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| Will Vladimir Stoyanov fields: sciences and theology. London, UK Stoyanov (born 1980) is an inventor and researcher with a unique creativity interlinking multiple fields of science. This unique education pattern has perhaps helped him to be the only researcher working currently directly on maintaining telomeres, as he claims that he composed an artificial telomere maintenance gene, which have been theoretically tested and all of his calculations confirm that this gene will maintain the telomere length, which currently is a niche, as there is not even one scientist to claim even theoretical success, irrelevant of the fact that many have tried to do that. This gene on paper is claimed to be able modifiable. For example introduced in people with 15Kb the length will stay 15Kb, where if introduced in patents with 5Kb, it will also stay 5Kb, but the risk in these patients is that they already have quite some few telomeres, which are already in the aging and cancer cascade, which will still lead to these cascades, even though it will be slower pattern of developing the cascade. However, Stoyanov speculate that there is a way to modify this telomere maintenance gene, so that there is an overall slow increase of the overall telomere length. He continues by saying that these patients are likely to pass away from the telomere crisis, and they will live much longer than they would have otherwise, but eventually the telomeres could increase too much, unless there is a mechanism of regulating top length, which he believes to exist, as according to David Keefes' research (Liu et al., 2007) there is a change in the program after the telomere length reaches full life potential, as after the first few cell divisions the homologous recombination increasing telomere mechanism stops and switch back to telomerase maintenance. In general Stoyanov shares all his work and patents contributing as much as possible, but yet there is no information released yet on the actual composition of that telomere maintenance gene, as there are many researchers who wants to try it. On the question whether he needs many researchers to help him in his quest, he answered that it is not actually a matter of people, as all he needs is a DNA synthesizer to produce the gene, PCR machine to make many copies of the genes and a nuclear transfer microscope to insert the genes in the nucleus of his own cells cell lines. Stoyanov claims that he is too young to give if away, as if it works as he believes, then the benefits will also be able to come in his direction in his life time. Moreover he goes by saying that once he is finished with the telomere maintenance he will be focusing on links between machines supporting nerve cells and stem cells making nerve cells, so that they can be added to the system, which is supposed to be controlling speech, movements, etc directly to robotics attachments. Clearly his vision is very futuristic, but considering his age and plans, IF they all succeed it will be eventually a benefit for all of us, as his believe is that the longer humans are alive, the longer they accumulate knowledge, which makes greater contributions towards the overall human evolution. His work on telomere evolution and the t-loop deletion factor (Stoyanov, 2009) are something which Stoyanov has no interest, but he published them only as it was after he discovered the t-loop deletion factor, that he was able to make the telomere maintenance gene.
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