Research Articles
Unlocking Mercury's Toxic Secret: How a Tiny Microbial Machine Poisons Our Planet
Discover how scientists used metagenomics to visualize the molecular machine that transforms mercury into toxic methylmercury in our environment.
Metalo-Components: The New Warriors in Cancer and Antibacterial Therapy
Exploring novel sandwich-type polymeric metallo-components with significant anticancer and antibacterial properties - a breakthrough in metal-based therapeutics.
Nature's Hidden Blueprint: The Discovery of a Novel Compound in Euphorbia dracunculoides
Discover the groundbreaking identification of a new premyrsinane-type diterpenoid polyester from Euphorbia dracunculoides and its potential medical applications.
Molecular Architects: Designing a New Ally in the Fight Against Cancer
Exploring how molecular architects design hybrid compounds and metal complexes to create more effective, targeted cancer treatments with reduced side effects.
Molecular Handshakes: Building the Next Generation of Materials with Melen
Explore the fascinating world of Melen complexes - molecular structures with potential applications in pollution capture, catalysis, and clean energy storage.
Nature's Hidden Arsenal: How a Wild Plant Could Revolutionize Medicine
Discover how Cucumis dipsaceus, a wild plant with hedgehog-like bristles, contains compounds with potent antibacterial and anticancer activities that could help combat antibiotic resistance and cancer.
Catching Catalysis in Action: How Potassium Turns CO₂ Into Fuel
Explore how operando DRIFTS investigations reveal potassium's crucial role in enhancing CO₂ hydrogenation catalysts for sustainable fuel production.
The Invisible Glow: How Aluminum Monofluoride Is Revolutionizing Molecular Science
Explore how aluminum monofluoride (AlF) is transforming molecular science through laser cooling, quantum computing, and precision sensing applications.
Beyond the Image: The Brain's Chemical Symphony and the Math That Decodes It
Explore how Continuous Wavelet Transform enhances Magnetic Resonance Spectroscopy to reveal the brain's hidden chemical conversations for early disease detection.
The Hidden Blueprint: How a Poor Crystal Holds the Key to Better Materials
Discover how poorly crystalline γ-FeOOH, derived from topotactic hydrolysis of FeOCl, reveals structural secrets that could revolutionize magnetic materials and environmental applications.