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Chemistry
FAU Develops Protein Shuttles for Precision Drug Delivery
New Molecular Assembly Technique Paves Way for Targeted Cancer Therapy & Diagnostics
Using Big Data, Researchers Uncover Lipids as Key Biomarkers for Health and Disease
New Cryo-EM Study Illuminates How Two Key Drug Targets Interact
Harnessing Nature’s Enzymes to Revolutionize Plastic Degradation
Unveiling Catalyst Reactivity: A Breakthrough Method
Magnetic Nanoparticle Treatment Promises to Eliminate Off-Flavors in Wine
First Gram of Yellowcake Produced from Seawater Using Yarn‑Like Technology – Record Uranium Capture Achieved
Harnessing Organic Waste to Neutralize Heavy Metal Soil Contamination
Exploring History: From Caesar’s Final Breath to Einstein’s Refrigerator Mystery
Scientists Unveil Breakthrough Superhard Tungsten Boride with Unmatched Strength
Dual-Polymer Hydrogel Adhesive Enables Effective Peripheral Nerve Repair and Regeneration
New Electrochemical Test Enables Rapid, Accurate Detection of Bacterial Infections
PM-43I: A Small Molecule That Defeats Asthma Attacks
The Biological Significance of Europium in Bacterial Enzymes
Core Electron Topologies in Chemical Bonding: Revealing Peanut and Toroidal Orbital Shapes
Nickel Ferrite Enhances Capacity and Cycle Stability in Lithium‑Sulfur Batteries
Understanding Boron Evaporation Enhances Desalination Efficiency
Radiation-Induced Hydrogen Release from Wet Aluminum Hydroxide and Oxyhydroxide Particles
Pioneering Severe Deformation Technique Boosts Performance of Bulk Magnetic Alloys
UMD Engineers Break Through Solid-State Battery Barriers, Enhancing Safety and Capacity
Shark‑Skin‑Inspired Surfaces: A New Weapon Against Bacterial Infections
Engineering a Microscopic Robotic Eel for Inside-Body Navigation
Pill‑Based Surgery: A Promising New Diabetes Treatment
Advanced MOF Enables Selective, Fully Reversible, and Repeatable Capture of Toxic Atmospheric Gases
Revolutionary Lignin Breakthrough: Spherical Particles Amplify Enzyme Efficiency
Unveiling the Power of Electrophotonic Chemistry
First Ever Enzyme Reprogramming Achieves Ring‑Shaped Molecule Synthesis
Spider Silk Nanoparticle Vaccine: A Novel Approach to Cancer Immunotherapy
Starch-Based Materials Offer Sustainable Alternative to Conventional Plastic Packaging
Enzymes Prefer Specific Polymer Sequences: New Insight by Northwestern Engineers
Optimizing Electron Transfer for Enhanced Performance in Enzymatic Biofuel Cells
UC Riverside Breakthrough: Bioinspired Electret Dipole Guides Electrons to Positive Pole
Virginia Tech Researcher Unveils 3‑D Printed Multimaterial with Programmable Stiffness
Scientists Develop Scaling Law to Precisely Tune 2D Perovskite Optoelectronic Properties
Advanced Water Harvester Proves Effective in Desert Tests, Producing Fresh Water from Ambient Air
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WVU Physics Student Builds AI Model to Accelerate Energy and Environmental Research
Fine‑Tuning Luminescent Organic Molecules Through Targeted Surface Engineering
Enhanced Acetylene Capture with Induced-Fit Adsorbent Technology
Laser‑Textured Metal Surfaces Become Instant Antibacterial Barriers
Duke‑Licensed Diagnostic Platform Aims to Expand Biomarker Detection for Disease
Dartmouth’s New Material Efficiently Removes Iodine from Water
Researchers Develop Cutting-Edge High-Resolution Methods for Hybrid Material Analysis
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