It seems important to know how high central venous pressure peak.
This not only during competitive or combat sport activities and in accidents, but also in everyday life.
This because of
(1) The highly uneven dissipation of central venous pressure ascents in the venous periphery.
(2) The extremely low resistance against the propagation of retrograde venous impulses into the microvascular periphery.
(3) The fact that the deceleration of retrograde venous impulses and rises in the transmural pressure in the venous periphery won't be particularly well tolerated by either primarily involved microvessels nor by the ambient tissues - especially if the latter be mechanically less resistant and of a highly vulnerable structure.
Normal central venous pressure CVP reading
Normal CVP is 2-6 mm Hg. CVP is elevated by : overhydration which increases venous return.
Physiology, Central Venous Pressure
(https://www.ncbi.nlm.nih.gov/books/NBK519493/)
Why should we continue measuring central venous pressure?
(https://www.medintensiva.org/es-pdf-S0210569117300050)
Focus on central venous pressure monitoring in an acute care setting (attached)
Central Venous Pressure: Principles, Measurement, and Interpretation
(https://www.vetfolio.com/learn/article/central-venous-pressure-principles-measurement-and-interpretation)
Measuring Central Venous Pressure using a Patient's Arm
(https://www.youtube.com/watch?v=_QR9_pFt-Yk&t=74s)
Is weight lifting, exertion, straining no part of real life, Jetty Ramadevi? What about central venous pressure monitoring during 'non-resting conditions'? With muscular or external forces impacting on proximally obstructed central veins?
Why not monitor how high central venous pressures are peaking up under less peaceful circumstances?
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- Entomology
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