Key result
A clinical monitoring system for centrifugal blood pumps detected suction events in >95% of cases in a mock circulation and >90% of events during in vivo application.
Why the study?
Does a software-based clinical monitoring system reliably detect suction events in centrifugal blood pumps?
Population
Mock circulation and in vivo models for rotary blood pumps
Design
Preclinical
Authors
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May support suction monitoring in centrifugal pumps; leaves open human validation before clinical adoption.
Does a software-based clinical monitoring system reliably detect suction events in centrifugal blood pumps?
A newly developed software monitoring system for centrifugal blood pumps reliably detects suction events in both mock circulation and in vivo settings, potentially improving device safety.
Holzer et al. (1995) studied Rotary blood pump application. Clinical Monitoring System for Centrifugal Blood Pumps was evaluated on Detection of suction events. A clinical monitoring system for centrifugal blood pumps detected suction events in >95% of cases in a mock circulation and >90% of events during in vivo application.
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