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Current Opinion in Cell Biology, 1989
The appeal of myogenic differentiation as a model developmental system derives in part from the complexity of regulatory steps required to account for the diversity of muscle structure and function. The intricate patterns of contractile tissue formation in the adult animal depend on the orderly progression of molecular signals that lead primordial ...
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The appeal of myogenic differentiation as a model developmental system derives in part from the complexity of regulatory steps required to account for the diversity of muscle structure and function. The intricate patterns of contractile tissue formation in the adult animal depend on the orderly progression of molecular signals that lead primordial ...
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Science, 2017
Innate Immunity Hematopoietic stem cells are a common progenitor of adaptive and innate immune cells. However, the precise factors that guide differentiation down these disparate pathways remain unclear, in part owing to difficulties in working with small numbers of precursor cells. Lee et al .
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Innate Immunity Hematopoietic stem cells are a common progenitor of adaptive and innate immune cells. However, the precise factors that guide differentiation down these disparate pathways remain unclear, in part owing to difficulties in working with small numbers of precursor cells. Lee et al .
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1987
All lymphocytes are derived from an unidentified multipotent precursor (Fig. 10.1). T cell precursors migrate from the liver and bone marrow in fetal life and from the bone marrow in adult life, to the thymus. It is unknown whether the stem cells become committed to T cell differentiation before or after they have entered the thymus.
Ian J. Forbes, Anthony S-Y. Leong
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All lymphocytes are derived from an unidentified multipotent precursor (Fig. 10.1). T cell precursors migrate from the liver and bone marrow in fetal life and from the bone marrow in adult life, to the thymus. It is unknown whether the stem cells become committed to T cell differentiation before or after they have entered the thymus.
Ian J. Forbes, Anthony S-Y. Leong
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Cell Differentiation and Malignancy
Cell Biophysics, 1986An understanding of the mechanism that controls growth and differentiation in normal cells would seem to be an essential requirement to elucidate the origin and reversibility of malignancy. For this approach I have mainly used normal and leukemic blood cells, and in most studies have used myeloid blood cells as a model system.
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Current Opinion in Cell Biology, 2007
Stephen R, Farmer, Bruce M, Spiegelman
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Stephen R, Farmer, Bruce M, Spiegelman
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