Researchers unveil groundbreaking wearable technology for continuous cardiac activity monitoring, addressing limitations of traditional stethoscopes and offering transformative solutions for early detection and effective treatment of cardiovascular conditions. The study highlights key innovations in sensor types, material innovations, ...
A cutting-edge study introduces imine-linked COFs with exceptional properties for advanced technologies and sustainability. These materials offer unprecedented opportunities for gas storage, separation, catalysis, and optoelectronics, promising breakthroughs in environmental solutions and energy-efficient technologies.
Researchers develop cost-effective dual self-alignment technique to eradicate parasitic capacitance in organic thin-film transistors and rectifying diodes, boosting device performance and efficiency. The breakthrough enables flexible electronics with reliable performance at lower power levels and reduced energy loss.
Researchers at Tianjin University develop precise control of SCRaMbLE, a system for generating genotype diversity, allowing for increased production of bio-based chemicals and improved genome evolution. The team reports significant breakthroughs in using SCRaMbLE to drive phenotype evolution in heterozygous and interspecies hybrid stra...
The Tianjin University team, led by Professor Ying-Jin Yuan, has successfully redesigned yeast chromosomes synV and synX with the goal of creating a designer genome. The team used innovative educational tools, such as the Build-A-Genome (BAG) course, to train students in DNA synthesis and experimental skills.