THE IMPLEMENTATION OF DIABETIC SELF-MANAGEMENT IN INDONESIA AND TAIWAN HOSPITAL: A CASE STUDY DESIGN

Background: Population of people with diabetes mellitus (DM) are increasing every year. As a chronic illness, patients with DM needs to practice self-management for life. Adopted the nursing system in other countries that are more advanced in DM care, however the study is still under investigation. Objectives: Primary objective was to analyze the diabetic Self-management among the Indonesian and Taiwan population in Hospital. Secondary was to develop theory-guided and/or evidence-based nursing model in the self-management among diabetic patient with practical issues. Methods: We used a case study design by discussion across the multi-discipline of health care provider point of view, observation and brief interview session with patient, observe the health care model, learning process of health education between nurse and patient and whole application of the health education, at Veteran Hospital in Taiwan and Manambai Abdulkadir Hospitals in Indonesia. Results: Education system related to self-management of DM patients have been running and prepared by the Veteran hospital in Taiwan. The health system for diabetes management was called by diabetes shared care. Nurse, nutritionist and doctor have similar opinions about self-management in DM patients in Taiwan but different perspective among health professionals in Indonesia. The process of applying of evidence-based nursing practice and guidelines for providing health education to patients in Veteran Hospital Taiwan was using guidelines from the diabetes federation of China (Taiwan), on the other hand, standard operating procedure in Hospital in Manambai Abdulkadir Hospital, Indonesia, it is due to different policy in each country. Conclusion: The model of self-management might can be successfully be applied in clinical setting with several strategies by resolve the challenges. Hopefully, this study can be providing valuable information to the health professionals in order to provide the best service for patients with DM. Keywords: Diabetes, self-management, model, health education.

Highly Effective Model for Implementation of In-House Platelets in a Tertiary Veteran Hospital Setting Without a Trauma Center

Background Platelet products have a limited shelf life and are costly. Therefore, to balance clinical usage/availability and wastage in a tertiary hospital setting without a trauma center, an innovative system model was established. This system reduced wastage by transferring platelet unit approaching their expiration date to a nearby facility (with the same blood supplier and a trauma center) before expiration, when there is no anticipated need for the product at the original location. Methods A review of data to determine the degree of platelet wastage and wastage costs one year before implementation of this measure in October 2017 and one year after implementation of this measure. Results Since the implementation of this measure, no platelet units have expired on the shelf. In contrast, from October 2016 to October 2017, before implementation of platelet transfer, platelet products expired regularly. Conclusion This new system model is highly effective in maintaining platelet inventory without wastage.

The History of the Data Systems AutoChemist® (ACH) and AutoChemist-PRISMA (PRISMA®): from 1964 to 1986

Summary Objectives: This paper presents the history of data system development steps (1964 – 1986) for the clinical analyzers AutoChemist®, and its successor AutoChemist PRISMA® (PRogrammable Individually Selective Modular Analyzer). The paper also partly recounts the history of development steps of the minicomputer PDP 8 from Digital Equipment. The first PDP 8 had 4 core memory boards of 1 K each and was large as a typical oven baking sheet and about 10 years later, PDP 8 was a “one chip microcomputer” with a 32 K memory chip. The fast developments of PDP 8 come to have a strong influence on the development of the data system for AutoChemist. Five major releases of the software were made during this period (1-5 MIACH). Results: The most important aims were not only to calculate the results, but also be able to monitor their quality and automatically manage the orders, store the results in digital form for later statistical analysis and distribute the results to the physician in charge of the patient using thesame computer as the analyzer. Another result of the data system was the ability to customize AutoChemist to handle sample identification by using bar codes and the presentation of results to different types of laboratories. Conclusions:: Digital Equipment launched the PDP 8 just as a new minicomputer was desperately needed. No other known alternatives were available at the time. This was to become a key success factor for AutoChemist. That the AutoChemist with such a high capacity required a computer for data collection was obvious already in the early 1960s. That computer development would be so rapid and that one would be able to accomplish so much with a data system was even suspicious at the time. In total, 75; AutoChemist (31) and PRISMA (44) were delivered Worldwide The last PRISMA was delivered in 1987 to the Veteran Hospital Houston, TX USA

Electroconvulsive Therapy: A Study of Attitudes and Attitude Change after Seeing an Educational Video

Despite the proven efficacy of Electroconvulsive Therapy [ECT], negative attitudes occur in some patients towards its use. However, research into attitudes of patients and public towards ECT, and the influence of the media on these attitudes, is limited and often contradictory. The aims of this study were: to develop a self-administered questionnaire to assess attitudes; to assess the effect of an educational video on attitudes; and to assess the effect of the media on attitudes. The questionnaire was administered to psychiatric and non-psychiatric patients of a Veterans’ hospital and to a group of general hospital patients. A video was shown to a randomly assigned group of the Veteran hospital psychiatric patients. Their attitudes were assessed before and after the video. An overall positive attitude towards ECT was demonstrated in all three groups. Showing a video to the Veteran psychiatric patients produced an improvement in some attitudes, but no reduction in fear. For the psychiatric patients, the effect of the media was negative.