Selected Health Indicators by World Health Organization (WHO) Region, 2002:
| WHO Region | Tuberculosis Incidence (per population) | Access to Essential Medicines | Underweight Children Under Years Old |
|---|---|---|---|
| Africa | |||
| The Americas | |||
| Europe | |||
| Southeast Asia |
Based on the table and your knowledge of world history, the data best illustrates which of the following broader trends in the late twentieth and early twenty-first centuries?
- Although medical innovations in the late twentieth century made diseases like tuberculosis treatable, socio-economic disparities and unequal infrastructure limited the global distribution of these technologies.Answer
- BThe globalization of trade and culture led to the rapid homogenization of public health outcomes and the complete eradication of regional epidemic variations.
- CThe Green Revolution's agricultural and chemical innovations successfully eliminated infectious diseases in agrarian populations by raising overall immunity.
- DThe transition from direct colonial rule to economic imperialism guaranteed equal access to modern pharmaceutical technologies for all sovereign nations.
Answer
Although medical innovations in the late twentieth century made diseases like tuberculosis treatable, socio-economic disparities and unequal infrastructure limited the global distribution of these technologies.
The correct answer identifies that while scientific advancements in the twentieth century rendered diseases like tuberculosis preventable and curable, the actual distribution of these medical technologies remains highly unequal. This is directly supported by the table, which shows a strong correlation between lower rates of access to essential medicines and higher tuberculosis incidence in Africa and Southeast Asia compared to Europe and the Americas.
Step-by-Step Solution
Key Concept
Inequality in the global distribution of medical technologies and treatments for infectious diseases in the late twentieth and early twenty-first centuries.
Estimated Time:2m 0s