14 Feb 2021
Through RNA sequencing, you will provide a snapshot of what is high and low in those glial cells when they are isolated out of the body. The data will offer information like how many copies of RNA the relevant genes are making. Generally, mechanisms like gene expressions determine everything from your hair color to your weight. With the help of a transcriptomic profile, you can count the number of copies of each gene carried in the cell. The job of glial cells is to support and look after neurons. Their gene expression is tightly regulated that enables them to do just that. When cancer attacks these cells, the first thing that happens is the number of RNA copies of each gene in the cell changes. With that, the important function of the cell changes as well. As the transcriptomic method’s goal is to count the number of RNA copies, it can help you detect the type and stage of glial tumor one has. In Transcriptomic profiling, the tumor sample of the patient is obtained from the surgeon. After that, it goes through an automated process that extracts RNA. This is carried out with the help of an instrument that is capable of reading gene expression levels for varying genes. The collected data is transferred into a machine learning algorithm, which provides the handler with the glioma subtype and a prognosis that can help in determining the treatment. (Medical College Of Georgia At Augusta University, 2021)If experts in this field keep exploring the diverse field of cells and genomes, there are high chances that we will hit the jackpot and find the ultimate cure for deadly cancer and tumors.