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Malaguti G. , , 2014 Human dominant disease genes are enriched in paralogsoriginatingfrom whole genome duplication
January 2014 Comments on " Human dominant disease genes are enriched in paralogsoriginatingfrom whole genome duplication
redundant genesresultingfrom whole genome duplication
duplicated genesoriginatingfrom whole genome duplication
DNA re - replication , a chromosome segregation defect , or improper cytokinesis [ 50(passive) could be caused byGenome duplication
two instances of polyploidy ... the pastresultedin whole genome duplication
Singh PP , Affeldt S , Malaguti G , Isambert H , /2014 , Human dominant disease genes are enriched in paralogsoriginatingfrom whole genome duplication
Putnam , C. , Hayes , T. & Kolodner , R. Specific pathwayspreventduplication - mediated genome rearrangements
ArticleGoogle Scholar Singh PP , Affeldt S , Malaguti G , Isambert H. Human dominant disease genes are enriched in paralogsoriginatingfrom whole genome duplication
all the duplicate genes in the simulated dataresultedfrom genome duplication
2014 Chen WH , Zhao XM , van Noort V , Bork P. Comments on " Human dominant disease genes are enriched in paralogsoriginatingfrom whole genome duplication
Distant hybridizationcan resultgenome duplication and
the presence of secondary blocksresultingfrom genome duplication
the duplicate copies of PRR5 , PRR7 and PRR9 ,originatedin a genome duplication
Analysis of duplicated gene pairsresultingfrom whole - genome duplication
196414931.Specific pathwayspreventduplication - mediated genome rearrangements
LiteratureHomeLiterature Specific pathwayspreventduplication - mediated genome rearrangements
2009 Specific pathwayspreventduplication - mediated genome rearrangements
Homeologous genesresultingfrom whole genome duplication
a pair of geneslikely originatedfrom genome duplication
some calpain genesresultfrom genome duplication
a gene duplicateoriginatingfrom whole - genome duplication
PubMed]Seoighe CledGehring C. Genome duplication
polyploidization event(passive) caused bygenome duplication
Full Text Specific pathwayspreventduplication - mediated genome rearrangements
Richard D Kolodner Specific pathwayspreventduplication - mediated genome rearrangements
origin - independentcontributesto Leishmania genome duplication
either the licensing or the activation of origins of DNA replicationresultingin genome duplication
ArticleGoogle Scholar Seoighe CledGehring C. Genome duplication
36.28 Nature Specific pathwayspreventduplication - mediated genome rearrangements
S. cerevisiae twin ORFsoriginatefrom the genome duplication
the widespread presence of homoeologsresultingfrom genome duplication
a large number of closely homologous soybean TCS genesresultedfrom genome duplication
917 - 926 Polyploidyresultingfrom whole genome duplication
the presence of paralogous genes in salmonoriginatingfrom whole genome duplication
the β2 and γ2 XENaC genesmight have resultedfrom the genome duplication
New micro - RNA genesdiscoveredGenome duplication
authors Man Wang Polyploidizationresultsin genome duplication
important biological knowledge ... duplicate sequencesoriginatefrom a whole genome duplication
the identification of recognizable homoeologs and the assignment of a considerable proportion of all current maize genes to one of the two subgenomesresultedfrom this genome duplication
into polyploidy cottonresultinginto polyploidy cotton
recent duplicate genes(passive) created byrecent duplicate genes
The two duplicate genes(passive) created byThe two duplicate genes
how homeologs ( duplicate genes(passive) created byhow homeologs ( duplicate genes
to an extensive diversity of paralogous genesleadsto an extensive diversity of paralogous genes
to polyploidy and transposon - directed DNA transposition ( Wendel et al .leadingto polyploidy and transposon - directed DNA transposition ( Wendel et al .
Gene pair expression - CoGepedia Gene pair expression Duplicate genes(passive) created byGene pair expression - CoGepedia Gene pair expression Duplicate genes
Perhaps most significantly , duplicated genes(passive) created byPerhaps most significantly , duplicated genes
to the expansion of GmXTH genes in soybeangreatly contributedto the expansion of GmXTH genes in soybean
to the radiation of teleosts into half of all vertebrate species by increasing developmental diversification of duplicate genes in daughter lineagescontributedto the radiation of teleosts into half of all vertebrate species by increasing developmental diversification of duplicate genes in daughter lineages
to autopolyploidyleadsto autopolyploidy
to highly selective expansion of the Arabidopsis thaliana proteome Trends in Genetics 20 , 461 - 464ledto highly selective expansion of the Arabidopsis thaliana proteome Trends in Genetics 20 , 461 - 464
to subfunction partitioning among the duplicated genesoften leadsto subfunction partitioning among the duplicated genes
to the expansion of SBP - BOX genes in Rosaceacontributedto the expansion of SBP - BOX genes in Rosacea
in orthologous genes evolving a different intron contentcan resultin orthologous genes evolving a different intron content
to an expansion of gene families and the development of specialized genesledto an expansion of gene families and the development of specialized genes
in multiple copies of genes compared to clusters of genes in the octopus genomeresultingin multiple copies of genes compared to clusters of genes in the octopus genome
from an organism that inherited two copies of its genome from each parent ( four copies totalmight resultfrom an organism that inherited two copies of its genome from each parent ( four copies total
duplicate , potentially redundant , copies of all the genes within a genomecreatesduplicate , potentially redundant , copies of all the genes within a genome
duplicate copies of many genes which rarely duplicate through other processescreatedduplicate copies of many genes which rarely duplicate through other processes
in duplication of all genes , which follows a substantial relaxation of selective pressuremay resultin duplication of all genes , which follows a substantial relaxation of selective pressure
to the formation of gradually growing polyploid cells ( Roudier et al . , 2003 ; Kondorosi and Kondorosi , 2004leadingto the formation of gradually growing polyploid cells ( Roudier et al . , 2003 ; Kondorosi and Kondorosi , 2004
to a second smyd1 gene , termed smyd1a . Morpholino- andledto a second smyd1 gene , termed smyd1a . Morpholino- and
in the expansion of GSLs - related genes in the Brassica genome [ 10,14,15resultedin the expansion of GSLs - related genes in the Brassica genome [ 10,14,15
paralogous clusterscreatedparalogous clusters
in expansion of gene families , including those involved in signal transduction ... and that duplicated genes have specialized , as evidenced by differences in their regulation by lighthas resultedin expansion of gene families , including those involved in signal transduction ... and that duplicated genes have specialized , as evidenced by differences in their regulation by light
to aneuploidy , asymmetric genome evolution ( Woodhouse et al . , 2010 ) , the rapid loss of genes , exchange between chromosomes and new gene functions , and is therefore an important driver of genetic and phenotypic diversity and adaptationcan leadto aneuploidy , asymmetric genome evolution ( Woodhouse et al . , 2010 ) , the rapid loss of genes , exchange between chromosomes and new gene functions , and is therefore an important driver of genetic and phenotypic diversity and adaptation
to sustained , elevated rates of diversification within a cladecan leadto sustained , elevated rates of diversification within a clade
that two zebrafish SCPP gene clusters , located on chromosomes 5 and 10 ,(passive) originated bythat two zebrafish SCPP gene clusters , located on chromosomes 5 and 10 ,
in a doubling of gene copy numberresultingin a doubling of gene copy number
in replication errorsinevitably resultsin replication errors
those duplications(passive) were caused bythose duplications
to the evolution of C4 photosynthesishas contributedto the evolution of C4 photosynthesis
gene duplicates(passive) originated bygene duplicates
in yeast after the divergence of the genus Saccharomyces from Kluyveromyces ( Wolfe , 1997resultedin yeast after the divergence of the genus Saccharomyces from Kluyveromyces ( Wolfe , 1997
functional adaptation advantages(passive) caused byfunctional adaptation advantages
to tetraploidizationleadingto tetraploidization
in divergence and formation of speciescan resultin divergence and formation of species
WGD ) eventsresultWGD ) events
A ' represent ohnologs(passive) created byA ' represent ohnologs