diff --git a/docs/protocols/protocols_guide_internal-how-1.md b/docs/protocols/protocols_guide_internal-how-1.md
index e0132c0759337e83ddcba2ad7d8d7ba3bf2cefb1..d6aaece5280b9a23bb139b5668832f7debbc3c81 100644
--- a/docs/protocols/protocols_guide_internal-how-1.md
+++ b/docs/protocols/protocols_guide_internal-how-1.md
@@ -117,7 +117,7 @@ You may also like to include some practical guidance, such as the total length o
 You should also highlight non-standard software or sequence requirements, such as custom pulse sequences (see [3.4.1 Custom Sequences](#3-4-1-custom-sequences)).
 
 ### 3.4.1 Custom Sequences
-If you are publishing protocol which uses a custom pulse sequence, please make it clear whether you are happy to also share the sequence. 
+If you are publishing protocol which uses a custom pulse sequence, please make it clear whether you are happy to also share the sequence.
 
 If you are happy to share the sequence, please include the following guideance:
 
@@ -130,7 +130,7 @@ If you are happy to share the sequence, please include the following guideance:
 
 If all of the above apply then please contact [email address if the PI] in the first instance.  Please note that neither Siemens nor Oxford University make no commitment to support this transfer."
 
-If you are not able to share the custom sequence, please include the following guidance: 
+If you are not able to share the custom sequence, please include the following guidance:
 
 "This protocol uses a user written custom pulse sequence.  We do not have the resources to share the sequence with other labs, so the protocol is provided for your information only."
 
@@ -161,14 +161,14 @@ For fieldmap sequences, it may be useful to say which BOLD sequence they will be
 
 Where a specific task is mentioned, you could link to where that task is shared, or published analysis of any data using that task.
 
-Consider adding specific purpose and pros/cons of the sequence. For example, one sequence has a high temporal resolution but relatively low spatial resoltuion. Or one sequence is developed to focus on a specific brain area. Cons may include dropout or poor signals from certain regions. 
+Consider adding specific purpose and pros/cons of the sequence. For example, one sequence has a high temporal resolution but relatively low spatial resoltuion. Or one sequence is developed to focus on a specific brain area. Cons may include dropout or poor signals from certain regions.
 
 ## 6. Save
 Once all required fields have been completed, you will be able to save the entry to the protocols database. Press `Save` to progress to return to the list of your protocols.
 
 
 ## 7. Set visibility
-By default, your entries will be set to `Internal (University Only)` visible when you add them to the database. This means users will be required to log into the the protocols database with an SSO <mark>confirm WIN SSO?</mark> in order to review or download your entry.
+By default, your entries will be set to `Internal (University Only)` visible when you add them to the database. This means users will be required to log into the the protocols database with an SSO in order to review or download your entry.
 
 After they have been entered onto the database you can make individual protocols publicly visible (`Open Access`) and identify them as `WIN Recommended` protocols as appropriate.