Add to ORKGBACKGROUND: Vertebrate genomes contain numerous duplicate genes, many of which are organised into paralagous regions indicating duplication of linked groups of genes. Comparison of genomic organisation in different lineages can often allow the evolutionary history of such regions to be traced. A classic example of this is the Hox genes, where the presence of a single continuous Hox cluster in amphioxus and four vertebrate clusters has allowed the genomic evolution of this region to be established. Fox transcription factors of the C, F, L1 and Q1 classes are also organised in clusters in both amphioxus and humans. However in contrast to the Hox genes, only two clusters of paralogous Fox genes have so far been identified in the Human genome a...
The hypothesis that the relatively large and complex vertebrate genome was created by two ancient, w...
AbstractZebrafish Hox genes are arranged in at least seven clusters, rather than the four clusters t...
ABSTRACT The widely accepted notion that two whole-genome duplications occurred during early vertebr...
Background: Vertebrate genomes contain numerous duplicate genes, many of which are organised into pa...
BACKGROUND: Vertebrate genomes contain numerous duplicate genes, many of which are organised into pa...
Background: Vertebrate genomes contain numerous duplicate genes, many of which are organised into pa...
Over the past decade genomic approaches have begun to revolutionise the study of animal diversity. I...
AbstractOver the past decade genomic approaches have begun to revolutionise the study of animal dive...
Over the past decade genomic approaches have begun to revolutionise the study of animal diversity. I...
Over the past decade genomic approaches have begun to revolutionise the study of animal diversity. I...
Over the past decade genomic approaches have begun to revolutionise the study of animal diversity. I...
ABSTRACT Hox genes are known to specify spatial identities along the anterior-posterior axis during ...
The hypothesis that the relatively large and complex vertebrate genome was created by two ancient, w...
The hypothesis that the relatively large and complex vertebrate genome was created by two ancient, ...
The 2R hypothesis predicting two genome duplications at the origin of vertebrates is highly controve...
The hypothesis that the relatively large and complex vertebrate genome was created by two ancient, w...
AbstractZebrafish Hox genes are arranged in at least seven clusters, rather than the four clusters t...
ABSTRACT The widely accepted notion that two whole-genome duplications occurred during early vertebr...
Background: Vertebrate genomes contain numerous duplicate genes, many of which are organised into pa...
BACKGROUND: Vertebrate genomes contain numerous duplicate genes, many of which are organised into pa...
Background: Vertebrate genomes contain numerous duplicate genes, many of which are organised into pa...
Over the past decade genomic approaches have begun to revolutionise the study of animal diversity. I...
AbstractOver the past decade genomic approaches have begun to revolutionise the study of animal dive...
Over the past decade genomic approaches have begun to revolutionise the study of animal diversity. I...
Over the past decade genomic approaches have begun to revolutionise the study of animal diversity. I...
Over the past decade genomic approaches have begun to revolutionise the study of animal diversity. I...
ABSTRACT Hox genes are known to specify spatial identities along the anterior-posterior axis during ...
The hypothesis that the relatively large and complex vertebrate genome was created by two ancient, w...
The hypothesis that the relatively large and complex vertebrate genome was created by two ancient, ...
The 2R hypothesis predicting two genome duplications at the origin of vertebrates is highly controve...
The hypothesis that the relatively large and complex vertebrate genome was created by two ancient, w...
AbstractZebrafish Hox genes are arranged in at least seven clusters, rather than the four clusters t...
ABSTRACT The widely accepted notion that two whole-genome duplications occurred during early vertebr...