Biological Science & Technology

Scientists from the University of Leipzig, together with colleagues from the University of Vilnius in Lithuania, have developed a new method to measure (Researchers Observe the Procedure of CRISPR Genetic...

Light-activated Cells Makes Cells "Talk" to coordinate vital biological events such as muscle contraction, hormone release, neuronal stimulation, digestion, and immune activation is through calcium signaling. According to a new...

A small transistor allows the device to receive and transmit neurophysiological brain signals while simultaneously activating the implanted device. As researchers make great strides in healthcare, they are finding that the...

Japanese researchers have developed a method to create conductive polymer wire connections (Developing polymer-inspired brains for artificial neural networks) between electrodes to make artificial neural networks that go beyond the...

How DNA replication controls gene function. Although packed together to fit into space, chromosomes store our genetic information that is always on the go. This allows certain regions to come into contact...

New research from Cardiff University, in collaboration with Astra Zeneca, has AI created molecules that can carry drugs more efficiently to target and treat patient cells. The team said their...

In the changing world of precision medicine, there is a need for methods that can accurately and accurately quantify biomolecules. Realizing this, Professor Yan Xu from the Graduate School of...

Aleksandra Radenovic, director of Engineering's Nanoscale Biology Laboratory, has worked for several years to improve nanopore technology, which involves passing molecules such as DNA through small holes (Researchers control individual...

Shock waves can control how particles organize themselves. Although researchers have been able to separate different things based (Researchers use ultrasound to control the orientation of small objects) on their...

Treadmill for microswimmers provides a visual and practical look Meacham is leading the WashU team in developing acoustic microfluidic devices to study swimming microorganisms. A team from the McKelvey School of...