Neurosciences at Washington University in St. Louis

Leads a grant in this department

18 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.

1. Ances, Beau M

   Leads 2 awards · $3,760,565

   • 1U01AG052564-01Department: NIH department code

     Mapping the Human Connectome During Typical Aging
     $2,000,002

     award amount
   • 3U01AG052564-01S1Department: NIH department code

     Mapping the Human Connectome During Typical Aging
     $1,760,563

     award amount

2. Barch, Deanna

   Leads 2 awards · $3,423,207

   • 1U01MH109589-01Department: NIH department code

     Mapping the Human Connectome During Typical Development
     $2,000,000

     award amount
   • 3U01MH109589-01S1Department: NIH department code

     Mapping the Human Connectome During Typical Development
     $1,423,207

     award amount

3. Bonni, Azad

   Leads 4 awards · $1,500,221

   • 2R01NS051255-11Department: NIH department code

     REGULATION OF NEURONAL CONNECTIVITY BY UBIQUITIN PATHWAYS
     $435,762

     award amount
   • 5R01NS084393-03Department: NIH department code

     REGULATION OF DENDRITE MORPHOGENESIS BY A CONTROSOMAL CAMKIIB SIGNALING PATHWAY
     $398,365

     award amount
   • 5R01NS088378-03Department: NIH department code

     REGULATION OF NEURONAL DEVELOPMENT BY A NOVEL PHF6/PAF1 TRANSCRIPTIONAL PATHWAY
     $333,594

     award amount
   • 4R01NS041021-15Department: NIH department code

     SIGNAL TRANSDUCTION PATHWAYS REGULATING NEURON DIFFERENTIATION
     $332,500

     award amount

4. Snyder, Lawrence H

   Leads 4 awards · $1,206,279

   • 5R01EY012135-16Department: NIH department code

     BIMANUAL AND EYE-HAND COORDINATION IN PARIETAL CORTEX
     $380,000

     award amount
   • 5R01MH102471-03Department: NIH department code

     FUNCTIONAL CONNECTIVITY IN THE BRAIN: A NEW APPROACH
     $380,000

     award amount
   • 5T32GM008151-32Department: NIH department code

     Systems and Molecular Neurobiology Training Program
     $368,849

     award amount
   • 3T32GM008151-32S1Department: NIH department code

     Systems and Molecular Neurobiology
     $77,430

     award amount

5. Holy, Timothy

   Leads 3 awards · $958,297

   • 2R01DC010381-06A1Department: NIH department code

     IDENTITY AND NEURAL ENCODING OF SOCIAL ODORS
     $324,063

     award amount
   • 5R01DC005964-13Department: NIH department code

     NEURAL MECHANISMS OF OLFACTORY PATTERN RECOGNITION
     $324,063

     award amount
   • 5R01NS068409-07Department: NIH department code

     FAST 3D DIMENSIONAL IMAGING OF NEURONAL ACTIVITY AND PLASTICITY
     $310,171

     award amount

6. Shaw, Paul J

   Leads 2 awards · $748,038

   • 2R01NS076980-06Department: NIH department code

     Functional Analysis of Sleep Promoting Neurons in Health and Disease
     $414,444

     award amount
   • 5R01NS051305-12Department: NIH department code

     FUNCTIONAL ANALYSIS OF SLEEP HOMEOSTASIS IN DROSOPHILA
     $333,594

     award amount

7. Marcus, Daniel Scott

   Leads 1 award · $738,871

   • 5R24MH108315-02Department: NIH department code

     Connectome Coordination Facility
     $738,871

     award amount

8. Padoa-Schioppa, Camillo

   Leads 2 awards · $719,830

   • 5R01MH104494-02Department: NIH department code

     NEURONAL MECHANISMS OF GOOD-BASED ECONOMIC DECISIONS
     $381,250

     award amount
   • 4R01DA032758-05Department: NIH department code

     THE ROLE OF PREFRONTAL REGIONS IN ECONOMIC CHOICE AND CHOICE-GUIDED BEHAVIOR
     $338,580

     award amount

9. Cavalli, Valeria

   Leads 2 awards · $666,094

   • 1R01NS096034-01A1Department: NIH department code

     MECHANISMS OF CHROMATIN REMODELING PROMOTING AXON REGENERATION
     $333,594

     award amount
   • 4R01NS082446-04Department: NIH department code

     MICROTUBULE POST-TRANSLATIONAL MODIFICATIONS IN AXON REGENERATION
     $332,500

     award amount

10. Taghert, Paul H

    Leads 2 awards · $591,815

    • 4R01MH067122-14Department: NIH department code

      MECHANISMS OF CIRCADIAN CLOCK OUTPUT
      $384,110

      award amount
    • 5R24NS086741-03Department: NIH department code

      Expanding Access to Planar Illumination Microscopy in a Neuroimaging Core
      $207,705

      award amount

11. Van Essen, David C

    Leads 1 award · $488,702

    • 5R01MH060974-22Department: NIH department code

      Reconstructions and Representations of Cerebral Cortex
      $488,702

      award amount

12. Magleby, Karl L

    Leads 1 award · $487,235

    • 1R01GM114694-01A1Department: NIH department code

      Testing a Novel Push-Pull Mechanism for Ca2+-Dependent Coupling in BK Channels
      $487,235

      award amount

13. Salkoff, Lawrence B

    Leads 2 awards · $457,500

    • 5R21MH107955-02Department: NIH department code

      ARE SODIUM-ACTIVATED POTASSIUM CHANNELS THE "GATE-KEEPERS" OF SYNAPTIC INTEGRATION?
      $228,750

      award amount
    • 5R21NS088611-02Department: NIH department code

      AN OVERLOOKED K+ CURRENT REPOLARIZES ACTION POTENTIALS THROUGHOUT THE BRAIN
      $228,750

      award amount

14. Burkhalter, Andreas Hans

    Leads 1 award · $380,000

    • 4R01EY022090-04Department: NIH department code

      PROCESSING STREAMS IN VISUAL CORTEX
      $380,000

      award amount

15. Nonet, Michael L

    Leads 1 award · $326,703

    • 5R01NS040094-10Department: NIH department code

      MOLECULAR GENETIC ANALYSIS OF DEVELOPING SYNAPSES
      $326,703

      award amount

16. Bagnall, Martha W

    Leads 1 award · $245,135

    • 5R00DC012536-04Department: NIH department code

      Vestibular control of axial motor circuitry
      $245,135

      award amount

17. O'Malley, Karen L

    Leads 1 award · $228,750

    • 1R21MH109019-01A1Department: NIH department code

      SELECTIVE ACTIONS OF MGLU5 RECEPTOR NEGATIVE ALLOSTERIC MODULATORS
      $228,750

      award amount

18. Conen, Katherine E

    Leads 1 award · $30,152

    • 5F31MH107111-02Department: NIH department code

      Analyzing contextual adaptation in value-encoding neurons during economic choice.
      $30,152

      award amount