Forever Chemicals Decoded: How PFAS Conquer Water, Soil and Air
A new review in Results in Chemistry explains how the extraordinary strength of the carbon-fluorine bond drives the persistence, partitioning...
Sweet Flag Biochar Supercharges Persulfate to Destroy Antibiotic Pollution in Water
Researchers converted sweet flag biomass into a manganese and nitrogen co-doped biochar that activates persulfate to degrade over 93 percent...
Hybrid Azo Dyes Show Promise for Solar Cells and Nonlinear Optics
New triazine-benzothiazole azo dyes synthesized and screened with DFT show narrow band gaps, balanced charge transport and hyperpolarizabilities several times...
Nine Hours Without Oxygen Keeps a Prized Thai Wild Mushroom Fresh and Unblemished
A nine-hour nitrogen treatment significantly reduced browning, weight loss, and oxidative damage in the perishable Thai wild mushroom Astraeus odoratus...
Journal Retracts Omega-3 Copper Nanocatalyst Paper After Suspicious Spectral Patterns Surface
The Editor-in-Chief of Environmental Science and Pollution Research has retracted a 2024 study on omega-3 mediated copper nanocatalysts after repetitive...
Tin-Based Ladder Clusters Show Potent Anticancer Activity Beyond Cisplatin
Chemists have synthesized five dimethyltin cinnamate complexes featuring a ladder-like Sn4O4 core, with the lead compound showing potent, selective anticancer...
Electro-Fenton Process Strips Toxic Chromium From Real Tannery Wastewater
An optimized electrochemical-Fenton process removed over 91 percent of hexavalent chromium and 96 percent of COD from real Indian tannery...
Recyclable Zirconia–Tin Oxide Catalyst Speeds Up Classic Strecker Reaction at Room Temperature
Researchers at BITS Pilani have developed a recyclable sulfated ZrO2–SnO2 solid acid catalyst that performs the classic Strecker synthesis of...
Simple Sugar-Wrapped Molecule Lights Up to Detect Iron in Water
Chemists have created a fluorescent probe based on 1-phenyl sulphonyl pyrrole that selectively detects ferrous iron in water at nanomolar...
Fluorescent Probes Let Scientists Watch Glucose Move Through Living Animals in Real Time
University of Bath researchers have created fluorescent boronic acid probes that, combined with multiphoton FLIM imaging, can track glucose changes...
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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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