Now, scientist at the Netherlands Cancer Institute – Antoni Van Leeuwenhoek Hospital in Amsterdam have discovered that p15 can fulfil a critical backup function for p16 and provide an explanation for the frequent loss of p16, p19 and p15 in human tumours.
The team’s work is published in Nature in the August 23 issue.
The Dutch scientists report that mice deficient for all three genes are dramatically more tumour prone and develop a wider spectrum of tumours than p16 and/or p19 mutant mice, with a preponderance of skin tumours and soft tissue sarcomas (e.g. mesothelioma) of frequently mixed cell types and often showing biphasic differentiation.
Frederique Melman | Source: alphagalileo
Further information:
www.nature.com/nature/journal/v448/n7156/abs/nature06084.html
More articles from
Life Sciences:
Scientists discover bacteria that can cause bone infections
13.10.2008 | Society for General Microbiology
Age-related macular degeneration: new genetic association identified
13.10.2008 | University of Southampton
Brightening the future for optical circuits
13.10.2008 | Physics and Astronomy
Scientists discover bacteria that can cause bone infections
13.10.2008 | Life Sciences
Europe Rallies Behind Nanotechnology To Wean World From Fossil Fuels
13.10.2008 | Ecology, The Environment and Conservation