DEVELOPMENT OF MESODERM,

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CHONDROBLAST

Mesenchyme cells begin to differentiate into protochondral cells

Protochondral cells divide to produce chondroblasts

CARTILAGE DEVELOPMENT

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CHONDROBLAST Mesenchyme cells begin to differentiate into protochondral cells Protochondral cells divide to produce chondroblasts CARTILAGE DEVELOPMENT

The center fills with chondroblasts as the top and bottom edges continue to differentiate. Stem cells remain on the edges Chondroblasts remain in the center and produce cartilage matrix. Stem cells at the edges produce fibroblasts and make the fibrous perichondrium Chondroblasts in the center continue to divide

Page 1 and 2: DEVELOPMENT OF MESODERM, PARAXIAL M
Page 3 and 4: PARAXIAL MESODERM Thick plate of m
Page 5 and 6: innervations. Somites form from pa
Page 7: Somites differentialte into: Scler

DEVELOPMENT OF MESODERM,

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