Research Articles
Fungal Fighters: How Mold Molecules Might Revolutionize Cancer Treatment
Exploring resorcylic acid lactones from fungi, their cytotoxic and NF-κB inhibitory activities, and structure-activity relationships in cancer therapy.
Molecular Arms Race Between Plants and Pathogens: An Invisible War
Explore the molecular warfare between plants and pathogens, the defense mechanisms, pathogen strategies, and cutting-edge research techniques in plant pathology.
The Frozen Farms of Yamal: Unlocking the Secrets of Permafrost-Affected Abandoned Soils
Exploring the resilience and preserved fertility of abandoned Soviet-era farmlands in the Yamal permafrost and their potential for future Arctic agriculture.
Nature's Herbicide Blueprint: The Fascinating Chemistry of Thaxtomin A Alkyl Ethers
Exploring the chemistry and phytotoxicity of thaxtomin A alkyl ethers as potential eco-friendly herbicides derived from natural compounds.
Nature's Chemical Engineers: How a Mangrove Bacterium Transforms Turmeric's Golden Compound
Discover how Streptomyces sp. K1-18 from mangrove soil biotransforms curcumin into valuable gingerenone A through green chemistry approaches.
Nature's Invisible Sunscreen: The Amazing World of Mycosporine-Like Amino Acids
Discover how Mycosporine-Like Amino Acids (MAAs) protect marine life from UV radiation and their potential applications in science and skincare.
The Nitrile Pickle: How Chemists Tame a Stubborn Molecule
Discover how chemists use metal and non-metal catalysts to activate stubborn nitrile molecules, enabling the creation of plastics, pharmaceuticals, and advanced materials.
Building Better DNA: The Synthetic Biological Polymers Revolutionizing Science
Discover how synthetic thymidine-derived polydeoxyribonucleotide analogues are revolutionizing biomaterials science through innovative molecular design.
The Science of Saving Art: Unveiling the Secrets of BEVA® 371 Conservation Adhesive
Explore the science behind BEVA® 371, a revolutionary conservation adhesive used to preserve painted surfaces and cultural heritage artifacts.
Unlocking Nature's Fragrant Vault: How Kensigs-Knorr Glycosylation Tames Wild Monoterpenoids
Discover how Kensigs-Knorr glycosylation transforms volatile monoterpenoids from essential oils into stable, valuable compounds with enhanced biological activity and applications across industries.