Abstract: This examination was completed to distinguish the dispersion of antibiotic safe qualities in multi-antibiotic safe microscopic organisms isolated. Basic strategies were taken after in this to separate and describe the antibiotic safe microorganisms by the regular phenotypic, morphological, biochemical and sub-atomic characters. The 60 multidrug safe microscopic organisms isolates were haphazardly decided for disconnecting the antibiotic resistance qualities. Around 47% of antibiotic safe tried microscopic organisms were isolated from pee tests and 53% from stool. The examination additionally meant to break down antibiotic resistance rates against ordinarily utilized antibiotics among bacterial populace of pee and feces tests. These bacterial isolates were recognized and sorted into eight species. The isolates showed resistance in diminishing request for clindamycin (83%), penicillin G (69.6 %), rifampin (64.7%), cefotaxime (53.6%), cefaclor (51.7%), ceftriaxone (47.2%), nitrofurantoin (44.2%) and norfloxacin (39.7%). Most extreme resistance to extended spectrum β-lactam antibiotics happened in 11.3% of isolates and the creation of expanded range β-lactamase was accomplished by 3.5% of isolates. Numerous resistances to at least three antimicrobial operators were recorded. PCR technique was utilized to disconnect the antibiotic resistance qualities for breaking down the sub-atomic characterization of these isolates. It depended on CTX-M1, CTX-M2 and mecA qualities which were utilized for quick task of microbes into genera and species. The outcomes show that all isolates harbor at least one of antibiotic resistance qualities and that the PCR system is a quick, useful and fitting strategy for deciding the nearness of antibiotic-resistance genes.