Santa Cruz Biotechnology - Monoclonal Antibodies, RNAi, Biochemicals and CRISPR products for research. #Facebook: facebook.com/santacruzbiotec…
Joined January 2014
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Don’t sleep on NQO1 Antibody (A180) 🧬A reliable tool for oxidative stress & detox research—because even the quietest targets can pack a redox punch. (sc-32793) scbt.com/p/nqo1-antibody-a18…
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Enhance your lab! Receive 15 Cruz Credits™ for writing a review! #Science #Antibodies #chemicals #biochem #research #rewards #biochemistry #biology #rewards scbt.com/customer-care/cruzc…
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Santa Cruz Biotechnology retweeted
May 14
In a major medical breakthrough, South Korean scientists have successfully implanted the world’s first 3D-printed windpipe made entirely from a patient’s own cells.
The groundbreaking procedure was performed on a woman who had lost part of her trachea after thyroid cancer surgery. Using advanced bioprinting technology, researchers created a personalized windpipe by combining the patient’s own living cells with a biodegradable scaffold.
Because the implant was made from her own biological material, her body recognized it as natural tissue. This resulted in zero rejection and eliminated the need for lifelong immune-suppressing drugs — a common requirement in traditional organ transplants.
The successful integration marks a significant step forward in regenerative medicine and personalized organ replacement.
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Santa Cruz Biotechnology retweeted
May 11
Of the hundreds of types of amino acids found on Earth, it’s a mystery why life settled on 20 as the building blocks for all its proteins. Although certain species can use more—some microbes employ up to 22—no one’s ever found one using fewer.
But now scientists are closer to creating such an organism, after partially eliminating one of the 20 amino acids from the bacterium Escherichia coli.
The research used #AI to propose alternatives to the amino acid isoleucine in dozens of proteins making up bacterial ribosomes—the protein factories of the cell.
The findings offer a glimpse into how earlier, simpler life forms might have lived and suggest new ways to synthesize proteins with bespoke functions in medicine and biotechnology.
Learn more: scim.ag/4wifwLc @NewsfromScience
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