Research Articles
Crafting Molecular Alloys: The Rise of Imine-Azo Polymer Ligands
Exploring the synthesis and characterization of imine-azo polymer ligands derived from azo compounds, acetylacetone and amines, and their metal complexes with Mn²⁺, Ni²⁺, and Zn²⁺
The Art of Building Phenanthridine: From Classic Reactions to Modern Light-Driven Chemistry
Explore the evolution of phenanthridine synthesis from classical methods to modern photochemical approaches in this comprehensive review.
Nature's Blueprint: How Bio-Synthetic Hybrids are Forging the Future of Materials
Explore how bio-synthetic hybrid materials and bionanoparticles are revolutionizing material science through biological-chemical fusion approaches.
The Molecular Architects: Building Bioactive Compounds From Water to Fat
Explore the fascinating journey of synthetic chemistry from water-soluble compounds to fat-soluble ligands and their applications in medicine and environmental science.
MIRATE: Designing Plastic Antibodies Through Computational Science
Explore how MIRATE computational platform revolutionizes molecularly imprinted polymers design, creating synthetic antibodies with precision and efficiency.
Quo Vadis Biophotonics? The Light Revolution in Biology
Explore the revolutionary science of biophotonics and how light-based technologies are transforming medicine and biological research.
Nature's Medicine Gets a Tech Upgrade: How Nanotechnology is Revolutionizing Plant-Based Therapies
Explore how nanotechnology enhances phytochemical delivery, overcoming bioavailability challenges and revolutionizing plant-based therapies with targeted approaches.
The Molecular Spy: How Imidazole-Based Sensors Detect Fluoride Ions
Discover how imidazole-based sensors revolutionize fluoride detection through hydrogen bonding and desilylation mechanisms.
Building Better Bones: How a Nano-Scaffold is Revolutionizing Healing
Discover how surface-immobilized nano-hydroxyapatite on porous hybrid scaffolds is transforming bone regeneration and healing.
Engineering Life's Gatekeepers: The De Novo Design of Transmembrane β Barrels
Explore the revolutionary field of de novo design of transmembrane β barrels - the cellular gatekeepers that control molecular transport across biological membranes.