The clinical gap most practitioners never see is not in their technique. It is in the neurochemical environment surrounding every neuron, synapse, and glial cell they are trying to rehabilitate. Clinical neurochemistry, blood chemistry interpretation, and functional nutrition form the invisible substrate beneath every patient outcome. Without fluency in these domains, even the most sophisticated receptor-based rehabilitation operates at a fraction of its potential.

This course delivers that fluency. Taught by Dr. David J. Clark, a clinician holding dual diplomates in clinical neurology and clinical nutrition alongside fellowships in functional neurology, brain injury rehabilitation, integrative medicine, and vestibular rehabilitation, Clinical Neurochemistry and Nutrition provides 25 hours of graduate-caliber instruction grounded in the current peer-reviewed literature. The curriculum spans the structural and physiological foundations of the neuron, the biochemistry of neurotransmission, the function and pathology of glial cells, blood-brain barrier regulation, excitotoxicity mechanisms, spreading depolarization, neuroinflammation, and the clinical application of comprehensive blood chemistry panels.

The course is organized around a practical decision-making framework, the Four Neurochemical Priorities, which gives clinicians a systematic method for identifying whether autoimmunity, cellular energy deficits, dysglycemia, or gastrointestinal and hepatic dysfunction are acting as barriers to patient recovery. This is not a protocol memorization course. Dr. Clark explicitly trains clinicians to understand physiology deeply enough to calculate clinical decisions rather than simply recall them.

Case studies anchor every concept to real patient presentations spanning epilepsy, stroke, migraine, chronic pain, ALS-mimicking gluten pathology, autoimmune encephalitis, and complex multisystem cases involving anemia, thyroid autoimmunity, and renal compromise. Blood chemistry panels including the comprehensive metabolic panel, CBC with differential, magnesium, phosphorus, GGT, LDH, and hemoglobin A1c are interpreted through both laboratory and functional lenses, with clear clinical decision trees for each finding.

This course is designed for licensed clinicians who are already skilled in neurological examination and rehabilitation and who are ready to address the metabolic and neurochemical dimension of their most challenging cases. Chiropractors, chiropractic neurologists, and functional medicine practitioners will find this training immediately applicable to practice. No prior biochemistry coursework is required, though a working knowledge of neuroanatomy will enhance the learning experience.