The relationship between the clustered organization of vertebrate Hox genes and their coordinate transcription in space and time is still lacking a convincing mechanistic explanation. Recent work on the regulatory interactions within Hox complexes suggests some reasons why these genes have remained clustered. Although these results do not address the puzzling issue of colinearity directly, they nevertheless add novel important input to the debate.
机构:
FAC MED STRASBOURG,GENET MOLEC EUCARYOTES LAB,CNRS,U184,INSERM,F-67085 STRASBOURG,FRANCEFAC MED STRASBOURG,GENET MOLEC EUCARYOTES LAB,CNRS,U184,INSERM,F-67085 STRASBOURG,FRANCE
DUBOULE, D
DOLLE, P
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FAC MED STRASBOURG,GENET MOLEC EUCARYOTES LAB,CNRS,U184,INSERM,F-67085 STRASBOURG,FRANCEFAC MED STRASBOURG,GENET MOLEC EUCARYOTES LAB,CNRS,U184,INSERM,F-67085 STRASBOURG,FRANCE
机构:
FAC MED STRASBOURG,GENET MOLEC EUCARYOTES LAB,CNRS,U184,INSERM,F-67085 STRASBOURG,FRANCEFAC MED STRASBOURG,GENET MOLEC EUCARYOTES LAB,CNRS,U184,INSERM,F-67085 STRASBOURG,FRANCE
DUBOULE, D
DOLLE, P
论文数: 0引用数: 0
h-index: 0
机构:
FAC MED STRASBOURG,GENET MOLEC EUCARYOTES LAB,CNRS,U184,INSERM,F-67085 STRASBOURG,FRANCEFAC MED STRASBOURG,GENET MOLEC EUCARYOTES LAB,CNRS,U184,INSERM,F-67085 STRASBOURG,FRANCE