Boron has to date far been one of biology's best kept secrets, but is now attracting fast growing research interest and investment from the pharmaceutical industry in the quest for novel drugs to tackle cancer and infectious diseases, potentially overcoming limitations and side effects of current products.
Researchers have developed a new way to tweeze apart interacting cells and molecules using magnetic forces. This technology, which relies on attaching microscopic magnetic particles, allows them to measure exactly how strongly the interactions are between biological molecules.
R+D Magazine has recognized a tabletop microscope developed by a team of Colorado State University and Berkeley researchers at the National Science Foundation Engineering Research Center for Science and Technology as one of the Top 100 most significant technological advances for 2008.
The College of Nanoscale Science and Engineering of the University at Albany today announced plans for the world's first celebration of 'NANOvember,' a month-long series of events and activities that showcase the exciting world of nanotechnology.
Scientists at the U.S. Department of Energy's Lawrence Berkeley National Laboratory and the University of California at Berkeley have used in situ transmission electron microscopy to measure hollow spherical nanoparticles that withstand extreme stress and deform without losing strength.
The American Physical Society has awarded a UT Dallas researcher one of the society's highest honors, recognizing Dr. Yves Chabal?s development of methods to better understand processes that take place on the silicon surface that is literally the platform for the multibillion-dollar semiconductor industry.
A scientist at the University of Wisconsin has developed a host of coatings that heal shallow pits and fractures on almost any material ? from metal to glass to silicon. The coatings also prevent further degradation.