Marc Dean, MD
Marc Dean, MD is a board-certified otolaryngologist, practicing full time in private practice in Fort Worth, Texas, specializing in ear and sinus disease and disorders of the eustachian tube. He attended Baylor University for his undergraduate studies in bioinformatics, attended Texas Tech for his medical training and completed his residency program at LSU-Shreveport. Dr. Dean served as assistant professor for three additional years at LSU-Shreveport and remains on the LSU facility as a clinical professor.
Otolaryngology/Head and Neck Surgery (HNS), Dr. Dean completed an internship in general surgery and his residency at Louisiana State University Health Science Center, where he now serves as an assistant professor in Otolaryngology/HNS.
As President and CEO of the Otorhinologic Research Institute, a non-profit organization focusing on the development of new treatments for ear, sinus and eustachian tube disorders, Dr. Dean hopes to raise the awareness of these conditions in local medical communities around the world.
In that capacity, he has taught, lectured and led mission trips to multiple countries, providing free information to doctors and necessary medical treatment to those in need. New endeavors include the development of a cochlear implant program in northern Iraq and a head and neck program in Vietnam.
Board-certified otolaryngologist
– Practicing full time at private practice in Forth Worth, TX
– Specializing in ear and sinus disease and disorders of the eustachian tube
Baylor University, Waco, TX
– Bachelor of Science in Bioinformatics
Texas Tech University, Lubbock, TX
– Medical Doctorate
Louisiana State University, Shreveport, LA
– Completed otorhinolaryngology residency
– Completed clinical fellowship
– Served as assistant professor
Texas Tech University Health Sciences Center, Lubbock, TX
– Serves as clinical professor
Vitruvio Institute of Medical Advancement (VIMA)
– Founded the non-profit focused on the integration of novel technologies into medical practice
– Partnered with NASA to explore the possibility of using a humanoid robot in surgical procedures
– Currently researching the use of augmented and virtual realities in surgical environments
– Currently exploring the role of navigation and nerve monitoring in diagnosing and treating neurogenic rhinosinusitis