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James Watson's account of the events that led to the discovery of the
structure of deoxyribose nucleic acid (DNA) is a very witty narrative, and
shines light on the nature of scientists. Watson describes the many key events
that led to the eventual discovery of the structure of DNA in a scientific
manner, while including many experiences in his life that happened at the same
time which really have no great significant impact on the discovery of the DNA
The Double Helix begins with a brief description of some of the
individuals that played a significant role in the discovery of DNA structure.
Francis Crick is the one individual that may have influenced Watson the most in
the discovery. Crick seemed to be a loud and out spoken man. He never was
afraid to express his opinion or suggestions to others. Watson appreciated
Crick for this outspoken nature, while others could not bear Crick because of
this nature. Maurice Wilkins was a much calmer and quieter man that worked in
London at King's College. Wilkins was the initial person that excited Watson on
DNA research. Wilkins had an assistant, Rosalind Franklin (also known as Rosy).
Initially, Wilkins thought that Rosy was supposed to be his assistant in
researching the structure of DNA because of her expertise in crystallography;
however, Rosy did not want to be thought of as anybody's assistant and let her
feelings be known to others. Throughout the book there is a drama between
Wilkins and Rosy, a drama for the struggle of power between the two.
Watson's "adventure" begins when he receives a grant to leave the United
States and go to Copenhagen to do his postdoctoral work with a biochemist named
Herman Kalckar. Watson found that studying biochemistry was not as exciting as
he hoped it would be; fortunately, he met up with Ole Maaloe, another scientist
doing research on phages (Watson studied phages intensively while in graduate
school). He found himself helping Ole with many of his experiments and soon he
was helping Ole with his experiments more than he was helping Herman with his
experiments. At first, Watson felt like he was deceiving the board of trustees
by not studying the material that the board sent him to study. However, Watson
felt justified because Herman was becoming less and less interested in teaching
Watson because of Herman's current personal affairs (Herman and his wife decided
to get a divorce). With Herman's lack of interest in teaching biochemistry,
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- The Double Helix was written by James D. Watson. James Dewey Watson was born on April 6th, 1928, in Chicago Illinois. He was a precocious student, and entered the University of Chicago when he was only 15. He received his Bachelor of Science degree in zoology four years later, and then went on to earn a Ph.D. in the same subject at Indiana University. Watson Joined Francis Crick at Cambridge in 1951, in an attempt to determine the chemical structure of living matter. They continued their work until February 28, 1954 when they made a historic discovery.... [tags: DNA, Discovery, Science]
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- 1. Franklin and Wilkins believed that x-ray diffraction was the correct tool and there is no helix; he (Wilkins) did this with the help of Franklin expertise in crystallography. “It was downright obvious to her that the only way to establish the DNA structure was by pure crystallographic approaches. As model building did not appeal to her, at no time did she mention Pauling 's triumph over the α-helix”(26). Although Watson and Crick both were also influenced by Wilkins and Franklins idea,they went on with looking at DNA with models and with two “chains” (the sugar phosphate) that wrapped around each other also know and the two helix.... [tags: DNA, Francis Crick, Double helix, James D. Watson]
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While in Copenhagen, Herman suggested that Watson go on a spring trip to
the Zoological station at Naples. It was in Naples that Watson first met
Wilkins. It was also in Naples that Watson first became excited about X-ray
work on DNA. The spark that ignited Wilkins' fire was a small scientific
meeting on the structures of the large molecules found in living cells. Watson
had always been interested in DNA ever since he was a senior in college. Now
that he learned of some new research on how to study DNA, he had the craving to
discover the structure of the mysterious molecule that he believed to be the
"stuff of life". Watson never had the chance to discuss DNA with Wilkins that
spring; however, that did not kill Watson's desire to learn about its structure.
Watson's fire was further kindled by Linus Pauling, an incredibly
intelligent scientist out of Cal Tech. Pauling had partly solved the structure
of proteins. He discovered that proteins have an alpha-helical shape. Watson
thought this was an incredible discovery! He was excited to research and learn
about the DNA structure.
Watson was worried about where he could learn more about DNA and how to
solve X- ray diffraction pictures so the structure of DNA could be understood.
He knew he could not do this at Cal Tech with Pauling because Pauling was too
great a man to waste time with Watson and Wilkins continually put Watson off.
Soon Watson became aware that Cambridge was the place he could get experience to
solve the DNA problem. It was about this time that Watson's grant was about to
expire. He decided to write Washington and request that his grant be renewed,
continuing his studies in Cambridge rather than Copenhagen. Thinking that
Washington would not deny his request, Watson packed up and went to Cambridge.
He worked several months in Cambridge when finally he received a return letter
from Washington. The letter stated that his grant would not be continued.
Nevertheless, Watson decided to remain in Cambridge and continue his stimulating
It was in Cambridge that Watson first met Francis Crick. Here, Watson
discovered the fun of talking to Crick. In addition, Watson was elated that he
found someone in the lab that thought DNA was more important than proteins.
Soon Watson and Crick found themselves having a daily lunch break together
discussing many scientific topics, in particular, the unique aspects of DNA.
As reports came to Watson and Crick about Paulings efforts to discover
the structure of DNA, they began to feel pressure to discover the structure
before Pauling did. However, Watson and Crick were at a disadvantage because
they did not have access to some valuable research done by Wilkins and Rosy.
This did not discourage Watson and Crick. With the limited information they had,
they began to riddle over the possible structures of DNA. So far all the
evidence they had (and also their intuition) indicated that DNA was a helical
structure like proteins with either one, two, or three strands. Pauling was
able to discover the alpha-helix by fiddling with models; by trial and error he
came up with the correct structure. Watson and Crick decided to try model
building as a method of solving the structure of DNA.
Over a period of weeks to months, Watson and Crick fumbled around with
DNA models. All did not go smoothly. One of the difficulties was that Watson
and Crick did not have all the materials available to construct a model with the
inorganic ions like DNA. With some manipulation of on-hand material they were
able to create a model to their liking.
Watson and Crick had constructed a beautiful three chain helix
representing DNA. The next obvious step would be to check the parameters with
Rosy's quantitative measurements. To their knowledge the model would certainly
fit the general locations of the X-ray reflections. Upon completion, Watson and
Crick were ecstatic about their accomplishment. To be the first to discover the
structure of such an important molecule like DNA was going to make a major
impact in the world.
A phone call was made to Wilkins asking that he come to Cambridge to
view the model and issue his opinion on its validity. The next day both Wilkins
and Rosy came to Cambridge to view the model. Watson and Crick had their
presentations prepared. They planned to dazzle their audience as they explained
how they solved the complexity of the DNA structure. As their discussion went
forth, Wilkins was skeptical on many aspects of the model. Rosy was completely
dissatisfied with the model, especially with the fact that the model had Mg++
ions holding together the phosphate groups of the three-chain model. She noted
that the Mg++ ions would be surrounded by tight shells of water molecules which
contradicted the results she had gained on the water content of DNA molecules
from her experiments.
The rest of the day was spent trying to salvage what little argument
Watson and Crick had. Over lunch was no success, neither did they prevail when
they returned to the lab. Soon the day was over and Wilkins and Rosy returned
to London. When Watson and Crick's supervisors heard of the failure with the
model, they ruled that no further research would be done at Cambridge on DNA.
For over a year Watson and Crick let DNA alone, only to be pondered upon while
not working on other projects.
That year Watson worked on researching the tobacco mosaic virus (TMV).
A vital component to TMV was the nucleic acid, so it was the perfect front to
mask his continued interest in DNA. Over time and hard work, Watson was able to
show that some parts of TMV were helical in shape and thus decided to return to
work on the structure of DNA.
With more knowledge and expertise the research went forward with passion.
Watson had seen an X-ray picture taken by Rosy that to him gave sure evidence
that DNA was helical. Wilkins data only furthered his conviction. Watson and
Crick were back at it again with a new fervor. They knew that there was a sugar
phosphate backbone to the structure and it was held together somehow by the
nucleic acids (adenine, thymine, cytosine, and guanine). Watson had a hunch
that the shape was going to be a double helix. At first Watson thought the two
backbones were held together by a like-with-like structure (adenine-adenine,
thymine-thymine, etc.) holding the nucleic acids together with a hydrogen bonds.
After about a day Watson realized that a like- with-like structure just was not
Watson knew that the amounts of adenine always equaled thymine and
amounts of cytosine equaled guanine. With the help of Crick, they tried to
construct a model by pairing adenine with thymine and guanine with cytosine.
This fell together very nicely. After obtaining several opinions on the
validity of their work they placed a call to Wilkins. Wilkins and Rosy came
down and to the surprise of Watson and Crick, Wilkins and Rosy were immediately
pleased with the model. After comparing results and measuring the model they
decided that Wilkins and Rosy would publish a paper at the same time Watson and
Crick published their paper, announcing their discovery.
This was indeed an incredible discovery for the world, especially for
the world of biology. The structure for the "stuff of life" was finally
discovered. Watson and Crick went on to win the Nobel Prize for their work.
Pauling who had worked so hard to discover the structure was not disgruntled by
the fact that someone had beaten him to the discovery, but rather pleased that
the problem was finally solved. Everyone was enthusiastic about the new
This was excellent reading. Watson not only told the story of how the
structure of DNA was discovered but he also let us in on the developments of
parts of his personal life. He would speak of how he tried to have dinners at a
school that was teaching young, pretty French girls English. He also spoke much
of his relationship with Crick and Crick's wife, Odile. He made the book come
alive and science seem more fun, breaking the stereotype of the scientist. I
especially enjoyed how he described Rosy and her firm dedicated feministic
attitude. The reader could feel sympathy for the tribulations Wilkins had to go
through working with her.
The book was an excellent account of the discovery of the structure of
DNA. Throughout the text, Watson mostly eluded to the greatness of others
rather than to his own greatness. Even though he played probably the most
significant part in the discovery of DNA's structure he gave credit to those
that have inspired him.
Watson, James D. The Double Helix. New York: Atheneum, 1968.