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Did you know that life extension is impossible? I didn’t until the keen minds over at the Guardian informed me as such. Fortunately before I decided to give up my career in regenerative medicine I decided to look into exactly how the Guardian came to such a revelation. What I discovered was so earth shattering that it rocked my very understanding of the world, and made me question everything I thought I knew. That realisation was that, despite their consistent insistence to the contrary, the media lies, a lot.

Ok maybe this was not as shocking as I made it out to be, in fact it’s pretty widely known by now that the media is generally no stranger to the odd lie here and there. If you are not familiar with the story allow me to give you a recap. A recent study was conducted in order to find out if human lifespans have actually increased due to advanced in medicine. To do this, scientists used statistical models to remove non-age related causes of death from historical records (such as murder, death in child birth, plague etc) in order to determine what the uninterrupted human lifespan is, and if it has increased over time. What was found is that our medical science is yet to fundamentally extend human lifespan. This comes as no surprise to anyone in the field of longevity research as we know full well that none of our current medical treatments address causes of ageing. What this study does not conclude however is that life extension is impossible.

Security researchers accidentally revealed a huge flaw.


Microsoft is warning Windows users about an unpatched critical flaw in the Windows Print Spooler service. The vulnerability, dubbed PrintNightmare, was uncovered earlier this week after security researchers accidentally published a proof-of-concept (PoC) exploit. While Microsoft hasn’t rated the vulnerability, it allows attackers to remotely execute code with system-level privileges, which is as critical and problematic as you can get in Windows.

Researchers at Sangfor published the PoC, in what appears to have been a mistake, or a miscommunication between the researchers and Microsoft. The test code was quickly deleted, but not before it had already been forked on GitHub.

Sangfor researchers had been planning to detail multiple 0-day vulnerabilities in the Windows Print Spooler service at the annual Black Hat security conference later this month. It appears the researchers thought Microsoft had patched this particular vulnerability, after the company published patches for a separate Windows Print Spooler flaw.

For the first time, an artificial molecular motor has been created that can ‘talk’ to living cells – by gently pulling their surface with enough physical force to elicit a biochemical response. The approach could help scientists decode the language that cells use to communicate with each other in tissues.

‘There is a mechanical language in the form of physical forces applied by the cells themselves, and we want to understand what information is communicated and what the consequences are,’ explains Aránzazu del Campo, who led the study at the Leibniz Institute for New Materials, Germany. ‘Ultimately, we want to be able to provide signals to cells and guide their function when they are not able to do that by themselves in disease cases.’

Usually, studying how cells communicate by sensing mechanical stimuli and producing biochemical responses requires prodding them with pipettes or the tip of an atomic force microscope. However, this doesn’t work at the more complex tissue level.

US$8.5 Billion In Funding — 150+ Projects


Dr. Maria Millan, MD, is the President and CEO of the California Institute for Regenerative Medicine (CIRM — https://www.cirm.ca.gov/), an organization that was created in 2004 when voters initially approved a state Proposition which allocated US$3 billion to fund this fascinating area of medicine, and which recently received an additional US$5.5 billion in renewed funding.

Dr. Millan is a physician-scientist who has devoted her career to treating and developing innovative solutions for children and adults with debilitating and life-threatening conditions.