FY2022 NIH awards · Principal investigators
Pharmacology at Yale University
New Haven, CT
- 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 Pharmacology row of the Yale University page.
Leads a grant in this department
24 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Wu, Dianqing
Leads 3 awards · $1,961,896
- 5R35HL135805-06Department: NIH department codeSignaling mechanisms and functions related to patho-physiology of vascular, lung and blood systems$912,314award amount
- 1R01CA274735-01Department: NIH department codeA novel signaling mechanism for LRP5$546,536award amount
- 5R01CA214703-05Department: NIH department codeDKK2 regulates NK activation and tumor immunity$503,046award amount
Bennett, Anton M
Leads 3 awards · $1,561,366
- 1R01HL158876-01A1Department: NIH department codeMKP5 allostery in MAPK regulation and signaling in the heart$620,333award amount
- 1R01AR080152-01Department: NIH department codeDual-specificity phosphatase action in muscle disease$524,744award amount
- 5T32GM007324-45Department: NIH department codeInstitutional National Research Service Award$416,289award amount
Lemmon, Mark A
Leads 2 awards · $1,288,701
- 2R35GM122485-06Department: NIH department codeUnderstanding Signaling by Non-Canonical Receptor Tyrosine Kinases$770,500award amount
- 5R01CA248166-03Department: NIH department codeUnderstanding how receptor tyrosine kinase activation dynamics specify proliferative cellular responses$518,201award amount
Kaczmarek, Leonard K
Leads 2 awards · $763,788
- 5R01DC001919-30Department: NIH department codeExpression of Ion Channels in the Auditory System$397,382award amount
- 5R01NS102239-05Department: NIH department codeCellular Regulation of Sodium-activated Potassium Channels$366,406award amount
Anderson, Karen S.
Leads 1 award · $742,737
- 5R01AI155072-30Department: NIH department codeMechanism and Inhibition of HIV Reverse Transcriptase$742,737award amount
Hlavacek, William S
Leads 1 award · $674,422
- 5R01CA244660-03Department: NIH department codeMultiscale Modeling to Optimize Inhibition of Oncogenic ERK Pathway Signaling$674,422award amount
Mi, Wei
Leads 2 awards · $575,829
- 5R01GM137068-02Department: NIH department codeMolecular Mechanisms of the Type I Secretion System from Bacterial Pathogens$351,750award amount
- 5R21AI156595-02Department: NIH department codeStructural analysis of inner membrane platform in the type 2 secretion system$224,079award amount
Iwasaki, Akiko
Leads 1 award · $540,244
- 5R01NS111242-04Department: NIH department codeRole of viral infections in potassium channel-related cerebellar ataxia$540,244award amount
Ferguson, Kathryn M
Leads 1 award · $520,743
- 5R01CA198164-08Department: NIH department codeUnderstanding EGF receptor activation by growth factors and oncogenic mutations$520,743award amount
Turk, Benjamin E
Leads 2 awards · $511,656
- 5R01GM135331-03Department: NIH department codeMechanisms of selective signaling in MAP kinase phosphorylation networks$351,750award amount
- 1R03TR004173-01Department: NIH department codeDefining protein interaction networks involving the atypical MAP kinases ERK4 and ERK7$159,906award amount
Bhattacharyya, Moitrayee
Leads 2 awards · $509,273
- 1R35GM147095-01Department: NIH department codeMolecular mechanism of regulation and activation of membrane proteins in native membrane milieu$260,273award amount
- 5R00GM126145-05Department: NIH department codeUncovering the molecular mechanism of learning and memory with an emphasis on Down Syndrome$249,000award amount
Calderwood, David A
Leads 1 award · $438,852
- 5R01GM134148-03Department: NIH department codeIntegrin Trafficking to Focal Adhesions$438,852award amount
Boggon, Titus Jonathon
Leads 1 award · $420,685
- 5R01GM138411-03Department: NIH department codeP21-activated kinases in cell-cell and cell-matrix adhesion signaling$420,685award amount
Alarcon, Claudio R
Leads 1 award · $418,750
- 5R35GM138185-03Department: NIH department codeMechanisms of Regulation of the m6A mRNA Methylation Machinery$418,750award amount
Tang, Wenwen
Leads 1 award · $418,750
- 5R01HL145152-04Department: NIH department codeThe role of MAP3K2/3 in modulating neutrophil ROS release and its translational potential$418,750award amount
Klein, Daryl Ewald
Leads 1 award · $383,156
- 5R01CA248532-03Department: NIH department codeIdentifying opportunities for extracellular inhibition of ALK signaling$383,156award amount
Lee, Sangwon
Leads 1 award · $383,156
- 1R01CA258867-01A1Department: NIH department codeTherapeutic targeting of FGF19-driven cancers with FGF21 variants$383,156award amount
Liu, Yansheng
Leads 1 award · $376,875
- 5R01GM137031-03Department: NIH department codeUnderstanding proteome remodeling in aneuploidy$376,875award amount
Boggon, Titus Jonathon
Leads 1 award · $351,750
- 2R01GM102262-09A1Department: NIH department codeLIM domain kinases: regulation and substrate recognition$351,750award amount
Ha, Ya
Leads 1 award · $338,769
- 5R01GM138722-03Department: NIH department codeDevelopment of novel PIP4K inhibitors to treat p53-null cancer$338,769award amount
Boutagy, Nabil
Leads 2 awards · $254,790
- 5K01DK124441-03Department: NIH department codeEndothelial lipid droplet turnover and regulation of metabolic function$152,874award amount
- 3K01DK124441-03S1Department: NIH department codeEndothelial lipid droplet turnover and regulation of metabolic function$101,916award amount
Lolis, Elias
Leads 1 award · $234,919
- 1R21CA256380-01A1Department: NIH department codeHumanizing CXCL13 and CXCR5 in mice$234,919award amount
Starbird, Chrystal
Leads 1 award · $96,662
- 1K99GM144683-01Department: NIH department codeThe Structural Basis of TAM Receptor Oligomerizarion and Co-receptor Interactions$96,662award amount
Mudumbi, Krishna Chaitanya
Leads 1 award · $95,994
- 5K99CA256350-02Department: NIH department codeUnderstanding biased agonism in receptor tyrosine kinases to devise new modalities for their targeting in cancer$95,994award amount