https://www.lifespan.io/campaigns/mouseage) and if we can reach $17300 another $2000 will be donated from the fund match. We would like to thank all the amazing people who have donated, including:
Stella Wang, David Munger, Crystal Falls, Maxime Handfield Lapointe, Michael Reed, Melle Hsing and José Ruíz you are all heroes!
The controversial chairperson of the science committee in the U.S. House of Representatives announced today that he will not seek re-election to Congress next fall. The pending departure of Representative Lamar Smith (R–TX) could give the U.S. scientific community a chance to recalibrate a rocky 5-year relationship with a key congressional committee.
Representative Lamar Smith’s tenure marked by bitter clashes with science community.
“Scientists are hopeful that the approach could offer new ways to understand – and even one day tackle – certain human genetic diseases by correcting mutations in a patient’s body.”
Fresh DNA base editing breakthrough brings hope of potential treatment for huge number of diseases that arise as a result of a single genetic ‘misspelling’.
Manipulating mitochondrial networks inside cells may increase lifespan and promote health, according to a new study.
View all posts in Science & Health.
Posted in biotech/medical, cyborgs, evolution, transhumanism
This film “Cyborgs Among Us” that has a segment on my #transhumanism work (as well as many others in our community) has its #Dutch premier on Nov 10 in a major international science film festival. Go see it if you can!
Imagine having a sixth sense! These are the first cyborgs that transcend the boundaries of human possibility and spark the debate about the technological evolution of mankind. Cyborgs Among Us offers insight into how technology can become part of us and the social and ethical implications associated with it.
Professor Wouter Serdijn from Delft University of Technology explains technology and the human body from the perspective of bioelectronics.
What makes a better Internet possible? At Orchid Labs, our goal is to ensure that every person on Earth can have access to an open, decentralized, and uncensored Internet. We believe a better Internet is one that isn’t controlled by the few, but open to all.
Currently, Internet access for the majority of the people on Earth is censored and monitored. Because of this, many Internet users are blocked from freely communicating, collaborating, and accessing information. The current centralized system, which limits our ability to communicate and learn — while also harvesting and selling our personal data — is far from the full potential of what the internet could be and strays from the original intention of its creators.
That’s why we’ve launched the Orchid Protocol, an open-source overlay network that uses excess bandwidth on top of the existing Internet to ensure that people — no matter where they live on our planet — can have unrestricted access to information and collaboration. Orchid’s protocol combines surplus bandwidth, state-of-the-art encryption, and a decentralized infrastructure enabling any Internet user to participate and exchange bandwidth for payment in peer-to-peer transactions using Orchid tokens on the Ethereum blockchain.
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.
