Baylor Research Institute (BRI) at Dallas and the Translational Genomics Research Institute (TGen) in Phoenix, AZ, have joined hands to focus on accelerating early detection and treatments for patients with a broad range of cancers.
Aligning the best science of both institutions will lead to new clinical trials and access to technology to drive the development of new therapies - bridging the gap from bench to bedside across Baylor Scott & White Health's 49 hospitals throughout Texas.
Advertisement"We will combine TGen's strengths in genomics and proteomics with BRI's strengths in metabolomics and immune-based approaches, initially focusing on genomic - or molecular - and translational research for oncology," said Robert Pryor, MD, President, Chief operating officer and chief medical officer, Baylor Scott & White Health.
"The collaboration is consistent with Baylor Scott & White Health's commitment to delivering precision medicine to patients."
BRI and TGen will collaborate in the areas of precision medicine by offering liquid biopsies, performing gene sequencing, conducting one-of-a-kind clinical trials and creating personalized vaccines to enhance patient care throughout the health care system. The hope is to transform medicine by answering critical patient and physician questions about specific treatment options available to the patient as well as the best prevention strategy tailored for each patient.
"This collaboration provides an opportunity for TGen and Baylor to leverage our respective strengths, technologies and talent to make a difference in the lives of cancer patients," said Dr. Jeffrey Trent, TGen President and Research director.
Dr. Alan Miller, Chief of Oncology for Baylor Scott & White Health - North Texas, said the joint effort will concentrate on three significant research areas: women's cancer, including breast and gynecological; abdominal malignancies, including pancreatic, colorectal and liver; and hematological cancer, including leukemia, lymphoma and multiple myeloma.
"TGen is a proven leader in genomic approaches to cancer and other diseases, this collaboration will accelerate our efforts to bring the latest developments directly to our patients," said Dr. Miller.
Dr. John Carpten, Deputy Director of basic science and professor and director Integrated Cancer Genomics Division, will lead the TGen efforts. "I'm optimistic our work with Baylor will result in advances that can quickly add to a patient's treatment options, either through our clinical trial efforts, or the development of new drugs that prove effective," said Dr. Carpten.
TGen has identified specific gene defects in numerous disease processes that could lead to immediate targeted therapies for patients. Beyond cancer, the collaboration is expected to expand to other research areas, such as infectious disease, cardiovascular, diabetes, neurology and metabolic disease.
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