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FY2023 NIH awards · Principal investigators

Anesthesiology at Weill Cornell Medicine

New York, NY

Funding
$5.7M
$5,713,618
Awards
17
FY2023 NIH awards in Anesthesiology
Principal investigators
11
11 lead a grant here, 0 co-investigators
Department rank
#20
of 56 · Ranking
  • 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 Anesthesiology row of the Weill Cornell Medicine page.

Leads a grant in this department

11 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. Scheuring, Simon

    Leads 2 awards · $1,537,662

    • 5DP1AT010874-05Department: NIH department code
      Enabling physical stimuli in the study of structural dynamics: The sensory ion channels
      $1,186,500
      award amount
    • 5R01NS110790-05Department: NIH department code
      Functional dynamics of glutamate transporters probed by high-speed atomic force microscopy with micro- to millisecond time resolution
      $351,162
      award amount
  2. Nimigean, Crina M

    Leads 2 awards · $814,961

    • 5R01GM088352-12Department: NIH department code
      Molecular Mechanisms of Potassium Channel Permeation and Gating
      $415,275
      award amount
    • 5R01GM124451-07Department: NIH department code
      Structural dynamics in cyclic nucleotide-modulated channels
      $399,686
      award amount
  3. Riegelhaupt, Paul Michael

    Leads 3 awards · $654,502

    • 5R01GM145918-02Department: NIH department code
      Molecular mechanisms of Tandem Pore potassium channel gating and regulation
      $355,950
      award amount
    • 3R01GM145918-02S1Department: NIH department code
      Molecular mechanisms of Tandem Pore potassium channel gating and regulation
      $151,672
      award amount
    • 5K08GM132781-05Department: NIH department code
      Mechanisms of Volatile Anesthetic Modulation of Tandem Pore Potassium Channels
      $146,880
      award amount
  4. Calderon, Diany Paola

    Leads 1 award · $611,265

    • 1R01NS129836-01A1Department: NIH department code
      Mechanisms and Functions of Cortical Activity to Restore Behavior
      $611,265
      award amount
  5. Hemmings, Hugh C

    Leads 1 award · $524,535

    • 5R01GM058055-24Department: NIH department code
      Synaptic Mechanisms of General Anesthetic Action
      $524,535
      award amount
  6. Accardi, Alessio

    Leads 2 awards · $522,971

    • 5R01GM106717-09Department: NIH department code
      Ca2+-dependent lipid scrambling and ion transport by TMEM16 proteins
      $415,275
      award amount
    • 3R01GM106717-09S1Department: NIH department code
      Ca2+-dependent lipid scrambling and ion transport by TMEM16 proteins
      $107,696
      award amount
  7. Platholi, Jimcy

    Leads 2 awards · $392,972

    • 5R01GM130722-05Department: NIH department code
      Mechanisms of anesthetic-induced synaptic plasticity
      $335,900
      award amount
    • 3R01GM130722-05S1Department: NIH department code
      Mechanisms of anesthetic-induced synaptic plasticity
      $57,072
      award amount
  8. Cook, Daniel Charles

    Leads 1 award · $194,964

    • 1K08GM148935-01Department: NIH department code
      Metabolic impact of Intralipid on synaptic function as a mechanism of resuscitation in local anesthetic systemic toxicity
      $194,964
      award amount
  9. Kaur, Gunisha

    Leads 1 award · $194,940

    • 5K23NS116114-04Department: NIH department code
      Chronic Pain Diagnosis and Treatment in Torture Survivors
      $194,940
      award amount
  10. Rong, Lisa Qia

    Leads 1 award · $193,054

    • 5K23HL153836-03Department: NIH department code
      Impact of surgical revascularization strategy on left ventricular function, myocardial perfusion and clinical outcomes
      $193,054
      award amount
  11. Kim, Elizabeth Dione

    Leads 1 award · $71,792

    • 5F32GM145091-02Department: NIH department code
      Identification of potential drug binding sites within allosteric networks in cyclic nucleotide modulated channels
      $71,792
      award amount