DNA storage is the wave of the future as scientists have proven they can store incredible amounts of data in just a few grams of nucleic acid, and retrieve the data countless times, error-free.
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HAIFA, Israel A vest designed to shield astronauts from deadly solar particles in deep space is set for trials on a lunar mission ready for deployment on any manned mission to Mars, its Israeli developers said.
The AstroRad Radiation Shield has been devised by Tel Aviv-based StemRad, which has already produced and marketed a belt to protect rescue workers from harmful gamma ray radiation emitted in nuclear disasters, such as Chernobyl and Fukushima.
The vest will protect vital human tissue, particularly stem cells, which could be devastated by solar radiation in deep space or on Mars, whose sparse atmosphere offers no protection, StemRad’s CEO Oren Milstein said.
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I use to hate it when my dad insisted that I read something longer than 2 paragraphs. (Something related to his interests, but not to my school work, his career or our family). That’s because it shouldn’t require a 30 minute read to determine if it piques my interest, as it does his.
I use to hate it when my dad insisted that I read something longer than 2 paragraphs. (Something related to his interests, but not to my school work, his career or our family). That’s because it shouldn’t require a 30 minute read to determine if it piques my interest, as it does his.But I am asking Lifeboat readers to invest 37 minutes in the video linked below. Even if you give it just 5 minutes, it will provide sufficient motive for you to stick around until the end. [continue below video]
I want you view it because we are on the threshold of something bigger than many people realize. Bitcoin and the blockchain is not just a new currency or a way of distributing books among network users. We are becoming involved with a radical experiment in applied game theory that is shockingly simple, but nascent. Opportunities abound, and the individuals who recognize those opportunities or learn to exploit them will benefit themselves as they benefit the global community. Because it is so radical (and because it clashes with deeply ingrained beliefs about authority, control mechanisms, democracy and money), it seems complex and risky—but it’s really not.
I am a Bitcoin educator and columnist. I have taught college seminars in Bitcoin and I will be keynote speaker at the 2017 Digital Currency Summit in Johannesburg. I design online courses for the most popular cryptocurrency self-learning groups. But Antonopolous runs circles around me. He is a Bitcoin evangelist extraordinaire. All of his presentations are superb, but this one provides context. It conveys an understanding that Bitcoin novices and professionals equally appreciate. It answers questions the viewer hadn’t asked, but would have.
There are hundreds of videos and PowerPoint presentations that explain how Bitcoin works. But they rarely provide context. Few of them convey why it is such an important development and why it has overtaken biotech & pharmaceuticals as the focus of VCs . Few can explain why an ethereal Bitcoin (a unit that you cannot hold) has just surpassed the value of a unit of gold. And few people realize that volatility has been abating as the increase in value and adoption is surging.
As you watch Antonopolous, you are certain to think about things that you did not previously know—or at least, that you did not reflect upon. My purpose in asking you to view it, is not to sell you on Bitcoin or the blockchain, but to provide the context that may help you to code, consult, write articles, teach, begin trading, start saving, and more.
Philip Raymond co-chairs Crypsa & Bitcoin Event, columnist & board member at Lifeboat, editor
at WildDuck and will deliver the keynote address at Digital Currency Summit in Johannesburg.
The Libertarian Republic covering my libertarian run for California Governor:
After realizing his chances to be President were over, Zoltan Istvan of the Transhumanist Party, has decided to take his platform and run for another elected office, and under a different political party.
Istvan didn’t have much of a chance at being president, but that didn’t stop him from campaigning as the Transhumanist Party’s candidate to promote his pro-technology and science positions. Now, he’s setting his sights a bit lower, and with a different party. Istvan announced this morning that he plans to run for governor of California in 2018 under the Libertarian Party, explains Engadet.com.
In a Newsweek article Istvan wrote, “We need leadership that is willing to use radical science, technology, and innovation—what California is famous for–to benefit us all. We need someone with the nerve to risk the tremendous possibilities to save the environment through bioengineering, to end cancer by seeking a vaccine or a gene-editing solution for it, to embrace startups that will take California from the world’s 7th largest economy to maybe even the largest economy–bigger than the rest of America altogether.”
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Would you like to know more? http://pdxint.at/2mvFVSx
Stellaris: Utopia brings even greater depth and variety to a game already celebrated for its story-telling power and near endless possibilities. Are you ready for perfection?
One of the core improvements in Utopia is the introduction of Ascension Perks. As your species advances and gains new traditions, it can choose how it wants to evolve as it is further enlightened. You can choose between a biological path, a psionic path or a synthetic path, with various options within these broad categories. Body, Mind or Machine — how will your species challenge the future?
Utopia Also Includes:
Great news and a very promising vector for near future innovation!
Inductive radio-frequency heating of magnetic nanoparticles embedded in tissue (red material in container) preserved at very low temperatures restored the tissue without damage (credit: Navid Manuchehrabadi et al./Science Translational Medicine)
A research team led by the University of Minnesota has discovered a way to rewarm large-scale animal heart valves and blood vessels preserved at very low (cryogenic) temperatures without damaging the tissue. The discovery could one day lead to saving millions of human lives by creating cryogenic tissue and organ banks of organs and tissues for transplantation.
The research was published March 1 in an open-access paper in Science Translational Medicine.
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Google has been working on advanced image-recognition systems for several years through its GoogLeNet projects. The project was, in part, aimed at the company’s autonomous car project, teaching self-driving cars to recognize everything from road layouts to stop signs.
The company has now applied GoogLeNet tech to cancer diagnosis, and reports that the system was already delivering good results straight out of the box, but says that tweaking the system has delivered stunning performance.
Pathologists have always faced a huge data problem in order to obtain an accurate diagnosis. A massive amount of information — slides containing cells from tissue biopsies, thinly sliced and stained — must be scanned in search of any abnormal cells. And time is of the essence.
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A new pathogen can have devastating consequences in genetically homogenous populations.
When Spanish forces arrived in Mexico in 1519, the native population was estimated to be around 25 million. A century later, there were only around 1 million left, following several devastating outbreaks of disease brought in from overseas.
Despite plenty of speculation, the diseases that contributed to the collapse of Aztec society remain unconfirmed. But now scientists have presented the first DNA evidence of a bacterial species from one of the worst epidemics — and it suggests that a deadly outbreak of salmonella might have been involved.
The downfall of Aztec society has been the source of plenty of fascination, and it’s generally believed that a variety of factors were involved — mainly the arrival of Spanish forces, followed by several outbreaks of European diseases among the native population.
Researchers from the University of California, San Diego have successfully 3D printed a framework of functional blood vessels. Blood vessel networks are important in transporting blood, nutrients and waste around the human body.
The research team employed a 3D bioprinting process involving hydrogel and endothelial cells. Endothelial are the form of cells that make up the inner lining of blood vessels.
Leading the research was Shaochen Chen, who explains the motivation of the project.
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