The effect of hemodynamics on 1.8 % hypertonic electrolyte glucose solution in enteral resuscitation of burn shock
- VernacularTitle:肠内输入高渗电解质葡萄糖液对犬35%TBSA烧伤早期血流动力学的影响
- Author:
Quan HU
;
Sen HU
;
Jiake CAI
;
Xiaopeng SHEN
;
Jinwei CHE
;
Zhiyong SHEN
- Publication Type:Journal Article
- Keywords:
Glucose solution,hypertonic/PD;
Burns;
Hemodynamic phenomena
- From:
Journal of Chinese Physician
2008;10(12):1585-1587
- CountryChina
- Language:Chinese
-
Abstract:
Objective To study the resuscitative effect of hypertonic electrolyte glucose solution (HEGS) on the haemodynamics pa-rameters in enteral resuscitation of burn shock. Methods Eighteen beagle dogs with 35% TBSA third degree burned were used in this stud-y. They were random divided into no-resuscitation group (NR group), enteral resuscitation with HEGS group (EH group) and intravenous resuscitation with isotonic electrolyte glucose solution (lEGS) group (Ⅱ group). The fluid resuscitation was given from half an hour after TBSA). The haemodynamics parameters (cardiac index, mean arterial pressure, intrathoracic blood volume index, and systemic vascular re-sistance index) were continuously assessed by PICCO. Result The cardiac output index reduced markedly after bum in the three groups, and then returned after 2h in two resuscitation groups, which were higher than that in the NR group( P<0.05). The mean arterial pressure reduced in the three groups, which was higher in the two resuscitation groups than that in NR group(P < 0.05). The intrathoracic blood volume index was rapidly reduced in the three groups. It returned in EH group from 2 hours after burned, which was still higher than that in the other two groups (P < 0.05). Meanwhile the systemic vascular resistance index was increased quickly. It was reduced in EH group from 2 hours after burned, which was lower than that in the other two groups (P < 0.05). Conclusion The results show that it was feasible for 35% TBSAⅢ° burn-injury dogs to be resuscitated with 1.8% hypertonic electrolyte-glucose solution by enteral, which can markedly reduce liquid quantity needed.
