Molecular Microchip Motor
Keep in mind that there are as many nanoseconds in a second as there are seconds in [MORE]
The transparent circle is nanomaterial that mimics the protein VEGF.
Using an injectable liquid that contains nanoparticles engineered [MORE]
Microelectronics
Materials Science professor John Rogers, at the University of Illinois, Urbana-Champaign, has developed a flexible, stretchable thin silicon patch [MORE]
Microspec Corp. Multilumen Bump Tubing
Good catheters that bend properly without kinking, don’t break, and allow more channels for inserting [MORE]
Chemical & Engineering News recently reported that chemists at UNC-Chapel Hill and North Carolina State University have developed easy-to-make [MORE]
Power from the heart
The piezoelectric effect explains how zinc oxide nanowires can produce an electric current during mechanical stress. [MORE]
Ionic polymer metallic composites are novel materials that generate an electrical current during compression. Researchers at the University of [MORE]
Preserving organs for donors
Hemant Thatte, a surgeon at the V.A. Hospital in Boston, has developed a liquid preservative that [MORE]
DNA
Several labs have developed two dimensional and three dimensional structures out of DNA, but recently research groups in New [MORE]
In making both orthopedic and dental implants, the weight-bearing strength of the material is crucial-it ought not be weaker [MORE]
Taking insights from the way airplanes pitch, roll, rise and descend, engineers at the University of Bristol (UK) have designed [MORE]
Swedish researchers at a government-financed “Center of Excellence in Organic Bioelectronics” have developed an artificial nerve cell that, instead of [MORE]