Cargando…
Comparative Analysis of the Transcriptome across Distant Species
Autores principales: | , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , , |
---|---|
Formato: | Online Artículo Texto |
Lenguaje: | English |
Publicado: |
2014
|
Materias: | |
Acceso en línea: | https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4155737/ https://www.ncbi.nlm.nih.gov/pubmed/25164755 http://dx.doi.org/10.1038/nature13424 |
_version_ | 1782333617919229952 |
---|---|
author | Gerstein, Mark B. Rozowsky, Joel Yan, Koon-Kiu Wang, Daifeng Cheng, Chao Brown, James B. Davis, Carrie A Hillier, LaDeana Sisu, Cristina Li, Jingyi Jessica Pei, Baikang Harmanci, Arif O. Duff, Michael O. Djebali, Sarah Alexander, Roger P. Alver, Burak H. Auerbach, Raymond Bell, Kimberly Bickel, Peter J. Boeck, Max E. Boley, Nathan P. Booth, Benjamin W. Cherbas, Lucy Cherbas, Peter Di, Chao Dobin, Alex Drenkow, Jorg Ewing, Brent Fang, Gang Fastuca, Megan Feingold, Elise A. Frankish, Adam Gao, Guanjun Good, Peter J. Guigó, Roderic Hammonds, Ann Harrow, Jen Hoskins, Roger A. Howald, Cédric Hu, Long Huang, Haiyan Hubbard, Tim J. P. Huynh, Chau Jha, Sonali Kasper, Dionna Kato, Masaomi Kaufman, Thomas C. Kitchen, Robert R. Ladewig, Erik Lagarde, Julien Lai, Eric Leng, Jing Lu, Zhi MacCoss, Michael May, Gemma McWhirter, Rebecca Merrihew, Gennifer Miller, David M. Mortazavi, Ali Murad, Rabi Oliver, Brian Olson, Sara Park, Peter J. Pazin, Michael J. Perrimon, Norbert Pervouchine, Dmitri Reinke, Valerie Reymond, Alexandre Robinson, Garrett Samsonova, Anastasia Saunders, Gary I. Schlesinger, Felix Sethi, Anurag Slack, Frank J. Spencer, William C. Stoiber, Marcus H. Strasbourger, Pnina Tanzer, Andrea Thompson, Owen A. Wan, Kenneth H. Wang, Guilin Wang, Huaien Watkins, Kathie L. Wen, Jiayu Wen, Kejia Xue, Chenghai Yang, Li Yip, Kevin Zaleski, Chris Zhang, Yan Zheng, Henry Brenner, Steven E. Graveley, Brenton R. Celniker, Susan E. Gingeras, Thomas R Waterston, Robert |
author_facet | Gerstein, Mark B. Rozowsky, Joel Yan, Koon-Kiu Wang, Daifeng Cheng, Chao Brown, James B. Davis, Carrie A Hillier, LaDeana Sisu, Cristina Li, Jingyi Jessica Pei, Baikang Harmanci, Arif O. Duff, Michael O. Djebali, Sarah Alexander, Roger P. Alver, Burak H. Auerbach, Raymond Bell, Kimberly Bickel, Peter J. Boeck, Max E. Boley, Nathan P. Booth, Benjamin W. Cherbas, Lucy Cherbas, Peter Di, Chao Dobin, Alex Drenkow, Jorg Ewing, Brent Fang, Gang Fastuca, Megan Feingold, Elise A. Frankish, Adam Gao, Guanjun Good, Peter J. Guigó, Roderic Hammonds, Ann Harrow, Jen Hoskins, Roger A. Howald, Cédric Hu, Long Huang, Haiyan Hubbard, Tim J. P. Huynh, Chau Jha, Sonali Kasper, Dionna Kato, Masaomi Kaufman, Thomas C. Kitchen, Robert R. Ladewig, Erik Lagarde, Julien Lai, Eric Leng, Jing Lu, Zhi MacCoss, Michael May, Gemma McWhirter, Rebecca Merrihew, Gennifer Miller, David M. Mortazavi, Ali Murad, Rabi Oliver, Brian Olson, Sara Park, Peter J. Pazin, Michael J. Perrimon, Norbert Pervouchine, Dmitri Reinke, Valerie Reymond, Alexandre Robinson, Garrett Samsonova, Anastasia Saunders, Gary I. Schlesinger, Felix Sethi, Anurag Slack, Frank J. Spencer, William C. Stoiber, Marcus H. Strasbourger, Pnina Tanzer, Andrea Thompson, Owen A. Wan, Kenneth H. Wang, Guilin Wang, Huaien Watkins, Kathie L. Wen, Jiayu Wen, Kejia Xue, Chenghai Yang, Li Yip, Kevin Zaleski, Chris Zhang, Yan Zheng, Henry Brenner, Steven E. Graveley, Brenton R. Celniker, Susan E. Gingeras, Thomas R Waterston, Robert |
author_sort | Gerstein, Mark B. |
collection | PubMed |
description | |
format | Online Article Text |
id | pubmed-4155737 |
institution | National Center for Biotechnology Information |
language | English |
publishDate | 2014 |
record_format | MEDLINE/PubMed |
spelling | pubmed-41557372015-02-28 Comparative Analysis of the Transcriptome across Distant Species Gerstein, Mark B. Rozowsky, Joel Yan, Koon-Kiu Wang, Daifeng Cheng, Chao Brown, James B. Davis, Carrie A Hillier, LaDeana Sisu, Cristina Li, Jingyi Jessica Pei, Baikang Harmanci, Arif O. Duff, Michael O. Djebali, Sarah Alexander, Roger P. Alver, Burak H. Auerbach, Raymond Bell, Kimberly Bickel, Peter J. Boeck, Max E. Boley, Nathan P. Booth, Benjamin W. Cherbas, Lucy Cherbas, Peter Di, Chao Dobin, Alex Drenkow, Jorg Ewing, Brent Fang, Gang Fastuca, Megan Feingold, Elise A. Frankish, Adam Gao, Guanjun Good, Peter J. Guigó, Roderic Hammonds, Ann Harrow, Jen Hoskins, Roger A. Howald, Cédric Hu, Long Huang, Haiyan Hubbard, Tim J. P. Huynh, Chau Jha, Sonali Kasper, Dionna Kato, Masaomi Kaufman, Thomas C. Kitchen, Robert R. Ladewig, Erik Lagarde, Julien Lai, Eric Leng, Jing Lu, Zhi MacCoss, Michael May, Gemma McWhirter, Rebecca Merrihew, Gennifer Miller, David M. Mortazavi, Ali Murad, Rabi Oliver, Brian Olson, Sara Park, Peter J. Pazin, Michael J. Perrimon, Norbert Pervouchine, Dmitri Reinke, Valerie Reymond, Alexandre Robinson, Garrett Samsonova, Anastasia Saunders, Gary I. Schlesinger, Felix Sethi, Anurag Slack, Frank J. Spencer, William C. Stoiber, Marcus H. Strasbourger, Pnina Tanzer, Andrea Thompson, Owen A. Wan, Kenneth H. Wang, Guilin Wang, Huaien Watkins, Kathie L. Wen, Jiayu Wen, Kejia Xue, Chenghai Yang, Li Yip, Kevin Zaleski, Chris Zhang, Yan Zheng, Henry Brenner, Steven E. Graveley, Brenton R. Celniker, Susan E. Gingeras, Thomas R Waterston, Robert Nature Article 2014-08-28 /pmc/articles/PMC4155737/ /pubmed/25164755 http://dx.doi.org/10.1038/nature13424 Text en http://creativecommons.org/licenses/by/3.0/ This paper is distributed under the terms of the Creative Commons Attribution-Non-Commercial-Share Alike licence, and the online version of the paper is freely available to all readers. |
spellingShingle | Article Gerstein, Mark B. Rozowsky, Joel Yan, Koon-Kiu Wang, Daifeng Cheng, Chao Brown, James B. Davis, Carrie A Hillier, LaDeana Sisu, Cristina Li, Jingyi Jessica Pei, Baikang Harmanci, Arif O. Duff, Michael O. Djebali, Sarah Alexander, Roger P. Alver, Burak H. Auerbach, Raymond Bell, Kimberly Bickel, Peter J. Boeck, Max E. Boley, Nathan P. Booth, Benjamin W. Cherbas, Lucy Cherbas, Peter Di, Chao Dobin, Alex Drenkow, Jorg Ewing, Brent Fang, Gang Fastuca, Megan Feingold, Elise A. Frankish, Adam Gao, Guanjun Good, Peter J. Guigó, Roderic Hammonds, Ann Harrow, Jen Hoskins, Roger A. Howald, Cédric Hu, Long Huang, Haiyan Hubbard, Tim J. P. Huynh, Chau Jha, Sonali Kasper, Dionna Kato, Masaomi Kaufman, Thomas C. Kitchen, Robert R. Ladewig, Erik Lagarde, Julien Lai, Eric Leng, Jing Lu, Zhi MacCoss, Michael May, Gemma McWhirter, Rebecca Merrihew, Gennifer Miller, David M. Mortazavi, Ali Murad, Rabi Oliver, Brian Olson, Sara Park, Peter J. Pazin, Michael J. Perrimon, Norbert Pervouchine, Dmitri Reinke, Valerie Reymond, Alexandre Robinson, Garrett Samsonova, Anastasia Saunders, Gary I. Schlesinger, Felix Sethi, Anurag Slack, Frank J. Spencer, William C. Stoiber, Marcus H. Strasbourger, Pnina Tanzer, Andrea Thompson, Owen A. Wan, Kenneth H. Wang, Guilin Wang, Huaien Watkins, Kathie L. Wen, Jiayu Wen, Kejia Xue, Chenghai Yang, Li Yip, Kevin Zaleski, Chris Zhang, Yan Zheng, Henry Brenner, Steven E. Graveley, Brenton R. Celniker, Susan E. Gingeras, Thomas R Waterston, Robert Comparative Analysis of the Transcriptome across Distant Species |
title | Comparative Analysis of the Transcriptome across Distant
Species |
title_full | Comparative Analysis of the Transcriptome across Distant
Species |
title_fullStr | Comparative Analysis of the Transcriptome across Distant
Species |
title_full_unstemmed | Comparative Analysis of the Transcriptome across Distant
Species |
title_short | Comparative Analysis of the Transcriptome across Distant
Species |
title_sort | comparative analysis of the transcriptome across distant
species |
topic | Article |
url | https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4155737/ https://www.ncbi.nlm.nih.gov/pubmed/25164755 http://dx.doi.org/10.1038/nature13424 |
work_keys_str_mv | AT gersteinmarkb comparativeanalysisofthetranscriptomeacrossdistantspecies AT rozowskyjoel comparativeanalysisofthetranscriptomeacrossdistantspecies AT yankoonkiu comparativeanalysisofthetranscriptomeacrossdistantspecies AT wangdaifeng comparativeanalysisofthetranscriptomeacrossdistantspecies AT chengchao comparativeanalysisofthetranscriptomeacrossdistantspecies AT brownjamesb comparativeanalysisofthetranscriptomeacrossdistantspecies AT daviscarriea comparativeanalysisofthetranscriptomeacrossdistantspecies AT hillierladeana comparativeanalysisofthetranscriptomeacrossdistantspecies AT sisucristina comparativeanalysisofthetranscriptomeacrossdistantspecies AT lijingyijessica comparativeanalysisofthetranscriptomeacrossdistantspecies AT peibaikang comparativeanalysisofthetranscriptomeacrossdistantspecies AT harmanciarifo comparativeanalysisofthetranscriptomeacrossdistantspecies AT duffmichaelo comparativeanalysisofthetranscriptomeacrossdistantspecies AT djebalisarah comparativeanalysisofthetranscriptomeacrossdistantspecies AT alexanderrogerp comparativeanalysisofthetranscriptomeacrossdistantspecies AT alverburakh comparativeanalysisofthetranscriptomeacrossdistantspecies AT auerbachraymond comparativeanalysisofthetranscriptomeacrossdistantspecies AT bellkimberly comparativeanalysisofthetranscriptomeacrossdistantspecies AT bickelpeterj comparativeanalysisofthetranscriptomeacrossdistantspecies AT boeckmaxe comparativeanalysisofthetranscriptomeacrossdistantspecies AT boleynathanp comparativeanalysisofthetranscriptomeacrossdistantspecies AT boothbenjaminw comparativeanalysisofthetranscriptomeacrossdistantspecies AT cherbaslucy comparativeanalysisofthetranscriptomeacrossdistantspecies AT cherbaspeter comparativeanalysisofthetranscriptomeacrossdistantspecies AT dichao comparativeanalysisofthetranscriptomeacrossdistantspecies AT dobinalex comparativeanalysisofthetranscriptomeacrossdistantspecies AT drenkowjorg comparativeanalysisofthetranscriptomeacrossdistantspecies AT ewingbrent comparativeanalysisofthetranscriptomeacrossdistantspecies AT fanggang comparativeanalysisofthetranscriptomeacrossdistantspecies AT fastucamegan comparativeanalysisofthetranscriptomeacrossdistantspecies AT feingoldelisea comparativeanalysisofthetranscriptomeacrossdistantspecies AT frankishadam comparativeanalysisofthetranscriptomeacrossdistantspecies AT gaoguanjun comparativeanalysisofthetranscriptomeacrossdistantspecies AT goodpeterj comparativeanalysisofthetranscriptomeacrossdistantspecies AT guigoroderic comparativeanalysisofthetranscriptomeacrossdistantspecies AT hammondsann comparativeanalysisofthetranscriptomeacrossdistantspecies AT harrowjen comparativeanalysisofthetranscriptomeacrossdistantspecies AT hoskinsrogera comparativeanalysisofthetranscriptomeacrossdistantspecies AT howaldcedric comparativeanalysisofthetranscriptomeacrossdistantspecies AT hulong comparativeanalysisofthetranscriptomeacrossdistantspecies AT huanghaiyan comparativeanalysisofthetranscriptomeacrossdistantspecies AT hubbardtimjp comparativeanalysisofthetranscriptomeacrossdistantspecies AT huynhchau comparativeanalysisofthetranscriptomeacrossdistantspecies AT jhasonali comparativeanalysisofthetranscriptomeacrossdistantspecies AT kasperdionna comparativeanalysisofthetranscriptomeacrossdistantspecies AT katomasaomi comparativeanalysisofthetranscriptomeacrossdistantspecies AT kaufmanthomasc comparativeanalysisofthetranscriptomeacrossdistantspecies AT kitchenrobertr comparativeanalysisofthetranscriptomeacrossdistantspecies AT ladewigerik comparativeanalysisofthetranscriptomeacrossdistantspecies AT lagardejulien comparativeanalysisofthetranscriptomeacrossdistantspecies AT laieric comparativeanalysisofthetranscriptomeacrossdistantspecies AT lengjing comparativeanalysisofthetranscriptomeacrossdistantspecies AT luzhi comparativeanalysisofthetranscriptomeacrossdistantspecies AT maccossmichael comparativeanalysisofthetranscriptomeacrossdistantspecies AT maygemma comparativeanalysisofthetranscriptomeacrossdistantspecies AT mcwhirterrebecca comparativeanalysisofthetranscriptomeacrossdistantspecies AT merrihewgennifer comparativeanalysisofthetranscriptomeacrossdistantspecies AT millerdavidm comparativeanalysisofthetranscriptomeacrossdistantspecies AT mortazaviali comparativeanalysisofthetranscriptomeacrossdistantspecies AT muradrabi comparativeanalysisofthetranscriptomeacrossdistantspecies AT oliverbrian comparativeanalysisofthetranscriptomeacrossdistantspecies AT olsonsara comparativeanalysisofthetranscriptomeacrossdistantspecies AT parkpeterj comparativeanalysisofthetranscriptomeacrossdistantspecies AT pazinmichaelj comparativeanalysisofthetranscriptomeacrossdistantspecies AT perrimonnorbert comparativeanalysisofthetranscriptomeacrossdistantspecies AT pervouchinedmitri comparativeanalysisofthetranscriptomeacrossdistantspecies AT reinkevalerie comparativeanalysisofthetranscriptomeacrossdistantspecies AT reymondalexandre comparativeanalysisofthetranscriptomeacrossdistantspecies AT robinsongarrett comparativeanalysisofthetranscriptomeacrossdistantspecies AT samsonovaanastasia comparativeanalysisofthetranscriptomeacrossdistantspecies AT saundersgaryi comparativeanalysisofthetranscriptomeacrossdistantspecies AT schlesingerfelix comparativeanalysisofthetranscriptomeacrossdistantspecies AT sethianurag comparativeanalysisofthetranscriptomeacrossdistantspecies AT slackfrankj comparativeanalysisofthetranscriptomeacrossdistantspecies AT spencerwilliamc comparativeanalysisofthetranscriptomeacrossdistantspecies AT stoibermarcush comparativeanalysisofthetranscriptomeacrossdistantspecies AT strasbourgerpnina comparativeanalysisofthetranscriptomeacrossdistantspecies AT tanzerandrea comparativeanalysisofthetranscriptomeacrossdistantspecies AT thompsonowena comparativeanalysisofthetranscriptomeacrossdistantspecies AT wankennethh comparativeanalysisofthetranscriptomeacrossdistantspecies AT wangguilin comparativeanalysisofthetranscriptomeacrossdistantspecies AT wanghuaien comparativeanalysisofthetranscriptomeacrossdistantspecies AT watkinskathiel comparativeanalysisofthetranscriptomeacrossdistantspecies AT wenjiayu comparativeanalysisofthetranscriptomeacrossdistantspecies AT wenkejia comparativeanalysisofthetranscriptomeacrossdistantspecies AT xuechenghai comparativeanalysisofthetranscriptomeacrossdistantspecies AT yangli comparativeanalysisofthetranscriptomeacrossdistantspecies AT yipkevin comparativeanalysisofthetranscriptomeacrossdistantspecies AT zaleskichris comparativeanalysisofthetranscriptomeacrossdistantspecies AT zhangyan comparativeanalysisofthetranscriptomeacrossdistantspecies AT zhenghenry comparativeanalysisofthetranscriptomeacrossdistantspecies AT brennerstevene comparativeanalysisofthetranscriptomeacrossdistantspecies AT graveleybrentonr comparativeanalysisofthetranscriptomeacrossdistantspecies AT celnikersusane comparativeanalysisofthetranscriptomeacrossdistantspecies AT gingerasthomasr comparativeanalysisofthetranscriptomeacrossdistantspecies AT waterstonrobert comparativeanalysisofthetranscriptomeacrossdistantspecies |