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This type of variationcan causedifferent types of selection of one phenotype over others 9 Directional , Disruptive , and Stabilizing
The fact that some groups studied are not randomly selected but choose to be in a group ( like in a programcan causeselection effects and corresponding bias
the basic physical mechanismleadsto the instability and pattern selection
permanent changes in the portions of the braininfluencedecision - making and mood stabilization
Due to limited resources available to the organism , enhancement of these auto - regulatory changes can repress other ( not necessarily beneficial ) alternativesthus leadingto further selection and stabilization of the beneficial changes
Neurological and developmental differencesleadto directional selection and changes
increases the strength of frequency dependence in spatially localized ecological interactionssometimes leadingto disruptive selection ( Doebeli and Dieckmann 2003
These two processes togethercontributeto genetic drift and selection
I still do a dynamic warm upis composedof activation / stabilization and mobility
so that mutations would have several pleiotropic effects in other parts of the bodyresultingin stabilizing selection against mutational variation
by damage(passive) caused byImproper selection and handling
These types of selectioncan resultin directional , stabilizing , and disruptive outcomes
based on fine Sun Sensor , Star Tracker , Reaction Wheels and a Micro - Proplsion module(passive) were designed3-axis attitude stabilization and control
the ecological conditionsleadto disruptive selection and evolutionary branching
The increasing and decreasing of antibonding interactions between central C(4 ) ring and side donor groupscausedestabilization of HOMO and stabilization of LUMO
compositions where the physical properties are modifiedto causeclouding , stabilization , emulsification , thickening and gelling
to correct faulty movement patterns in routine activities and everyday life(passive) are designedStabilization and sensorimotor train approaches
a tipping point ... in turncan leadto polarization and instability
a PKA reliant pathleadingto GSK3 inhibition and -catenin stabilization
treatmentWnt3a ... causesfl - Catenin stabilization and translocation
It is the selection against the mean of a population distributioncausingdisruptive selection , and divergent genotypes
the type of animalresultingfrom sustained directional selection
any processcausingdrift and selection
the factorsinfluencingdirectional and lateral stability
CD5-mediated cellular interactionmay influencethymocyte maturation and selection
overdominanceis the selection against the heterozygotecausingdisruptive selection and divergent genotypes
cellular interactionmay influencethymocyte maturation and selection
These patterns of pollen transferledto phenotypic stabilizing selection
Co - expression of p14 arf and usp7 in amounts similar to those of the individual clones present in the screened pools ( about 6 ngresultedin the expected stabilization of p53 and Mdm2
signalingleadsto -catenin stabilization and translocation
by its limited duration(passive) caused byappreciable stabilizing selection
reproducemight causedirectional selection
Stability mechanisms includeinfluencingstabilizing and enabling
Levels of polymorphism(passive) are influenced byLevels of polymorphism
small evolutionary changes in speciesto causesmall evolutionary changes in species
to an advantage of recombinationcan leadto an advantage of recombination
to the evolution of WSMV strainshave contributedto the evolution of WSMV strains
in problems , such as a tenant who pays the rent late or not at allresultin problems , such as a tenant who pays the rent late or not at all
to tumor heterogeneity and progressionundoubtedly do contributeto tumor heterogeneity and progression
in problemstoo often resultin problems
too oftenresulttoo often
in a large amount of reliable datahaving resultedin a large amount of reliable data
in the emergence of structural and dynamical patterns featuring enzyme sequestrationresultedin the emergence of structural and dynamical patterns featuring enzyme sequestration
biological systemcould ... influencebiological system
the change(passive) is caused bythe change
in fixationwill ... resultin fixation
eventuallywill ... resulteventually
the decline in variation in a population over timecausingthe decline in variation in a population over time
to evolution of allele frequenciesleadingto evolution of allele frequencies
for examplecan resultfor example
in that populationwould causein that population
to reduced variationleadsto reduced variation
greater diversity than geographic distancecould causegreater diversity than geographic distance
evidence from observational studies with critical or serious risk of bias(passive) primarily caused byevidence from observational studies with critical or serious risk of bias
the outcomecould influencethe outcome
from both observed and unobserved heterogeneityoriginatingfrom both observed and unobserved heterogeneity
from large rate increasesresultfrom large rate increases
to efficiently capture directional signal contentwere designedto efficiently capture directional signal content
to the evolution of downy mildew resistance at the * Rpp8contributeto the evolution of downy mildew resistance at the * Rpp8
to adaptive behaviorleadsto adaptive behavior
to the evolution of downy mildew resistance at the * RPP8 * locus of * Arabidopsiscontributeto the evolution of downy mildew resistance at the * RPP8 * locus of * Arabidopsis
in improper system operationmay resultin improper system operation
morphological and genetic divergencecausingmorphological and genetic divergence
divergence between isolated gene poolscausedivergence between isolated gene pools
the amount of genetic variance to increase as a result of selectionwould causethe amount of genetic variance to increase as a result of selection
to shifts in population structurehas ledto shifts in population structure
to vast changes in allele frequencies in a populationcan quickly leadto vast changes in allele frequencies in a population
to reduction in its frequencyleadingto reduction in its frequency
an allele to shift over time in frequencycausingan allele to shift over time in frequency
to changes in phenotypesleadsto changes in phenotypes
to the fixation of one alleleleadsto the fixation of one allele
plantshas ledplants
usuallyresultsusually