Scientists have found a mutation in stem cell genes, which they claim could be linked to development of leukaemia and other cancers.

An international team, led by Peter Papathanasiou of The Australian National University, has completed a three-year screening project to find the genes that control development and turnover of stem cells. Stem cells can grow into any other kind of cell in the body, making them a hot area of research to find new treatments for diseases and injuries.

In fact, a major finding of the new study is the discovery of a novel DNA mutation in the c-Myb gene which has been previously linked to a number of different cancer types, a local journal reported. ”We’ve shown that blood stem cells with this genetic mutation behave the same way as those present in human bone marrow diseases, including diseases that can evolve into leukaemia,” said Dr Papathanasiou.

Added team member Prof Andrew Perkins from QueenslandUniversity: “By understanding more about the genetic blueprint of these kinds of disorders, we can start to develop new ways of targeting diseases. Currently, there is no treatment for this group of blood diseases, but discovery of this mutation provides new avenues for investigation.” As a result of the screening project, the scientists have also identified five other abnormal blood stem cell profiles, adding to understanding of the genetic diversity of blood cells.

It has also led to a better understanding of how blood cells develop and how this process becomes corrupted. ”Given that the same genes that operate in stem cells also function in cancer cells albeit with genetic mutation this research also has potential implications for regenerative medicine, by understanding how to stimulate the growth of new blood cells,” Dr Papathanasiou said.