ABSTRACT
Background & objectives: Information and communications technology (ICT) has often been endorsed as an effective tool to improve primary healthcare. However, evidence on the cost of ICT-enabled primary health centre (PHC) is lacking. The present study aimed at estimating the costs for customization and implementation of an integrated health information system for primary healthcare at a public sector urban primary healthcare facility in Chandigarh. Methods: We undertook economic costing of an ICT-enabled PHC based on health system perspective and bottom-up costing. All the resources used for the provision of ICT-enabled PHC, capital and recurrent, were identified, measured and valued. The capital items were annualized over their estimated life using a discount rate of 3 per cent. A sensitivity analysis was undertaken to assess the effect of parameter uncertainties. Finally, we assessed the cost of scaling up ICT-enabled PHC at the state level. Results: The estimated overall annual cost of delivering health services through PHC in the public sector was ? 7.88 million. The additional economic cost of ICT was ? 1.39 million i.e. 17.7 per cent over and above a non-ICT PHC cost. In a PHC with ICT, the cost per capita increased by ? 56. On scaling up to the state level (with 400 PHCs), the economic cost of ICT was estimated to be ? 0.47 million per year per PHC, which equates to approximately six per cent expenditure over and above the economic cost of a regular PHC. Interpretation & conclusions: Implementing a model of information technology-PHC in a state of India would require an augmentation of cost by about six per cent, which seems fiscally sustainable. However, contextual factors related to the availability of infrastructure, human resources and medical supplies for delivering quality PHC services will also need to be considered.
ABSTRACT
Kasurdi Health and Demographic Surveillance System (Kasurdi HDSS) was established at Rural Health Training Center Kasurdi on February 16, 2018. Kasurdi HDSS has been established to increase the research potential of medical colleges and develop real?time data for research purposes to study the changes in population demography, health, and health?care utilization. Kasurdi HDSS currently follows 2755 individuals living in 549 households. The system collects the data from the population through annual rounds conducted by postgraduate residents of the department of community medicine. The data are collected in the digital format with the help of android-based tablets. HDSS has collected demographic data, reproductive data, data on diseases such as tuberculosis and noncommunicable diseases, and socioeconomic data. The HDSS is in the process to upgrade its data management system to a more integrated platform, coordinated and guided by national/international standards, and data sharing policy.