In the applied-chemistry sense, "applications" denotes the translation of chemical principles, materials, and reactions into practical uses that solve real problems across biomedicine, materials science, energy, the environment, and industry. Rather than studying structure and reactivity for their own sake, applied …
In the applied-chemistry sense, "applications" denotes the translation of chemical principles, materials, and reactions into practical uses that solve real problems across biomedicine, materials science, energy, the environment, and industry. Rather than studying structure and reactivity for their own sake, applied and translational chemistry asks how molecular design and processing can deliver a defined function: a catalyst that accelerates a needed transformation, a material that supports tissue regrowth, or a polymer that improves resource recovery. Catalysis is a recurring theme, where metal complexes anchored to polymer supports combine the selectivity of homogeneous catalysts with the recyclability of heterogeneous systems. Biomaterials illustrate another route, as naturally derived polymers and inorganic scaffolds are engineered for biomedical and environmental ends. Studies in this area examine catalytic applications of polymer-anchored metal complexes, the biomedical and environmental uses of chitin and its derivatives, calcium orthophosphate scaffolds designed for bone tissue engineering, the deployment of acrylate polymers in enhanced oil recovery, and the mechanical properties of carbon nanotubes that underpin advanced composites. Across these examples the common logic is structure-property-function: relating composition and architecture to measurable performance. Application-focused chemistry thus bridges fundamental discovery and deployable technology, providing the materials, processes, and catalytic systems on which medicine, manufacturing, and energy increasingly depend.
12 peer-reviewed articles, ranked by relevance. Each links to its DOI.
The 12 articles above have been cited 488 times in the scholarly literature. Citation data via OpenAlex and Crossref, updated Jun 2026.
A sample of recent works citing this journal's research on Applications, linking to each citing work.