Add to ORKGThe Hox gene family is well known for its major role, conserved throughout the animal kingdom, in the establishment of the body architecture during embryogenesis (Kmita and Duboule, 2003
ABSTRACT The Hox genes specify different structures along the anteroposterior axis of bilaterians. T...
Abstract: Since the last common ancestor of Metazoa, animals have evolved complex body plans with sp...
Hox genes code for transcription factors and are evolutionarily conserved. They regulate a plethora ...
The Hox gene family is well known for its major role, conserved throughout the animal kingdom, in th...
This Special Issue of Journal of Developmental Biology (JDB) covers an indeed very "special" (at lea...
Since their discovery Hox genes have been at the core of the established models explaining the devel...
Despite tremendous body form diversity in nature, bilaterian animals share common sets of developmen...
Copyright © 2013 Ernesto Sánchez-Herrero. This is an open access article distributed under the Crea...
This Special Issue of Journal of Developmental Biology (JDB) covers an indeed very “special” (at lea...
It has long been known that Hox genes are central players in patterning the vertebrate axial skeleto...
Hox genes encode a class of animal transcription factors well known for the segment transformations ...
In animals appendage placement and axial arrangement is dependent on four to forty-eight Hox genes. ...
The Hox genes specify the anteroposterior (A/P) axis of bilaterians (Lewis, 1978; Duboule, 2007). Th...
Homeobox genes located in the 5' part of the HoxA and HoxD complexes are required for proliferation ...
dissertationHox genes are recognized for their universal role in patterning the antero-posterior (A-...
ABSTRACT The Hox genes specify different structures along the anteroposterior axis of bilaterians. T...
Abstract: Since the last common ancestor of Metazoa, animals have evolved complex body plans with sp...
Hox genes code for transcription factors and are evolutionarily conserved. They regulate a plethora ...
The Hox gene family is well known for its major role, conserved throughout the animal kingdom, in th...
This Special Issue of Journal of Developmental Biology (JDB) covers an indeed very "special" (at lea...
Since their discovery Hox genes have been at the core of the established models explaining the devel...
Despite tremendous body form diversity in nature, bilaterian animals share common sets of developmen...
Copyright © 2013 Ernesto Sánchez-Herrero. This is an open access article distributed under the Crea...
This Special Issue of Journal of Developmental Biology (JDB) covers an indeed very “special” (at lea...
It has long been known that Hox genes are central players in patterning the vertebrate axial skeleto...
Hox genes encode a class of animal transcription factors well known for the segment transformations ...
In animals appendage placement and axial arrangement is dependent on four to forty-eight Hox genes. ...
The Hox genes specify the anteroposterior (A/P) axis of bilaterians (Lewis, 1978; Duboule, 2007). Th...
Homeobox genes located in the 5' part of the HoxA and HoxD complexes are required for proliferation ...
dissertationHox genes are recognized for their universal role in patterning the antero-posterior (A-...
ABSTRACT The Hox genes specify different structures along the anteroposterior axis of bilaterians. T...
Abstract: Since the last common ancestor of Metazoa, animals have evolved complex body plans with sp...
Hox genes code for transcription factors and are evolutionarily conserved. They regulate a plethora ...