Research Articles
The Protein Revolution: Engineering Nature's Building Blocks for a Sustainable Future
Exploring how protein engineering is transforming materials science with sustainable, bio-based solutions for medicine, industry and technology.
Nature's Nano-Factories: How Applied Biocatalysis is Revolutionizing Chemistry
Discover how applied biocatalysis is transforming chemistry through nature's enzymes, enabling sustainable industrial processes and precise molecular transformations.
The Art of Molecular Origami: How Cascade Catalysis is Weaving the Future of Green Chemistry
Exploring how cascade catalysis combines synthetic chemistry and biology to revolutionize green chemical manufacturing through multi-step catalytic processes.
The Green Microscope: How Biotechnology is Engineering a Sustainable Future
Exploring how biotechnology contributes to sustainable development through innovative solutions in agriculture, environmental remediation, and materials science.
The Catalyst Connection: How ChemCatChem Ignites Chemistry's Global Conversation
Explore how ChemCatChem journal accelerates catalysis research through global scientific communication and breakthrough discoveries in sustainable chemistry.
The Cutting Edge: Where Life's Blueprint Meets the Molecular Scissors
Exploring the CRISPR-Cas9 gene editing revolution and its transformative impact on life sciences
The Amazing Metamorphosis of FhuA: From Iron Gatekeeper to Nanoscale Engineer
Explore how FhuA protein evolved from iron transporter to versatile nanoscale scaffold through protein engineering
The Love Bite That Locks: How Wolf Spiders Enforce Monogamy Through Traumatic Mating
Research reveals how wolf spiders use traumatic mating to enforce lifelong monogamy through physical wounds and mating plugs.
The Nano-Renaissance: How a Humble Plant Virus is Revolutionizing Technology
Exploring how Potato Virus X (PVX) has transformed from agricultural pest to nanotechnology superstar with applications in medicine, energy, and diagnostics.
Nature's Matchmakers: How Metal-Organic Frameworks Are Revolutionizing Green Enzymes
Exploring how MOFs act as molecular cages to protect enzymes while boosting their performance for sustainable biocatalysis.