Back In Balance

The Instructor: Trevor Barry DC DACNB

Dr. Berry was born and raised in Alberta, Canada. He completed his pre-medicine requisites at the University of Calgary and went on to complete his Doctorate at Parker University in Dallas, Texas. He graduated Magna Cum Laude, Salutatorian and was the recipient of many academic awards including the Parker Scholastic Excellence Award.

He went on to become a board-certified Chiropractic Neurologist in 2001 and has over 2500 hours in post-doctoral studies in neurology, functional medicine and low-level laser therapy. He is involved in multiple laser studies and has been the principle investigator on Level 1 FDA studies. Dr. Berry lectures for BTB Health Systems, nutrition companies, lab companies and about low-level laser. Because lasers profoundly influenced his own health status, Dr. Berry has dedicated himself to bringing the innovative laser applications to the health care system.

Trevor Barry, DC DACNB

Back in Balance

Upon completion of the course, attendees should be proficient in the following topics and procedures:

1. Understand Basic Neurophysiology - the mechanism of healthy neuronal function and the foundation for neuroplasticity
2. Summarize & Explain Neuropathophysiology.
3. Categorize the mechanisms of neuronal disruption and cell death
4. Describe how lasers effect the common causes of neuronal injury
5. Measure the economic impact of neurological conditions in America.
6. Empathize Neuro degeneration and pain conditions and how we can influence the economic burden.
7. Reproduce technique to influence the central nervous system and human body function
8. Critique technology implementation for today's practice
9. Integrate balance testing through using objective biomarkers for outcome assessments
10. Justify condition specific technique and applications for the most common neurological and chiropractic conditions
11. Outline FDA Market Cleared laser research and clinical applications
12. Support medical necessity through FDA cleared research
13. Demonstrate hands-on applications through workshops and their influence on the central nervous system
14. Summarize review of research, physiology, clinical applications and techniques