Rhombomeres are embryonic territories arising from the transient segmentation of the hindbrain. Their identity is specified by Hox genes from paralogous groups 1-4. Hoxa2 is the only Hox gene to be expressed in the second rhombomere and the regulatory cues leading to this region-specific expression have been poorly investigated. A 2.5-kb DNA fragment overlapping with the 3' end of Hoxa2 was previously shown to specifically direct the expression of a reporter gene in the second rhombomere and the rostral somites of mouse embryos. Here, we report that this enhancer region is activated in vitro by Hoxa2 and that this activation is strictly dependent on a short 10-bp sequence matching the consensus for Hox-Pbx recognition sites
Developing structures such as hindbrain, neural crest cells or spinal cord express Hoxa3. Here, we h...
AbstractHox genes play a key role in the specification of regional development in the vertebrate emb...
Hox genes are crucial players in the generation and pattering of the vertebrate trunk and posterior ...
AbstractThe Hoxa2 gene is an important component of regulatory events during hindbrain segmentation ...
International audienceThe Hoxa2 gene has a fundamental role in vertebrate craniofacial and hindbrain...
International audienceThe Hoxa2 gene has a fundamental role in vertebrate craniofacial and hindbrain...
International audienceThe Hoxa2 gene has a fundamental role in vertebrate craniofacial and hindbrain...
The Hoxa2 gene has a fundamental role in vertebrate craniofacial and hindbrain patterning. Segmental...
The hindbrain is a segmented structure divided into repeating metameric units termed rhombomeres (r)...
International audienceThe hindbrain is a segmented structure divided into repeating metameric units ...
International audienceThe zinc finger gene Krox20 and many Hox homeobox genes are expressed in segme...
AbstractThe Hoxa2 gene is an important component of regulatory events during hindbrain segmentation ...
Correct regulation of the segment-restricted patterns of Hox gene expression is essential for proper...
Hox genes play a crucial role in patterning the anteroposterior axis. Therefore, it is important to ...
During hindbrain development, segmental regulation of the paralogous Hoxa2 and Hoxb2 genes in rhombo...
Developing structures such as hindbrain, neural crest cells or spinal cord express Hoxa3. Here, we h...
AbstractHox genes play a key role in the specification of regional development in the vertebrate emb...
Hox genes are crucial players in the generation and pattering of the vertebrate trunk and posterior ...
AbstractThe Hoxa2 gene is an important component of regulatory events during hindbrain segmentation ...
International audienceThe Hoxa2 gene has a fundamental role in vertebrate craniofacial and hindbrain...
International audienceThe Hoxa2 gene has a fundamental role in vertebrate craniofacial and hindbrain...
International audienceThe Hoxa2 gene has a fundamental role in vertebrate craniofacial and hindbrain...
The Hoxa2 gene has a fundamental role in vertebrate craniofacial and hindbrain patterning. Segmental...
The hindbrain is a segmented structure divided into repeating metameric units termed rhombomeres (r)...
International audienceThe hindbrain is a segmented structure divided into repeating metameric units ...
International audienceThe zinc finger gene Krox20 and many Hox homeobox genes are expressed in segme...
AbstractThe Hoxa2 gene is an important component of regulatory events during hindbrain segmentation ...
Correct regulation of the segment-restricted patterns of Hox gene expression is essential for proper...
Hox genes play a crucial role in patterning the anteroposterior axis. Therefore, it is important to ...
During hindbrain development, segmental regulation of the paralogous Hoxa2 and Hoxb2 genes in rhombo...
Developing structures such as hindbrain, neural crest cells or spinal cord express Hoxa3. Here, we h...
AbstractHox genes play a key role in the specification of regional development in the vertebrate emb...
Hox genes are crucial players in the generation and pattering of the vertebrate trunk and posterior ...