FCS: Neural Upper
Course Overview
- Origin of Neural Counterstrain
- Anatomy and Physiology of the Nervous system
- Review the anatomy and physiology of the epineurium (Neural fascia)and its nociceptive and mechanoreceptive and mechanoreceptive properties
- Understand how nocifensive and nociautonomic reflexes relate to neural fascia
- Gainproficiency in over 85 newly developed SCS techniques to correct neural-fascial Dysfunction
Contact Hours: 20
Find Training for FCS NICounterstrain Neuro I explores the newly discovered entity of neuro-fascial dysfunction focusing on the nerves of the cervicothoracic spine, upper extremities and cranium. Counterstrain treatments now exist to correct dysfunction present in the peripheral nerves, cranial nerves, sympathetics, parasympathetics and dural membranes (Falx Cerebri, Falx Cerebelli, Tentorium Cerebelli, and Diaphragma Sellae). Neurofascial dysfunction, identified by specific neural tenderpoints, will cause a myriad of neurological and orthopedic conditions including:peripheral neuropathies, impingement syndrome, carpal/ cubital/radial tunnel syndromes, trigeminal neuralgia, disequilibrium, muscular weakness, all types of spinal pain, rigid muscle tone, nausea, CRPS/RSD, digestive dysfunction, frozen shoulder, headaches, fibromyalgia and a myriad of other conditions.