Diabetes Deaths Per 100,000 (Age-Std) 1952

Diabetes deaths per 100,000 people reveal health trends. Compare countries and explore interactive maps for deeper insights.

18 data pointsGlobal CoverageWorld Health Organization (WHO)

Interactive Map

Complete Data Rankings

Rank
1
Trinidad and Tobago flag
Trinidad and Tobago
41.959
2
Japan flag
Japan
28.805
3
Italy flag
Italy
26.398
4
New Zealand flag
New Zealand
24.488
5
United States flag
United States
23.262
6
Australia flag
Australia
21.206
7
Canada flag
Canada
20.891
8
Switzerland flag
Switzerland
20.746
9
Netherlands flag
Netherlands
20.741
10
Ireland flag
Ireland
18.609
11
Spain flag
Spain
16.815
12
Sweden flag
Sweden
16.039
13
United Kingdom flag
United Kingdom
14.523
14
Norway flag
Norway
14.505
15
Finland flag
Finland
13.075
16
France flag
France
12.67
17
Denmark flag
Denmark
9.643
18
Iceland flag
Iceland
5.992

Top 10 Countries

  1. #1Trinidad and Tobago flagTrinidad and Tobago
  2. #2Japan flagJapan
  3. #3Italy flagItaly
  4. #4New Zealand flagNew Zealand
  5. #5United States flagUnited States
  6. #6Australia flagAustralia
  7. #7Canada flagCanada
  8. #8Switzerland flagSwitzerland
  9. #9Netherlands flagNetherlands
  10. #10Ireland flagIreland

Analysis: These countries represent the highest values in this dataset, showcasing significant scale and impact on global statistics.

Bottom 10 Countries

  1. #18Iceland flagIceland
  2. #17Denmark flagDenmark
  3. #16France flagFrance
  4. #15Finland flagFinland
  5. #14Norway flagNorway
  6. #13United Kingdom flagUnited Kingdom
  7. #12Sweden flagSweden
  8. #11Spain flagSpain
  9. #10Ireland flagIreland
  10. #9Netherlands flagNetherlands

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 1952

In 1952, Trinidad and Tobago had the highest recorded rate of Diabetes Deaths Per 100,000 (Age-Std) at 41.96, while the global range for this metric spanned from 5.99 to 41.96. The average value across the 18 countries with available data was 19.46, with a median of 20.74. This stark variation highlights the significant disparities in health outcomes related to diabetes across different nations during this period.

Geographic Disparities in Diabetes Mortality

The data from 1952 reveals pronounced geographic disparities in diabetes mortality rates. Countries in the Caribbean and parts of Europe exhibited notably higher rates compared to their Northern European counterparts. For instance, Trinidad and Tobago's rate of 41.96 stands in stark contrast to Iceland, which reported only 5.99. Such differences can often be attributed to varying lifestyle factors, healthcare access, and public health policies. The Caribbean nations, including Trinidad and Tobago, faced challenges such as rising urbanization and dietary changes, which have been linked to increased diabetes prevalence.

In Europe, countries like Italy (26.40) and Switzerland (20.75) also reported higher rates, suggesting that lifestyle diseases were becoming more prevalent even in developed regions. This trend may reflect the beginning of dietary shifts and lifestyle changes that would later contribute to a global rise in diabetes-related health issues.

Year-over-Year Changes and Their Implications

Year-over-year changes in diabetes mortality rates provide further insight into how health trends evolved in 1952. The average change across the dataset was a decrease of -1.10 (or -5.0%), indicating a potential improvement in diabetes management or healthcare access in several regions. Notably, Italy experienced an increase of 1.54 (or 6.2%), suggesting that emerging health challenges were beginning to impact this country more significantly. Conversely, Spain saw the most substantial decrease at -6.14 (or -26.7%), which might indicate successful public health interventions or shifts in dietary habits that reduced diabetes mortality.

The fluctuations in diabetes deaths can also be correlated with healthcare advancements and public awareness campaigns. For example, Denmark and the United Kingdom experienced decreases of -2.91 (or -23.2%) and -2.73 (or -15.8%), respectively, reflecting potential improvements in diabetes care and prevention strategies during this era.

Socioeconomic Factors Influencing Diabetes Deaths

The socioeconomic context of countries significantly influences diabetes mortality rates. Countries with robust healthcare systems, such as Canada (20.89) and Australia (21.21), generally report lower mortality rates, suggesting that access to preventive care and diabetes management resources plays a crucial role. In contrast, nations with less developed healthcare systems, like Trinidad and Tobago and Italy, face higher death rates, indicating a correlation between economic stability and health outcomes.

Additionally, dietary practices and urbanization trends contribute to these disparities. Increased urbanization in the Caribbean may lead to lifestyle changes that elevate diabetes risk, while countries like Iceland benefit from traditional diets and a strong emphasis on public health, resulting in their low diabetes mortality rate of 5.99. These patterns demonstrate the complex interplay between health, economics, and cultural practices in shaping diabetes outcomes.

Data Source

World Health Organization (WHO)

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Historical Data by Year

Explore Diabetes Deaths Per 100,000 (Age-Std) data across different years. Compare trends and see how statistics have changed over time.

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