Sydney:Faba beans have potent antioxidant properties that could beat cancer and hypertension besides helping you stay in shape, according to an Australian research which yielded an insight into the mechanism that inhibited the cancer cell multiplication.
Doctoral student Siem Siah from Charles Sturt University (CSU) applied phenolic compounds from Nura and Rossa faba beans to five different cancer cell lines in lab experiments at Wagga Wagga.
In all cases, the rate of cancer cell death was accelerated. Siah said: “We know that antioxidant properties are potentially linked to anti-cancer properties, so we were trying to look for the connections.”
Phenolic compounds are chemicals largely responsible for colour, metabolism and defensive mechanisms. Because they play a strong protective role against insects, they are often found in seed coats and hulls, reports the British Journal of Nutrition.
Siah’s doctoral supervisor Chris Blanchard from CSU’s School of Biomedical Sciences said the research team, was astonished by the findings from experiments on anti-cancer and enzyme-inhibiting properties.
“We were absolutely blown away by the results,” Blanchard said. Jennifer Wood co-supervised Siah’s thesis with Blanchard. Izabela Konczak from Commonwealth Scientific and Industrial Research Organisation (CSIRO) Food and Sciences oversaw the experiments.
Wood said the experiment yielded an insight into the mechanism that inhibited the cancer cell multiplication.
The preliminary experiments on antioxidant properties were carried out at CSU and the cell culture assays were carried out at CSIRO, according to a Charles Sturt statement.
Siah grew cultures of four cancer cell lines – bladder, stomach, liver and colon cancers – in flasks, then applied the phenolic compounds to them directly and waited 24 hours to measure the proliferation of cells.
The rate of cancer cell multiplication was greatly reduced once the faba bean extracts were applied. For a fifth type of cancer cell, acute promyelocytic leukemia, Siah applied a method called flow cytometry.