In a video on her personal YouTube channel with nearly 1.5 million subscribers, Dr. Rajsree explains the science of aging and all the factors that affect your longevity, from genetics, diet, exercise, exposures, to lifestyle.
In a video on her personal YouTube channel with nearly 1.5 million subscribers, Dr. Rajsree explains the science of aging and all the factors that affect your longevity, from genetics, diet, exercise, exposures, to lifestyle.
Aging is a natural, unavoidable process. However, a busy lifestyle, unhealthy eating habits, and irregular sleep accelerate this process. Even individuals in their 20s may show signs of aging, such as wrinkles, gray hair, and physical weakness, without any underlying medical conditions.
Anna Stair, 112 years old, attributes her long life to good genes, a healthy lifestyle, staying active, and her faith in God’s protection. She takes care of herself and maintains social connections.
What if we could slow down the biological clock of our bodies? This question is fundamental to much of the research conducted by Morgan Levine, who leads a research team at the life sciences company Altos Labs (USA).
Can we reverse the aging process to move toward the ambition of living longer and avoiding age-related diseases?
Research provides evidence of an age-related decline in NAD+ levels, along with potential mechanistic explanations, including increased consumption or decreased synthesis of NAD+ and changes in the composition of cells or tissues with aging. Research Authors: Melanie R. McReynolds, Karthikeyani Chellappa, Joseph
The aging process does not occur in a slow and steady straight line. Instead, there are intense phases, with significant “waves” of aging recorded at ages 44 and 60, affecting both men and women.
After decades of being overlooked, women’s health is now gaining increasing attention in the biotech industry. Oviva Therapeutics, a U.S. startup, aims to develop hormonal therapies that can delay menopause as part of the aging process.
Researchers have uncovered the significant role of INSL3, a hormone that develops in men during puberty, in early prediction of whether they may develop certain diseases later in life.
Cell rejuvenation is rapidly becoming a hot topic in the development of new treatments for a wide range of diseases.
