ABSTRACT
Black phosphorus, as a novel two-dimensional nanomaterial, has received a lot of attention from researchers for its unique structure and properties. In recent years, with the increasing cross-sectional research related to black phosphorus 2D nanomaterials in various fields such as materials science, physics, chemistry, biology, and medicine, it has shown great potential for development and application in biomedicine. The excellent photoacoustic properties and good biocompatibility of black phosphorus 2D nanomaterials make them outstanding in tumor diagnosis and treatment. In this paper, the structure and properties, preparation, and functional modification of black phosphorus two-dimensional nanomaterials and their potential applications in the bio-detection and treatment of tumors, as well as the application progress of antibacterial were reviewed.
ABSTRACT
Membrane creates the functions of protection, supporting, dispersion and separation. More functions can be designed by modifying membrane surface and grafting/loading selective ligands or catalysts on the membrane, thus membrane technology has been widely applied in biological detection, and its application approaches becomes diverse. Rational design of functional membranes can meet the demands in different steps of biological detection process, including sample pretreatment, preparation, response and sensing. This review summarized the functionalization methods of filtration membranes, applications of membrane technology in sample preparation and detection process, as well as the research on the integration of functional membranes. By revisiting the research progress on functional membrane design, preparation and applications for biological detection, it is expected to take better advantage of membrane materials structure and performance for constructing efficient and stable detection platform, which is more "adapted" to the detection environment.