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cellsledto decreased cell viability
Product toxicity usually interferes with important metabolic processes and damages cell membrane and cellular macromoleculesthus leadingto poor cell viability
CAdesignedcell viability assays
how different inhibitorsinfluenceretinal cell viability
successful stabilization of pH induced by lactate release from hydrolysis of PLLAresultingin extended cell viability
SCFA treatmentledto diminished cell viability
compoundsresultin diminished cell viability
that have extreme consequencesultimately leadingto diminished cell viability
Another potential concern with assessing adhesion of yeast and its CWCs to MAP under cell culture conditions ismay influenceepithelial cell viability
the combination of GNCs with the local application of NIR irradiationinfluences4T1 cell viability
Factorsinfluencingendothelial - cell viability
Lhx2 overexpressionresultedin attenuated cell viability
apoptosis inductionleadingto suppressed cell viability
dimethylarginine dimethylaminohydrolase activityleadto increased cell viability
cellscontributeto cell viability
by each treatment(passive) caused bycell viability
mitochondrial dysfunction and subsequent cytochrome c releaseleadsto cell viability loss1
the addition of MCMsresultedin ~70 % cell viability
Drug concentrationsdo ... influencethe cell viability (
by the exposure(passive) caused bycell viability
Results IGFBP-3 expressioninfluencedcell viability
exposure of MSCs to high concentrations of anaestheticsinfluencescell viability
by the chrysin treatment(passive) caused bycell viability
by the inhibitor(passive) caused bycell viability
the extractdoes ... influencecell viability
other effectsinfluencecell viability
kil induction(passive) caused bycell viability
targeting of endogenous genes or the drugsmight have influencedcell viability
general cellular toxicity(passive) caused bycell viability
by H / R(passive) caused bycell viability
by inhibition of EGFR(passive) caused bycell viability
d levelsinfluencecell viability
by ethanol toxicity(passive) caused bycell viability
by 1 % serum(passive) caused bycell viability
Linfluencescell viability
GIPC1 suppression(passive) caused bycell viability
pathwayscontributeto cell viability
nMdid ... influencecell viability
cannabinoidsto influencecell viability
tivantinib(passive) caused bycell viability
in a more stable cultureresultsin a more stable culture
the outcome of the invasion assaymay influencethe outcome of the invasion assay
to 100 %is setto 100 %
in 25 %resultedin 25 %
to ER stress - induced apoptosis in vitro and in vivo [ 41 , 42to contributeto ER stress - induced apoptosis in vitro and in vivo [ 41 , 42
from the upregulation of IAPPresultingfrom the upregulation of IAPP
to dye viable as well as dead mammalian cells and has been used in Leishmania research[18 , 19is designedto dye viable as well as dead mammalian cells and has been used in Leishmania research[18 , 19
by increased apoptosiscausedby increased apoptosis
from increased cell death and how cells responded at an early phase of treatmentresultedfrom increased cell death and how cells responded at an early phase of treatment
cell arrestcausingcell arrest
to these effects ( Liu et al . , 2014may contributeto these effects ( Liu et al . , 2014
to apoptosisleadingto apoptosis
in less contaminating protein from dead cells , facilitating downstream purificationresultingin less contaminating protein from dead cells , facilitating downstream purification
in pregnancy losscould resultin pregnancy loss
from transfection with pcDNA3.1-Tg737resultingfrom transfection with pcDNA3.1-Tg737
to higher total production levelsleadingto higher total production levels
from high - glucose conditions rather than the polymeric TESresultedfrom high - glucose conditions rather than the polymeric TES
in an acceptable alternative to autograft1resultingin an acceptable alternative to autograft1
in an acceptable alternative to autograftresultingin an acceptable alternative to autograft
death by apoptosisprovokedeath by apoptosis
to cell deathpotentially leadingto cell death
no cell deathcausingno cell death
in cell death , either necrotic or apoptoticcan ... resultin cell death , either necrotic or apoptotic
to the reduced function of expressed transgeneleadingto the reduced function of expressed transgene
to an increase in cell survival after implantation44leadingto an increase in cell survival after implantation44
in dead cellsresultingin dead cells
to an increased proportion of cells in the G0 / G1 phase and cell apoptosis via suppression of the PI3K / Akt signaling pathwaymay contributeto an increased proportion of cells in the G0 / G1 phase and cell apoptosis via suppression of the PI3K / Akt signaling pathway
to varied cell - type specific phenotypesleadingto varied cell - type specific phenotypes
from dose - response curves for JQ1resultsfrom dose - response curves for JQ1
the estimated TIC frequency as determined through limiting dilution transplantationinfluencesthe estimated TIC frequency as determined through limiting dilution transplantation