Researchers led by Prof. XU Zhiheng from the Institute of Genetics and Developmental Biology of the Chinese Academy of Sciences, revealed the important roles of POSH phase separation and its co-condensates with SHANK2/3 in the synaptic targeting of SHANK2/3 and synaptogenesis.

Although biodegradable plastics are promoted as eco-friendly alternatives, their microplastic residues may linger in soil for extended periods.

Leaf vasculature plays a pivotal role in nutrient transport and leaf morphology.

The research team led by Dr. Jang SeGyu at the Functional Composite Materials Research Center of the Korea Institute of Science and Technology (KIST, President Oh Sang-rok) and the research team led by Professor Choi Siyoung at the Department of Bio and Chemical Engineering of the Korea Advanced Institute of Science and Technology (KAIST, President Lee Kwang-hyung) announced the development of a high-density BNNT protective shield. This shield, created by densely-packed BNNTs, is robust, efficiently conducts heat, and effectively blocks cosmic radiation.

A new study reveals that interview-based sighting histories can reliably estimate the relative abundance of Indo-Pacific humpback dolphins in Chinese coastal waters. By transforming local ecological knowledge into quantitative indices, researchers found strong correlations with actual population data. This method offers an affordable and practical alternative for monitoring marine megafauna in regions where traditional surveys are limited by cost and logistics.

Researchers employed single-cell RNA sequencing to map gonadal development in a simultaneous hermaphroditic scallop Argopecten irradians. Their work revealed key cell types and interactions, elucidating communication between germ cells and accessory cells. This finding offers insights into scallop reproduction and potential applications in aquaculture.

Researchers from Zhengzhou University have released the most comprehensive review to date on the rapidly expanding field of element doped biochar. The study explains how simple biowaste can be transformed into powerful engineered materials with exceptional performance in pollution control, energy storage, soil improvement and industrial catalysis. The findings highlight the growing importance of advanced carbon materials in global efforts to address environmental and energy related challenges.