Brett Venable, DC, DIANM is a board-certified chiropractic physician and Diplomate of the International Academy of Neuromusculoskeletal Medicine. As a founder of Recovery ChiroMed, Dr. Venable delivers advanced, evidence-based care for spine and neuromusculoskeletal conditions with a focus on function, performance, and long-term recovery.
Also practicing within a Division-1 athletic complex, Dr. Venable collaborates with physicians, trainers, and rehabilitation specialists to provide high-level care that bridges conservative treatment with modern medical insight. He also serves as an advisor to Tulane University’s Department of Kinesiology and as the Louisiana Delegate for the American Chiropractic Association, helping guide the future of the profession at a national level.
Dr. Venable has completed the academic portion of his Master’s in Interdisciplinary Spine Care, with an active thesis focused on adjacent segment disease. His research reflects a commitment to evidence-based approaches that improve outcomes for post-surgical and chronic spine patients with a multimodal approach.
Additionally, Dr. Venable is a Certified Medical Examiner for the Federal Motor Carrier Safety Administration (FMCSA), providing DOT physicals and compliance evaluations with the same objective, detail-oriented approach applied throughout his clinical practice.
Doctor of Chiropractic (DC)
Diplomate of the International Academy of Neuromusculoskeletal Medicine (DIANM)
Certified Medical Examiner (FMCSA)
Tulane University Department of Kinesiology
American Chiropractic Association
Chiropractic Association of Louisiana
Doctorate of Chiropractic
Diplomate of Neuromuscularskeletal Medicine
Masters in Interdisciplinary Spine Care
FMSCA Medical Examiner
Dr. Brett Venable's chiropractic philosophy centers on collaborative, evidence-based care for neck and back pain using a non-narcotic approach.
He partners with physicians, trainers, and specialists to blend advanced chiropractic techniques with rehabilitation and functional restoration for lasting recovery and optimal performance.