Advancing Glioblastoma Therapy: Promising Research in Precision Medicine

Abstract

Abstract: The goal of precision medicine is to create treatments for a single person or group of people based on information about their physical condition in the present and the past as well as their exposure to the environment. Precision medicine is now having an impact on how people are treated for their health at different periods of their lives through a variety of applications. Applica-tions of precision medicine can help prevent death, alert patients regarding genetic risks, lower medical expenses, and enhance the quality of life. To determine the risk that a child may inherit an illness, genetic testing is performed before conception. The most severe type of brain cancer is glio-blastoma (GBM), commonly referred to as grade IV astrocytoma. Although they can penetrate the brain, GBMs normally do not spread to other organs. One effective kind of treatment for glioblastoma is precision medicine, which is currently being developed. Numerous improvements in diagnosis and therapy have resulted in the healing of many patients without having an impact on their way of life. In terms of diagnosis and treatment, this article compares and contrasts precision tech-nology and traditional therapy. Stem cell treatment, immunotherapy, and combination therapy are all extensively described.