Minimally invasive systems, and tools provided herein in novel,, enhanced and modified form for this application used has Used deep brain knowledge and structural data to generate novel enhanced intracranial signals to develop, characterize and ameliorate challenges and disease states with application specific tools modified from tradition EEG for Epilepsy to address a myriad of conditions in patients, without any need for invasive protocols traditionally employed. Also disclosed is a novel enhanced system that can be permanently implanted (like a pacemaker) that can both sense epileptiform activity, as well as apply a current to the seizure focus and arrest seizure progression.
USES OF MINIMALLY INVASIVE SYSTEMS AND METHODS FOR NEUROVASCULAR SIGNAL MANAGEMENT INCLUDING ENDOVASCULAR ELECTROENCEPHALOGRAPHY AND RELATED TECHNIQUES FOE EPILEPSY DETECTION AND TREATMENT