Some questions for consideration include: -Would you want to live longer than "average?" Why or why not? -How do your current philosophical and/or religious beliefs affect your feelings about aging, longevity, death and immortality?
It is hoped that in doing this we will also identify genes required for normal ageing, longevity, and health.
Altogether, this study shows that there are multiple links between CS, aging, longevity and ARDs, suggesting a common molecular basis for all these conditions.
Investigations of these key questions are essential to our ability to fully exploit this pathway for improving healthy aging, longevity, and associated drug development.
Our study shows that CS is tightly interconnected to aging, longevity and ARDs, either by sharing common genes and regulators or by PPIs and eventually by common pathways.
However, by 2025 the population pyramid narrows at the base and expands at the top as the population ages, longevity increases and fertility declines.
In this review, the epidemiological and clinical studies according to ageing, longevity, and exceptional longevity as well as the ageing theories, gender differences, and successful and unsuccessful ageing will be analyzed.
The increase in ROS and its promotion of physiological processes of aging emphasizes the importance of understanding the molecular mechanism of ROS-linked modulation of aging, longevity and resistance to oxidative stress [ 11].
Overall, the relationship between telomeres, aging, healthy aging, and longevity is multi-layered.
According to the Reliability Theory of Aging and Longevity [ 34], aging is a result of a gradual decrease in the reliability of different systems in the organism.
