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. 2016 Sep 28;2016:1458793. doi: 10.1155/2016/1458793

Table 1.

The correlation between haemodynamic parameters and oxidative status in hypertensive (n = 12) and normotensive rats (n = 12).

 L-TBARS  p-TBARS  k-TBARS  L-HO-1  p-HO-1  BIL-D  BIL-T
W SHR W SHR W SHR W SHR W SHR W SHR W SHR
MAP 0.2830 
p = 0.373
−0.7060
p = 0.010
−0.0489
p = 0.880
0.6251
p = 0.030
0.2371
p = 0.458
−0.1796
p = 0.577
0.4435
p = 0.149
−0.6159
p = 0.033
−0.4965
p = 0.101
−0.3846
p = 0.217
−0.3628
p = 0.246
−0.9249
p = 0.000
0.4006
p = 0.197
−0.6398
p = 0.025
TPVR −0.1109
p = 0.732
−0.7578
p = 0.004
−0.1013
p = 0.754
0.4923
p = 0.104
0.3308
p = 0.294
−0.0962
p = 0.766
0.3023
p = 0.340
−0.4951
p = 0.102
0.1118
p = 0.730
−0.6518
p = 0.022
−0.5295
p = 0.077
−0.7001
p = 0.011
0.2704
p = 0.395
−0.4377
p = 0.155

SHR: spontaneously hypertensive rats that received vehicle or thyme extract; W: Wistar rats that received vehicle or thyme extract; MAP: mean arterial pressure; TPVR: total peripheral vascular resistance; L-TBARS, p-TBARS, and k-TBARS: liver thiobarbituric acid reactive substance, plasma thiobarbituric acid reactive substance, and kidney thiobarbituric acid reactive substances; quantity of L-HO-1 and p-HO-1: liver and plasma heme oxigenase-1 enzyme; BIL-D: direct bilirubin; BIL-T: total bilirubin. Marked correlations are significant at p < 0.050.