3hon MSN
Microbial ancestor of complex life was more sophisticated than previously thought, studies suggest
Our single-celled ancestor lived in a world without plants, animals or oxygen-rich oceans. Yet, this seemingly simple microorganism took the first steps toward complex life. From this ancestor emerged ...
The growing prevalence of infectious diseases, increasing antimicrobial resistance (AMR), and the rising demand for rapid diagnostic solutions are the key drivers of growth in the global clinical ...
The Microbiology Society's Microbiology Outlooks, launched in 2025, has published its inaugural article: "When Theory Meets Genomics: Reconciling Game Dynamics and Within-Host Evolution." The new ...
BioTechnique expands QC services with advanced analytics, lyophilization development, microbiology, monitoring, and ...
Outpost Bio Raises $3.5M pre-seed to Build Frontier Models for Human MicrobiologyDeep-tech company makes human microbiology computable to improve intervention outcomes LONDON & BOSTON [March 2, 2026] ...
Outpost Bio raises $3.5M pre-seed to build AI-driven human microbiology models for pharma, food and consumer product R&D.
Despite their size, microorganisms loomed large this year. Whether they helped scientists better understand the role of the gut microbiome in pregnancy and offspring development or provided new ...
The Equine Veterinary Journal editors have compiled 30 papers from international collaborations for a March 2026 special ...
Applied Microbiology International will hold a free webinar on ‘Gender Equality and Water’ to mark World Water Day 2026 - March 18 2026. We’ll be joined by Professor Jiménez Cisneros, an expert in ...
The golf cart would help him bring a variety of materials and occasionally, his dog, Luna, to his class across campus.
Join us for our March meeting, when we'll have a guest speaker, Dr. Melissa Ramirez, join us virtually from North Carolina State University to discuss her work and career path as a microbiologist. We ...
Outpost Bio is developing AI-driven models to decode human microbiology by combining automated experiments with machine learning, aiming to help pharma, food, and consumer companies design safer and ...
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