Lifeboat Foundation: Safeguarding Humanity
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Category: biotech/medical – Page 2620

Technology giant IBM is known for of making bold predictions about the future, and it’s just announced its latest “5 in 5” list, highlighting the five innovations that they think will have the biggest impact on our lives over the next five years.

According to the company, in only a few years, we’re set to see huge developments in artificial intelligence (AI), ultra-powerful telescopes, smart sensors, and medical devices — with benefits ranging from healthcare and the environment, to our understanding of Earth and the Universe itself.

Of course, all these predictions are based on technology and research developments that are happening right now — there’s no way of knowing what else might crop up in the next five years.

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“You could produce artificial proteins with unnatural amino acids,” he proposed. But the artificial proteins could be “not just to prep, pull out the cell, and purify as a drug, but to work within the cell to bestow it with new functions,” he added.

Researchers generate an organism that can replicate artificial base pairs indefinitely.

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Aging fosters sickness and disability, increases human suffering, and makes us more likely to die. Previously, I argued that curing aging must be a top priority for society, yet there are also a number of possible objections to this endeavor. Most of these are unfounded myths that can be disproved while others raise relevant social, philosophical and ethical issues. This essay draws on my own lectures, and publications (Sethe and de Magalhaes, 2013), on this subject and attempts to answer the most commonly raised questions and concerns about the work of gerontologists and a possible cure for aging.

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Already renowned for its potential to revolutionize everything from light bulbs and dental fillings through to semiconductors and motorcycle helmets, graphene can now add innate superconductivity to its repertoire. Scientists at the University of Cambridge claim to have discovered a method to trigger the superconducting properties of graphene without actually altering its chemical structure.

Light, flexible, and super-strong, the single layer of carbon atoms that makes up graphene has only been rendered superconductive previously by doping it with impurities, or by affixing it to other superconducting materials, both of which may undermine some of its other unique properties.

However, in the latest research conducted at the University of Cambridge, scientists claim to have found a way to activate superconduction in graphene by coupling it with a material known as praseodymium cerium copper oxide (Pr2− xCe xCuO4) or PCCO. PCCO is from a wider class of superconducting materials known as cuprates (derived from the Latin word for copper), known for their use in high-temperature superconductivity.

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In Brief The success of this work will help healthcare professionals diagnose more accurately and efficiently, and it will allow for more diagnostic care in areas with limited healthcare services and providers.

In early August, IBM announced that it will acquire Merge Healthcare Inc., a company that sells systems that help medical professionals access and store medical images. This move is a critical step in IBM’s plan to put AI to work medically by training its Watson software to identify maladies like heart disease and cancer.

Merge is valuable to IBM because it owns 30 billion images, including computerized tomography, X-rays, and magnetic-resonance-imaging scans. The company can use these images in its deep learning training program. IBM is hoping that the same kind of software that lets Flickr recognize your face or a dog in your photos can help Watson identify symptoms of diseases.

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I am still waiting for mine. I cannot wait to the day I use my smart lenses to take pics, videos, login to view work email, etc. BTW — I look forward to day we eliminate email too.

Google may have shelved Google Glass, its failed attempt to persuade the world that internet-connected spectacles were the next big thing, but it has not given up on the concept of smart eyeware.

The internet giant’s Verily Life Sciences unit has been working on connected contact lenses – or rather, eye implants – for some time, and Google founder Sergey Brin dropped a hint at the World Economic Forum in Davos that the technology may soon see the light of day.

Interviewed on stage at Davos, Brin said that Verily had started working on a glucose sensing contact lens project some time ago, and hinted that the first products may come to market soon.

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