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Discovery and Developmental Therapeutics

$4,861P30FY2018CANIH

Emory University, Atlanta GA

Investigators

Linked publications, trials & patents

Trial NCT07405476Trial NCT07213154Trial NCT07174570Trial NCT07155317Trial NCT07150546Trial NCT07140679Trial NCT07112690Trial NCT07104240Trial NCT07101445Trial NCT06914999Trial NCT06868433Trial NCT06865768Trial NCT06799481Trial NCT06760507Trial NCT06731270Trial NCT06709534Trial NCT06708351Trial NCT06674863Trial NCT06662058Trial NCT06650579Trial NCT06636734Trial NCT06595160Trial NCT06583148Trial NCT06541158Trial NCT06534125Trial NCT06495125Trial NCT06492759Trial NCT06492070Trial NCT06423326Trial NCT06328699Trial NCT06328686Trial NCT06324240Trial NCT06254911Trial NCT06132685Trial NCT06105918Trial NCT06008730Trial NCT06006013Trial NCT05998135Trial NCT05877859Trial NCT05873608Trial NCT05798507Trial NCT05779943Trial NCT05756569Trial NCT05733351Trial NCT05526872Trial NCT05514912Trial NCT05513859Trial NCT05506982Trial NCT05493566Trial NCT05488145Trial NCT05464810Trial NCT05391750Trial NCT05387915Trial NCT05368428Trial NCT05346692Trial NCT05341349Trial NCT05320406Trial NCT05315687Trial NCT05310448Trial NCT05274763Trial NCT05250895Trial NCT05245682Trial NCT05244239Trial NCT05208307Trial NCT05204160Trial NCT05103904Trial NCT05091866Trial NCT05086731Trial NCT05039073Trial NCT05017610Trial NCT04908709Trial NCT04895592Trial NCT04890236Trial NCT04883437Trial NCT04878029Trial NCT04848519Trial NCT04776395Trial NCT04762199Trial NCT04754945Trial NCT04750473Trial NCT04731376Trial NCT04725903Trial NCT04676087Trial NCT04590664Trial NCT04585724Trial NCT04524702Trial NCT04483206Trial NCT04433949Trial NCT04428671Trial NCT04393350Trial NCT04366791Trial NCT04361552Trial NCT04352205Trial NCT04348292Trial NCT04340882Trial NCT04278118Trial NCT04276194Trial NCT04262869Trial NCT04191421Trial NCT04144127

Abstract

PROJECT SUMMARY/ABSTRACT The Discovery and Developmental Therapeutics (DDT) Program provides a platform for integration of discoveries into the Winship translational pipeline and for development of new cancer diagnostic and therapeutic approaches with the premise that interdisciplinary and transdisciplinary interactions among DDT members advance effective anti-cancer strategies. The program is organized around four scientific themes: (1) Discovery, the discovery and thorough evaluation of therapeutic targets and novel small molecules; (2) Cancer Imaging, the development and/or utilization of in vivo imaging agents and technologies for drug delivery and for non-invasive diagnostic and therapeutic cancer applications; (3) Cancer Immunotherapy, the translation of innovative immune concepts and approaches into anti-cancer therapies; and (4) Developmental Therapeutics, human interventional trials for cancer using novel therapeutic strategies and individualized treatment options by functioning as a convergence point for translation of targets, imaging, therapeutic agents, and immunotherapies. These four scientific themes lead the program's activities and intra- and inter-programmatic research efforts through resources and infrastructure provided by Winship. Under the leadership of Haian Fu, PhD (leader) and Suresh Ramalingam, MD (co-leader) the DDT Program includes 56 core members representing 16 different departments within the School of Medicine (SOM), Rollins School of Public Health (RSPH), and Emory College. Between 2012 and the present this highly collaborative group of researchers published 1,122 cancer-relevant scientific articles. Of these, 296 (26%) were intra- and 273 (24%) were inter-programmatic collaborations, and 445 (40%) involved a collaboration with another cancer center or academic organization. As of March 31, 2016, DDT members held $28.4 million in annual total cancer-relevant research funding as awarded through Emory University, of which approximately $9.8 million (34%) was awarded directly from the NCI. In addition, DDT member Curran received $15M of NCI support as PI in a multi-PI format through the NRG Oncology Foundation. Built on Winship's enabling resources and infrastructure for effective drug and target discovery and their subsequent translational development and based on established interactions among members, the DDT Program is making major contributions to the development of efficacious diagnostic and treatment options for cancer patients.

View original record on NIH RePORTER →