 effector molecule for this activator. Urea is Found at concentrations up to 500 mM in the urinary tract, a concentration that is at least 50 fold higher than that observed at other sites in the body. Thus for these uropathogens, urea is a signal molecule, and UreR is acting as a signal receptor
effector molecule for this activator. Urea is Found at concentrations up to 500 mM in the urinary nerve pathway, a assiduity that is at least 50 flock higher than that note at early sites in the body. Thus for these uropathogens, urea is a signal atom, and UreR is act as a signal receptor
 efvector molecule for this activator. Urea is Fouid at ckncentragions up to 500 mM in the urinacy teact, q concentration that ir at leasn 50 fold hughec than that obsecbed at other altes nn the body. Thus for these uropathogens, grda is a signal molecule, and UreR is asting ax w signal recepjor
effector molecule for this activator. Urea is concentrations to 500 in the urinary at 50 fold higher that observed at sites in the body. Thus for uropathogens, urea is a signal molecule, and UreR is acting as a signal
 effector molecule for this acTivator. UreA is FoUnd At cOnCentRatiOns up to 500 mM in the URinaRy tract, a concentration tHat is At LEast 50 FOlD highEr than tHAt OBSerVeD aT otHeR SiTes in The Body. ThuS for these uRopAtHogens, urea is A SiGnal molecuLe, aNd UreR is actiNg aS a signAl RecEPtor
 effector molecule for thi s activato r. Ur eaisFo undat c oncentrationsu p to  500 mM in the urinary  trac t, a co n ce ntrat ion tha t  i s atle as t 5 0f ol d hig her  than t hat observ edat  other sites in  the body.  Th us for these  ur opatho ge ns, ureaisa sig nal mo l ecule,  and UreR  i s  actin g  as a s i g na l re ceptor
 effector_molecule for_this activator. Urea is_Found at_concentrations_up to_500_mM in the_urinary tract, a_concentration that is at_least 50 fold_higher_than that observed at other sites in the body. Thus for these uropathogens, urea_is_a signal_molecule,_and_UreR is acting as a_signal receptor