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Partek Flow Documentation

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SubtitleTextSystem preferences page showing library file directory location and privilege settings. Settings can be changed by clicking on Edit system preferences at the bottom
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To change where the library files are stored, click Edit system preferences at the bottom and click Browse to point to another directory (Figure 2).

 

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SubtitleTextChanging where the library files are stored
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You can control whether non administrative users can manage library files. If you only want administrative users to manage library files, click Edit system preferences and select the checkbox shown in Figure 3. Non Administrative users will still be able to view the library files. Unselecting the checkbox will allow any user to manage library files, but only administrative users can remove entire assemblies. The assemblies and library files created by non administrative users will be available for all Partek Flow users.

 

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SubtitleTextChange whether administrative or non administrative users can manage library files.
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Library File Management Page

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SubtitleTextGenomic library files page
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The gray arrows (Image Modified/Image Modified) expand/collapse each section. Associated library files are shown in a table in each section. The view file ( ) icon in the Actions column of each table displays additional library file details. The red cross ( ) dissociates a library file. The hourglass ( ) icon indicates a library file is being created

Selecting an Assembly

Choosing an Assembly from the drop-down list at the top will display the associated library files in the pane below. Assemblies are named by the species and the build version (e.g. Homo sapiens (human) - hg19). Different build versions for the same species are regarded as separate assemblies (Figure 5). Administrative users can delete a selected assembly by clicking the red cross ( ).

 

 

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SubtitleTextHuman assembly versions hg17, hg18 and hg19 will appear as separate assemblies in the drop-down list.
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Cytoband files are used for drawing ideograms of chromosomes in the Chromosome view, including positions of cytogenetic bands if known.

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Gene sets. Gene set files are required for biological interpretation analyses (e.g. GO enrichment). Genes are grouped together according to their biological function. Gene set files have to be in GMT format, where each row represents one gene set. The first column of a GMT file is the GO ID or gene set name. The second column is an optional text description. Subsequent columns are the gene symbols that belong to each gene set.
Gene  Gene ontologies for various model organisms are available for automatic download from the Partek repository (source: geneontology.org). Because gene ontologies are frequently updated, geneontology.org is checked for updates quarterly. You can check for recent updates to the Partek repository on the Partek website.

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SubtitleTextAnnotation models are displayed in separate tables.
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The gray arrows (Image Modified/Image Modified) next to the annotation model name expand/collapse each table. The three annotation models displayed in Figure 7 are different versions from the same source (RefSeq), distinguishable by their date. Aligner indexes (e.g. for alignment to the transcriptome) are added to the table of the corresponding annotation model.

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