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Chemistry
Chemists capture the fleeting transition state of a reaction
RUDN Biochemists Discover Peach Leaf Polyphenols Drive Antioxidant Power
Harnessing Nature-Derived Peptides as Precision Tools for Cellular Signaling Research
Sheathless Acoustic FACS: Precise, High‑Purity Cell Sorting with Unmatched Viability
Scientists Uncover How Enzyme Movements Accelerate Chemical Reactions
Researchers Achieve Ideal Electronic Structure in Kagome Metal FeSn
Scientists Refine Bay Leaf Antioxidant Extraction, Boosting Yield and Potency
High-Precision Polymer Optical Fiber for Real-Time Material Stress Monitoring
Exploring a Novel Antiseizure Target for Refractory Temporal Lobe Epilepsy
Advancing Uranium Chemistry for Safer Geological Disposal of Radioactive Waste
Dynamic Polymer Thermal Switch: Seamlessly Switching Between Conductive and Insulative States
Innovative Sponge Technology to Capture Offshore Drilling Residue
Repurposed Cancer Drug Shows Promise Against Multi-Drug Resistant Bacteria
Pioneer of New Blue Pigment Achieves Breakthrough in Durable, Vivid Pigment Design
Northwestern’s Rapid Fluoride Test Could Halt Fluoride‑Related Disease
Chemists Unveil Key Weak Forces Paving the Way for Advanced Nanotools
Light-Based Tracking of Lab-Grown Tissue for Precise Monitoring
Chemists' Computational Models Promise Advances in Cancer Prediction
Breakthrough in Lightweight, Durable Materials: Scientists Unveil Multifibrillar Polyacrylonitrile Fibers
Sweat‑Based Breathalyzer: A Forensic Chemist’s Innovative Solution to Stop Drunk Driving
Scientists Discover Cost‑Effective Method to Generate Hydrogen Energy from Water
Dual-Handed Circular Polarization Emission: Simultaneous Orthogonal Handedness in Advanced Optical Devices
Flexible Solar Windows Powered by Freestanding Microwire Arrays
Eco-Friendly Mineral-Coated Sand Removes Lead and Cadmium from Stormwater
Innovative Bone Bandage Harnesses Natural Healing Biochemical to Speed Recovery
Scientists Find Modern and Heritage Wheat Breads Taste Just as Good
Revolutionizing Industries: Sustainable Membrane Separation Unlocks New Applications
New Study Reveals Thicker Hair Isn’t Always Stronger: Comparing Elephant, Capybara, and Human Strands
Highly Selective Electrochemical CO Reduction to Ethylene: A Breakthrough for the Chemical Industry
Advanced CO₂ Scrubbing from Industrial Smokestacks Promises Cleaner Emissions
Unveiling the Complexities of Bioprinting Multicellular Tissues
Scientists Turn Plastics into Valuable Chemicals with Sunlight
Cornell Introduces Innovative Tool to Assess and Mitigate Listeria Risk in Frozen Foods
Breakthrough Discoveries Unveil Key Proteins in Major Disease Pathways
Innovative Polymer Targets and Eliminates Drug-Resistant Bacteria
New Bonding Technique Enables Stretchable, Compressible Soft Sensors
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RUDN Scientists Reveal Mechanism Behind Lithium Tetraborate Radiation Instability
Understanding Nitrogen Oxide Formation: Key Insights for Cleaner Air
Accurate Rate Prediction for Methane Hydrate Homogeneous Nucleation
How Extreme Cold Sheds Light on Herpesvirus Infection Dynamics
Rethinking Antifreeze Proteins: New Insights into Ice Crystal Behavior
New Rapid Screening Method from McMaster Chemists Accurately Detects Fentanyl and Many Other Drugs
Aluminium Cladding Moisture Accelerates Grenfell‑Like Fires, New Tests Reveal
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