Relationship Between Red Cell Hemorrheologic Characteristic Change and Its Immune Function in Early Hemorrhagic Shock Rabbits Under Hypoxia

周其全; 王勤; 胡永发; 梁少杰

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Relationship Between Red Cell Hemorrheologic Characteristic Change and Its Immune Function in Early Hemorrhagic Shock Rabbits Under Hypoxia

中国医学科学杂志（英文版） 1997年第2期页码：91

Updated：2024-04-10

- Relationship Between Red Cell Hemorrheologic Characteristic Change and Its Immune Function in Early Hemorrhagic Shock Rabbits Under Hypoxia
- Affiliations：
  
  1. Lanzhou Medical College of PLA
  2. ,China
- Author bio：
- Funds：
- DOI：
  中图分类号： R602
- 纸质出版日期：1997
- Accepted：
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[1]周其全,王勤,胡永发,梁少杰.Relationship Between Red Cell Hemorrheologic Characteristic Change and Its Immune Function in Early Hemorrhagic Shock Rabbits Under Hypoxia[J].Chinese Medical Sciences Journal,1997(02):91.

Relationship Between Red Cell Hemorrheologic Characteristic Change and Its Immune Function in Early Hemorrhagic Shock Rabbits Under Hypoxia[J]. Chinese medical sciences journal, 1997, (2): 91.
[1]周其全,王勤,胡永发,梁少杰.Relationship Between Red Cell Hemorrheologic Characteristic Change and Its Immune Function in Early Hemorrhagic Shock Rabbits Under Hypoxia[J].Chinese Medical Sciences Journal,1997(02):91. DOI：

Relationship Between Red Cell Hemorrheologic Characteristic Change and Its Immune Function in Early Hemorrhagic Shock Rabbits Under Hypoxia[J]. Chinese medical sciences journal, 1997, (2): 91. DOI：

摘要

<正> In order to clarify the pathogenesis and rules of high altitude hemorrhagic shock

the relationship between the red cell hemorrheologic change and its immune function in early hemorrhagic shock rabbits under hypoxia was observed

so as to explore the pathogenesis of high altitude hemorrhagic shock furtherly. Fortyfive male grey rabbits were used in the experiment and devided them randomly into 3 groups: control group

Abstract

<正> In order to clarify the pathogenesis and rules of high altitude hemorrhagic shock

the relationship between the red cell hemorrheologic change and its immune function in early hemorrhagic shock rabbits under hypoxia was observed

so as to explore the pathogenesis of high altitude hemorrhagic shock furtherly. Fortyfive male grey rabbits were used in the experiment and devided them randomly into 3 groups: control group

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