Loading ...
genetically or environmentally induced phenotypic variation ( i.e. maternal traits ) in the maternal generation(passive) caused byphenotypic variation in the offspring generation
the mechanismscontributeto variation in offspring phenotype
the state of the parents at the time of conception(passive) caused byobserved changes in offspring
large amounts of variety ... phenotypescan causevariation among species
What type of reproductioncausesvariation among offspring
variation in some maternal traitsinfluenceoffspring trait variation
One important environmental factorcan influencevariation among offspring
through multigenerational adaptation to local environments and within - lifetime plastic responses to environmental variability and maternal effects among individuals(passive) is influencedOffspring size variation
crossing overcausesvariation in offspring , etc
by the male environment and differences(passive) influenced byoffspring changes
by the male environment and differences in the(passive) influenced byoffspring changes
These mutationscausechanges in the offspring
to studycould resultin changes in offspring
which has been usedto causechanges in the offspring
exposure within the womb to bisphenol A ( BPAcausedchanges in the offspring
that exposure within the womb to bisphenol A ( BPAcausedchanges in the offspring
The blending of genes to come up with a unique living organism ... which has been usedto causechanges in the offspring
the ideacould causechanges in the offspring
changes in DNAcan leadto phenotypical changes in offspring
maternal influences ( along with other factorscan contributeto variation in offspring RMR
environmental effects to gametesmay causechanges in offspring
an epigenetic mechanism of inheritancecausinga phenotypic variation in the offspring
both genes and the environment(passive) can be caused byvariation in a species
by alternative splicing(passive) caused byVariation in phenotype
parental agecontributesto epigenetic variation in the offspring
reproductive ability ... it is easyto causevariation in species
geneticscausedvariation in species
It is obvious ... , all one has to do is observeinfluencesvariation in species
But it is easyto causevariation in species
It is obviousinfluencesvariation in species
obviousinfluencesvariation in species
We knowcausesmutations in offspring
The strains of bacteria ... mutations ( changes in DNAcausedifferences in offspring
genetic recombination , mutations and(passive) is caused byVariation in offspring
by the prevention of inter - crossing with parental forms(passive) caused mainly byvariation in reproductive ability
genetic recombination , mutations and environmental effects(passive) is caused byVariation in offspring
natural genetic changes ( mutationsresultin variation in the offspring
mutations in DNA replication and meiosis in sexual reproduction(passive) is caused bySpecies genetic variation
sexual reproductionleadsto variation in offspring
Sexual Reproductioncausesvariation in the offspring
the expression of reproductive strategiescan influencethe expression of reproductive strategies
how much variation in traits(passive) is caused byhow much variation in traits
that code for those traitscan leadthat code for those traits
during reproductionresultduring reproduction
normal and disturbedinfluencenormal and disturbed
for high intelligencedesignedfor high intelligence
to it 's survival in a constantly changing environmentcontributesto it 's survival in a constantly changing environment
when alternative characteristics that were already in the genome are selected for expressiononly resultswhen alternative characteristics that were already in the genome are selected for expression
to several other names being publishedhas ledto several other names being published
to several other names being published that are now considered to be synonymshas ledto several other names being published that are now considered to be synonyms
aginginfluenceaging
to human variation in visible traits ... susceptibility to disease , and response to therapycontributesto human variation in visible traits ... susceptibility to disease , and response to therapy
the quality of maternal behaviour in miceindirectly influencesthe quality of maternal behaviour in mice
the quality of maternal behaviour in miceinfluencesthe quality of maternal behaviour in mice
to differences in proteome expression and ultimately differences in phenotype ( virulencemay leadto differences in proteome expression and ultimately differences in phenotype ( virulence
whethercontributeswhether
evolution(passive) caused byevolution
to better survivalcould leadto better survival
to specific phenotypescontributingto specific phenotypes
a phenotypeinfluencinga phenotype
detrimental health effectscausingdetrimental health effects
much of it(passive) caused bymuch of it
to susceptibility to human diseasecontributesto susceptibility to human disease
to the capacities of different chicken populations to resist virus infectionmay contributeto the capacities of different chicken populations to resist virus infection
some to bond with protein and some notmay causesome to bond with protein and some not
therapeutic and adverse drug effectsinfluencingtherapeutic and adverse drug effects
the probability of virus transmissioncan influencethe probability of virus transmission
to diseases like cancer ... to develop methods to detect those diseases at an earlier stage and to treat patients more effectivelyleadsto diseases like cancer ... to develop methods to detect those diseases at an earlier stage and to treat patients more effectively
IRD , including CNVscausingIRD , including CNVs
in the UK Biobank associated with MIdiscoveredin the UK Biobank associated with MI
closure techniqueinfluencingclosure technique
to evolutionleadingto evolution
to different levels of mRNA for a large number of genesledto different levels of mRNA for a large number of genes
to nonsyndromic oral cleftsmay contributeto nonsyndromic oral clefts
to different levels of mRNAledto different levels of mRNA
signalinginfluencessignaling
to diseasecan leadto disease
from random genetic mutationsresultsfrom random genetic mutations
to differential survival and reproduction and population genetic changeleadsto differential survival and reproduction and population genetic change
kidney diseasecan causekidney disease