An industry-academic consortium received a U.S. government contract to develop coded synthetic polymer chemicals like DNA for reliably storing massive amounts of data. . . . → Read More: Synthetic DNA Studied for Mass Data Storage
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Engineers developed a more sustainable type of concrete adding a form of bacteria to grow and reproduce the material under most conditions. . . . → Read More: Living, Reproducing Concrete Created with Bacteria 
Venture capital deal-making in the U.S. declined in the fourth quarter of 2019, but biotechnology start-ups remained the most sought-after investment targets of any sector. . . . → Read More: Venture Deals, Dollars Fall in Q4 2019; Biotech Stays Hot 
A chip device simulating intestinal functions, bolstered by a gut tissue organoid, behaves more like a human intestine in lab tests than the gut organoid alone. . . . → Read More: Organoid in Chip Device Better Simulates Gut Functions 
UPMC, the medical center affiliated with University of Pittsburgh, plans to invest $1 billion in life science advances, with spin-off companies as part of its strategy. . . . → Read More: UPMC to Invest $1 Billion in Medical Enterprises 
A team of biologists and computer scientists created tiny robotic devices designed by computer models and made from frog embryo cells. . . . → Read More: Algorithm-Designed Robots Made from Living Cells 
The list of 36 companies covers 12 technology categories, including many of the advances we feature at Science & Enterprise . . . → Read More: Infographic – High Momentum Start-Ups to Watch 
A wireless electrode activated by light waves is being developed to connect with nerve cells in the brain that promises to make brain-computer connections safer. . . . → Read More: Light-Activated Brain Electrodes in Development 
A joint venture of two drug discovery and design companies aims to create new biotechnology businesses to find drugs for treating rare diseases. . . . → Read More: A.I. Discovery Companies to Find Rare Disease Drugs 
A patch of human heart tissue returned to earth today after being produced with a three-dimensional printing system on the International Space Station. . . . → Read More: Heart Tissue 3-D Printed in Space Station |
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