Browse ScienceInfo articles and explainers related to Biological.
549 published items.
It is about time you can throw away bank card withdrawals, supermarket payment cards, business cards ... The new generation of testing equipment will 'look' at your hand…
A new health and lifestyle monitoring system called Larklife will help users manage their diet, exercise, work productivity and sleep.
US researchers are studying a robot capable of patrolling the streets under human control. This is considered a useful tool by the disabled police or military veteran wh…
Designed by MIT researchers, cells use glucose in the cerebrospinal fluid around the brain to generate energy of a few hundred microwatt electricity without affecting th…
For the purpose of improving the sustainability of biological materials, researchers have found many ways to make food from sources such as cenlulose.
This device is made up of magnetic gold-plated magnetic nanoparticles, which are not only super-sensitive to the detection of chemical compounds, but also for rapid resu…
While Western scientists have yet to find a gene to help people live as long as they want, there is a group of eccentric but extremely rich people in Silicon Valley and…
A new type of high-tech clothing that incorporates 'biosensors', which can be guessed as to why babies cry, helping parents take better care of their children.
Children's clothing labeled with 'bio-sensors' can help parents less anxious to know why their baby is crying.
Scientists at the Center for Nano Materials, Argonne National Laboratory, have successfully cut thin diamond nanoparticles (UNCD) into nanowires.
Researchers at Imperial College London, United Kingdom, can build bi-logic gates that will be used in complex digital biometric devices in the future.
Using analog circuits, rather than digital ones, scientists can easily build simulation models of biological systems efficiently and accurately.
A flexible LED can be placed on the heart, brain, blood vessels to diagnose, even to treat various diseases?
Scientists hope a new technique for printing artificial blood cells will soon become an important tool to aid efforts to save lives.
Researchers at Stanford have developed a new biosensor microchip that can accelerate the development of therapeutic drugs.