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NctAinfluencesheterocyst differentiation
IL-6 production ( 12(passive) caused byTh1 differentiation
cytokinesinfluencemyeloid differentiation
CD4 + T cell intrinsic or extrinsic IRF3 activityinfluencedTh17 differentiation
Most of these agentscausemyeloid differentiation
the powerto influenceTh17 differentiation
which in turn causes the expression of GFAPcausingglial differentiation
Ccl19-Cre+ LN stromal cells ... the ligand - expressing niche cellsinfluenceTFH differentiation
the mechanisms by which TNFinfluencesosteoclast differentiation
Certain proteins secreted or existing in the cell , and interactions between neighboring cells , are knownto causedifferentiation
Induced differentiation from stem cells Culture of human embryonic stem cells in mitotically inactivated porcine ovarian fibroblasts ( POFcausesdifferentiation
Induced differentiation from stem cells Culture of human embryonic stem cells in mitotically inactivated porcine ovarian fibroblasts ( POFcausesdifferentiation
Blockade of ERK activation after induction ofresultsosteogenic differentiation
knownto influenceTfh differentiation
some datacan influencemonocyte differentiation
by the mutations and or epigenetic change in AML cells(passive) caused bydifferentiation
the expression of tissue specific transcription factors(passive) is caused byDifferentiation
Alteration in the levels of these factors in ES cellswill causedifferentiation
by mutations and/or epigenetic change in AML cells(passive) caused bydifferentiation
Cell Culture Substrate : Stem cells can be cultured on top of extracellular matrix proteins ( proteins secreted by cells into the extracellular spaceto causedifferentiation
Stem cells can be cultured on top of extracellular matrix proteins ( proteins secreted by cells into the extracellular spaceto causedifferentiation
by specific cellular signals that activate and repress genes within the nuclei of the stem cell(passive) is prompteddifferentiation
a potential protein - protein interaction domain in nuclear proteinsinfluencingdifferentiation
Desmouliare A. Factorsinfluencingmyofibroblast differentiation
by 1,25(OH)2D3(passive) caused byTreg differentiation
1,25(OH)2D3(passive) caused byTreg differentiation
Human embryonic stem cells ( hESCs ... WNT ligandscausedifferentiation
The cell morphology , proper aspect ratio and cytoskeleton orientationwould further influenceBMSCs differentiation
by wortmannin which may account for the multiple downstream effectors of PI3K / Akt pathway in differentiation process(passive) caused bydifferentiation
the influence of local languages(passive) was also caused byDialectal differentiation
by activation of BMP signaling(passive) caused bydifferentiation
the differentiation of muscle stem cells ... conditionscausedifferentiation
the ability to negatively regulate cellular proliferation ... some growth factorsinfluencedifferentiation
interactions between neighboring cells , are knownto causedifferentiation
where cells signal to each otherto causedifferentiation
pluripotent cells ... conditionscauseddifferentiation
by wortmannin which may account for the multiple downstream effectors of PI3K / Akt pathway in differentiation process [ 33(passive) caused bydifferentiation
receptor activationcausesdifferentiation
Certain proteins ... are knownto causedifferentiation
inhibition of the FGF pathwaycauseddifferentiation
significant Ti isotopic fractionation between melts and mineralscausessignificant Ti isotopic fractionation between melts and minerals
to bone erosionleadingto bone erosion
of ne , da release and regulation of growth in the context of an acute phase responsecomposedof ne , da release and regulation of growth in the context of an acute phase response
in the loss of progenitor cell marker expressionresultedin the loss of progenitor cell marker expression
the increase in plasmatocyte and crystal cells that we see following loss of the permeability barrier(passive) is caused bythe increase in plasmatocyte and crystal cells that we see following loss of the permeability barrier
from the loss of [ Ca2+]i oscillation regulationresultingfrom the loss of [ Ca2+]i oscillation regulation
from the bone marroworiginatingfrom the bone marrow
to mineralized bone nodule formationleadingto mineralized bone nodule formation
of ganglion cellscomposedof ganglion cells
in tumorigenesisresultingin tumorigenesis
to disease progressionleadsto disease progression
cells to mature and have a specific function which is lost in cancercausescells to mature and have a specific function which is lost in cancer
to bone tissue formationultimately leadingto bone tissue formation
to changes in the metabolism , structure , and gene expression patterns of cellsleadsto changes in the metabolism , structure , and gene expression patterns of cells
individual cells to have specialized functions , resulting in the formation of tissues and organscausesindividual cells to have specialized functions , resulting in the formation of tissues and organs
in the formation and maturation of cells responsible for bone remodeling 67 - 69resultingin the formation and maturation of cells responsible for bone remodeling 67 - 69
to a matrix mineralizationledto a matrix mineralization
to embryonic and adult tissue growth and repairleadingto embryonic and adult tissue growth and repair
eventually to the hundreds of distinct cell types in our mature bodies , from retinal cells to those of heart muscle , from liver to bone , from brain to pancreasleadingeventually to the hundreds of distinct cell types in our mature bodies , from retinal cells to those of heart muscle , from liver to bone , from brain to pancreas
cells with different properties and capabilities including their tumorigenic potentialresultingcells with different properties and capabilities including their tumorigenic potential
to therapy resistance and disease progressionmay contributeto therapy resistance and disease progression
height growthcan causeheight growth
to significant and sustainable practice growth Product Differentiationleadsto significant and sustainable practice growth Product Differentiation
to insulin resistanceleadingto insulin resistance
to the development of specialized functional cell typesleadingto the development of specialized functional cell types
to the specific elimination of CML cellscontributeto the specific elimination of CML cells
in production of plasma cellsresultsin production of plasma cells
to the formation of pancreatic cellsleadingto the formation of pancreatic cells
a reduction in the number of new cells becoming neuronscausinga reduction in the number of new cells becoming neurons
to : Accumulation of immature myeloid forms ( blasts ) in the bone marrowleadingto : Accumulation of immature myeloid forms ( blasts ) in the bone marrow
in increased monolayer - associated sGAGresultedin increased monolayer - associated sGAG
in alkaline phosphatase - positive cells and the accumulation of extracellular mineral that stains using a calcium phosphateresultsin alkaline phosphatase - positive cells and the accumulation of extracellular mineral that stains using a calcium phosphate
to tumor formationto leadto tumor formation
to tumor formationleadingto tumor formation
to a higher yield of differentiated cellsleadingto a higher yield of differentiated cells
to improved and faster tissue developmentleadingto improved and faster tissue development
to a particular mature cellleadingto a particular mature cell
in the formation of embryo - like structures from undifferentiated cellsresultsin the formation of embryo - like structures from undifferentiated cells
to malignant cell evolutionleadingto malignant cell evolution
to tumor developmentleadingto tumor development