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a whole genome duplication(passive) created byduplicate genes
inferred eventsleadingto the duplicate genes
latest WGD Gene duplication(passive) caused bythe duplicated genes
numerous independent eventsresultingin duplicate recD2 genes
the WGD , which distributes the surviving members of duplicate pairs between two homeologous chromosomal segments in an unpredictable way(passive) created byduplicate genes
small- and large - scale duplication events based on their age distribution in a genome(passive) created byduplicate genes
inputs that might annotate identical genescausingduplicated genes
a high rate of point mutation ( 7(passive) is caused bythe duplicated genes
mutationscauseduplication of genes
purifying selection pressure(passive) were influenced bythe duplicated genes
large segmental duplication(passive) created byThe duplicate genes
a PCR - based methodologypreventscoamplification of duplicated genes
an unequal crossovercan createduplicate genes
also showoriginatedduplicate genes
the early vertebrate duplications(passive) created bythe duplicate genes
retrotransposition(passive) created byduplicate genes
the regulation of trans - acting factors(passive) to be influenced bythe duplicate genes
processescreateduplicate genes
the abundance of the sequencesoriginatedfrom the duplicate genes
More importantly , 2 .'m designedto duplicate genes
in the Whole Genome Duplication ( WGD ) eventcreatedin the Whole Genome Duplication ( WGD ) event
a new ethanol - producing pyruvate decarboxylase pathway , Scientific Reports ( 2017creatinga new ethanol - producing pyruvate decarboxylase pathway , Scientific Reports ( 2017
from whole genome duplication at the origin of teleostsresultingfrom whole genome duplication at the origin of teleosts
a new ethanol - producing pyruvate decarboxylase pathway ( Journal articlecreatinga new ethanol - producing pyruvate decarboxylase pathway ( Journal article
a new ethanol - producing pyruvate decarboxylase pathway " New Scientistcreatinga new ethanol - producing pyruvate decarboxylase pathway " New Scientist
a new ethanol - producing pyruvate decarboxylase pathway - doi:10.1038 / s41598 - 017 - 07385 - 4 Previouscreatinga new ethanol - producing pyruvate decarboxylase pathway - doi:10.1038 / s41598 - 017 - 07385 - 4 Previous
to functional divergence [ 74leadingto functional divergence [ 74
to functional divergence of each locusleadsto functional divergence of each locus
to inactivation of one gene copy via pseudogene formation ( 31may leadto inactivation of one gene copy via pseudogene formation ( 31
as a result of four different processes ... that include ectopic recombination , replication slippage , retro - transposition and WGDoriginateas a result of four different processes ... that include ectopic recombination , replication slippage , retro - transposition and WGD
from a recent partial or complete genome duplication in teleosts ( 53 ) , which may influence the role of oncogenes and tumor suppressors in carcinogenesisresultingfrom a recent partial or complete genome duplication in teleosts ( 53 ) , which may influence the role of oncogenes and tumor suppressors in carcinogenesis
from the two whole genome duplications to identify tetrads of duplicated chromosomesoriginatingfrom the two whole genome duplications to identify tetrads of duplicated chromosomes
from two whole - genome duplications ( WGDs ) among early vertebratesresultingfrom two whole - genome duplications ( WGDs ) among early vertebrates
after the proposed whole genome duplications were subsequently lost , and liver damageoriginatedafter the proposed whole genome duplications were subsequently lost , and liver damage
a new ethanol - producing pyruvate decarboxylase pathway by Fagernes , Cathrine E and Stensløkken , Kåre - Olav and Røhr , Åsmund K and Berenbrink , Michael and Ellefsen , Stian and Nilsson , Göran E Scientific Reports , ISSN 2045 - 2322 , 12/2017 , Volume 7 , Issue 1 , ppcreatinga new ethanol - producing pyruvate decarboxylase pathway by Fagernes , Cathrine E and Stensløkken , Kåre - Olav and Røhr , Åsmund K and Berenbrink , Michael and Ellefsen , Stian and Nilsson , Göran E Scientific Reports , ISSN 2045 - 2322 , 12/2017 , Volume 7 , Issue 1 , pp
errors in the crossing - over processescan causeerrors in the crossing - over processes
from either polyploidization ( homoeologous genes ) or segmental chromosome duplications ( paralogous genesmay resultfrom either polyploidization ( homoeologous genes ) or segmental chromosome duplications ( paralogous genes
from polyploidization , such as ancient whole genomic duplication ( WGD ... so that the effects of some genetic forces on small segmental duplications , such as unequal crossing over and gene conversion , are ignored , as assumed in previous theoretical studies on neofunctionalization of duplicate genes [ 13 , 14originatedfrom polyploidization , such as ancient whole genomic duplication ( WGD ... so that the effects of some genetic forces on small segmental duplications , such as unequal crossing over and gene conversion , are ignored , as assumed in previous theoretical studies on neofunctionalization of duplicate genes [ 13 , 14
in increased dosage of gene productsoften resultin increased dosage of gene products
issues as they show up more than once if using the gene symbolscauseissues as they show up more than once if using the gene symbols
of two to seven copiescomposedof two to seven copies
to create unique patters of DNA polymorphism within species and divergence between speciescontributesto create unique patters of DNA polymorphism within species and divergence between species
from the FSGD as well asoriginatingfrom the FSGD as well as
in these wayscreatedin these ways
from the whole genome in yeastresultingfrom the whole genome in yeast
from each type of duplicationresultingfrom each type of duplication
to fitness in rich medium substantially beyond that of their ancestral progenitor genecontributeto fitness in rich medium substantially beyond that of their ancestral progenitor gene
from duplications of chromosomal regions ranging from 1 to 400 Kb [ 5resultfrom duplications of chromosomal regions ranging from 1 to 400 Kb [ 5
confusions on assemblycauseconfusions on assembly
from each kind of duplicationresultingfrom each kind of duplication
to the increase of gene dosage in S. indicumleadingto the increase of gene dosage in S. indicum
in physiological imbalanceresultingin physiological imbalance
more resistancecontributemore resistance
in another part of the genome ... 8originatedin another part of the genome ... 8
from two different progenitor genomesoriginatingfrom two different progenitor genomes
a Gain - of - Function Variation Related to Male Fertility in Brassica oleracea LineagesAbstractFulltextPDFDoubling down on genomesCauseda Gain - of - Function Variation Related to Male Fertility in Brassica oleracea LineagesAbstractFulltextPDFDoubling down on genomes
as a result of the duplication of a segment of the genome ( segmental duplications ) or as the result of the duplication of a single gene was not assessedwere createdas a result of the duplication of a segment of the genome ( segmental duplications ) or as the result of the duplication of a single gene was not assessed
Fragile X Syndrome(passive) May Be Caused ByFragile X Syndrome
mainly from relatively ancient originsmay resultmainly from relatively ancient origins
hybrid incompatibilitycausinghybrid incompatibility