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  • 4 hours ago
Researchers are investigating an unexpected new method to combat cancer — by utilizing bacteria. :microbe:

In a recent investigation, scientists altered a probiotic strain known as E. coli Nissle 1917 to synthesize Romidepsin, a potent anticancer medication. These modified microorganisms specifically accumulate within tumor sites and release the drug precisely where it is needed.

In trials involving mice with breast tumors, the bacteria effectively inhabited the tumors and inhibited their growth by administering the drug locally. This precise targeting could minimize harm to healthy cells and enhance the accuracy of cancer therapies.

Nevertheless, this technique has only been evaluated in mice at this point. Researchers still need to validate its long-term safety and develop dependable methods for managing or eliminating the bacteria post-treatment.

If forthcoming research proves successful, these tiny modified microbes could emerge as significant new assets in the battle against cancer.

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00:00What if bacteria could hunt down cancer?
00:02It sounds unbelievable.
00:04But scientists in China are exploring exactly that.
00:08They used a probiotic bacterium called E. coli nissel, 1917.
00:13Then they genetically modified it.
00:15The bacteria were programmed to produce romidepsin, an anti-cancer drug.
00:19But here's the clever part.
00:21These bacteria naturally gather inside tumors.
00:24Once there, they release the drug directly into the tumor.
00:28This means the treatment targets cancer more precisely.
00:31And it may reduce damage to healthy cells.
00:35Scientists tested the idea on mice with breast tumors.
00:38The results were promising.
00:40The bacteria successfully colonized the tumors.
00:43They slowly released the drug.
00:45And tumor growth decreased.
00:47Researchers say the bacteria create a dual attack on cancer.
00:51But there is still a challenge.
00:53So far, the method has only been tested in mice.
00:56Scientists must confirm it is safe for humans.
00:59They also need ways to remove the bacteria after treatment.
01:03If successful, this could change cancer therapy forever.
01:06Because one day, living bacteria might become tiny soldiers against cancer.
01:11They tend to cyberth� magari in mice with almost one cancer.
01:11They need to
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