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Revealing the Mechanisms Behind Cold Sensations | Cell And Molecular Biology
3+ hour, 25+ min ago (233+ words) "Everyone always wants to know how temperature sensing works, but it turns out to be a very technically challenging question to answer," said Julius, co-corresponding study author and Chair of Molecular Biology and Medicine, and of Physiology at the University…...
Advancing Precision Medicine: Boosting Genetic Diagnoses for More Patients
1+ hour, 24+ min ago (1281+ words) A groundbreaking collaboration between Karolinska Institutet, Karolinska University Hospital, and SciLifeLab has culminated in the integration of whole genome sequencing into the routine diagnostic workflow for rare diseases at Karolinska University Hospital. This ambitious initiative has resulted in the sequencing…...
Unraveling the Role of DNASE1L2 Intron Retention in Tuberculosis
2+ hour, 56+ min ago (1065+ words) Tuberculosis (TB) continues to pose a formidable challenge to global health, infecting roughly a quarter of the world's population with Mycobacterium tuberculosis. Despite the latent nature of most infections, individuals harboring latent TB infection (LTBI) face the ever-present risk of…...
Conserved Pathway Breaks Down Homarine in Bacteria
1+ hour, 39+ min ago (1172+ words) Conserved Pathway Breaks Down Homarine in Bacteria'Bioengineer.org In a striking advancement that could reshape our understanding of marine microbiology and global biogeochemical cycles, scientists have elucidated a conserved metabolic pathway for the catabolism of homarine in environmental bacteria. This…...
Leveraging microbial phylogeny for computational efficiency - Nature Reviews Microbiology
3+ hour, 42+ min ago (128+ words) This Genome Watch article explores how taking into account known phylogenetic relationships can improve computational efficiency for genomics, enabling improved genome data compression and faster sequence search as datasets continue to expand. B'inda, K. et al. Efficient and robust search of…...
OHSU Study Reveals Cellular ‘Trade Winds’ Guiding Movement and Repair
4+ hour, 29+ min ago (942+ words) OHSU Study Reveals Cellular "Trade Winds" Guiding Movement and Repair'Bioengineer.org In a groundbreaking study poised to transform our comprehension of cellular dynamics, researchers at Oregon Health & Science University (OHSU) have unveiled an intricate system of internal fluid flows within…...
Squid Evolution Ignited 100 Million Years Ago in Deep Ocean, Triggering
4+ hour, 54+ min ago (1476+ words) Squid Evolution Ignited 100 Million Years Ago in Deep Ocean, Triggering Rapid Diversification'Bioengineer.org Squid and cuttlefish have long captured the imagination of scientists and marine enthusiasts alike with their stunning abilities'from rapid skin color changes to dynamic jet propulsion. Despite…...
New Study Finds Autism Risk Genes Common Across Different Ancestries
4+ hour, 29+ min ago (1318+ words) New Study Finds Autism Risk Genes Common Across Different Ancestries'Bioengineer.org A groundbreaking study led by the Icahn School of Medicine at Mount Sinai and recently published in Nature Medicine reveals that the genetic factors contributing to autism are remarkably…...
New Zebrafish Study Sheds Light on Why Haploid Fish Embryos Often Fail to
14+ hour, 38+ min ago (1199+ words) Unraveling the Developmental Mysteries of Haploid Zebrafish: A Genomic and Phenotypic Exploration Haploidy'the condition of possessing a single set of chromosomes'is a biological state predominantly recognized in plants and certain invertebrate animals, most famously within hymenopteran insects like bees. These…...
Small Molecule Chimeras Target 26S Proteasome
17+ hour, 44+ min ago (1202+ words) In a groundbreaking development poised to revolutionize the field of targeted protein degradation, Casasampere, Carneros, Roda, and their colleagues have unveiled a novel methodology that broadens the scope of small molecule chimeras. Their highly anticipated publication in Nature Communications (2026) introduces…...