Genetic Profiling of Pathogens Associated with Pyroxia of Unknown Origin Treated for Plasmodiasis in Bayelsa State, Nigeria

Antimicrobial resistance of Salmonella is an increasing problem and has become a public health issue worldwide. Moreover the evidences on hazard therapeutic failure due to incidence antimicrobial among typhoidal antibodies malaria are increase. This study was aimed at genetic profiling pathogens associated with Pyroxia unknown origin treated for Plasmodiasis in Bayelsa State, Nigeria. A total 1200 samples (200 Stool 1000 blood) were collected from consented subjects Federal Medical Center Niger Delta University Teaching Hospital Blood used detection Malaria parasites Typhoidal while stool culturing Salmonella-Shigella Agar. Antibiotic sensitivity pure isolates carried out using disc, biochemical analysis API 20E actually differentiate bacterial each finally by resistant genes polymerase chain reaction. Antibiogram showed high Oxacillin (73.6 %), Ampicillin (66.6%), Tetracycline (60.0%), Erythromycin (53.3%) Gentamycin, 22(73.3%), Chloramphenicol 18(60%) Azithromycin had highest sensitivity. The distribution that 20 amplified isolates, NDM 17(85%) followed Bla TEM 14(70%) CTXM SHV as 11(55%) 10(50%) respectively. AMR MDR commonly drugs ESBL revealed level State.