… the two other artificial urine formulations (Brooks and Keevil 1997, … using the Brooks and
Keevil artificial urine medium for … UPEC strains and other urinary pathogens (Juarez and Galv�n …

… -infected artificial urine samples. Three prevalent bacteria found in urinary tract infections …
Bacteria-specific changes in compound consumption allowed for a qualitative differentiation …

… sample which could potentially be influential in diagnostics, pathogenic cellular and
crystal growth, urinary tract infection therapeutic testing and potentially much more. We have …

… Many modelling databases do not include a comprehensive list of urinary metabolites. For
… energy, removal of micropollutants, and inactivation of pathogens. These would need to be …

… The entry of bacteria into the urinary tract is a high-risk during catheter insertion. Once bacteria
enter, they colonize the intraluminal and extraluminal surfaces of the portion of the urinary …

… on the development of a wide range of infections [2]. Notably, urinary tract infection (UTI) …
the hypothesis that most of the pathogens in the urine sample would adhere to hydrophobic …

… The presence of bacteria in the urine without these symptoms is due to … Urinary tract
catheterization of at least 3 days was sufficient to increase the risk of urinary tract infection [97]. Early …

… We also tested the competition in artificial urine medium since … Relative abundance of bacteria
after 24 hours of incubation … for >97% of the total population in mouse urine at T24 (Fig. 7G…

… other common urinary tract pathogens tested (17). Furthermore, urinary tract catheterization
… in the absence of bacteria, a microarray was incubated in artificial urine (AU) and assessed …

… treatment based on the PCR findings. In our series, over a fifth of patients had potential
pathogens identified on PCR despite negative urine … P4 Diagnostix in Pine Brook, New Jersey via …