KILL CANCER IN HOURS
KILL CANCER IN HOURS Boffin discovers light can be used to destroy tumors in just two hours
He combined a single jab with ultraviolet light that causes cancerous cells to self destruct
By SHAUN WOOLLER
4th July 2016, 1:05 am
A CANCER expert has hit on a way to kill tumours in two hours — using light.
The technique involves a single jab with a chemical then a flash of ultraviolet.
Cancer cells in lab mice were found to self-destruct, with up to 95 per cent dead in two hours.
Professor Matthew Gdovin revealed the cells — which he injected with the chemical compound nitrobenzaldehyde — turned too acidic to survive.
He said after patenting his “photodynamic” therapy: “There are many different types of cancers.
“The one thing they have in common is their susceptibility to this induced cell suicide.
“We are thinking outside the box and finding a way to do what for many is simply impossible.”
His lab tests showed amazing results against triple negative breast cancer — one of the most aggressive forms.
Just one treatment stopped tumours growing, doubling chances of survival.
Prof Gdovin, of the University of Texas at San Antonio, said that because the treatment is non-invasive it is ideal for hard to reach cancers such as in the spine or heart.
The technique involves a single jab with a chemical then a flash of ultraviolet.
Cancer cells in lab mice were found to self-destruct, with up to 95 per cent dead in two hours.
Professor Matthew Gdovin revealed the cells — which he injected with the chemical compound nitrobenzaldehyde — turned too acidic to survive.
He said after patenting his “photodynamic” therapy: “There are many different types of cancers.
“The one thing they have in common is their susceptibility to this induced cell suicide.
“We are thinking outside the box and finding a way to do what for many is simply impossible.”
His lab tests showed amazing results against triple negative breast cancer — one of the most aggressive forms.
Just one treatment stopped tumours growing, doubling chances of survival.
Prof Gdovin, of the University of Texas at San Antonio, said that because the treatment is non-invasive it is ideal for hard to reach cancers such as in the spine or heart.
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