Abstract
Several aspects need to be explored in drug therapy for diabetes patients.
Some specific glucose-reducing medicines are present, while other medicines are
associated with unintentional changes in hyperglycemia. Diabetes is a developing
epidemic that has caused significant socioeconomic problems in several countries
throughout the world. Despite scientific discoveries, greater healthcare services, and
higher literacy rates, the disease continues to plague many industries, particularly
developing countries. The current trends show an increase in premature mortality,
which threatens world prosperity. Experimental and technical improvements have been
made in sulphonylureas, alpha-glucosidase inhibitors, biguanides, and
thiazolidinediones, all of which are beneficial in lowering glucose levels. The latest
drug research techniques have led to the development of novel therapeutic groups such
as amylin analogs, incretin mimetics, GIP analogs, active peroxisome proliferator
receptors, and dipeptidyl peptidase-4 inhibitors as targets for future diabetes therapy
medications. Furthermore, drug development and detection for diabetes treatment have
been revolutionized by identifying and investigating bioactive compounds from herbs.
This chapter discusses vital fields of clinical diabetology regarding opportunities for
stem cells and nanotechnology as next-generation therapies, with an emphasis on
evolving developments and reviews why plant-derived products are reliably common
for treating and managing diabetes.