DENDRIMERS IS A SMART NOVEL CARRIER IN DRUG DELIVERY: AN INSIGHT

Multifunctional, versatile materials with multiple dendrimer branches have myriad binding sites and are in high demand for their drug binding, loading potential, and coatings. Dendrimers are among the latest generations of nano-systems that are potential drug carriers. Dendrimer chemistry is one of modern chemistry’s most captivating and fastest-growing areas. Dendrimer research has grown exponentially in recent decades, from synthesis to application. The distinctive structural features of dendrimers include their nanoscopic size, multi-functionalized surface, strong branching, cavernous interior, etc., which makes dendrimers themselves ideal drug carriers. Dendrimer provides a unique platform for drug attachment that can bind and release drugs through several mechanisms. Developing new smart materials and tracking their structural potential have been focused on curing disease. Other applications, such as catalyzing biomolecules like proteins and selective API pharmaceuticals of toxic metals, dyes, and pesticides, have been thrust research areas in materials and pharmaceutical sciences. In recent years Dendrimers have received significant consideration as drug delivery carriers. As a drug delivery agent, Dendrimer is a promising, safe, and selective option. The essential property of dendrimers is their highly selective nature for targeting the desired tissue, which holds a promising future for treating several disorders. Their safe, non-toxic, and biocompatible nature makes them appropriate for site-specific as well as prolonged drug delivery carriers.