scholarly journals Recognition, Investigation, and Control of Communicable-Disease Outbreaks in Child Day-Care Settings

PEDIATRICS ◽  
1994 ◽  
Vol 94 (6) ◽  
pp. 1004-1006
Author(s):  
Jeffrey P. Davis ◽  
William R. Mac Kenzie ◽  
David G. Addiss

The importance of disease surveillance and outbreak-control activities in child day-care settings has been detailed as part of the American Public Health Association/American Academy of Pediatrics guidelines for out-of-home day-care programs.14 Aggressive assessment of outbreaks will continue to provide critical information needed to prevent and control diseases and other adverse health events in day-care facilities.

2019 ◽  
Vol 11 (1) ◽  
Author(s):  
Vishal Dogra ◽  
Shailendra Hegde ◽  
Nitin Rathnam ◽  
Sridhar Emmadi ◽  
Vishal Phanse

ObjectiveWe report the findings of Andhra Pradesh state’s mobile medical service programme and how It is currently used to strengthen the disease surveillance mechanisms at the village level.IntroductionIndia has an Integrated Disease Surveillance project that reports key communicable and infectious diseases at the district and sub-district level. However, recent reviews suggest structural and functional deficiencies resulting in poor data quality (1). Hence evidence-based actions are often delayed. Piramal Swasthya in collaboration with Government of Andhra Pradesh launched a mobile medical unit (MMU) programme in 2016. This Mobile medical service delivers primary care services to rural population besides reporting and alerting unusual health events to district and state health authorities for timely and appropriate action.The MMU service in the Indian state of Andhra Pradesh is one of the oldest and largest public-private initiatives in India. Two hundred and ninety-two MMUs provide fixed-day services to nearly 20,000 patients a day across 14,000 villages in rural Andhra Pradesh. Every day an MMU equipped with medical ( a doctor) and non-medical (1 nurse, 1 registration officer, 1 driver, 1 pharmacist, 1 lab technician, 1 driver) staff visit 2 service points (villages) as per prefixed route map. Each MMU also has its own mobile tablet operated by registration officer for capturing patient details. The core services delivered through MMUs are the diagnosis, treatment, counseling, and free drug distribution to the beneficiaries suffering from common ailments ranging from seasonal diseases to acute communicable and common chronic non-communicable diseases. The routinely collected patient data is daily synchronized on a centrally managed data servers.MethodsFor this analysis, we used aggregated and pooled data that were routinely collected from August 2016-March 2018. Patient details such as socio-demographic variables (age, sex etc.) medical history and key vitals (random blood sugar, blood pressure, pulse rate etc.) and disease diagnosis variables were analyzed. Besides, communication and action taken reports shared with Government of Andhra Pradesh were also analyzed. We report the findings of the programme with reference to strengthing the village level communicable disease surveillance. Unusual health events were defined as more than 3 patients reporting the epidemiologically linked and similar conditions clustered in the same village.ResultsWe observed 4,352,859 unique beneficiaries registrations and 9,122,349 patient visits. Of all unique beneficiaries, 79.3% had complete diagnosis details (53% non-communicable disease, 39% communicable and 8% others conditions). A total of 7 unusual health events related to specific and suspected conditions (3 vector-borne diseases related, 4 diarrhea-related) were reported to district health authorities, of which 3 were confirmed outbreaks (1 dengue, 1 malaria, and 1 typhoid) as investigated by local health authorities.ConclusionsMobile medical services are useful to detect unusual health events in areas with limited resources. It increases accountability and response from the Government authorities if the timely information is shared with competent health authorities. Careful evaluation of the mobile health interventions is needed before scaling-up such services in other remote rural areas.References1. Kumar A, Goel MK, Jain RB, Khanna P. Tracking the Implementation to identify gaps in Integrated Disease Surveillance Program in a Block of District Jhajjar (Haryana). Journal of Family Medicine and Primary Care. 2014;3(3):213-215.2. Raut D, Bhola A. Integrated disease surveillance in India: Way forward. Global Journal of Medicine and Public Health.2014;3(4):1-10


1985 ◽  
Vol 37 (2) ◽  
pp. 5-9
Author(s):  
Martin Jaffe ◽  
Edith Netter

2001 ◽  
Vol 6 (3) ◽  
pp. 47-50
Author(s):  
P Aavitsland ◽  
S Andresen

The five Nordic countries (Denmark, Finland, Iceland, Norway and Sweden) have a long tradition of collaboration in communicable disease epidemiology and control. The state epidemiologists and the immunisation programme managers have met regularly to discuss common challenges and exchange experiences in surveillance and control of communicable diseases. After the three Baltic countries (Estonia, Latvia and Lithuania) regained independence in 1991 and the Soviet Union dissolved, contacts were made across the old iron curtain in several areas, such as culture, education, business, military and medicine. Each of the Nordic communicable disease surveillance institutes started projects with partners in Estonia, Latvia, Lithuania or the Russian Federation. The projects were in such diverse areas as HIV surveillance and prevention (1), vaccination programmes and antibiotic resistance. In the mid 1990s the Nordic state epidemiologists noted that there was duplication of efforts and only slow progress towards controlling communicable diseases in the region. Thus, to use the resources more efficiently and to improve the relationships with the Baltic partners, the state epidemiologists set out to co-ordinate their bilateral efforts. They felt that the Nordic network, which had worked so well, could easily be extended eastwards.


1999 ◽  
Vol 4 (9) ◽  
pp. 91-91
Author(s):  
F Tissot

Between March and June 1999, 442 000 Kosovar refugees arrived in Albania. The national surveillance system was unprepared for this and an emergency communicable disease surveillance system was set up to detect and control potential outbreaks among the ref


2004 ◽  
Vol 8 (25) ◽  
Author(s):  
I Klavs ◽  
A Hocevar-Grom ◽  
M Socan ◽  
M Grgic-Vitek ◽  
L Pahor ◽  
...  

National communicable disease surveillance, prevention and control in Slovenia is coordinated by the Communicable Diseases Centre of the Institute of Public Health of the Republic of Slovenia


2004 ◽  
Vol 8 (25) ◽  
Author(s):  
A Bormane ◽  
I Lucenko ◽  
J Perevoščikovs

The Latvian public health service dates back to 1947. The Sanitary Epidemiological Service, created in Soviet times, provided two main functions – assessment of health risk factors, including surveillance of communicable diseases, and inspection.


2021 ◽  
Vol 8 ◽  
Author(s):  
Halifa Farchati ◽  
Aurelie Merlin ◽  
Mathilde Saussac ◽  
Xavier Dornier ◽  
Mathilde Dhollande ◽  
...  

Identifying and tracking equines are key activities in equine health prevention. France is one of the few European countries with an operational centralized database that records information on equines, owners, and keepers but not on the location and keeping conditions of equines. The objective of our study was to collect information on keeping habits of equines and the relative location of a wide range of equines, owners, and keepers and discuss their implication for surveillance and control of outbreak improvement. A national email survey was conducted among the 1.9% of people registered as owners and 8.2% of people registered as keepers in the French national equine identification database having given their agreement to be contacted by email. It led to the collection of information from 728 owners, 121 keepers, and 2,669 owner–keepers. Most of them housed their equines in a single commune (smallest geographic administrative unit in France) at their home as private individuals. The distance between the communes of residence and of holding was, in most cases (including 79% of owners in the owner survey, 89.5% of the keepers in the keeper survey, and about 94% of the owner–keepers in both surveys), less than 30 km. More than half of the keepers kept a maximum of five equines and the majority with two different uses/destinations together, mostly leisure-retirement, leisure-breeding, leisure-sport, and sport-breeding. The main limitation of the study was that a relatively limited number of people (n = 3518) were reachable due to the low availability of an email address and contact agreement. Nonetheless, the findings provide an overview of how equines are kept by non-professional owners and keepers and complements information usually collected by the French riding institute. Additionally, information collected is very helpful to determine a realistic estimate of the spatial distribution of equines in France. This information is very important for the equine sector, for demographic knowledge and also improvement of surveillance plans and control measures and for the management and monitoring of health events to limit the spread of diseases.


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