Bonnie Bassler Quotes
By weight, you are more human than bacteria, because your cells are bigger, but by numbers, it's not even close.
Bassler, Bonnie. "How bacteria 'talk'." TED, Feb. 2009.
This is an amazing quotation and shows that the Ancient Romans who had a very sophisticated medical technology had a notion of germs and microbes. Ancient Rome was the first organized nation for which health, medicine, public health, and medical research were governmental functions unlike Greece and other civilizations where health was a personal function. Roman policy emphasized prevention unlike the Greeks. Sanitation and water supply and quality were government responsibilities and the Roman standard was not reached in the rest of the world until the 18th century. Heath and medicine was also a major military responsibility. The Roman Empire depended on its army, and trained professional soldiers. Disease was a greater risk to the soldiers than were battlefield casualties, and the Romans had a strong vested interest in keeping these highly trained men alive and healthy—not just the wealthy Roman citizens. The Romans were open to techniques that were developed throughout the Empire and beyond and tended to adopt all good ideas and a few bad ones as well While they had advanced surgery, the public health was the strongest aspect of Roman medicine and health and this notion of germs and disease. Remember that the writer was not a medical or scientific man, but was just indicating what was general wisdom of the Roman elite.
Bonnie Lynn Bassler (born 1962) is an American molecular biologist who has researched chemical communication between bacteria known as quorum sensing, and contributed to the idea that disruption of chemical signaling can be used as an antimicrobial therapy. She is the Squibb Professor in Molecular Biology and chair of the Department of Molecular Biology at Princeton University. She is a Howard Hughes Medical Institute Investigator and her research focuses on bacterial quorum sensing, which is the cell-to-cell communication in bacteria.
