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Articles by Abdullah KILIC
Total Records ( 2 ) for Abdullah KILIC
  Abdullah Kilic , Haijing Li , Alexander Mellmann , Ahmet C. Basustaoglu , Mustafa Kul , Zeynep Senses , Hakan Aydogan , Charles W. Stratton , Dag Harmsen and Yi- Wei Tang
  Acinetobacter species other than Acinetobacter baumannii have rarely been reported to be associated with nosocomial outbreaks of bloodstream infections. Within a period of 1 week, seven Acinetobacter-like isolates were recovered from peripheral blood and catheter specimens of five patients at a neonatal intensive care unit (NICU) in a tertiary hospital in Turkey. All five patients had placement of central venous catheters and had received total parenteral nutrition before the onset of bacteremia. Two of the five patients died. Medical devices, tap water, aerators, water samples, various surfaces, intravenous fluids, and the hands of health care workers in the NICU were sampled and were culture negative for the bacterium. All seven of the isolates had identical biochemical reactions, antimicrobial susceptibility results, and pulsed-field gel electrophoresis patterns, indicating a clonal nosocomial outbreak. A panel of standard biochemical reaction profiles and three phenotypic commercial identification systems failed to identify these isolates. Phenotypically, the isolate differed from Acinetobacter ursingii by its hemolysis on sheep blood agar and its negative citrate utilization. Sequences of the full 16S rRNA gene, which contained at least three different gene copies with polymorphic sequences between nucleotide positions 70 and 206, were determined from the first recovered isolate. The complete 1,529- to 1,531-bp 16S rRNA gene sequences and partial 801-bp rpoB gene sequences had similarities of 99.5% and 97.2%, respectively, to an A. ursingii isolate. The DNA-DNA similarities of the strain against the type strain of A. ursingii were 64.7 and 68.7%, which were lower than the recommended threshold value of 70% for the definition of bacterial species. These data indicate that a novel Acinetobacter organism caused the nosocomial outbreak of bacteremia in the NICU unit. We propose the designation of Acinetobacter septicus sp. nov. for these isolates, with isolate AK001 as the type strain.
  Gurkan MERT , Abdullah KILIC , Orhan BEDIR and Ahmet Celal BASUSTAOGLU
  Aim: To describe the true coagulase-negative staphylococci (CoNS) bacteremia rate compared with contaminants, and to determine the SCCmec types in methicillin-resistant staphylococci and evaluate the diversity between methicillin-resistant CoNS (MRCoNS) and methicillin-resistant Staphylococcus aureus (MRSA) isolates during a 10-month study period. Materials and methods: The true CoNS bacteremia or bloodstream infection episode was defined on the basis of previous studies on CoNS bacteremia and the definitions of the Centers for Disease Control and Prevention. SCCmec types were determined by using the real-time PCR method. A total of 357 staphylococci isolates, including 313 CoNS and 44 S. aureus, were obtained from 462 positive blood culture samples. Results: A total of 249 CoNS bacteremia episodes in 231 patients were evaluated. Of these episodes, 45 (18.1%) in 41 patients were considered to be true CoNS bacteremia, whereas 204 in 190 patients were found to be contaminant. In the present study, all of the MRSA isolates harbored only SCCmec type III, but MRCoNS strains harbored different SCCmec types and SCCmec type IV was the most prevalent. Conclusion: The true CoNS bacteremia rate was consistently within the range reported in the literature. We also concluded that MRCoNS isolates carrying mostly SCCmec type IV elements may not be related to the presence of MRSA isolates carrying only SCCmec type III element in our institution.
 
 
 
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