Concussion detection: Potato chips can cure baldness

Research by Japanese scientists has found an unexpected use in treating baldness.

Many studies have shown the harmful effects of eating potato chips - can create unhealthy things, especially for those who are overweight and obese .

But the effect of potato chips on human hair is a completely different story.

Picture 1 of Concussion detection: Potato chips can cure baldness
1 substance in potato chips has the ability to re-grow hair in mice.

According to MSN News, a recent study by experts from Yokohama National University found that a substance in potato chips has the ability to re-grow hair in mice.

From there, the team successfully produced a series of hair follicle cells (HFG) to provide a new, more effective treatment for hair loss and baldness.

HFG are cells that help follicles grow. Scientists have created a method to simultaneously mass produce 5,000 HFG. When implanted on mice, hair grows back and grows normally.

Picture 2 of Concussion detection: Potato chips can cure baldness
HFG are cells that help follicles grow.

Junji Fukuda of Yokohama National University - the study author said: " The key to mass production of HFG is to choose the right material to be the foundation for the culture.

We use dissolved oxygen dimethylpolysiloxane (PDMS) at the bottom of the tank, and show very good results ".

For the safety of employees, Dimethylpolysiloxane is often added to cooking oil during processing to prevent foaming and fire on people. In the above study, dimethylpolysiloxane was chosen because oxygen could easily penetrate into the substance.

Picture 3 of Concussion detection: Potato chips can cure baldness
The method above is simple but powerful and very promising.

The team hopes this method may soon be applied to people with disabilities.

Mr. Fukuda added: "The method is simple but powerful and very promising. In fact, we have preliminary data to show the formation of HFG in humans using keratinocytes and cells. skin.

We hope this technique will help improve therapy that helps regenerate human hair, treat hair loss diseases. "

Research is published in Biomaterials magazine.