A team of Rice University and Lockheed Martin scientists has discovered a way to use simple silicon to radically increase the capacity of lithium-ion batteries…
Protein molecules inside cells are constantly reorganising themselves, driven by very tiny forces exerted by all the other molecules in their crowded environment. Most experimental…
Johns Hopkins University researchers have created biodegradable nanosized particles that can easily slip through the body's sticky and viscous mucus secretions to deliver a sustained-release…
Protein therapy - the delivery of healthy proteins directly into human cells to replace malfunctioning proteins - is considered one of the most direct and safe approaches for treating…
Our cells are controlled by billions of molecular 'switches' and chemists at UC Santa Barbara have developed a theory that explains how these molecules work. Their findings may significantly…
The world's smallest computers, made of DNA and other biological molecules, just got more 'user friendly' thanks to research at the Weizmann Institute of Science…
Research performed in the Centre for Biomolecular Science and Engineering (CBSE) at the University of California, Santa Cruz, suggests that mobile repetitive elements - also known as…
A net with large holes won't catch small fish. Likewise, the microscopic fibres in the protective mucus coatings of the eyes, lungs, stomach or reproductive system naturally bundle…
Researchers at Linkoeping University in Sweden have succeeded in creating electrical wires consisting of protein fibres encased in plastic. The 10 nanometre thin fibres are self-organising…
In a finding that could speed the use of sensors or barcodes at the nanoscale, North Carolina State University engineers have shown that certain types of tiny organic particles, when…