. 2007 May 24;2(3):227–239. doi: 10.1093/scan/nsm018

Table 1.

Brain regions with significant findings in regression analyses of CBF data, and in comparison between male and female stress responses

Brain regions	MNI coordinates			Z-Score	Cluster size	Activation/deactivation
	X	Y	Z
Male: CBF during Task vs Perceived Stress (Figure 2A)
RPFC	42	52	−2	2.83	15	Activation
LOrF/IFC	−30	28	−16	4.08	129	Deactivation
Male: CBF at Baseline vs Perceived Stress (Figure 2B)
RPFC	24	56	6	3.39	290	Activation
Rln	54	14	4	3.19	121	Activation
LOrF/IFC	−30	32	−14	3.82	77	Deactivation
Male: CBF at Baseline vs AUC cortisol (Figure 2C)
RPFC	44	48	14	3.57	367	Activation
LOrF/IFC	−36	22	−16	3.43	139	Deactivation
Female: CBF during Task vs Perceived Stress (Figures 3A and 4A)
LSt	−14	4	8	2.86	69	Activation
RSt	14	−4	0	3.12	190	Activation
LIn/Pu	−34	−10	2	3.94	952	Activation
Rln	36	−20	8	4.10	361	Activation
LOrF/IFC	−24	36	−12	3.36	59	Deactivation
Female: CBF at Baseline vs Perceived Stress (Figures 3B and 4B)
Rin	38	8	8	3.10	54	Activation
ACC	8	20	32	3.44	894	Activation
DACC	8	20	32	3.44	894	Activation
PCC	12	−28	18	3.18	140	Activation
Female: CBF at Baseline vs AUC cortisol (Figures 3C and 4C)
LTh	−6	−10	18	2.89	43	Activation
dACC	14	24	26	3.01	26	Activation
LIFC	−48	26	−20	2.85	28	Deactivation
Male > Female during Task (Figure 5A)
RPFC	40	58	−6	3.96	737
RPC/AG	42	−64	50	3.34	686
Female > Male at Baseline (Figure 5B)
LOrF	−20	42	−14	3.87	187
dACC	2	18	26	3.07	82
Lin	−38	−18	14	2.91	58
LPC/SMG	−58	−30	58	3.63	228