Diffuse Intrinsic Pontine Glioma (DIPG), is a type of a brain tumor that majorly affects children below the age of ten. This aggressive brain tumor that spreads quickly has no cure. Radiation treatment only temporarily helps alleviate the symptoms. Just like we don’t have answers on how to cure it, we don’t exactly know what causes DIPG. Finding the cause will advance our efforts in finding the cure.
Some cancers are caused due to environmental factors like exposure to radiation or smoking while others are caused because of inherited genes. In the case of DIPG, there is no evidence that supports these two causes.
According to studies, DIPG formation may be linked to the development of the brain. Certain cells in the brain are present in a higher concentration in the development stages. Research suggests that these cells are responsible for causing DIPG. As we mentioned before, DIPG affects children and this could be the answer to why.
Furthermore, scientists who have studied DIPG, have identified the epigenetic and genetic mutation in the pons. When cells, that use DNA to create new cells or to carry out various functions in the body, are unable to do so because the DNA becomes damaged, it is called genetic mutation. These mutated cells are why cancers are caused. Through genetic sequencing, researchers have learned more about the exact genetic mutations that cause DIPG. More studies are underway.
Dr. Eric Raabe, at John Hopkins University, is studying the effect of this genetic mutation on the formation of DIPG. He has found in DIPG, the cancerous cells multiply more than necessary which makes the tumor grow quickly. Through his reach, Dr. Raabe found that the overactive behavior of an enzyme called TET causes the cancer cells to multiply more than necessary. This may be the cause and targetting the enzyme may help in finding a cure.
Join Marc Jr Foundation’s efforts to spread awareness about DIPG and fund research to find a cure for it. So that the next time, when we talk about DIPG, we can talk about DIPG survivors.