A new class of pH-responsive capsules based on metal-phenolic networks (MPNs) for anticancer drug loading, delivery and release is reported. The fabrication of drug-loaded MPN capsules, which is based on the formation of coordination complexes between natural polyphenols and metal ions over a drug-coated template, represents a rapid strategy to engineer robust and versatile drug delivery carriers
Novel pH-responsive flower-like micelles were developed to provide the mechanism for pH-triggered dr...
The design and development of water dispersible, pH responsive peptide mimic shell cross-linked magn...
Dual-responsive boronate-phenolic network (BPN) capsules are fabricated by the complexation of pheny...
© 2016 Dr. Yi JuCapsules have emerged as a useful platform for biomedical applications due to their ...
Metal-organic coordination materials are of widespread interest because of the coupled benefits of i...
Interfacial self-assembly is a powerful organizational force for fabricating functional nanomaterial...
Interfacial self-assembly is a powerful organizational force for fabricating functional nanomaterial...
Metal-phenolic coordination chemistry provides a simple and rapid way to fabricate ultrathin films. ...
© 2021 Shiyao LiThe rapid development of nanoparticle engineering has extended into a wide range of ...
We engineered metal-phenolic capsules with both high targeting and low nonspecific cell binding prop...
Dynamic nanostructured materials that can react to physical and chemical stimuli have attracted inte...
Metal–phenolic networks (MPNs), formed through coordination bonding between phenolic molecules and m...
We report a facile approach to immobilize pH-cleavable polymer-drug conjugates in mussel-inspired po...
Particles adsorb proteins when they enter a physiological environment; this results in a surface coa...
© 2014 Dr. Kang LiangRecent progress in material science and nanotechnology has enabled the design o...
Novel pH-responsive flower-like micelles were developed to provide the mechanism for pH-triggered dr...
The design and development of water dispersible, pH responsive peptide mimic shell cross-linked magn...
Dual-responsive boronate-phenolic network (BPN) capsules are fabricated by the complexation of pheny...
© 2016 Dr. Yi JuCapsules have emerged as a useful platform for biomedical applications due to their ...
Metal-organic coordination materials are of widespread interest because of the coupled benefits of i...
Interfacial self-assembly is a powerful organizational force for fabricating functional nanomaterial...
Interfacial self-assembly is a powerful organizational force for fabricating functional nanomaterial...
Metal-phenolic coordination chemistry provides a simple and rapid way to fabricate ultrathin films. ...
© 2021 Shiyao LiThe rapid development of nanoparticle engineering has extended into a wide range of ...
We engineered metal-phenolic capsules with both high targeting and low nonspecific cell binding prop...
Dynamic nanostructured materials that can react to physical and chemical stimuli have attracted inte...
Metal–phenolic networks (MPNs), formed through coordination bonding between phenolic molecules and m...
We report a facile approach to immobilize pH-cleavable polymer-drug conjugates in mussel-inspired po...
Particles adsorb proteins when they enter a physiological environment; this results in a surface coa...
© 2014 Dr. Kang LiangRecent progress in material science and nanotechnology has enabled the design o...
Novel pH-responsive flower-like micelles were developed to provide the mechanism for pH-triggered dr...
The design and development of water dispersible, pH responsive peptide mimic shell cross-linked magn...
Dual-responsive boronate-phenolic network (BPN) capsules are fabricated by the complexation of pheny...