Undergraduate education for Dr. Timothy Dzuik was interupted by military service, including tours in Vietnam as a medic. After completing undergraduate work, he was employed with the State of Texas, functioning as a radiochemist, carrying out incident and compliance evaluations for the Bureau of Radiation Control and in time managing an environmental radiation assessment group.
At the age of 38, he made the decision to attend medical school. After his residency, Dr. Dzuik spent a few years as a radiation oncologist in the Sherman/Denison area and almost the last 10 years in South Austin. He is currently a Board Certified Radiation Oncologist and obtained Board Certification in Radiation Health Physics when working for the State of Texas.
Dr. Timothy Dzuik has authored numerous publications, abstracts and oral presentations. He is currently the editor of a widely dispersed handbook for regulating side effects in radiation oncology. Dr. Dzuik is now the Director for the Southwest Regional Cancer Center - Radiation Center.
Medical School:
University of Texas Medical Branch at Galveston
Residency:
Radiation Oncology, Baylor College of Medicine in Houston.
Boards and Committees
Board Certified in Radiation Health Physics
Board Certified in Radiation Oncologist
Hours
Available By Appointment
Member Since
April 2009
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Learn more about this radiation alternative treatment for breast cancer. The Contura device is part of a new class of treatment options designed to reduce the total amount of time spent undergoing radiation therapy, offering a five-day care plan as opposed to the traditional six weeks, returning patients to everyday living as soon as possible.
The Coherex FlatStent PFO Closure System was first used on a human patient in October of 2007 in Frankfurt, Germany. The procedure was done under the direction of Interventional Cardiologist Professor Horst Sievert, M.D. The Ceherex FlatStent was used to close a heart defect commonly referred to as PFO.
In order to treat spine disorders in the least invasive way possible, TranS1 creates a different approach. With 15-30% of the U.S. population experiencing lower back disorders, there is a need to treat the underlying conditions in the most effective way possible. Disc degeneration is most often the cause of this discomfort, and current treatment usually calls for the complete removal of the disc and the fusion of the vertebrae.
Recent developments in women's heath have brought about the introduction of the PROLIFT procedure to improve damage done to the female pelvic wall. Used as a method for correcting pelvic prolapse, the procedure is having excellent results for the majority of women choosing PROLIFT over more invasive surgeries.