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has driven initiatives designed to advance discovery and translation in the biomedical field. Leveraging big biomedical data, th(CIRD) advances these initiatives by using technology, electronic health records (EHRs), U.S. Census Bureau data and interdisciplinary approaches. CIRD curates a massive data warehouse that is accessible to researchers through multiple software tools, such as i2b2, TriNetX, and others for data query and data extraction. 

Amelie G Ramirez, Dr. P.H., interim chair of the at the Joe R. and Teresa Lozano Long School of Medicine, noted CIRD’s mission is to develop and enhance enhance population-based, clinical and translational research in clinical and community settings. Researchers have access to multicenter databases containing de-identified EHR data from both University Health System (UHS) and UTMed built and maintained by CIRD. CIRD offers assistance to researchers on how to access the data and develop queries. Benefits of utilizing these services include: accessing copious amounts of clinical data, generating preparatory data for grants, characterizing patient cohorts, and conducting retrospective studies. 

To better understand how CIRD expertise assists investigators in their translational research, Paula K. Shireman, M.D., professor of surgery and of microbiology, immunology and molecular genetics at the Long School of Medicine shared how she uses the database and services for her .

Encompassing a more comprehensive approach to patient care is challenging because traditional medical risk models do not consider social risk factors such as race or socioeconomic status for predicting patient outcomes such as hospital readmission or mortality. CIRD is piloting the acquisition and processing of U.S. Census Bureau data utilizing geocoded addresses from UTMed and UHS patients to provide block level census information about socioeconomic factors. The team will generate a new risk model that includes social risk factors coupled with clinical risk factors to better inform patients in need of surgical intervention. Patients, especially those who are vulnerable to potentially negative outcomes due to social risks or poor health, can be better informed about their risk for readmission into long-term care when considering surgery. In addition, at the health policy level, these data could help to recruit much needed hospital resources for safety-net hospitals, leading to better care pathways for disadvantaged and vulnerable patients.

 “A relatively untapped jewel at �����Թ�,” said Dr. Shireman, “CIRD has the potential to change the landscape of healthcare delivery by offering evidence-based, novel approaches in translational medicine that can impact patient care and population health.”  

CIRD plays a principal role supporting major initiatives including the , and the data network.