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Since 2014 the JKN program has been running. In fact Many hospitals are not ready for information system software, and there are also hospitals had been used information systems in their hospitals, but the information system running cannot display data and information about hospital cash flow, the cliams is payed, the pending claims, the claims is not eligible to payed and diagnosis of patients who are over cost. Facing such conditions, this study proposed a dashboard information system model that could help process and display the overall hospital service activities in a one-screen display (dashboard), becoming an information needed by stakeholders. This dashboard is expected to guarantee healthy cash flow. The method used in this research was a qualitative method by using the prototyping system. The result of this research is the dashboard information system design that processes and presents data in the form of visualization in a concise and easy to understand way. The results of this information system are used to support the management of the relevant hospitals in the process of taking interventions in an effort to reduce costs.
Patient safey is fundamental to delivering quality essensial health services in hospital, and one of them is pharmaceutical services, specifically pharmacy information services (PIO). PIO has the function of identifying drugs to watch out for (high alert drugs) as well as high-risk drugs that cause unwanted drug reactions (ROTD). The PIO function has been carried out manually so that it takes a long time and human errors often occur, in the form of undetectable risks from drug reactions. This research will build an automatic drug interaction notification system model for pharmaceutical staff, so they can immediately educate patients or families. The study was conducted at the RSUD R. Syamsudin, SH Sukabumi City. Data and information collection for the initial study through Focus Group Discussion (FGD). In-depth interviews with pharmacists, pharmacist assistants, hospital health promotion staff, and hospital programmers deepened the results of Focus Group Discussions (FGD). System analysis conducted based on interviews is the basis of system design with a system development approach using prototype methods to the modeling stage. Searching drugs information in the RSUD R. Syamsudin, SH is still oriented manually, such as information about drug interactions with other drugs. Due it is not integrated in a system, so the education provided is still limited to education on drug use in general. This has a patient safety risk associated with drug interactions. The logic design of the drug interaction notification system that serves as a reminder to pharmaceutical staff when entering prescription drugs requires an integrated system, so patients will be given more appropriate education. This system can provide easy access to information, save time, save more data with less storage space. Theoretically the design can provide efficient and effective solutions in identifying drugs that must be considered to be given to patients, by integrating them into the hospital drug interaction notification system. The results of the study of 53 treated elderly patients found that 125 types of drugs were used during the patient's treatment and 141 interactions were found in the prototype database of the drug-drug interaction notification system, while the data found by pharmacist 1 were 13 interactions and 34 interactions were found by pharmacist 2 It can be concluded that the prototype database for drug-drug interaction notification systems can find more drug interactions and can alert pharmacists more quickly
