Dive into the surprising world of starfish and discover how a single chemical, NGFFYamide, orchestrates their feeding, movement, and possibly even emotions. Learn about the groundbreaking research and its implications for understanding similar systems in humans.
Discover how phytosynthesized silver nanoparticles are revolutionizing rice farming by enhancing germination and starch metabolism in aged seeds, leading to increased crop productivity and resilience.
Discover how tomato pomace, a byproduct of tomato processing, can be transformed into a valuable feed ingredient for pigs, enhancing their growth, health, and the sustainability of agricultural practices.
Dive into the latest advancements in biological research, exploring how cutting-edge microscopy techniques and de novo designed proteins are transforming our understanding of molecular mechanisms within cells and tissues.
New biomolecular research unveils the ancient origins of indigenous tobacco smoking in the North American Plateau, challenging the long-held belief that tobacco was introduced by Euro-American traders. Delve into the fascinating details that rewrite history.
Discover how ions in concentrated solutions impact water's molecular movements, affecting everything from battery performance to protein behavior. This article dives into the surprising science behind this slowdown.
Discover how sweet peppers use a specific gene, CaLOX2, to fight off thrips, tiny pests that can devastate crops. Learn about this natural defense mechanism and its potential for creating more resistant and healthier plants.
Proximity-CLIP is revolutionizing cell biology by providing a detailed snapshot of RNA activity within cells. Learn how this innovative method is uncovering the complexities of gene regulation and opening doors to new therapeutic strategies.
Explore how scientists are targeting SF3B1 within the spliceosome to correct massive aberrant exon skipping. This article breaks down the research, its implications, and what it means for future therapies.
Explore how two crab species, Cyrtograpsus angulatus and Neohelice granulata, cope with reduced salinity in their estuarine homes, revealing crucial insights into their physiological adaptations and resilience.
