Dr. Zachary Still, DC

Peut être facturé àRéclamation d’accident de véhicule

*Your first appointment includes your consultation with the doctor regarding your accident and a full chiropractic physical exam consisting of: - Postural Analysis - Functional Movement Assessment - Full Spinal Palpation Examination - Orthopaedic Examination - X-Ray Referral (When Necessary) - Neurological Examination (When Necessary)

**PLEASE READ PRIOR TO BOOKING** **PLEASE ARRIVE 20 MINUTES EARLY TO THIS APPOINTMENT** * We provide Neurological scans during the first 20 minutes of the appointment your scheduled time will be the time spent with the chiropractor. * You will be required to pay for your appointment(s) in advance when booking online appointments. * You will be provided with a receipt for submitting to third parties on the day of, after your appointment. *Your first appointment includes your consultation with the doctor and a full chiropractic physical exam consisting of: - Postural Analysis - Functional Movement Assessment - Full Spinal Palpation Examination - Orthopaedic Examination - X-Ray Referral (When Necessary) - Neurological Examination (When Necessary) * Your second visit, the "Report of Findings" includes an opportunity for the doctor to report your exam results and provide their best, evidence-based treatment recommendations for you.

*Your first appointment includes your consultation with the doctor and a full chiropractic physical exam that is age-appropriate: * Your second visit, the "Report of Findings" includes an opportunity for the doctor to report your exam results and provide their best, evidence-based treatment recommendations for you.

From a neuroscience perspective, a chiropractic adjustment—specifically a High-Velocity, Low-Amplitude (HVLA) thrust—is a rapid, controlled stimulation of the neuromusculoskeletal system that acts as a therapeutic input to the nervous system. Rather than just mechanical "bone-shifting," the adjustment aims to reduce dyskinesia (abnormal joint movement), dysafferentation (abnormal sensory input), and improve sensorimotor integration (the brain's ability to interpret sensory input and create appropriate motor output). Research shows that spinal manipulation can activate the prefrontal cortex, allowing for improved modulation of pain, better motor control, and changes in how the brain handles emotional stress, can help regulate the Autonomic Nervous System, shifting the body away from sympathetic (fight or flight) dominance and toward parasympathetic (rest and digest) activity, and can lead to long-term neuroplastic changes—the brain's ability to rewire, reorganize, and adapt its neural connections.