Difference between revisions of "User:Ncv3"
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Contact: ncv3@duke.edu | Contact: ncv3@duke.edu | ||
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Homework 1 Link- Creating Better Medicines GC: | Homework 1 Link- Creating Better Medicines GC: | ||
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Summary: Professor Frigessi, Professor of Biostatistics at the University of Oslo, is carry out research to discover small portions of DNA which could cause serious genetic diseases. He believes that in 10 years, researchers could be using his work to develop "personalized" medicines capable of treating specific genetic conditions. | Summary: Professor Frigessi, Professor of Biostatistics at the University of Oslo, is carry out research to discover small portions of DNA which could cause serious genetic diseases. He believes that in 10 years, researchers could be using his work to develop "personalized" medicines capable of treating specific genetic conditions. | ||
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| + | Name Pronounciation: Nick-Hill Vis-wuh-na-thun | ||
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| + | Favorite MATLAB Demo: The 3D plots and 3D surface plots under graphing because of their current personal utility. I am in Math 103 and when I asked our teacher how we could go about graphing complicated and tough-to-visualize 3D functions, she said we could use a program called Matlab. Therefore I am excited to learn how to do this in MATLAB. | ||
Latest revision as of 01:58, 23 September 2011
Nikhil's Pratt Pundit Page
Welcome to my Pratt Pundit page, newly created on 9/22/11.
Contact: ncv3@duke.edu
Homework 1 Link- Creating Better Medicines GC:
Sifting out Genetic Defects from Mounds of Data, Dag Hallvard Ystgaard/Elsie Lie, Research Council of Norway, 9/21/11, 9/22/11 (Grand Challenge)
Summary: Professor Frigessi, Professor of Biostatistics at the University of Oslo, is carry out research to discover small portions of DNA which could cause serious genetic diseases. He believes that in 10 years, researchers could be using his work to develop "personalized" medicines capable of treating specific genetic conditions.
Homework 2
Name Pronounciation: Nick-Hill Vis-wuh-na-thun
Favorite MATLAB Demo: The 3D plots and 3D surface plots under graphing because of their current personal utility. I am in Math 103 and when I asked our teacher how we could go about graphing complicated and tough-to-visualize 3D functions, she said we could use a program called Matlab. Therefore I am excited to learn how to do this in MATLAB.
