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Recommended: History of Medicine
I. A World To Change
Everyone on this earth has to be grateful to Paul Ehrlich because he made so many advances in medical research. Our life expectancy rate would still be around forty years if Ehrlich hadn’t been interested in chemistry and biology as a young boy. If Ehrlich hadn’t combined so many different chemicals, he would have never combined the chemical known as number 606.
Ehrlich helped Emil von Behring find an antitoxin for diphtheria. Diphtheria is a disease that particularly affects children and sometimes leads to death. In 1894, mothers no longer had to worry about their child dying of diphtheria because of Ehrlich’s help in the discovery of the antitoxin for the deadly disease.
Another discovery Ehrlich made was of a dye called trypan red. Trypan red helped destroy cells that caused sleeping sickness. His research of antibodies and understanding how the antibodies attack harmful substances that enter the body has made him the "founder" of modern chemotherapy.
Ehrlich is best known for his work on curing syphilis. Syphilis is an infectious disease transmitted by sexual contact or kissing. Ehrlich named the compound that cured syphilis "salvarsan". This was a very effective way to cure syphilis.
II. Background
A. Family
Paul Ehrlich was born on March 14, 1854 in Strehlen, Silesia. Ehrlich was born in to a middle-class, Jewish family. He was the only son and fourth child of Ismar and Rosa Ehrlich. His father owned a small distillery. Ehrlich had an Orthodox Jewish upbringing in a time when being a Jew was controversial.
B. Childhood
When Ehrlich was six years old he started his schooling at the local primary school. At age ten, he boarded with a professor’s family in Breslau and went to St. Maria Magdalena Humanistic Gymnasium. Ehrlich was often at the top of his class and his best subjects were math and Latin.
C. Advanced Education and Training
Ehrlich took an introductory course in natural sciences at Breslau University in 1872. He then went to Strasbourg for three semesters. In 1874, Ehrlich returned to Breslau where he completed his medical degree studies. In 1877, he passed the state medical examination. In 1878 he received his medical degree.
III. Research and Development
A. Discussion of the Area of Biology
Most of Ehrlich’s discoveries had something to do with the immune system. The immune system is a body system that is responsible for destroying disease-causing cells. When Ehrlich was still in school, he was staining white blood cells to see their different characteristics with his work on antibodies, he is knows as the "founder" of modern chemotherapy.
Like most people whom conduct experiments, Ehrenreich must first establish credibility of her knowledge of this subject. She does this in her introduction in numerous ways. Ehrenreich comes out saying that she has a Ph.D in biology but has a fancy for writing. She starts off with her exposure to low wage paying jobs by using her sister and her husband a companion for over a decade. Her sister, who use to work for the phone company as a sales representative, a factory work and receptionist who described it her experiences as “the hopelessness of being a wage slave”. Her husband use to work for $4.50 an hour in a warehouse before he was fortunate enough to land a good paying job with the union workers the Teamsters.
Both pieces attempted to show a certain aspect in life. They tried to inform others and evoke a sense of pathos, to convey pity in hopes of sparking a change in the situation. The difference in Eighner’s piece is that he shows that even though he experienced some of the worst scenarios, he was still satisfied for what he had. On the other hand, Ehrenreich depicts the hardships for those who are not at the complete bottom. Even though the people who were introduced in “Serving in Florida” were better off financially than Lars Eighner, many failed to recognise that the situation could always be worse. She shows how some are not grateful for what they have, but are instead searching for
There are several inconsistencies about the situations that Ehrenreich placed herself in and the real li...
Through this, the reader understands that the author has an advanced amount of knowledge on the subject she will be covering throughout the novel. Feeling as if there will be no need to question her findings or conclusions (due to her vast educational background and the research she put in), the audience is much more susceptible and therefore predisposed to Ehrenreich’s arguments, making it easier for her to make her case.
A remarkable breakthrough in medicine occurred in the late 1800s through the work of Louis Pasteur. Pasteur's experiments showed that bacteria reproduce like other living things and travel from place to place. Using the results of his findings, he developed pasteurization, which is the process of heating liquids to kill bacteria and prevent fermentation. He also produced an anthrax vaccine as well as a way to weaken the rabies virus. After studying Pasteur's work, Joseph Lister developed antisepsis, which is the process of killing disease-causing germs.
Ehrenreich opens up her book at an extremely difficult time in her life, battling cancer. Not only is she battling cancer but she is at a time where she is being exposed to the darkest times to positive
My views about Ehrenreich’s novel that it was filled with educational details of minimum wage job occurrences. The author captures concrete memories of her experiences of several job positions. Working in several jobs of hard manual labor is exhausting for the mind and body. The job experiments involving all these jobs to see what many struggling people endure on a daily basis. I thought the experiments resulted in average, and intolerable work environments. Working one or two jobs was needed to survive and pay for necessities. From my perspective, it was a useful trial to show readers the hardships people of every culture deal with constantly.
Her dreams of being a scientist came true as she worked hard to achieve her degree and make startling discoveries. Among her accomplishments she made the discovery of isozymes of kynurenine formamidase in the basterium streptomyces parvulus which, prior to her findings, were known to only exist in higher organisms. Dr. Emeagwali also proved that cancer gene expression could be inhibited by antisense methodology, which she says can lead to better treatment for cancer. She is a well-accredited scientist that many people have never heard of. All fields of science affect the lives of many people, but the inventors are left out.
...nto the new world of medicine. The basic function of a cell has gained a new function which can provide a pathway of exploring ideas and concepts relating to the mutation of cells. If we are able to determine the specific time and place a cell is transported then, we can surely mutate the cell to prevent the spread of terminal diseases. The Nobel Prize winners truly deserve this prestigious award. After decades of intensive, tedious and tiresome studying they were able to uncover a mystery of the human body which now opens many doors to new studies that would be beneficial to society.
For many years the standard methods used for cancer treatment are chemotherapy, radiation therapy, or surgery. These treatments use drugs that are designed to kill the rapidly dividing cancerous cells aggressively and are effective, but they do however, kill many healthy cells of an individual and result in severe side affects. It wasn't until the past few decades that the emergence of a new approach to cancer therapy has gained attention. Researchers have been focusing on the idea of cancer immunotherapy. The first immunotherapy maneuver was done back in 1860. A man by the name of William Cooley decided to inject bacteria into tumors. He noticed that the bacteria were provoking an immune response in patients and it had caused tumor regression. This was the first example that showed we could use the patients immune response to fight a tumor. Scientists have been struggling and attempting to create effective cancer treatments based on Cooley's observations.
Edward Jenner is often regarded as the “Father of Immunology” for his development of the smallpox vaccine. His remarkable discovery has laid the foundation for future scientists working with immunizations. Jenner’s impact is seen worldwide to this day with the complete eradication of the deadly smallpox virus. Edward Jenner’s Legacy will always live on as the first to vaccinate using a live virus. Vaccines are improving everyday, which benefits the public’s health, all thanks to Edward Jenner.
A patient known as Mr. Wright was diagnosed with terminal lymphoma, which effected various parts of his body. Doctors were fighting to help keep him alive for as long as they could, however, when they were left with no other options they tried giving him a dose of a new cancer drug called “Krebiozen”. They remained very skeptical of the new drug and its effectiveness, however Mr. Wright believed that it would cure his cancer. Three days after his first treatment, he gained the strength to get out of bed after months of being lifeless. After ten days, he was well enough to go home and his cancer was noticeably diminishing. Krebiozen was recognized as an anti-cancer drug by many physicians in the 1950’s, and it was claimed that in one study,
He had wanted to be a research scientist but anti-Semitism forced him to choose a medical career instead and he worked in Vienna as a doctor, specialising in neurological disorders (disorders of the nervous system). He constantly revised and modified his theories right up until his death but much of his psychoanalytic theory was produced between 1900 and 1930.
In 1849, he completed his studies of cell growth and reproduction of their division into two cells. He concluded that every cell comes from an already existing cell. A prolific writer, his scientific writings alone crossed 2,000 in number. Among his books, “Cellular Pathology” was published in 1858 and is regarded as the root of modern pathology. This work also popularised the third dictum in cell theory: “All cells come from cells”. Virchow was the first to precisely describe and give names of diseases such as leukemia, chordoma, ochronosis, embolism, and thrombosis. He also coined scientific terms, chromatin, agenesis, parenchyma, osteoid, amyloid degeneration, and spina
Biochemistry came ahead the science scene in the early 1900's with the presence of the first biochemical diaries, the shaping of an area of biotic science by the American Chemical Society, and the making of organic chemistry divisions in examination colleges and restorative schools. However contemplates at the interface of science and science had as of recently started in mid nineteenth century. In the early 1900's organic chemist...