This course explores the emerging connection between Visual Snow Syndrome and axoplasmic flow disruptions in the optic nerve, particularly in patients with low blood pressure or Postural Orthostatic Tachycardia Syndrome (POTS). It examines diagnostic indicators such as optic nerve congestion on OCT imaging and the role of sodium-potassium balance in regulating axonal transport. Through case studies and recent research, the course re-evaluates traditional views on sodium intake, visual field anomalies, and intracranial hypertension. Treatment options, including dietary strategies, pharmaceuticals like Diamox and Lamictal, and optical interventions, are also discussed.
Dr. Kundart received his Bachelor of Science in astronomy and astrophysics and Bachelor of Arts in history from the Pennsylvania State University. He matriculated from Pacific University with his doctorate in optometry, with distinction. His PhD in Vision Science studied the relationship between the ocular structure and image size difference (aniseikonia).
Dr. Kundart was in private practice for five years in Easton, Pennsylvania, where he specialized in primary care and low vision for the working poor and special-needs children. Dr. Kundart is a fellow in the American Academy of Optometry and an academic fellow in the College of Optometrists in Vision Development. He runs the 3D Performance service in Beaverton where he specializes in double vision and aniseikonia from ocular, neurological, and systemic disease, especially the connective tissue disorder Ehlers-Danlos syndrome.
Dr. Kundart was named Clinical Faculty of the Year three times and has served as the chair of the board of directors of Amigos Eye Care for ten years. He is the twice former chair of the University Faculty Senate and is an active member of the Vision Performance Institute and Vision Science graduate program on campus.
Originally from McAdoo, Pennsylvania, Dr. Kundart and his wife Alicks have a son and share their home with a collection of rescued pets, including a cat with low vision.
30 Days
01 hours
$40
This course explores the emerging connection between Visual Snow Syndrome and axoplasmic flow disruptions in the optic nerve, particularly in patients with low blood pressure or Postural Orthostatic Tachycardia Syndrome (POTS). It examines diagnostic indicators such as optic nerve congestion on OCT imaging and the role of sodium-potassium balance in regulating axonal transport. Through case studies and recent research, the course re-evaluates traditional views on sodium intake, visual field anomalies, and intracranial hypertension. Treatment options, including dietary strategies, pharmaceuticals like Diamox and Lamictal, and optical interventions, are also discussed.
Dr. Kundart received his Bachelor of Science in astronomy and astrophysics and Bachelor of Arts in history from the Pennsylvania State University. He matriculated from Pacific University with his doctorate in optometry, with distinction. His PhD in Vision Science studied the relationship between the ocular structure and image size difference (aniseikonia).
Dr. Kundart was in private practice for five years in Easton, Pennsylvania, where he specialized in primary care and low vision for the working poor and special-needs children. Dr. Kundart is a fellow in the American Academy of Optometry and an academic fellow in the College of Optometrists in Vision Development. He runs the 3D Performance service in Beaverton where he specializes in double vision and aniseikonia from ocular, neurological, and systemic disease, especially the connective tissue disorder Ehlers-Danlos syndrome.
Dr. Kundart was named Clinical Faculty of the Year three times and has served as the chair of the board of directors of Amigos Eye Care for ten years. He is the twice former chair of the University Faculty Senate and is an active member of the Vision Performance Institute and Vision Science graduate program on campus. Originally from McAdoo, Pennsylvania, Dr. Kundart and his wife Alicks have a son and share their home with a collection of rescued pets, including a cat with low vision.
