While numerous guidelines exist for developing and evaluating health technology assessment and economic evaluation models, which by extension could be applicable to population modelling studies, there is variation in their comprehensiveness and in the consistency of reporting these methods.
While numerous guidelines exist for developing and evaluating health technology assessment and economic evaluation models, which by extension can be applicable to population modelling studies, there is variation in their comprehensiveness and in the consistency of reporting these methods.
Few population-based studies exist for developing countries where limited funding and large and often rural populations, coupled with the low profile of headache disorders compared with other diseases, prevent the systematic collection of information [1, 3, 4].
We pursue this by investigating what incentives it provides to engage the cooperation of the private sector, what potential barriers and opportunities exist for developing countries to apply compulsory licensing, and by examining how well CAMR serves developing countries' needs of access to affordable medicines.
A variety of approaches, including clinically meaningful units and components and dismantling, exist for developing a network of evidence to model this heterogeneity, though there are key areas that require further methodological development.
The performance of these well-established liver function tests (LFT) is quite good in terms of sensitivity for diagnosing liver injury, but opportunities exist for developing specific indicators of injury and better prognostic biomarkers of liver failure.
For example, libraries and interfaces exist for developing with popular programming languages like OMPSs for OpenMP or OpenACC API, which describes a collection of compiler directives to loops specific regions of code in standard programming languages such as C, C++, or Fortran.
Based on the evidence presented in this review, we believe that real opportunities exist for developing community-based family-lifestyle change interventions to improve access to and use of reliable information on NCDs and to promote a healthy lifestyle among adolescents and young women in LMICs.
Opportunities exist for developing model-based systems to solve the product process design problems of current and future interest.
Irrigated rice fields can produce stable yields with highly efficient resource use [8], but significant options still exist for developing more stress-resistant varieties through new precision-breeding methods.
