Grants Awarded



Click on any project title for a more detailed description of the project. For more information about any of these awards (e.g., PI contact information or associated publications), please use the corresponding project number to search for information at the NIH Reporter website. Consistent with NIH policy, abstracts are not available for projects receiving their first award within the past year, so descriptions provided below are from the NCI program director.

New awards will be posted as they are issued.

Year Award Typesort ascending Project # RFA # PI/Project Leader Institution Title Status
2011 R21 RFA-CA-10-005 ZEICHNER, STEVEN L CHILDREN'S RESEARCH INSTITUTE DEVELOPMENT OF AN IN VIVO SCREENING TECHNOLOGY FOR CANCER VACCINE IMMUNOGENS Complete
2015 R21 RFA-CA-14-005 MITRAGOTRI, SAMIR S UNIVERSITY OF CALIFORNIA SANTA BARBARA ASSESSING THE RISK OF UV-INDUCED SKIN CANCER VIA NON-INVASIVE EPIDERMAL SAMPLING Complete
2010 R21 RFA-CA-09-008 LIU, GUODONG NORTH DAKOTA STATE UNIVERSITY DEVELOPMENT OF A HAND-HELD CANCER BIOMARKER MONITOR Complete
2007 R21 RFA-CA-07-001 DING, ZHIYONG UT MD ANDERSON CANCER CTR EFFECTIVE MAMMALIAN TWO HYBRID SCREENING APPROACH Complete
2020 R21 RFA-CA-19-019 ALEXANDRAKIS, GEORGIOS UNIVERSITY OF TEXAS ARLINGTON Nanotechnology Enabled Selection Of MHC-peptide Ligands To Personalize Cancer Therapy Active
2006 R21 RFA-CA-06-003 MEYER, TOBIAS STANFORD UNIVERSITY DISSECTION OF THE MODULAR STRUCTURE OF CANCER SIGNALING SYSTEMS Complete
2009 R21 RFA-CA-08-006 LESSNICK, STEPHEN L. UNIVERSITY OF UTAH ANTIBODY-BASED DETECTION OF TRANSLOCATIONS IN PEDIATRIC CANCER Complete
2012 R21 RFA-CA-12-002 TAO, NONGJIAN ARIZONA STATE UNIVERSITY-TEMPE CAMPUS CHARGE SENSITIVE OPTICAL DETECTION FOR HIGH THROUGHPUT STUDY OF SMALL MOLECULES Complete
2016 R21 RFA-CA-15-002 BURGETT, ANTHONY WG UNIVERSITY OF OKLAHOMA NORMAN MASS SPECTROMETRY DETECTION OF DRUGS IN SINGLE BLADDER CANCER CELLS FROM PATIENTS Complete
2019 R21 RFA-CA-18-002 MONTAGNA, CRISTINA ALBERT EINSTEIN COLLEGE OF MEDICINE Development of a high-resolution mapping platform for HPV DNA integration in premalignant lesions Active

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