No abstract

Resource quality is an important support for information that will determine a success, it is important to be understand and measurably, so it will be done by data collection, analyzed and prepared for development. This software is part of the E-Mini Hospital in the implementation of telemedicine that have been quite adequate for student activities, but for training activities involving the target hospitals are still required to set the system into a complete and prospective training package. Software development about Information Resources Quality as part of the E-Mini Hospital to complete laboratory facilities of Biomedical Technology especially in Medical Informatics can provide wider benefits for students as well as the implementation of cooperation with other institutions. Development carried out by phase: making software, inspected, tested ranging from phase I, II, III and IV that can really run; include: lecturers, programmers and students, with a set of implementation. The development is part of the E-Mini Hospital developed software that included Information Resources Quality. Produce Information ResourcesQuality Software that technically can be used and useful for students and the community in order to evaluate the quality of training information resources, which is a part of the laboratory infrastructure and generate copyright.

Health facility accreditation has been in great demand in recent years. Mobile applications can serve as a tool for community healthcare center’s (Puskesmas) to assess the value of their accreditation, especially regarding administration and management. In the context of preparation for accreditation, it can be used as a self-assessment tool for elements of management administration. This case-based article focuses on smartphone application development using the input-process-output-outcome scheme as a framework. We developed a checklist and assessment for the management administration component by reviewing Permenkes No. 46 the Year 2015 concerning Puskesmas accreditation. This is the first available mobile application on the Google Play Store, targeting Puskesmas staff to improve the quality of administration and management services based on accreditation criteria. This smartphone application functions as an independent assessment tool for Puskesmas to complete the accreditation criteria as stated in the regulation of the minister of health. About 20 Puskesmas staff showed a very good response and positive. All stated that they were very helpful and satisfied with this application, so they will continue to use and distribute it to other Puskesmas staff.

To achieve high-quality healthcare, patient safety must be regularly monitored and improved. Moreover, accreditation of healthcare facilities has been increasingly requested in recent years. In Indonesia, mobile applications can be a tool for community healthcare centers (Puskesmas) to assess their accreditation score, especially with respect to patient safety. The goal of this paper is to provide a prototype of a mobile application for self-monitoring elements of patient safety that uses an input-process-output-outcome scheme. We reviewed the Indonesian health minister's regulations for accreditation of Puskesmas and developed a checklist and scoring system for components of patient safety. Analysis and design of the system included the following aspects: 1) a checklist of patient safety assessment items; 2) a scoring system; and 3) recommended actions for Puskesmas that receive a low score. Future research would include testing of this application in real-world situations (in actual Puskesmas).

Abstract-This research's objective is to develop methods of testing the sensitivity of bacteria to various antibiotics using quantitative assessment of DNA during log phase with UV-Vis Spectroscopy. Methods used, samples of pathogenic E. coli bacteria after cultured in broth solution containing Ciprofloxacin for 7 hours were taken for DNA extraction technique. The isolated DNA was then quantitatively calculated based on light absorbance on UV-Vis spectrophotometer, where the values of absorbance density was converted into the concentration of DNA/ml. As a control arm of this study, the equal sample of pathogenic E. coli bacteria were cultured in broth solution without antibiotic. Results: The DNA concentration from 15 samples of E. coli in broth culture solution containing antibiotic solution was 7.3 ± SD 2.28 ; whereas the DNA concentration in the control group was 10.3 ± SD 2.51 which was significant different (p. = 0. 000). This test was compared with conventional sensitivity test using disc diffusion method. It was demonstrated that the results were consistent with disc diffusion test that showing intermediate degree of sensitivity of the bacteria to the same antibiotic. These results indicate that administration of Ciprofloxacin in cultured pathogenic E. coli within the log phase of the bacteria inhibited the growth of DNA, which meant that the bacteria was sensitive to antibiotic. Conclusions: These results indicate that bacterial sensitivity test can be developed by DNA quantitative assessment during the growth of pathogenic bacteria using UV-Vis spectroscopy. This study will be followed by further sensitivity testing of various pathogenic bacteria to corresponding antibiotics for treatment of related disease.