Effects of the discovery from Rosalind Franklin
Rosalind Elsie Franklin made the actual discovery of the structure of DNA [1]. However, she worked as an associate for Maurice Wilkins, who stole the credit for the discovery [2]. Franklin originally was made in charge of the DNA project after a few months of no success from Wilkins. She made many crystallographic portraits of DNA, which were later used by Wilkins in Nature magazine and credited to Wilkins, along with his scientists, James Watson and Francis Crick.
As a result, much of the scientific world assumed Watson and Crick were solely responsible for the discovery of DNA. Moreover, this led to a major controversy as to sexism in King's College, the university where this entire episode
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Nevertheless, Franklin chose not to say so until more evidence proved so. Consequently, Watson and Crick were credited to solving the structure of DNA while Franklin and Wilkins remained merely as contributors to its discovery.
While might doesn't always make right, Watson and Crick beat Franklin in her own study. It is sad to see the scientific community pride instant results over long and intense study. What is even sadder is the fact that Franklin died in 1958, four years before the Nobel Prize was awarded to Watson and Crick.
There were also positive effects of this discovery. Without this key information, much of our understanding of genetics, DNA and RNA, and how to fight diseases would not be here. Biotechnology wouldn't exist. It is true that this discovery was of extreme importance, but unfortunately, dishonesty can always interfere with results.
References
[1] Johnson, G. (2017). On DNA's Anniversary: How Rosalind Franklin Missed the Helix - Fire in the Mind. [Online] Fire in the Mind. Available at: http://blogs.discovermagazine.com/fire-in-the-mind/2013/04/25/on-dnas-anniversary-how-rosalind-franklin-missed-the-helix/#.WdvPqWhSy70 [Accessed 10 Oct.
Franklin and Wheelwright Comparative Essay Benjamin Franklin and Esther Wheelwright were two very diverse individuals. Benjamin Franklin was one of the most prime figures in early American history. He was a statesman, author, publisher, scientist, inventor, and diplomat. He was especially acknowledged for creating the bifocals, the lightning rod, and the glass harmonica.
It was such a success that Franklin could retire at the age of 42. He then would take the time that he had now to pursue his fascination of science. Since he didn’t know if other scientists had discovered
Jonas Salk test his polio vaccine. HeLa cells influence scientists to invent the process of freezing cells to be shipped worldwide. Henrietta’s cells introduced first steps toward cell cloning. In 1953, chromosomes are viewed clearly for the first time, leading to the discovery of a human’s 46 chromosomes. People began to wonder of whom those famous cells had originated.
Benjamin Franklin moved from Boston to Philadelphia. After moving to London in 1724, Franklin returned to Philadelphia in 1726 to find that Deborah had married in the interim, only to be abandoned by her husband just months after the wedding. Around that time, Franklin fathered a son, William, out of wedlock who was taken in by the couple. The pair’s first son, Francis, was born in 1732, but he died four years later of smallpox.
Ben Franklin did not try to re-invent others prior discoveries, but instead he paved the way for people to come. For example, the text reads, "These important concepts had come from an original experiment which Franklin had performed, and which turned out to be one of the most fundamental in physics". This quote could be used to prove that Ben Franklin would be a pioneer for scientists to come. He was able to revolutionize the way people live, while having dozens of his own ideas, and inventions. Not only was he a pioneer, but Ben Franklin was persistent.
In the 1750s he turned his study to electricity. Ben’s observations including his kite experiment which verified the nature of electricity and lighting brought franklin international
One of the most famous of Ben Franklin's scientific pursuits was the kite experiment of 1752. Franklin was very interested in electricity,
Benjamin Franklin is best known as one of the founding fathers of the United States. He is also well known as a scientist, politician, activist, inventor, and author. His literary career began in his apprenticeship to his older brother, James, the editor of The New England Courant when he was 12 years old. His style of writing was greatly influenced by the English periodical, The Spectator, which was widely read and popular at the time. He contributed letters and essays to the Courant under various pseudonyms.
A world with nothing but an array of bland colors; no shapes, no lines, and no images. Shapes would be blobs of nothingness, lines would be pure imagination, and images would be nonexistent. Individuals lost without the vital part that eyesight plays, would be seen crashing into walls and the entirety of the world would be untidy and incompetent for human life. A society that is blurry and cloudy is a world where chaos litters. However, this murky world, filled with destruction, eventually came to a halt in 1784, all thanks to a single man named Benjamin Franklin.
According the World Bank, the life expectancy on Earth is approximately seventy-one years. Looking at big history, this time for the human life is minuscule, meaning it needs to be worthwhile. In order to make life valuable, a legacy needs to be created so the life on Earth does not stop at death. Benjamin Franklin once stated, “Think of three things, whence you came, where you are going, and to whom you must account.” With these three things in mind, Franklin has created a guideline for building a legacy.
Franklin’s science experiments and inventions helped many people around the world with their everyday needs. In 1752, Benjamin Franklin set off with William Franklin to test his theory that lightning was really electricity with his kite and key (Dash, pgs. 81-83). Franklin’s theory turned out to be true and it helped many scientists learn about the nature of lightning.
When I typically think about people discovering, I think of it being their life passion. For Watson and Crick, however, this passion did not come until they were already set to work on other projects. The mass media and textbooks tend to state the results of an experiment instead of giving the details on how the discoveries were actually made. I enjoyed learning about the intricacies of the scientific
He would become an amazing scientist by creating many inventions like bifocals, the Franklin stove, swimming fins, and the lighting rod (Isaacson). He would experiment with electricity by flying a kite in a lighting storm, which would give him international fame (Isaacson). Franklin was not only a “resourceful scientist” but also a “master negotiator” (Isaacson). With the revolutionary war on the horizon it was critical that the colonists unite to fight for their independence.
It is not unusual to find people quoting some of Franklin’s common sense advice. His insight into humanism and man’s folly gave use to the popularity of his own literary works (Franklin 218). Franklin’s progressive thinking led to the broadening of the study of science and promoting experimentation. His desire to make life easier led to his many successful inventions as well as public services. That parallels modern day inventors and scientists who continually search for the advancement of mankind.
The importance of Ben Franklin has been told all throughout history, along with the famous $100 bill with his face on it. Drafting the Declaration of Independence, foudning universities and libraries, the post office, shaping policies in the U.S., publishing newspapers, making advances in science, and letting us use bifocals and using lighting for electricity. Even if this man never finished school, he did much reading and experiments that help us out today. The reason why I chose to write about Benjamin Franklin was because he was a very important Founding Father and it’s important for people to learn all about