Time Space Translation: A Hox Mechanism for Vertebrate A-P Patterning

Title:Time Space Translation: A Hox Mechanism for Vertebrate A-P Patterning

Volume: 13 Issue: 4

Author(s): A. J. Durston, S. Wacker, N. Bardine and H. J. Jansen

Affiliation:

Keywords: Colinearity, Gastrulation, Hox, Metagene, Time Space Translation, Xenopus, segmentation genes, primary axial, genomic complexes, somitogenesis, morphogenesis

Abstract: The vertebrate A-P axis is a time axis. The head is made first and more and more posterior levels are made at later and later stages. This is different to the situation in most other animals, for example, in Drosophila. Central to this timing is Hox temporal collinearity (see below). This occurs rarely in the animal kingdom but is characteristic of vertebrates and is used to generate the primary axial Hox pattern using time space translation and to integrate successive derived patterns (see below). This is thus a different situation than in Drosophila, where the primary pattern guiding Hox spatial collinearity is generated externally, by the gap and segmentation genes.

Cite this article as:

J. Durston A., Wacker S., Bardine N. and J. Jansen H., Time Space Translation: A Hox Mechanism for Vertebrate A-P Patterning, Current Genomics 2012; 13 (4) . https://dx.doi.org/10.2174/138920212800793375