Modern scientists are interested in the use of theranostics. Researchers have attempted to take advantage of theranostics' potential applications in a variety of fields in recent years. The development of complex diagnostic and therapeutic agents is the goal of the broad science of theranostics. It is also established that these cutting-edge systems can bridge the bio distribution and site specificity gap between imaging molecules and therapeutic agents when combined into a single platform. Nanotechnology is currently utilized in theranostics to deliver APIs to absorption sites, resulting in increased bioavailability. Through the use of MNPs, theranostics have been proposed to be effective in a variety of diseases, particularly cancer, malaria, microbial diseases, and cardiovascular diseases, in addition to the benefits previously mentioned. In addition, theranostics are important for personalised medicine because they can be made by identifying biomarkers. MPNs are one of modern medicine's most promising diagnostic and therapeutic entities due to their adaptability. The biosynthesis of MNPs from medicinal plants has recently increased significantly, which is important for the development of theranostics. Natural bioactive compounds come from medicinal plants, which are a reliable and necessary source.
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