FY2024 NIH awards · Principal investigators
Chemistry at Harvard University
Cambridge, MA
- 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 Chemistry row of the Harvard University page. Department rankings count Harvard University's awards toward Harvard Medical School.
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.
Daniel Kahne
Leads 3 awards · $2,028,283
- 5R01AI153358-05Department: NIH department codeTargeting Membrane Transport Steps in Cell Envelope Assembly
Principal investigators: Daniel Kahne (contact PI), Andrew Kruse
$726,665award amount - 2R01AI081059-16A1Department: NIH department codeOuter Membrane Biogenesis: New Antibiotic Targets$669,579award amount
- 5R01AI149778-21Department: NIH department codeStudies on the Biological Mechanisms of Antibiotics$632,039award amount
Eugene I Shakhnovich
Leads 2 awards · $1,176,190
- 5R35GM139571-04Department: NIH department codeBiophysical foundations of evolutionary dynamics$760,157award amount
- 5R01EY030444-05Department: NIH department codeStructure and Interactions of Conformational Intermediates in gamma-D Crystallin Aggregation, and Their Targeting for Cataract Prevention$416,033award amount
Brian Liau
Leads 4 awards · $1,058,870
- 5R01CA274437-02Department: NIH department codeChemical Genetic Approaches to Study Chromatin Complexes$489,702award amount
- 5R21GM148899-02Department: NIH department codeGenome-wide Mapping of Ribosome Occupancies with Inhibitor-Induced mRNA Covalent Labeling$240,336award amount
- 1R35GM153476-01Department: NIH department codeIntegrating Chemical Genetic Approaches with Precision Genome Editing$210,169award amount
- 3R35GM153476-01S1Department: NIH department codeIntegrating Chemical Genetic Approaches with Precision Genome Editing$118,663award amount
Eric N Jacobsen
Leads 2 awards · $930,548
- 5R35GM149244-02Department: NIH department codeDevelopment, Elucidation, and Application of New Principles in Stereoselective Catalysis$914,773award amount
- 3R35GM149244-02S1Department: NIH department codeDevelopment, Elucidation, and Application of New Principles in Stereoselective Catalysis$15,775award amount
Xiaowei Zhuang
Leads 1 award · $848,422
- 1R01MH134800-01Department: NIH department codeSpatial genomics and cell atlas of the human brain$848,422award amount
Andrew G Myers
Leads 1 award · $732,842
- 5R01AI168228-03Department: NIH department codeDiscovery through chemical synthesis of antibiotics effective against modern bacterial pathogens$732,842award amount
Emily Patricia Balskus
Leads 1 award · $332,015
- 5R01CA208834-09Department: NIH department codeUnderstanding the Mechanism of a Gut Microbial Genotoxin Involved in Colorectal Carcinogenesis$332,015award amount
Theodore A Betley
Leads 1 award · $331,764
- 5R01GM145752-03Department: NIH department codeTrapping reactive intermediates and their application towards catalysis$331,764award amount
Christina Woo
Leads 1 award · $328,448
- 5R01GM141406-03Department: NIH department codeUncovering the substrate recognition mechanisms of the E3 ligase adaptor cereblon$328,448award amount
Zheng Cui
Leads 1 award · $86,932
- 5F32GM151795-02Department: NIH department codeNatural product discovery and biosynthetic pathway elucidation from the human pathogen Legionella$86,932award amount
Trevor Latendresse
Leads 1 award · $79,756
- 5F32GM145088-03Department: NIH department codeMulti-nuclear Iron Clusters as Biomimics of Nitrogenase Enzyme Metallocofactors$79,756award amount
Jesse Gordon
Leads 1 award · $76,756
- 5F32GM147975-02Department: NIH department codeCatalytically Generated Amidyl Radicals for Site-Selective Intermolecular C-H Functionalization$76,756award amount
Sophia Louise Shevick
Leads 1 award · $74,284
- 5F32GM143919-03Department: NIH department codeAnion Abstraction From Hypervalent Silanes: Enantioselective Synthesis of Compounds Bearing Carbon and Silicon Stereogenic Centers$74,284award amount
Sepand K Nistanaki
Leads 1 award · $73,828
- 5F32GM149151-02Department: NIH department codeStereoselective Transition Metal Catalysis Enabled by Hydrogen-Bond Donor Mediated Electrophile Activation$73,828award amount
Elaine Reichert Raguram
Leads 1 award · $73,408
- 1F32GM153089-01Department: NIH department codePhotoelectrocatalytic Trifluoromethylation of Arenes via Trifluoroacetate Decarboxylation$73,408award amount
James Woods
Leads 1 award · $41,656
- 1F31CA294870-01Department: NIH department codeBase editing to elucidate RAF regulation and signaling$41,656award amount
Lauren Anne Litzau
Leads 1 award · $41,403
- 1F31AR083740-01Department: NIH department codeThe tetraspanin CD151 and integrin α3β1 signaling complex in basement membrane adhesion$41,403award amount
Samantha Joubran
Leads 1 award · $41,403
- 1F31AI186590-01Department: NIH department codeDeveloping HIV Resistant Hematopoietic Stem Cells through Targeted Base Editing$41,403award amount
Simon P Shen
Leads 1 award · $41,403
- 1F31HL174076-01Department: NIH department codeInvestigating the functional role of a degron in ASXL1 in hematopoiesis and disease$41,403award amount
Jose Del Rio Pantoja
Leads 1 award · $40,689
- 5F31GM143896-03Department: NIH department codeElucidating the Functional Role of Post-translational Aminoacylation in Chromatin Regulation$40,689award amount
Michael Edward Vinyard
Leads 1 award · $32,372
- 5F31CA257625-04Department: NIH department codeDetermining the role of LSD1 in multiple myeloma through a multi-omics approach at single cell resolution$32,372award amount
Timothy Bartlett Boit
Leads 1 award · $29,989
- 5F32GM145065-03Department: NIH department codeSelective Oxidation of Primary C-H Bonds Using Late-Transition-Metal-Oxo Catalysts$29,989award amount
Isabelle Leibler
Leads 1 award · $22,922
- 5F32GM151794-02Department: NIH department codeNew eras of catalysis: Towards the development of pseudotransition metal organocatalysts for metal-free cross-coupling transformations$22,922award amount
Merrick De Forest Pierson Smela
Leads 1 award · $16,679
- 5F31HD108898-03Department: NIH department codeHuman iPSC-derived ovarian follicles as a model of female reproduction$16,679award 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.
Andrew Kruse
Co-investigator on 5R01AI153358-05, led by Daniel Kahne
From the FY2024 awards this person leads
- Harvard Medical School (no department on record, 1 award)