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Table 1 Hemodynamic parameters in animals at baseline and after sea water drowning

From: Continuous venovenous hemofiltration decreases mortality and ameliorates acute lung injury in canine model of severe salt water drowning

 

Baseline

15 min

60 min

120 min

180 min

240 min

mABP(mmHg)

 Control

153 ± 22

127 ± 27*

124 ± 35*

125 ± 28*

118 ± 41*

113 ± 50*

 CVVH

149 ± 25

128 ± 19*

126 ± 17*

132 ± 27

135 ± 15

134 ± 29

HR(beat/min)

 Control

194 ± 29

132 ± 39*

139 ± 24*

128 ± 22*

122 ± 28*

120 ± 39*

 CVVH

204 ± 33

146 ± 34*

134 ± 18*

136 ± 37*

138 ± 29*

128 ± 22*

CVP(cmH 2 O)

 Control

9.91 ± 1.43

9.03 ± 1.78

10.18 ± 1.71

10.52 ± 1.23

10.21 ± 1.43

9.37 ± 2.15

 CVVH

10.21 ± 2.62

9.73 ± 3.52

10.59 ± 4.28

11.19 ± 3.98

11.03 ± 4.87

11.28 ± 4.11

Osmolarity (mOs/kg)

 Control

291 ± 11

313 ± 13*

311 ± 7*

307 ± 10*

311 ± 4*

318 ± 6*

 CVVH

297 ± 15

312 ± 7*

316 ± 12*

315 ± 21*

326 ± 9* #

332 ± 11*#

  1. Hemodynamic parameters were monintored in animals before and 15, 50, 120, 180, and 240 minutes after involuntary intratracheal sea water infusion. All animals received mechanical ventilation after sea water infusion and then were randomly divided into control and CVVH group *p < 0.05, vs, the same group of animals before infusion (baseline); #p < 0.05, vs, animals in control group at the same time point