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Mac chromatogram viewer
Mac chromatogram viewer









  1. Mac chromatogram viewer install#
  2. Mac chromatogram viewer full#
  3. Mac chromatogram viewer software#
  4. Mac chromatogram viewer windows#

Mac chromatogram viewer windows#

After doing a long analysis, you might find that you have 20+ windows open, and closing them all is kind of a pain. But a quick hint: The window management of MZmine2 is a little crazy. Hopefully that gets you started with making simple figures using MZmine2. To do that, right-click (or control-click on MacOS) the whitespace of the XIC viewing window, and select the “Export chromatogram” option.ġ2.

Mac chromatogram viewer software#

You can also export the intensity & retention time value-pairs of the chromatogram data into comma-separated-values “.csv” format, suitable for import into generic spreadsheet and plotting software (e.g. for inclusion in a paper, you can select the “Save as” option, and save the figure in a variety of vector formats (e.g.SVG. If you want to export the figure in a vector / editable format, e.g. I personally find this “Copy” feature convenient for pasting the XIC figure right into my OneNote digital lab notebook. PNG format to your computer’s system clipboard by selecting “Copy”. Export your figure by right-clicking (or control-clicking on MacOS) some whitespace in the viewing window. You can also manually set the minimum and maximum of the axes (e.g., you want all your figures to show 5-10 minutes in retention time), by clicking the “Setup range for axes” button, highlighted in the image below.ġ0. If your viewbox gets screwed up, right-click (or control-click on Mac), and select “Auto range->Both Axes” from the popup menu. Adjust the viewing window (aka, the range of the X and Y axes) by clicking and dragging a view box. you set your peak picking threshold too high, and the data you really care about was ignored)ĩ. This XIC module deals with the raw data, so it doesn’t make a lot of assumptions, unlike the assumptions in more involved downstream processing for computational metabolomics (e.g. Once the “From mass” parameters dialog pops up, you should set the expected center of your XIC window in the “m/z” box, and the width of the XIC window you want to see in the “m/z tolerance” boxes. You may also want to click “Clear Filters”, as you possibly may not see your data with the default filters (e.g., it could be filtering to MS 1 data only, but your data only has MS 2 scans). Next, tell MZmine2 which m/z you want to make an XIC for, by hitting the “From mass” button in the window that popped up.

Mac chromatogram viewer full#

In this case, I have selected 3 LC/MS runs with full scan (100-1000 m/z) MS 1 data.Ĩ. Select the files you are interested in with shift, and click Visualization (Top Menu)->TIC/XIC visualizer (dropdown menu). You can do a lot of data processing in MZmine2, including full untargeted metabolomics analyses & MS 2 spectral networking, but for a first pass, you probably just want to make an extracted-ion-chromatogram (XIC, or EIC). To sort the files, shift click the multiple imported raw files, to select them all, and then right-lick (or control-click on MacOS), and select Sort Alphabetically from the popup menu.ħ. I find it convenient to sort the imported files alphabetically, since they get loaded in an undefined order. mzML.gz files, using the Raw data methods (Top menu)->Raw data import method (dropdown menu).Ħ. In MZMine2, import your previously generated. See the MZmine2 website for more details.ĥ. The parameters below should work well for Ion Trap data. Setup MS Convert with your files, and the parameters.

Mac chromatogram viewer install#

You probably want to install it on a Windows computer, but there is also a experimental Docker image if you want to fiddle around with getting it to run well on Linux or Mac.Ģ. MS Convert with is a part of the ProteoWizard software package. But to be fair, LC/UV data is probably better suited for something like the more general & still work-in-progress AnIML file format, rather than the LC/MS oriented. mzML format, so you can’t (yet?) use MZmine2 to view that. Note: If your instrument produces LC/UV data alongside the LC/MS data, it probably does not also get converted into. MZmine2 is also very well suited for analysis of high-resolution LC/MS data (e.g. I find it more convenient for LC/MS data analysis than the vendor software, as I can do everything on my own laptop, rather than having to use the instrument computer. mzML) file format for data processing and figure generation. MZmine2 is free, open source software that can be installed on Mac/Windows/Linux, and can directly read the. mzML.gz ( gzipped, mzML) file format, followed by data analysis & figure generation using the MZmine2 LC/MS data analysis software. ion trap, quadrupole) LC/MS data into the. How to get your LC/MS data analysis off the instrument computer and onto your laptopįollowing Matt Might’s “Reply to public” blogging tip, here is a step-by-step tutorial (with pictures!) for converting low-resolution (e.g.











Mac chromatogram viewer