FY2023 NIH awards · Principal investigators
Pathology at University of Chicago
Chicago, IL
Funding
$9M
$8,971,570
Awards
23
FY2023 NIH awards in Pathology
Principal investigators
16
16 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 Pathology row of the University of Chicago page.
Leads a grant in this department
16 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Gajewski, Thomas F
Leads 2 awards · $1,897,317
- 2R35CA210098-08Department: NIH department codeOvercoming resistance to anti-PD1 immunotherapy$970,168award amount
- 5R35CA210098-07Department: NIH department codeOvercoming resistance to anti-PD1 immunotherapy$927,149award amount
Savage, Peter Aidan
Leads 3 awards · $1,239,301
- 5T32AI007090-45Department: NIH department codeInterdisciplinary Training Program in Immunology$430,445award amount
- 5R01AI150047-04Department: NIH department codeDifferentiation and function of intratumoral memory-phenotype CD8+ T cells$405,000award amount
- 5U01AI154560-03Department: NIH department codeSpecificity of regulatory T cell suppression during infection$403,856award amount
Chervonsky, Alexander V
Leads 2 awards · $1,227,122
- 2R01AI127411-06Department: NIH department codeHost's and microbiota's contribution to sexual dimorphism of autoimmunity$663,237award amount
- 5R01AI158744-03Department: NIH department codeEnhancement of autoimmunity in type 1 diabetes by gluten$563,885award amount
Bendelac, Albert S.
Leads 2 awards · $702,679
- 5R01AI144094-05Department: NIH department codeDevelopment of Intestinal Polyreactive IgA B Cells$498,426award amount
- 5R37AI038339-27Department: NIH department codeTranscriptional Regulation of Innate-Like T Cells$204,253award amount
Kee, Barbara L.
Leads 2 awards · $683,576
- 5R01AI106352-20Department: NIH department codeTranscriptional Control of Natural Killer Cell Development$486,000award amount
- 1R21AI174641-01Department: NIH department codeInvestigating Helios as a regulator of natural killer cell effector maturation$197,576award amount
Koh, Andrew S
Leads 2 awards · $490,413
- 5R35GM138150-04Department: NIH department codeEpigenesis of Cell Fate Potential$399,048award amount
- 3R35GM138150-04S1Department: NIH department codeEpigenesis of Cell Fate Potential$91,365award amount
Khalili-Araghi, Fatemeh
Leads 1 award · $488,197
- 5R01DK131542-03Department: NIH department codeStructure, function, and modulation of claudin cation channels in the GI tract$488,197award amount
McNerney, Megan
Leads 1 award · $474,898
- 1R01HL166184-01Department: NIH department codeEstablishing CUX1 as a determinant of hematopoietic stem cell fate$474,898award amount
Khan, Aly Azeem
Leads 1 award · $450,400
- 1DP2AI177884-01Department: NIH department codeUnraveling the functional diversity of B cells in health and disease$450,400award amount
Raman, Arjun
Leads 1 award · $402,576
- 5R35GM146702-02Department: NIH department codeUsing co-evolution to understand the emergence of bacterial phenotype from proteome variation$402,576award amount
Esterhazy, Daria
Leads 1 award · $354,267
- 5R01DK133393-02Department: NIH department codeImmune crosstalk through shared LN drainage in the digestive system$354,267award amount
Schreiber, Hans
Leads 1 award · $333,450
- 5R01CA022677-42Department: NIH department codeManipulation of Tumor Specific Immunity$333,450award amount
Senagolage, Madhavi Dushyanthi
Leads 1 award · $74,292
- 5F32HL156600-02Department: NIH department codeFunctional characterization of CUX1 regulators for the treatment of myelodysplastic syndromes$74,292award amount
Jotte, Matthew
Leads 1 award · $52,694
- 5F30HL158035-02Department: NIH department codeDefining the Pathogenesis of Del(7q) in Hematopoietic Stem Cells$52,694award amount
Martinez, Tanner Clark
Leads 1 award · $52,694
- 5F30HL163992-02Department: NIH department codeEstablishing CUX1 as a determinant of Hematopoietic Stem cell heterogeneity$52,694award amount
Acero Bedoya, Santiago
Leads 1 award · $47,694
- 5F99CA274689-02Department: NIH department codeMyeloid cell-expressed PTPN22 and anti-tumor immunity$47,694award amount