 5R01NS046008-03Department: NIH department codeIGF-1 in neocortical development and plasticity$272,650award amount
Brunso-Bechtold, Judy K
Leads 1 award · $241,920
- 5R01AG019886-05Department: NIH department codeImpact of Caloric Restriction on CNS Neurons &Synapses$241,920award amount
Salinas, Emilio
Leads 1 award · $238,569
- 5R01NS044894-03Department: NIH department codeDynamic of gain-modulated neural circuits$238,569award amount
Wallace, Mark Thomas
Leads 2 awards · $228,867
- 5R01MH063861-04Department: NIH department codeDevelopment of Multisensory Cortex: Role of Experience$202,080award amount
- 1R03HD050860-01Department: NIH department codeA Multisensory Framework for Developmental Dyslexia$26,787award amount
Hegde, Ashok N
Leads 1 award · $179,375
- 5R21DC006856-02Department: NIH department codeNovel Approaches to the Study of Single-Trial Learning$179,375award amount
Gu, Qiang
Leads 1 award · $143,500
- 5R03EY014892-02Department: NIH department codeAntibody microarray analysis - visual cortex development$143,500award amount
Alexander, Georgia M
Leads 1 award · $27,726
- 5F31NS046222-02Department: NIH department codeEpilepsy Therapy Using Metabotropic Glutamate Receptors$27,726award amount