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This deck focuses on Technological Advances Limitations Disease After 1900, giving you a quick way to review the definitions, rules, and examples that matter most for AP World History Modern.
Study Technological Advances Limitations Disease After 1900 in AP World History Modern with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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Which disease was significantly reduced by the introduction of insecticide-treated nets?
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Malaria. Nets protect sleeping individuals from infected mosquitoes.
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This deck focuses on Technological Advances Limitations Disease After 1900, giving you a quick way to review the definitions, rules, and examples that matter most for AP World History Modern.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Malaria. Nets protect sleeping individuals from infected mosquitoes.
Answer: X-rays. Discovered in 1895, became standard diagnostic tool post-WWII.
Answer: Eradicate polio. Worldwide campaign to eliminate polio through vaccination.
Answer: Hepatitis B. First genetically engineered vaccine approved in 1986.
Answer: Educate and promote health practices. Inform populations about prevention and healthy behaviors.
Answer: HIV/AIDS. Required unprecedented international collaboration and research.
Answer: Anopheles mosquito. Female mosquito transmits malaria parasites through bites.
Answer: Vector control. Eliminates mosquitoes and other disease-carrying organisms.
Answer: Ebola. West African outbreak demonstrated need for global preparedness.
Answer: Water fluoridation. Dramatically reduced tooth decay and dental disease globally.
Answer: Immediate results. Rapid testing enables quick diagnosis and treatment decisions.
Answer: Next-generation sequencing. High-speed DNA sequencing enables rapid pathogen identification.
Answer: Anopheles mosquito. Female mosquito transmits malaria parasites through bites.
Answer: Protect public health. US federal agency monitoring and preventing disease outbreaks.
Answer: Real-time data collection. Enables immediate tracking and response to disease outbreaks.
Answer: World Health Organization (WHO). International body coordinating global health responses.
Answer: High cost. Expensive production limits widespread therapeutic use.
Answer: Eradicate polio. Worldwide campaign to eliminate polio through vaccination.
Answer: Immediate results. Rapid testing enables quick diagnosis and treatment decisions.
Answer: Disease distribution and determinants. Studies patterns, causes, and control of disease spread.
Answer: COVID-19 vaccine. Pfizer-BioNTech and Moderna vaccines used mRNA technology.
Answer: World Health Organization (WHO). UN agency with authority to coordinate international health responses.
Answer: Smallpox. Last naturally occurring case reported in Somalia, 1977.
Answer: Vector control. Eliminates mosquitoes and other disease-carrying organisms.
Answer: Antibiotic resistance. Overuse led to bacteria evolving resistance mechanisms.
Answer: Prevent disease spread. Isolates infected individuals to break transmission chains.
Answer: Recombinant DNA technology. Allows genetic engineering of vaccine components in labs.
Answer: Map all human genes. Identified genetic basis for many diseases and treatments.
Answer: Mutating viruses. Viruses change genetic structure, making vaccines less effective.
Answer: Measles. Declining vaccination rates led to increased outbreaks.
Answer: Smallpox. Eradicated through global vaccination campaign by 1980.
Answer: High cost. Expensive production limits widespread therapeutic use.
Answer: Water fluoridation. Dramatically reduced tooth decay and dental disease globally.
Answer: Remote patient care. Provides medical care without geographic barriers.
Answer: Hepatitis B. First genetically engineered vaccine approved in 1986.
Answer: Recombinant DNA technology. Allows genetic engineering of vaccine components in labs.
Answer: Tailored treatments. Uses genetic information to customize individual patient care.
Answer: Malaria. Nets protect sleeping individuals from infected mosquitoes.
Answer: Resource allocation. Limited funding creates inequitable access to healthcare.
Answer: Inhibit viral replication. Blocks viral reproduction within infected cells.
Answer: The Spanish flu. H1N1 influenza killed 50-100 million people globally.
Answer: HIV/AIDS. Required unprecedented international collaboration and research.
Answer: Protect public health. US federal agency monitoring and preventing disease outbreaks.
Answer: Mutating viruses. Viruses change genetic structure, making vaccines less effective.
Answer: Ebola. West African outbreak demonstrated need for global preparedness.
Answer: The Spanish flu. H1N1 influenza killed 50-100 million people globally.
Answer: World Health Organization (WHO). UN agency with authority to coordinate international health responses.
Answer: Tailored treatments. Uses genetic information to customize individual patient care.
Answer: Remote patient care. Provides medical care without geographic barriers.
Answer: Rapid development. Can be designed and produced much faster than traditional vaccines.
Answer: Map all human genes. Identified genetic basis for many diseases and treatments.
Answer: X-rays. Discovered in 1895, became standard diagnostic tool post-WWII.
Answer: AZT (Zidovudine). First drug to slow HIV progression, approved in 1987.
Answer: Inhibit viral replication. Blocks viral reproduction within infected cells.
Answer: Rapid pathogen mutation. Pathogens evolve faster than treatment development.
Answer: Smallpox. Eradicated through global vaccination campaign by 1980.
Answer: Antibiotic resistance. Overuse led to bacteria evolving resistance mechanisms.
Answer: Diagnostic imaging. CT, MRI, and ultrasound detect diseases before symptoms appear.
Answer: Penicillin revolutionized bacterial infection treatment. First widely effective antibiotic, saving millions of lives.
Answer: Next-generation sequencing. High-speed DNA sequencing enables rapid pathogen identification.
Answer: Resource allocation. Limited funding creates inequitable access to healthcare.
Answer: Real-time data collection. Enables immediate tracking and response to disease outbreaks.
Answer: Educate and promote health practices. Inform populations about prevention and healthy behaviors.
Answer: World Health Organization (WHO). International body coordinating global health responses.
Answer: Measles. Declining vaccination rates led to increased outbreaks.
Answer: Smallpox. Last naturally occurring case reported in Somalia, 1977.
Answer: Diagnostic imaging. CT, MRI, and ultrasound detect diseases before symptoms appear.
Answer: COVID-19 vaccine. Pfizer-BioNTech and Moderna vaccines used mRNA technology.
Answer: Prevent disease spread. Isolates infected individuals to break transmission chains.
Answer: Polio. First successful vaccine against paralytic disease in 1955.
Answer: AZT (Zidovudine). First drug to slow HIV progression, approved in 1987.
Answer: Polio. First successful vaccine against paralytic disease in 1955.
Answer: Rapid development. Can be designed and produced much faster than traditional vaccines.
Answer: Penicillin revolutionized bacterial infection treatment. First widely effective antibiotic, saving millions of lives.
Answer: Disease distribution and determinants. Studies patterns, causes, and control of disease spread.
Answer: Rapid pathogen mutation. Pathogens evolve faster than treatment development.