DRG’s extended worldwide coverage is the first and only evidence-based data set of epidemiological forecasts for key renal cell carcinoma patient populations covering 171 countries and more than 99% of the global population, delivered in an interactive dashboard-style download. Use the extended worldwide coverage data set to do the following:

  • View 10-year forecasts of the first-line drug-treatable population and diagnosed incident cases for all 171 countries, stratified by region and World Bank income status.
  • Aggregate country-level estimates into region-level estimates, according to user preference or as required by regulators for orphan drug designations.
  • Visualize global correlations between disease risk or patient population size and key indicators of market opportunity such as GDP per capita and healthcare spend per capita.
  • Generate and export global heat maps of disease risk or patient population size.

The extended worldwide coverage dashboard is available as an Excel file in the “Downloads” section. It is available only to clients with subscriptions to all 45 countries covered by DRG Epidemiology. For subscription and entitlement queries, please contact DRG.support@clarivate.com.

Table of contents

  • Renal Cell Carcinoma - Epidemiology - Extrapolated Worldwide Coverage
    • Extrapolated Worldwide Coverage
      • Download
      • The Global Extrapolator Model
      • The Global Extrapolation Algorithm
      • Bibliography

Author(s): Mudasir Khan, M.P.H.; Mike Hughes, M.Sc., Ph.D.

Mudasir Khan, M.P.H., is a senior epidemiologist at Clarivate. He received his M.P.H. from the Tata Institute of Social Sciences in Mumbai.

Mike Hughes, M.Sc., Ph.D., is the director of the Epidemiology department at DRG, part of Clarivate. He joined DRG in 2006 and has many years’ experience in the mathematical modeling of healthcare service delivery, cardiovascular and cancer epidemiology, biostatistics, meta-analysis, and systematic reviewing. He has been principal author on many published articles in leading international journals in the areas of risk modeling in intensive care and cardiovascular medicine. He also helped develop national guidelines on behalf of NICE and the American College of Chest Physicians for the treatment of atrial fibrillation, stroke, and hypertension. He is particularly interested in modeling patient flows in cancer and methods for forecasting disease burden in noncommunicable epidemiology. Dr. Hughes received his Ph.D. in risk modeling in intensive care in 2003 from City University, London, and his Ph.D. in statistical causation and foundations of probability theory from the University of Nottingham.


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