… applications in nanotechnology, biotechnology, and medicine. Here, the rational structure
design, manufacturing process, functionalization strategy, and emerging applications of VLPs …

… on atropisomeric alkenes, we have rationally designed a versatile disubstituted 1,1′-(ethene-…
The potent application of this structural scaffold is demonstrated by a series of asymmetric …

Though the history of mankind, we are strongly fighting with infected diseases that are
induced by bacteria, fungi, viruses, and other pathogens. Although a variety of medicines, …

… , multifunctional properties and emergent applications. Special emphasis is placed on …
understanding enables rational design of composites toward multifunctional applications in …

… Since the low fluorescence of BHQ chromophores makes them particularly useful for biological
applications, we designed a BHQ-based bifunctional cross-linker (13, Scheme 3) for the …

… Therefore, rational design and elaborate exploration of novel materials with well-defined
structures … , the roles of pore structures vary with the specific application requirements. A well-…

… Such energy transfer mechanism can be useful for versatile applications: for instance,
BODIPY dyes, which show small Stokes shifts of <20 nm, can be utilized as homo-FRET probes (…

… because it meets three important criteria to be an ideal reaction: versatility, selectivity, and
efficiency. Recent application of click chemistry mainly focused on copper-catalyzed azide–…

… by molecular self-assembly through rational design is a major challenge in supramolecular
… In short, we could introduce the J-type stacking via the rational design of building blocks …

… well-ordered nanostructures for biomedical applications. Given that short peptide length
always facilitates large-scale production for future applications and the easy establishment of …