Researchers have developed a new robotic system that can carry out clinical breast examinations. The solution is expected to detect breast cancer early on and could transform the way in which women monitor their breast health.

Researchers have developed the first AI system which can design a walking robot from scratch in mere seconds! The system was prompted to design a robot that can walk across a flat surface and the result was an evolved robot with three legs and rear fins.

Amsbio has introduced its new matrix hydrogel – Extragel which is a highly effective growth scaffold for in vivo xenograft generation, pluripotent stem cell maintenance, angiogenesis and advanced 3D culture applications.

Researchers are currently exploring perovskite solar cells at the Institute for Photovoltaics. This solution is an ideal alternative to the silicon solar cells which are currently available in the market.

Scientists have developed a novel method which makes use of the nanopore technology to detect protein variants. The method has the potential to transform the understanding of how protein variants are associated with diseases, and allow point-of-care diagnostics.

Researchers have developed a ‘tattoo’ technique to transfer flexible arrays of gold nanodots and nanowires onto living cells and tissues. This method could be useful for biomedical applications such as bionics and biosensing.

Researchers have revealed that tropical trees do not grow together at one spot but rather they are found to maintain distance between them in order to maintain the biodiversity of the forest.

Taking a cue from the structural complexity of trees and bones, Washington State University engineers have created a way to 3D-print two types of steel in the same circular layer using two welding machines. The resulting bimetallic material proved 33 to 42 percent stronger than either metal alone, thanks in part to pressure caused between the metals as they cool together.

Scientists have recently achieved a breakthrough in protein variant detection by making use of the nanopore technology. The method has the potential to change the way in which protein variants are understood and associated with diseases.

A 3D model of a 407-million-year-old plant fossil has overturned thinking on the evolution of leaves. The research has also led to fresh insights about spectacular patterns found in plants, such as Fibonacci spirals.