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Retinoic acid via the retinoic acid receptorinfluencesthe process of cell differentiation
Embryology Retinoic acid via the retinoic acid receptorinfluencesthe process of cell differentiation
an effective amount of an agentcausesdifferentiation of the cells
the age - related modifications of B cell compartment(passive) are influenceda cells differentiation
a particular expression patternmay influencecellular differentiation
First , oxygen , nutrient and soluble growth factors availabilityinfluencescellular 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
specific cuesinfluencecellular differentiation
the abilityto influencecellular differentiation
a variety of compounds reportedto influencecellular differentiation
The stem cells are exposed to chemical or physical signalsto causecellular differentiation
in vitrocan ... influencecellular differentiation
by the surrounding microenvironment(passive) is ... influenced bycellular differentiation
environmental factorsinfluencecellular differentiation
providing activating signalsto causecellular differentiation
methods strategies ... variable environmental factorsinfluencecellular differentiation
Extracellular matrix ( ECM ) composition and structural integrity ... many factorsinfluencecellular differentiation
Several different proto - oncogenes have been shownto influencecellular differentiation
further enhancesoriginatecellular differentiation
variable environmental factorsinfluencecellular differentiation
Another polymerinfluencescellular differentiation
pathwayscauseES cell differentiation
an environmentinfluencesNG2 cell differentiation
The signalsleadingtoT cell differentiation
C ) Zfp322a RNAicausedES cell differentiation
by the absence of FOXO1(passive) caused byKLRG1hi cell differentiation
the absence of FOXO1(passive) caused byKLRG1hi cell differentiation
an essential cellular nutrient , copper ( Cu ... an active component of cell fate regulatorsinfluencehematopoietic progenitor cell differentiation
The mode of self - DNA treatmentmay influenceHT29 cell differentiation
IL-15 stimulationinfluencesTh17 cell differentiation
tumor - derived exosomesinfluencemyeloid cell differentiation
that is requiredto causecell differentiation in eukaryotes
specific genetic expressionleadsto cell differentiation
A loss of expressionleadsto cell differentiation
the expression of specific transcription factors(passive) is influenced byCell differentiation
regulation of gene expression ... whichcausescell differentiation
regulation of gene expressioncausescell differentiation
The EGF receptor pathwaycan influencecell differentiation
to the formation of specialized cells , tissues , and organsleadsto the formation of specialized cells , tissues , and organs
to the development of an [ [ embryoleadsto the development of an [ [ embryo
to three cell layershas ledto three cell layers
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
in different cell typesresultsin different cell types
when cells acquired different chromosomes during replicationresultedwhen cells acquired different chromosomes during replication
to development of an embryoleadingto development of an embryo
to the development of an embryoleadsto the development of an embryo
to the development of the embryowill leadto the development of the 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
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 the organizationdoes ... leadto the organization
to the use of histoneledto the use of histone
to improved surrounding tissue qualityleadingto improved surrounding tissue quality
to carcinogenesisleadsto carcinogenesis
in conversion of an organism from immature or juvenile form to mature formresultsin conversion of an organism from immature or juvenile form to mature form
to imbalance in Th1 and Th2 cytokinesleadsto imbalance in Th1 and Th2 cytokines
to tumorigenesis ... 20may contributeto tumorigenesis ... 20
in reduced YY1 protein expression and loss of recruitmentresultsin reduced YY1 protein expression and loss of recruitment
to the formation of the eggs in insectsleadingto the formation of the eggs in insects
from gene expression and/or environmental influenceresultsfrom gene expression and/or environmental influence
in the suppression of lytic cycleresultsin the suppression of lytic cycle
to tumorigenesis ... 20 , 21may contributeto tumorigenesis ... 20 , 21
in Erk phosphorylation and cellular adherenceresultedin Erk phosphorylation and cellular adherence
in considerable alterationresultsin considerable alteration
to a better understanding of the oncogenic processmay leadto a better understanding of the oncogenic process
to the formation of the eggs in insects.[16][17leadingto the formation of the eggs in insects.[16][17
in an undifferentiated histologyresultingin an undifferentiated histology
to creation of different cell types that pose different kinds of gene expression profiles and produce different ultra structures that suit their functions though they possess the genotype that follows the same sequence genomeleadingto creation of different cell types that pose different kinds of gene expression profiles and produce different ultra structures that suit their functions though they possess the genotype that follows the same sequence genome
replication timing over large genomic regions ( 400 - 800?kbinfluencesreplication timing over large genomic regions ( 400 - 800?kb
to formation of fat cellscan contributeto formation of fat cells
to the pathologic progression of calcified atherosclerosiscontributingto the pathologic progression of calcified atherosclerosis