The document defines a standardized protocol for performing cardiopulmonary bypass under deep hypothermia with circulatory arrest during cardiac surgery. It outlines personnel qualifications, equipment requirements, cooling and rewarming phases, as well as monitoring and safety measures throughout the procedure.

The document establishes a standardized protocol for conducting cardiopulmonary bypass during cardiac surgery, including preparation, perfusion management, myocardial protection, and termination of CPB. It defines monitoring parameters, perfusate composition, post-bypass management strategies, and safety measures throughout the procedure.

This document defines a standardized protocol for performing cardiopulmonary bypass during left ventricular assist device (LVAD) implantation in a cardiac surgery setting. It outlines personnel and equipment requirements, perfusion parameters, intraoperative management, weaning from CPB, documentation standards, and quality control measures to ensure patient safety and procedural consistency.

This document establishes the standardized procedure for operating the Cell Saver autologous blood recovery system during surgeries associated with moderate or massive blood loss. It defines equipment requirements, step-by-step operational actions, safety parameters, and disposal guidelines to ensure effective blood conservation and patient safety.

This document outlines management algorithms for emergency complications occurring during cardiopulmonary bypass, including massive air embolism, oxygenator failure, methemoglobinemia, and malignant hyperthermia. The procedure is designed to ensure rapid risk mitigation and patient safety through structured, coordinated actions of the perfusion and surgical team.

This document outlines the management algorithm for acute oxygenator failure during cardiopulmonary bypass, including confirmation of malfunction, immediate therapeutic actions, and stepwise safe replacement of the device. The protocol is designed to minimize circulatory interruption time, reduce complications, and ensure optimal patient safety.