Team of researchers from the University of Cardiff in Wales , led by Dr Richard Clarkson of the European Cancer Stem Cell Research Institute , developed an active substance that inhibits gene Bc13, which has been found to play a key role in metastatic cancer.
"We have shown that suppressing gene Bc13, we can limit the spread of cancer by over 80 %," says Dr. Clarkson after administration of the active substance in mice resulted in complete inhibition of growth of metastatic tumors.
The next goal of scientists is to find a drug that inhibits gene Bc13. So far , despite major advances in the treatment of breast cancer in its early stages , the existing treatment options for patients with end-stage metastases is limited. Therefore, there is a great need for new drugs to reverse or even slow down the progression of metastatic cancer .
Notably , the vast majority of cancer deaths due to metastases of tumors in other parts of the body of the patient. In breast cancer , metastasis can occur even many years after the initial diagnosis.
The scientific team at Cardiff University , with funding from the pharmaceutical company Tiziana Pharmaceuticals, is preparing to skipped ahead in clinical trials of experimental formulation in humans , although it will take years to obtain the finished medicinal product for commercial use.
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