Diabetes Deaths Per 100,000 (Age-Std) 1984
Diabetes deaths per 100,000 people reveal health trends. Compare countries and explore interactive maps for deeper insights.
Interactive Map
Complete Data Rankings
Rank | ||
|---|---|---|
1 | Malta | 87.864 |
2 | Mauritius | 45.351 |
3 | Kuwait | 42.439 |
4 | Singapore | 31.62 |
5 | Greece | 24.876 |
6 | Italy | 22.58 |
7 | Luxembourg | 17.918 |
8 | Spain | 17.89 |
9 | Belgium | 16.928 |
10 | United States | 16.303 |
11 | Hungary | 15.678 |
12 | Canada | 15.451 |
13 | Poland | 14.791 |
14 | Sri Lanka | 14.255 |
15 | Switzerland | 14.134 |
16 | Australia | 14.051 |
17 | France | 13.746 |
18 | Sao Tome and Principe | 13.13 |
19 | Bulgaria | 12.878 |
20 | Portugal | 12.784 |
21 | New Zealand | 12.701 |
22 | Denmark | 12.231 |
23 | Netherlands | 12.092 |
24 | Israel | 11.582 |
25 | Ireland | 11.261 |
26 | Austria | 11.142 |
27 | United Kingdom | 10.693 |
28 | Sweden | 9.609 |
29 | Finland | 8.773 |
30 | Japan | 8.71 |
31 | Norway | 8.115 |
32 | Romania | 6.898 |
33 | Thailand | 5.711 |
34 | China, Hong Kong SAR | 5.579 |
35 | Latvia | 5.101 |
36 | Iceland | 4.643 |
37 | Russia | 4.213 |
Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.
- #37
Russia
- #36
Iceland
- #35
Latvia
- #34
China, Hong Kong SAR
- #33
Thailand
- #32
Romania
- #31
Norway
- #30
Japan
- #29
Finland
- #28
Sweden
Context: These countries or territories have the lowest values, often due to geographic size, administrative status, or specific characteristics.
Analysis & Context
Overview of Diabetes Deaths Per 100,000 (Age-Std) in 1984
In 1984, Malta reported the highest rate of Diabetes Deaths Per 100,000 (Age-Std) at 87.86, while the global range for the 37 countries with data spanned from 4.21 in Russia to 87.86 in Malta. The average mortality rate across these countries was 16.59, with a median of 12.88.
Geographic Disparities in Diabetes Mortality Rates
The stark differences in diabetes mortality rates across countries can be attributed to a combination of geographic, economic, and healthcare-related factors. In 1984, Malta's high rate of 87.86 can be linked to its aging population and lifestyle factors such as diet and physical inactivity. Conversely, countries like Russia and Iceland, with rates of 4.21 and 4.64 respectively, benefit from different healthcare systems and potentially healthier lifestyles. These disparities highlight how environmental and systemic factors influence health outcomes.
Furthermore, Mediterranean countries like Greece and Italy showed moderate rates of 24.88 and 22.58, which may be reflective of traditional diets that are less reliant on processed sugars and fats, alongside healthcare access that emphasizes preventative measures.
Economic Factors and Their Impact on Diabetes Deaths
The relationship between economic conditions and diabetes mortality is evident in the data. Countries with stronger economies tend to have better healthcare infrastructure, which can lead to lower diabetes-related deaths. For instance, Luxembourg and Belgium recorded rates of 17.92 and 16.93, benefiting from robust healthcare systems and public health initiatives aimed at diabetes prevention and management.
In contrast, less economically developed nations often face challenges such as limited access to healthcare and educational resources, contributing to higher mortality rates. For example, China, Hong Kong SAR had a diabetes death rate of 5.58, which reflects ongoing economic transitions and the challenges of managing chronic diseases in rapidly urbanizing populations.
Year-over-Year Changes: The Biggest Movers
Analyzing the year-over-year changes in diabetes mortality rates reveals significant shifts among various countries in 1984. Notably, Mauritius experienced the largest increase with a rise of 11.77 (35.0%), suggesting a deterioration in health conditions or changes in reporting practices. Similarly, Singapore and Malta saw increases of 5.80 (22.5%) and 2.69 (3.2%) respectively, indicating potential public health concerns that warranted attention.
On the other hand, several countries reported decreases in diabetes deaths, most notably Kuwait, which saw a significant drop of 9.11 (17.7%). This decline may be attributed to improvements in healthcare access or public health initiatives focused on diabetes management. Israel also saw a notable decrease of 4.07 (26.0%), indicating successful interventions that could serve as models for other nations facing similar challenges.
Conclusion: Implications for Public Health Policy
The data on diabetes deaths per 100,000 people in 1984 underscores the critical need for tailored public health policies that address the unique challenges faced by different countries. With rates varying significantly from 4.21 in Russia to 87.86 in Malta, it is clear that no one-size-fits-all approach will suffice. Countries must leverage their economic strengths and existing healthcare frameworks to implement effective diabetes prevention and management strategies.
As global health challenges evolve, understanding the historical context of diabetes mortality will be essential for developing future interventions that can effectively reduce the burden of this chronic disease.
Data Source
World Health Organization (WHO)
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