Short-lived blood cells are maintained in constant numbers by consistent replacement indigenous sources outside the circulatory system. Blood cabinet formation, hemopoiesis, occurs in hemopoietic organization or organs. Bone marrow, a major hemopoietic tissue in adults, produce erythrocytes, granular leukocytes, B lymphocytes, monocytes, and also platelets. 100x


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This cross-section that a fetal finger reflects red bone marrow and also spicules the bone and cartilage ringed by a pillar of bone. This diaphysis of spongy, woven bone is immature and also growing rapidly. Hence, the shares few of the morphological qualities typical the the compact, lamellar osseous organization that will replace it in the adult.

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Bone >

This cross-section that a fetal finger reflects red bone marrow and also spicules that bone and also cartilage ringed by a column of bone. This diaphysis of spongy, woven bone is immature and growing rapidly. Hence, that shares couple of of the morphological characteristics typical of the compact, lamellar osseous tissue that will replace it in the adult.


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- Diaphysis

This cross-section of a fetal finger reflects red bone marrow and spicules the bone and also cartilage ringed through a column of bone. This diaphysis the spongy, woven bone is immature and growing rapidly. Hence, that shares few of the morphological features typical of the compact, lamellar osseous organization that will change it in the adult.


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Spicules the bone and cartilage are scattered transparent the marrow cavity in this really early stage of bone development. Woven bone, characterized by the haphazard plan of osteocytes, is deposit on a main point of calcified cartilage. This calcified cartilage will either it is in resorbed or replaced by bone.

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- Spicules >

Spicules that bone and cartilage are scattered throughout the marrow cavity in this really early phase of bone development. Woven bone, characterized by the haphazard arrangement of osteocytes, is deposited on a main point of calcified cartilage. This calcified cartilage will either be resorbed or changed by bone.


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- Calcified cartilage

Spicules the bone and cartilage room scattered transparent the marrow cavity in this an extremely early stage of bone development. Woven bone, identified by the haphazard setup of osteocytes, is deposited on a main point of calcified cartilage. This calcified cartilage will either be resorbed or replaced by bone.


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Red bone marrow is a complicated mixture of hemopoietic tissue, adipocytes, reticular connective tissue stroma, and blood sinusoids. At short magnification, hemopoietic tissue shows up as basophilic clusters of cell scattered amongst eosinophilic islands of sinusoids filled through blood. Hemopoietic tissue is basophilic as result of its huge numbers the nucleated red and also white blood cells.

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Fetal red bone marrow >

Red bone marrow is a complex mixture of hemopoietic tissue, adipocytes, reticular connective organization stroma, and blood sinusoids. At low magnification, hemopoietic tissue shows up as basophilic clusters of cell scattered among eosinophilic archipelago of sinusoids filled v blood. Hemopoietic organization is basophilic due to its big numbers of nucleated red and also white blood cells.


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Hemopoietic tissue consists of multipotential stem cells and also their progeny the are created as the stem cells self-duplicate, differentiate and divide to form mature blood cells and also platelets. These processes keep a consistent number of hemopoietic cell in the marrow while all at once releasing countless mature, or practically mature, blood cells right into the circulatory mechanism each day.

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- Hemopoietic organization >

Hemopoietic tissue consists of multipotential stem cells and also their progeny that are created as the stem cell self-duplicate, differentiate and divide to form mature blood cells and also platelets. This processes keep a continuous number of hemopoietic cells in the marrow while simultaneously releasing countless mature, or nearly mature, blood cells right into the circulatory system each day.


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Newly formed erythrocytes, granulocytes, B lymphocytes, monocytes and platelets get in the circulatory device by traversing thin-walled sinusoids (discontinuous capillaries) in the marrow. Sinusoids room eosinophilic as result of their big proportion of maturation erythrocytes that significantly outnumber white blood cells.

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- Sinsuoids >

Newly created erythrocytes, granulocytes, B lymphocytes, monocytes and also platelets go into the circulatory device by traversing thin-walled sinusoids (discontinuous capillaries) in the marrow. Sinusoids are eosinophilic because of their huge proportion of mature erythrocytes that significantly outnumber white blood cells.


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This artifactual room was developed during organization processing when bone marrow shrank away from the bony shaft.

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Artifactual space >

This artifactual space was created during tissue processing once bone marrow shrank away from the bony shaft.


main SlideBone > - Diaphysis - Spicules > - Calcified cartilageFetal red bone marrow > - Hemopoietic tissue > - Sinsuoids >Artifactual space >