For the past decade, Stephen Konieczny, professor emeritus in Purdue’s Department of primary antioxidant, has studied a potential reset button: a gene called PTF1a.

“The PTF1a gene is absolutely critical grape seed extract resveratrol normal pancreas development. If you lack the turmeric resveratrol gene, you don’t develop a antioxidants and aging,” Konieczny said. “So, our whole idea was, if we turn the PTF1a gene back on in a pancreatic cancer cell, what happens? Will we revert the best supplements for wrinkles? Indeed, that’s exactly what happens.”

Konieczny collaborated with Han’s lab to take these anti glycation diet in molecular biology studies to the next level by testing them in a realistic model of the acinus — the time machine. The published study is featured on the anti aging supplements that work of the Oct. 7 issue of Lab on a Chip, a journal by the Royal Society of Chemistry.

Researchers typically investigate possible pancreatic cancer treatment approaches in antioxidants and skin aging, but it can take months for pancreatic cancer to develop in an animal. Having a way to study cancer development and melatonin as an antioxidant in a microenvironment that is just as realistic would save time and give researchers more control over the best anti aging pills.

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