Components of diabetes prevalence in Denmark 1996–2016 and future trends until 2030

Introduction Incidence rates of diabetes have been increasing and mortality rates have been decreasing. Our aim is the quantification of the effects of these on the prevalence and prediction of the future burden of diabetes.Research design and methods From population-based registers of Denmark, we d...

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Published in:BMJ Open Diabetes Research & Care
Main Authors: Kevin M Tveter, Jose A Villa-Rodriguez, Alrick J Cabales, Fiona G Bawagan, Rocio M Duran, Diana E Roopchand
Format: Article
Language:English
Published: BMJ Publishing Group 2020-04-01
Online Access:https://drc.bmj.com/content/8/1/e001064.full
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author Kevin M Tveter
Jose A Villa-Rodriguez
Alrick J Cabales
Fiona G Bawagan
Rocio M Duran
Diana E Roopchand
author_facet Kevin M Tveter
Jose A Villa-Rodriguez
Alrick J Cabales
Fiona G Bawagan
Rocio M Duran
Diana E Roopchand
author_sort Kevin M Tveter
collection DOAJ
container_title BMJ Open Diabetes Research & Care
description Introduction Incidence rates of diabetes have been increasing and mortality rates have been decreasing. Our aim is the quantification of the effects of these on the prevalence and prediction of the future burden of diabetes.Research design and methods From population-based registers of Denmark, we derived diabetes incidence and mortality rates and mortality rates for persons without diabetes for the period 1996–2016. Rates were modeled by smooth parametric terms using Poisson regression. Estimated rates were used to assess the relative contribution of incidence and mortality to changes in prevalence over the study period as well as for prediction of future rates and prevalence 2017–2040.Results The major contributors to prevalence was increasing incidence (22%) and epidemiological imbalance between incidence and mortality (27%). The decrease in mortality rates over the period 1996–2016 contributes only 9% of the prevalent cases at 2016. We estimated that 467 000 persons in Denmark would be living with diabetes in 2030. The age distribution of patients in the period 2017–2030 is predicted to change toward older ages. The total number of persons needing diabetes care will increase by 67% over the next 13 years, an average annual increase of 4.0%.Conclusions Lowering mortality among patients with diabetes even further is not likely to influence the prevalence substantially. Since the size and the increase in incidence of diabetes are major drivers of the increasing prevalence, the prevention of new cases of diabetes is required.
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spelling doaj-art-bc02a1ef83a34fcd8fe3ebb32cfe858c2025-08-19T20:38:25ZengBMJ Publishing GroupBMJ Open Diabetes Research & Care2052-48972020-04-018110.1136/bmjdrc-2019-001064Components of diabetes prevalence in Denmark 1996–2016 and future trends until 2030Kevin M Tveter0Jose A Villa-Rodriguez1Alrick J Cabales2Fiona G Bawagan3Rocio M Duran4Diana E Roopchand5Food Science, Rutgers, The State University of New Jersey, New Brunswick, New Jersey, USAFood Science, Rutgers, The State University of New Jersey, New Brunswick, New Jersey, USAFood Science, Rutgers, The State University of New Jersey, New Brunswick, New Jersey, USAFood Science, Rutgers, The State University of New Jersey, New Brunswick, New Jersey, USAFood Science, Rutgers, The State University of New Jersey, New Brunswick, New Jersey, USAFood Science, Rutgers, The State University of New Jersey, New Brunswick, New Jersey, USAIntroduction Incidence rates of diabetes have been increasing and mortality rates have been decreasing. Our aim is the quantification of the effects of these on the prevalence and prediction of the future burden of diabetes.Research design and methods From population-based registers of Denmark, we derived diabetes incidence and mortality rates and mortality rates for persons without diabetes for the period 1996–2016. Rates were modeled by smooth parametric terms using Poisson regression. Estimated rates were used to assess the relative contribution of incidence and mortality to changes in prevalence over the study period as well as for prediction of future rates and prevalence 2017–2040.Results The major contributors to prevalence was increasing incidence (22%) and epidemiological imbalance between incidence and mortality (27%). The decrease in mortality rates over the period 1996–2016 contributes only 9% of the prevalent cases at 2016. We estimated that 467 000 persons in Denmark would be living with diabetes in 2030. The age distribution of patients in the period 2017–2030 is predicted to change toward older ages. The total number of persons needing diabetes care will increase by 67% over the next 13 years, an average annual increase of 4.0%.Conclusions Lowering mortality among patients with diabetes even further is not likely to influence the prevalence substantially. Since the size and the increase in incidence of diabetes are major drivers of the increasing prevalence, the prevention of new cases of diabetes is required.https://drc.bmj.com/content/8/1/e001064.full
spellingShingle Kevin M Tveter
Jose A Villa-Rodriguez
Alrick J Cabales
Fiona G Bawagan
Rocio M Duran
Diana E Roopchand
Components of diabetes prevalence in Denmark 1996–2016 and future trends until 2030
title Components of diabetes prevalence in Denmark 1996–2016 and future trends until 2030
title_full Components of diabetes prevalence in Denmark 1996–2016 and future trends until 2030
title_fullStr Components of diabetes prevalence in Denmark 1996–2016 and future trends until 2030
title_full_unstemmed Components of diabetes prevalence in Denmark 1996–2016 and future trends until 2030
title_short Components of diabetes prevalence in Denmark 1996–2016 and future trends until 2030
title_sort components of diabetes prevalence in denmark 1996 2016 and future trends until 2030
url https://drc.bmj.com/content/8/1/e001064.full
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AT fionagbawagan componentsofdiabetesprevalenceindenmark19962016andfuturetrendsuntil2030
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