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FY2026 NIH awards · Principal investigators

Physiology at Tulane University of Louisiana

New Orleans, LA

Funding
$3M
$3,023,790
Awards
6
FY2026 NIH awards in Physiology
Principal investigators
8
5 lead a grant here, 3 co-investigators
Department rank
#56
of 88 · 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 Physiology row of the Tulane University of Louisiana page.

Leads a grant in this department

5 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. Norman J Haughey

    Leads 2 awards · $871,558

    • 5R01MH131469-05Department: NIH department code
      A Sphingomyelin Hydrolase Regulates the Late Stages of HIV Assembly and Budding
      $467,771
      award amount
    • 5R01MH131219-05Department: NIH department code
      Innate immune memory promotes neural damage in the ART suppressed HIV infected brain

      Principal investigators: Norman J Haughey (contact PI), Jinchong Xu, Valina L. Dawson

      $403,787
      award amount

  2. Andrei Derbenev

    Leads 1 award · $840,000

    • 4R01DK137224-03Department: NIH department code
      Glycinergic inhibition in the ventral brainstem

      Principal investigators: Andrei Derbenev (contact PI), Andrea Zsombok

      $840,000
      award amount

  3. Jia Long Zhuo

    Leads 1 award · $706,360

    • 5R01DK067299-17Department: NIH department code
      Novel Roles and Mechanisms of Proximal Tubule Mitochondrial Angiotensin II and Sirtuin 3 in Hypertension
      $706,360
      award amount

  4. Lawrence T Reiter

    Leads 1 award · $356,872

    • 4R33NS134960-02Department: NIH department code
      Optimized Anti-Epileptic Screening Using Drosophila Models
      $356,872
      award amount

  5. John H Dasinger

    Leads 1 award · $249,000

    • 5R00HL157549-05Department: NIH department code
      Nox2-derived oxidative stress produced by T cells contributes to the development of maternal syndrome in the Dahl salt-sensitive rat.
      $249,000
      award amount

Co-investigators

Named as principal investigators on these awards, which someone else leads. They may belong to another department or institution: their own, below, comes from the awards they lead.