← Back to homeBiodynamic Concept: MESODERME

24-The Liver_Generalities

Concept overview

The liver is an organ of great embryological complexity, deriving from the upper, middle, and lower intestine. Its development is initiated by an aspiration phenomenon, known as the metabolic field of loosing fields, which promotes the formation of hepatic ducts from primordial tissue. This process is intimately linked to the mesodermal structure, which encompasses the hepatic arterial system of vitelline origin. As an exocrine gland, the liver secretes biliary substances into its lumen, playing a crucial role in digestion and the enterohepatic cycle.

The liver performs a dual function: an endodermal function, related to digestion, and a mesodermal function, associated with its endocrine role. This duality allows the liver to regenerate even after partial ablation. Furthermore, its functional integrity is essential, particularly in relation to the diaphragm, which acts as a "gate of life". The interactions between the liver, heart, and diaphragm are fundamental for maintaining hemodynamic balance and overall health. Any hepatic dysfunction can have repercussions on the heart and lymphatic system, highlighting the importance of an integrative approach in osteopathy to treat imbalances related to this vital organ.

Academic study plan

  • 01.1. Embryological Origin of the Liver
  • 02.2. Distinction between Exocrine and Endocrine Glands
  • 03.3. Dual Endodermal and Mesodermal Function of the Liver
  • 04.4. Role of the Liver in Growth and Hemodynamics
  • 05.5. Functional Integrity and Anatomical Relationships
  • 06.6. The Diaphragm: Gate of Life
  • 07.7. Importance of Abdominal Normotension
  • 08.8. Liver, Fluids and Cardiac Relationships
  • 09.9. Liver and Lymphatic System
  • 10.10. Liver and Immune System

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Marc Damoiseaux covers the practical application of this tissue listening in his video modules. The entirety of the mesoderme movement is dissected.

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