Nature inspires first artificial molecular pump Date: May 19, 2015 Source: Northwestern University Summary: Using nature for inspiration, scientists have developed an entirely artificial molecular ...

Their molecular pump is the world's first such machine developed entirely through chemical engineering in the laboratory, and it could one day power artificial muscles and other molecular machines.

Scientists have developed the first man-made molecular pump, which transports key proteins that cells need to function, that could be used to power artificial muscles. WASHINGTON: Scientists have ...

The pump could pave the way for future researchers to design devices that operate on a molecular level, such as artificial muscles. Chemistry Prof. Fraser Stoddart, the study’s senior author ...

Two molecular pumps help synthesize the polyrotaxane. Each pump is made of a bipyridinium unit sandwiched between a 2,6-dimethylpyridinium end group and an isopropylphenylene group that’s ...

Artificial molecular machines now come in a dizzying variety of forms, including motors, pumps, and data-reading ratchets. While some machines are powered by light, a growing number are driven by ...

The pumps secrete mycobactin molecules that then tightly bind external iron. The microbial pathogen then uses other molecular machinery to carry the mycobactins and their iron cargoes back into ...

The two BOC-Edwards EXT255H Compound Molecular Pumps (PDF), that [Mark] bought did not have their accompanying EXC100E Turbomolecular Pump Controllers (PDF), and given pandemic related ...

The pumps secrete mycobactin molecules that then tightly bind external iron. The microbial pathogen then uses other molecular machinery to carry the mycobactins and their iron cargoes back into the ...