FY2026 NIH awards · Principal investigators
Biochemistry at University of Massachusetts Medical School Worcester
Worcester, MA
Funding
$8.7M
$8,716,146
Awards
22
FY2026 NIH awards in Biochemistry
Principal investigators
18
18 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 Biochemistry row of the University of Massachusetts Medical School Worcester page.
Leads a grant in this department
18 contact PIs of these awards, by the funding they lead. Other principal investigators on an award are listed with it and under Co-investigators.
Paul R Thompson
Leads 1 award · $837,500
- 2R35GM118112-11Department: NIH department codeChemical probes to decipher PAD biology$837,500award amount
Summer B Thyme
Leads 1 award · $837,498
- 5R01HD115159-03Department: NIH department codeLarge-scale Genetic Investigation and Drug Discovery to Counteract Down Syndrome Neural Deficits$837,498award amount
Sean Patrick Ryder
Leads 2 awards · $820,750
- 1R21OD042639-01Department: NIH department codeRepurposing LNP technology to simplify gene editing in nematodes$460,625award amount
- 5R01HD111505-03Department: NIH department codeUnmasking the role of maternal transcript UTRs in reproductive fecundity$360,125award amount
Nicholas R Rhind
Leads 1 award · $800,149
- 5R35GM148359-04Department: NIH department codeRegulation of Key Cell Cycle Events$800,149award amount
Brian Anthony Kelch
Leads 2 awards · $751,956
- 5R35GM156361-02Department: NIH department codeStructural mechanisms of multimeric ATPases$669,281award amount
- 3R35GM156361-02S1Department: NIH department codeStructural mechanisms of multimeric ATPases$82,675award amount
Oliver J Rando
Leads 1 award · $716,119
- 1R01HD117823-01A1Department: NIH department codeDietary signaling in male reproductive tissues$716,119award amount
Mary Munson
Leads 2 awards · $694,201
- 5R35GM148225-04Department: NIH department codeDissecting the Molecular Mechanisms of Exocytic Vesicle Tethering and Fusion$669,060award amount
- 3R35GM148225-04S1Department: NIH department codeDissecting the Molecular Mechanisms of Exocytic Vesicle Tethering and Fusion$25,141award amount
Daniel N Bolon
Leads 2 awards · $670,000
- 1R35GM161417-01Department: NIH department codeInvestigating mechanisms of protein interaction hubs in vivo$460,625award amount
- 5R21AI191052-02Department: NIH department codeComprehensive analysis of epistasis in drug resistance potential of Mpro from SARS-CoV-2$209,375award amount
Celia A. Schiffer
Leads 1 award · $502,500
- 5R35GM151996-03Department: NIH department codeDefining and Avoiding Molecular Mechanisms of Drug Resistance$502,500award amount
Peter M Pryciak
Leads 1 award · $460,625
- 1R35GM163698-01Department: NIH department codeProtein Interactions via Short Peptide Binding Motifs$460,625award amount
Josue Flores-Kim
Leads 1 award · $418,750
- 5R35GM150669-04Department: NIH department codeDiscovery and characterization of bacterial cell envelope assembly and remodeling networks that modulate tolerance to antibiotics$418,750award amount
Sy Redding
Leads 1 award · $418,750
- 5R35GM147477-05Department: NIH department codePhysical determinants of DNA recognition and genome organization in crowded environments$418,750award amount
Stephen C. Miller
Leads 1 award · $360,125
- 1R01GM166815-01Department: NIH department codeBuilding Bridges to New Luciferins$360,125award amount
Qing Yu
Leads 1 award · $211,918
- 5K22CA282268-03Department: NIH department codeNew Proteomics Approaches to Study the Full Human Kinome, Inhibitor Resistance, and Kinase Degraders$211,918award amount
Brandon Lee Bastien
Leads 1 award · $81,280
- 1F32MH143397-01A1Department: NIH department codeDefining molecular pathways in monoamine circuit development using autism-related syndrome genes in zebrafish$81,280award amount
Vincent Azzolino
Leads 1 award · $58,114
- 5F30AI181515-03Department: NIH department codeCharacterization of Enterovirus 68 3C Protease For the Development of Robust and Potent Direct-Acting Antiviral Inhibitors$58,114award amount
Clint Noel McDaniel
Leads 1 award · $38,312
- 1F31AI203120-01Department: NIH department codeElucidating the impact of receptor binding on seasonal influenza strains$38,312award amount
Emily Blackburn
Leads 1 award · $37,599
- 5F31CA306266-02Department: NIH department codeA comprehensive study of sequence variation effects on PCNA function.$37,599award amount