“Xenobot” Living Robots Can Reproduce
Biological robots made from frog cells can replicate by smooshing loose cells into new robots—a reproduction method not seen in any other organism.
https://www.the-scientist.com/news-opinion/xenobot-living-robots-can-reproduce-69477
Biological robots made from frog cells can replicate by smooshing loose cells into new robots—a reproduction method not seen in any other organism.
https://www.the-scientist.com/news-opinion/xenobot-living-robots-can-reproduce-69477
The Scientist Magazine®
“Xenobot” Living Robots Can Reproduce
Biological robots made from frog cells can replicate by smooshing loose cells into new robots -- a reproduction method not seen in any other organism.
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A synthetic biology startup named Berkeley Lights, for instance, recently built hardware to collect a sample of blood from a patient who had recovered from Covid 19. It separates out the bad cells from the helpful and lets scientists incubate them to see whether they make the sort of antibodies that will neutralize the coronavirus. If the process works, researchers will be able to sequence the immune cell, send the code to a synthetic DNA company to print the physical DNA, and then inject the new DNA into the right cells, programming the cells to make as many antibodies as a patient needs.
Understandably, viruses have gotten a bad reputation in the past year. But from a biomechanical perspective, they’re just little containers that inject code, like the thumb drive you stick into your computer to transfer files between devices. In the next decade, we will create viruses to fight off diseases.
https://www.wired.com/story/synthetic-biology-plan/
Understandably, viruses have gotten a bad reputation in the past year. But from a biomechanical perspective, they’re just little containers that inject code, like the thumb drive you stick into your computer to transfer files between devices. In the next decade, we will create viruses to fight off diseases.
https://www.wired.com/story/synthetic-biology-plan/
WIRED
The Xenobot Future Is Coming—Start Planning Now
We're on the cusp of being able to program biological systems like we program computers. That raises some thorny questions.
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Lucia Hefernan, (1966).
This artist's work is so cute, it's impossible not to fall in love with it! She was born in Taiwan, and Lucia's mother was a good watercolor painter and supported her daughter in her hobby. Lucia studied at NYU and worked in graphic and digital design after that; creating her own agency. In the 2000s, after selling her business she moved to Utah and started painting professionally. Why does she humanize animals so much? The artist says she hopes that people looking at her paintings will be kinder to our little brothers! This is the main message of her works with animals.
This artist's work is so cute, it's impossible not to fall in love with it! She was born in Taiwan, and Lucia's mother was a good watercolor painter and supported her daughter in her hobby. Lucia studied at NYU and worked in graphic and digital design after that; creating her own agency. In the 2000s, after selling her business she moved to Utah and started painting professionally. Why does she humanize animals so much? The artist says she hopes that people looking at her paintings will be kinder to our little brothers! This is the main message of her works with animals.
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