Revolutionizing Water Safety: Multichannel Bioelectronic Sensors with Engineered E. coli
Engineered E. coli enable multichannel bioelectronic sensors for detecting arsenite and cadmium, advancing real-time water quality monitoring.
Algae-Powered Plastic Recycling: Green Microalgae Secret PHL7 Enzyme to Tackle PET Pollution
Scientists have engineered green microalgae to secrete PHL7, a plastic-degrading enzyme that breaks down PET and polyurethane. Discover how this eco-friendly breakthrough could redefine bioplastic recycling and marine conservation.
Insects as Nanofactories: Scientists Harness Bugs to Build Designer Nanocarbons
A groundbreaking study shows that tobacco cutworms can convert carbon nanorings into oxygen-doped nanomaterials—introducing a new frontier in green chemistry and biocatalytic material design.
Unlocking Nature’s Toolkit: How Plants Use Hormones to Build Organs for Symbiosis and Survival
Discover how plants build new organs to form mutualistic or parasitic relationships. A new review in Trends in Plant Science reveals the hormonal networks driving galls, nodules, and haustoria—redefining our understanding of plant development and adaptability.
Gene Gun Gets a Major Upgrade: Flow Guiding Barrel Boosts Plant Genome Editing Efficiency
The new device, designed through computational fluid dynamics (CFD) and manufactured via 3D printing, resolves longstanding inefficiencies in delivering genetic material using particle bombardment—a core method in plant transformation.
Posted inEmerging Science Genetic Engineering
Turning Trash into Treatment: Engineered E. coli Converts Plastic Waste into Paracetamol Using a New Biocompatible Reaction
Researchers from the University of Edinburgh have engineered E. coli to perform a biocompatible Lossen rearrangement, enabling the conversion of PET plastic waste into the common painkiller paracetamol. A groundbreaking step in bio-upcycling and sustainable pharmaceuticals.
Posted inEmerging Science Genetic Engineering Genetics
Genetic Breakthrough: CRISPR-Cas9 Corrects Down Syndrome Cells with Precision DNA Cuts
Scientists have successfully used allele-specific CRISPR-Cas9 editing to eliminate the extra chromosome in trisomy 21 cells, offering a potential therapeutic breakthrough for Down syndrome.
Plant Virus Turned Cancer Vaccine Could Revolutionize Ovarian Cancer Treatment
The breakthrough, published in Nature Communications, introduces an ovarian cancer vaccine using plant virus technology that combines liposomes loaded with tumor cell lysates (TCL) and a cowpea mosaic virus (CPMV) as a potent immune booster.
The Future of Meat Might Be Mold: Scientists Reprogram Edible Fungi to Taste Like Steak
In a world increasingly hungry for sustainable protein, scientists have just taken a giant step forward—by genetically reprogramming edible fungi to become not just healthier, but tastier too.
Posted inGenetic Engineering Molecular Biology
Eugenics, Euphenics and Gene therapy
Eugenics (Gr. Eugenes = wellborn) is the science of improving quality of human race and obtaining better heritage by judicious breeding.
