Jun Yu News Today

Damage to nerve tissue due to skin defects such as burns, skin diseases, and trauma causes loss of sensory and cognitive functions that are essential for life-sustaining activities, as well as mental and physical distress.

Researchers in South Korea have developed a human-implantable tactile smart bionic artificial skin that can restore permanently damaged tactile senses.

The Korea Institute of Science and Technology (KIST) announced that a Korean research team has developed a human-implantable tactile smart bionic artificial ski

Myles Goldman, ULM sophomore, Reginald F. Lewis Scholar and TRIO Scholar presented "A Marketing Analysis for Chennault Aviation and Military Museum" at the Undergraduate Research Conference at the University of Louisiana Lafayette (ULL) on November 4, 2023. ULL organizes the Undergraduate Research Conference annually in November. Undergraduates from universities and colleges around Louisiana met to share their knowledge and research through oral presentations, lightning talks, and post...

A Chinese national who has been in prison since October is finally able to return to his home

A vast number of microbes colonizes the human body to form an ecological community known as the microbiota. Microbiota are made up of bacteria, viruses, fungi, and archaea.

Human gastrointestinal tract harbors trillions of microbes to form the gut microbiota. Through interacting with host cells, gut microbes play critical roles in host physiology and function. Immunotherapy has risen as a promising means to fight cancer. Studies have revealed the close association of gut microbiota with immunotherapy efficacy. Investigations on the relationship between microbiota and immunotherapy can have important clinical significance, potentially leading to the development of m...

The Entrepreneurship Pelican Cup announces six finalists for the 2023 competition.

Binance's future threatened after superpowers try to crush it, SBF accused of massive bribe over trading in China, former OKX exec charged.

Understanding the neural interface within the brain is critical to understanding aging, learning, disease progression and more.