Key result
Comprehensive hemodynamic monitoring systems enable the early recognition of cardiovascular compromise and provide real-time information on developmental hemodynamics in neonates.
Advanced hemodynamic monitoring in neonates is essential for understanding developmental cardiovascular physiology and early detection of clinical compromise.
Hypothesis-generating for neonatal hemodynamic monitoring; prospective trials needed before clinical adoption.
Monitoring of cardiovascular function is critical to both clinical care and research as the use of sophisticated monitoring systems enable us to obtain accurate, reliable and real-time information on developmental hemodynamics in health and disease. Novel approaches to comprehensive hemodynamic monitoring and data acquisition will undoubtedly aid in developing a better understanding of developmental cardiovascular physiology in neonates. In addition, development and use of state-of-the-art, comprehensive hemodynamic monitoring systems enable the recognition of signs of cardiovascular compromise in its early stages, and provide information on the hemodynamic response to treatment in critically ill patients.
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Soleymani et al. (2012) conducted a review in Neonatal cardiovascular compromise. Comprehensive hemodynamic monitoring systems was evaluated. Comprehensive hemodynamic monitoring systems enable the early recognition of cardiovascular compromise and provide real-time information on developmental hemodynamics in neonates.
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