Cancer reforms are necessary to actuate the potential of a panacea which is able to target cells in an effective means by maximizing the insertion of isolated Kv1.5 and H2O2 within cancer cells. At present, existing artificial white blood cells are thought by a few leading researchers to be an efficient means to combat all forms of cancerous growth in a universal fashion that expresses their selectivity in such a way that it becomes a target for these artificial cells to latch onto the cancerous substance and prevent immunity or a regrowth from occurring in rapid succession; a wave of prototypical artificial white blood cells may thus destroy the abnormal growth via selective receptor-targeting. Alternatively, this paper explores the possibility of new medicine latching onto cancer-laden cells and, through lowering the threshold of aerobic glycolysis, destroying the possibility of any remnant of regrowth from reoccurring. Natural combination of cytotoxic antitoxic agents with newly introduced white blood cells presents a plausible solution far less dangerous than chemotherapy such that this paper presents a significant discovery alongside newly researched proton therapy.