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How Did Rosalind Franklin Contribute To Science

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Rosalind Franklin Rosalind Franklin helped contribute to one of the greatest breakthroughs in science. She was born in London in 1920 and she was raised by a very wealthy and educated family. Rosalind Franklin was easily described as hardworking and the best at everything - the best at science, at math, and at all the other sports she participated in. Franklin arrived at King's College London, and in January, 1951, her new assignment was to discover the structure of DNA. At the time when Rosalind Franklin started working on DNA, it wasn't at all clear what DNA really looked like or how it might work. Franklin did most of the professional work in the lab and she was able to capture excellent pictures of DNA. Within that time, Franklins discovery that there are two forms …show more content…

After watching this video, I learned that from the DNA structure, the A is a drier, more crystalline form of DNA and produces more detailed images. The B is wetter and how DNA occurs in living cells. The X shape in the middle is the diffraction signature of a helix. I found it very interesting how we understood the concept of DNA back then and we realized how important it was being that it contained genetic material and the blueprints for every cell in our body, yet we still needed to explore what it really looked like and how it worked. This is related to the things we have covered in class because we have already studied DNA. In this course, we have studied the many characteristics of DNA which include that it is double helix that contains genetic material and it is kept stable by hydrogen bonds. DNA is made up of smaller units called nucleotides. In turn, each nucleotide consists of a phosphate group, a sugar and a nitrogenous base. DNA also include base pairing which is the 'copying' mechanism for DNA. In DNA, bases are the adenine base, which only pairs with a thymine

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We might not know how important were Franklin’s lucid x-ray diffractions of hydrated DNA to Watson and Francis Crick if it

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Introduction In the book The Double Helix, by James D. Watson, it explains the journey for James Watson and Francis Crick on finding the deoxyribonucleic acid, or better known as DNA, structure. It was a great book containing a lot of information on the journey. In the book, it contained great information on James Watson's life, Francis Crick's life, reasons they wanted to find the DNA structure, important people to the discovery, and the journey on finding the DNA structure. (Watson, 7-223)

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I admire extraordinary people: individuals who are the pinnacle of excellence in whatever they choose to pursue. Be it a perennial basketball all-star, a platinum-record producing artist, or an author whose name seems to be permanently etched onto bestseller lists – I respect anyone who is a titan of their craft, a groundbreaking trailblazer who redefines whatever they do. Rosalind Franklin was the manifestation of an extraordinary person. A remarkable scientist, Franklin received a PhD from Cambridge University when women maintaining desires beyond becoming housewives were ridiculed. Franklin later became a fellow at King’s College, where her work on X-Ray Diffraction revealed the structure of the most important molecule in science: DNA.

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After that, many scientists were inspired by his work and made experiments of their own. That is how we have electricity is known to the world now. Franklin was the only person to sign 3 documents that improved the United States: Declaration on peace, Peace Treaty with Britain and the constitution. Also Franklin published “Poor Richard’s Almanack,” from 1733 to 1758. The Almanack became know for it’s funny sayings, some sayings are still used today.

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This showed that you can achieve massive accomplishments when you work hard and challenge yourself. Even more so, it created an environment of new theories that helped others in the future expand on these new ideas. Ultimately it changed what today looks like because Franklin decided to step out of the “norm” and create amazing ideas into a reality of inventions that soon would cultivate the

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Benjamin Franklin Benjamin Franklin was one of the Founding Fathers of the United States and was known as “The First American”. A celebrated extremely astute, generally taught individual, Franklin was a main creator, printer, political individual (who tries to concoct clarifications for things), government official, postmaster, researcher, innovator, (identified with the obligation of being an individual from society) (identified with mightily attempting to persuade individuals of something), individual (who is an exceptionally savvy pioneer in government), and peacekeeper. As a researcher, he was a huge highlight in the American Understanding and the historical backdrop of physical science for his disclosures and clarifications (of why things

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Franklin arrived while he was away, and, when he returned, he believed Franklin to be an assistant, only to discover the truth later--that she had been offered a position where she would only be working with a graduate student by the name of Raymond Gosling (The DNA Molecule Is Shaped like a Twisted Ladder). The crystallographer, Maurice Wilkins, was frustrated by this and the early errors led to high tensions between the two. Despite

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Benjamin Franklin is not just a famous name, but created one of the most important things in today's day and age that 1.2 billion people around the world uses everyday. You may be thinking what could this be? In the following I will tell you some history on Benjamin Franklin, his importance, and what he did that 1.2 billion people use today. Benjamin is well known by his known name and is considered to be one of the smartest men in american history. Benjamin was born in Boston on January 17, 1706.

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Franklin was the perfect person to turn electricity from a parlor trick into a science method because he was a very smart person he was like another Albert Einstein (like him not was him). Benjamin Franklin was very curious and him being smart led to him making very good science claims. It stated in the text by Benjamin Franklin,"was the discovery that electricity was “not created by the friction, but collected only.” Only a man like Benjamin Franklin could find out that friction was not created but collected. Benjamin Franklin would not fool around with the science world he was very serious about the science world and that ' why he is well known in our world today.

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Galileo made an astronomical scientific discovery, looking through a telescope he was able to establish that the sun remained motionless in the center of the universe while the earth rotated on it's axis around the sun. Galileo's scientific investigation or discovery is a very important one, because it is still being taught in science classes through out the world today. Along with Galileo's scientific investigation Bacon's scientific investigation is just as important as Galileo's discovery because the testing of hypotheses is also still being taught in school's today and has allowed society to make many scientific and medical advances. Without the testing of hypotheses we probably wouldn't have cures to a lot of the diseases that they had

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In this book, he would introduce the world to Franklin in a less than flattering manner and with no posthumous credit for her DNA discovery. Crick and Wilkins disapproved of the character defamation of Franklin and vehemently objected the publication. Many of Franklin’s peers were still alive, and described her with utmost respect. She was the best at science and math, always assumed she would be in charge of any projects or team involvements. It was noted that she graduated a year early to attend Cambridge University, due to her eagerness to assist in war effort.

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The Structure of DNA: Cooperation and Competition There were technological advances that was making possible to further research on how a living organism passed traits to their offspring. All started in the 1900’s with Gregor Mendell. He discovered that a parent could pass traits to their offspring in a simple, structural manner. In the mid 1900’s scientists discovered that chromosomes were the ones that had the information of this traits, and that they were made out of proteins and DNA.

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As a girl, she faced some opposition from within the family, as her father did not believe in a higher education for women. He had wanted her to be a social worker, but Rosalind ultimately enrolled at Newnham College in 1938. Later on, she met Maurice Wilkins in John Randall 's laboratory at King 's College, London while working there as a research associate. Despite her extensive work on the DNA project, Wilkins saw her as a technical assistant because of the number of restrictions women had at the time (https://goo.gl/p1XZbH). Rosalind Franklin was also born of a Jewish family, so she faced some anti-semitism as well as discrimination for her strong personality, Maddox writes in the biography, Rosalind Franklin: The Dark Lady of DNA.

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And after his death in 1931, his laboratory in Newark, New Jersey continued to invent things and make an impact on everyday lives of the common people of today's society. I guess you could say, he set the groundwork for many of

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DNA is a complex molecule containing the genetic information that makes up the chromosome. Genomes are the complete instructions for making an organism, consisting of all the genetic material in that organism’s

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