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question put the steps in endochondral ossification in order from begin…

Question

question
put the steps in endochondral ossification in order from beginning to end of the process.

  1. capillaries and osteoblasts penetrate the cartilage and invade the central region; osteoblasts begin producing spongy bone at the primary center of ossification; bone formation then spreads along the shaft toward both ends of the cartilaginous model.
  2. as the cartilage enlarges, chondrocytes near the center of the shaft increase greatly in size, the matrix is reduced to a series of small struts that soon begin to calcify, and the enlarged chondrocytes die and disintegrate, leaving cavities within the cartilage.
  3. capillaries and osteoblasts migrate into the epiphysis, creating secondary ossification centers.
  4. blood vessels grow around the edges of the cartilage, and the cells of the perichondrium convert to osteoblasts. the shaft of the cartilage then becomes ensheathed in a superficial layer of bone.
  5. epiphyses are filled with spongy bone. articular cartilage remains exposed to the joint cavity; over time it will be reduced to a thin superficial layer. at each metaphysis, an epiphyseal cartilage separates the epiphysis from the diaphysis.
  6. remodeling occurs as growth continues, and osteoclasts erode the central portion, creating a medullary cavity. the bone of the shaft becomes thicker, and the cartilage near each epiphysis is replaced by shafts of bone.

answer
3,1,5,2,6,4
5,6,3,1,4,2
3,5,6,2,4,1
2,4,1,6,3,5
i dont know yet

Explanation:

Brief Explanations

Endochondral ossification starts with blood - vessel growth around the cartilage (4). Then, capillaries and osteoblasts invade the central region (1). As the cartilage changes, chondrocytes near the center react (2). Remodeling occurs to create a medullary cavity (6). Capillaries and osteoblasts enter the epiphysis (3). Finally, epiphyses are filled with spongy bone (5).

Answer:

4, 1, 2, 6, 3, 5 (Note: None of the provided options are correct based on the correct sequence of endochondral ossification steps. But if we assume there is a mis - typing in the options and we have to choose the closest one based on the knowledge of the process, the logic is as above.)