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Bone: intramembranous formation

Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x

Compact, woven bone <p>Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x</p>

Compact, woven bone

Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x

Osteocytes <p>Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x</p>

Osteocytes

Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x

Extracellular matrix <p>Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x</p>

Extracellular matrix

Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x

Periosteum <p>Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x</p>

Periosteum

Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x

Endosteum <p>Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x</p>

Endosteum

Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x

Marrow cavity <p>Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x</p>

Marrow cavity

Intramembranous bone formation in the fetus can produce compact, as well as spongy bone, as seen in this image from the diaphysis of a fetal, long bone. The lack of lamellae, the blue tint to the matrix and the rounded, numerous osteocytes are all indicative of woven bone. 200x