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Since 1978, genetically modified bacteria have been producing human insulin, which is used by 3.3 million people with diabetes.
These modified bacteria have previously been shown to escape into the host cell cytosol, although the efficiency of escape is less than that observed for wild-type L. monocytogenes [29], [30].
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Recently, the idea of using genetically modified bacteria has emerged as an attempt to evade these important barriers.
This week, two teams report that they've genetically modified bacteria that can detect cancer in mice and diabetes in humans.
The potential for genetically modified bacteria to help us out here has already been well-documented in academic papers.
These findings have important implications for the design of dairy products that have an immunomodulatory effect using the modified bacteria.
Recombinant DNA technology has allowed researchers to use modified bacteria and viruses that are not harmful to humans to immunize individuals against an antigen from a pathogenic microorganism.
Insulin for people with diabetes has been made in genetically modified bacteria for decades.
Now, researchers have developed a potential new treatment method involving radioactive, genetically modified bacteria that target tumor cells throughout the body, but leave healthy tissue alone.
About a third of American dairy cows have their milk production increased by treatment with a hormone made in genetically modified bacteria.
Genetically modified bacteria are a step in the right direction: let's sic them on plastic all over the planet!
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