Potential Biomarker Can Help Identify Cancer Chemotherapy Timing

To help doctors identify the tumor normalizing period for effective timing of anti-cancer drug treatment, a new biomarker has been discovered.

A new biomarker that can visualize the activity of blood vessels to identify the tumor normalizing period for effective timing of anti-cancer drug treatment, has been found by team of researchers.

Angiogenesis, the formation of new blood //vessels, is essential for tumour growth.

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Chemotherapy drugs perform like ‘magic bullets’ to destroy cancer cells in the body.

‘Biomarker helps identify 'window of opportunity' for cancer chemotherapy timing has been identified to help doctors combine anti-angiogenesis and anticancer drugs more effectively to boost results.’

The team from Osaka University in Japan, in a paper reported in The American Journal of Pathology, described a vascular stabilization biomarker that can visualize blood vessel activity, thus optimising the timing of anticancer therapies including anti-angiogenics.

Combination therapy using angiogenesis inhibitors and anticancer drugs can improve drug delivery into tumour tissues and prolong progression-free survival.

"Vascular normalisation by angiogenesis inhibitors, such as vascular endothelial growth factor (VEGF) signaling inhibitors, is a promising method for improvement of chemotherapy.

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"However, it is unclear how we can recognise the 'window of opportunity' for the tumour vascular normalising period for effective timing of anti-cancer drug treatment. Therefore, biomarkers delineating this window are essential," explained Nobuyuki Takakura, Professor at Research Institute for Microbial Diseases, Osaka University.

Angiogenesis therapy is clinically used to suppress tumour growth.

Adding an anti-angiogenic drug can boost an anticancer drug's effectiveness.

Basic research indicates that anti-angiogenic therapy allows the blood vessels to return to quiescence and "normalise" so that the anti-cancer drug can penetrate the tumour more effectively.

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Source-IANS