The Journal of Molecular Recognition publishes original research on the fundamental aspects of molecular recognition and supramolecular chemistry. It focuses on molecular interactions, binding events, and self-assembly processes that underlie biological and chemical systems. The journal's coverage spans a variety of topics, including protein-ligand interactions, DNA recognition, and the design of artificial receptors. It emphasizes the interactions of molecules, binding processes, and self-assembly mechanisms.
Key areas covered include structural studies, thermodynamics, kinetics, and computational modeling of molecular recognition events. The journal provides a platform for researchers to disseminate their findings on novel recognition motifs, improved binding affinities, and innovative applications. The scope extends to the use of molecular recognition in drug discovery, biosensors, and materials science.
This journal is targeted towards researchers, scientists, and industry professionals in chemistry, biology, and related fields. It aims to advance the understanding of molecular interactions and harness their potential in various scientific and technological applications. The Journal of Molecular Recognition helps to develop new scientific and technological uses for molecular interactions.