Utilizing the Laws of Biology and mathematics to put mitosis disease in remission and as a result EXTEND HUMAN LIFESPAN BY 2 FOLD+!Abstract:Research question: What is Mitosis Disease & The Laws of Biology? How are they applied to stop human aging and extending lifespan by 2 fold+? Hypothesis:Mitosis Disease was discovered by AJAW Hospital in 2021. It is the main cause of death in humans and characterized by an intricate interplay of genetic factors, telomere shortening, and the degradation of essential biological functions. AJAW Hospital & The Earth Institute of Health hypothesize that a comprehensive understanding of the genetic and molecular mechanisms underlying Mitosis Disease, coupled with the application of the laws of biology and their mathematical formulas, have paved the way for a novel therapeutic interventions to stop aging. This innovative approach has begun to revolutionize the treatment landscape from symptoms management care to specifically targeting the genetic and molecular intricacies that lead to Mitosis Disease and, consequently, extending human lifespan beyond 200 years. Results: Through the use of clinically proven counter entropy agents AJAW hospital is able to put mitosis disease into remission and as a result freezing and even reversing the biological age of patients. Conclusion: The application of rigorous scientific methodology, grounded in the laws of biology, has enabled the precise quantification of Mitosis Disease remission percentage. Through our research, we have elucidated specific biological pathways instrumental in stabilizing patients at a state of 96% remission. This targeted intervention has culminated in a cessation of aging processes, as evidenced by the halting of biological and genetic indicators of aging Ie telomeres lengthening, reversal of wrinkles, reversal aging symptoms, increased athletic performance and activation of youth genes like p53, WRN, sirtuins 1-7 & more. Notably, patients under this intervention exhibit a perpetual biological age below 35, suggesting the potential for a substantial extension of their lifespan beyond 200 years.

Full peer reviewed paper to be published in 2024.