The Race for a Cure: How Vaccines Were Developed for 4 Deadly Diseases
The development of vaccines to combat some of history’s most dangerous diseases has been nothing short of revolutionary. From Edward Jenner's groundbreaking work on smallpox to the global battle against polio, here are four key efforts that shaped the course of modern medicine.
The article "The Race for a Cure: How Vaccines Were Developed for 4 Deadly Diseases" by BBC's HistoryExtra explores the history of vaccines, starting with Edward Jenner's fight against smallpox in 1798. The article highlights the challenges and triumphs in developing vaccines against smallpox, rabies, tuberculosis, and polio.
BBC's HistoryExtra is devoted to both British and world history and aimed at readers of all levels of knowledge and interest. Learn more about subscriptions here.
BBC's HistoryExtra is devoted to both British and world history and aimed at readers of all levels of knowledge and interest. Learn more about subscriptions here.
Most passages are available in three different versions: Level 1 (Grade 3-5), Level 2 (Grade 6-8), and Level 3 (Grade 9-12). Some more complex texts are available only in Level 2 and Level 3. Use the versions that are most appropriate for the students in your class.
Note: The BBC Learning Hub Editorial Team made use of AI tools to create multiple versions of this article, each tailored to different student reading levels. Every version undergoes a thorough review by our BBC Learning editors to ensure accuracy, quality, and appropriateness.
More Like This
The article “Marie Curie: A Scientific Legacy Who Changed the World” from BBC's HistoryExtra explores the life and groundbreaking scientific achievements of Marie Curie. From her difficult childhood in Russian-occupied Poland to her pioneering work in radioactivity, Curie defied gender norms and political obstacles to become one of the most celebrated scientists in history.
The article "3D-Printed Liver Models Help Surgeons "Rehearse" Cancer Surgeries" from BBC's Science Focus explains how scientists have developed a method to 3D print realistic models of cancer patients' organs. These models include imitation tumors and blood, allowing surgeons to practice procedures before performing them on real patients.
The article "Miniature Human Heart 3D Printed Using Stem Cells" from BBC's Science Focus covers researchers at the University of Minnesota who successfully 3D printed a functioning human heart pump using stem cells, which could have significant implications for heart disease research and treatment.
The article "Beat Winter Illness: Science-Backed Tips to Stay Healthy" from BBC's Science Focus covers evidence-based remedies like taking zinc and vitamin C, washing hands regularly, and getting a flu vaccine to stay healthy during winter.
The article “Marie Curie: A Scientific Legacy Who Changed the World” from BBC's HistoryExtra explores the life and groundbreaking scientific achievements of Marie Curie. From her difficult childhood in Russian-occupied Poland to her pioneering work in radioactivity, Curie defied gender norms and political obstacles to become one of the most celebrated scientists in history.
The article "3D-Printed Liver Models Help Surgeons "Rehearse" Cancer Surgeries" from BBC's Science Focus explains how scientists have developed a method to 3D print realistic models of cancer patients' organs. These models include imitation tumors and blood, allowing surgeons to practice procedures before performing them on real patients.
The article "Miniature Human Heart 3D Printed Using Stem Cells" from BBC's Science Focus covers researchers at the University of Minnesota who successfully 3D printed a functioning human heart pump using stem cells, which could have significant implications for heart disease research and treatment.
The article "Beat Winter Illness: Science-Backed Tips to Stay Healthy" from BBC's Science Focus covers evidence-based remedies like taking zinc and vitamin C, washing hands regularly, and getting a flu vaccine to stay healthy during winter.