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Directed by Eric Merola.

It becomes obvious, that there are clump risks in the current setup of the global drug production.

There may soon be a shortage of certain drugs, such as some antibiotics (, as the only production facilities in China stopped producing them, due to the current Corona virus outbreak.

( e.g. consider that 97% of the antibiotics used in America are made in China according to an article by ABC7 news.


The world’s pharmaceutical supply chain is in danger as the virus spreads across China and jeopardizes travel and trade.

Lifespan.io is hosting its third annual conference on aging and rejuvenation biotechnology.

The Life Extension Advocacy Foundation/Lifespan.io, a nonprofit company promoting aging research, is hosting its third annual Ending Age-Related Diseases: Investment Prospects and Advances in Research conference on August 20–21 at the Stern Auditorium of the Icahn School of Medicine at Mount Sinai (New York City, USA).

The goal of this conference is to promote scientific and public discussion in order to foster the development of interventions that target aging and are capable of relieving our aging society from the burden of age-related diseases. Key topics of the conference include biomarkers of aging, discoveries in fundamental research, the development of interventions targeting the root mechanisms of aging, investment strategies, and regulatory issues that are relevant to rejuvenation research.

Scientists at Purdue University have made the fastest spinning object ever, a tiny ball of silicon dioxide that rotates 300 billion times per second. They positioned the microscopic silica balls in a vacuum and blasted them with two different lasers that induce the spin.

In 2018, scientists at the Institute for Photonics at ETH Zurich (a small, elite science university) created the first billion-RPM object and said they hoped it would accelerate, so to speak, the discovery of wild and unpredictable things. And that has certainly borne out, because the Purdue team has shown that even in a near vacuum, the spinning silica particles create measurable friction.