Multiple ETS family transcription factors bind mutant p53 via distinct interaction regions
The genetic profile of ovarian cancer is complex with more information being acquired all the time. Mutation of the P53 gene is found in almost all cases of High Grade Serous Ovarian Cancer, which is the commonest type.
Normally the P53 gene has a protective action which inhibits abnormal cell division, promotes DNA repair and may cause death of abnormal cancer cells. P53 mutation is common in many cancers and has been the subject of much research. It is unclear whether the mutation has a cancer promoting effect due to loss or gain of function.
This study performed on ovarian cancer cells under laboratory conditions looks at gain of function with increased activity of Erythrocyte Transformation Specific factors (ETS). The ETS promotes cancer spread by multiple means such as new vessel formation, immune suppression and cellular invasion.
Findings from the study show that multiple different ETS proteins have increased activity after binding with mutant P53 genes. With this understanding, the authors suggest that reversal of this TP53 mutation effect may be an important target for new treatments of ovarian cancer.



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