Publication | Open Access
Control of Normal Differentiation of Myeloid Leukemic Cells to Macrophages and Granulocytes
159
Citations
18
References
1973
Year
Hematological MalignancyDevelopmental BiologyCell DivisionCell SpecializationGranulocyteNormal Cell DifferentiationImmunologyHematologyBlood CellCell CultureAutoimmunityNormal DifferentiationCell DifferentiationMedicineCell BiologyMyelopoiesisMyeloid Leukemic CellsMyeloid Neoplasia
Cells from a myeloid leukemic line in culture can be induced by the differentiation-inducing protein MGI to form colonies with normal differentiation to mature macrophages and granulocytes. This line consisted of clones that can be induced to undergo normal cell differentiation (D(+) clones) and clones (D(-) clones) that were not inducible. D(+) clones were able to undergo differentiation to both macrophages and granulocytes. Normal differentiation was induced even in clones that were no longer diploid. D(+) clones can segregate some D(-) progeny, and D(-) clones can segregate some D(+) progeny. This, therefore, provides a system for studies on the genetic and chemical control of cell differentiation in leukemic cells.
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