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Video: Why Fresh Olives Are Rarely Available in Stores
Digital Penicillin Production: Real-Time Simulation Boosts Yield
Skoltech and MIPT Unveil Upgrade Device Enhancing Mass Spectrometer Performance
New Research Deciphers Key Factors Behind Metallic Material Fragmentation
Oil‑Eating Bacterium Offers Breakthrough in Pollution and Spill Cleanup
AI-Driven Design Accelerates Development of Chiral Crystals
Revolutionary Coating Enhances Energy Efficiency of Cooling Devices
New Study Reveals How Colliding Oxygen Molecules Absorb Light
How Ancient Proteins Reveal the Stories of Historical Artifacts and Their Owners
Carbon Nanoparticle Technology Enables Sensitive Detection of Antidepressants in Urine
Caltech Scientists Engineer Bacteria to Produce High‑Energy Carbon Rings for Energy Applications
Advanced Autofluorescence Imaging Reveals Cell Metabolism and Wound Healing Dynamics
Biomimetic Crowding Reveals How Electron Transfer Triggers DNA Oxidative Damage
New Reaction Enables Direct Chiral Functionalization of Nitrogen Heterocycles Without Prior Activation
Unlocking the Molecular Science Behind Musk in Perfume
Unlocking Plant Oil Yield: Cutting Biochemical Constraints in Cultured Cells
Enzyme-Driven Survival: How a Single Protein Lets Bacteria Bounce Back from Antibiotics
Leading Academics Urge Strengthening Scientific Rigor in Forensic Science
NREL Unveils Extensive Inorganic Thin-film Database for Renewable Energy Research
Eco-Friendly, Cost-Effective Light Absorbers for Sustainable Hydrogen Production
Notre Dame Scientists Pioneer Renewable Energy‑Driven Ammonia Synthesis
Optimizing Cocoa Bean Roasting to Preserve Health Benefits and Enhance Flavor
Smart Ink Revolutionizes 3‑D Printing: New Dimensions in Print Technology
Genetically Engineering Silkworms to Produce Protein-Enriched Silk
Scientists Unveil 3.1 Å Cryo-EM Structure of Herpesvirus Capsid
Light-Induced Crystal Relaxation Enhances Solar Cell Efficiency
C9h Peptide Conjugate Triggers Targeted Cancer Cell Apoptosis
Innovative Liquid Modeling Method Cuts Drug Development Costs by Accurately Predicting Chemical Reactions
New Cellular Insights into Bone Development: Collagen’s Role in Calcium Phosphate Mineralization
How Pathogenic Bacteria Produce Sticky Adhesion Proteins
Decoding Electrical Activity in Lipid Membranes Using Water Molecules
Revolutionizing Sodium Storage: How Cation Mixing Boosts Layered Cathodes
Light-Activated Therapies: Targeted Treatments with Fewer Side Effects
Advanced MRI Technique Reveals Quality Traits of Packaged Meats
Advanced Smartphone Cooling: Expert Guide to Efficient Thermal Management
Robotic-Driven 3D Mass Spectrometry Revolutionizes Forensic and Pharmaceutical Testing
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Chemistry
New Algorithm Accurately Predicts Molecules’ Optical and Luminescent Properties
University of Warwick Breaks New Ground with Antifreeze-Inspired Bacterial Cryopreservation
Boron-Doped Compound Outperforms Neodymium Magnets, NIMS Study Reveals
Nanocoating Enhances Lightweight Metal Foams to Achieve Bone‑Hard Strength and Explosion‑Proof Safety
Advanced Simulated Microgravity System Enables Cutting-Edge Materials Research
Johns Hopkins Researchers Launch High-Throughput Platform for Rapid Coronavirus Antiviral Compound Screening
New One‑Step Biomass Conversion Technique Yields Versatile Chemical Precursors
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