P53 Zero Flow Pressure (Pinfinity) Is Larger Than Mean Circulatory Filling Pressure. A Systematic Review and Meta-Analysis

Hughes, Alun; Parker, Kim H.; Khir, Ashraf W.

doi:10.1016/j.artres.2018.10.106

Cited by 2 publications

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“…Whether P zf corresponds to MCFP has not been formally examined previously as far as we can tell, so in order to address this question, we undertook a systematic review of the literature; some of these data have been published previously in abstract form. 53 …”

Section: The Relation Of P Zf To mentioning

confidence: 99%

The modified arterial reservoir: An update with consideration of asymptotic pressure (P_∞) and zero-flow pressure (P_zf)

Hughes

Parker

2020

Proc Inst Mech Eng H

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This article describes the modified arterial reservoir in detail. The modified arterial reservoir makes explicit the wave nature of both reservoir ( Pres) and excess pressure ( Pxs). The mathematical derivation and methods for estimating Pres in the absence of flow velocity data are described. There is also discussion of zero-flow pressure ( Pzf), the pressure at which flow through the circulation ceases; its relationship to asymptotic pressure ( P∞) estimated by the reservoir model; and the physiological interpretation of Pzf . A systematic review and meta-analysis provides evidence that Pzf differs from mean circulatory filling pressure.

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Section: The Relation Of P Zf To mentioning

confidence: 99%

The modified arterial reservoir: An update with consideration of asymptotic pressure (P_∞) and zero-flow pressure (P_zf)

Hughes

Parker

2020

Proc Inst Mech Eng H

View full text Add to dashboard Cite

show abstract

The modified arterial reservoir: an update with consideration of asymptotic pressure (P_∞) and zero-flow pressure (P_zf)

Hughes

Parker

2020

Preprint

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This article describes the modified arterial reservoir in detail. The modified arterial reservoir makes explicit the wave nature of both reservoir (Pres) and excess pressure (Pxs). The mathematical derivation and methods for estimating Pres in the absence of flow velocity data are described. There is also discussion of zero-flow pressure (Pzf), the pressure at which flow through the circulation ceases; its relationship to asymptotic pressure (P∞) estimated by the reservoir model; and the physiological interpretation of Pzf . A systematic review and meta-analysis provides evidence that Pzf differs from mean circulatory filling pressure.

show abstract

P53 Zero Flow Pressure (Pinfinity) Is Larger Than Mean Circulatory Filling Pressure. A Systematic Review and Meta-Analysis

Cited by 2 publications

References 0 publications

The modified arterial reservoir: An update with consideration of asymptotic pressure (P_∞) and zero-flow pressure (P_zf)

The modified arterial reservoir: An update with consideration of asymptotic pressure (P_∞) and zero-flow pressure (P_zf)

The modified arterial reservoir: an update with consideration of asymptotic pressure (P_∞) and zero-flow pressure (P_zf)

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P53 Zero Flow Pressure (Pinfinity) Is Larger Than Mean Circulatory Filling Pressure. A Systematic Review and Meta-Analysis

Cited by 2 publications

References 0 publications

The modified arterial reservoir: An update with consideration of asymptotic pressure (P∞) and zero-flow pressure (Pzf)

The modified arterial reservoir: An update with consideration of asymptotic pressure (P∞) and zero-flow pressure (Pzf)

The modified arterial reservoir: an update with consideration of asymptotic pressure (P∞) and zero-flow pressure (Pzf)

Contact Info

Product

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About

The modified arterial reservoir: An update with consideration of asymptotic pressure (P_∞) and zero-flow pressure (P_zf)

The modified arterial reservoir: An update with consideration of asymptotic pressure (P_∞) and zero-flow pressure (P_zf)

The modified arterial reservoir: an update with consideration of asymptotic pressure (P_∞) and zero-flow pressure (P_zf)