Jun Teruya

Dr. Jun Teruya is a faculty member at Baylor College of Medicine in the Department of Pathology & Immunology with clinical practice at Texas Children's Hospital. His academic appointment appears to be in the School of Medicine, with strong affiliations to the Department of Pediatrics, particularly the Hematology/Oncology division.

Dr. Teruya's research focuses on coagulation disorders, anticoagulation monitoring, and transfusion medicine, with particular emphasis on pediatric populations. His work addresses critical challenges in managing hemostasis in children requiring extracorporeal membrane oxygenation (ECMO), ventricular assist devices, and other complex medical interventions. He has made significant contributions to understanding platelet function disorders in adolescents with menorrhagia and improving diagnostic approaches for bleeding disorders.

Analyzing his publication record from 2002-2015 reveals consistent productivity in high-impact hematology and laboratory medicine journals. His research demonstrates an evolution from foundational studies in coagulation testing to more clinically applied research addressing specific challenges in pediatric critical care hemostasis. The most recent publications focus on practical clinical questions regarding anticoagulation monitoring, point-of-care testing, and age-specific hemostatic parameters.

Dr. Teruya maintains an active research program with Department of Defense funding for developing point-of-care platelet function assessment technology. His work bridges laboratory medicine and clinical hematology, with strong emphasis on translating diagnostic findings into improved patient care, particularly for vulnerable pediatric populations requiring complex medical interventions.

His laboratory work centers on the Coagulation and Hemostasis Research Laboratory, where he investigates diagnostic methodologies and their clinical applications in bleeding and thrombotic disorders. This research environment supports both basic science investigations of hemostatic mechanisms and clinical studies evaluating diagnostic approaches in real-world settings.