About
Life Reprogramming explores how advances in epigenetics, artificial intelligence, peptide science, and regenerative medicine are reshaping our understanding of physiological aging.
Beginning with DNA methylation, methylation cycles, histone modification, autophagy, telomeres, and immune regulation, the book explains how aging is influenced not only by genetic code but also by the way that code is read and regulated. It then examines how AI can integrate biological data to support more personalized health strategies.
The later chapters introduce emerging research involving targeted peptides, stem cells, exosomes, and regenerative medicine, while also addressing scientific limitations, safety, ethics, and regulatory considerations.
Written for readers interested in longevity and precision health, Life Reprogramming offers an accessible overview of the molecular systems associated with aging and the technologies that may transform the future of personalized medicine.
Beginning with DNA methylation, methylation cycles, histone modification, autophagy, telomeres, and immune regulation, the book explains how aging is influenced not only by genetic code but also by the way that code is read and regulated. It then examines how AI can integrate biological data to support more personalized health strategies.
The later chapters introduce emerging research involving targeted peptides, stem cells, exosomes, and regenerative medicine, while also addressing scientific limitations, safety, ethics, and regulatory considerations.
Written for readers interested in longevity and precision health, Life Reprogramming offers an accessible overview of the molecular systems associated with aging and the technologies that may transform the future of personalized medicine.