trigram

This is a table of type trigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

trigram	frequency
as well as	468
the expression of	400
reactive oxygen species	353
in this study	303
the role of	286
the presence of	258
one of the	236
the effects of	225
the aim of	222
the development of	217
in patients with	211
role in the	198
the effect of	197
it has been	193
in response to	184
oxidative stress and	178
in order to	171
due to the	169
involved in the	164
been shown to	163
the treatment of	160
in the presence	160
the production of	157
to investigate the	157
the activation of	156
of this study	155
has been shown	152
an important role	146
is associated with	145
study was to	143
the regulation of	139
this study was	138
important role in	137
the level of	134
the present study	134
oxidative stress in	128
the formation of	127
the use of	127
on the other	123
the activity of	123
the pathogenesis of	122
aim of this	121
the other hand	117
activation of the	116
according to the	116
of oxidative stress	115
compared to the	113
the release of	111
in addition to	109
chronic obstructive pulmonary	109
is involved in	108
of reactive oxygen	108
a variety of	108
obstructive pulmonary disease	107
in vitro and	105
an increase in	105
as a result	104
have shown that	101
found to be	101
the immune system	98
for the treatment	97
is one of	96
the levels of	90
can be used	90
in the regulation	90
of the most	89
vitro and in	88
and in vivo	88
are involved in	87
based on the	86
expression of the	86
showed that the	85
the control group	84
to determine the	84
changes in the	83
the number of	82
in the pathogenesis	81
were treated with	81
in the present	80
we aimed to	78
used as a	77
shown to be	77
compared to control	76
the absence of	75
a number of	75
in terms of	75
neutrophil extracellular traps	75
in the absence	74
to evaluate the	73
associated with the	73
a role in	73
in the development	73
results showed that	71
has been reported	71
and oxidative stress	71
was supported by	71
materials and methods	71
was shown to	71
the induction of	71
the results of	71
was found to	70
the risk of	70
contribute to the	70
we found that	69
be used for	69
the plasma membrane	68
a result of	68
analysis of the	68
effects of the	66
been shown that	66
play an important	66
results suggest that	65
was to investigate	65
of patients with	65
to oxidative stress	65
activity of the	64
aim of the	64
were determined by	64
mitochondrial permeability transition	64
plays an important	64
we investigated the	63
as compared to	63
increase in the	63
type diabetes mellitus	62
regulation of the	62
is required for	62
of the mitochondrial	62
compared with the	62
such as the	62
the accumulation of	62
the generation of	62
the amount of	62
pi k akt	62
in contrast to	61
have been shown	60
the most common	60
study is to	60
this study is	59
supported by the	59
the mechanism of	59
dh ond pi	59
be used as	59
the ability of	58
the inhibition of	58
the impact of	58
was determined by	58
well as the	57
a decrease in	57
was used to	56
leads to the	56
of ros in	56
high levels of	55
permeability transition pore	54
cancer cell lines	54
used in the	54
there is a	54
is able to	54
can lead to	54
to be a	54
of the protein	54
the surface of	53
is the most	53
is an important	53
the importance of	53
in the lungs	53
responsible for the	53
effect on the	53
studies have shown	52
the concentration of	52
smooth muscle cells	52
expression levels of	52
the same time	52
there was no	52
related to the	52
in the lung	52
this work was	52
results indicate that	52
in the treatment	52
increased levels of	51
be involved in	51
at the same	51
shown that the	51
cell death in	51
tumor necrosis factor	50
a key role	50
used for the	50
was used as	50
the interaction of	50
the addition of	49
in breast cancer	49
of the present	49
that can be	49
the binding of	48
data indicate that	48
influenza a virus	48
and in the	48
in the liver	48
inhibition of the	48
the cells were	48
in the brain	47
structure of the	47
is characterized by	47
were found to	47
acts as a	47
the first time	46
has also been	46
when compared to	46
as a potential	46
is essential for	46
human serum albumin	46
aimed to investigate	46
are associated with	46
play a role	46
molecular mechanisms of	46
for the first	46
mouse model of	46
in the human	46
of cell death	45
the progression of	45
increased expression of	45
associated with a	45
breast cancer cells	45
contributes to the	45
in the control	45
the structure of	45
and activation of	45
induced oxidative stress	45
part of the	45
diseases such as	45
cell proliferation and	44
of the cell	44
in our study	44
in combination with	44
production of ros	44
the function of	44
the relationship between	44
leading to the	44
of broccoli sprouts	44
the most important	44
member of the	44
with respect to	44
of nadph oxidase	43
a mouse model	43
in a dose	43
most of the	43
due to its	43
in recent years	43
was associated with	43
in comparison to	43
in the study	43
data suggest that	43
it was shown	42
protective effects of	42
in cancer cells	42
a wide range	42
was observed in	42
key role in	42
and cell death	42
cells in the	42
in a mouse	42
the control of	41
depending on the	41
wide range of	41
were significantly higher	41
cells treated with	41
the oxidative stress	41
of ros and	41
be associated with	41
due to their	41
the fact that	41
the involvement of	41
may contribute to	41
present study was	41
by means of	41
dna damage and	41
of senescent cells	41
observed in the	41
fatty liver disease	40
were used to	40
levels in the	40
well as in	40
levels were measured	40
the influence of	40
role of the	40
of the study	40
the ability to	40
significantly higher in	40
levels of ros	39
and respiratory syndrome	39
were analyzed by	39
found that the	39
resulted in a	39
reproductive and respiratory	39
a recent study	39
to study the	39
porcine reproductive and	39
protective effect of	39
to the control	39
is known to	39
in the heart	39
are able to	39
there is no	38
levels of the	38
understanding of the	38
are the most	38
in the blood	38
of our study	38
can also be	38
pharmakologie und toxikologie	38
gene expression in	38
for the development	38
may lead to	38
a significant increase	38
significant increase in	38
the cytokine storm	37
serum levels of	37
have also been	37
to increase the	37
work was supported	37
known to be	37
no effect on	37
from patients with	37
the severity of	37
mitochondrial membrane potential	37
in the cytoplasm	37
may be a	37
activated protein kinase	37
is mediated by	37
cells were treated	37
against oxidative stress	37
found in the	37
the case of	37
been reported to	37
yun et al	36
drug delivery systems	36
in the cell	36
which can be	36
seems to be	36
in diabetic patients	36
aim of our	36
it was found	36
which is a	36
differences in the	36
of ag po	36
the pi k	36
by flow cytometry	36
in the case	36
leads to a	36
led to a	36
these results suggest	36
the molecular mechanisms	36
of hydrogen peroxide	35
of the disease	35
with type diabetes	35
oxygen species and	35
the end of	35
nitric oxide synthase	35
respiratory syndrome virus	35
oxygen species in	35
of h o	35
was shown that	35
was performed using	35
a critical role	35
levels were significantly	35
was found that	35
the in vitro	35
ond pi cells	35
the study was	34
mode of action	34
compared to non	34
to be the	34
decrease in the	34
squamous cell carcinoma	34
a total of	34
in this context	34
the rate of	34
the immune response	34
were divided into	34
foxo transcription factors	34
broccoli sprouts and	34
central nervous system	34
and reactive oxygen	34
we showed that	34
indicate that the	34
be due to	34
no significant difference	33
vascular smooth muscle	33
sprouts and microgreens	33
we conclude that	33
an essential role	33
demonstrated that the	33
be used to	33
the ratio of	33
the lack of	33
has not been	33
but not in	33
western blot analysis	33
of prdx is	33
elevated levels of	33
are known to	33
to play a	33
effect of the	33
the process of	33
the synthesis of	33
the loss of	33
which in turn	33
we show that	33
be related to	32
for this purpose	32
it is known	32
has been demonstrated	32
were measured by	32
the context of	32
as a model	32
blood samples were	32
appears to be	32
the dna damage	32
on the surface	32
to identify the	32
is important for	32
results show that	32
apoptotic cell death	32
of the human	32
to understand the	32
were incubated with	32
in the context	32
which leads to	32
a member of	32
a consequence of	32
were shown to	32
have been reported	32
cell cycle arrest	32
a crucial role	32
has been found	31
influenza virus infection	31
breast cancer cell	31
its role in	31
the innate immune	31
suggest that the	31
low levels of	31
endoplasmic reticulum stress	31
in the mitochondrial	31
essential role in	31
have demonstrated that	31
mechanism of action	31
analysis was performed	31
the transcription factor	31
significant difference between	31
expression level of	31
the action of	31
is based on	31
it can be	31
severe acute respiratory	31
the endoplasmic reticulum	31
amyotrophic lateral sclerosis	31
that in the	31
have been used	31
of gene expression	31
patients with chronic	31
the mechanisms of	31
the mitochondrial permeability	30
revealed that the	30
has been suggested	30
we have shown	30
and progression of	30
induced cell death	30
significantly higher than	30
generation of ros	30
of the immune	30
in vivo and	30
the results showed	30
were able to	30
discussion and conclusion	30
increased oxidative stress	30
in type diabetes	30
was performed by	30
significantly increased in	30
by western blot	30
is known that	30
expression in the	30
mrna and protein	30
result of the	30
the design of	30
isolated from the	30
caused by the	30
did not affect	30
also known as	30
different types of	30
lung epithelial cells	30
cancer stem cells	30
a change in	30
the nlrp inflammasome	30
t dm patients	30
risk factor for	30
transforming growth factor	30
a series of	30
infected dh cells	30
mitochondrial dysfunction and	30
dna damage response	29
were detected in	29
were used for	29
the frequency of	29
to examine the	29
to reduce the	29
ros production in	29
cells in vitro	29
and development of	29
is responsible for	29
function of the	29
induced by the	29
mg kg day	29
the ketogenic diet	29
unfolded protein response	29
as a consequence	29
h n influenza	29
in chronic obstructive	29
of the cells	29
the percentage of	29
is due to	29
nlrp inflammasome activation	29
effects on the	29
neutrophil extracellular trap	29
did not show	29
acute lung injury	29
the mitochondrial matrix	29
members of the	29
critical role in	28
change in the	28
the maintenance of	28
required for the	28
nicotinamide adenine dinucleotide	28
were included in	28
dna damage in	28
reported to be	28
a ketogenic diet	28
this study we	28
crucial role in	28
was carried out	28
herpes simplex virus	28
innate immune response	28
there was a	28
to an increase	28
the gene expression	28
of dna damage	28
is a major	28
that there is	28
t reg cells	28
been reported that	28
ros production and	28
programmed cell death	28
widely used in	28
acute respiratory syndrome	28
were exposed to	28
higher than that	28
in the expression	28
fatty acid oxidation	28
in vitro studies	28
systemic lupus erythematosus	28
the inflammatory response	28
the growth of	27
the pathophysiology of	27
at the end	27
expression of il	27
was isolated from	27
a cytokine storm	27
oxidative medicine and	27
the interaction between	27
of action of	27
mitochondrial dysfunction in	27
of type diabetes	27
respiratory syncytial virus	27
could be used	27
ischemia reperfusion injury	27
been associated with	27
of cancer cells	27
of pi k	27
medicine and cellular	27
act as a	27
the overexpression of	27
by oxidative stress	27
due to a	27
the current study	27
an inhibitor of	27
in line with	27
the increase in	27
genes involved in	27
roles in the	27
properties of the	27
was significantly higher	27
it is also	27
focused on the	27
been demonstrated that	27
recent studies have	27
activation of nf	27
important for the	27
show that the	27
and cellular longevity	27
had no effect	27
of human serum	27
protein kinase c	27
in endothelial cells	27
components of the	27
study was supported	26
which is the	26
cd t cells	26
could lead to	26
the potential to	26
a concentration of	26
the application of	26
lead to the	26
in the same	26
a rat model	26
than that of	26
and release of	26
in this work	26
oxidative stress is	26
in multiple sclerosis	26
cancer cell line	26
in a cells	26
is related to	26
i r injury	26
resulting in the	26
to the nucleus	26
in immune cells	26
to assess the	26
depends on the	26
is regulated by	26
in t dm	26
was used for	26
labile zinc levels	26
to be involved	26
present in the	26
insulin resistance and	26
the form of	26
regulatory t cells	26
reduction in the	26
drug delivery system	26
serve as a	25
increased in the	25
is caused by	25
implicated in the	25
and can be	25
in a rat	25
used as an	25
a reduction in	25
in animal models	25
addition to the	25
is increased in	25
side effects of	25
has been used	25
characterized by the	25
are needed to	25
of neutrophil extracellular	25
prdx is involved	25
was assessed by	25
the tca cycle	25
inhibitory effect of	25
were determined in	25
in the form	25
a and b	25
significant differences in	25
gene expression and	25
is to investigate	24
dependent on the	24
is the first	24
to the activation	24
in dh ond	24
characterization of the	24
the most abundant	24
and characterization of	24
the phosphorylation of	24
in these cells	24
amino acid residues	24
is a key	24
because of the	24
need to be	24
cells of the	24
stress in the	24
these data indicate	24
a central role	24
end of the	24
study showed that	24
in prostate cancer	24
respiratory distress syndrome	24
of vitamin d	24
the central nervous	24
findings suggest that	24
was significantly increased	24
role of prdx	24
analysis showed that	24
cells compared to	24
activity in the	24
the authors declare	24
mesenchymal stem cells	24
results of the	24
were applied to	24
acute respiratory distress	24
are responsible for	24
health and disease	24
of the virus	24
by western blotting	24
in the cytosol	24
and regulation of	24
included in the	24
was measured by	24
the recruitment of	24
in a variety	24
the in vivo	24
were associated with	24
it is important	24
the expression levels	24
the efficacy of	24
the cell cycle	23
in the early	23
higher than in	23
patients with severe	23
a source of	23
the actin cytoskeleton	23
in hek cells	23
leading to an	23
were isolated from	23
and function of	23
g pd deficiency	23
treated with ua	23
is induced by	23
in labile zinc	23
i and ii	23
the possibility of	23
results in the	23
could be a	23
is the main	23
of the major	23
the human body	23
through activation of	23
of t dm	23
with regard to	23
the reactivity of	23
electron transport chain	23
also be used	23
effects of hydrogen	23
some of the	23
h o and	23
more susceptible to	23
the conversion of	23
acute kidney injury	23
these results indicate	23
respiratory syndrome coronavirus	23
ag po under	23
in the kidney	23
the changes in	23
to that of	23
the oxidation of	23
to improve the	22
have been identified	22
be responsible for	22
is the major	22
the onset of	22
of influenza virus	22
morbidity and mortality	22
the purpose of	22
murine model of	22
of the enzyme	22
a reduction of	22
in oxidative stress	22
be activated by	22
considered to be	22
it is possible	22
is dependent on	22
the course of	22
wang et al	22
in vivo studies	22
prostate cancer cells	22
of prdx in	22
of lipid peroxidation	22
differences between the	22
rat model of	22
essential for the	22
the majority of	22
in hepg cells	22
in association with	22
is important to	22
investigation of the	22
for treatment of	22
in the range	22
for min at	22
located in the	22
were obtained from	22
such as il	22
is supported by	22
samples were collected	22
the analysis of	22
was induced by	22
to interact with	22
been implicated in	22
damage caused by	22
patients with covid	22
evidence indicates that	22
lead to a	22
patients with type	22
similar to the	22
is known about	22
in diseased tissues	22
and insulin resistance	22
of the whole	22
were measured in	22
higher in the	22
were used as	22
in the literature	22
the present work	22
overexpression of prdx	21
to cell death	21
difference between the	21
in this review	21
of the main	21
to the release	21
induction of apoptosis	21
the proliferation of	21
an increase of	21
opening of the	21
mutations in the	21
in the current	21
the activities of	21
there were no	21
the reduction of	21
is a common	21
to the development	21
human breast cancer	21
when compared with	21
the toxicity of	21
the result of	21
cytokines and chemokines	21
and inhibition of	21
studies showed that	21
of chronic obstructive	21
a murine model	21
the identification of	21
are required for	21
associated with increased	21
been used in	21
in which the	21
in mammalian cells	21
the survival of	21
increased production of	21
to elucidate the	21
in a recent	21
it seems that	21
were carried out	21
the combination of	21
was to evaluate	21
which could be	21
the protective effects	21
in the cells	21
a role for	21
important roles in	21
of the compounds	21
high fat diet	21
due to an	21
they showed that	21
by activating the	21
major role in	21
that of the	21
the investigation of	21
in broccoli sprouts	21
the contribution of	21
mitochondrial reactive oxygen	21
cytokine storm in	21
reperfusion injury in	21
the viability of	21
central role in	21
and in vitro	21
the range of	21
as a major	21
the active site	21
ros generation and	21
significant decrease in	21
our study was	20
were higher in	20
compared with control	20
with the control	20
the degree of	20
leading to a	20
from ecklonia cava	20
presence of a	20
characterized by a	20
were infected with	20
of amino acids	20
a major role	20
determined by the	20
we observed that	20
in a time	20
the study of	20
remains to be	20
thought to be	20
by regulating the	20
cell death and	20
and amino acid	20
a significant decrease	20
considered as a	20
higher than the	20
regulation of cell	20
by binding to	20
oxidative stress by	20
been found to	20
antiviral activity of	20
of the gene	20
cell viability was	20
were evaluated by	20
according to our	20
been suggested that	20
risk factors for	20
we observed a	20
both in vitro	20
is well established	20
and the expression	20
by the russian	20
and inflammation in	20
in the central	20
in a murine	20
were observed in	20
was added to	20
we propose that	20
than in the	20
rats were divided	20
in clinical trials	20
binding to the	20
in the plasma	20
molecular biology and	20
plays a key	20
in living cells	20
the secretion of	20
cell lines were	20
our results showed	20
our results suggest	20
led to the	20
russian science foundation	20
have been developed	20
cytokines such as	20
the extent of	20
tandem mass spectrometry	20
level of the	20
positively correlated with	20
the side effects	20
infected cells treated	20
transient receptor potential	20
in the first	20
mitochondrial function and	20
significant reduction in	20
of mitochondria in	20
because of their	20
the amino acid	19
large number of	19
physiological and pathological	19
by using a	19
in g pd	19
and increased the	19
leads to an	19
was inhibited by	19
of the s	19
airway smooth muscle	19
of molecular biology	19
the expression level	19
release of the	19
evaluation of the	19
expression of a	19
inhibitory effects of	19
a regulator of	19
to analyze the	19
we hypothesized that	19
and mg kg	19
modulation of the	19
was aimed to	19
were significantly lower	19
been widely used	19
by using the	19
in health and	19
to control group	19
innate and adaptive	19
mediated by the	19
and has been	19
cells exposed to	19
insights into the	19
we hypothesize that	19
increased ros production	19
molecular weight of	19
the increase of	19
prdx is also	19
were found in	19
were grown in	19
might be a	19
was able to	19
to the pathogenesis	19
extracellular trap formation	19
of heart failure	19
lymphocytic choriomeningitis virus	19
concentration of gsh	19
stress and inflammation	19
cd and cd	19
in this regard	19
ag po crystals	19
in this process	19
of proinflammatory cytokines	19
in the mouse	19
correlated with the	19
been used for	19
in infected cells	19
play a key	19
response to the	19
and h o	19
expressed in the	19
was analyzed by	19
have been widely	19
redox regulation of	19
gene expression of	19
at a concentration	19
at h p	19
increased risk of	19
presence of the	19
as compared with	19
component of the	19
can be activated	19
b and c	19
to the formation	19
endothelial growth factor	19
as described previously	19
the occurrence of	19
and it is	19
in relation to	19
of these compounds	19
as a therapeutic	19
pentose phosphate pathway	19
cells were infected	19
of the cellular	19
as a new	19
in aging and	19
it should be	19
than that in	19
we studied the	19
statistically significant difference	19
the uptake of	19
can be a	19
appear to be	19
also involved in	19
induced apoptosis in	18
via inhibition of	18
to be associated	18
was applied to	18
transcriptional regulation of	18
cell death by	18
the administration of	18
suggested that the	18
analysis revealed that	18
the family of	18
of the drug	18
shown in figure	18
in case of	18
in mice with	18
expression of genes	18
not show any	18
at room temperature	18
in skeletal muscle	18
as an important	18
functions as a	18
the stimulation of	18
oxidative damage and	18
of the three	18
idiopathic pulmonary fibrosis	18
of the antioxidant	18
the difference of	18
mitochondrial function in	18
our understanding of	18
was no significant	18
with different concentrations	18
hepatitis b virus	18
to be used	18
the site of	18
a significant reduction	18
control of the	18
in elderly adults	18
was evaluated by	18
inflammatory effects of	18
as a novel	18
this suggests that	18
mechanisms of action	18
positive correlation between	18
the inner mitochondrial	18
investigate the effects	18
oxidative dna damage	18
patients and healthy	18
results demonstrate that	18
it is not	18
the cell membrane	18
the prevention of	18
at the level	18
insulin resistance in	18
to inhibit the	18
in the following	18
wei et al	18
and protein levels	18
may have a	18
was detected by	18
levels were higher	18
we demonstrate that	18
and western blot	18
levels were determined	18
are capable of	18
in tumor cells	18
indicated that the	18
was increased in	18
samples were taken	18
the inhibitory effect	18
was determined using	18
were detected by	18
proteins involved in	18
could also be	18
damage in the	18
the protective effect	18
consistent with the	18
of the two	18
that the expression	18
in comparison with	18
no significant differences	18
an in vitro	18
to compare the	18
antioxidant properties of	18
mobility group box	18
is a critical	18
of antioxidant enzymes	18
the wild type	18
t cells in	18
the management of	18
is a potent	18
in a concentration	18
in the formation	18
is thought to	18
in the body	18
with an increased	18
different cell types	18
in lung cancer	18
t cells and	18
studies have been	18
closely related to	18
development and progression	17
activation of nadph	17
to determine whether	17
their ability to	17
be used in	17
between the groups	17
with h o	17
vascular endothelial growth	17
to decrease the	17
we examined the	17
highly expressed in	17
in type diabetic	17
dependent protein kinase	17
decreased in the	17
of the inflammatory	17
alveolar epithelial cells	17
to contribute to	17
of fatty acid	17
surface of the	17
the viral infection	17
concentration of the	17
significantly lower in	17
the development and	17
hematopoietic stem cells	17
the rats were	17
leading cause of	17
compared to controls	17
with g pd	17
in copd patients	17
in the rat	17
the most widely	17
to test the	17
little is known	17
significant difference in	17
we analyzed the	17
may be involved	17
was performed to	17
epidermal growth factor	17
suggests that the	17
may play a	17
peer review of	17
conflict of interest	17
a review of	17
lung cancer cells	17
airway epithelial cells	17
caused by a	17
results of this	17
reduction of the	17
of the innate	17
it is well	17
plasma membrane and	17
which is associated	17
is activated by	17
reported that the	17
the basis of	17
of the receptor	17
induced dna damage	17
of prdx and	17
on the expression	17
decreased expression of	17
will be discussed	17
antioxidant activity of	17
is a member	17
under oxidative stress	17
polymerase chain reaction	17
been found in	17
was performed on	17
cause of death	17
cytotoxic effects of	17
induction of the	17
alterations in the	17
was accompanied by	17
been identified as	17
and nitric oxide	17
x for peer	17
advanced glycation end	17
a link between	17
these data suggest	17
suggesting that the	17
is critical for	17
authors declare no	17
in the future	17
biology and genetics	17
for peer review	17
hsa and bsa	17
correlation between the	17
conditions such as	17
inner mitochondrial membrane	17
group as the	17
a model of	17
has been associated	17
of the lung	17
and healthy controls	17
in cystic fibrosis	17
used to treat	17
it could be	17
fold higher than	17
hepatitis c virus	17
similar to that	17
superoxide dismutase catalase	17
a family of	17
and hydrogen peroxide	17
and type diabetes	17
on the cell	17
are essential for	17
nir light light	17
were investigated by	17
a large number	17
role of ros	17
oxidative stress response	17
state of the	17
cell lung cancer	17
is also a	17
have been described	17
we suggest that	17
the influenza virus	17
the determination of	17
study of the	17
also been shown	17
as mentioned above	17
and endothelial cells	17
injury in rats	17
were stained with	17
which results in	17
better understanding of	17
after treatment with	17
and expression of	17
this indicates that	17
genes related to	17
for patients with	16
alkaline phosphatase enzyme	16
nonalcoholic fatty liver	16
mechanism of the	16
a wide variety	16
blood glucose levels	16
negative regulator of	16
the modulation of	16
of transcription factors	16
experiments showed that	16
antibacterial activity of	16
wide variety of	16
and polymers based	16
c bl mice	16
of selenium is	16
was investigated by	16
of the same	16
piperidine morpholine ph	16
used to determine	16
a pivotal role	16
the albumin molecule	16
inactivation of the	16
in the last	16
from oxidative stress	16
a better understanding	16
blood mononuclear cells	16
the treatment with	16
acts as an	16
difference of ph	16
n influenza virus	16
on coumarin derivatives	16
inhibitory effect on	16
immune response to	16
are characterized by	16
purpose of this	16
in more detail	16
this is the	16
nitrobenzyl group as	16
the antiviral activity	16
the stability of	16
with chronic obstructive	16
its ability to	16
it is a	16
stress caused by	16
the unfolded protein	16
in the pathophysiology	16
polymers with o	16
to be an	16
properties of albumin	16
orders of magnitude	16
findings indicate that	16
is expressed in	16
and dna damage	16
inducible nitric oxide	16
linked to the	16
of nitric oxide	16
may be the	16
in human lung	16
the bond energy	16
sudlow site i	16
the russian science	16
polymers based on	16
the delivery of	16
be considered as	16
interfere with the	16
to characterize the	16
as the capping	16
by h o	16
ros production is	16
be an important	16
of ph values	16
supplementary figure s	16
small cell lung	16
interaction with the	16
in the gene	16
cytochrome c release	16
as a source	16
the conformation of	16
was measured using	16
and activity of	16
are polymers with	16
that leads to	16
cells were incubated	16
interact with the	16
the incidence of	16
h and h	16
the cleavage of	16
type diabetic patients	16
ros in the	16
to an increased	16
further studies are	16
has the potential	16
the need for	16
associated with an	16
have been found	16
action of the	16
patients compared to	16
zn acoh redox	16
that has been	16
therapeutic target for	16
to be elucidated	16
were increased in	16
inhibitor of the	16
the spinal cord	16
ua and sf	16
which may be	16
as described above	16
the potential of	16
in regulation of	16
were analyzed using	16
of the plasma	16
and colleagues in	16
virus infection in	16
these findings suggest	16
protein expression of	16
in the nucleus	16
was confirmed by	16
of copd patients	16
the metabolic syndrome	16
were used in	16
is accompanied by	16
bond energy of	16
alcoholic fatty liver	16
uv light nir	16
apoptosis induced by	16
no statistically significant	16
cell cycle progression	16
in colorectal cancer	16
was higher than	16
the efficiency of	16
before and after	16
liver and kidney	16
based on coumarin	16
in vivo experiments	16
is an essential	16
of the nf	16
in all groups	16
zhang et al	16
in some cases	16
the most frequent	16
it was determined	16
supplementary table s	16
the liver and	16
in this case	16
the capping group	16
was detected in	16
their role in	16
could contribute to	16
light nir light	16
mg micromotors and	16
enzyme bsa enzyme	15
be induced by	15
have found that	15
studies are needed	15
proteins in the	15
is a natural	15
material and methods	15
were collected from	15
the opening of	15
of ros production	15
glycation end products	15
the intensity of	15
antioxidant response element	15
performance liquid chromatography	15
in the induction	15
of the metabolic	15
our results show	15
expression of prdx	15
both cell lines	15
may be used	15
were determined as	15
to clarify the	15
experimental autoimmune encephalomyelitis	15
did not change	15
plays a crucial	15
not limited to	15
presence of ag	15
the lungs of	15
based on these	15
aim was to	15
investigated the effects	15
statistically significant differences	15
department of molecular	15
as shown in	15
a systematic review	15
of the p	15
of cell cycle	15
serves as a	15
as an antioxidant	15
needs to be	15
were collected for	15
of the effects	15
shown to increase	15
sy y cells	15
the preparation of	15
the transcription of	15
stress and apoptosis	15
mechanisms of the	15
cell lines and	15
is upregulated in	15
lead to an	15
as determined by	15
there is an	15
mechanisms underlying the	15
acoh redox pd	15
in the immune	15
were subjected to	15
o redox plasmin	15
redox plasmin enzyme	15
cells isolated from	15
results indicated that	15
response to oxidative	15
has been identified	15
of mitochondrial function	15
investigated the effect	15
thiols redox h	15
were significantly increased	15
in human breast	15
at least in	15
factor in the	15
total antioxidant status	15
contrast to the	15
part of a	15
our data suggest	15
the cell surface	15
were investigated in	15
mice infected with	15
the host immune	15
cell viability and	15
peripheral blood mononuclear	15
into the nucleus	15
in the s	15
th and th	15
of multiple sclerosis	15
belongs to the	15
of breast cancer	15
ros and no	15
fold increase in	15
role in maintaining	15
in the activation	15
pivotal role in	15
the upregulation of	15
h o redox	15
kg body weight	15
was not affected	15
wistar albino rats	15
formation of the	15
enzymes such as	15
a hallmark of	15
pathogenesis of copd	15
it has also	15
showed that prdx	15
hydrogen peroxide and	15
to find out	15
all of the	15
accumulation of senescent	15
the participation of	15
the differentiation of	15
we were able	15
real time pcr	15
in normal tissues	15
enzyme alkaline phosphatase	15
of nlrp inflammasome	15
morpholine ph zn	15
the cytotoxicity of	15
a cells were	15
is not a	15
relies on the	15
cells and the	15
in the world	15
a lack of	15
the extracellular matrix	15
production of il	15
bovine serum albumin	15
redox h o	15
it was also	15
faculty of medicine	15
than those of	15
a therapeutic target	15
the small intestine	15
in the process	15
balb c mice	15
in the mitochondria	15
play important roles	15
to have a	15
the value of	15
in another study	15
epithelial cells and	15
not affect the	15
higher levels of	15
for cancer therapy	15
there are many	15
we used a	15
significant increase of	15
ph zn acoh	15
obtained from the	15
were performed in	15
the detection of	15
galactosidase enzyme alkaline	15
production of reactive	15
due to increased	15
to the results	15
studies on the	15
we demonstrated that	15
is considered as	15
together with the	15
fatty acid synthesis	15
and chronic obstructive	15
composition of the	15
the s rrna	15
the antioxidant properties	15
its interaction with	15
resulted in the	15
and mitochondrial dysfunction	15
of the body	15
of manganosalen complexes	15
involved in this	15
our results indicate	15
animal models of	15
we are currently	15
kim et al	15
may be an	15
the content of	15
the capacity of	15
has shown that	15
dna repair and	15
the changes of	15
vivo and in	14
in the design	14
prdx can be	14
signaling pathway in	14
as indicated by	14
along with the	14
an increased risk	14
studies suggest that	14
regulation of mitochondrial	14
divided into groups	14
to regulate the	14
of the er	14
were performed with	14
been used as	14
ic values of	14
followed by the	14
a set of	14
can be found	14
mitochondrial ros production	14
be found in	14
of vascular smooth	14
which is characterized	14
immune response and	14
increase the risk	14
drug release in	14
the nadph oxidase	14
patients with diabetes	14
and superoxide dismutase	14
patients with g	14
and protein expression	14
high concentrations of	14
work was to	14
in vitro model	14
of anticancer drugs	14
canine distemper virus	14
be noted that	14
to prevent the	14
of foxo transcription	14
and identification of	14
shown to play	14
participate in the	14
was designed to	14
in cell cycle	14
the patients with	14
study demonstrated that	14
is a novel	14
there are several	14
the restoration of	14
mrna levels of	14
analyses were performed	14
data show that	14
that lead to	14
a group of	14
for cancer treatment	14
that inhibition of	14
for drug delivery	14
region of the	14
first time that	14
investigate the role	14
extracellular traps in	14
as a tumor	14
depend on the	14
significantly lower than	14
the existence of	14
effect of hydrogen	14
binding site of	14
that prdx is	14
group and the	14
infection in mice	14
a protective effect	14
in host cells	14
was a significant	14
by increasing the	14
disulfide bonds and	14
and cell cycle	14
total oxidant status	14
of the sample	14
lung injury in	14
adaptive immune responses	14
of the active	14
evidence suggests that	14
are exposed to	14
has been observed	14
should be noted	14
changes of the	14
was performed with	14
advantage of the	14
the balance between	14
for up to	14
by inhibiting the	14
there are no	14
of the transcription	14
was determined in	14
is consistent with	14
was decreased in	14
was found in	14
study was designed	14
the time of	14
on cell viability	14
t cell activation	14
are expressed in	14
included in this	14
disease characterized by	14
type i interferon	14
light light light	14
are considered as	14
and ros production	14
different doses of	14
of nets in	14
air pollution and	14
in agreement with	14
site of the	14
oxidative damage to	14
as shown by	14
h k ac	14
aimed to evaluate	14
with permission from	14
can be induced	14
were higher than	14
with the aim	14
development of the	14
of t cells	14
such as high	14
aimed to determine	14
in erster linie	14
investigate the effect	14
the discovery of	14
of insulin resistance	14
was evaluated using	14
growth factor receptor	14
that it is	14
of immune cells	14
the relevance of	14
cells that survive	14
compared to wt	14
has been proposed	14
are required to	14
eluted from rca	14
cells infected with	14
and treatment of	14
of the dna	14
been linked to	14
factors such as	14
of the patients	14
in the respiratory	14
known about the	14
the initiation of	14
the length of	14
cytotoxic effect of	14
significant differences between	14
of the actin	14
the protein was	14
as a marker	14
stem cells and	14
oxygen species production	14
a loss of	14
led to an	14
brown alga ecklonia	14
large amounts of	14
the control and	14
for this reason	14
be able to	14
immune system and	14
mechanism by which	14
adverse health effects	14
data not shown	14
function in the	14
of the role	14
is not clear	14
the host cells	14
and prevention of	14
in sudlow site	14
the structure and	14
on oxidative stress	14
mrna expression of	14
in human cells	14
these results are	14
of colorectal cancer	14
results were obtained	14
into the cytosol	14
was to determine	14
was determined that	13
determination of the	13
a risk factor	13
the results were	13
in ca i	13
with oxidative stress	13
in a wide	13
this could be	13
the nature of	13
is overexpressed in	13
plays a role	13
previous studies have	13
proliferation and differentiation	13
ec barrier disruption	13
the pentose phosphate	13
mainly due to	13
significant role in	13
similar results were	13
systematic review and	13
been identified in	13
quantitative analysis of	13
expression of pro	13
a range of	13
financially supported by	13
analyzed by western	13
amino acid sequence	13
under dark conditions	13
cancer cells and	13
protein expression in	13
expression of nampt	13
of neurodegenerative diseases	13
pancreatic beta cells	13
with t dm	13
in spite of	13
have indicated that	13
shown to have	13
and cardiovascular diseases	13
in serum and	13
interacts with the	13
gene expression was	13
to a decrease	13
has recently been	13
and on the	13
role in this	13
in accordance with	13
chronic inflammation and	13
well as a	13
the results suggest	13
with each other	13
the electron transport	13
attributed to the	13
disruption of the	13
first line of	13
permission from the	13
group compared to	13
protective role of	13
inflammatory cytokines and	13
the study is	13
role of mitochondria	13
various types of	13
which has been	13
administration of the	13
g for min	13
of this work	13
of the brain	13
and tissue damage	13
in the prevention	13
this work is	13
through inhibition of	13
the depletion of	13
in neurodegenerative diseases	13
signal transduction pathways	13
of barbadin on	13
to explore the	13
demonstrate that the	13
the age of	13
of the nuclear	13
potential of the	13
an moi of	13
neuronal cell death	13
we have identified	13
to this end	13
be a potential	13
according to their	13
are presented as	13
the gastrointestinal tract	13
responsive systems can	13
effects of h	13
reproduced with permission	13
the work was	13
is used as	13
reduced expression of	13
beneficial effects of	13
study revealed that	13
those in the	13
types of cancer	13
of target genes	13
of ursolic acid	13
arts and sciences	13
of the tested	13
of fatty acids	13
we performed a	13
the circadian clock	13
treated with different	13
were measured with	13
detected in the	13
of intracellular ros	13
can increase the	13
injected intravitreally with	13
research council of	13
the response to	13
those of the	13
involvement of the	13
foxo proteins are	13
lipid peroxidation in	13
are related to	13
levels of il	13
presence or absence	13
in the level	13
at low concentrations	13
coronary artery disease	13
has led to	13
to be responsible	13
of the ptpc	13
ovarian cancer cells	13
stability of the	13
activity of ag	13
lipid peroxidation and	13
one of these	13
and the production	13
mg kg b	13
comparison of the	13
der spezifi schen	13
the concept of	13
retinas were collected	13
were injected with	13
only in the	13
infected with rsv	13
a significant difference	13
of the ros	13
to the accumulation	13
in the spinal	13
impact on the	13
via activation of	13
were determined using	13
mediated ros production	13
vitamin d deficiency	13
necrotic cell death	13
of the genes	13
a decrease of	13
transcription factors and	13
under the control	13
of these two	13
stimulation of the	13
a negative regulator	13
are important for	13
dose dependent manner	13
relative to the	13
at an moi	13
to activate the	13
and contributes to	13
in the serum	13
followed by a	13
to inhibition of	13
could not be	13
phosphorylation of the	13
is the second	13
for in vitro	13
and resistance to	13
inflammation in the	13
a marker of	13
effect of barbadin	13
as the most	13
guanine nucleotide exchange	13
in this section	13
innate immune system	13
in the patients	13
to h o	13
be attributed to	13
with or without	13
is possible that	13
into the cytoplasm	13
inflammatory responses in	13
were randomly divided	13
study was performed	13
and the control	13
be useful for	13
higher than those	13
academy of sciences	13
reticulum stress and	13
in hepatocellular carcinoma	13
body mass index	13
be explained by	13
on the development	13
dimensional structure of	13
identification of the	13
by measuring the	13
be linked to	13
identified as a	13
sudlow site ii	13
in the small	13
is part of	13
of the viral	13
pathway in the	13
of a single	13
of arts and	13
and is a	13
on the immune	13
production of pro	13
cancer cells is	13
albino rats were	13
and presence of	13
were compared with	13
ability of the	12
are shown in	12
major source of	12
mitochondria in the	12
processes such as	12
to ros production	12
were performed using	12
different concentrations of	12
the method of	12
accumulation in the	12
the presence or	12
are increased in	12
during influenza infection	12
as evidenced by	12
in the levels	12
treated with sf	12
associated molecular patterns	12
were performed on	12
the availability of	12
which might be	12
of dh ond	12
as in the	12
in cell death	12
in drug delivery	12
adenine dinucleotide phosphate	12
pharmacological inhibition of	12
enzymes involved in	12
protection against oxidative	12
to a significant	12
is known as	12
were no significant	12
regulator of the	12
with ic values	12
and tissue injury	12
all of these	12
indicating that the	12
divided into three	12
a mixture of	12
with s methionine	12
play a crucial	12
intestinal epithelial cells	12
and incubated for	12
cells and their	12
in the peripheral	12
a role of	12
are thought to	12
induced lung injury	12
cells such as	12
thereby leading to	12
treatment of the	12
no conflict of	12
is the only	12
human gingival fibroblasts	12
conditions can be	12
results demonstrated that	12
to the same	12
is reported that	12
we evaluated the	12
are more susceptible	12
and its role	12
divided into four	12
also been used	12
expression in human	12
we have investigated	12
application of the	12
not significantly different	12
even in the	12
was determined as	12
the decrease of	12
been reported in	12
can be considered	12
by inhibition of	12
injury in the	12
of the tumor	12
oxidative stress caused	12
that may be	12
of them were	12
of foxo proteins	12
than in normal	12
be a promising	12
to be significantly	12
as an alternative	12
protein kinase a	12
may act as	12
in tumor tissues	12
low molecular weight	12
was achieved by	12
porcine circovirus type	12
is a complex	12
new insights into	12
the early stage	12
it is reported	12
control group and	12
increasing concentrations of	12
structure and function	12
likely due to	12
may be due	12
for the detection	12
an animal model	12
and gene expression	12
the recognition of	12
and antioxidant capacity	12
the proliferation and	12
the inner membrane	12
patients and controls	12
role in regulating	12
is correlated with	12
nuclear factor kappa	12
from oxidative damage	12
in support of	12
in heart failure	12
and they are	12
infected with t	12
a protective role	12
of free radical	12
in saccharomyces cerevisiae	12
number of cells	12
of epithelial cells	12
for the delivery	12
the measurement of	12
in a study	12
through modulation of	12
to a reduction	12
nad nadh ratio	12
at least partially	12
of the nlrp	12
and glutathione peroxidase	12
necrosis factor alpha	12
is that the	12
or absence of	12
unspezifi schen abwehr	12
we used the	12
senescent cells in	12
was calculated as	12
the jak stat	12
on the basis	12
the transfer of	12
production of cytokines	12
released from the	12
nad levels in	12
randomly divided into	12
of cytochrome c	12
cells and in	12
to the virus	12
statistical analysis was	12
the degradation of	12
to be more	12
to the high	12
and apoptosis in	12
that could be	12
breast cancer and	12
innate immune responses	12
the correlation between	12
cell growth and	12
in lung epithelial	12
to induce the	12
the decrease in	12
cycle arrest and	12
immune system to	12
and accumulation of	12
of p mapk	12
respiratory viral infections	12
inflammatory bowel disease	12
the expressions of	12
was significantly lower	12
the nucleus and	12
line of defense	12
are mediated by	12
to be in	12
play an essential	12
may serve as	12
potential as a	12
to investigate whether	12
of the g	12
a a receptor	12
ischemia modified albumin	12
shown in fig	12
foxo and foxo	12
of the total	12
based on their	12
by alveolar macrophages	12
nitric oxide and	12
oxidative stress induced	12
of a variety	12
used in this	12
and loss of	12
white adipose tissue	12
an association between	12
the group of	12
the suppression of	12
ic value of	12
compared with other	12
ros levels and	12
the metabolism of	12
the h r	12
in the number	12
is independent of	12
were assessed by	12
the ag po	12
of the c	12
formation of neutrophil	12
induce oxidative stress	12
cells were exposed	12
infected a cells	12
the ttc approach	12
expression of cd	12
was also shown	12
and the release	12
as the main	12
a moderately high	12
periodontal tissue destruction	12
formation of a	12
carried out by	12
innate lymphoid cells	12
of mitochondrial ros	12
for the prevention	12
also able to	12
to a lesser	12
was observed between	12
but did not	12
the mrna expression	12
suggesting that prdx	12
are the main	12
source of ros	12
modification of the	12
and that the	12
showed a significant	12
regulated by the	12
acute myocardial infarction	12
concentration of mg	12
we determined the	12
induced activation of	12
of cells with	12
er stress and	12
interaction of the	12
were selected for	12
resulting in a	12
as one of	12
their effects on	12
of the cytokine	12
as it is	12
when the cells	12
the etiology of	12
increased generation of	12
of atp and	12
the most potent	12
signaling in the	12
contributing to the	12
most widely used	12
suppression of the	12
in hela cells	12
to act as	12
consistent with this	12
p and p	12
and the resulting	12
to reveal the	12
were obtained in	12
cells were cultured	12
our aim was	12
is also involved	12
conditions of the	12
two types of	12
of innate immunity	12
pcr and western	12
been suggested to	12
the respiratory tract	12
in inflammatory diseases	12
may be related	11
activities of the	11
the growth and	11
data showed that	11
is a promising	11
concentrations of the	11
and leads to	11
seem to be	11
amyloid precursor protein	11
studies have demonstrated	11
binding of the	11
result in a	11
responsive drug delivery	11
be important in	11
study we aimed	11
in leydig cells	11
council of turkey	11
distribution of the	11
isolated from ec	11
were cultured in	11
of inflammation and	11
of these cells	11
simplex virus type	11
rats were sacrificed	11
faculty of science	11
of the infection	11
might contribute to	11
the transport of	11
the mitochondrial membrane	11
each of the	11
and healthy individuals	11
values of the	11
infected immune cells	11
it may be	11
localized in the	11
found to have	11
induced ros production	11
and the role	11
t h cells	11
results in an	11
the tested compounds	11
in primary human	11
alveolar macrophages in	11
increase in labile	11
the scientific and	11
the roles of	11
be enhanced by	11
decreased the expression	11
in the past	11
for subcellular fractionation	11
development of a	11
mean platelet volume	11
half of the	11
be concluded that	11
use of the	11
in rats with	11
the publisher of	11
plays a critical	11
supported by grant	11
of which is	11
colon cancer cells	11
degradation of the	11
of the current	11
heat shock protein	11
vital role in	11
amino acids and	11
in both cell	11
brown adipose tissue	11
the most commonly	11
with the other	11
after incubation with	11
ros and rns	11
have not been	11
of cell proliferation	11
phosphate dehydrogenase deficiency	11
thermo fisher scientific	11
it was demonstrated	11
crystal structure of	11
cells were washed	11
is well known	11
with severe covid	11
the cytoplasm and	11
were performed to	11
scientific and technological	11
regions of the	11
of apoptotic cells	11
reported as a	11
in human and	11
are used in	11
and the subsequent	11
present study we	11
effect was observed	11
and lg ml	11
the oxidative damage	11
airway inflammation and	11
world health organization	11
in this respect	11
of mitochondrial permeability	11
a model for	11
and protein level	11
for drug release	11
negative correlation between	11
the cellular level	11
characterization of a	11
can result in	11
of cd t	11
cancer is the	11
compared to healthy	11
around the world	11
potential role of	11
and may be	11
of prostate cancer	11
of influenza a	11
in human neutrophils	11
type diabetes and	11
were loaded with	11
in favor of	11
information on the	11
study aimed to	11
tumor suppressor genes	11
is widely used	11
be combined with	11
and role in	11
technological research council	11
the modification of	11
many studies have	11
for h and	11
senescent cells can	11
acute lymphoblastic leukemia	11
binds to the	11
capacity of the	11
can be combined	11
in the intracellular	11
hba c levels	11
was funded by	11
at g for	11
of stem cells	11
is a crucial	11
in the tumor	11
the beginning of	11
to changes in	11
and have a	11
protein levels in	11
and as a	11
important role of	11
as previously described	11
regulate the expression	11
effects such as	11
a component of	11
publisher of corresponding	11
taken into account	11
tumor promoting effect	11
proteins such as	11
significantly reduced the	11
the underlying mechanisms	11
as an anti	11
this process is	11
k akt pathway	11
be caused by	11
main source of	11
in the active	11
the main source	11
in the clinical	11
pulmonary disease and	11
shown to induce	11
we found a	11
shown to decrease	11
in the er	11
it was aimed	11
inflammation and oxidative	11
production in the	11
expression of hif	11
was followed by	11
of complex i	11
to control and	11
of nampt in	11
commonly used in	11
from the publisher	11
there are a	11
from the brown	11
localization of hif	11
the hypothesis that	11
not affected by	11
early stages of	11
can be easily	11
may also be	11
to the cell	11
activated protein kinases	11
in rheumatoid arthritis	11
was shown for	11
these effects are	11
of the extracellular	11
common cause of	11
which acts as	11
with and without	11
of h n	11
increases the expression	11
chronic lung disease	11
did not alter	11
carried out to	11
another type of	11
as a regulator	11
of chronic inflammation	11
was obtained from	11
a combination of	11
inhibitory activity of	11
may be more	11
cell viability assay	11
und klinische pharmakologie	11
role of oxidative	11
there is evidence	11
protective effect against	11
jnk and p	11
total rna was	11
survival of t	11
natural and synthetic	11
high level of	11
system can be	11
of silver nanoparticles	11
the creative commons	11
faculty of arts	11
the production and	11
the prevention and	11
release of dox	11
of ecklonia cava	11
s and s	11
of the heart	11
and its metabolites	11
the observation that	11
the g protein	11
cells were seeded	11
creative commons attribution	11
at high concentrations	11
our study is	11
cancer is a	11
viral replication and	11
in this way	11
inflammatory effect of	11
is not yet	11
prdx and prdx	11
also demonstrated that	11
we have recently	11