Summers said, "We have isolated caffeine degrading bacteria, Pseudomonas putida CBB5, which can convert caffeine into CO2 and ammonia." Bacteria that can live in environments with high levels of caffeine 2.5 g / liter, which for many bacteria have been classified as toxic.
By degrading caffeine which consists of the elements carbon, oxygen, nitrogen and hydrogen, Pseudomonas putida CBB5 get essential nutrients needed for life. According to Summers, the degradation process itself is assisted by 3 kinds of enzymes that have the bacteria.
With the ability to degrade caffeine, it is quite possible this bacterium is also hooked to drink coffee. A cup of coffee known to contain an average of 0.8 grams / liter of caffeine. Certainly, the bacteria would not drink coffee to accompany stay up to watch the ball.
Finding Pseudomonas putida CBB5, Summers admitted to not surprised. The reason, caffeine was also associated with domestic wastewater and industrial waste. However, Summers did not know about the reasons why there are bacteria that have evolved to grow in an environment with caffeine.
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