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Liputils: a Python module to manage individual fatty acid moieties from complex lipids.


ABSTRACT: Lipidomic analyses address the problem of characterizing the lipid components of given cells, tissues and organisms by means of chromatographic separations coupled to high-resolution, tandem mass spectrometry analyses. A number of software tools have been developed to help in the daunting task of mass spectrometry signal processing and cleaning, peak analysis and compound identification, and a typical finished lipidomic dataset contains hundreds to thousands of individual molecular lipid species. To provide researchers without a specific technical expertise in mass spectrometry the possibility of broadening the exploration of lipidomic datasets, we have developed liputils, a Python module that specializes in the extraction of fatty acid moieties from individual molecular lipids. There is no prerequisite data format, as liputils extracts residues from RefMet-compliant textual identifiers and from annotations of other commercially available services. We provide three examples of real-world data processing with liputils, as well as a detailed protocol on how to readily process an existing dataset that can be followed with basic informatics skills.

SUBMITTER: Manzini S 

PROVIDER: S-EPMC7415148 | biostudies-literature | 2020 Aug

REPOSITORIES: biostudies-literature

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liputils: a Python module to manage individual fatty acid moieties from complex lipids.

Manzini Stefano S   Busnelli Marco M   Colombo Alice A   Kiamehr Mostafa M   Chiesa Giulia G  

Scientific reports 20200807 1


Lipidomic analyses address the problem of characterizing the lipid components of given cells, tissues and organisms by means of chromatographic separations coupled to high-resolution, tandem mass spectrometry analyses. A number of software tools have been developed to help in the daunting task of mass spectrometry signal processing and cleaning, peak analysis and compound identification, and a typical finished lipidomic dataset contains hundreds to thousands of individual molecular lipid species  ...[more]

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