The Brutalist Report

ScienceDaily

• Researchers develop grassroots framework for managing environmental commons [784d]
• Fungus-fighting protein could help overcome severe autoimmune disease and cancer [784d]
• Feathered friends can become unlikely helpers for tropical coral reefs facing climate change threat [784d]
• Baboons in captivity in Ancient Egypt: insights from collection of mummies [784d]
• Light therapy may improve symptoms of Alzheimer's disease [784d]
• More than 4 hours of daily smartphone use associated with health risks for adolescents [784d]
• Jays jump in while crows hold out for the treat [784d]
• Bowtie resonators that build themselves bridge the gap between nanoscopic and macroscopic [784d]
• Predicting which of our organs will fail first [784d]
• Many couples around the world may share high blood pressure [784d]
• How drugs can target the thick 'scar tissue' of pancreatic cancer [784d]
• Climate change shown to cause methane to be released from the deep ocean [784d]
• Influx of water and salts propel immune cells through the body [784d]
• Fascicle gearing dynamics: Unveiling 3D rotation effects in muscle elongation [784d]
• Greenhouse gases in oceans are altered by climate change impact on microbes [784d]
• Repeated blast exposures may harm the brain health of military personnel [784d]
• New findings reveal important insights into age-related nonresolving inflammation [784d]
• Blood hormone levels key to identifying which post-menopausal women will benefit most from taking anastrozole to prevent breast cancer [784d]
• Grinding coffee with a splash of water reduces static electricity and makes more consistent and intense espresso [784d]
• The ocean may be storing more carbon than estimated in earlier studies [784d]
• Researchers redesign future mRNA therapeutics to prevent potentially harmful immune responses [784d]
• New protein linked to early-onset dementia identified [784d]
• Stellar winds regulate growth of galaxies [784d]
• A type of allergy medicine might help treat lung cancer [784d]
• First map of human limb development reveals unexpected growth processes and explains syndromes found at birth [784d]