Multi drug resistant (MDR) and Extended Spectrum Beta Lactamase (ESBLs) of Pseudomonas aeruginosawere detected. Pseudomonas aeruginosa is a bacterium responsible for severe infections in burn’s units,plasmid DNA analysis and encoded many types of genes responsible for beta-lactamases. To determine thetype of genes responsible for beta-lactam broad spectrum in P. aeruginosa strains isolated from 100 swabsof burn’s units environment, using a molecular methods (PCR) by primers specific to ESBLs (bla ) genesoxacillin hydrolyzing capabilities OXA-10, OXA-4 and Vietnam Extended-Spectrum β-Lactame VEB-1.The results revealed that 15 strains were isolated from burn units environment. All of 15 (100%) werepositive OXA-10 and only one (6.6%) for OXA-4 while the other gene VEB-1 was found in 6 (40%) isolates.تم

This study aimed to detect the celiac disease by using serological markers including AGA and Ttg. Celiac disease (CD) is a complex small intestinal disorder due to a dysregulated immune response to wheat gliadin in children and adults. A total of 412 suspected patients with celiac disease of males and females with age rang (1-48) year, attended Central Public Health Laboratory (CPHL) Baghdad/ Iraq during the period between December 2015 - April 2016, only fifty patients with celiac disease with age rang 1-40 were confirmed by two serological test which were Anti-gliadin antibodies (AGA) and Anti-Tissue transglutaminase (tTG) conducted by ELISA. The results, showed that 73 (17.72 %) of patients were seropositive AGA-IgA, and 83 (20.15%) were seropositive for AGA-IgG, whereas 67 (16.27%) were seropositive for both IgA and IgG of AGA test. The seropositive patients for tTG- IgA and tTG -IgG were 60 (14.56 %), and 69 (16.75 %) respectively. The seropositive for both (tTG -IgA and IgG) represented 53 (12.87 %) patient.