International Conference on
Spine Surgery and Spinal Disorders

Dr. Uribe's spine management approach prioritizes minimally invasive surgeries, minimizing spinal disruption. Patients often return home the next day due to advanced medical technology. He serves as Surgical Director for USF's spine service, demonstrating a strong commitment to treating spinal disorders.

Research interest of Juan S. Uribe includes Minimally Invasive Spinal procedures Skill Base and Cerebrovascular Surgery, Microneurosurgical Anatomy.

Dr. Mehmet Tokac is an esteemed professional in the Department of Surgery at Ataturk Teaching and Research Hospital in Ankara, Turkey. With a dedicated commitment to the field, he has garnered extensive experience in the realm of surgery.

Dr. Tokac's primary area of interest lies in the intricacies of surgical interventions. His work particularly centers around advancing surgical techniques and procedures, thereby contributing to the betterment of patient care and medical practice.

Dr. Sean Christie earned his chemistry degree at Saint Marys University in Halifax before enrolling in Dalhousie University's medical school. While undergoing neurosurgery residency at Dalhousie, he pursued a PhD in neural transplantation with Dr. Ivar Mendez. After residency, he undertook neurosurgery and spinal surgery fellowships at the University of Chicago. Dr. Christie then returned to Halifax, joining the faculty in the Department of Surgery, Division of Neurosurgery. His contributions have led to various awards and recognitions for both his research and clinical work.

Sean Christie's research focus encompasses the advancement of minimally invasive techniques for spinal cord injury repair, intricate spinal surgeries, the dynamics of spinal cord trauma, and sports-related spinal injuries.

Dr. Lumy Sawaki, the Cardinal Hill Endowed Scholar in Stroke and Spinal Cord Rehabilitation at the University of Kentucky, brings a rich background in medical and neurophysiological research. With an M.D. from Brazil, a Ph.D. from Japan, and a postdoctoral fellowship at NIH, her expertise extends to neuroplasticity and rehabilitative strategies. Her research foundation, backed by grants from institutions like the American Heart Association and NIH, focuses on motor recovery after stroke, brain injury, and spinal cord injury, utilizing innovative techniques including transcranial magnetic stimulation and functional imaging. Her goal is to enhance clinical interventions for patients.

Dr. Lumy Sawaki is passionate about improving motor recovery after stroke, brain, and spinal cord injuries. She uses advanced methods like magnetic stimulation and brain imaging to develop better rehab strategies. Her aim is to create effective treatments for patients.