This is a follow-up study to assess the socio demographic profile of a sample of 28,605 women seeking pregnancy terminations at a private clinic in Penang over a seven year period as compared to an earlier study in 1995 of a sample of 23,986 women over a six and a half year period at the same clinic. This study was conducted using computerized patient medical records and paper reports generated from the computer data. The earlier 1995 study showed that the profile of a typical abortion client was a Chinese (60%), housewife (45%) in her late twenties (47%) with a monthly household income of less than RM1,200 (58%), having her first abortion (51%) and who had used contraception before (78%). For the seven year period from 1998-2005, the follow-up profile of a woman seeking an abortion in the same clinic in urban Malaysia was one with a monthly household income of less than RM2,000 (100%) in her late twenties (54%) who had used contraception in the past (85%). It is noted that the percentage of Malay respondents has increased (34%). The percentage of women who had a prior abortion at this clinic or elsewhere has also increased (68%), as compared to the preliminary study. Non-use of contraception remained an issue and traditional methods still outweighed the use of more effective contraceptive methods. In conclusion, fewer housewives and more Malay and Indonesian factory workers contributed to the clinic client profile over these seven years compared to that of the earlier study in 1995.
Matched MeSH terms: Medical Records Systems, Computerized
As the world witnessed the rapid spread of SARS-CoV-2, the World Health Organization has called for governing bodies worldwide to intensify case findings, contact tracing, monitoring, and quarantine or isolation of contacts with COVID-19. Drive-through (DT) screening is a form of case detection which has recently gain preference globally. Proper implementation of this system can help remediate the outbreak.
Matched MeSH terms: Medical Records Systems, Computerized
The Malaysian Telemedicine initiative advocates a paradigm shift in healthcare delivery patterns by way of implementing a person-centred and wellness-focused healthcare system. This paper introduces the Malaysian Telemedicine vision, its functionality and associated operational conditions. In particular, we focus on the conceptualisation of one key Telemedicine component i.e. the Lifetime Health Plan (LHP) system--a distributed multimodule application for the periodic monitoring and generation of health-care advisories for all Malaysians. In line with the LHP project, we present an innovative healthcare delivery info-structure--LifePlan--that aims to provide life-long, pro-active, personalised, wellness-oriented healthcare services to assist individuals to manage and interpret their health needs. Functionally, LifePlan based healthcare services are delivered over the WWW, packaged as Personalised Lifetime Health Plans that allow individuals to both monitor their health status and to guide them in healthcare planning.
Matched MeSH terms: Medical Records Systems, Computerized/trends*
The practice of medicine, with its wide range of environmental conditions and complex dependencies, has long been used as a test bed for various advanced technologies. Telemedicine, as conceptualised within the Multimedia Super Corridor (MSC) context, is seen as the application of several relatively mature technologiesartificial intelligence (AI), multimedia communication and information systems (IS) amongst othersso as to benefit a large cross-section of the Malaysian population. We will discuss in general terms the Malaysian vision on the comprehensive MSC telemedicine solution, its functionality and associated operational conditions. In particular, this paper focuses on the conceptualisation of one key telemedical component i.e. the Lifetime Health Plan (LHP) system, which is eventually intended to be a distributed multi-module application for the periodic monitoring and generation of health-care advisories for upwards of 20 million Malaysians.
Matched MeSH terms: Medical Records Systems, Computerized*