FY2014 NIH awards · Principal investigators
Neurosciences at Baylor College of Medicine
Houston, TX
Funding
$8.1M
$8,083,402
Awards
23
FY2014 NIH awards in Neurosciences
Principal investigators
13
13 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 Neurosciences row of the Baylor College of Medicine page.
Leads a grant in this department
13 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Angelaki, Dora
Leads 5 awards · $2,228,596
- 5R01DC004260-16Department: NIH department codeNEURAL MECHANISMS OF VESTIBULAR FUNCTION$535,369award amount
- 5R01EY012814-15Department: NIH department codeNeural organization and function of the vestibulo-cerebellum$535,127award amount
- 5R01DC007620-08Department: NIH department codeVESTIBULAR INFLUENCES ON SPATIAL ORIENTATION AND VISUOSPATIAL CONSTANCY$391,250award amount
- 5R01EY017866-09Department: NIH department codeNEURAL BASIS OF SELF-MOTION PERCEPTION$383,425award amount
- 5R01EY022538-02Department: NIH department codeNeural correlates of 3D visual orientation$383,425award amount
Tolias, Andreas
Leads 2 awards · $1,079,850
- 5DP1EY023176-04Department: NIH department codeDissecting the Fabric of the Cerebral Cortex$766,850award amount
- 5R01MH103108-02Department: NIH department codeA MOLECULAR CODE FOR CONNECTIVITY IN THE NEOCORTEX$313,000award amount
Groves, Andrew K
Leads 3 awards · $1,062,075
- 5R01DC013072-02Department: NIH department codeGenetic regulation of Inner and Middle Ear Development$544,299award amount
- 5R01DC006185-09Department: NIH department codeGenetic Regulation of Cochlear Development$447,799award amount
- 3R01DC013072-02S1Department: NIH department codeGenetic regulation of Inner and Middle Ear Development$69,977award amount
Dickman, J David
Leads 2 awards · $856,073
- 5R01DC012813-02Department: NIH department codeMULTISENSORY INTEGRATION OF VESTIBULAR AND MAGNETIC SIGNALS$515,629award amount
- 5R01DC010373-06Department: NIH department codeRECOVERY OF VESTIBULAR FUNCTION DURING REGENERATION$340,444award amount
Costa-Mattioli, Mauro
Leads 2 awards · $730,171
- 5R01MH096816-03Department: NIH department codeMechanisms of synaptic plasticity and memory$391,250award amount
- 5R01NS076708-03Department: NIH department codeA new experimental genetic model of epilepsy: seizures and enhanced cognition$338,921award amount
Rasband, Matthew N
Leads 2 awards · $719,479
- 5R37NS044916-14Department: NIH department codeNeuroglial interactions at the node of Ranvier$387,337award amount
- 5R01NS069688-05Department: NIH department codeMechanisms of CNS node of Ranvier formation$332,142award amount
Gabbiani, Fabrizio
Leads 1 award · $391,250
- 5R01MH065339-12Department: NIH department codeNeuronal Mechanisms of Multiplication and Invariance$391,250award amount
Deneen, Benjamin
Leads 1 award · $342,344
- 2R01NS071153-05Department: NIH department codeTranscriptional regulation of gliogenesis in the CNS$342,344award amount
Jankowsky, Joanna L
Leads 1 award · $234,750
- 5R21MH101583-02Department: NIH department codeSelective neuronal silencing to study hippocampal neurogenesis in depression$234,750award amount
Saggau, Peter
Leads 1 award · $189,756
- 5R21EB016223-02Department: NIH department codeALL-OPTICAL HIGH-THROUGHPUT FUNCTIONAL CONNECTIVITY MAPPING USING ADVANCED MICROS$189,756award amount
Dokka, Kalpana
Leads 1 award · $156,500
- 1R03DC013987-01Department: NIH department codeModeling causal inference in vestibular-visual heading perception$156,500award amount
Elmore Limonciello, Lauren C
Leads 1 award · $53,282
- 1F32EY024515-01Department: NIH department codeCortical Contributions to Visual Slant Perception$53,282award amount
Cadwell, Cathryn Rene
Leads 1 award · $39,276
- 5F30MH095440-02Department: NIH department codeThe Role of Cell Lineage in Determining Tuning Preferences in Visual Cortex$39,276award amount