… biointerface science and the development of new surfaces for novel biomaterials and for
biotechnological applications. Biointerface … We envision a prospective biointerface coating is …

… Electrospun nanostructured membranes sparked recognition in bioengineering because
of their potential to recapitulate ECM structure [15, 16]. The improvement in bio-interface …

… leaching based biocidal agent which has been intensively used in membrane applications.…
antifouling and bactericidal response of the membranes incorporated with silver is not a good …

… (A) Schematic representation of the “stealth probe” fused with the cell membrane and a
magnified view of the bio-interface. (B) On the left, schematic representation of cell monolayers …

… ROS production or charge transfer, membrane wrapping/trapping originating from the
flexibility of large graphene sheets, extraction of membrane lipids derived from overwhelming …

… Liposomes are self-assembled phospholipid vesicles composed of an aqueous compartment
surrounded by one or more phospholipid bilayer membranes. Since discovered by …

… Nano-biointerfaces play a … , cell membrane-coating technology offers a straightforward
approach to endow nanoparticles with natural biosurfaces, enabling them to mimic and integrate …

… Interest in the interactions of external agents such as drugs, peptides, and proteins that
act in the external membrane, has grown over the last decades, with the membrane being …

… layer is fabricated on a membrane substrate by the layer-by-… the biointerface with a high
density of functional and bioactive … for designing an advanced biointerface with integrated 3D …

… can be used to generate submicron fibrous membranes. Owing to the extra cellular matrix
(… , electrospun membranes based on chitosan loaded with biologically active agents can play …