Hox genes define regional identities along the anterior-posterior axis in many animals. In a number of species, Hox genes are clustered in the genome, and the relative order of genes corresponds with position of expression in the body. Previous Hox gene studies in lophotrochozoans have reported expression for only a subset of the Hox gene complement and/or lack detailed genomic organization inf...

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...

Lactobacillus paracasei N1115 is a new strain with probiotic properties isolated from traditional homemade dairy products in Inner Mongolia, China. Here, we report the complete genome sequence of L. paracasei N1115, which shows high similarity to the well-studied probiotic Lactobacillus rhamnosus GG, and 3 structures turned out to be inversions, according to the colinearity analysis of the BLAS...

During mammalian fetal development, axial structures acquire their specifications through the action of the Hox gene family of transcription factors (for review, see Krumlauf 1994). These are 39 such genes that are responsible for giving spatially restricted cues in a variety of embryonic derivatives, from the neural tube to the intestinal tract. In presomitic mesoderm, for example, level-speci...

This paper describes a new algorithm for illumination-invariant change detection that combines a simple multiplicative illumination model with decision theoretic approaches to change detection. The core of our algorithm is a new statistical test for linear dependence (colinearity) of vectors observed in noise. This criterion can be employed for a significance test, but a considerable improvemen...

The paper analyzes the role of HOX genes in processes embryonic development vertebrates. Based on analysis, it is concluded that are most important regulators development. predominantly realize their influence through specific proteins have ability to regulate expression target genes.
 order genes, as a rule, obeys rule temporal and spatial colinearity. This mechanism determines course tis...