The Brutalist Report

ScienceDaily

• Invasive plant species are increasing exponentially, but no one knows how many invasive plant species there are [1333d]
• Insight into immune mechanisms of inflammatory disease [1333d]
• In the latest human vs. machine match, artificial intelligence wins by a hair [1333d]
• A common dietary fiber promotes allergy-like immune responses in preclinical studies [1333d]
• Machine learning facilitates 'turbulence tracking' in fusion reactors [1333d]
• In young adults, moderate to heavy drinking linked to higher risk of stroke [1333d]
• Chronic pain associated with poor health -- and COVID-19 infection -- decades later [1333d]
• This simple material could scrub carbon dioxide from power plant smokestacks [1333d]
• Global analysis shows where fishing vessels turn off their identification devices [1333d]
• Intensified meat production in response to climate change would bring short-term rewards, long-term risks [1333d]
• Sepsis and COVID-19 patients most at risk predicted with genetic model [1333d]
• Hormone therapy could lower risk of immunotherapy-associated myocarditis in women [1333d]
• Central functions of innate immune cells discovered [1333d]
• Volcanic activity and low ocean oxygen events linked to climate warming and rapid ice melt during last ice age, study finds [1333d]
• Developing therapies for treatment-resistant prostate cancer [1333d]
• Cancer cells exposed to high viscosity move better and their metastatic potential increases [1333d]
• Scientists develop new mathematical model of Alzheimer's disease [1333d]
• Researchers studying new way to heal diabetic wounds by activating 'hidden' mechanism in the body [1333d]
• Climate change could trigger the Congo peatlands to release billions of tons of carbon [1333d]
• Bacterial sensors send a jolt of electricity when triggered [1333d]
• Cracking the enigma of how plant sperm is compacted [1333d]
• Extracellular viscosity linked to cancer spread [1333d]
• Vitamin C may hold the key to improve efficacy of dendritic cell-derived anticancer cell therapies [1333d]