July, 2025 - Aneknowledge.com

Flying Green: New Catalytic Tech Converts Lignin into Sustainable Aviation Fuel

A new catalytic breakthrough enables the conversion of diverse lignin feedstocks into drop-in sustainable aviation fuel (SAF), paving the way for greener skies and decarbonized air travel.

Aneknowledge July 18, 2025

A wearable spiral ultrasound patch that delivers non-invasive neuromodulation to relieve diabetic neuropathic pain

Biochemistry Emerging Science

Wearable Ultrasound Patch Offers Non-Invasive Relief for Diabetic Nerve Pain

Researchers unveil a wearable spiral ultrasound patch that delivers non-invasive neuromodulation to relieve diabetic neuropathic pain—offering a drug-free solution for millions suffering from chronic nerve discomfort.

Aneknowledge July 18, 2025

A breakthrough engineered living biofilm system to directly convert carbon dioxide (CO₂) into biodegradable plastics

Biochemistry Emerging Science Microbiology

Turning Carbon Into Bioplastics: Scientists Engineer Living Biofilms to Transform CO₂ Into Sustainable Materials

A breakthrough engineered living biofilm system combines bacteria and materials science to directly convert carbon dioxide (CO₂) into biodegradable plastics, offering a revolutionary solution for climate change and plastic pollution.

Aneknowledge July 17, 2025

Green microalgae to secrete PHL7, a plastic-degrading enzyme that breaks down PET and polyurethane.

Biochemistry Emerging Science Genetic Engineering

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.

Aneknowledge July 17, 2025

roll-to-roll fluidics (r2r-fl) platform for next generation sequencing

Bioinformatics Emerging Science

Revolution in Genomics: New Roll-to-Roll Fluidics Technology Makes DNA Sequencing Faster, Cheaper, and Scalable

A breakthrough in genomics: Scientists introduce a roll-to-roll fluidics system that cuts sequencing costs below $15 per genome, slashes time to under 12 hours, and enables flexible biochip scaling—ushering in a new era for clinical diagnostics and precision medicine.

Aneknowledge July 16, 2025

Emerging Science Genetics Plant Biotechnology

Breakthrough in Seed Biology: Scientists Discover Fertilization-Triggered “Nutrient Gate” That Controls Seed Size

A landmark study reveals how fertilization in plants opens a hidden “phloem gate” that controls seed size by regulating nutrient flow—opening new doors in plant breeding and yield optimization.

Aneknowledge July 16, 2025

Biochemistry Emerging Science Genetic Engineering

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.

Aneknowledge July 14, 2025

Emerging Science Genetics Molecular Biology

Are Everyday Plastics Damaging Our DNA? New Study Links Nanoplastics to Genome Instability

A 2025 study reveals that exposure to polystyrene nanoparticles may impair DNA repair in human intestinal cells, potentially triggering long-term health risks like cancer and aging. Learn how nanoplastics disrupt cellular defense systems.

Aneknowledge July 14, 2025

Bioinformatics Emerging Science

AI Breakthrough in Cancer Therapy: Pisces Predicts Effective Drug Combinations with Unmatched Precision

Pisces, a new AI-powered model, achieves state-of-the-art results in predicting synergistic cancer drug combinations using multi-modal data augmentation. It revolutionizes drug synergy predictions and identifies survival-linked cancer pathways.

Aneknowledge July 13, 2025

Microbes interacting with plants inducing development of nodules in its roots

Emerging Science Food Technology Genetic Engineering

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.

Aneknowledge July 13, 2025