Lifeboat Foundation

Even though it appears like something out of the Ironman films, the exoskeleton is finding a niche in everyday life, such as helping people lift heavy objects and supporting medical rehabilitation.

It is unclear if the technology will break out of specific use cases, as it is expensive and does not fit naturally into day-to-day life.

A technology company in China uses robotics and artificial intelligence to provide paraplegics with a feeling they may have forgotten: walking.

Continue reading “How robotic exoskeleton technology is helping paralysed people walk again” »

On Monday an international team of researchers published the first verified scientific data on the effectiveness of a new treatment that could become the most potent antiviral drug against the coronavirus: plitidepsin. Scientists led by the Spanish virologist Adolfo García-Sastre from Mount Sinai hospital in New York, explain that this drug is 100 times more potent than remdesivir, the first antiviral drug approved to treat Covid-19, which until now has not shown that it is entirely effective, according to the authors of the study.

Plitidepsin is a synthetic drug based on a substance produced in a species of ascidians found in the Mediterranean Sea: invertebrate and hermaphrodite animals that live attached to rocks and docks, such as sea squirts. The Madrid-based company PharmaMar developed the pharmaceutical, which is sold under the name Aplidina, to treat the blood cancer multiple myeloma. The drug, however, has only been approved in Australia.

When the coronavirus pandemic broke out, PharmaMar began a clinical trial to test whether plitidepsin could be used against Covid-19. According to the company, the drug reduces the viral charge in hospitalized patients, but it has still not published its scientific data which must be verified.

Continue reading “Antiviral drug made in Spain is 100 times more potent than current coronavirus treatment” »

The University of Waterloo’s tech-startup incubator has revealed a robot that can administer injections without a needle. Learn how the robot does it.

Just over 400 light-years away, a baby exoplanet is making its way into the Universe.

This, in itself, is not so unusual. We’ve detected thousands of exoplanets – planets outside the Solar System. Presumably they all had to be newborn at some point too. What makes this exoplanet special is that astronomers obtained a direct image of it – an almost vanishingly rare feat.

It’s named 2M0437b, and it’s one of the youngest exoplanets for which we have ever obtained a direct image. This could give us a new window into the planet formation process, which in turn could help us understand how the Solar System was born and evolved.

https://www.youtube.com/watch?v=QQXvxZp_hPk&feature=share

✅ Instagram: https://www.instagram.com/pro_robots.

World Robot Expo 2021 in Beijing: https://youtu.be/PUaQmT-lZWw.

Continue reading “GITEX 2021 Robots Exhibition in Dubai | Robots learn to understand people | Mercedes, a mind-reader” »

Black holes are a hot topic in the news these days.

Black holes – regions in space where gravity is so strong that nothing can escape – are a hot topic in the news these days.

To live forever. More and more scientists believe so and in a recent interview, Aubrey De Grey said that there’s a good chance for immortality by 2035. Young people on the other hand have a almost 100% certainty of living forever and never dying.

Reversing aging is no longer science fiction and will soon become a reality with advances in stem cell therapy and advanced injections that stop the aging process in young and old people. So what would a world without death look like? It’s definitely something the government has to look into.

Continue reading “LIVING FOREVER BY 2035 | New Aubrey De Grey Interview” »

In this episode of the “Artificial Intelligence & Equality Initiative” podcast, Senior Fellow Anja Kaspersen sits down with Gary Marcus, a cognitive scientist, author, and entrepreneur, to discuss the need for an open and healthy scientific.

A team of scientists from the University of Florida (UF) will use a $1.1 million grant to further their work on the use of artificial intelligence-or AI-powered medical research for predicting and diagnosing Parkinson’s disease while maintaining patient privacy.

This grant, from the National Institutes for Health (NIH), will allow the scientists to train artificial neural network models — computer systems modeled on the human brain and nervous system — and further develop AI technologies that can predict and diagnose Parkinson’s, according to a press release.

“The proposed research will remove a major roadblock that restricts medical data accessibility and hinders cloud-based operations of deep-learning artificial neural networks for biomedical research,” the investigators said.