Seventy Years of Microbiome Science in China Signals a One Health Future
A new review in Microbiome and One Health traces more than 70 years of Chinese microecology research and argues that ...
Tag: synthetic biology
Machine Learning Hunts Down Hidden Gene Switches Across the Fungal Tree of Life
Researchers at UC Berkeley used active learning and a model called ADhunter to discover and characterize nearly 10,000 transcriptional activator ...
From Farm Waste to Factory Catalysts: The Rise of Sustainable Biocatalysis
A new review details how agricultural residues can feed sustainable biocatalysis while identifying the technical, economic, and policy barriers that ...
Duckweeds: Tiny Aquatic Plants Poised to Become Biotech’s Next Big Chassis
A new review argues that duckweeds, the smallest and fastest-growing flowering plants, are emerging as a sustainable plant chassis for ...
Sun-Powered Microbes Turn CO2 Into Industrial Organic Acids
A new review details how engineered cyanobacteria are being transformed into photosynthetic cell factories that convert carbon dioxide and sunlight ...
Engineering Microbes to Fight Disease, Plastics and Pollution
A new Microbial Biotechnology editorial shows how engineered microbes and enzymes are being deployed against fungal disease, diabetes, plastic waste ...
Engineered Bacteria Carry Hidden Phage Payloads to Block Gut Infections in Mice
Researchers engineered bacteria to carry prophages that release lytic phages in the mouse gut, protecting animals against enteric infection before ...
Base Gap Switches Emerge as Programmable Regulators and DNA Biosensors
Researchers report that base gap switches, DNA devices engineered with a strategic missing base, act as programmable transcriptional regulators and ...
Engineered E. coli swarms record chemical and light inputs in visible patterns
Engineered E. coli strains record chemical and optical inputs in binary or analog swarming patterns that machine-learning models can decode ...
Engineered Landing Pads Boost Precision Gene Integration in Plants and Human Cells
Engineered genomic attachment sites dramatically increase the efficiency of site-specific DNA integration in both plant and human cells.
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Mothers who receive childcare support from maternal grandparents show more parental warmth, finds NTU Singapore study
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University of Seville Breaks 120-Year-Old Mystery, Revises a Key Einstein Concept
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Bee body mass, pathogens and local climate influence heat tolerance
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Researchers record first-ever images and data of a shark experiencing a boat strike
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Groundbreaking Clinical Trial Reveals Lubiprostone Enhances Kidney Function
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