I have to write a review for anyone that might need a pediatric or adult neurologist down the line because I am so incredibly impressed by our visit with Dr. Azzolino in SF, at Azzolino Chiropractic neurology and Integrative Wellness. My son has developmental delays and some muscle weaknesses that have been attributed to neurological abnormalities. We had been to a traditional neurologist at Stanford, only to be told the only option was an MRI.

Seeing this office online, I thought I’d give them a try before doing the MRI next summer. I am soo incredibly impressed at how pro-active Dr. Azzolino is. He gets the whole picture, not just the symptoms. And provided things I can do already to improve my son’s condition, from ipad apps, to spinning, to specific exercises, to testing all from a more functional medicine standpoint.

Mind you we are already doing physical therapy and speech therapy, but I was so impressed with the comprehensiveness of this neurologist compared to the traditional western medicine one. After leaving Stanford, I just kept thinking, there has to be something more I can do to improve my son’s condition, from nutrition to exercises, etc. And boy was I right. Visiting Dr. Azzolino was exactly what I was looking for. A doctor that would look at his symptoms from a medical, nutritional, and functional standpoint.

I have had severe problems with vertigo, general dizziness and lack of balance for over a year. Luckily, I found Dr. Azzolino’s group. It’s hard to express just how much better my life is now that the whole world isn’t constantly spinning around…


This technology accurately measures the latency, velocity and accuracy of saccades—the fast eye movements that take place as a person quickly shifts his or her gaze to a fresh target. Because saccades to the left or right are controlled by a different hemisphere of the brain, measuring these movements give us insights about functional asymmetries between sides of the brain and/or deficits in the precise neural generators that promote these movements.

Saccades have been extensively studied in people with neurodegenerative disorders and with a variety of neurologic conditions, such as ADHD, concussion, and Alzheimer’s and Parkinson’s diseases.

The information gathered from saccodometer testing helps us formulate very specific brain-based rehabilitation that selectively targets areas with neurologic deficits. Retesting provides insight about progress and allows us to modify the intensity and specificity of rehabilitation, which can lead to faster, better results.