A one-piece garment fitted with sensors is shown to capture data about an infant’s movements for analysis by algorithms to reveal possible developmental problems. . . . → Read More: Infant Jumpsuit Captures Objective Movement Data
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A university lab developed a wirelessly-controlled programmable bandage that in tests with lab mice results in more diabetic wound closure than topical medicines. . . . → Read More: Wireless Smart Bandage Designed for Chronic Wounds 
Escherichia coli, or E. coli, bacteria (National Institute of Allergy and Infectious Diseases) 13 Feb. 2020. A biomedical engineering team designed probiotic bacteria, which in lab mice are shown to deliver and enhance cancer immunotherapy drugs. Researchers at Columbia University in New York describe their engineered bacteria and findings in yesterday’s issue of . . . → Read More: Engineered Bacteria Deliver Cancer Immunotherapy 
A bioengineering lab is creating synthetic cell scaffolds that simulate tumor cells and tissue, offering a more reliable way of testing new cancer drugs. . . . → Read More: Synthetic Cell Matrix Devised for Cancer Drug Testing 
A review of smartphone apps that photograph and purport to analyze skin conditions for signs of cancer shows the apps are unreliable in detecting cancer. . . . → Read More: Skin Cancer Apps Shown Misleading, Unreliable There are many other ways that developments in technology can enhance your business if you use them and use them well. . . . → Read More: Use Tech To Unleash Your Business’s Potential 
Software guided by algorithms that capture top-quality ultrasound images of the heart is now authorized by the Food and Drug Administration. . . . → Read More: A.I. Heart Ultrasound Software Cleared by FDA 
According to UCS, low-earth orbit satellites — those with altitudes of 500 to 2,000 kilometers — account for two-thirds (66%) of the 2,218 systems in flight. . . . → Read More: Infographic – More Low Orbit Satellites in Space 
A business incubator in Massachusetts is seeking entrepreneurs and their companies developing medical devices for heart, lung, blood, and sleep disorders. . . . → Read More: Incubator Seeks Heart, Lung, Blood Device Entrepreneurs 
A university engineering lab designed a simple, inexpensive point-of-care device, powered by a smartphone, to detect infectious and other diseases. . . . → Read More: Smartphone Saliva Test Detects Infectious Diseases |
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