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NIH funding notice RFA-AT-18-003

Discovery and Biological Signatures of Diet Derived Microbial Metabolites (R01 Clinical Trial Optional)

Closed on March 19, 2018.

Posted
December 15, 2017
Close date
March 19, 2018
Activity codes
Not stated on the notice page
Institutes taking part
Not stated on the notice page

Read the notice on Grants.gov · NIH Guide page

The notices it replaced

Its page was not saved, so the notices it replaced are not known.

Who won it before

11 competing awards (new and renewals) from FY2014 to FY2025 under this notice and the notices it replaced: $4,359,954 in first-year total cost, median $388,829.

Most frequent study sections

  1. Special Emphasis Panel[ZAT1 AJT (08)]11

Most frequent institutions

  1. BRIGHAM AND WOMEN'S HOSPITAL1
  2. LSU PENNINGTON BIOMEDICAL RESEARCH CTR1
  3. OREGON STATE UNIVERSITY1
  4. ROSWELL PARK CANCER INSTITUTE CORP1
  5. RUTGERS THE STATE UNIV OF NJ NEWARK1
Competing awards under RFA-AT-18-003 and the notices it replaced
FYProjectPIsInstitutionFirst-year costStudy section
2019Contribution of phytochemicals to gut symbiont colonization and synthesis of immunomodulatory sphingolipids1R01AT010268-01OH, SUNGWHAN FBRIGHAM AND WOMEN'S HOSPITAL, MA$402,750ZAT1
2018Flaxseed effects on gut microbial metabolism and circulating inflammation-related metabolic profiles in African American and non-Hispanic white women1R01AT010216-01MCCANN, SUSAN EROSWELL PARK CANCER INSTITUTE CORP, NY$459,106ZAT1
2018Systems biology of microbe-mediated glucosinolate bioconversion in inflammatory bowel disease1R01AT010253-01PAPIN, JASONUNIVERSITY OF VIRGINIA, VA$414,781ZAT1
2018Discovery and Biological Signatures of Microbiome-Derived Xanthohumol Metabolites and their Role in Ameliorating Inflammatory Bowel Disease1R01AT010271-01BRADLEY, RYAN DMETZ, THOMAS OSTEVENS, JAN FREDERIKOREGON STATE UNIVERSITY, OR$399,697ZAT1
2018Multiomic Signatures of Microbial Metabolites Following Prebiotic Fiber Supplementation1R01AT010232-01SNYDER, MICHAEL P.STANFORD UNIVERSITY, CA$392,500ZAT1
2018Biological signatures of blueberry derived microbial metabolites1R01AT010247-01PON VELAYUTHAM, ANANDH BABUUNIVERSITY OF UTAH, UT$388,829ZAT1
2018Mucosal modulation by LGG and R. gnavus specific tryptophan metabolites1R01AT010243-01FERRARIS, RONALDO PARAOANGAO, NANRUTGERS THE STATE UNIV OF NJ NEWARK, NJ$387,500ZAT1
2018Characterization of Microbiota-derived Polymethoxyflavone Metabolites and their Anti-inflammatory Actions in the Colon1R01AT010229-01XIAO, HANGUNIVERSITY OF MASSACHUSETTS AMHERST, MA$384,500ZAT1
2018Fenugreek, gut microbiota, and resiliency to Western diet1R01AT010279-01BRUCE-KELLER, ANNADORA JLSU PENNINGTON BIOMEDICAL RESEARCH CTR, LA$380,253ZAT1
2018Proanthocyanidin metabolites produced by commensal gut microbes may promote metabolic resilience1R01AT010242-01ROOPCHAND, DIANA ELIZABETHRUTGERS, THE STATE UNIV OF N.J., NJ$375,974ZAT1
2018Dietary Flavonoids-Microbiota-Ah Receptor Interactions in the Gut1R01AT010282-01CHAPKIN, ROBERT STEPHENJAYARAMAN, ARULLEE, KYONGBUMSAFE, STEPHEN H.TEXAS A&M AGRILIFE RESEARCH, TX$374,064ZAT1

Data: Grants.gov's daily extract and NIH's notice pages and award files, in ScienceGraph release conductgrants-2026-11-10-0.1.1. An award is listed only where NIH's own record names the notice, and a PI only by NIH's profile ID. Grants.gov and NIH do not endorse ScienceDex.

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RFA-AT-18-003: Discovery and Biological Signatures of Diet Derived Microbial Metabolites (R01 Clinical Trial Optional) | ScienceDex | ConductScience