diff --git a/docs/gemdoc/daq_guide.md b/docs/gemdoc/daq_guide.md
index 2af607aeda142805f0ba4fdfb62a27e27b392aea..505a73a2c9ec49f26ab8dab35a13504db691feb5 100644
--- a/docs/gemdoc/daq_guide.md
+++ b/docs/gemdoc/daq_guide.md
@@ -90,8 +90,8 @@ A scan will be DONE when all 13 AMC Slots show DONE (6 for GE+1/1 and GE-1/1 and
 ## Analyze the Calibration Pulse Scan 
 (to be done in /gemdata directory)
         
+        ssh gemvm-control 
         sudo -u gemdoc -i 
-        ssh gemvm-control 
         gem-find-dead-channel -r <RUNNUMBER>
 
 After above is complete, open [Grafana : Dead Channels Trends](https://cmsgemonline-monitoring.app.cern.ch/d/Trh6MZd4k/dead-channels-trends?orgId=1&from=now-7d&to=now) and refresh page. Look through and see if any SC had a spike in # of dead channels. (Can also check the nice overview at the top of the page before scrolling through all SC). 
diff --git a/docs/operations/taking-data.md b/docs/operations/taking-data.md
index 4649158afdcbfb2d05f009584c1cebfeba76234d..8deae311c49347a1c10edf14ed07eb9d0839ee76 100644
--- a/docs/operations/taking-data.md
+++ b/docs/operations/taking-data.md
@@ -78,7 +78,8 @@ In case the calibration suite page was already opened before, reload the page ma
 In case the URL was changed, open the status table by the appropriate button and open the GEM calibration interface from the list of running applications.
 
 Select the "Physics" option in the drop down window.
-The option to use a given threshold for all VFATs instead of the one from the VFAT configuration can be chosen (`Same for all VFAT`) and the threshold can be set.
+
+The option to use a given threshold for all VFATs instead of the one from the VFAT configuration can be chosen (`Same for all VFAT`) and the threshold can be set. Moreover, it can be decided not to mask the noisy channels by selecting the `None` option in `Apply Channel Mask`). 
 Click on the "Apply settings" button.
 
 **Return to RCMS and enable the transfer to Tier-0 (T0) in the drop down window below the "DAQ" sub-system column, if the data are intended to be saved to disk.
@@ -88,6 +89,8 @@ From the RMCS interface, press on "Configure" and "Start".
 Once the statistics will be satisfactory, the run should be stopped with the "Stop" button.
 Then the MiniDAQ instance can be destroyed with the "Destroy" button in the _Automator_ control bar.
 
+For MiniDAQ runs a [DQM instance](http://dqmfu-c2b03-46-01.cms:8100/dqm/gem-online/) is available, where the runs taken can be checked.
+
 ## Taking a CSC-EMTF-GEM join run on the integration setup in building 904
 
 This paragraph covers the required actions on the GEM side in order to be able to take cosmic data on the GE1/1 integration setup using as triggers the signals from the ME1/1 chamber, available in the setup.
diff --git a/docs/references/bookmarks.md b/docs/references/bookmarks.md
index 378d1cba5eecc78989980c70420422c00ba61914..9d9909a86e1b170b278187657ae1c99d879e4c79 100644
--- a/docs/references/bookmarks.md
+++ b/docs/references/bookmarks.md
@@ -3,7 +3,7 @@
 ## Useful pages at p5
 
 * [GEM RCMS instance](http://cmsrc-gem.cms:20000/rcms/)
-* [GEM MiniDAQ online DQM](http://fu-c2f11-23-03.cms:8070/dqm/online-dev)
+* [GEM MiniDAQ online DQM](http://dqmfu-c2b03-46-01.cms:8100/dqm/gem-online/)
 
 ### Control applications