SEQEL: a tool for biological sequence manipulation in Emacs

Summary Sequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological sequences. Here, we present SEQEL, a tool providing a convenient environment for editing, formatting and rendering of DNA, RNA and protein sequence...

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Published inBioinformatics Advances Vol. 1; no. 1; p. vbab019
Main Authors Xu, Zhenjiang Zech, Lu, Hui
Format Journal Article
LanguageEnglish
Published England Oxford University Press 2021
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Nucleotide sequence
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Abstract Summary Sequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological sequences. Here, we present SEQEL, a tool providing a convenient environment for editing, formatting and rendering of DNA, RNA and protein sequences. This is accomplished by extending the commonly used text editor, Emacs, which is available for Windows, Linux and Mac OS. Availability and Implementation The unit tested ELISP source code for seqel is freely available from https://github.com/rnaer/seqel along with documentation. Contact zhenjiang.xu@gmail.com
AbstractList Summary Sequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological sequences. Here, we present SEQEL, a tool providing a convenient environment for editing, formatting and rendering of DNA, RNA and protein sequences. This is accomplished by extending the commonly used text editor, Emacs, which is available for Windows, Linux and Mac OS. Availability and Implementation The unit tested ELISP source code for seqel is freely available from https://github.com/rnaer/seqel along with documentation. Contact zhenjiang.xu@gmail.com
Summary Sequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological sequences. Here, we present SEQEL, a tool providing a convenient environment for editing, formatting and rendering of DNA, RNA and protein sequences. This is accomplished by extending the commonly used text editor, Emacs, which is available for Windows, Linux and Mac OS. Availability and Implementation The unit tested ELISP source code for seqel is freely available from https://github.com/rnaer/seqel along with documentation. Contact zhenjiang.xu@gmail.com
Sequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological sequences. Here, we present SEQEL, a tool providing a convenient environment for editing, formatting and rendering of DNA, RNA and protein sequences. This is accomplished by extending the commonly used text editor, Emacs, which is available for Windows, Linux and Mac OS. The unit tested ELISP source code for seqel is freely available from https://github.com/rnaer/seqel along with documentation. zhenjiang.xu@gmail.com.
Sequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological sequences. Here, we present SEQEL, a tool providing a convenient environment for editing, formatting and rendering of DNA, RNA and protein sequences. This is accomplished by extending the commonly used text editor, Emacs, which is available for Windows, Linux and Mac OS.SummarySequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological sequences. Here, we present SEQEL, a tool providing a convenient environment for editing, formatting and rendering of DNA, RNA and protein sequences. This is accomplished by extending the commonly used text editor, Emacs, which is available for Windows, Linux and Mac OS.The unit tested ELISP source code for seqel is freely available from https://github.com/rnaer/seqel along with documentation.Availability and ImplementationThe unit tested ELISP source code for seqel is freely available from https://github.com/rnaer/seqel along with documentation.zhenjiang.xu@gmail.com.Contactzhenjiang.xu@gmail.com.
Author Xu, Zhenjiang Zech
Lu, Hui
AuthorAffiliation State Key Laboratory of Food Science and Technology, Nanchang University , Nanchang, Jiangxi 330029, China
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Snippet Summary Sequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological...
Sequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological sequences....
Summary Sequences are arguably the most common biological data. An easy-to-use tool can greatly facilitate daily manipulation and analysis of biological...
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Nucleotide sequence
Title SEQEL: a tool for biological sequence manipulation in Emacs
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