Applications of Nanoparticles-based Enzymes in the Diagnosis of Diseases

Abstract

Nanozymes (NSEs), which are efficient nanomaterials with enzyme-like appearances, have proved themselves highly-stable compared to the natural enzymes. They are also organized with the exclusive fundamental properties of nanomaterials such as luminescence and magnetism. Thus, in the biomedical field, their expansions demonstrate that their catalytic movements have opened up new applications as well as opportunities. Nanozymes are excellent in the informal mass production as well as long term storage. They are also helpful in the field of biomedical technology for the treatment of many diseases. They may incorporate various therapeutically effects in the anti-inflammatory, cytoprotecting, brain diseases and dental biofilms as well as in cardiovascular diseases. They have also performed as impartial therapeutics with other therapeutic approaches to increase antitumor effects. This chapter describes their fascinating applications in therapeutics the associated mechanism.

Current Advances in Nanotheranostics for Molecular Imaging and Therapy of Cardiovascular Disorders

“…These nanomaterial based scaffolds are used to help in the mechanical, electromagnetic, and physical aspects of tissue healing and regeneration. Additionally, seeding cells at the site of an injury or degenerating tissue can help with healing and regeneration. , …”

“…Additionally, seeding cells at the site of an injury or degenerating tissue can help with healing and regeneration. 16,17 Nanotheranostic refers to the real-time integration of a new therapeutic drugs with cutting-edge diagnostic agents or instrument or imaging modality, in a single platform. Nanotheranostics of varied characteristics and compositions are the subject of intensive study for the treatment of CVDs.…”