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Cells at Work!

Cells at Work! • Chapter 7 Erythroblasts and Myelocytes • Page ik-page-3319175
Cells at Work! • Chapter 7 Erythroblasts and Myelocytes • Page ik-page-3319176
Cells at Work! • Chapter 7 Erythroblasts and Myelocytes • Page ik-page-3319177
Cells at Work! • Chapter 7 Erythroblasts and Myelocytes • Page ik-page-3319178
Chapter 7 Erythroblasts and Myelocytes
This is a locked chapterChapter 7 Erythroblasts and Myelocytes
About This Chapter
The chapter opens with a description of blood cells, which are born in the womb and spent their early childhoods in the blood vessels of the body. A progenitor cell is a type of cell that does not yet differentiate into a specific type of blood cell. A red blood cell, on the other hand, is born as a progenitor cell and is raised by macrophages. The chapter ends with a discussion of the dangers of infection by the bacterium Streptococcus, which can cause blood vessel infections.
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Cells at Work!

Cells at Work! • Chapter 7 Erythroblasts and Myelocytes • Page ik-page-3319175
Cells at Work! • Chapter 7 Erythroblasts and Myelocytes • Page ik-page-3319176
Cells at Work! • Chapter 7 Erythroblasts and Myelocytes • Page ik-page-3319177
Cells at Work! • Chapter 7 Erythroblasts and Myelocytes • Page ik-page-3319178
Chapter 7 Erythroblasts and Myelocytes
This is a locked chapterChapter 7 Erythroblasts and Myelocytes
About This Chapter
The chapter opens with a description of blood cells, which are born in the womb and spent their early childhoods in the blood vessels of the body. A progenitor cell is a type of cell that does not yet differentiate into a specific type of blood cell. A red blood cell, on the other hand, is born as a progenitor cell and is raised by macrophages. The chapter ends with a discussion of the dangers of infection by the bacterium Streptococcus, which can cause blood vessel infections.
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