Distinguishing Hemangiopericytoma from Meningiomas through [[Molecular genetics|Molecular Genetics]]:
Data has shown that there has been some possible leads to treatment targets based on genes. The
ALDH1 gene has shown to be over expressed in Hemangiopericytomas more than
Meningiomas and
synovial sarcomas. This will help doctors accurately distinguish Hemangiopericytoma from other similar tumors. This gene could also be a treatment target for future cases. There has also been further data collected regarding genes that distinguish Meningiomas from Hemangiopericytomas. These two forms of tumors are very similar under a microscope. To combat this issue, scientists decided to the study the
NF2 gene using
polymorphism analysis and DNA sequencing. This revealed that damage to the NF2 gene was only apparent in some cases with Meningiomas. This discovery helped support the difference between Meningiomas and Hemangiopericytomas and has helped with potential treatment plans. A study on Hemangiopericytoma tumor samples confirmed both the findings above through looking at the overall genetics' changes between the two. Meningiomas have a typical genetic patterns, that were not seen in the Hemangiopericytoma samples. Additionally, there was an observed loss of genes on certain chromosomes which is not seen in Meningiomas. Overall, these findings confirm that these two tumor-entities are not the same. == Diagnosis ==