Research Articles
Tin Meets Antibiotic: The Quest for Next-Generation Medicines
Exploring the innovative fusion of cephalexin antibiotics with organotin compounds to combat drug-resistant bacteria through advanced medicinal chemistry.
The Art of Molecular Makeovers: Rewriting a Hormone's Blueprint
How a simple chemical tweak preserved a hormone's power, revealing nature's secrets through structure-activity relationship studies.
Deep Sea Treasure: Four Unusual Fungal Compounds from Hydrothermal Vents with Pharmaceutical Promise
Discover the fascinating world of hydrothermal vent fungi and their unique verrucosidin derivatives with potential pharmaceutical applications.
Soil's Hidden Arsenal: Acremotins A-D - Nature's Blueprint for Next-Generation Antibiotics
Discover Acremotins A-D, promising peptaibiotic compounds from soil fungi that combat antibiotic-resistant bacteria and show anticancer potential.
Seeing the Invisible: How Anisotropic X-Ray Magnetic Linear Dichroism Reveals Hidden Magnetic Order
Explore how Anisotropic X-ray Magnetic Linear Dichroism (AXMLD) revolutionizes the analysis of magnetic oxides by revealing hidden magnetic structures through soft x-ray spectroscopy.
The Double Life of Platinum: From Car Exhausts to Cancer Crusaders
Explore how Platinum(IV) complexes serve dual roles in cancer treatment and environmental catalysis, offering promising advances in medicine and green chemistry.
The Perfect Crystal: How 2EIMDT Could Revolutionize Our Tech Future
Explore the groundbreaking potential of 2-ethylimidazolium d-tartrate (2EIMDT) crystal for next-generation photonic devices, nonlinear optical applications, and advanced technology.
Pyrene-Chalcone Solar Cells: The Molecular Expressway to Brighter Energy Futures
Exploring the structure-property relationship of polyaromatic pyrene-based chalcone derivatives as efficient dye-sensitizers in DSSC applications for sustainable solar energy.
The Acid-Altered Nanotube: How Simple Chemistry Unlocks Super Materials
Explore how acid-base functionalization transforms multi-walled carbon nanotubes into revolutionary materials for environmental cleanup, medicine, and energy storage.
Sparking Sunshine: How a Novel Molecule Could Revolutionize Solar Cells
Exploring the synthesis and electrical conductivity of N-(3-(Trifluoromethyl)Benzylidine)Thiosemicarbazide for dye-sensitized solar cells