Study and comparison of next generation sequence algorithms and tools
Master of Science === Department of Computing and Information Sciences === Doina Caragea === This study is a comparison and exploration of next generation sequencing algorithms and tools. A simulation study was done to compare the performance of edgeR, DESeq, and baySeq in detecting differential gen...
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ndltd-KSU-oai-krex.k-state.edu-2097-176372017-03-03T15:45:12Z Study and comparison of next generation sequence algorithms and tools Yates, Heath Landon NGS BaySeq EdgeR DESeq Cufflinks Computer Science (0984) Master of Science Department of Computing and Information Sciences Doina Caragea This study is a comparison and exploration of next generation sequencing algorithms and tools. A simulation study was done to compare the performance of edgeR, DESeq, and baySeq in detecting differential gene expression. The methods were compared in context of a balanced pairwise design. The simulation results suggest that the methods are compa- rable under the conditions simulated. The study also explored real data comprised of one biological replicate between two treatments. Cufflinks and CummerRBund were used to detect differential gene expression. The visualization results from the real data suggest no differential expression is present. 2014-04-28T18:38:29Z 2014-04-28T18:38:29Z 2014-04-28 2014 May Report http://hdl.handle.net/2097/17637 en Kansas State University |
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en |
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NGS BaySeq EdgeR DESeq Cufflinks Computer Science (0984) |
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NGS BaySeq EdgeR DESeq Cufflinks Computer Science (0984) Yates, Heath Landon Study and comparison of next generation sequence algorithms and tools |
description |
Master of Science === Department of Computing and Information Sciences === Doina Caragea === This study is a comparison and exploration of next generation sequencing algorithms and tools. A simulation study was done to compare the performance of edgeR, DESeq, and baySeq in detecting differential gene expression. The methods were compared in context of a balanced pairwise design. The simulation results suggest that the methods are compa-
rable under the conditions simulated. The study also explored real data comprised of one
biological replicate between two treatments. Cufflinks and CummerRBund were used to
detect differential gene expression. The visualization results from the real data suggest no
differential expression is present. |
author |
Yates, Heath Landon |
author_facet |
Yates, Heath Landon |
author_sort |
Yates, Heath Landon |
title |
Study and comparison of next generation sequence algorithms and tools |
title_short |
Study and comparison of next generation sequence algorithms and tools |
title_full |
Study and comparison of next generation sequence algorithms and tools |
title_fullStr |
Study and comparison of next generation sequence algorithms and tools |
title_full_unstemmed |
Study and comparison of next generation sequence algorithms and tools |
title_sort |
study and comparison of next generation sequence algorithms and tools |
publisher |
Kansas State University |
publishDate |
2014 |
url |
http://hdl.handle.net/2097/17637 |
work_keys_str_mv |
AT yatesheathlandon studyandcomparisonofnextgenerationsequencealgorithmsandtools |
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1718419001276628992 |