2018 March 2018 News

Crunching data and crushing cancer

Tests on three drug-like compounds, discovered computationally via SMU’s supercomputer, confirm their ability to bolster the effectiveness of chemotherapy in treating some of the most commonly aggressive cancers.

SMU researchers have discovered three drug-like compounds that successfully reverse chemotherapy failure in three of the most commonly aggressive cancers — ovarian, prostate and breast.

The molecules were first discovered computationally via high-performance supercomputing. Now their effectiveness against specific cancers has been confirmed via wet-lab experiments, said biochemistry professors Pia Vogel and John G. Wise, who led the study.
Wise and Vogel report the advancement in the Nature journal Scientific Reports.
The computational discovery was confirmed in the Wise-Vogel labs at SMU after aggressive micro-tumors cultured in the labs were treated with a solution carrying the molecules in combination with a classic chemotherapy drug. The chemotherapy drug by itself was not effective in treating the drug-resistant cancer.
Read more at SMU Research.

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