Neurology and Therapeutics

Molecular Unlimited Systems-Imaging Cycler (IC®) robotics, a toponome imaging system, decodes the hitherto unknown and unexpected dark space of diseases at >4.5x10 to the 481 combinatorial molecular resolution in situ/in vivo. As shown for ALS, the dark space is not a nihility or nothingness, but an almost continuous ontological contexture, a quasi-infinite parallelism of polyphony, which can be translated into efficient therapies, and in clinical condensed matter physics of ALS. An ALS patient was treated on this basis by depletion therapy of axotomy – competent cells (ACC) detected by an IC robot resulting in durable recovery. All tested ALS patients display these cells in their blood. The introduced approach is likely to be an efficient new therapeutic approach based on hypothesis-free methods of ALS-systems analysis on a large scale in topologically intact tissue structures, as required for approaches to condensed matter physics of living matter.