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NIH funding notice RFA-CA-19-019

Innovative Molecular and Cellular Analysis Technologies for Basic and Clinical Cancer Research (R21 Clinical Trials Not Allowed)

Closed on September 27, 2019.

Posted
January 7, 2019
Close date
September 27, 2019
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

13 competing awards (new and renewals) from FY2014 to FY2025 under this notice and the notices it replaced: $5,549,732 in first-year total cost, median $517,321.

Most frequent study sections

  1. Special Emphasis Panel[ZCA1 TCRB-J (M1)]5
  2. Special Emphasis Panel[ZCA1 TCRB-D (O1)]4
  3. Special Emphasis Panel[ZCA1 TCRB-J (J1)]4

Most frequent institutions

  1. UNIVERSITY OF WASHINGTON2
  2. CASE WESTERN RESERVE UNIVERSITY1
  3. CORNELL UNIVERSITY1
  4. DANA-FARBER CANCER INST1
  5. GEORGIA INSTITUTE OF TECHNOLOGY1
Competing awards under RFA-CA-19-019 and the notices it replaced
FYProjectPIsInstitutionFirst-year costStudy section
2020Rational generation of high-performance recombinant antibodies to post-translational modifications1R21CA246457-01A1HATTORI, TAKAMITSUNEW YORK UNIVERSITY SCHOOL OF MEDICINE, NY$620,370ZCA1
2020Highly specific, amplification-free, single-molecule counting of rare methylated DNA cancer biomarkers1R21CA225493-01A1TEWARI, MUNEESHWALTER, NILS GUNIVERSITY OF MICHIGAN AT ANN ARBOR, MI$608,541ZCA1
2020Spatiotemporal Epitranscriptome Editing Technology1R21CA247638-01LIANG, FU-SENCASE WESTERN RESERVE UNIVERSITY, OH$602,140ZCA1
2020High-content functional cancer drug testing on micro-cuboidal tumor dissections1R21CA251952-01FOLCH, ALBERTUNIVERSITY OF WASHINGTON, WA$601,999ZCA1
2020Phenotypic assay for drug discovery and personalized medicine based on real-time vibrational spectroscopy enhanced by plasmonic metasurfaces1R21CA251052-01SHVETS, GENNADYCORNELL UNIVERSITY, NY$598,729ZCA1
2020Fractionation and Profiling of Heterogeneous Circulating Tumor Cells Using a Hyperuniform- Structured Microchip1R21CA240185-01A1LI, WEITEXAS TECH UNIVERSITY, TX$553,092ZCA1
2020Nanotechnology Enabled Selection of MHC-Peptide Ligands to Personalize Cancer Therapy1R21CA240220-01A1ALEXANDRAKIS, GEORGIOSUNIVERSITY OF TEXAS ARLINGTON, TX$517,321ZCA1
2020Tools for DUB Drug Discovery1R21CA247671-01BUHRLAGE, SARA JMARTO, JARROD A.DANA-FARBER CANCER INST, MA$323,910ZCA1
2020A microfluidic cell culture platform for personalizing pancreatic cancer therapies1R21CA236612-01A1REVZIN, ALEXANDERMAYO CLINIC ROCHESTER, MN$290,970ZCA1
2020High-resolution spatial transcriptomics through light patterning1R21CA246358-01SEELIG, GEORGWU, DAVIDUNIVERSITY OF WASHINGTON, WA$218,089ZCA1
2020Label-Free Cell-Resolved Metabolomics for Tumor Microscopy1R21CA240214-01A1CICERONE, MARCUS TGEORGIA INSTITUTE OF TECHNOLOGY, GA$216,120ZCA1
2020High Throughput Digital Droplet ELISA for Ultrasensitive Multiplexed Diagnostics1R21CA236653-01A1ISSADORE, DAVID AARONUNIVERSITY OF PENNSYLVANIA, PA$213,288ZCA1
2020Development of a microfluidic primary cell editing platform (pCEP) for personal gene therapy1R21CA229024-01A1HUR, SOOJUNG CLAIREJOHNS HOPKINS UNIVERSITY, MD$185,163ZCA1

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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