Of the most prevalent infections globally are urinary tract infection and one of the main and common causes of this infection is bacterium Uropathogenic Escherichia coli (UPEC). In the present study, virulence factors and antibiotic resistance as well as phylogenetic groups were investigated in UPEC among UTIs in general. One hundred and five midstream urine samples have been from pregnant women suffering from (UTI), aged between (17-40) years from Al-Kut hospital for Gynecology obstetrics and pediatrics and private clinics in the province of Wasit, during the period from 1st September, 2020 to 15th December, 2020. The percentage of bacterial growth which was isolated from 105 samples, 36.1% was UPEC .The results of culture and biochemical tests showed that all E.coli isolates were had given positive test for catalase, indole, Methyl Red, but negative for oxidase, Voges-Proskauer, Simmon citrate and TSI test showed A/A with gas, without H2S. Further confirmation done using API 20E system depending on 20 biochemical tests related with E. coli metabolism activities and Vitek 2. The antibiotic susceptibility test for 38 of UTI Escherichia coli isolates, were performed by disc diffusion method, using 18 antibiotics and their results showed the highest antibiotic resistance were Ampicillin, (97.2%), amoxicillin-clavulanic acid (86.4%), followed by cefotaxime (78.3%), while lowest resist antibiotic were gentamicin (29.7%), Amikacin (27.0%), Nitrofurantoin (13.5%), Meropenem (5.4%), Imipenem (2.7%), this may be a result of the low utilization of those antibiotics in Al-Kut hospitals. DNA extraction of isolates was extracted, purity and concentration were confirmed with Nanodrop, the purity of the nucleic acid in the samples ranged between 1.8-2, while its concentration ranged from (50-360 mg / ìl). In this study, phylogenetic groups of UPEC were identified. A quadraplex PCR assay was applied to detect phylogroups' reference of E. coli isolates (n=38), the maximal frequency of UPEC isolates has been in group B2 (23.6%) then group F (15.7%), group B1 (13.1%), group A (10. 5%), D (7.8%) and group C (2.6%). Groups E has not been detected in any of the isolates, and 6 isolates have been non typeable. Virulence factors' genes that were detected among E. coli isolates by PCR were cnf (6:15.7%), hly (13:34.2%). Other Virulence factors' genes were detected by multiplexed PCR such as fimH (18:47.3%), papC (13:34.2%), sfa (12:31.5%), afa (8:21.0%) and aer (16:42.1%). The current study proved that the isolates, have high antibiotic resistance with a dominance of B2 group. As for the virulence genes for this pathogen, the fimH gene was the most common, followed by the aer, hly, pap, sfa, afa and cnf genes, respectively [ABSTRACT FROM AUTHOR]