Global Intelligence Database
A recent review outlines the expanding capabilities of gene editing within fungal species, moving beyond theoretical research into practical applications for agriculture and industry. This evolution suggests a future where fungal models are precisely engineered to secure food systems and produce complex biochemicals.
By Boubakri
Researchers have successfully used low-frequency ultrasonic waves to stimulate nerves in the arm without making physical contact, triggering a relaxation response in the body. This non-invasive technique specifically activates the parasympathetic nervous system, offering a potential drug-free future for treating conditions like anxiety and cardiac imbalance.
By Pryer, Mathew, Khwaounjoo, Cakmak
A major analysis of over 2,500 patients confirms that drug-coated balloons are more effective than standard balloons at keeping dialysis access points open for the first year. While this advantage fades after two years, the procedure is shown to be just as safe as traditional methods.
By Xu, Li, Yang, Qin, Hao
Researchers have identified NiAsS as an ideal material featuring a coexistence of multiple topological phonon states, including spin-1 Weyl, charge-2 Dirac, and nodal-surface phonons. Applying strain transforms these states, leading to the emergence of triangular Weyl complex phonons and establishing NiAsS as a paradigm platform for strain-tunable topological phononics and symmetry-controlled topological phase transitions.
By Lu, Cao, Liu, Cheng