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Fulltext Public health nursing in 1Care

Jaafar S, Mohd Noh K, Suhaili MR, Kiyu A, Ong F, Wong M

Int J Public Health Res, 2011;1(Special Issue):1-8.

Public health nursingis a specialized nursing combining both nursing and public health principles with the primary focus of improving the health of the whole community rather than just an individual. Its documented history started in the 1800s and has evolved from home visiting to the varied settings that public health nurses find themselves working in as members of public health teams in clinics, schools, workplaces and government health departments.Public health nursing has been a critical component of the country’s health care system, uplifting of the health status of Malaysians and playing a dominant role in the fight against communicable diseases, and is set to face the challenges of the 21st century with public health nurses practising to the full capacity of their training in a restructured Malaysian health system – 1Care for 1Malaysia. The health sector reform allows for optimisation of scarce health care resources to deliver expansion of quality services based on needs, appropriateness, equity &allocative efficiency. The proposed model will be better than the current system, preserving the strengths of the current system but able to respond to increasing population health needs and expectations. There will be increased autonomy for healthcare providers with incentives in place for greater performance. Some of the implications of reform include allowing public- private integration, a slimmer Ministry of Health with a stronger governance role, enhancing the gatekeeping role of the primary care providers and the autonomous management of the public healthcare providers. In this restructured health system, the roles of the public health nurses are no less important than in the current one. In fact, with the increasing emphasis placed on prevention and primary care as the hub of community care with nurses as part of the primary care team delivering continuous comprehensive person-centered care,public health nurses in the future will be able to meet the challenge of refocusing on the true mission of public health: to look at the health problems of a community as a whole and work with the community in alleviating those problems by applying the nursing process to improve health, not just as providers of personal care only.
Fulltext Using TelePrimary Care to monitor immunization status in Sarikei Health Clinic, Sarikei, Sarawak

Lai BF, Safii R, Nyulang L, Dunggau C, Riffin MA, Khu FM, et al.

Int J Public Health Res, 2011;1(2):237-241.
MyJurnal

Introduction The purpose of this paper is to demonstrate the effectiveness of using TelePrimary Care (TPC) to monitor immunization programmed in a clinic. Japanese Encephalitis (JE) vaccination was selected as an example because its coverage has not been satisfactory when compared to that of other vaccinations, which generally exceed 90%.
Methods Data for all children who were eligible for JE vaccination (age range from 9 months to 30 months) who attended Sarikei Health Clinic between 1 January 2007 till 31 June 2008, was extracted from the TPC database and analyzed for completeness and timeliness of JE vaccination.
Results The analysis showed that although 1,243 children were eligible to receive their first dose of J vaccine at 9 months of age, only 560 (45%) received it. 15 (3%) received on time, and 545 (97%) received it late (age range from 10 months to 20 months). Out of the 560 who were scheduled to receive their second dose of JE vaccine four weeks after the first, 382 (88%) received it on time, and 55 (12%) received it late. Only 78 (18%) out of 429 children aged between 18 months to 24 months received their booster dose; 52 (67%) received it on time and 26 (33%) received it late.TPC not only enables health staff to monitor immunization coverage and timeliness accurately, but it also helps them to identify defaulters quickly so that these children can be traced and immunized. Doing these tasks manually is time-consuming and tedious, leading to delays in tracing defaulters.
Conclusions TPC provides an effective system for staff to easily access real time child health data to monitor and audit their immunization programme and take remedial action where necessary.
Study site: Klinik Kesihatan Sarikei, Sarawak, Malaysia
Fulltext Deaths in children during an outbreak of hand, foot and mouth disease in Peninsular Malaysia--clinical and pathological characteristics

Shekhar K, Lye MS, Norlijah O, Ong F, Looi LM, Khuzaiah R, et al.

Med J Malaysia, 2005 Aug;60(3):297-304.
PMID: 16379183

From July through December 1997, 11 previously healthy children in Peninsular Malaysia succumbed to an illness clinically characterised by an acute severe refractory left-ventricular failure, following a brief prodromal illness, in the midst of an outbreak of hand, foot and mouth disease (HFMD), similar to the reported experience in Sarawak and Taiwan. Retrospective reviews of the clinical features and results of laboratory, pathological and virological investigations of cases were conducted. The median age of the 11 case-patients was 31 months (range, 13 to 49 months); 6 were males. A brief prodromal illness of 3 days (range, 2 to 5 days) was characterised by fever (axillary temperature > 38 degrees C) (100%), oral ulcers (72%), extremity rashes (45%) and significant vomiting (55%). Upon hospitalisation, 7 of 11 case-patients had features suggestive of cardiogenic shock, while 4 of 11 case-patients developed shock during hospitalisation as evidenced by marked sustained tachycardia (heart rate > or = 180 beats per minute), poor peripheral pulses and peripheral perfusion, mottled extremities, pulmonary oedema (haemorrhagic pulmonary secretions in 8 of 11 cases during tracheal intubation, often precipitated by conservative crystalloid boluses, and radiographic evidence of acute pulmonary oedema in 5 of 7 cases) and markedly impaired left ventricular function on echocardiographic examination (7 of 7 cases). Three of 4 case-patients had aseptic meningitis while one case-patient also had an acute flaccid paraparesis. Despite supportive therapy, death occurred within a median of 13.4 hours following hospitalization. Post-mortem findings (all 8 specimens examined) consistently demonstrated brain-stem encephalitis with foci of neuronal necrosis and micro-abscesses. None of the 11 specimens examined revealed histological evidence of myocarditis. Enterovirus 71 (EV71) was detected in 10 of 11 case-patients, many (7) from various sterile tissue sites (5 from central nervous tissues). No other viruses were isolated or identified. Clinical features and pathological studies closely paralleled the reported experience in Sarawak and Taiwan. The uniform necropsy findings of necrotizing brain-stem encephalitis coupled with essentially normal myocardial histology, in concert with the concurrent and consistent detection of EV71 points to a primary EV71 encephalitis; as yet unclear neurogenic mechanisms may account for the cardiovascular manifestations.
Sentinel surveillance for human enterovirus 71 in Sarawak, Malaysia: lessons from the first 7 years

Podin Y, Gias EL, Ong F, Leong YW, Yee SF, Yusof MA, et al.

BMC Public Health, 2006 Jul 07;6:180.
PMID: 16827926

BACKGROUND: A major outbreak of human enterovirus 71-associated hand, foot and mouth disease in Sarawak in 1997 marked the beginning of a series of outbreaks in the Asia Pacific region. Some of these outbreaks had unusually high numbers of fatalities and this generated much fear and anxiety in the region.
METHODS: We established a sentinel surveillance programme for hand, foot and mouth disease in Sarawak, Malaysia, in March 1998, and the observations of the first 7 years are described here. Virus isolation, serotyping and genotyping were performed on throat, rectal, vesicle and other swabs.
RESULTS: During this period Sarawak had two outbreaks of human enterovirus 71, in 2000 and 2003. The predominant strains circulating in the outbreaks of 1997, 2000 and 2003 were all from genogroup B, but the strains isolated during each outbreak were genetically distinct from each other. Human enterovirus 71 outbreaks occurred in a cyclical pattern every three years and Coxsackievirus A16 co-circulated with human enterovirus 71. Although vesicles were most likely to yield an isolate, this sample was not generally available from most cases and obtaining throat swabs was thus found to be the most efficient way to obtain virological information.
CONCLUSION: Knowledge of the epidemiology of human enterovirus 71 transmission will allow public health personnel to predict when outbreaks might occur and to plan interventions in an effective manner in order to reduce the burden of disease.