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qMRLab · Oct 11, 2024 · c1c9d3a · c1c9d3a
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diff --git a/...etization Transfer Imaging/3 Magnetization Transfer Saturation/A1-Appendix A.md b/...etization Transfer Imaging/3 Magnetization Transfer Saturation/A1-Appendix A.md
@@ -21,7 +21,7 @@ This content of this section is still a work-in-progress and has not been proofr
 
 ## Derivation
 
-From the MTR protocol in [@Brown2013-eg] of the MTR section, {math}`\alpha_{1}`=15 deg and TR = 0.03 s, so assuming a _T_{sub}`1` at 1.5T (field strength that Brown used) of 0.55 s in healthy WM, so _R_{sub}`1` = 1.8, we can calculate the signal from [#mtsatEq6] of an experiment with no MT pulse ({math}`\alpha_{2}` = 0).
+From the MTR protocol in [@Brown2013-eg] of the MTR section, {math}`\alpha_{1}`=15 deg and TR = 0.03 s, so assuming a _T_{sub}`1` at 1.5T (field strength that Brown used) of 0.55 s in healthy WM, so _R_{sub}`1` = 1.8, we can calculate the signal from [](#mtsatEq6) of an experiment with no MT pulse ({math}`\alpha_{2}` = 0).
 
 
 

diff --git a/myst.yml b/myst.yml
@@ -41,6 +41,7 @@ project:
     TI: Inversion Time
     CSF: Cerebrospinal fluid
     T1: Longitudinal magnetization relaxation time constant
+    _T_{sub}`1`: Longitudinal magnetization relaxation time constant
     T2: Transverse magnetization relaxation time constant
     SE: Spin Echo
     GRE: Gradient Echo
Original file line number	Diff line number	Diff line change
Expand Up		@@ -21,7 +21,7 @@ This content of this section is still a work-in-progress and has not been proofr

		## Derivation

		From the MTR protocol in [@Brown2013-eg] of the MTR section, {math}`\alpha_{1}`=15 deg and TR = 0.03 s, so assuming a _T_{sub}`1` at 1.5T (field strength that Brown used) of 0.55 s in healthy WM, so _R_{sub}`1` = 1.8, we can calculate the signal from [#mtsatEq6] of an experiment with no MT pulse ({math}`\alpha_{2}` = 0).
		From the MTR protocol in [@Brown2013-eg] of the MTR section, {math}`\alpha_{1}`=15 deg and TR = 0.03 s, so assuming a _T_{sub}`1` at 1.5T (field strength that Brown used) of 0.55 s in healthy WM, so _R_{sub}`1` = 1.8, we can calculate the signal from [](#mtsatEq6) of an experiment with no MT pulse ({math}`\alpha_{2}` = 0).



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