Louis Pasteur's Life And Accomplishments

In the midst of the Industrial Revolution, the son of leather tanners provided the clarity needed to understand the behavior of microbes and applied this understanding to improve people’s daily life. This man, Louis Pasteur, succeeded in his medical investigations and continued to pursue his interest, despite objections given to him by his peers. The timeless work of Louis Pasteur in the areas of chemistry and microbiology provided the necessary foundation for the scientific study of immunology and stressed the importance of possessing a thorough understanding of the procedures involved in medical treatment.

In 1854 Louis Pasteur became a professor of chemistry at Lille. Shortly after, he became interested in fermentation. This was very helpful since alcohol making was a huge industry there. His interest in fermentation resulted in Louis developing many other interests. “In 1857 he jumped around from chemistry, biology then to medicine (Miller, 2002).” In 1860 he discovered pasteurization to kill bacteria in many food and beverages. This made a huge impact on the world. With pasteurization there would now be fewer illnesses due to people ingesting bacteria and parasites.

Finding a transport of children being invited to France by Charles de Gaulle, he hopped on and went to France, where he eventually found his two older sisters. There, he went to the Sorbonne, otherwise known as the University of France, where he studied Philosophy and Journalism.

The father of photography, real name Louis Daguerre, was born on November 18, 1787 in Cormeilles-en-Parisis, France. He grew up amongst a middle class family, although he did not receive a very consistent education due to political issues for the duration of the Revolution. One thing that Louis did show a genuine spark in, was drawing and painting. So much, that at thirteen years old, he shadowed an architect. However, his architectural career came to a close as Daguerre moved to Paris in 1804 and began involving himself in local theatre, opera, and church activities. By early 1820s, Daguerre had demonstrated unique creativity by working with a collaborator to assist him in the creation of an illusions theatre which he named a diorama. His

He went to school in Oregon when he was younger and when he became of age, eighteen, he went to college at Oregon Agriculture College in Corvallis (http://lpi.oregonstate.edu/about/linus-pauling-biography), now known as Oregon State University. He graduated from Oregon State with a degree in chemical engineering and was “drawn to the challenge of how and why particular atoms form bonds with each other to create molecules with unique structures.” After getting his bachelors from Oregon State he went to California Institute of Technology so that he could study chemistry and mathematics, which, in 1925, he received a Ph.D. in. He also he was rewarded a Guggenheim Fellowship in 1925.

Because of Louis Braille, the blind can read and write. People never thought that it would, or could, ever happen. Louis Braille made a HUGE difference in the lives of blind people, starting in 1824 when he developed the 6-dot cell system. Even today he is still making a difference, such as the "Braille Olympics," where blind students use their braille skills in competitions. (Perkins) Louis Braille, although was not born blind, created a system still being used today.

”To bring one’s self to believe in a truth that has just dawned on one is the first step toward progress; to persuade others is the second.” I am the famous French scientist, Louis Pasteur, and you should definitely induct me into the North Salem Hall of Fame because of the great persistence I showed in the face of obstacles. Even when I knew something was true and people didn’t believe me, I never gave up until I convinced them. I also made several extremely significant discoveries that still benefit us today, and took daring risks to help other people.

He discovered Becquerel rays, which are forms of energy that come from uranium. At the time I needed to write my dissertation, so he suggested that I find something else that is similar to uranium. He is the one who got my project

This saved the silk industry. Eventually, he applied his knowledge to the medical industry by asking doctors to sterilize their medical instruments by heating them to prevent the spread of germs. After two of his children died of typhoid fever, Pasteur wanted to know if there was a way to protect the body from germs. When an anthrax epidemic broke out among animals, he discovered that the anthrax bacillus was the carrier of the disease. By using the heating method he used to kill the yeast in food, Pasteur heated the bacillus enough to weaken it, and then he injected it into the animals to allow their bodies to build up a resistance against the bacteria. It worked, and Pasteur eventually developed a vaccine for rabies and other infectious diseases like cholera and smallpox. Pasteur had many questions that motivated his discoveries. Where are the micro-organisms coming from that cause fermentation? Can the fermentation process be stopped? If fermentation can be stopped in food, can that same concept be applied to protect the body from infectious disease? Then there was the motivation initiated through the

Jean Paul Sartre was born in Paris, June 21, 1905. Shortly after birth, Sartre lost his father and moved in with his maternal grandmother. During his childhood years, he discovered that his peers had no interest in him due to the fact that he was on the smaller side and cross-eyed. Often, Sartre escaped through thought of a fantasy life. He viewed his life as hostile and offensive. Despite being different and transferring schools, Sartre graduated first in his class at the prestigious Ecole Normale Superieure in Paris. Studying there, he met Simone de Beauvoir, who scored second underneath him on all exams, eventually becoming his most trusted and thought-provoking colleague.

Antoine Laviosier was a French nobleman who worked in both biology and chemistry, but was most famous for his work in chemistry, hence the title “Father of Modern Chemistry”. Laviosier was born on August 26th, 1743 in Paris France. He was born into an affluent family, his father being a Parliamentary counsel, and his mother being the daughter of a wealthy attorney. He attended the Collège Mazarin, where he studied chemistry, mathematics, astronomy, and botany. He married Marie-Anne-Pierette Paulze in 1771, a marriage which was largely successful. His wife became a huge help to him, and took great interest in his work. She even learned English and Latin in order to translate various works about phlogiston into French for him. During the 50 years of his life, he made an enormous amount of achievements both in his scientific investigations and his public services. However, during the Reign

In the midst of the Industrial Revolution, one man provided the clarity needed to understand the behavior of microbes and applied those principles to improve peoples’ daily lives. This man, Louis Pasteur, was from a poor family, and he was not expected to do anything significant in his life. Nevertheless, he succeeded in his medical investigations and continued to pursue answers to his questions, despite objections given to him by his peers. The timeless work of Louis Pasteur in the areas of chemistry and microbiology provided the necessary foundation for the scientific study of immunology and stressed the importance of possessing a thorough understanding of the procedures involved in medical treatment.

Auguste Escoffier was born in Villeneuve-Loubet,the Provence region of France in October 28, 1846. When he turned 13, his father took him to Nice where he apprenticed at a restaurant owned by his uncle, thus beginning the illustrious career that he enjoyed for the next 62 years.

Louis Pasteur was born on December 27th, 1822 in Dole, France. He got a Bachelor of Science degree in 1842 at the Royal College in Besancon. He then attended the Ecole Normale in Paris in 1843, and got his Master of Science degree in 1845 (Lamont, 1991). In 1854, he went to the University of the Lille and became the Dean of the Faculty of Sciences there (“Louis Pasteur,” 2016).

Louis was certain he wanted to attend the Ecole Normale in Paris. He did however pass the entrance examination in 1842, but knew he could have achieved a higher standard. So therefore he studied for another year to improve his knowledge before entering the Ecole Normale. Louis ended up studying chemistry at Ecole Normale, where he received his Master’s of Science degree in 1845.