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Prevailing theory of aging challenged in worm study

aging | anti-aging | bioengineering | biology | biotechnology | longevity | science

Age may not be rust after all. Specific genetic instructions drive aging in worms, report researchers at the Stanford University School of Medicine. Their discovery contradicts the prevailing theory that aging is a buildup of tissue damage akin to rust, and implies science might eventually halt or even reverse the ravages of age.

Exercise could be the heart’s fountain of youth

anti-aging | biotechnology | exercise | heart | heart disease | longevity | metabolism

Absence may make the heart grow fonder, but endurance exercise seems to make it younger. According to a study conducted at Washington University School of Medicine in St. Louis, older people who did endurance exercise training for about a year ended up with metabolically much younger hearts.

Researchers correct decline in organ function associated with old age

aging | alzheimer's disease | anti-aging | bioengineering | biotechnology | liver | technology

As people age, their cells become less efficient at getting rid of damaged protein — resulting in a buildup of toxic material that is especially pronounced in Alzheimer’s, Parkinson’s disease, and other neurodegenerative disorders.

Scientists identify new longevity genes

anti-aging | biology | genes | life extension | longevity | science

Scientists at the University of Washington and other institutions have identified 25 genes regulating lifespan in two organisms separated by about 1.5 billion years in evolutionary change. At least 15

Aging gracefully requires taking out the trash

anti-aging | biology | biotechnology | caloric restriction | cell biology | life extension | longevity | science

Suppressing a cellular cleanup-mechanism known as autophagy can accelerate the accumulation of protein aggregates that leads to neural degeneration. In an upcoming issue of Autophagy, scientists at th

10-fold life span extension reported in simple organism

anti-aging | bioengineering | biology | biotechnology | caloric restriction | cell biology | health | life extension | longevity

Biologists have created baker’s yeast capable of living to 800 in yeast years without apparent side effects. The basic but important discovery, achieved through a combination of dietary and genetic changes, brings science closer to controlling the survival and health of the unit of all living systems: the cell.

A longer-living, healthier mouse that could hold clues to human aging

aging | anti-aging | insulin | life extension | longevity

A study by scientists at UCL (University College London) shows that mice lacking the insulin receptor substrate (IRS)-1 are more resistant to ageing than normal mice. The research adds to a growing bo

Research identifies sirtuin protein instrumental in fat production and metabolism

aging | anti-aging | diabetes | fat | health | longevity | metabolism | obesity | science | weight loss

A new Joslin Diabetes Center-led study has identified a protein found in fat cells that may play a major role in how fat is produced and stored, offering a new target for treatments to prevent obesity and reduce the risk for type 2 diabetes.

Reducing insulin signaling in the brain can prolong lifespan

anti-aging | brain | caloric restriction | cell signaling | diabetes | diet | exercise | health | life extension | longevity

One route to a long and healthy life may be establishing the right balance in insulin signaling between the brain and the rest of the body, according to new research from Children’s Hospital Boston.

Research suggests fitness reduces inflammation

anti-aging | cardiovascular | cardiovascular disease | diabetes | exercise | health | inflammation

Although a number of studies have suggested that regular exercise reduces inflammation – a condition that is predictive of cardiovascular and other diseases, such as diabetes – it is still not clear whether there is a definitive link.

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