Ikaros is expressed in early hematopoietic progenitors and is required for lymphoid differentiation. In the absence of Ikaros, there is a lack of markers defining fate restriction along lympho-myeloid pathways, but it is unclear whether formation of specific progenitors or expression of their markers is affected. Here we use a reporter based on Ikaros regulatory elements to separate early progenitors in wild-type and Ikaros-null mice. We found previously undetected Ikaros-null lympho-myeloid progenitors lacking the receptor tyrosine kinase Flt3 that were capable of myeloid but not lymphoid differentiation. In contrast, lack of Ikaros in the common myeloid progenitor resulted in increased formation of erythro-megakaryocytes at the expense of...
Plasmacytoid dendritic cells (pDCs) are specialized DCs that produce high levels of type I IFN upon ...
The Ikaros family of DNA binding proteins are critical regulators of lymphocyte differentiation. In ...
• Ikaros inhibits megakaryocyte specification and terminal differentiation by suppressing key megaka...
AbstractMice homozygous for an Ikaros null mutation display distinct defects in the development of f...
The Ikaros gene encodes a zinc finger transcription factor that is selectively ex-pressed by all hem...
The generation of lymphoid cells in mice depends on the function of the Ikaros protein. Ikaros has b...
The mechanisms regulating lineage potential during early hematopoiesis were investigated. First, a c...
SummaryThe mechanisms regulating lineage potential during early hematopoiesis were investigated. Fir...
The mechanisms regulating lineage potential during early hematopoiesis were investigated. First, a c...
Disrupted IKAROS activity is a recurrent feature of some human leukemias, but effects on normal huma...
Bioinformatic studies on a revised hierarchy of hematopoietic progenitors have provided a genome-wid...
SummaryThe mechanisms regulating lineage potential during early hematopoiesis were investigated. Fir...
AbstractMice homozygous for an Ikaros null mutation display distinct defects in the development of f...
AbstractBackground: Normal hematopoietic development depends on the activity of the Ikaros transcrip...
The alternative road map describes the separation of lympho-myeloid and myeloid-megakaryocyte-erythr...
Plasmacytoid dendritic cells (pDCs) are specialized DCs that produce high levels of type I IFN upon ...
The Ikaros family of DNA binding proteins are critical regulators of lymphocyte differentiation. In ...
• Ikaros inhibits megakaryocyte specification and terminal differentiation by suppressing key megaka...
AbstractMice homozygous for an Ikaros null mutation display distinct defects in the development of f...
The Ikaros gene encodes a zinc finger transcription factor that is selectively ex-pressed by all hem...
The generation of lymphoid cells in mice depends on the function of the Ikaros protein. Ikaros has b...
The mechanisms regulating lineage potential during early hematopoiesis were investigated. First, a c...
SummaryThe mechanisms regulating lineage potential during early hematopoiesis were investigated. Fir...
The mechanisms regulating lineage potential during early hematopoiesis were investigated. First, a c...
Disrupted IKAROS activity is a recurrent feature of some human leukemias, but effects on normal huma...
Bioinformatic studies on a revised hierarchy of hematopoietic progenitors have provided a genome-wid...
SummaryThe mechanisms regulating lineage potential during early hematopoiesis were investigated. Fir...
AbstractMice homozygous for an Ikaros null mutation display distinct defects in the development of f...
AbstractBackground: Normal hematopoietic development depends on the activity of the Ikaros transcrip...
The alternative road map describes the separation of lympho-myeloid and myeloid-megakaryocyte-erythr...
Plasmacytoid dendritic cells (pDCs) are specialized DCs that produce high levels of type I IFN upon ...
The Ikaros family of DNA binding proteins are critical regulators of lymphocyte differentiation. In ...
• Ikaros inhibits megakaryocyte specification and terminal differentiation by suppressing key megaka...