When a spinal joint becomes restricted or misaligned, the mechanoreceptors embedded in that joint, the sensory nerve endings that tell the brain where your body is in space, begin sending altered input into the spinal cord and brain. That altered input disrupts motor control, sensitizes pain pathways, and contributes to compensatory patterns throughout the musculoskeletal system. Restoring normal joint motion changes the sensory input, and changing that input is what produces lasting neurological improvement.
Dr. Silver holds a Doctorate of Chiropractic from Life Chiropractic College West and the DACNB, the Diplomate of the American Chiropractic Neurology Board, which required 300 hours of post-graduate training in clinical neuroscience. Every chiropractic appointment he conducts begins with a neurological assessment of muscle tone, reflexes, movement patterns, and neurological output. The structural intervention that follows is selected based on what those findings indicate about the nervous system’s current state.
The chiropractic care Dr. Silver provides spans the full spine, sacropelvic region, and extremity joints, using manual techniques, instrument-assisted adjustments, and soft tissue work as each presentation indicates. For the upper cervical spine, he applies the Advanced Orthogonal technique, a precision instrument-based approach planned from CBCT imaging. For the rest of the spine, he uses evidence-based methods selected for their specific neurological and mechanical effect on the structures involved.
Chiropractic care at Neuroplasticity St. Pete is integrated with functional neurology rehabilitation. After an adjustment, the neurological circuits affected by that joint dysfunction need to be actively retrained. Without that step, the brain tends to revert to the compensatory patterns it developed around the restriction. The combination of structural correction and neurological rehabilitation is what allows corrections to integrate fully and hold.