Loading ...
to measure the relative abundance of gene transcripts by detecting sequence - specific hybridization between a fixed DNA probe and a labeled RNA target(passive) are designedGene expression microarrays
by errors in these programs or mutations in the associated regulatory elements(passive) caused byGene expression perturbations
errors in these programs or mutations in the associated regulatory elements(passive) caused byGene expression perturbations
more than 2,500 STRs predictedto influencegene expression ( eSTRs
age and gender(passive) is influenced byvaspin gene expression
the mechanism by whichcausesgene expression dysregulation
loop losscausesgene expression dysregulation
nucleusto influencegene expression ( 18,31,35
first(passive) was ... discoveredGene expression KLF2
the factorsinfluencemicrocystin gene expression
by changes in DNA cytosine methylation , histone modifications and expression of small non - coding RNAs(passive) caused bygene expression
Several mechanisms , including DNA methylation , histone modifications , and regulatory noncoding RNAs , appearto influencegene expression
the regulatory mechanisms of occludininfluenceoccludin gene expression
by DNA methylation and changes in genetic expression caused by the chemical modification of amino acids in histones ( methylation , acetylation , phosphorylation , etc(passive) caused bygene expression
by epigenetic modifications of the genome , like DNA methylation and histone acetylation(passive) are causedgene expression
epigenetic factors , which act through DNA methylation , histone modification , and noncoding RNA such as short interfering RNA ( sirna ) , all of which can alter gene expression without altering DNA se(passive) is influenced byGene expression
>Methylation of DNA at CpG sites within promoters ... an epigenetic eventinfluencesgene expression
alterations in the levels of specific metabolites in mammalian cells ... chromatin modificationsinfluencegene expression
Epigenetic signatures , such as DNA methylation , histone variants and modifications , are knownto influencegene expression
by changes in the DNA sequence but by DNA methylation , histone modification and other mechanisms(passive) is ... caused bygene expression
Methylation and hydroxymethylation of DNA , and histone modifications , are the most common targets of epigenetic therapyto influencegene expression
by epigenetic factors such as DNA methylation and histone modification(passive) can ... be influenced bygene expression
how binding of transcriptional factors to multiple target sites at the promoterscan influencegene expression
genomic methylation , an epigenetic modification of DNAinfluencesgene expression
non - genetic mechanisms without alterations in gene structure or DNA sequence(passive) caused bygene expression
by histone modification and DNA methylation other than changes in the DNA sequence ( mutations(passive) caused bygene expression
genetic ( DNA related ) and epigenetic ( DNA independent mechanismsinfluencegene expression
by mechanisms ( e.g. methylation ) other than changes in the underlying DNA sequence(passive) caused bygene expression
Histone modifications ... epigenetic mechanismsinfluencegene expression
each of the variable factors in the constructsinfluenceddarbepoetin gene expression
by epigenetic modifications including DNA methylation , histone modification , and microRNA and contrast with terminal disease ageing(passive) caused bygene expression
regions that control transcription ( promoters , enhancers ) and non - coding RNAscan influencegene expression
by regulation mechanisms , other than changes in the underlying DNA sequence(passive) caused bygene expression
the short - term exposure of CEM / A7R cells to EPI(passive) caused byMDR1 gene expression
specific chromatin marks that may be present on both DNA and associated proteins(passive) is generally influenced byGene expression
by mechanisms other than changes in the genetic ( DNA ) code(passive) caused bygene expression
transient hyperglycemia(passive) caused byp65 gene expression
the in vitro treatment conditions in studies using cultured cellsmay have influencedgene expression
Transposable elements ... cis - acting regulatory sequences and epigenetic markscould influencegene expression
by mechanisms other than changes in our underlying DNA(passive) influenced bygene expression
cell migrationto influencecell migration
particular proteinsare designedparticular proteins
the cell to become an osteoblastcausesthe cell to become an osteoblast
diseasecausedisease
to diseasescontributeto diseases
plant growthinfluencesplant growth
to the production of protein Protein levelleadsto the production of protein Protein level
illnesscauseillness
in more aggressive tumor propertiesresultin more aggressive tumor properties
illness later in lifecauseillness later in life
to evasion of host responsesmay contributeto evasion of host responses
to defects in normal programs of cell proliferation , differentiation and survivalleadto defects in normal programs of cell proliferation , differentiation and survival
sickness later in lifecausesickness later in life
to the econtributedto the e
gene silencing and extreme phenotypescausesgene silencing and extreme phenotypes
in chromatin remodelingresultsin chromatin remodeling
based on known transcriptsare designedbased on known transcripts
to a disease state , such as cancercan leadto a disease state , such as cancer
to the clinical diagnosis of multiple sclerosiscould contributeto the clinical diagnosis of multiple sclerosis
to up - regulation of multidrug resistance protein-4 in human plateletsleadingto up - regulation of multidrug resistance protein-4 in human platelets
in survivalresultsin survival
in either hyper transcription or transcriptional arrestresultingin either hyper transcription or transcriptional arrest
Aberrant protein levels(passive) can be caused ... e.g. ... byAberrant protein levels
early after infection with L. majoris ... influencedearly after infection with L. major
in upregulation of Ras , which initiates several signaling cascades regulating cell proliferationresultingin upregulation of Ras , which initiates several signaling cascades regulating cell proliferation
in a decrease of elastic fibers and dermal elasticity , which in turn induces saggingresultingin a decrease of elastic fibers and dermal elasticity , which in turn induces sagging
to lung inflammation and lungleadingto lung inflammation and lung
to inflammatory cell recruitment , infiltration and activationleadingto inflammatory cell recruitment , infiltration and activation
to epithelial morphogenesisleadingto epithelial morphogenesis
and bind to the " permeability transition pore " of mitochondrial membrane inducing loss of selective ion permeability which results in release into the cytosol intermembrane space contents including cytochrome c and apoptosis - inducing factor ( AIFresultingand bind to the " permeability transition pore " of mitochondrial membrane inducing loss of selective ion permeability which results in release into the cytosol intermembrane space contents including cytochrome c and apoptosis - inducing factor ( AIF
from parental leaf damage in Mimulus guttatusresultingfrom parental leaf damage in Mimulus guttatus
to stroke damageleadsto stroke damage
to stroke damage [ 25,32leadsto stroke damage [ 25,32
to the identification of many genes that are differentially expressed in human cancershas ledto the identification of many genes that are differentially expressed in human cancers
to neutrophil - dominated airway inflammation and tissue damage in the CF lungleadingto neutrophil - dominated airway inflammation and tissue damage in the CF lung
to the identification of gene signatures of different cancer typesleadingto the identification of gene signatures of different cancer types
to metabolic or functional changes in cellsleadingto metabolic or functional changes in cells
mutant phenotype Changing gene expression in only specific cellscausingmutant phenotype Changing gene expression in only specific cells
to both normal cell phenotypes and cellular transformationcontributesto both normal cell phenotypes and cellular transformation
to neuronal growth and synthesis of new proteinsleadingto neuronal growth and synthesis of new proteins