Turing, Margaret and florence on microbe

Surname 1
Name
Professor
Course
Date
Florence Nightingale
Florence Nightingale was born in Italy in a city known as Florence in the year 1920. At the
age of 24, she says she felt like she had been called by God to serve as a nurse. It was from this
where she developed the nursing profession despite a number of people being against it arguing
that it was a low paying job which could not fit a girl from a wealthy family like her. Nightingale
gained the knowledge of nursing through experience and played a great part in the treatment of
military who participated in the Crimean War. She made the nursing profession ranked among the
best professions. Nightingale also played a great role in the improvement of sanitation in the
hospitals especially the military hospitals. She seemed to recognize that the dirtiness and
deterioration act as the growth of microbes which in turn are the predisposing factors of diseases
(Nightingale Florence and Lynn McDonald, n.p). This preceded to generally all the clinics and
hospitals living nightingale considered to be the pioneer of cleanliness in hospitals.
Alan Turing
Alan Mathison Turing was born on June 1912. He was known for his knowledge in the
computer system. He was also a philosopher, mathematician, theoretical biologist, cryptanalyst
and a logician. He was quite very influential in the theoretical computer science and played a great
role in the provision of formalization of concepts of the algorithm. In the Second World War,
Surname 2
Turing worked at Bletchley in the Government Code and Cypher School. He provided a number
of techniques which aided in the speeding the breakdown of the German Ciphers. He also played
a great role in the cracking of coded messages making the allies to have a win over Nazis.
Generally, he made a number of improvements in the modern computers (Cooper, Barry and Jan,
n.p). Besides the contribution of computers, he played a role in the introduction of mathematical
biology in the age of 33years from where he developed patterns as well as shapes in biological
organisms.
Margaret Dayhoff
Dr. Margaret Oakley Dayhoff was born in Philadelphia. She was an associate director of
the “National Biomedical Research Foundation” at the “Georgetown University Medical Center.
She was also a great member in the medical center and was highly recognized in skills concerning
medical computer technology. Dayhoff has also being recognized for playing a key role in the
coming up with the Atlas of DNA sequences and structure which constituted a standard work on
proteins and DNA sequences (Strasser, 625). Dayhoff lays the basis of the knowledge on proteins
of different organisms in which researchers can borrow from and be able to understand evolution
and other related scientific processes.
The three pioneers aided greatly in the learning about microbiology. For example, Alan
Turing introduced the issue of Oracle computer which could be used in the viewing of microbes.
Florence helped in the sanitary operations reducing the growth of microbes thus seen to have an
idea about what the microbes could bring about. Lastly, Margaret Dayhoff brought the knowledge
about the DNA structures and sequences of microorganisms helping to understand much about the
composition of the microbes.
Surname 3
These pioneers played a very pivotal role in the provision of information which could be
used for research. They seem to converge in a number of areas like for example Turing and
Florence take part in wars and also pay a great contribution to the understanding of microbes. It
can, therefore, be concluded that the pioneers met due to the aspect that they possess good
intellectual abilities since they meet in the expression of the capabilities in the field.
Works cited
Cooper, S. Barry, and Jan Van Leeuwen, eds. Alan Turing: His work and impact. Elsevier, 2013.
Nightingale, Florence, and Lynn McDonald. Florence Nightingale and Hospital Reform:
Collected Works of Florence Nightingale, volume 16. Vol. 16. Wilfrid Laurier Univ.
Press, 2012.
Strasser, Bruno J. "Collecting, comparing, and computing sequences: the making of Margaret O.
Dayhoff’s atlas of protein sequence and structure, 1954–1965." Journal of the History of
Biology 43.4 (2010): 623-660.

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