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the capability of specific growth factors , cytokines , and other inflammatory mediatorsto influencethe cellular differentiation process
Although transcriptional repression by histone modification appearsto contributeto the process of cellular differentiation
a position to transduce alterations in gene expressionto influencecellular differentiation / development
experimental efforts ... in turnmay ... influencethe outcome of cellular differentiation
to transduce changes in gene expressionto influencecellular differentiation / development
in turnmay ... influencethe outcome of cellular differentiation
reproducemight ... influencethe evolution of cellular differentiation
the ubiquitin - proteasome systemleadingto cellular de - differentiation
a single modeldesignedto explain cellular differentiation
PCa cell heterogeneity ... epigenetic mechanismsresultin subclonal cellular differentiation
activation and repression of genesresultin cellular differentiation
pathways ... , growth , proliferation , prolonged survival , migration , and other functionsleadto [ [ cellular differentiation
increasing the expression of silenced genesleadingto cellular differentiation
the cells interactresultingin cellular differentiation
a particular expression patternmay influencecellular differentiation
alterations in cellular phenotyperesultedin cellular differentiation
Only the stimulation of specific wntleadsto cellular differentiation
regulatory eventsleadingto cellular differentiation
Changes in cellular gene expression in the initiation of DNA synthesis and the formation of differentiated derivativescan leadto cellular differentiation
First , oxygen , nutrient and soluble growth factors availabilityinfluencescellular differentiation
antagonize the effects of I d proteinsthus resultingin cellular differentiation
This activated form of vitamin Dcausescellular differentiation
the physiologic circulation of the signaling molecules such as growth factorsmight influencecellular differentiation
factorsinfluencecellular differentiation
Modulating Cellular Pathways Phenolic compounds have been studied for their role in modulating the immune systeminfluencingcellular differentiation
the expression of the Wnt target genesmay leadto cellular Differentiation
lamin A / C interacts with Notch signalinginfluencingcellular differentiation
specific cuesinfluencecellular differentiation
mechanismsleadingto cellular differentiation
mechanismsresultingin cellular differentiation
various transcription factorscontributeto cellular differentiation
the pathwayleadsto cellular differentiation
their engagement as well as release of cytokines ( e.g. TNF ... likelyto contributecellular differentiation
the molecular eventleadsto cellular differentiation
The cellular location of the GTPases and their respective effector binding proteinscontributeto cellular differentiation
a conserved pathwayinfluencingcellular differentiation
the abilityto influencecellular differentiation
in turnleadsto cellular differentiation
gene expressionresultsin cellular differentiation
gene expressionleadingto cellular differentiation
nuclear reprogramming of a differentiated somatic cell nucleusto causenuclear reprogramming of a differentiated somatic cell nucleus
to the development of an embryoleadsto the development of an embryo
the formation of conical cells over trichomeswill causethe formation of conical cells over trichomes
the formation of conical cells over trichomeswill causethe formation of conical cells over trichomes
in different cell typesresultsin different cell types
to sperm productionleadsto sperm production
cells to assume their final morphology and physiologyleadscells to assume their final morphology and physiology
to ovulationleadto ovulation
to sperm productionleadsto sperm production
to adipocytesleadingto adipocytes
to the ability of these cellscould contributeto the ability of these cells
from the bone marroworiginatingfrom the bone marrow
to the different organs in a multicellular bodyledto the different organs in a multicellular body
in functionally distinct macrophage and granulocyte subsets and the molecular mechanisms that render these cells more or less resistant to distinct types of pathogensresultin functionally distinct macrophage and granulocyte subsets and the molecular mechanisms that render these cells more or less resistant to distinct types of pathogens
fetal malformation(passive) caused byfetal malformation
expressioninfluencesexpression
a decrease incausesa decrease in
to the development of an [ [ embryoleadsto the development of an [ [ embryo
to tumorigenesismay contributeto tumorigenesis
to three cell layershas ledto three cell layers
to improved tissue qualityleadingto improved tissue quality
in the specialization of cells for specific functions in your bodyresultsin the specialization of cells for specific functions in your body
in the specialization of cells for specific functions in your bodyresultsin the specialization of cells for specific functions in your body
in an increased proliferationcausingin an increased proliferation
to better tissue qualityleadsto better tissue quality
a reduction in proliferationleadsa reduction in proliferation
in different cell typesresultsin different cell types
when cells acquired different chromosomes during replicationresultedwhen cells acquired different chromosomes during replication
to the development of the embryowill leadto the development of the embryo
to development of an embryoleadingto development of an embryo
to the development of an embryoleadsto the development of an embryo
to a highly diverse spatial and temporal cellular function and morphologyleadsto a highly diverse spatial and temporal cellular function and morphology
to loss of ER expression , development of hormone - independent tumor growth and metastasesleadingto loss of ER expression , development of hormone - independent tumor growth and metastases
expressioninfluencesexpression
in a mature cell at its appropriate location and performing its correct functionresultsin a mature cell at its appropriate location and performing its correct function
to the formation of blood cellsleadingto the formation of blood cells
to development of a multicellular embryoleadingto development of a multicellular embryo
to sperm productionleadingto sperm production
to sperm productionleadsto sperm production
to suppression of tumour progressionleadingto suppression of tumour progression