The development of the duodenum is a complex process involving rotation and dynamic organization of the duodenal frame, small intestine, and colon. This process is characterized by a spiral movement, orchestrated by the liver, which plays a driving role in the organization of digestive structures. The formation of the pyloric sphincter, which connects the stomach to the duodenum, is influenced by this dynamic, as are the 2D sphincters, which result from the rotation of the colon and the pancreatic complex. These sphincters, as functional joints, are essential for regulating food passage and hormonal interaction between different organs.
The relationship between the duodenum, liver, and pancreas is crucial for the proper functioning of the digestive system. Rotational movements influence not only digestive motility but also metabolic and neurovegetative states. Imbalances in the duodenal frame can have repercussions on fertility and overall health, by disrupting blood flow and affecting the immune and hormonal systems. Understanding these interactions is essential for treating duodenal imbalances, requiring a holistic approach that integrates embryology, anatomy, and physiology.
Marc Damoiseaux covers the practical application of this tissue listening in his video modules. The entirety of the endoderme movement is dissected.
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