Abstract
Liposarcomas constitute a considerable proportion of soft tissue sarcomas [1]. Among the various subtypes of liposarcoma, myxoid liposarcoma...
Highlights
This article reports new porous orifice (G) tube results based on new insights, re-analysis, and interpretation of previously reported results
D) This affirms Starling’s law, and its equation are wrong, and its correct replacement is the magnetic field like phenomenon of the G tube
The measured hydrostatic pressure (MHP) measured by a cannula facing up stream and occluding the lumen of the wide section of the G tube, Poiseuille’s tube or capillary may represent flow pressure (FP) that is different from the single value MHP referred to as P in Poiseuille’s equation and ∆P derived from the equation
Summary
This article reports new porous orifice (G) tube results based on new insights, re-analysis, and interpretation of previously reported results. The first article is an account on: “Mathematical model to determine the effect of a subglycocalyx space” that aimed to prove the Revised Staring Principle (RSP) as paradigm for reviving Starling’s hypothesis. My article here demonstrates that this is a futile attempt. The second article [3] that defends Starling’s hypothesis by highlighting the role of precapillary sphincter in regulating blood flow, speed, and pressure of the capillary to the cerebral cortex in rats, in which it is wrongly concluded it maintains cerebral tissue “perfusion” in the title. It is demonstrated here that the derived calculations are based on wrong formulae producing wrong results, graphs, and conclusions in article [4,5]. The authors are not at fault, but they were misled by wrong hypothesis and inadequate law and formulae. The 3rd and 4th articles are in persistent support of RSP
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