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In addition, a small number of posters will be selected for oral presentation. Poster topics should lie within the scope of the conference: Research contributing to the eventual postponement of age-related decline in health, with an emphasis on measures that repair damage rather than slowing its creation. Poster submissions are due on January 15, 2018.

To submit your poster go to.


Undoing Aging will include poster sessions on the first two evenings. If you wish to present a poster, please submit the details on this page. A small number of posters will be selected for oral presentation; those selected should also prepare a poster.

What to submit

The topic of the poster should lie within the scope of the conference: research contributing to the eventual postponement of age-related decline in health, with an emphasis on measures that repair damage rather than slowing its creation.

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Dr. Aubrey de Grey is in the news again, this time he appears on CBS talking about the recent interest in blood plasma as a possible way to combat age-related diseases. To find out more about the work he and the SENS Research Foundation are doing check out www.sens.org


SAN FRANCISCO (CBS SF) — Blood has always been known as “the Gift of Life” and a growing number of Bay Area researchers are currently trying to isolate a factor in blood that may turn back the hands of time.

“We don’t know how soon we’re going to defeat aging,” proclaimed Aubrey de Grey. “We should be able to keep people truly in a youthful state of health, no matter how long they live and that means the risk of death will not rise.”

De Grey is the Chief Science Officer and Co-founder of the SENS Research Foundation in Mountain View. He believes we can grow biologically younger.

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One concern some people have about bringing aging under medical control is that it might create an immortal Gerontocracy controlling society.


As I discussed in another article, rejuvenation biotechnology would allow older adults to continue working and producing wealth for much longer than they can today, thus benefiting society in many ways.

However, some people are concerned that this might do more harm than good; imagine all those rejuvenated old farts holding onto their jobs forever, preventing the young from getting jobs themselves! Not to mention the risk of a gerontocratic world, where powerful older people get a touch too attached to their chairs, never allowing younger people a chance!

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Atherosclerosis is the number one killer in the world, and science is working on solutions to combat this age-related disease. A new mouse study has shown that the drug trodusquemine can melt away the accumulated arterial plaques that lead to heart attacks and strokes.

What is Atherosclerosis?

Atherosclerosis is an age-related disease in which toxic, oxidized cholesterol deposits in the bloodstream produce inflammation in arterial walls. This causes macrophages to swarm to these fatty deposits to clear up this toxic waste.

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What if we could stop aging forever?

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The folks at Kurzgesagt have created another great video about aging and thanks to them for giving us the opportunity to work with them in creating this video. If you would like to support our work check out (https://www.lifespan.io/campaigns/join-us-become-a-lifespan-hero/).

The video today discusses the near future technologies that are changing how we treat aging and could potentially bring it under medical control soon. It is important to discuss this topic now and its great to see popular channels like Kurzgesagt are keen to get involved in that dialogue.

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Understanding the factors that control aging has been one of humanity’s endless pursuits, from the mystical fountain of youth to practical healthful regimens to prolong life expectancy.

A team of scientists at the University of California San Diego has helped decipher the dynamics that control how our cells age, and with it implications for extending human longevity. As described in a study published in the Proceedings of the National Academy of Sciences, a group led by biologist Nan Hao employed a combination of technologies in engineering, computer science and biology to analyze molecular processes that influence aging.

As cells age, damage in their DNA accumulates over time, leading to decay in normal functioning and eventually resulting in death. A natural biochemical process known as “chromatin silencing” helps protect DNA from damage. The silencing process converts specific regions of DNA from a loose, open state into a closed one, thus shielding DNA regions. Among the molecules that promote silencing is a family of proteins—broadly conserved from bacteria to humans—known as sirtuins. In recent years, chemical activators of sirtuins have received much attention and are being marketed as nutraceuticals to aid chromatin silencing in the hopes of slowing the aging process.

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