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The high mortality rate in cervical cancer patients is caused by the majority of patientscoming to treatment already at an advanced stage. Cancer if found in the early stages ofmore than half can be prevented even can be cured. Early detection program of cervicalcancer one of them can be done through IVA test and if found the pre cervical cancerlesion followed by treatment of cryotherapy. There are still occurrences of losing follow-up in patients with positive IVA results, there are still women do not perform cryotherapydue to fear of action cryotherapy. A monitoring system is required to reduce the incidenceof losing follow up. System development using System Development Life Cycle (SDLC)with prototyping method. The development of this system involves the user in performingthe needs analysis, so that the system developed in accordance with the needs of the user,the system can be accessed either from the side of health personnel or patient, inputexamination results performed by health personnel, then automatically send smsreminder to patients with results IVA Positive who has been scheduled to take action ofcryotherapy, the system also provide sms reminder to health workers to contact andintervene patients who did not attend to cryptotherapy up to a certain time limit, for thepatient side, patients can see the results of screening there are also articles related toeducation about cervical cancer, this educational menu can knowledge of patients aboutcervical cancer. The development of this information system can improve monitoringcapability in the presence of sms reminder feature so as to reduce the incidence of losingfollow-up in patients with pre-cervical cancer lesions, in addition Patients facilitated inobtaining information related to cervical cancer screening and advanced treatment, thissystem can also increase knowledge patients with educational menus found in thisapplication.Key words:Cervical Cancer, Information System, Monitoring, SMS Reminder.
In the National Health System (SKN), health workers are central to health promotion.Producing, recruiting and sustaining health are still the main challenges facing the world.Lack of Human Resources for Health (HRH) is not only happening in Indonesia, mostcountries in the world experience two major demographic factors related to this problem.First, higher life expectancy, resulting in the number of patients requiring better healthcare. Secondly, it is a large increase in the population that has resulted in the need forincreased health human resources (WHO, 2006). SKN point 288 states: "Health HRPlanning is basically fact-based through improvement of Health Information System (SI-SDMK)" (Perpres 72/2012).PPSDM Kesehatan Agency has developed 3 (three) Data Instruments to support SI-SDMK in Excel-Based Applications, Desktop-Based Applications, and Web-BasedApplications to facilitate the tasks of SDMK managers in all districts / cities throughoutIndonesia. This SI-SDMK application can inform the number of functional position ofhealth data either level of work unit or province, information obtained either in the formof report or in the form of graph and map. However, when looking at data coverage thatSI-SDMK get for Puskesmas and Hospitals for individual data SDMK year 2016 forPuskesmas 84% and 2017 (until October) 92%. While for hospitals in 2016 36% and 2017(until October) 41% (SI-SDMK, BPPSDMK).The results of a brief interview on the preliminary study at the Center for Data andInformation of PPSDM Agency for Health and DKI Jakarta Provincial Health Office andPuskesmas, it is known that data collection and recording of individual data working infashankes so far is still done manually in Microsoft Excel. So that the SDMK datamanagers at the fashankes level need to recapitulate the form of individual data that hasbeen written. This study aims to develop prototype SI-SDMK based on Android withright to health personnel in Fasyankes directly to register, check the status of individualdata, as well as to update individual data if there are inaccurate / incomplete individualdata in accordance with the actual situation by attaching supporting documents.Keyword:Information System, Prototype, SI-SDMK.
Saat ini rumah sakit di Indonesia mengalami perubahan sebagai dampak adanya perubahan lingkungan lokal dan global, bergeser dari lembaga sosial menjadi lembaga usaha yang berarti bahwa pengelolaannya dari not for profit menjadi for profit. Rumah sakit masa kini harus menyadari kebutuhan masyarakat yang terus berubah, kemajuan teknologi, perang antar pesaing dan turunnya kesetiaan pelanggan. Oleh karena itu, dibutuhkan Sistem Informasi Pemasaran (SIP). SIP dapat membantu rumah sakit dalam pengambilan keputusan yang tepat dan akurat. SIP terdiri dari pencatatan internal, intelijen pemasaran, riset pemasaran dan analisis pendukung keputusan. Pencatatan internal bersumber dari rekam medis dan catatan keuangan rumah sakit. Delapan elemen penting dapat dihasilkan melalui SIP yaitu: Memperoleh infomasi perubahan pasar; biaya yang diperlukan; Informasi kompetisi, perubahan kebutuhan masyarakat; Menetapkan tujuan pemasaran agar jelas dan terarah; penampilan masalah yang ada; Penentuan target pemasaran yang tepat; Gambaran implementasi dari strategi yang dibuat; Beberapa Cara dan alat promosi yang bisa dipilih; Pengukuran dan pemantauan pelaksanaan cara pemasaran. Rekam Medis sebagai data internal dapat mendukung keputusan pemasaran terhadap 4 elemen di atas atau sekitar 50% dari delapan elemen yaitu lnformasi kompetisi, perubahan kebutuhan masyarakat; Menetapkan tujuan pemasaran agar jelas dan terarah; Penampilan masalah dan pelanggan yang ada; Penentuan target pemasaran yang tepat. Di RS "A" yang sudah tersedia rekam medis elektronik kenyataannya belum optimal dijadikan basis data SIP dan laporan yang dibutuhkan oleh direktur dan wadir tidak tersedia secara rutin karena: masih dilakukan secara manual. Untuk itu perlu dirancang SIP berbasis rekam medis sehingga dapat tercapai optimalisasi manajemen pemasaran RS "A". Metode pengembangan SI yang digunakan adalah SDLC melalui tahapannya yaitu identifikasi masalah; peluang dan tujuan; penentuan syarat dan analisis kebutuhan; merancang sistem yang akan direkomendasikan; mengembangkan dan mendokumentasikan perangkat lunak; serta ujicoba dan simulasi prototipe. Hasil penelitian ini adalah diperolehnya prototipe SIP berbasis Rekam Medis yang dapat menghasilkan informasi secara rutin baik bulanan maupun tahunan dalam bentuk label, grafik dan peta guna kepentingan Direktur, Wadir Medis dan Wadir Keuangan dan Layanan Umum dalam rangka optimalisasi manajemen pemasaran RS "A" Jakarta. Beberapa indikator yang dihasilkan yaitu rata-rata kunjungan pasien RS per hari, rata-rata pasien RS per Mari, rata-rata pasien baru per hari, loyalitas pasien dan persentase pasar tertembus. Agar pelaksanaan SIP ini berjalan dengan baik dan berkelanjutan, dibutuhkan pemahaman tentang pemasaran termasuk SIP berbasis Rekam Medis oleh Unit PUP dan perlu dikembangkan Iebih lanjut analisis keputusan pemasaran berdasarkan diagnosa pasien.
Nowadays, Indonesia hospitals have many changes as the effect of local and global environmental changes, which turn from social institution into money oriented institution which means that the management is changed from not for profit becomes for profit. Recent hospitals should realize public needs which keep changing, technological advance, battle among competitors, and the decrease of customers? loyalty. That is why Marketing Information System is needed. Marketing Information System can help hospitals in taking right and accurate decisions. It contains of internal records, marketing intelligence, marketing research and decision support analysis. Internal records are taken from medical record and hospitals' financial record. Eight major elements can be produced through marketing information systems, those are: receiving of markets' changes; expenses needed; competition information, changes of publics needs; deciding clear and accurate goal of exact target markets; implementation illustration of strategy that that can be chooses; measuring and monitoring the marketing application. Medical record as the internal data can support marketing decision of 4 elements above or approximately 50% of total 8 elements which are competition information; changes of public needs: deciding clear and accurate goal of marketing; showing problems present customers; deciding exact target market. In hospital "A" where electronic medical record is already available it is not optimal to be marketing information system data based and the reports needed by the Director and Vice Director is not continuously available since it is still done manually. That is why I am needed to design marketing information system based on medical record to achieve optimal marketing management of "A" Hospital. Methodology of the development information system used is System Development Live Cycle (SDLC) through many steps which are: problem identification, opportunity and purpose; determining requirement system; developing and documenting software; and also testing and prototype simulation. This research produce marketing information systems prototype with medical record based which can produce continuous information either monthly or annually in the forms of tables, graphics and maps for the needs of the Director, Medical Vice Director, Financial Vice Director and Public Service in order to optimize the marketing management of Hospital "A" Jakarta. Some indicators produced are average of inpatient per day, outpatient per day, average new patient per day, patient loyalty and continuality and target market percentage. In order to make this marketing information system works properly, it is needed an understanding about marketing includes marketing information system with medical record based by Marketing and Development Unit and it is needed to develop further marketing decision analysis based on patient diagnose.
Ketidakmerataan pembangunan kesehatan tennasuk didalamnya pemerataan tenaga kesehatan dan sarana pelayanan kesehatan sudah menjadi masalah yang menahun di Kabupaten Tasikmalaya. Pengangkatan tenaga dan pembangunan sarana sejatinya harus melalui perencanaan yang matang dengan memperbatikan faktor kependudukan. wilayah dan tenaga serta fasilitas kesehatan milik pemerintah maupun swasta. Keadaan ini menjadikan masyarakat kurang akses terhadap tenaga dan fasilitas kesehatan. Untuk mendapatkan pelayanan kesehatan tidak sedikir masyarakat menempuhjarak yangjauh dan mengeluarkan uang yang banyak karena diwilayahnya sangat minim akan tenaga dan fasilitas kesehatan. Kebijakan Dinas Kesehatan terhadap pemberian izin sarana. pelayanan kesehatan swasta seperti halnya masalah diatas, tidak dilakukan atas petirnbangan Sistem infonnasi yang ada saat ini belum mampu menyediakan informasi yang akurat, efektif dan efisien dalam mcmberikan data dan infurmasl mengenai perizinan kepada pengambU kebijakan. Untuk itu diper1ukatl pengembangan sistem infonnasi yang disesuaikan dengan kebutuhan informasi perizinan sarana pelayanan kesehatan, dises-uaikan dengan ketersediaan sumber daya manusia dan peralatan pendukung yang dimiliki. Pengembangan sistem informasi dilakukan dengan mengkaji sistem yang ada saat ini kernudian mengidentifikasi permasalahan sistem informasi serta mengk:aji kebutuhan infonnasi dari para pengguna informasi dalam rangka manajemen pemecahan masaiah. Hasil kajian ini menjadi dasar dalam mendisain sistem yang baru. Hasil pengembangan sistem informasi yaitu terbangunnya prototype yang diharapkan menjadi solusi masalahan sistem informasi perizinan sehingga infonnasi yang dihasilkan dapat menjadi dasar pengambilan keputusan untuk mernecahkan masalah kesehatan. Beberapa keunggutan dari prototype yang dihasilkan antara lain adalah kemampuan prototype penghasiikan infonnasi yang dibutuhkan, kemudahan dan kecepatan dalam pengeloiaan dan penyajian data, penyajian infonnasi dalam bentuk tabei dan peta serta penggunaan basis data sehingga menghasilkan analisis yang sangat bennanfaat bagi pengambil kebijakan terutama da!am pengangkatan.
Uneven distribution of health development including health professionals and health care facilities distribution is one of health issues in Tasikmalaya District. Recruitment of health professional and development of health care facilities ideally have to be done in a good planning by taking demography, geography and professional and the existing government and private health care facilities factors Into account. The consequences is that the public have test access to health professional and facilities. order to obtain health care, they have to take a long distant and spend much money. Tasikmalaya district health office policy on licensing for private health care Current existing information system is unable to provide accurate. effective and efficient information in providing data and information considering licensing to regional autorities and head of health office, Therefor. a development of infonnation system from old system is needed that fitted health care facilities licensing information requirement, and fits the availability of existing human resource and support equipment. Development of information system was conducted by assessing the existing system and then identify lssues in information system and assess information need from information user in management of problem solving. The output is used as a basis in new system design. The purpose of this information system development was to produce a prototype that is hoped to be a solution in licensing infonnation system issue, thus produced information can be used as a basis for decision makers to solve health issues specially in distribution of professional and health care facilities. Advantages from this prototype are its ability in producing required infom1ation, simplicity, and its speed in data processing and presentation, percentation of information in tabel fonn and communicative map and data base utilization so it can be a very useful analysis for policy maker mainly in recruitment and distribution of health professional and as a consideration in giving license to private health facilities founding applicant The author hopes that the utilization of the purposed prototype is followed.
