Dendritic Polymers
Dendritic polymers are a class of synthetic polymer materials with highly branched three-dimensional structures. Dendritic polymers have become an important research object in the fields of polymer materials, nanotechnology and biomedicine due to their unique branched structure and multifunctionality.
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What is Dendritic Polymer?
Dendritic polymers are a type of synthetic polymer materials with three-dimensional structures. They are formed by repeated branching growth from the core molecule outward, and each repeating unit has a dendron, presenting a regular and controllable topological structure. The molecule can be spherical, with a cavity inside and rich functional end groups on the surface.
What are the Features of Dendritic Polymers?
Controllable Functionality
The type and number of terminal groups can be controlled in a targeted manner, giving the material optical, catalytic, targeted drug release and other properties
Monodispersity and Nanoscale
The molecule itself has a nanoscale size, and the synthesis process can achieve precise control of molecular weight.
High Biocompatibility
Dendrimers are widely used in drug delivery and gene transfection due to their non-toxicity and degradability.
Dendritic Polymers Products List
What are the Applications of Dendritic Polymers?
Biomedical Field
Dendritic polymers are used in drug delivery systems, gene therapy and vaccine development, as well as cancer treatment and medical imaging.
Materials Science Field
Dendritic polymers are used in the field of materials for high-performance material modification and nanocomposite material development.
Industry and Energy Field
Dendritic polymers can be used in water treatment and catalysis as well as new energy battery technology.
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