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Research could enable biotechnology advances: medicine, protective equipment, sensors


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IMAGE: New Army-funded synthetic biologic research manipulate micro-compartments in cells, potentially enabling bio-manufacturing advances for medicine, protective equipment, and engineering applications.
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Credit: Courtesy Monica Olvera de la Cruz, Northwestern University
RESEARCH TRIANGLE PARK, N.C. New Army-funded synthetic biology research manipulated micro-compartments in cells, potentially enabling bio-manufacturing advances for medicine, protective equipment and engineering applications.
Bad bacteria can survive in extremely hostile environments including inside the highly acidic human stomach thanks to their ability to sequester toxins into tiny compartments.
In a new study, published in
ACS Central Science, Northwestern University researchers controlled protein assembly and built these micro-compartments into different shapes and sizes, including long tubes and polyhedrons. Because this work illuminates how biolo ....

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Scientists have created a new soft robot activated by light and magnetism


Its weight consists of almost 90% water, this minuscule, centimeter-sized bot comes alive without the need for intricate hardware, hydraulics, or electrical current. Strangely, the source of its amazing animation is light and its attraction to an external rotating magnetic field according to a paper published Dec. 9 in the online journal Science Robotics.
Video of Sea creature-inspired robot walks, rolls, transports cargo
Conventional robots are typically heavy machines with lots of hardware and electronics that are unable to interact safely with soft structures, including humans, explained Samuel I. Stupp, study co-author and director of the Center for Bio-Inspired Energy Science, a Northwestern-based Energy Frontier Research Center funded by the U.S. Department of Energy.   We have designed soft materials with molecular intelligence to enable them to behave like robots of any size and perform useful functions in tiny spaces, underwater or underground. ....

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Lemon Peel-Like Robot Made Up of 90% Water Only Needs Light to Work, Can Walk and Dance Like Humans


How do these aquatic robots work?
According to Yahoo Finance s latest report, the newly develop bots are so tiny, only around the size of a dime. They also have a yellow color that makes them look like a lemon peel. They can perform various tasks.
These include walking, dancing, and carrying small objects. The robots take in and expel water through their soft components and can work when light and magnetic fields are present in the surrounding.
They can do these because of their precise molecular design. When light hits the robot s molecular structure, the molecules would expel water, causing the machine s legs to harden, just like how human muscle works. You can say that these robots can flex. ....

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