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H / R treatment ( Fig . 2A(passive) caused bycell viability
drug treatment For this compound(passive) caused bycell viability
Vorinostat treatment(passive) caused bycell viability
doxorubicin treatment(passive) caused bycell viability
etanercept treatment(passive) caused bycell viability
rapamycin treatment only(passive) caused bycell viability
the chrysin treatment(passive) caused bycell viability
treatment with the HH - F3 fraction in PLC5 cells(passive) caused bycell viability
treatment with the HH - F3 fraction in Huh7 cells(passive) caused bycell viability
treatment with the HH - F3 fraction in Mahlavu cells(passive) caused bycell viability
treatment with the HH - F3 fraction in HSC - T6 cells(passive) caused bycell viability
No Abstract Tumor necrosis factor α ( TNF - αinfluencesendothelial cell viability
that sugar , inoculum concentration and proportion of breadfruit flourinfluencedcell viability
the combination of hCG and OP treatment(passive) caused bycell viability
treatment with TNF - α(passive) caused bycell viability
co - treatment at 24(passive) caused bycell viability
SUN N8075 treatment(passive) caused bycell viability
embelin + TRAIL treatment(passive) caused bycell viability
3 March 2014 Tumor necrosis factor α ( TNF - αinfluencesendothelial cell viability
the combination of both 100 nm RTX and CH-11 and 1 μm MTA and(passive) caused bycell viability
high concentration cisplatin treatment alone(passive) caused bycell viability
excess vitamin A , and iron - ascorbate systems(passive) caused bycell viability
treatment with EtnK-1 siRNA(passive) caused bycell viability
R(+)-MA treatment ( data not shown(passive) caused bycell viability
both MPP+ and H2O2 exposure , respectively(passive) caused bythe cell viability
Greenseid K , Jindal S , Zapantis A , Nihsen M , Hurwitz J , Pal L. Declining ovarian reserveadversely influencesgranulosa cell viability
LL-37 in HCT116 and LoVo ( Fig .(passive) caused bycell viability
the treatment of MDCK cells with the SILAC media(passive) provoked bycell viability
to ... HG challenge(passive) led ... bycell viability
SREBP-2 than by LXR activity(passive) is ... influenced bycell viability
silica nanoparticles(passive) caused bycell viability
Let-7f-1 - 3p antagomir treatment(passive) caused bycell viability
H2O2 alone(passive) caused bycell viability
exposure to plasma(passive) caused bycell viability
3.56 Fertility and sterility Declining ovarian reserveadversely influencesgranulosa cell viability
the apparent neutralization capacity , such as IFNγ or factorsinfluencingcell viability
RA per secan influencecell viability
tivantinib ( Fig . 4E(passive) caused bycell viability
brief exposure to 10 microM Glu for 1 hr in a dose - dependent manner at concentrations from 0.1 to 10 microM(passive) caused bycellular viability
the high glucose exposure(passive) caused bycell viability
to cell death and lysisleadingto cell death and lysis
in ∼80 % cell deathresultingin ∼80 % cell death
in cell death ... either necrotic or apoptoticcan ... resultin cell death ... either necrotic or apoptotic
from 80 SHV pulsesresultedfrom 80 SHV pulses
from UV Light Exposure Statistically Average Percent Different from Viability � UV IrradiationResultingfrom UV Light Exposure Statistically Average Percent Different from Viability � UV Irradiation
in enzyme inactivation , membrane disruption , and cell death [ 48resultingin enzyme inactivation , membrane disruption , and cell death [ 48
from SHV pulses applied aloneresultedfrom SHV pulses applied alone
to cell death after a 30 h at concentrations as low as 20 nM. Clearlyleadingto cell death after a 30 h at concentrations as low as 20 nM. Clearly
in a higher quality and quantity of stem cells to provide the best service to client ’s customersresultingin a higher quality and quantity of stem cells to provide the best service to client ’s customers
to cell death by its action on the cAMP in the Small cell lung carcinoma cell linesleadingto cell death by its action on the cAMP in the Small cell lung carcinoma cell lines
from OGD(2)/R(24resultingfrom OGD(2)/R(24
to the induction of apoptosisleadsto the induction of apoptosis
after 80 LLV pulses was higher than that after 20 SHV pulses +resultingafter 80 LLV pulses was higher than that after 20 SHV pulses +
from current cryopreservation methodsresultingfrom current cryopreservation methods
from 20 SHV + 60 LLV ( 360 Vresultedfrom 20 SHV + 60 LLV ( 360 V
from infection with H. capsulatum with the addition of uracil to the culture medium , including the uninfected wells used to establish 100 % viabilityresultingfrom infection with H. capsulatum with the addition of uracil to the culture medium , including the uninfected wells used to establish 100 % viability
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 an increased proportion of cells in the G0 / G1 phase and cell apoptosis via suppression of the PI3 K ( Montrer PIK3CAmay contributeto an increased proportion of cells in the G0 / G1 phase and cell apoptosis via suppression of the PI3 K ( Montrer PIK3CA
to an increased proportion of cells in the G0 / G1 phase and cell apoptosis via suppression of the PI3K / Akt signalling pathwaymay contributeto an increased proportion of cells in the G0 / G1 phase and cell apoptosis via suppression of the PI3K / Akt signalling pathway
to an increased proportion of cells in the G0 / G1 phase and cell apoptosis via suppression of the PI3 K ( zeige PIK3CA Antikörper)/Aktmay contributeto an increased proportion of cells in the G0 / G1 phase and cell apoptosis via suppression of the PI3 K ( zeige PIK3CA Antikörper)/Akt
in a 50–60 % cell toxicityresultingin a 50–60 % cell toxicity
expression levels of proteins or genescould influenceexpression levels of proteins or genes
to the suggestion that TG activity is necessary for ensuring cell survival under conditions of differentiation or cellular stresshas ledto the suggestion that TG activity is necessary for ensuring cell survival under conditions of differentiation or cellular stress
to the normal morphogenesis and functionality of human tissuescontributesto the normal morphogenesis and functionality of human tissues
from C - terminal GFP or RFP fusionresultingfrom C - terminal GFP or RFP fusion
to highly blebbed cellsleadingto highly blebbed cells
to reduced success rates in the generation of viable embryos and stem cell lines , respectivelyleadingto reduced success rates in the generation of viable embryos and stem cell lines , respectively
to a signifiwould leadto a signifi
the growth of the stem cells in a negative mannerinfluencethe growth of the stem cells in a negative manner
to a significant decrease of the number of colonies compared with vector and control cellswould leadto a significant decrease of the number of colonies compared with vector and control cells
to an increase in cell survival after implantation44leadingto an increase in cell survival after implantation44
in both cell lines between 80 and 90 % in comparison with untreated cellsresultedin both cell lines between 80 and 90 % in comparison with untreated cells
to the development of new photoinitiators that are sensitive to visible lighthas ledto the development of new photoinitiators that are sensitive to visible light
to cell damageleadingto cell damage
to death of cells with too short telomeres thus reducing the variability of the mean values of cells in high grade dysplasia compared with adenomaleadingto death of cells with too short telomeres thus reducing the variability of the mean values of cells in high grade dysplasia compared with adenoma
to lower yieldleadingto lower yield
from ZnONP20 and Al - ZnONP20resultingfrom ZnONP20 and Al - ZnONP20
to optimal patient outcomesto contributeto optimal patient outcomes
from β1-subunit knockdownresultingfrom β1-subunit knockdown
from changes in 3D multicellular structure changes in term of for example , fractal dimension , 3D culture size , wound size , and number of cell clustersresultingfrom changes in 3D multicellular structure changes in term of for example , fractal dimension , 3D culture size , wound size , and number of cell clusters