The effect continuous blood gas monitors and computerized perfusion documentation systems have on the performance and reproduction of clinical events during cardiopulmonary bypass was studied. Patients undergoing elective coronary artery bypass procedures were randomly placed into three classifications. Group one received no continuous monitors and manual documentation. Group two had continuous monitoring and manual documentation. Group three has continuous monitoring and computerized case documentation. The implementation of computerized monitoring and documentation systems reduces the number of events outside of desired physiological limits and improves the ability to re-create clinical events
The recent efforts on improving the physiological aspects of heart-lung perfusion techniques concern...
A major goal of new perfusion equipment is minimal trauma to blood elements. This study compares two...
During extracorporeal circulation are typical fluctuation of parameters of basic life functions.Thes...
The effect continuous blood gas monitors and computerized perfusion documentation systems have on th...
The CDI™500 (Terumo Cardiovascular Systems, Ann Arbor, MI) is an in-line blood gas monitoring device...
The impact of blood gas management during cardiopulmonary bypass (CPB) on patient care has not been ...
The use of continuous in-line blood gas management (CILBGM) is steeped in controversy concerning its...
The virtues and benefits of continuous on-line, realtime blood gas monitoring cannot be successfully...
AbstractA pump control system using a microcomputer for cardiopulmonary bypass has been developed. T...
The perfusion record, whether manually recorded or computer generated, is a legal representation of ...
Two methodologies for obtaining accurate blood gas and electrolyte values during cardiopulmonary byp...
Computer systems, manufactured by large corporations or assembled by individual hospitals, have rece...
The pathophysiological consequence associated with cardiopulmonary bypass (CPB) has generated a move...
Objective: To investigate the properties and usefulness of prospective routine registration of incid...
The recent efforts on improving the physiological aspects of heart-lung perfusion techniques concern...
A major goal of new perfusion equipment is minimal trauma to blood elements. This study compares two...
During extracorporeal circulation are typical fluctuation of parameters of basic life functions.Thes...
The effect continuous blood gas monitors and computerized perfusion documentation systems have on th...
The CDI™500 (Terumo Cardiovascular Systems, Ann Arbor, MI) is an in-line blood gas monitoring device...
The impact of blood gas management during cardiopulmonary bypass (CPB) on patient care has not been ...
The use of continuous in-line blood gas management (CILBGM) is steeped in controversy concerning its...
The virtues and benefits of continuous on-line, realtime blood gas monitoring cannot be successfully...
AbstractA pump control system using a microcomputer for cardiopulmonary bypass has been developed. T...
The perfusion record, whether manually recorded or computer generated, is a legal representation of ...
Two methodologies for obtaining accurate blood gas and electrolyte values during cardiopulmonary byp...
Computer systems, manufactured by large corporations or assembled by individual hospitals, have rece...
The pathophysiological consequence associated with cardiopulmonary bypass (CPB) has generated a move...
Objective: To investigate the properties and usefulness of prospective routine registration of incid...
The recent efforts on improving the physiological aspects of heart-lung perfusion techniques concern...
A major goal of new perfusion equipment is minimal trauma to blood elements. This study compares two...
During extracorporeal circulation are typical fluctuation of parameters of basic life functions.Thes...