Institute of Medical Biology (IMB) scientists under the Agency of Science, Technology and Research (A*STAR) in Singapore are part of an international team of researchers who became the first in the world to discover the gene behind a rare skin cancer which grows rapidly for a few weeks before healing spontaneously, according to research published in Nature Genetics  today.
The peculiar behaviour of this rare self-healing cancer, called multiple self-healing squamous epithelioma (MSSE), was discovered to be caused by a failure in the gene called TGFBR1, which is a key component of a signalling pathway that can also be impaired in other cancers. This pathway is widely regarded in the field as a potential target for therapeutic intervention in cancer treatment.
Dr David Goudie, a Clinical Genetics consultant at Dundee University and a long term specialist in MSSE, said: "The unusual behaviour of this tumour has baffled scientists for over 40 years, so we're excited to have discovered the genetic faults that cause the disease. Understanding how tumours that lack TGFBR1 behave will surely help us to predict the clinical effects of drugs that target these cancer-promoting or cancer-inhibiting signals."
Said Professor Birgit Lane, the team leader and Executive Director of IMB, "We started working on this in Dundee nearly 10 years ago, but it was not until we were able to apply new approaches to the problem, through the links we have developed in Singapore, that we were together able to identify the cause of the disease."
However, Professor Birgit Lane cautioned, "The TGFBR1 gene is also part of a very important cell signalling system that is essential for many normal processes. Though it has been implicated in many other cancers before now, one cannot just go around blocking its function indiscriminately. We hope that this new found knowledge on an unusual self-healing tumour will open a door to new ways of tweaking t
|Contact: Chang Kai Chen|
Agency for Science, Technology and Research (A*STAR), Singapore