germ theory of disease

This engrossing, timely, and highly illustrated biography of the father of modern surgery reveals the shocking practices of surgeons before Joseph Lister proved where infections come from. In 1841, a quiet, curious boy who stuttered when nervous committed to becoming a surgeon--a profession then more feared than respected. Through study, persistence, and careful research, Joseph Lister proved that unsanitary conditions contribute to infections. Despite others scoffing at his ideas, Lister slowly changed the way all surgeons work, saving countless lives. Sibert Honor-winner Lori Alexander's accessible and lively biography of Lister contains fun--and sometimes gory--facts about the history of science and engaging illustrations by Daniel Duncan.

Readers will learn about the science behind the discovery of germ theory and how germs spread.

"Have you ever seen a germ up close? Really, really up close? Micrographs and illustrations combine with accessible text to introduce readers to viruses, bacteria, protozoa, and fungi--including COVID-19--that can make people sick"--Provided by publisher.

Immunology is the study of the immune system. The immune system protects the human body from disease. Immunologists study how disease spreads. Discover more in Immunology.

". . . exploration of the science and history of germs . . ."--BTCat.

Provides the history of tuberculosis, the world's most lethal disease, and the birth of medical science through the work of Robert Koch, a German doctor who discovered that bacteria caused tuberculosis; and discusses how Sir Arthur Conan Doyle's character, Sherlock Holmes, applied Koch's methods of deductive reasoning in his investigations.

This informative book details why and how the body performs such a gross reflex, and whether it means a person is sick or not.

Readers will learn that most bacteria do not cause diseases, but provide us with food and medicines, and help maintain soil and other ecosystems.

A book for young adults exploring the history and evolution of medical technology.

The germ theory of disease continues to evolve today in the era of superbugs.