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Original Research

Demographic shift disproportionately increases cancer burden in an aging nation: current and expected incidence and mortality in Hungary up to 2030

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Pages 1093-1108 | Published online: 29 Aug 2018

Figures & data

Table 1 Distribution of cancer incidence (A) and mortality (B). Incidence and mortality values represent the period 2006–2015

Figure 1 Upcoming shift in population age distribution increases the number of new cancer cases.

Note: Population age distribution in female (A) and male (B), cancer incidence rates in female (C) and male (D), and mortality in women (E) and men (F).
Figure 1 Upcoming shift in population age distribution increases the number of new cancer cases.

Figure 2 Standardized cancer rates remain steady while a positive gain in annual percent change (APC) leads to increasing crude rates.

Notes: Trends in cancer incidence (A) and mortality (B). Male and female Hungarian crude rates of incidence and mortality are compared to age-standardized rates based on the 2013 European Standard population (ESP 2013). Solid lines represent actual data while dashed lines express data estimated by the age-period-cohort model. Every x-value represents a 5-year bin. Mean annual percent change in crude rates of male and female incidence (C) and mortality (D) modeled by joinpoint regression analysis. Positive APC values represent increase, negative values decrease in mortality rates.
Abbreviation: n.s., not significant.
Figure 2 Standardized cancer rates remain steady while a positive gain in annual percent change (APC) leads to increasing crude rates.

Figure 3 Trends in incidence (A and B) and mortality (C and D) in the five most common cancers by sex.

Notes: Solid lines represent crude rates, dashed lines represent rates age-adjusted to the 2013 ESP. For 2020, 2025, 2030 data are estimated by the age-period-cohort model.
Abbreviation: ESP, European Standard population.
Figure 3 Trends in incidence (A and B) and mortality (C and D) in the five most common cancers by sex.

Table 2 Mean annual percent change (APC) and 95% CI by sex in crude rate of incidence (A) and mortality (B) by site and time

Table 3 Ranking of incidence (A) and mortality (B) by expected percentages of the top 10 tumor types in males and females in 2020, 2025, and 2030

Table 4 The five most common cancers estimated for 2020, 2025, and 2030 split by age and sex – incidence (A) and mortality (B)

Figure 4 Observed and projected tendencies of incidence and mortality in selected cancers in females (A) and males (B).

Note: Solid lines are crude rates, dashed lines represent rates age-adjusted to the 2013 ESP (ASR ESP 2013).
Abbreviations: ASR, age-standardized rate; ESP, European Standard Population.
Figure 4 Observed and projected tendencies of incidence and mortality in selected cancers in females (A) and males (B).
Figure 4 Observed and projected tendencies of incidence and mortality in selected cancers in females (A) and males (B).