... 2003 © 2004. 2004 Arabidopsis Auxin response factor interaction Aux/IAA genes BODENLOS Genetic redundancy MONOPTEROS NONPHOTOTROPIC HYPOCOTYL 4 Auxins are involved in many aspects of plant growth and development and have long been known to control diverse responses...

... mosaic Fate map Genetic redundancy Genetic synergy Zebrafish T-box transcription factors are a large family of transcriptional regulators involved in many aspects of embryonic development (Smith, 1999). The founding family member, Brachyury (or T), was originally identified by mutation...

... of somitic derivatives. Furthermore, our findings show a clear role for genetic redundancy in the robust development of the somites of the anterior trunk. As both her7 and her1 are expressed and appear to cycle with equivalent periodicity throughout segmentation stages, it was surprising...

... these observations suggesting pes-1 to have an important regulatory role in embryogenesis, inactivation of pes-1 caused no apparent phenotype. This lack of phenotype is a consequence of genetic redundancy. Whereas a weak, transitory effect was observed upon disruption of just T14G12.4 (renamed fkh-2) gene function...

... development Genetic redundancy Mouse prx-1 Cell lineage analysis performed primarily in the avian system has demonstrated that the craniofacial skeleton derives primarily from two embryologic sources: the cranial neural crest (CNC) and the cranial paraxial mesoderm with a minor contribution from...

..., Departamento de Biologia Animal, Facultad de Ciencias, Universidad de Malaga, 29071 Malaga, Spain 29 10 1996 © 1997 by Company of Biologists 1997 retinoic acid receptors morphogenesis gene knockout mouse embryonic development genetic redundancy Vitamin A is important...

... 01 1991 © 1991 by Company of Biologists 1991 segmentation gene expression embryonic pattern formation pair-rule genes genetic redundancy hunchback mis-regulation Drosophila Embryonic pattern in Drosophila is initiated and refined through the expression...