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(http://www.niehs.nih.gov//portfolio/index.cfm?do=portfolio.sciencecodegrants&&scode=01&topic=1&format=excel)
| Title | Principal Investigator | Institution | Grant Number | RFA PA Number | Program Officer | Pubs | Primary Science Code | Secondary Science Code |
|---|---|---|---|---|---|---|---|---|
| ARSENIC-INDUCED MIRNA-199 AND MRIRNA-214 DEPLETE MITOCHONDRIAL DNA FOR THE GENERATION OF CANCER STEM-LIKE CELLS | chen, fei | State University New York Stony Brook | R01ES028335 | PA16-160 | Shaughnessy, Daniel | 15 | 01 - Basic Cellular or Molecular processes | - |
| ARSENITE-INDUCED NECROPTOSIS | jacobs, bertram l. | Arizona State University-Tempe Campus | R21ES030838 | PA19-053 | Shaughnessy, Daniel | 0 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| BURDEN AND SIGNATURES OF SOMATIC MUTATIONS IN GENOMES OF HEALTHY INDIVIDUALS. | saini, natalie | Medical University Of South Carolina | R00ES028735 | PA18-398 | Shaughnessy, Daniel | 1 | 01 - Basic Cellular or Molecular processes | - |
| CHARACTERIZING NEW REDOX ROLES FOR PROTEIN UBIQUITINATION IN HUMAN CELLS | silva, gustavo m | Duke University | R21ES032964 | PA20-195 | Shaughnessy, Daniel | 0 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| DEFINING ENVIRONMENTAL INFLUENCE ON RNA PROCESSING | pillon, monica | Baylor College Of Medicine | R00ES030735 | PA18-398 | Shaughnessy, Daniel | 1 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| DEFINING NOVEL ROLES OF UBIQUITIN ACCUMULATION DURING THE MAMMALIAN OXIDATIVE STRESS RESPONSE | maduka, austin o. | Duke University | F30ES034271 | PA21-049 | Shaughnessy, Daniel | 0 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| DIRECT OXIDATIVE NUCLEIC ACIDS DEMETHYLATION | he, chuan | University Of Chicago | R01ES030546 | PA18-484 | Tyson, Frederick | 8 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| DISSECTING NRF2-DEPENDENT HIF1A ACTIVATION MECHANISM IN ARSENIC-INDUCED CANCER STEM-LIKE CELLS | chen, fei | State University New York Stony Brook | R01ES031822 | PA19-056 | Shaughnessy, Daniel | 7 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| DISSECTING THE ROLE OF HIPPO SIGNALING IN PLATINUM-BASED CHEMOTHERAPY | wang, wenqi | University Of California-Irvine | R21ES031642 | PA19-053 | Shaughnessy, Daniel | 2 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| HARNESSING THE LYSOSOME MACHINERY TO COUNTER METAL TOXICITY | kornfeld, kerry | Washington University | R56ES032839 | PA20-185 | Shaughnessy, Daniel | 0 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| INVESTIGATING THE ADAPTIVE ROLE OF HEAT-INDUCED BIOMOLECULAR CONDENSATES IN TRANSLATIONAL REGULATION | wong, caitlin | University Of Chicago | F31ES033554 | PA21-051 | Shaughnessy, Daniel | 0 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| NRF1-DEPENDENT REGULATION OF CELLULAR STRESS RESPONSE YOUR TITLE | chan, jefferson y | University Of California-Irvine | R01ES029481 | PA18-484 | Shaughnessy, Daniel | 3 | 01 - Basic Cellular or Molecular processes | - |
| POST-TRANSLATIONAL MODIFICATION OF PROTEIN SURFACES | kim, justin | Dana-Farber Cancer Inst | DP2ES030448 | RM17-006 | Shaughnessy, Daniel | 5 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |
| UNDERSTANDING MRNA CONDENSATION AND ITS ROLE IN TRANSLATIONAL CONTROL DURING STRESS | glauninger, hendrik | University Of Chicago | F30ES032665 | PA19-191 | Shaughnessy, Daniel | 1 | 01 - Basic Cellular or Molecular processes | 03 - Carcinogenesis/Cell Transformation |