Lifeboat Foundation

Austin startup Lift Aircraft calls Hexa, its electric vertical takeoff and landing (eVTOL) aircraft the future of personal flight. So far, it’s been compared to a drone and a flying car.

Hexa is essentially a recreational vehicle for the air, able to fly in 15-minute intervals at low altitudes. Lift plans to market them to millennials with disposable income and anyone chasing adrenaline, because a pilot’s license isn’t required. The COVID-19 pandemic delayed plans, but Lift still says it will be touring locations across the US where anyone meeting height, weight, and age requirements can pay to fly. As of November 2019, Lift says it had more than 15,000 flights on a waitlist to ride Hexa.

The company is also selling a small number of Hexas to buyers who will then rent them out. They cost $495,000, and only five are still available.

Drone solution provider MissionGO has completed the longest organ delivery by drone in Las Vegas last week with the Nevada Donor Network. The two test flights were carrying a human organ and tissue to various locations around Las Vegas.

The first of the two flights was transporting research corneas from the Southern Hills Hospital and Medical Center to Dignity Health at the St. Rose Dominican, San Martín Campus. The flight demonstrated the viability, value, efficiency gains, and delivery speed of using drones to deliver organs and medical supplies.

The second flight delivered a research kidney from an airport to a location on the outskirts of a small town in the Las Vegas desert. This second flight was the one that marked the longest organ delivery by drone. The flight beat the previous record that was set in April 2019 also by MissionGO.

Researchers identified some of the most potent and diverse antibodies discovered to date that neutralize SARS-CoV-2, targeting multiple regions on the viral spike.

LEAF president Keith Comito explains the story of Lifespan.io — a crowdsourcing platform and community to support biomedical research aimed at extending healthy human lifespan.
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Psilocybin startup Compass Pathways goes public at more than $1B. Here’s why Wall Street is starting to see the value in psychedelics.

For several years, investors and psychonauts have predicted that psychedelic medicine would become the next billion-dollar industry, with some value estimates as high as $100 billion. They said substances like MDMA or psilocybin mushrooms would follow a similar regulatory path that cannabis took to the mainstream, going from a Schedule 1 narcotic to a legal, regulated, and highly lucrative medicine.

Continue reading “Psychedelic Gold Rush? Compass Pathways Goes Public at More than $1B” »

Stem cells are a promising experimental treatment for a variety of diseases. Now researchers at the University of Wisconsin-Madison have found that transplanting neurons grown from stem cells into the brains of mice with Parkinson’s disease repaired the damaged brain circuits, improving the animals’ motor skills.

In people afflicted with Parkinson’s, neurons that produce dopamine begin to break down and die. The disease gradually presents as tremors, involuntary movements, and trouble with walking, speaking and other actions. While it currently can’t be cured, studies are suggesting new ways to slow progression and reduce severity of symptoms through new drugs or repurposed old ones, deep brain stimulation or probiotic treatments.

But an emerging and potentially ground-breaking treatment involves stem cells. In several studies, researchers have used stem cells to grow new dopamine-producing neurons, and then transplant them into animals. And now the UW-Madison team’s work has shown that doing so can help restore brain circuits damaged by Parkinson’s.

This video explains the structural forms of DNA, why DNA have different forms and what are the differences present between each form.

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In a study of gorilla skeletons collected in the wild, Johns Hopkins Medicine researchers and their international collaborators report that aging female gorillas do not experience the accelerated bone loss associated with the bone-weakening condition called osteoporosis, as their human counterparts often do. The findings, they say, could offer clues as to how humans evolved with age-related diseases.

The study was published on Sept. 21, 2020, in Philosophical Translations of the Royal Society B.

“Osteoporosis in humans is a really interesting mechanical problem,” says Christopher Ruff, Ph.D., professor at the Center for Functional Anatomy and Evolution at the Johns Hopkins University School of Medicine. “In terms of natural selection, there is no evolutionary advantage in developing bone loss with aging to the point of a potential fracture. By looking at close relatives of humans on the evolutionary tree, we can infer more about the origins of this condition.”

Some people are at higher risk of developing obesity because they possess genetic variants that affect how the brain processes sensory information and regulates feeding and behavior. The findings from scientists at the University of Copenhagen support a growing body of evidence that obesity is a disease whose roots are in the brain.

Over the past decade, scientists have identified hundreds of different genetic variants that increase a person’s risk of developing obesity. But a lot of work remains to understand how these variants translate into obesity. Now scientists at the University of Copenhagen have identified populations of cells in the body that play a role in the development of the disease—and they are all in the brain.

“Our results provide evidence that biological processes outside the traditional organs investigated in obesity research, such as fat cells, play a key role in human obesity,” says Associate Professor Tune H Pers from the Novo Nordisk Foundation Center for Basic Metabolic Research (CBMR), at the University of Copenhagen, who published his team’s findings in the internationally-recognized journal eLife.