Biosynthetic Micro-Robot Will Combine Cells, Electronics
The Cyberplasm micro-robot will combine engineered cellular devices, electronics, and new methods of communicating between biological and electronic components, such as between muscles and the nervous system. (Source: Cyberplasm Project)
Sounds like some pretty radical foundational technology that could have huge impact across a wide variety of applications. The biomickry stuff you've been writing about is pretty amazing. But I have to ask: What is a sea lamprey?
Thanks, mrdon. Allergies, eh? I hadn't thought of that in re this robot and drug delivery. Sounds like a great idea!--I suffer from them year-round. Right now, it's mold season in the redwoods, last week it was still dust and pollen season.
Hi Ann, Biosynthetic Micro-Robot research seems quite interesting based on your article. It's truly fascinating when electronics and biology are integrated to create these wonderful autonomous cells for the benefit it aiding the human body, for example drug delivery. The application of pollutants monitoring is quite interesting because of the micron level being engaged with these small biosynthetic machines. Who knows, allergies may become a thing of the past if such micro-machines can be used to eliminate their nose reactive bacteria. Great article as always Ann!
Sensor deployment in automated factories should be done slowly and conservatively, otherwise engineers may face the loss of hundreds of thousands or even millions of dollars, an Internet of Things expert will tell attendees at the upcoming Design & Manufacturing Show in Minneapolis.
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