International audienceHox proteins are well-known as developmental transcription factors controlling cell and tissue identity, but recent findings suggest that they are also part of the cell replication machinery. Hox-mediated control of transcription and replication may ensure coordinated control of cell growth and differentiation, two processes that need to be tightly and precisely coordinated to allow proper organ formation and patterning. In this review we summarize the available data linking Hox proteins to the replication machinery and discuss the developmental and pathological implications of this new facet of Hox protein function
While the functions of HOX genes have been and remain extensively studied in distinct model organism...
While the functions of HOX genes have been and remain extensively studied in distinct model organism...
The Hox family of homeodomain transcription factors regulate numerous pathways during developmental ...
International audienceHox proteins are well-known as developmental transcription factors controlling...
International audienceHox proteins are well-known as developmental transcription factors controlling...
International audienceHox proteins are well-known as developmental transcription factors controlling...
Hox genes encode homeodomain transcription factors that control morphogenesis and have established f...
Hox genes encode transcription factors with important roles during embryogenesis and tissue differen...
HOX DNA-binding proteins control patterning during development by regulating processes such as cell ...
Hox proteins are conserved homeodomain transcription factors involved in the control of embryo patte...
HOX DNA-binding proteins control patterning during development by regulating processes such as cell ...
Recent evidence points to homeotic proteins as actors in the crosstalk between development and DNA r...
Recent evidence points to homeotic proteins as actors in the crosstalk between development and DNA r...
The HOX genes are a group of homeodomain-containing transcription factors that play important regula...
During embryonic development, cells become gradually restricted in their developmental potential and...
While the functions of HOX genes have been and remain extensively studied in distinct model organism...
While the functions of HOX genes have been and remain extensively studied in distinct model organism...
The Hox family of homeodomain transcription factors regulate numerous pathways during developmental ...
International audienceHox proteins are well-known as developmental transcription factors controlling...
International audienceHox proteins are well-known as developmental transcription factors controlling...
International audienceHox proteins are well-known as developmental transcription factors controlling...
Hox genes encode homeodomain transcription factors that control morphogenesis and have established f...
Hox genes encode transcription factors with important roles during embryogenesis and tissue differen...
HOX DNA-binding proteins control patterning during development by regulating processes such as cell ...
Hox proteins are conserved homeodomain transcription factors involved in the control of embryo patte...
HOX DNA-binding proteins control patterning during development by regulating processes such as cell ...
Recent evidence points to homeotic proteins as actors in the crosstalk between development and DNA r...
Recent evidence points to homeotic proteins as actors in the crosstalk between development and DNA r...
The HOX genes are a group of homeodomain-containing transcription factors that play important regula...
During embryonic development, cells become gradually restricted in their developmental potential and...
While the functions of HOX genes have been and remain extensively studied in distinct model organism...
While the functions of HOX genes have been and remain extensively studied in distinct model organism...
The Hox family of homeodomain transcription factors regulate numerous pathways during developmental ...