In pre-clinical trials, a small molecule effectively regrew neurons, reduced inflammation, and improved memory, speed, coordination, grip strength, and more. The finding could have a profound ...

The 2D materials used by the researchers are only a few atomic layers thick and therefore a hundred thousand times thinner than a human hair. The work is funded by the I-Hub Technology Foundation ...

Professor Sunmin Ryu explained, "Through this study, we have demonstrated the ability to control the physical properties of organic-molecule-based 2D materials and the movement of excitons." adding ...

Professor Sunmin Ryu explained, "Through this study, we have demonstrated the ability to control the physical properties of organic-molecule-based 2D materials and the movement of excitons ...

Jinlong Yang at University of Science & Technology of China jointly proposed a two-dimensional (2D) superatomic-molecule theory via introducing the superatom theory and the super valence bond ...

By studying microRNA in exosomes from both 2D and 3D DP cells, the team identified one that was particularly promising. Known as miR-218-5p, this molecule plays a key role in promoting the growth ...

The researchers created a program, written in the Python programming language ... First, they determined the 2D structure of each molecule using a computer-assisted structure elucidation (CASE ...