The phrase "disease control interventions" is correct and commonly used in written English.
It refers to actions or measures taken to prevent, manage, or eradicate a particular disease. Example: The government has implemented several disease control interventions, such as widespread vaccination campaigns and strict quarantine measures, to combat the spread of the virus.
Understanding the context and drivers of farmers' decision-making is critical to designing successful voluntary disease control interventions.
As the disease spread and the world mobilised to understand the virus and find medical countermeasures and other disease control interventions, much valuable knowledge was lost or action delayed because data was not shared in a timely and open manner".
The harm principle is relied upon to justify various infectious disease control interventions including quarantine, isolation, and compulsory treatment.
The ultimate goal is to use the information for designing effective disease control interventions.
Targeted disease control interventions often have broader effects on child nutrition and mortality.
Our study findings suggest a differential effect of disease control interventions on within-flock virus transmissibility.
The results provide some information that may be beneficial to algae disease control, intervention or prevention.
Understanding the infectious diseases outbreak of algae can provide significant knowledge for disease control intervention and/or prevention.
Often, application of a dynamic model improves cost-effectiveness outcomes of infectious diseases control interventions, but in scarce cases detrimental effects on health, costs and cost-effectiveness might emerge.
Several other public health disease-control interventions targeted at water source and improved storage, nutritional interventions, and improved maternal education seem to have a greater impact than a univalent S flexneri 2a vaccine.
An improved understanding of influenza virus transmission is of importance in order to enhance the accuracy of surveillance systems, to have more precise predictions on influenza epidemics and pandemics in the future, and eventually to develop better disease-control intervention strategies.
