UJI STERILITAS LARYNGOSKOP KAMAR OPERASI GEDUNG BEDAH SENTRAL TERPADU RSUP Dr. SARDJITO

Background: This reseach is about the use of sterile laryngoscope blade for each patient, the disinfection process of laryngoscope blade probably not efficient. It may be contaminated by pathogen microorganism through transmission between patients. The objective to assess the nature and extent of mi...

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Bibliographic Details
Main Authors: , ANTON DJOKO SUYONO, , Dr. Muhdar Abubakar, Sp.An(K), KIC.
Format: Thesis
Published: [Yogyakarta] : Universitas Gadjah Mada 2011
Subjects:
ETD
Description
Summary:Background: This reseach is about the use of sterile laryngoscope blade for each patient, the disinfection process of laryngoscope blade probably not efficient. It may be contaminated by pathogen microorganism through transmission between patients. The objective to assess the nature and extent of microbial contamination on the blade of laryngoscopes that were considered to be clean and ready for use in the anaesthetic rooms within the operating of central surgery building Dr Sardjito hospital. Method: This research had already done by using observational study. Specimens were collected from laryngoscope blade which were deemed to be �ready for patient use� in operating theatre room of central surgery building unit Dr. Sardjito hospital. Further identification of all isolates by laryngoscope blade in operating theatre room of central surgery building unit Dr. Sardjito hospital.The main outcome is microorganism pattern on blade laryngoscope which correlate wih normal comensal of mouth. Result : Microbiology culture showed that 67,4% sampel were identified had microorganism growth and 36,2% had not microorganism growth. Microbiology culture showed 47,8% sampel were non pathogen microorganism and 19,6% sampel were pathogen microorganism. Amount of pathogen microorganism and human normal flora are high enough and still have potential for causing direct nasocomial infection to lower respiratoy system. Conclusion : Results of mycrobiologic cultures from laryngoscope blades showed that 67,4% were microorganism grown, 47,8% were non pathogen and 19,6% were pathogen.