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mutations in epigenetic regulators(passive) has also been influenced byTranscriptional control
localized production of IPs in the nucleusmay influencetranscriptional control
CTCF protein(passive) influenced bytranscriptional control ,
Share Widespreadcontributestranslational control
OffTurn OnWidespreadcontributestranslational control
OmpC porin overexpression(passive) caused bytranslational control
Intragenic SSRscausebiphasic translational control
DNA damage and influences multiple response pathways(passive) triggered bytranscriptional control
OmpC porin cd(passive) caused bytranslational control
that negatively adjust gene expressioncausingtranslational control
more miRNAs bindingcausestranslational control
22 beuzelin 1 0 0 mercury exposureprovokeddmsa control
to oncogenesis and underlies the anticancer effects of silvestrol and related compounds analysis of the tandemcontributesto oncogenesis and underlies the anticancer effects of silvestrol and related compounds analysis of the tandem
to differential utilization of alternative translation start sitesleadingto differential utilization of alternative translation start sites
in the amount of protein that is translated ... while post - translational control will result in the amount of active or modified protein found in the cellwill resultin the amount of protein that is translated ... while post - translational control will result in the amount of active or modified protein found in the cell
to the stability and activity of regulatory RNAs ... providing an avenue for manipulation of traitscontributesto the stability and activity of regulatory RNAs ... providing an avenue for manipulation of traits
to developmental regulation , including in stem cellscontributesto developmental regulation , including in stem cells
to the specific gene regulation associated with developmental programs and environmental responsesalso contributesto the specific gene regulation associated with developmental programs and environmental responses
to the regulation of cell fatecontributesto the regulation of cell fate
to specification of the yeastcontributesto specification of the yeast
to terminal erythropoiesiscontributesto terminal erythropoiesis
to the regulation of Arabidopsiscontributesto the regulation of Arabidopsis
to the regulation of gene expression in eukaryotescontributesto the regulation of gene expression in eukaryotes
to regulatory mechanisms operating during oocyte maturationmay contributeto regulatory mechanisms operating during oocyte maturation
in exaggerated protein synthesis3resultingin exaggerated protein synthesis3
to the disproportionate reduction of Cln3p levels as a function of Tdcontributesto the disproportionate reduction of Cln3p levels as a function of Td
in exaggerated protein synthesisresultingin exaggerated protein synthesis
displacement of one segment in relation to anotherpreventsdisplacement of one segment in relation to another
to the G1–S progressioncontributesto the G1–S progression
to the suppression of global protein synthesisleadingto the suppression of global protein synthesis
to ~10 % of the variation in protein expression for differentially expressed proteinscontributedto ~10 % of the variation in protein expression for differentially expressed proteins
to the regulation of their protein expression levelsmay contributeto the regulation of their protein expression levels
to p27Kip1 protein regulation ( Figure 4contributesto p27Kip1 protein regulation ( Figure 4
from an interaction between cellular RNA - binding proteins and specific cis - acting sites in transcript UTRsgenerally resultsfrom an interaction between cellular RNA - binding proteins and specific cis - acting sites in transcript UTRs
to neuronal function ... how this contributes to the nervous system as a whole , and how this affects behaviorcontributesto neuronal function ... how this contributes to the nervous system as a whole , and how this affects behavior
to establishment of the proteomes in TFoxp3 + and/or TFoxp3− cellscontributesto establishment of the proteomes in TFoxp3 + and/or TFoxp3− cells
the development of an efficient immune response to an infectious agentinfluencesthe development of an efficient immune response to an infectious agent
to the elevationis contributingto the elevation
to the generation of gene expression rhythmicity ... 97,98contributesto the generation of gene expression rhythmicity ... 97,98
from the ER in Leishmaniaoriginatingfrom the ER in Leishmania