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A core aspiration of the CTSA program is to enable all Hubs to operate as a synergistic network, pooling data and knowledge, expanding the scope of observational and interventional trials, and dramatically reducing the time and cost for biomedical discovery and evaluation. The CD2H cores are building the informatics prerequisites necessary to realize this vision.
Since 2012, the Network Science Program at the University of Florida Clinical and Translational Science Institute has conducted research and implemented interventions on the collaboration networks of researchers at UF. The program currently aims to apply accumulated methods and experiences to other research institutions and to facilitate interventions on cross-institutional collaborative
As the coordinating center for the CTSA Program, CLIC’s vision is to build innovative and dynamic ecosystems to support the CTSA program as a connected and collaborative consortium. Whether it is reporting your Common Metrics data, engaging in collaborative activities, disseminating information regarding your hubs’ news or events, or interacting with the CLIC website, CLIC is the place to go to
The Utah CCTS Cellular Translational Research Core (CTRC) was officially launched in 2016 as a part of the Utah CCTS Precision Medicine program. The main CTRC priorities have been 1) to provide support and services for the investigators interested in stem cell research; 2) establish new services related to the generation of CRISPR/Cas9-edited human stem cell lines; and 3) educate the community on
The goal of this proposal is to establish the UMass Integrative Biomarker Center (InBioC) that will apply powerful new technologies (genomic, proteomic, metabolomic, imaging technologies, nanotechnologies) and integrative analytics to well-curated human samples in order to clarify biological pathways, provide insights into disease mechanisms, identify new therapeutic targets, and define novel
Pediatric medical technology advancement is about a decade behind adult technology advancement. This technology lag was reflected in a lack of pediatric-specific innovation within the University of Minnesota (UMN). To address this institutional and national deficit, we developed a novel program around pediatric technology innovation. The Pediatric Health Innovation Program (PHIP) at the UMN
At Vanderbilt University Medical Center, our Learning Healthcare System (LHS) focuses on bringing clinical research and clinical operations together as collaborative partners. Evidence generated through carefully designed, rigorous study informs recommendations for best practices. At the same time, critical issues that arise in the delivery of patient care generate pressing questions to pursue. In