呼吸控制率的测定是研究能量代谢的重要方法之一。
The measurement of respiratory control rate is an important method in studying energy metabolism.
体会到急性期保持呼吸道通畅，及时纠正低氧血症，降低颅内压，有效地控制中枢性高热是提高生存率的关键。
To keep respiratory tract clear, to correct hypoxia, to lower ICP and to control central high fever all are essential in acute period.
积极控制呼吸道感染，纠正缺氧和二氧化碳潴留，防止多器官功能衰竭发生，可降低病死率。
The fatality rate can be reduced by controlling the respiratory tract infection, correcting hypoxemia and carbon dioxide retention and by preventing organs function failure.
O2模块是西门子公司90年代初期研发的并在其高档次呼吸机上使用，其控制精度高、安全、稳定故障率低的特点。
O2 module is the Siemens R & D and to 90 early in their high-end breathing machine for use on the control precision is high. Security. And stability characteristics of a low failure rate.
O2模块是西门子公司90年代初期研发的并在其高档次呼吸机上使用，其控制精度高、安全、稳定故障率低的特点。
O2 module is the Siemens R & D and to 90 early in their high-end breathing machine for use on the control precision is high. Security. And stability characteristics of a low failure rate.
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