Compact bone:
Bone interstitial bone material is bone lamellae arranged in a special system, flat or curved in a concentric parallel to each other.
Osteocytes are located within cavities surrounded by capsules and are found in rows within or between bone plates and bone cells. Cytoplasmic protrusions pass through the Canaliculi ducts extending from gaps within the interstitial material penetrating bone plates.
The gaps are connected to the adjacent gaps, forming a network through which food, oxygen and waste are transported to and from the blood.
In the transverse section of the occipital bone we notice that the platelet centers are represented by a central channel, the Haversian canal. The Hafers channel with the surrounding thrombocytopenia is Haversian or Osteon.
In the longitudinal sections of the closed bone, the Hafers appear parallel to the longitudinal axis of the bone. Hafs channels connect with each other and with the peritoneum through transverse channels that penetrate the bone plates called Volkman's canals.
Hafers have bone plates called interstitial lamellae. The Hafers are separated from one another by a thin layer of the interstellar material that looks bright and homogeneous, forming a so-called cementing line or membrane.
Bone interstitial bone material is bone lamellae arranged in a special system, flat or curved in a concentric parallel to each other.
Osteocytes are located within cavities surrounded by capsules and are found in rows within or between bone plates and bone cells. Cytoplasmic protrusions pass through the Canaliculi ducts extending from gaps within the interstitial material penetrating bone plates.
The gaps are connected to the adjacent gaps, forming a network through which food, oxygen and waste are transported to and from the blood.
In the transverse section of the occipital bone we notice that the platelet centers are represented by a central channel, the Haversian canal. The Hafers channel with the surrounding thrombocytopenia is Haversian or Osteon.
In the longitudinal sections of the closed bone, the Hafers appear parallel to the longitudinal axis of the bone. Hafs channels connect with each other and with the peritoneum through transverse channels that penetrate the bone plates called Volkman's canals.
Hafers have bone plates called interstitial lamellae. The Hafers are separated from one another by a thin layer of the interstellar material that looks bright and homogeneous, forming a so-called cementing line or membrane.