Understand what retinal neuromodulation is and how impacts patients’ behavior/function and can help promote positive changes in their treatment.
Understand that retinoscopy can be a form of brain mapping to allow practitioners to assess and monitor retinal excitation/activity and vascular function, which is correlated to CNS function. Associate abnormal retinoscopy light reflexes with gross retinal disease.
Understand patients can respond to even small amounts (1/8D!) of elements of lens prescriptions including prism, sphere, cylinder, and axis angles.
1989 Massachusetts Institute of Technology -Bachelor of Science degree in Cognitive Science
1993 New England College of Optometry -Doctorate in Optometry
2012 Fellow College of Optometrist in Vision Development
Society for Brain Mapping and Therapeutics (SBMT) Visual Processing subcommittee member
Member Society for Neuroscience
Director on the board for OEPF
Member NORA, COVD, AOA, NHOA
30 Days
02 hours
$30
Understand what retinal neuromodulation is and how impacts patients’ behavior/function and can help promote positive changes in their treatment.
Understand that retinoscopy can be a form of brain mapping to allow practitioners to assess and monitor retinal excitation/activity and vascular function, which is correlated to CNS function. Associate abnormal retinoscopy light reflexes with gross retinal disease.
Understand patients can respond to even small amounts (1/8D!) of elements of lens prescriptions including prism, sphere, cylinder, and axis angles.
Dr. Amy Pruszenski
1989 Massachusetts Institute of Technology -Bachelor of Science degree in Cognitive Science
1993 New England College of Optometry -Doctorate in Optometry
2012 Fellow College of Optometrist in Vision Development
Society for Brain Mapping and Therapeutics (SBMT) Visual Processing subcommittee member
Member Society for Neuroscience
Director on the board for OEPF
Member NORA, COVD, AOA, NHOA
Neuro-optometry latest trends and research with Dr. Amy Pruszenski