Table 2. Within subject correlation coefficients.

	MAP		%OS-SIGlobal		%OS-SILAD
	r	p-value	r	p-value	r	p-value
%-OS-SIGlobal	0.326	0.002*	-	-	-	-
%-OS-SILAD	0.604	<0.001*	-	-	-	-
%-Flow (QLAD)	0.699	<0.001*	0.452	<0.001*	0.651	<0.001*
ΔDO2	0.784	<0.001*	0.361	0.002*	0.586	<0.001*
ΔMvO2	0.820	<0.001*	0.228	0.082	-	-
ΔDO2 - ΔMvO2	0.795	<0.001*	0.433	<0.001*	-	-
ΔScsO2	0.301	0.012*	0.402	0.001*	-	-
ΔΩ	0.335	0.005*	0.290	0.024*	-	-
ΔO2er	-0.342	0.018*	-0.290	0.024*	-	-

All measures of cardiac oxygenation and LAD blood flow were linearly associated with change in MAP. Invasively derived measures were linearly associated with global OS-CMR response (%-OS-SI_Global) except ΔMvO₂.

The OS-CMR response of the LAD specific territory (%-OS-SI_LAD) was compared to MAP, Q_LAD and ΔDO₂ only. r = within-subjects Pearson’s co-efficient.

*p<0.05.