What disease does Providencia Stuartii cause?
heimbachae. Among these bacteria belonging to the genus Providencia, P. rettgeri and P. stuartii are the most common cause of catheter-associated urinary tract infections, especially in the elderly with long-term indwelling urinary catheters.
How is morganella different from Providencia?
Providencia stuartii is the most common species of its genus isolated from clinical specimens, but Providencia rettgeri is occasionally grown. These bacteria can be differentiated from Proteus and Morganella based on their ability to use citrate and ferment d-mannitol.
Where is Klebsiella oxytoca found?
Klebsiella oxytoca (KO) is one of several Klebsiella bacteria. These bacteria are naturally found in the intestinal tract, mouth, and nose. They’re considered healthy gut bacteria inside your intestines. Outside the gut, however, these bacteria can cause serious infections.
What does Providencia mean?
[ prŏv′ĭ-dĕn′sē-ə ] n. A genus of motile, peritrichous, nonsporeforming, aerobic or facultatively anaerobic bacteria containing gram-negative rods; it includes the species that can occur in urinary tract infections.
Who discovered Providencia Stuartii?
Providencia rettgeri was discovered by Rettger (1909) from a cholera like epidemic in chickens. The other properties discovered by investigators were of fermenting mannitol and being anaerobic [2].
How is Providencia Rettgeri treated?
rettgeri: Aztreonam is an appropriate alternative to cephalosporins in patients with cephalosporin allergy. Aminoglycosides are another alternative if the infecting isolate is susceptible, but resistance to multiple aminoglycosides is common. If the isolate produces an ESBL, imipenem or meropenem would be appropriate.
Does Providencia Stuartii flagella?
Providencia stuartii (commonly P. stuartii), is a Gram negative bacillus that is commonly found in soil, water, and sewage. Some other important information about P. stuartii is that it is motile via flagella, non-sporulating, non-lactose fermenting, catalase positive and oxidase negative.