Site Attachment Inhibition: Endurance of resistance (immunity)

Abstract

Part of the global crises in respect of infectious disease is represented by antibiotic resistance. Therefore, seeking a solution would seem to involve considering solutions which offer a degree of endurance. Stem cell therapy (stc) based site attachment inhibition (new generation immunization) would seem worthy of consideration given that the hereditary mutations provide life long resistance (immunity) to the given infective agents, in addition to the procedure being stc based. Any deviation from this would include suspicion of other causes including: mal practice (and, terrorism) in development of strains or variants that are not covered by the procedure as new to the environment. The current researcher addresses, in the below conference, issues surrounding dysfunction genetics and premature ageing reported in China. The current researcher discusses the issues regarding direct copying and uses a well known case, namely Dolly the sheep, as a center of focus to discuss the issues that connect with direct copying involving stem cell research and therapies. Berlin (Germany): International Conference on Enzymology & Molecular Biology 06-07 December 2019 Furthermore, as detailed in the above, the current researcher clearly underscores that such issues are not applicable to his research as he detailed right back in Association versus Causation lectures the importance of considering first principles approach to identifying genetic targets as opposed to direct copying. This supports the current researcher’s ability to deal with complex issues and is maintained in the research log. Site Attachment Inhibition Therapeutics: Dealing with Association and Causation Issues, Joint Event on Global Summit on Immunology and Cell Biology & Global Congress on Bacteriology and Infectious Diseases June 25-26, 2018 | Amsterdam, Netherlands. In Summary, The current global crises involving infectious disease contains antibiotic resistance as part of the issue. This presentation discusses the potential based on this for consideration of stc based immunization.