If you are able to get to Leiden there is an event in support of Lifespan.io on September 29, 12:00 AM – 2:00 PM CEST.

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Ending aging and getting rid of its associated conditions is one of humanity’s most ancient dreams. Some of our earliest myths are about heroes going on a quest to find a way to make the whole of mankind forever young. With the current progress in aging research, this is not a dream anymore. In laboratories around the globe, researchers are conducting experiments that show that aging is amenable to medical intervention; we can slow it down and even reverse some age-related changes. As recent experiments on mice demonstrate, there are various ways to postpone aging. Among the most promising treatments are the elimination of harmful senescent cells, drugs that enhance metabolism, genetic and cellular therapies, and calorie restriction. These treatments extend the healthy period of life, and, as a welcome side effect, lifespan in mice by over 25–30%. Some of these methods are currently in human clinical trials and are expected to reach the market 5–10 years from now.

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Research has shed new light on genetic processes that may one day lead to the development of therapies that can slow, or even reverse, how our cells age.

A study led by the University of Exeter Medical School has found that certain genes and pathways that regulate splicing factors – a group of proteins in our body that tell our genes how to behave—play a key role in the ageing process. Significantly, the team found that disrupting these genetic processes could reverse signs of ageing in cells.

The study, published in the FASEB Journal, was conducted in human cells in laboratories. Aged, or senescent, cells are thought to represent a driver of the ageing process and other groups have shown that if such cells are removed in animal models, many features of ageing can be corrected. This new work from the Exeter team found that stopping the activity of the pathways ERK and AKT, which communicate signals from outside the cell to the genes, reduced the number of senescent cells in in cultures grown in the laboratory. Furthermore, they found the same effects from knocking out the activity of just two genes controlled by these pathways—FOX01 and ETV6.

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A wonderfully written, very friendly essay on the discoveries, carrier and life of Prof Dr David Sinclair and of course on sirtuins, the epigenetic theory of aging, resveratrol, nicotinamide dinucleotide NAD+ and healthy aging.

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Since my recent visit to the Harvard Medical School laboratory run by Australian geneticist David Sinclair, I’ve been struggling with a shamefully greedy impulse. How can I get my hands on the wonder molecules that Sinclair is trialling to amazing effect in mice, not only slowing down their ageing but reversing it? My fear of missing out has flared up since I learnt from Sinclair that he estimates at least a third of his scientific colleagues are taking some version of these “anti-ageing” molecules, just as he does, in the belief it will increase their health spans by as much as 10 years. This means not just having a chance at living an extra decade, but living it in good health, avoiding the age-related diseases and general frailty that can make those years harrowing.

It becomes difficult to remain impartial when a respected scientist tells you he will soon turn 50, does not have a single grey hair and, according to regular blood and genetic tests, has the biological age of 31.4, even though he’s a workaholic and doesn’t exercise much. Or that he likes to think his mother prolonged her life – post lung cancer, with only one lung – for 20 years by taking the molecules he gave her, and that his 79-year-old father, who has taken several different kinds of them for years, currently lists whitewater rafting and mountaineering among his hobbies. Sinclair’s wife, Sandra Luikenhuis, even gives these molecules to the family dogs. (Luikenhuis, who has a PhD in genetics from Massachusetts Institute of Technology, only began taking the molecules herself after she noticed the irrefutably positive effect they’d had on their pets.)

If all goes well, and these anti-ageing molecules live up to their promise, Sinclair and his family will be proof it’s still possible to be going strong on the other side of the private apocalypse each of us has to face, what Philip Roth famously called the “massacre” of ageing. Imagine if you could still be standing tall after the dust clears, not one of the walking wounded, not just surviving, but thriving.