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external or environmental factors that switch genes on and off and affect how cells read genes instead of being caused by changes in the regular DNA sequence(passive) are caused bytrait variations
few cases ... even many genesinfluencevariation in the trait
external or environmental factors that switch genes on and off and affects how cells read genes(passive) are caused bytrait variations
mapping genescausingtrait variation
knowledge ... genesinfluencetrait variations
individual genesinfluencetrait variation
environmental factors that switch genes on and off ... s Office of Biological and Environmental Researc(passive) caused bytrait variations
new candidate genesmight influencetrait variation
exposure of the oxide semiconductor layer 108(passive) caused byvariation in characteristics
the current and potential use of identifying quantitative trait loci ( QTL)—portions of DNAcausetrait variation
genetic mutations or the shuffling of genes in sexual reproduction(passive) are caused byTrait variations
The term � contributor � as used herein ... anythingcausesvariation in characteristics
GenerationMendel 's ConceptsAlternative versions of genescausevariation in inherited traits
large scale changes in environmental conditions(passive) caused bytrait variation
how these genes and their variants act together in biological pathwaysto influencetrait variation
the specific factorsinfluencetrait variations
environmental variationinfluencestrait variation
One of the basic principles of evolutionary theory , natural selection , relies on environmental influence on the genomes of organismsto causetrait variations
rare variants(passive) caused bytrait variation
the steady - state level of additive genetic variation for a quantitative trait ... the locicausevariation in the trait
that are interactingto causevariation in the trait
local factorsmight influencetrait variation
Full Text Sensorycontributestrait variation
Non - additive effects resulting from the actions of multiple locimay influencetrait variation
environment(passive) caused bytrait variation
to identify locisignificantly influencingtrait variation
copy number variation(passive) caused bytrait variation
external or environmental factors that influences gene expression(passive) caused bytrait variations
However , too large an amount of charged particles 8 a trapped are more likely to leak outcausingvariation in characteristics
genotypic effects(passive) contributed bytrait variation
the identified modulesare causingvariation in the trait
genetic or environmental factors(passive) can be caused byVariation in traits
nutritive or defensive compounds of leaves(passive) was influenced byvariation in phenotypic traits
a map of which epigenetic marksmay influencetrait variation
difference in development treatment formulation(passive) caused byvariation in characteristics
a short channel widthpreventingvariation in characteristics
the capacity of DSto influencephenotypic variation in the traits
Dryad droughtdata_mainData frommight contributeVariation in ecophysiological traits
to ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus 34might contributeto ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus 34
to ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus 58might contributeto ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus 58
to ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus 66might contributeto ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus 66
to ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus - Dryad Data frommight contributeto ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus - Dryad Data from
to ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus leaf area , etcmight contributeto ecogeographic isolation and divergence between parapatric ecotypes of Mimulus aurantiacus leaf area , etc
to drought adaptation ( plant growth dynamics , canopy and root water conducting capacity , drought stress responsescontributeto drought adaptation ( plant growth dynamics , canopy and root water conducting capacity , drought stress responses
analysis and relationships with atmospheric circulation Journal Article Zhao , Ziyang ; Wang , Hongrui ; Wang , Chengcauseanalysis and relationships with atmospheric circulation Journal Article Zhao , Ziyang ; Wang , Hongrui ; Wang , Cheng
in the prezygotic isolation between speciesresultin the prezygotic isolation between species
to differential success in survival and reproductionleadsto differential success in survival and reproduction
selection pressure which varies a species ’ surroundingsmay influenceselection pressure which varies a species ’ surroundings
survival and reproduction ... a strong foundation for considering evolutionary responsesinfluencessurvival and reproduction ... a strong foundation for considering evolutionary responses
differences in the ability of individuals to survive and reproduce Thus Natural Selection depended on variability within a population without variation natural selection could not occur Darwin amp Wallace did not understand the underlying causes of variation since they knew nothing about genes and genetics Where does variation come from Chromosomes and genescauseddifferences in the ability of individuals to survive and reproduce Thus Natural Selection depended on variability within a population without variation natural selection could not occur Darwin amp Wallace did not understand the underlying causes of variation since they knew nothing about genes and genetics Where does variation come from Chromosomes and genes
differential survival and reproductive success as well as have a heritable basis ( Policansky 1993must causedifferential survival and reproductive success as well as have a heritable basis ( Policansky 1993
to differential survival and reproduction in a particular environment ... and that over time , this leads to a change in the frequency of specific traits in a populationmay leadto differential survival and reproduction in a particular environment ... and that over time , this leads to a change in the frequency of specific traits in a population
population adaptivity , stability and resiliencemay influencepopulation adaptivity , stability and resilience
from external or environmental factors that switch genes on and off and affect how cells express genesresultfrom external or environmental factors that switch genes on and off and affect how cells express genes
from phenotypic plasticityresultingfrom phenotypic plasticity
to differential reproductive success ... and that this can lead to change in phenotype frequency over time in a populationcan leadto differential reproductive success ... and that this can lead to change in phenotype frequency over time in a population
to variation in fitnesswill leadto variation in fitness
the fate of populationsmay influencethe fate of populations
their success in this struggle to existinfluencetheir success in this struggle to exist
at ± 20 % and could be adjusted to better mimic currently known genetic variability for traits of interestwas ... setat ± 20 % and could be adjusted to better mimic currently known genetic variability for traits of interest
the performance of plants in the CFRcould influencethe performance of plants in the CFR
from the introduction of different GAI mutant allelesresultingfrom the introduction of different GAI mutant alleles
using FIGS Barley Barley yellow dwarf virus Barley Net Blotch – net form Barley Net blotch – spot form Barley Russian wheat aphid Wheat Russian wheat aphid Wheat Sunn pest Wheat Salinity Wheat Boron Chickpea , Lentil Beet western yellows virus Chickpea , Lentil Chickpea chlorotic stunt virus Chickpeadiscoveredusing FIGS Barley Barley yellow dwarf virus Barley Net Blotch – net form Barley Net blotch – spot form Barley Russian wheat aphid Wheat Russian wheat aphid Wheat Sunn pest Wheat Salinity Wheat Boron Chickpea , Lentil Beet western yellows virus Chickpea , Lentil Chickpea chlorotic stunt virus Chickpea
trait change(passive) caused bytrait change
to evolution by natural selectioncan leadto evolution by natural selection
indirect associations between markers and traits where no causal relation existscan createindirect associations between markers and traits where no causal relation exists
long - distance animal movement ( locomotor enduranceinfluenceslong - distance animal movement ( locomotor endurance
to be “ readily deployablewould be designedto be “ readily deployable
in increased fitness under such pressuresresultin increased fitness under such pressures
the development , appearance , behavior , and ability of organismscan influencethe development , appearance , behavior , and ability of organisms
the fate of a populationcan influencethe fate of a population
from the production process , materials used , workmanship or environmental factors such as heat , humidity and lightmay resultfrom the production process , materials used , workmanship or environmental factors such as heat , humidity and light
differential fitness that would result in extinction of the less fit genotypecausedifferential fitness that would result in extinction of the less fit genotype
display unevenness(passive) caused bydisplay unevenness
from the interactions of an organism 's genotype and its environmentresultfrom the interactions of an organism 's genotype and its environment
the power of epidemiological studies to identify genetic effectscould influencethe power of epidemiological studies to identify genetic effects
in fine - scale ecological differentiation among closely related strainsresultin fine - scale ecological differentiation among closely related strains
us to conduct genome - wide analysis of gene based SNPs to decode the genic variation underlying functionsledus to conduct genome - wide analysis of gene based SNPs to decode the genic variation underlying functions