The tiny tube circled an ant’s thorax, gently trapping the insect and demonstrating the utility of a microrobotic tentacle developed by Iowa State University engineers.
Microbial Robotics will present at CleanEquity Monaco 2015 on March 5th & 6th at the Oceanographic Museum of Monaco.
Who's that tiny dancer in the aisles of the Consumer Electronics Show? It's Ozobot, the world's smallest programmable robot with the intuitive color-based language. Ozobot's capacity for fun and learning are endless.
In a step toward robots smaller than a grain of sand, University of Michigan researchers have shown how chains of self-assembling particles could serve as electrically activated muscles in the tiny machines.
They are with us every moment of every day, controlling every action we make, from the breath we breathe to the words we speak, and yet there is still a lot we don’t know about the cells that make up our nervous systems. When things go awry and nerve cells don’t communicate as they should, the consequences can be devastating. Speech can be slurred, muscles stop working on command and memories can be lost forever.
Bacterial Robotics, a synthetic microbial biotechnology firm, today announced it secured an oncolytic herpes simplex virus (oHSV) from Nationwide Children's Hospital. The oHSV expresses the human tissue inhibitor metalloproteinases (TIMP3) or firefly luciferase rQT3.
A team of researchers at the University of Twente (Netherlands) and German University in Cairo (Egypt) has developed sperm-inspired microrobots, which can be controlled by oscillating weak magnetic fields.
A team of Southern Nuclear engineers at the Edwin I. Hatch Nuclear Plant were honored yesterday at the Nuclear Energy Assembly in Phoenix, Ariz. They received the nuclear industry's highest honor – a TIP Award – for developing a Top Industry Practice. The team claimed the 2014 GE Hitachi Vendor Award for its participation in GE Hitachi's development of the Stinger™ Automated IVVI, a new first-of-a-kind tool for performing in-vessel visual inspections.
The development of light-driven 'micro-robots' that can autonomously investigate and manipulate the nano-scale environment in a microscope comes a step closer, thanks to new research from the University of Bristol.
Tauriga Sciences Inc. ("Tauriga" or "the Company"), a diversified life sciences company with key assets that include license agreements, topical medicinal cannabis lotions, and a proprietary technology platform in the nanorobotics space, is pleased to disclose to shareholders that the Company entered into the March 11, 2014 definitive merger agreement ("definitive agreement") with Oakland, California based Honeywood LLC ("Honeywood"), an affiliate of Doc Green's Healing Collective ("Doc Green's").
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