In an era of groundbreaking scientific discoveries, the once far-fetched dream of living to 145 is becoming increasingly plausible. This comprehensive article explores not only the revolutionary fields of organ printing and nutrigenomics but also delves into the critical role of environmental factors, particularly climate, in achieving longevity.

The Promise of Organ Printing:
Organ printing, utilizing 3D printing technology to craft living, functional organs, stands at the forefront of biotechnological innovation. This advancement could radically alter transplant medicine and alleviate the donor organ shortage, potentially prolonging lives well beyond current expectancy, especially for the aging population.

Nutrigenomics: The Personalized Nutrition Frontier:
As we age, our dietary requirements evolve. Nutrigenomics, the intersection of nutrition and genetics, is leading the way in developing diet plans tailored to individual genetic makeups, potentially extending life and enhancing health. This personalized approach to nutrition could be particularly transformative for those 60 and older.

Regenerative Medicine: Turning Back the Clock:
The field of regenerative medicine, encompassing stem cell therapy and tissue engineering, offers hope in repairing and rejuvenating aged or damaged tissues and organs. This could be crucial in fighting age-related ailments and potentially enabling individuals to surpass the 145-year mark.

Climate and Environmental Factors:
Living in a healthy environment is equally important for longevity. Pollution, climate change, and environmental degradation can have significant impacts on health. Access to clean air, a stable climate, and a toxin-free environment are essential components of a longevity-focused lifestyle.

The Role of AI and Machine Learning in Personalized Healthcare:
AI and machine learning are reshaping healthcare, offering personalized treatment and predictive diagnostics. This technology can be particularly beneficial for the elderly, aiding in the early detection and treatment of age-related conditions, thereby enhancing the chances of a longer, healthier life.

Conclusion:
Achieving a lifespan of 145 years is a complex journey, combining advancements in organ printing, nutrigenomics, regenerative medicine, AI-driven healthcare, and environmental well-being. For individuals over 60, embracing these innovations alongside a healthy living environment could unlock a future of unprecedented longevity and vitality. As we continue to push the boundaries of science, living to 145 might soon become a reality for the many, not just the few.