update text

Author: CamDavidsonPilon

developer-guide/07-Plugins/02-adding-plugins-to-ui.md

@@ -32,19 +32,19 @@ display_name: Name
 job_name: job_name_as_defined_in_Python
 display: true  # true to display on the /Pioreactors card
 source: your_plugin_name
-description: This description is displayed with the start/stop buttons in Manage / Activities.
+description: This description is displayed with the start/stop buttons in Control / Activities.
 published_settings:
   - key: rpm   # as defined in Python
     unit: RPM  #
     label: Stirring speed # human readable name
-    description: This description is displayed with an editable field in Manage / Settings.
+    description: This description is displayed with an editable field in Control / Settings.
     type: numeric  # one of numeric, bool, string, json
     default: null
     display: true # true to display on the /Pioreactors card
   - key: something_else
     unit: lb
     label: Something else
-    description: This description is displayed with an editable switch in Manage / Settings.
+    description: This description is displayed with an editable switch in Control / Settings.
     type: bool # one of numeric, bool, string, json
     default: null
     display: true # true to display on the /Pioreactors card

experiments/02-Secondary level education/01-control-testing.md

@@ -53,7 +53,7 @@ These kinds of tests make it easy to identify any unusual activity occurring in
 3. Wipe the vials and place them in the Pioreactors. 
 4. Visit [pioreactor.local](http://pioreactor.local) and start a new experiment.
 5. On the left menu, select the _Pioreactors_ page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)).
-6. Select _Manage all Pioreactors_, and start _Stirring_ activity, _Temperature automation_ activity (set to an optimal temperature; ex. 30°C) and _OD reading_ activity.
+6. Select _Control all Pioreactors_, and start _Stirring_ activity, _Temperature automation_ activity (set to an optimal temperature; ex. 30°C) and _OD reading_ activity.
 7. Confirm that everything looks normal (ex: receiving optical density signal).
-8.	Back on the _Pioreactors_ page, select _Manage all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up. 
+8.	Back on the _Pioreactors_ page, select _Control all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up. 
 9. Watch growth progress on the _Overview_ page.

experiments/02-Secondary level education/caffeine-inhibition.md

@@ -56,7 +56,7 @@ We recommend trying different amounts of tea, coffee, or other caffeine containi
 4. Wipe the vials and place them in the Pioreactors. 
 5. Visit [pioreactor.local](http://pioreactor.local) and start a new experiment.
 6. On the left menu, select the _Pioreactors_ page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)).
-7. Select _Manage all Pioreactors_, and start _Stirring_ activity, _Temperature automation_ activity (set to an optimal temperature; ex. 30°C) and _OD reading_ activity.
+7. Select _Control all Pioreactors_, and start _Stirring_ activity, _Temperature automation_ activity (set to an optimal temperature; ex. 30°C) and _OD reading_ activity.
 8. Confirm that everything looks normal (ex: receiving optical density signal).
-9.	Back on the _Pioreactors_ page, select _Manage all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up. 
+9.	Back on the _Pioreactors_ page, select _Control all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up. 
 10. Watch growth progress on the _Overview_ page.

experiments/02-Secondary level education/low-vs-high-conc-media.md

@@ -75,8 +75,8 @@ Consider lower or higher bounds for your media compositions. How much sooner wil
 4. Visit [pioreactor.local](http://pioreactor.local) and start a new experiment.
 5. On the left menu, select the _Pioreactors_ page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)).
 6. Select _Calibrate_ for each Pioreactor and under the _Blanks_ tab, click _Start_.
-7. Select _Manage all Pioreactors_, and start _Stirring_ activity, _Temperature automation_ activity (set to an optimal temperature; ex. 30°C) and _OD reading_ activity.
+7. Select _Control all Pioreactors_, and start _Stirring_ activity, _Temperature automation_ activity (set to an optimal temperature; ex. 30°C) and _OD reading_ activity.
 8. Confirm that everything looks normal (ex: receiving optical density signal).
-9.	Back on the _Pioreactors_ page, select _Manage all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up. 
+9.	Back on the _Pioreactors_ page, select _Control all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up. 
 10. Optional: you can change the names of the Pioreactor in the UI to display the percent of media. 
 11. Students can watch growth progress on the _Overview_ page.

experiments/02-Secondary level education/salt-stress-on-yeast.md

@@ -97,10 +97,10 @@ The flexibility of the Pioreactor means you can do much more with this simple co
 7. Using sterile techniqes, add 3-4 drops of this yeast solution to your vials. 
 8. Wipe the vials and place them in the Pioreactor.
 9.  Visit [pioreactor.local](http://pioreactor.local) and start a new experiment.
-10. On the left menu, select the _Pioreactors_ page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)). Select _Manage all Pioreactors_, and start:
+10. On the left menu, select the _Pioreactors_ page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)). Select _Control all Pioreactors_, and start:
      * _Stirring_ activity
      * _OD reading_ activity
      * _Temperature automation_ activity 
 11.  Confirm that everything looks normal on the _Overview_ page (ex: receiving optical density signal).
-12.	Back on the _Pioreactors_ page, select _Manage all Pioreactors_ and start _Growth rate_. 
+12.	Back on the _Pioreactors_ page, select _Control all Pioreactors_ and start _Growth rate_. 
 13.  Watch the growth progress on the _Overview_ page! 

experiments/02-Secondary level education/yeast-growth-by-temperature.md

@@ -77,11 +77,11 @@ Keep in mind to not get the electronics of your Pioreactor wet! Elevate your Pio
 7. Sterily add 3-4 drops of this yeast solution to your vials. 
 8. Wipe the vials and place them in the Pioreactor.
 6. Visit [pioreactor.local](http://pioreactor.local) and start a new experiment.
-7. On the left menu, select the _Pioreactors_ page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)). Select _Manage all Pioreactors_, and start:
+7. On the left menu, select the _Pioreactors_ page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)). Select _Control all Pioreactors_, and start:
 	*	_Stirring_ activity
 	*	_OD reading_ activity
 8. Select _Manage_ on an individual Pioreactor. Turn on the _Temperature automation_ activity on _Thermostat_, selecting your temperature of interest.
 8. Confirm that everything looks normal on the _Overview_ page (ex: receiving optical density signal).
-9. Back on the _Pioreactors_ page, select _Manage all Pioreactors_ and start _Growth rate_. 
+9. Back on the _Pioreactors_ page, select _Control all Pioreactors_ and start _Growth rate_. 
 	* Optional: you can change the names of the Pioreactor in the UI to display the target temperature.
 11. Students can watch growth progress on the _Overview_ page. 

experiments/02-Secondary level education/yeast-in-ethanol.md

@@ -144,10 +144,10 @@ Plenty of yeast strains are available at your local breweries. You can do the sa
    * Alternatively, a yeast stock solution can be made by diluting a small amount of yeast in 15 mL of YPD stock, then 1 drop of this stock solution can be added to your vials.
 6. Wipe the vials and place them in the Pioreactors. 
 7. Visit [pioreactor.local](http://pioreactor.local) and start a new experiment.
-8. On the left menu, select the Pioreactors page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)). Select Manage all Pioreactors, and start _Stirring_ activity and _OD reading_ activity.
+8. On the left menu, select the Pioreactors page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)). Select Control all Pioreactors, and start _Stirring_ activity and _OD reading_ activity.
 9. Optional: you can turn on the Temperature automation activity and set it on _Thermostat_ at an optimal temperature (ex. 30C).
 10. Confirm that everything looks normal (ex: receiving optical density signal).
-11.	Back on the _Pioreactors_ page, select _Manage all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up. 
+11.	Back on the _Pioreactors_ page, select _Control all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up. 
 12. Optional: you can change the names of the Pioreactor in the UI to display the target temperature.
 13. Students can watch growth progress on the _Overview_ page.
 

experiments/03-University level education/01-algae-day-night-cycle.md

@@ -58,7 +58,7 @@ Your Pioreactor is capable of controling a wide diversity of lighting effects on
 5.	Wipe the vials and place them in the Pioreactor.
 6.	Visit [pioreactor.local](http://pioreactor.local) and start a new experiment.
 7.	Click the _Plugins_ tab on the left and install the _led_cycle_ plugin. This will add the Day/Night feature when you begin LED automations. 
-8.	On the left menu, select the Pioreactors page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)). Select _Manage all Pioreactors_, and start _Stirring_ activity and _OD reading_ activity.
+8.	On the left menu, select the Pioreactors page. Add any additional Pioreactors that you would like to use (more information [here](/user-guide/create-cluster)). Select _Control all Pioreactors_, and start _Stirring_ activity and _OD reading_ activity.
 
 :::note Optional
 Start the _Temperature automation_ activity set on an optimal temperature. 
@@ -67,7 +67,7 @@ Start the _Temperature automation_ activity set on an optimal temperature.
 9.	Start the _LED automation_ at the bottom of the _Activities_ list in _Manage_. Select _Day/Night Cycle_ from the drop down menu, and set your desired _Intensity_ (no more than 12% works best!) or _Light_ and _Dark duration_ (16h:8h is optimal). 
 	*	This automation creates a day/night cycle ideal for algae growth. 
 10.	Confirm that everything looks normal on the Overview page (ex: receiving optical density signal).
-11.	Back on the Pioreactors page, select _Manage all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up.
+11.	Back on the Pioreactors page, select _Control all Pioreactors_ and start _Growth rate_. It will take a minute for results to begin showing up.
 
 :::note Optional
 Change the names of the Pioreactor in the UI to organize your vials.

user-guide/02-Experiment basics/06-monitor-experiment.md

@@ -16,7 +16,7 @@ Navigate to the _Overview_ page on the Pioreactor web interface. Here you can vi
 
 ## Changing settings
 
-To **change the settings** of activities after starting, navigate to the _Pioreactors_ tab. Under _Manage_ for a single Pioreactor or _Manage all Pioreactors_, click the _Settings_ tab.
+To **change the settings** of activities after starting, navigate to the _Pioreactors_ tab. Under _Manage_ for a single Pioreactor or _Control all Pioreactors_, click the _Settings_ tab.
 
 ![](/img/user-guide/02-experiment-basics/04-set-up-an-experiment/manage_ui.png)
 

user-guide/03-Extending your Pioreactor/01-cluster-management/03-backup-and-restore-system-files.md

@@ -8,11 +8,11 @@ hide_table_of_contents: true
 
 Each Pioreactor keeps its configuration, calibration data, and persistent state inside `~/.pioreactor`. The Inventory page now lets you export that directory as a system archive (`.zip`) for safekeeping and import it onto the same unit when you need to restore or clone a setup.
 
-![Manage Pioreactor menu showing Export system archive and Import system archive actions highlighted](/img/user-guide/03-extending-your-pioreactor/01-cluster-management/03-backup-and-restore-system-files/inventory-export-import-menu.png)
+![Control Pioreactor menu showing Export system archive and Import system archive actions highlighted](/img/user-guide/03-extending-your-pioreactor/01-cluster-management/03-backup-and-restore-system-files/inventory-export-import-menu.png)
 
 ## Exporting a system archive
 
-1. Open the **Inventory** page, find the Pioreactor you want to back up, and click **Manage Pioreactor → Export system archive**.
+1. Open the **Inventory** page, find the Pioreactor you want to back up, and click **Control Pioreactor → Export system archive**.
 2. Review the dialog and click **Export** when ready. The UI downloads a file named `<pioreactor>_dot_pioreactor.zip`.
 3. Store the archive somewhere safe. It contains every file from that unit’s `~/.pioreactor` plus a `pioreactor_export_metadata.json` descriptor (hostname, version, export time).
 
@@ -29,7 +29,7 @@ After you confirm, the browser saves a zip named `<pioreactor>_dot_pioreactor.zi
 
 Use imports when you need to restore a backup, duplicate a Pioreactor after replacing hardware, or bring back calibration data after re-flashing an SD card.
 
-1. On the **Inventory** page, choose **Manage Pioreactor → Import system archive**.
+1. On the **Inventory** page, choose **Control Pioreactor → Import system archive**.
 2. Read the warning and click **Select system archive file**, then pick a `.zip` generated by the export flow.
 3. Wait for confirmation in the snackbar. The UI shows a spinner while uploading and tells you when the Pioreactor begins rebooting.