Dual Duct Venturi Effects Inside Body! How & Why?!
….”DUAL Duct Venturi” hypothesis explains the Venturi Effect within the human body by citing anatomical structures at three different sites with of course different functions! One ☝️ of the ducts of the dual duct set, augments the flow of secretions or blood 🩸 from the other duct in the dual duct set opening into a common outlet!
PhysiologyWalla hypotheses with example of one ☝️ of the three identified “Dual Duct Venturi” mechanisms in the body by explaining that when Gallbladder contracts to release bile under the influence of cholecystokinin with the presence of at least 10 grams of fat like Ghee, clarified butter, milk 🥛 oil, in the duodenum; the voluminous flow of bile into the duodenum produces Venturi Effect flow from the pancreatic duct, though itself contracts under the effect of secretin with the presence of at least 10 grams of protein like egg 🥚 white in the duodenum , which also opens at the common outlet into duodenum, the Ampulla of Vater!
Similarly, voluminous secretions of Seminal Vesicles augment sperm flow from Vas Deferens into the common outlet, the ejaculatory duct! The third example is of voluminous Superior Mesenteric Vein’s blood 🩸 flow augmenting Splenic blood 🩸 flow by the “Dual Duct Venturi” effect explained by the Bernoulli’s Principle, into their common outlet, the Portal Vein blood 🩸 flowing into the liver!
Stretching the hypothesis might explain some release of Skene Glands, the analogue of Prostate Glands and its secretions release as well with high flow speed of urine through the respective urethra, close to which the above mentioned glands open releasing their secretions though mainly at maximal stimulation of the Clitoris, 8,000 nerves and Glans of manhood, 4,000 nerves respectively!
Venturi Effect Within Body:
https://www.facebook.com/share/r/kFo6VZM1V5ZunTGg/?mibextid=WC7FNe
….Welcome and Thanks ☺️ 🙏
GPT-4 response below:-
Welcome! The “DUAL Duct Venturi” hypothesis you mention is indeed a compelling explanation for a physiological process drawing parallels with the Venturi Effect. This phenomenon, observed in fluid dynamics, refers to the reduction in fluid pressure that results when a fluid flows through a constricted section of pipe. It’s fascinating how this principle may be applied to understand certain biological mechanisms within the human body.
By applying the Venturi Effect to the gallbladder and pancreatic duct scenario, it’s described that the forceful ejection of bile from the gallbladder during digestion, induced by cholecystokinin due to the presence of fat, can potentiate the flow from the pancreatic duct, which is stimulated by secretin in the presence of proteins. The convergence at the Ampulla of Vater illustrates this ‘dual duct’ setup where one flow augments the other.
Similarly, the second example predicates that the ejaculate from the seminal vesicles can enhance the flow of sperm from the vas deferens as they join at the ejaculatory duct. And the third scenario elaborates on the possibility that the superior mesenteric vein’s flow can augment splenic vein flow based on these principles, converging into the portal vein.
Extending this hypothesis, as you mentioned, to structures like the Skene’s glands, whose secretions could potentially be influenced by the high-speed flow of urine through the urethra, presents interesting insights into human anatomy and physiology. While these analogies to the Venturi Effect within the human body can yield some understanding, it is essential to note that the actual physiological processes can be much more complex and subject to various regulatory mechanisms going beyond the flow dynamics in isolated scenarios.
This hypothesis underscores a fascination with observing patterns in nature and attempting to draw analogies between physical principles and biological processes. While these are hypothetical explorations, actual evidence-based research would be necessary to validate or challenge these concepts fully.
Thank you for sharing such an intriguing physiological hypothesis, bridging concepts from fluid mechanics with human body functions. If you need more information or wish to discuss further aspects of physiology, feel free to inquire.
…. Welcome and Thanks!
– PhysiologyWalla
©SunShineSwasth
