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Twenty five isolates of Enterococcus faecalis have been previously identified and characterized were subjected to ERIC-PCR analysis in order to study the genetic relationship with regarding to their virulence profile. Nine virulence profiles were identified according to the presence/ absence of five virulence factors; asa1,gelE, esp, cpd and ace. Most isolates (28%) were belonged to Virprofile1 asa1+,gelE+, esp+, cpd+,ace+ followed by Virprofile3 esp+, cpd+,ace+ (20%), Virprofile4 asa1+,gelE+, esp-, cpd+,aceaccounting 16%, while virprofiles5 , virprofile6 asa1-,gelE+,esp+,cpd+,ace+ and virprofile8 asa1+,gelE-, esp+, cpd+,acerepresenting 8%, virprofile2 asa1-,gelE-,esp-, cpd-, , virprofile7 asa1+,gelE+, esp+, cpd+,aceand virprofile9 asa1+,gelE+, esp-, cpd+,ace+ were 4%. ERIC-PCR analysis divided isolates into two main clusters named; cluster A accounting 28% which further classified into groups; 8% isolates were belonged to A1 and 20% were belonged to A2. Most isolates were belonged to cluster B accounting 72%. This cluster was involved two groups; six isolates (33.3%) were belonged to B1 while 66.6% of isolates were assigned as B2. However, no relationship was found between virulence profiles with phylogentic groups of the isolates.

Study Genetic Relationship among Enterococcus Faecalis Strains Collected from Urine Harbored Different Virulence Profiles Using Eric-pcr Assay