The Brutalist Report

ScienceDaily

• The potential of probabilistic computers [1484d]
• Wandering star disrupts stellar nursery [1484d]
• Fluorescence microscopy shows how living cells form vesicles to transport cargo like growth factors [1484d]
• Could used beer yeast be the solution to heavy metal contamination in water? [1484d]
• Researchers discover mechanism linking mutations in the 'dark matter' of the genome to cancer [1484d]
• Mastodon tusk chemical analysis reveals first evidence of one extinct animal's annual migration [1484d]
• Stress accelerates immune aging, study finds [1484d]
• Nanoparticle sensor can distinguish between viral and bacterial pneumonia [1484d]
• Research sheds light on how bacteria communicate their way to causing infection [1484d]
• Numbers and experience count in mongoose warfare [1484d]
• New study shows potential of UK Biobank to inform genetic disease research [1484d]
• New inherited retroviruses identified in the koala genome [1484d]
• Bioengineering team develops a remote lab to teach enzyme kinetics [1484d]
• A better wig -- with chemistry [1484d]
• Catalyst from hot water [1484d]
• How much spring nitrogen to apply? Pre-planting weather may provide a clue [1484d]
• Risk for miscarriage and failure of in vitro fertilization can be predicted [1484d]
• New way of generating insulin-producing cells [1484d]
• Biochemists use enzymes to change how brain cells communicate with each other [1484d]
• RNA exosome key for B cell development [1484d]
• Closed-loop additive manufacturing fueled by upcycled plastic [1484d]
• Pediatric liver disease increases risk of developing type 2 diabetes [1484d]
• Simulations reveal hydrodynamics of planetary engulfment by expanding star [1484d]
• Increased overdose and mental health risks persist two years after opioid dose reduction [1484d]
• Estimating tumor-specific total mRNA level predicts cancer outcomes [1484d]
• Rubbery camouflage skin exhibits smart and stretchy behaviors [1484d]
• Researchers demonstrate near-non-invasive In-vivo imaging in mouse cortex at an unprecedented depth [1484d]