Turns out, the bacteria uses tiny appendages called pili, which function like tentacles, to plant itself in the lining of the urinary tract. Its pili coil tightly, similar to a spring, and flex to keep the bacteria in place as it withstands the flow of urine.
“If something is very rigid, it’s typically very fragile. That’s why airplane wings are meant to flap and skyscrapers actually bend in wind,” Edward Egelman, PhD, a University of Virginia School of Medicine researcher, said in a statement. “This thing goes much further than that — it doesn’t just bend, it completely uncoils, and that’s how it can survive these very large forces without breaking. That’s what we were able to show in atomic detail.”
The researchers suggest a better understanding of the nature of the bacterial pili could lead to UTI treatments that specifically target them, making it easier to dislodge the bugs from the urinary tract and combat infection.
More articles on infection control:
Predictive preventive model reduces C. diff cases in ICU: 3 findings
Reducing HAI risk through more effective environmental cleaning
Princeton researchers show how bacteria communicate, create infections
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