4 lines
No EOL
1.9 KiB
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4 lines
No EOL
1.9 KiB
Text
"Project #","Project Title","Research Focus Area","Research Program","Administering IC(s)",Institution(s),Investigator(s),Location(s),"Year Awarded",Summary
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1RM1NS135283-01A1,"IMPETUS: Integrated Mechanisms, Phenotypes, and Translational Underpinnings of Chronic Pain after Surgery","Preclinical and Translational Research in Pain Management","Integrated Basic and Clinical Team-Based Research in Pain",NINDS,"WASHINGTON UNIVERSITY IN ST. LOUIS","HAROUTOUNIAN, SIMON (contact); CREED, MEAGHAN C; LU, CHENYANG ; RODEBAUGH, THOMAS L; SHEPHERD, ANDREW JOHN; SINHA, PRATIK","Saint Louis, MO",2024,"no summary"
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1RM1NS140200-01,"Neural Mechanisms of Colored Light Driven Analgeisa","Preclinical and Translational Research in Pain Management","Integrated Basic and Clinical Team-Based Research in Pain",NINDS,"UNIVERSITY OF NORTH CAROLINA","MAUCK, MATTHEW CHRISTOPHER (contact); KUCHENBECKER, JAMES A; NEITZ, JAY ; TAYLOR, NORMAN","Chapel Hill, NC",2024,"no summary"
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1RM1DE033491-01,"Endosomal Mechanisms Signaling Oral Cancer Pain","Preclinical and Translational Research in Pain Management","Integrated Basic and Clinical Team-Based Research in Pain",NIDCR,"NEW YORK UNIVERSITY","SCHMIDT, BRIAN L (contact); BUNNETT, NIGEL W; KHANNA, RAJESH; LEONG, KAM W; YE, YI","New York, NY",2023,"Human oral cancer is associated with significant chronic pain, and a comprehensive understanding of the biology and mechanisms underlying this chronic pain is critical for developing better pain management strategies. This project will determine molecular characteristics, including a specific signaling system (endosomal GPCR kinase), associated with chronic oral cancer pain, using tissue samples obtained from patients with this condition. The findings will then be used to inform studies in animal models of human oral cancer pain to enhance understanding how endosomal GPCR kinase contributes to human oral cancer pain." |