The Partek^® Flow^® Uploader Partek Flow Uploader is a Torrent Browser plugin that lets users easily upload run results into their to Partek Flow server for further analysis.

For quick video on how to run the plugin, you can go directly here.

This guide is for Partek^® Flow^® Uploader v.1.02 and covers the following:

Quick Video Tutorial on running the Plugin

The clip below above (video only, no audio) shows the Partek Flow Uploader plugin in action.

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Downloading the Plugin

Download the Partek^® Flow^® Uploader from the link links below:

https://customer.partek.com/plugins/PFU/PartekFlowUploader-1.0203.zip

This is a compressed zipped file. Do not unzip.
 

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From the plugins table, click the (Manage) gear icon for the Partek Flow Uploader and select Configure in the drop-down menu (Figure 6).

Global Partek Flow configuration settings can be entered into the plugin. When set, it will serve as the default for all users of the Torrent Browser. If multiple Partek Flow users are expected to run the plugin, it is recommended to leave the username and password fields blank so that individual users can enter them as needed. 

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In the Edit Plan page, go to the Plugins tab (Figure 9) and select the checkbox next to the PartekFlowUploader.

 Click the Configure hyperlink next to the PartekFlowUploader (Figure 10). If necessary, enter the Partek Flow URL, your username and your password. These are the same credentials you use to access Partek Flow directly on a web browser. Note that some fields may already be pre-populated depending on the global plugin configuration, you can edit the entries as needed. All fields are required to successfully run the plugin.

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To access the project, click on the Partek Flow hyperlink in the plugin results (Figure 11). You can also go directly to Partek Flow in a new browser window and access your account. In your Partek Flow homepage (Figure 12), you will now see the project created by the Partek Flow Uploader.

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Once the plugin starts running, it will indicate that it is Queued on the upper right corner of the Plugins Summary (Figure 16). There will also be a blue Stop button to cancel the operation.

Click the Refresh plugin status button to update. The plugin status will show Completed once the export is done and the data is available in Partek Flow (Figure 11).

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Sample table created by the

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Plugin

The Partek Flow Uploader plugin sends the unaligned bam files to the Partek Flow server. Each filename generated by the run will create a sample For each file, a Sample of the same name will be created in the Data tab (Figure 17).Figure 17:  

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Reads that had no detectable barcodes have been combined in a sample with a prefix: nomatch_rawlib.basecaller.bam (Row 17 in Figure 17). You can removed this sample from your analysis by clicking the gear icon Image Addednext to the sample name and choosing Delete sample.

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The data transferred by the Partek Flow Uploader is stored in a directory created for the Project within the user's default project output directory. For example, in Figure 1917, the data for this project is stored in: 
/home/flow/FlowData/jsmith/Project_CHP Hotspot Project

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Panel.

Conversion of UBAM to FASTQ files

The plugin transfers the Unaligned BAM data from the Torrent Browser. The UBAM file format retains all the information of the Ion Torrent Sequencer. In the Partek Flow Project, the Analyses tab would show a circular data node named Unaligned bam. Click on the data node and the context-sensitive task menu will appear on the right (Figure 2318). 

Unaligned BAM files are only compatible with the TMAP aligner, which can be selected in the Aligners section of the Task Menu. If you wish to use other aligners, you can convert the unaligned BAM files to FASTQ using the Convert to FASTQ task under Pre-alignment tools.  
Some information specific to Ion Torrent Data (such as Flow Order) are not retained in the FASTQ format. However, those are only relevant to Ion Torrent developed tools (such as the Torrent Variant Caller) and are not relevant to any other analysis tools. Image Removed
Figure 23:

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Once converted, the reads can then be aligned using a variety of aligners compatible with fastq FASTQ input (Figure 2419) . You can also perform other tasks such as Pre-alignment QAQC or run an existing pipeline.  
Another option is to include the Convert to FASTQ task in your pipeline and you can invoke the pipeline directly from an Unaligned bam data node.Image Removed
Figure 24:

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You do not have to delete files to delete a Project. Should you retain the files, they will remain in the Partek Flow server and can be deleted outside Partek Flow. 

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