The integrated laboratory system has positively impacted the electronic delivery of laboratory services in Tanzania, enabling the timely generation of COVID-19 certificates.
The aim of this study to find out the waterborne outbreaks in flood affected areas.It will be helpful for finding health emergencies by using DHIS2
DHIS2 & HEALTH EMERGENCY
It is important DHIS2 should provide stakeholder-based perspective on how health service providers should gain operational efficiency and strategize via digitalization.
This study quantified the burden of communicable diseases related to the flood and identified ARI, acute diarrhea, skin diseases, and malaria as the most prevalent.
The developed eIDSR generic design strongly emphasizes configurations and has proven to handle complexity in contextualizing settings for early detection operations
An electronic event-based surveillance system is developed using the DHIS2 platform to detect and report public health events that might be an outbreak.
It illustrates the achievement made by the Ministry of Health, Botswana after having employed the use of DHIS2 in the fight against COVID 19 pandemic.
The EFH solution combines custom web applications with DHIS2, simplifying emergency data collection and analysis, and enabling informed decision-making in challenging environments.
Uganda leveraged on the SMS technology and EIDSR to monitor COVID-19 Home based Care in the communities supported by Community Health Workers.
During the economic crisis, DHIS2 Android Capture App was rapidly deployed to monitor the nutritional status of under 5 years children with severe acute malnutrition
Micro stratification digitization enables malaria stakeholders to easily translate the risk map into suitable plans, thereby supporting decentralized malaria surveillance and control approach
Development of Surveillance system based on DHIS2 to respond to Public Health Emergencies
This abstract presents an approach using DHIS2 and R as tools to enhance measles surveillance in the context of health emergencies.
This abstract focus on the implementation of DHIS2 by the Norwegian Red Cross (NorCross) and the Ukrainian Red Cross (URCS).
Use of DHIS 2 to capture notifiable communicable disease data from flood affected areas of KP province in Pakistan to guide public health response.
A comprehensive eIDSR ecosystem was developed using DHIS2 platforms to support the early detection, reporting and management of outbreaks and other public health-related events.
