Global Intelligence Database
New ecological modelling reveals that the endangered Hainan gymnure faces a severe habitat crisis as climate change accelerates. Under high-emission scenarios, rising temperatures in the species' high-altitude refuges could nearly eliminate its suitable living areas by 2085.
By Qiao, Mu, Yang, Tu
Researchers have utilised CRISPR/Cas9 to modify the PPD-1 gene promoters in wheat, specifically targeting regions that control photoperiod sensitivity. By disrupting the binding sites for the CHE repressor, they successfully accelerated the plants' heading time.
By Kiseleva, Timonova, Berezhnaya, Kolozhvari, Kochetov, Salina
Researchers have discovered that the fabrication of carbon nanostructures is governed as much by geometric symmetry as by energy release. By applying topological classifiers to chemical reactions, the study reveals that some theoretically favourable pathways are actually forbidden, fundamentally changing how we design advanced materials.
By Li, Mirzanejad, Dong, Liu, Richter, Wang, Berger, Du, Auwärter, Barth, Ma, Müllen, Feng, Sun, Muechler, Palma
A recent study employed whole-exome sequencing to identify seven rare, putatively pathogenic genetic variants contributing to knee osteoarthritis in South Indian patients. These variants, notably absent from existing clinical variant databases and genome-wide association datasets of European and East Asian ancestry, suggest population-specific contributions to disease susceptibility. The findings underscore the importance of extending genomic studies to underrepresented groups for a comprehensive understanding of population-specific genetic risk factors in osteoarthritis.
By Vijetha, Hari, Jeyaraman, Kanta, Annamalai, Palodhi, Zawar, Suravajhala
AstraBIND is a lightweight graph neural network designed to rapidly identify ligand binding sites and ligand types in proteins. By integrating sequence, structure, and homology data, it overcomes previous trade-offs between accuracy and computational cost, making it a powerful tool for drug discovery and protein design.
By Goteti, Bozkurt, Vasilyeva
New research reveals the genetic connectivity of the sponge Axinella polypoides between shallow and mesophotic zones in the Eastern Mediterranean. This connectivity supports the role of mesophotic sponge grounds as refugia for A. polypoides, and potentially for other species, including those threatened from shallower habitats. These findings emphasize the importance of protecting these habitats, especially given increased anthropogenic and climate-driven pressures.
By Morav, Taboada, Goren, Idan, Shefer, Tikochinski, Sancha, Pérez, Coma, Ilan