Retrospective Study
Copyright ©The Author(s) 2017.
World J Cardiol. Mar 26, 2017; 9(3): 255-260
Published online Mar 26, 2017. doi: 10.4330/wjc.v9.i3.255
Table 1 Patient demographics
n = 18
Age (yr)54.33 ± 19.30
Female gender (n, %)11 (61.1)
Hypertension (n, %)12 (66.7)
Acute hypertension (n, %)6 (33.3)
DM (n, %)5 (27.8)
HLD (n, %)4 (22.2)
CAD (n, %)1 (5.6)
Migraine (n, %)2 (11.1)
Table 2 Tumor characteristics
n (%)
Left9 (50)
Right4 (22.2)
Bilateral1 (5.6)
Extra-adrenal2 (11.1)
Metastatic2 (11.1)
Size (range) (c.c.)15.63-3025
Incidental diagnosis14 (77.8)
Open adrenalectomy9/17 (52.9)
Table 3 Plasma catecholamine secretion
(n) (lab normal, pg/mL)Mean ± SD (ρg/mL)
Epi (7/18) (< 99)873.86 ± 2074.92
NE (7/18) (< 339)4121.43 ± 4833.55
NM (10/18) (< 111)1506.1 ± 1856.72
Meta (9/18) (< 60)1065.33 ± 1668.24
Table 4 Urine catecholamine excretion
(n) (lab normal, υg/24 h)Mean ± SD (υg/ 24 h)
NE (11/18) (< 140)1099.27 ± 1233.70
Epi (11/18) (< 24)307.73 ± 520.34
Dopa (11/18) (< 610)377.91 ± 239.94
NM (9/18) (< 1050)12960.67 ± 15197.26
Meta (10/18) (< 640)22030.4 ± 40060.17
VM (6/18) (< 6.7 mg/dL)3498.17 ± 8380.88
Table 5 Echo and electrocardiograms findings of study cohort
n (%)
Echo available12
LV dysfunction3/12 (25)
LVEF (%) (mean ± SD)50 ± 16.88
Prior LV dysfunction1/12 (8.3)
Asymmetric hypertrophy with mitral SAM2/12 (16.67)
LVH7/12 (58.3)
LVH on ECG2/18 (11.1)
Prolonged QTc5/18 (27.78)