Cell Biomaterials, a sibling journal to Cell, Matter, and Chem, targets a diverse audience of researchers in both fundamental and applied sciences within the fields of materials science, bioengineering, and biomedical applications.The journal covers a wide range of biomaterials and bio-related research, ranging from molecular-level to macro-scale investigations, at the intersection of physical, biological, and medical sciences. The scope of the journal includes both experimental and theoretical studies (substantiated by experiments) and welcomes innovative methods of characterization and discovery.A primary focus of the journal is on innovative materials and chemistry that interface with living systems and health, encompassing areas such as drug delivery, diagnostics, therapeutics, and overall medical well-being, as well as bioaugmented systems, bio-inspired platforms, and other bio-integrated science.Examples of topical areas of interest to the journal include but are not limited to:Bioengineered materialsBiofabricationBiological materialsElectroactive and conductive biomaterialsMicrorobots and machine-assisted toolsStem cell-based strategiesTheoretical approachesTherapeutics deliveryFor novel or functionalized materials, authors are expected to present comprehensive assessments of their biological performance or a conceptual advance interfacing with biological platforms.
Supramolecular Materials is a publication of peer-reviewed research. It covers all aspects of these materials, which are based on supramolecular interactions or self-assembly. The journal welcomes submissions of research articles/communications, perspectives/concepts, and reviews on both fundamental insight into supramolecular interactions, and demonstrations of functional supramolecular systems. The journal publishes research on design/fabrication/characterization of non-covalently interactive supramolecular systems, with diverse features such as being dynamic, reversible, self-adaptive, stimulus-responsive etc. Topics covered include, but not limited to:Supramolecular polymerSupramolecular hydrogelBioactive supramolecular systemsSelf-assembled monolayer/multilayer/structuresProgrammable assembled materialsMacroscopic supramolecular assemblyStimulus-responsive systemsShape memory materialsInterfacial adhesionSelf-healing and self-adaptive materialsSynthesis of supramolecular materialsCharacterization of supramolecular materialsMechanism and simulations of supramolecular materialsEmerging properties of supramolecular materialsEditorial Board
