FDA-approved robotic exoskeleton magnifies wearers’ strength tenfold

Luke Dormehl | 3.2.18 | DigitalTrends.com

HAL robotic exoskeleton from Cyberdyne now available in the U.S.

SDCC 2012 - Cyborg (7573119816).jpg
By Pat Loika - SDCC 2012, CC BY 2.0, Link
See linked article for actual image

The United States Food and Drug Administration (FDA) recently gave its stamp of approval to Cyberdyne, and now, it has officially made its way to the U.S. But don’t worry: Skynet isn’t on the cards just yet. In fact, it’s a Japanese robotics company that just so happens to have the same name as the company from the Terminator movies, which is responsible for blowing up mankind.

What the FDA has specifically given its approval to is HAL (which is also the name of a fictitious A.I. villain from Stanley Kubrick’s 2001: A Space Odyssey). Cyberdyne’s HAL is short for Hybrid Assistive Limb, and refers to a lower-body exoskeleton that can enhance users’ strength and stability. HAL involves sensors that attach to the users’ legs, which detect bioelectric signals sent from the brain to the muscles, triggering the exoskeleton to move.

ICyberdyne calls it “the world’s first robotic medical device.” It has previously been marketed as a medical device in the European Union and Japan, but the FDA’s medical clearance in the United States back up HAL’s therapeutic effects. And now, folks across the nation should be able to put HAL to the test, as Cyberdyne announced Friday that it is working with the Brooks Cybernic Treatment Center of Jacksonville, Florida to make HALs available. Read more.

Scientists can 3D print human heart tissue now

Luke Dormehl | 6.29.18 | DigitalTrends.com

The Future Is Here

Heart diagram-en.svg
By ZooFari
Long term, the goal of 3D bioprinting is to be able to 3D print fully functioning organs which can be used to replace the failing biological organs of humans in need of a transplant. That may still be years off, but Chicago-based biotech startup Biolife4D this week announced a major new milestone: Its ability to bioprint human cardiac tissue.

The scientific landmark followed shortly after the company opened a new research facility in Houston. It involved the printing of a human cardiac patch, containing multiple cell types which make up the human heart. It could one day be used to help treat patients who have suffered acute heart failure in order to restore lost myocardial contractility, the ability of the heart to generate force for pumping blood around the body.

“The cardiac patch that we printed demonstrated two major advancements,” Steven Morris, CEO of Biolife4D, told Digital Trends. “First, it demonstrated Biolife4D’s ability to take a patient’s own blood cells, reprogram them back into stem cells, reprogram them again to make the different type of cells which we need to 3D bioengineer our human heart viable for transplant, and then successfully 3D bioprint with those cells to make living human heart tissue. Second...” Read more.

Angel fish
Public Domain, Link

...and every living creature that moveth, which the waters brought forth abundantly, after their kind, and every winged fowl after his kind ... the living creature after his kind, cattle, and creeping thing, and beast of the earth after his kind ...the beast of the earth after his kind, and cattle after their kind, and every thing that creepeth upon the earth after his kind: and God saw that it was good. -Genesis 1

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A SistersSite eBook

Flesh and Bone and The Protestant Conscience is an e-book on Amazon.com. It is 99¢ and in the Amazon lending library as well. It is also available here in PDF format. The book description follows.

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