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Latest News & Web Pages
Native Bacteria Capable of Breaking Down Dioxins Naturally Without Genetic
2+ hour, 29+ min ago (1051+ words) Modification'Bioengineer. org Aromatic compounds, including dioxins and benzene, have long been recognized as formidable soil pollutants due to their chemical stability. Their resilience to microbial degradation results in dangerous accumulation within ecosystems, posing serious health risks to both humans and…...
Inducible expression of LRD6-6 E315 Q improves disease resistance without compromising yield.
4+ hour, 25+ min ago (72+ words) Eurek Alert! Inducible expression of LRD6-6 E315 Q improves disease resistance without compromising yield. Credit must be given to the creator. Only noncommercial uses of the work are permitted. No derivatives or adaptations of the work are permitted. More on this News…...
Skin's Hidden Prep: How Cells "Pre-Learn' to Boost Regeneration
6+ hour, 11+ min ago (1196+ words) In a groundbreaking advancement that could transform regenerative medicine and wound care, researchers from POSTECH (Pohang University of Science and Technology) in South Korea have unveiled a novel approach to skin repair that mimics the effective habits of well-prepared students....
Asymmetric Selection Reshapes Rice Immunity Module
8+ hour, 13+ min ago (1253+ words) In a groundbreaking study that promises to reshape the future of crop disease resistance, researchers have unveiled a highly specialized immune module in rice that demonstrates how evolutionary pressures have selectively shaped plant immunity. This discovery not only deepens our…...
Multi-Omics Uncover Diverse Rice lnc RNA Effects
9+ hour, 6+ min ago (1285+ words) In a groundbreaking study published in Cell Research, researchers have leveraged population-scale multi-omics approaches to uncover the extensive and nuanced roles of long non-coding RNAs (lnc RNAs) in shaping the phenotypic landscape of rice. This comprehensive analysis represents a pioneering…...
Multiomics, Deep Learning Decode Human Development
9+ hour, 15+ min ago (1173+ words) In a groundbreaking study poised to redefine our understanding of gene regulation, researchers have harnessed the power of multiomics and advanced deep learning to probe the intricate syntax governing transcription factor cooperativity during human development. This innovative approach unravels how…...
How Do Plant Roots Adapt to Unpredictable Temperature Changes?
9+ hour, 51+ min ago (1118+ words) Plants, unlike animals, are rooted to their environment and incapable of relocating to escape adverse conditions such as heat. Their survival is intricately linked to rapid physiological adjustments that allow them to cope with rising temperatures. Root growth stands out…...
Somatic Mutations Drive Clonal Evolution and Cancer
10+ hour, 5+ min ago (899+ words) In recent years, the scientific community has made remarkable strides in understanding the complex landscape of somatic mutations and clonal evolution within normal tissues, shedding new light on the subtle biological processes that precede cancer development. A comprehensive review published…...
Alfred University students take biology research to national stage
16+ hour, 27+ min ago (318+ words) Congratulations! You're going to love being a Saxon, and we are so happy to have you. Set your future in motion by submitting your deposit to save your spot today. See the Accepted Student Checklist Stepping outside the classroom and…...
New Software Tool Helps Scientists Design and Analyze Gene Regulation
18+ hour, 59+ min ago (154+ words) CREsted combines several steps, including data processing, model training, interpretation, and DNA sequence design, into a single, streamlined workflow. "CREsted allows researchers to systematically study enhancer logic across biological systems, starting from cell-by-cell maps of accessible regulatory DNA and going…...