Recently I wrote a meeting report on the SENS3 conference for a very prestigious science journal, but finally it did not go through the filters. I knew that the chance for publication is small as the journal rarely publish such meeting reports and as it was in many respects an unconventional science conference. The standards were really high and the genre itself is strictly restricted: no more than 900 words and only 1-2 conference topic could be covered focusing on new data. On the whole it was a really good science writing experience for me. I finally realized how challenging it is to introduce the concept of robust scientific life extension for the mainstream science audience although it is not impossible at all.
But if a man has an interactive blog with a quality readership even an officially unpublished text could be useful, so please read my draft in its final form and think about it. Links of the video versions of the referred presentations and references are included, a perpetual advantage of the web comparing to offline publication. I’d like to say thanks for the folks who helped me with the draft: Aubrey de Grey, Michael Rae, Mark Hamalainen from within the SENS camp, Matthew Oki O’ Connor and Chris Patil, fellow scientists-bloggers and first of all, Anna.
Subject scrapline: Biotechnology
Title: Translating ageing
Summary: A recent unconventional strategic conference on translational science in ageing related damages helps to put some puzzle pieces together.
Changes in the adult tissue stem cells or in the mitochondria are two main processes under constant investigation amongst researchers curious about the ins and outs of the ageing process. At the SENS3 conference in Cambridge scientists and laymen shared their results and ideas, respectively.＊
Despite its mixed population with a scientist majority, the conference resembled a mainstream life science conference due to its topic sessions focusing on the different types of lifelong, ageing accumulated damages. SENS decodes as Strategies for Engineered Negligible Senescence, which aims to suggest a panel of interventions on how to robustly extend the mean and maximum human life span and claims to identify the adequately exhaustive list of main age-related pathologies ranging from cell depletion to mitochondrial mutations. SENS is by definition a flexible enough umbrella term to include other coming life extension technologies and concepts under its brand. Also, it is an engineering project compiled by main organizer Aubrey de Grey, a computer scientist turned theoretical biologist with a grand mission and hypotheses yet to be experimentally tested. The presentations were mainly reviewing the progress in the related branches, with enough new data to keep the experts interested.
Stem cells exhausted Continue reading