44-Development of Extremities

The development of human limbs is a complex process that occurs in parallel with the formation of internal structures, such as the brain and the digestive tract. This process begins with a rotation that allows for the simultaneous formation of the upper and lower limbs. Pathologies such as tendinitis can be linked to deficits in the rotation of the peritoneum, highlighting the importance of exploring pulmonary and visceral dimensions for a deeper understanding of joint pain, often misinterpreted.

The role of the cellulome and the neural tube is crucial in this development, where aspiration fields and restriction zones influence tissue growth. The mesenchyme and ectoderm interact dynamically, promoting the emergence of the limbs. Vascularization is essential, as it regulates the density and shape of structures, and each metamere is organized by blood vessels and the neural crest. The relationship between bone and muscle evolves during development, with a transition from bone activity to muscular dominance, thus defining the morphology of the limbs. In osteopathy, the treatment of limb lesions requires their reintegration into the peritoneal cavity, which is fundamental for restoring embryonic balance.