Kondisi Ruangan Dengan Kadar Bakteriologis Udara Dalam Rawat Inap RSUP Dr. Tadjuddin Chalid Makassar (original) (raw)
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Dinamika Lingkungan Indonesia, 2019
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2017
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Infectious disease treatment rooms are places with a high risk of the transmission of diseases and nosocomial infections. Therefore, there is a need for good environmental quality, either in terms of air quality, and room construction condition, cleaning process and number of occupant density. The study was a descriptive study aimed at describing the air quality of infectious disease treatment rooms in Lung Hospital Surabaya in 2016. Data were collected by means of observations, interviews, measurements and calculation of the airborne bacterial index. CFU/m3Results showed that the airborne bacterial index of inpatient rooms was 1030 CFU/m and >2628 CFU/m3 for Dahlia Room 1, Dahlia Room 2 and Pear Room, respectively. Room temperature was 29.8°C, 30.5°C and 30.9C for Dahlia Room 1, Dahlia Room 2 and Pear Room, respectively. Room humidity was 69%, 65% and 65% for Dahlia Room 1, Dahlia Room 2 and Pear Room, respectively. Room air velocity was eligible for Dahlia Room 1 and Dahlia ...
2017
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Identifikasi Bakteri Udara DI Ruang Rawat Inap Paviliun Melati Rsud Undata Palu Tahun 2017
Medika Tadulako: Jurnal Ilmiah Kedokteran Fakultas Kedokteran dan Ilmu Kesehatan, 2019
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Pencahayaan, Suhu dan Indeks Angka Kuman Udara di Ruang Rawat Rumah Sakit Tk. IV Samarinda
Jurnal Penelitian Kesehatan "SUARA FORIKES" (Journal of Health Research "Forikes Voice"), 2020
Air pollution in hospital treatment rooms can be influenced by various factors, one of which is the environment consisting of lighting & temperature. The purpose of this study was to analyze the relationship between lighting and temperature with the number of air germs in the hospital ward at Tk. IV Samarinda. The design of this study was cross-sectional. The object of study was 21 treatment rooms in Tk. IV Samarinda. The collected data were analyzed using a linear regression test. The results showed that there was a relationship between lighting and temperature with the number of germs in the treatment room. It is recommended that hospital managers modify the treatment room to meet the requirements for lighting and temperature requirements. Keywords: airborne germ numbers; lighting; temperature ABSTRAK Pencemaran udara di ruang perawatan rumah sakit dapat dipengaruhi oleh berbagai faktor, salah satunya adalah lingkungan yang terdiri atas pencahayaan & suhu. Tujuan penelitian ini ad...
Buletin Keslingmas, 2019
Hospital Is An Health Service Tool Which Is Possible Make A Healthcare Associated Infection (Hais) That Can Caused Of The Number Of Airborne Germs. Secondary Data Bacteriology Inspection Result Is point that the floor of 2nd class Srikandi Inpatient room is not full the condition, the result is 26 colony/cm2. The large of population is 67, while the large of sample is 35 sample. Analysis model that is used on this research is Rank Spearman. Data collection is done by measurement and observation. Mean of the measurement is, the number of airborne germs is 7871,43 CFU/m3, temperature is 27,35oC, humidity is 56,20%, lighting intensity is 154,63 lux, room density is 10,3 m2/TT. Analysis result for temperature and the number of airborne germs is p=0,465; (rho)=0,128, humidity with the number of airborne germs is p=0,828; (rho)=0,038, lighting intensity with the number of airborne germs is p=0,061; (rho)=0,320, density room with the number of airborne germs is p=0,885; (rho)=0,025, ventil...
Kondisi Kualitas Udara DI Dalam Ruangan Pemukimanan Non-Kumuh Kota Bandung
Jurnal Arsitektur ZONASI
This research was initiated by the factors of poor indoor air quality conditions. So that it can cause Sick Building Syndrome (SBS) or sick building syndrome. The purpose of this research is to measure the picture of air quality conditions in non-slum rooms. The sample in this study was Pasteur Village RW6, Sukajadi District which was selected based on criteria, namely including non-slum areas, as well as high community participation. The research method used was cross-sectional. The results showed an overview of indoor air quality in non-slum dwellings, humidity was above the required standard, thus triggering fungal growth rates that exceeded normal limits. The temperature parameter is in the required category, but based on the findings, some people are uncomfortable with the room temperature in the house. The Formadehilda and VOC parameters are within normal limits, this is indicated because most people do not use chemical products, rarely smoke in the house, and rarely start motorized vehicles in the house.
Media Publikasi Promosi Kesehatan Indonesia (MPPKI)
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