Table 1.

Axis of propagation of activity within QPPs

Q P P 1	Cerebral cortex	Primary cortical gradient, SM→TP→DM Finer axis: SM→DA & VA→FP/DM & V↓↑FP/DM
	Cerebellum	Primary cerebellar gradient, DA/VA→FP/DM
	Thalamus	Novel, posterolateral → medial (or SM→FP/DM)
	Hippocampus	Primary hippocampal gradient, Posterior → Anterior
	Amygdala	Novel, Center → Sides
	Brainstem	FP/DM
	Striatum	Striatal gradients, Caudal/Orbital → Rostral & Lateral → Medial
Q P P 2	Cerebral cortex	Tertiary cortical, TP→SM/V & DM→TP Finer axis: DA→SM/V & DM→FP→VA→DA
	Cerebellum	Secondary cerebellar gradient, DM→FP/VA/DA
	Thalamus	Novel, most medial → anterolateral (or DM→FP/VA)
	Hippocampus	Primary hippocampal gradient, Anterior → Posterior
	Amygdala	SM/DM
	Brainstem	FP/VA
	Striatum	Striatal gradients, Rostral → Caudal & Medial → Lateral
Q P P 3	Cerebral cortex	Secondary cortical gradient, V↓↑SM, also V/TP→SM/DM Finer: V/DA/FP↓↑VA/SM/DM, also V/DA/FP→VA→SM→DM
	Cerebellum	DA/FP↓↑SM/DM, also DA/FP→DM
	Thalamus	V↓↑ SM/DM
	Hippocampus	SM/DM
	Amygdala	SM/DM
	Brainstem	SM/DM (particularly, pons)
	Striatum	SM/DM (particularly, posterior putamen)

Cortical networks of SM (somatomotor), TP (task positive), DM (default mode), DA (dorsal attention), VA (ventral attention), FP (frontoparietal), V(visual) and L (limbic)

^↓↑(anticorrelation), single entry without → (simple coactivity)

For a non-neocortical area, any assigned network is a cortical network, that we have loosely assigned, based on the coactivity between that area and that network within each QPP, by referring to the cluster maps (Fig.2) along with Fig.S12,S18,S21 and Tables S2-S4 for QPPs 1–3, respectively. Our primary purpose here is to provide a simple table-format summary of the consistencies throughout the whole-brain within all QPPs.