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lifestyle and diet(passive) can be influenced by-Methylation
by the RdDM pathway(passive) caused byCHH methylation
by alteration in chromatin - modifying enzymes(passive) caused byhistone methylation
by Sam - S knockdown(passive) caused byhistone methylation
EZH2causeshistone methylation
a geneinfluencingcytosine methylation
de)acetylation , enzymes ... co - substrates or co - factorsinfluencehistone methylation
CARM1(passive) caused bySox9 methylation
Trialresultsmethylation chlorambucil
High maternal protein intakecausesRXRA methylation
Dna methylation and histone modifications influence transcription initiation the promoter transcriptioncan influencedmethylation
High maternal omega-6 intakecausesRXRA methylation
transcription(passive) is ... influenced byGenic methylation
induced by treatment of bacterial cells with alkylating agentscausemethylation Methylation
the geneinfluencesmethylation
treatment of bacterial cells with alkylating agentscausemethylation Methylation
by a class of proteins called DNA methyltransferases(passive) is causedmethylation
Folic acid ( folatemight influencemethylation
Folic acid ( folatemight influencemethylation
these key genescan influencemethylation
by these mutations(passive) caused bymethylation
by those factors(passive) caused bymethylation
factorsinfluencingmethylation
genetic effectsinfluencingmethylation
environmental factors , such as diet , illness , and stress(passive) can be influenced byMethylation
nutrientsinfluencemethylation
Smokingcausesmethylation
by this toxic process(passive) caused bymethylation
by elevated homocysteine(passive) caused bymethylation
by AdOx treatment(passive) caused bymethylation
environmental factors(passive) can be caused byMethylation
also(passive) is ... influencedMethylation
by epigenetic events(passive) influenced bymethylation
Knockdown of sams genes encoding s - adenosyl - l - methionine synthetasescausesmethylation
environmental factors and aging(passive) is influenced byMethylation
Knownhow ... is originatedmethylation
by environmental influences ( e.g. smoking , stress(passive) can be caused byMethylation
by elevated SAH(passive) caused bymethylation
by NESP55 deletion(passive) caused bymethylation
Other things that have been shownto causemethylation
cumulative damage to our cells and our systemcausecumulative damage to our cells and our system
the development and clinical course of MDDinfluencesthe development and clinical course of MDD
the genomic profiles of tumorscan influencethe genomic profiles of tumors
DNA silencing through inhibiting the transcriptional compound binds to DNA , interfering by transcriptional corepressor complex , or chromatin remodelingcan causeDNA silencing through inhibiting the transcriptional compound binds to DNA , interfering by transcriptional corepressor complex , or chromatin remodeling
the downregulation of CXCL14 , a modulator of immunity and inflammationcausesthe downregulation of CXCL14 , a modulator of immunity and inflammation
to gene silencingcontributesto gene silencing
to transcriptional repression and gene silencing at the NRF2 promoterleadingto transcriptional repression and gene silencing at the NRF2 promoter
to activation or repression of gene transcriptioncan leadto activation or repression of gene transcription
to the accumulation of mutations throughout the genome targeting important genesleadingto the accumulation of mutations throughout the genome targeting important genes
to the silencing of genes critical to cellular control ( i.e. , epigenetic gene silencingcan leadto the silencing of genes critical to cellular control ( i.e. , epigenetic gene silencing
to the altered expression of related genescontributesto the altered expression of related genes
in the repression of numerous tumor suppressor or promoter genesresultingin the repression of numerous tumor suppressor or promoter genes
in either transcriptional activation or repressioncan resultin either transcriptional activation or repression
a permanent change in gene activity during developmentcausesa permanent change in gene activity during development
to the loss of expression of neighboring genes without DNA methylationleadingto the loss of expression of neighboring genes without DNA methylation
gene silencingcausesgene silencing
to gene silencingleadsto gene silencing
in tumor suppressor gene inactivationresultingin tumor suppressor gene inactivation
to the silencing of gene expressionleadingto the silencing of gene expression
transcriptional silencingcausestranscriptional silencing
in good response for the refractory AMLresultingin good response for the refractory AML
epigenetic silencing(passive) caused byepigenetic silencing
in more or less gene transcriptionDoes ... resultin more or less gene transcription
gene inactivationcausesgene inactivation
gene suppressioncausesgene suppression
to DE transcriptional silencingleadto DE transcriptional silencing
to decreased transcriptionleadingto decreased transcription
in decreased transcriptionresultingin decreased transcription
to activation or repression of <can leadto activation or repression of <
a change in the DNA structure of particular genes and resultscausesa change in the DNA structure of particular genes and results
in growth suppressor gene inactivationresultingin growth suppressor gene inactivation
in low homocysteine levelswill resultin low homocysteine levels
to the inactivation of a given genecan leadto the inactivation of a given gene
whether genes are active or inactiveinfluencewhether genes are active or inactive
to gene reactivationleadsto gene reactivation
a change in the DNA structure of particular genes and results in altering its controlcausesa change in the DNA structure of particular genes and results in altering its control
its expression and BRCA1 expressionmight ... influenceits expression and BRCA1 expression
a gene to be turned off , or silencedcausesa gene to be turned off , or silenced
to silencingresultsto silencing
to gene silencing in a proportion of BRAF mutant cancersmay be contributingto gene silencing in a proportion of BRAF mutant cancers