麻豆传媒

• share
• favorite_border

A team of researchers from the National University of Singapore (NUS) has developed a method to fabricate personalised gingival (gum) tissue grafts using an innovative combination of 3D bioprinting and artificial intelligence (AI). Led by Assistant Professor Gopu Sriram from NUS Faculty of Dentistry, the team鈥檚 approach presents a more customisable and less invasive alternative to traditional grafting methods, which often involve harvesting tissue from the patient鈥檚 mouth 鈥� a process that can be both uncomfortable and constrained by the availability of suitable tissue.

• share
• favorite_border

Communicating complex science in a way that the public can understand is crucial. A new study from the University of Adelaide reveals that in scientific societies, women are shouldering the bulk of this work 鈥� often voluntarily 鈥� due to societal expectations and a sense of duty.

• share
• favorite_border

Researchers are studying messenger RNA鈥檚 potential to treat and prevent an array of serious conditions鈥攊ncluding cancer.

• share
• favorite_border

Viruses known as 鈥渏umbo phage鈥� are a new hope against the rising antibacterial infection crisis. Researchers have discovered how jumbo phage are able to infect bacteria so efficiently. They found a compartment that protects and hides valuable DNA material from the bacteria鈥檚 immune defense system.

• share
• favorite_border

Iowa State researchers are building "digital twins" that are regularly updated with data from their physical twins. A national committee said digital twins have "immense promise in accelerating scientific discovery and revolutionizing industries."

• share
• favorite_border

When a black hole winks at you

• share
• favorite_border

Researchers at WashU Medicine found that a small population of immune cells in the mouse intestine prevents allergic responses to food, suggesting that targeting such cells therapeutically could potentially lead to a new treatment for allergies.

• share
• favorite_border

In a major leap forward for microelectromechanical systems (MEMS) technology, researchers have unveiled a novel miniaturized accelerometer that can boost sensitivity, reducing noise and bias instability while maintaining compact chip size. The innovation centers around a novel anti-spring mechanism featuring pre-shaped curved beams, which enables stiffness softening without requiring large bias forces or displacements.