Human Repair-Neurophysiology

The human neurophysiology is introduced for repairing spinal cord injuries. Based on the recordings with a new electrophysiologic method, the single-nerve fiber action potential recording method, and morphometry of nerve roots, a classification of human peripheral nerve fibers is developed and used for the identification of neurons from which was recorded to analyze spinal cord functions. The restrictions of basic human right are ethically only justified, if the mistakes of medical research of the past are uncovered and investments in infrastructure and implementation of the clinical research, apart from statistic, are executed. It will be analyzed in detail that the orthopedic surgeon operated without sufficient knowledge in human repair-neurophysiology, necessary especially in SCI. Sophies cerebellar and pons repair is compared with the repair of a traumatic cerebellar and pons injury and her repair-stimulated development is compared with the development of healthy children in the age range between 3 and 18 years, quantified by coordination dynamics values and the ontogenetic landscape for locomotion, based on the System Theory of Pattern formation. More causal cancer treatment is needed, including progress in genetics and epigenetics. Interdisciplinary research and treatment have to be improved. Existing conventional cancer treatment has to be administered more thoroughly.