quadgram

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

quadgram	frequency
in the presence of	138
an important role in	121
on the other hand	117
the aim of this	113
chronic obstructive pulmonary disease	107
aim of this study	104
of reactive oxygen species	103
for the treatment of	93
in the regulation of	90
is one of the	88
has been shown to	88
in vitro and in	85
of this study was	82
vitro and in vivo	79
this study was to	78
one of the most	78
in the pathogenesis of	77
it has been shown	64
play an important role	63
in the development of	62
plays an important role	61
the aim of the	61
as a result of	60
in the present study	60
has been shown that	58
in the absence of	57
as well as the	57
have been shown to	56
study was to investigate	55
important role in the	54
at the same time	48
is involved in the	47
of this study is	46
in the treatment of	45
was found to be	44
was to investigate the	43
play a role in	43
this study is to	42
for the first time	42
studies have shown that	41
as well as in	40
been shown to be	39
reproductive and respiratory syndrome	39
a key role in	39
porcine reproductive and respiratory	39
of the present study	38
the present study was	38
a wide range of	38
work was supported by	37
in the case of	36
mitochondrial permeability transition pore	36
the aim of our	35
the expression of the	35
reactive oxygen species in	35
and respiratory syndrome virus	35
reactive oxygen species and	35
for the development of	35
it was shown that	35
dh ond pi cells	35
and reactive oxygen species	34
it was found that	34
in a mouse model	34
aim of the present	34
cells were treated with	34
aimed to investigate the	33
were found to be	33
the activation of the	32
in the context of	32
these results suggest that	31
broccoli sprouts and microgreens	31
on the surface of	31
this work was supported	30
are involved in the	30
it is known that	29
a mouse model of	29
the results showed that	29
an essential role in	29
the mitochondrial permeability transition	29
can be used for	28
in chronic obstructive pulmonary	28
severe acute respiratory syndrome	28
present study was to	28
medicine and cellular longevity	27
in the expression of	27
a role in the	27
a significant increase in	27
at the end of	27
in this study we	27
it has been reported	27
has been reported that	27
an increase in the	27
a critical role in	27
compared to the control	27
aim of our study	27
oxidative medicine and cellular	27
a member of the	26
a crucial role in	26
we aimed to investigate	26
was supported by the	26
role in the pathogenesis	26
can be used as	26
to be involved in	25
in addition to the	25
in the form of	25
to an increase in	25
of human serum albumin	25
prdx is involved in	25
study was supported by	25
in a variety of	24
acute respiratory distress syndrome	24
to the activation of	24
the pi k akt	24
in dh ond pi	24
the production of ros	23
be used as a	23
has been demonstrated that	23
these results indicate that	23
these data indicate that	23
the expression levels of	23
in a rat model	22
was shown to be	22
has been reported to	22
the central nervous system	22
involved in the regulation	22
vascular smooth muscle cells	22
a rat model of	21
of the immune system	21
of oxidative stress in	21
may contribute to the	21
to the release of	21
the expression of il	21
to the control group	21
as a consequence of	21
was used as a	21
it has been demonstrated	21
to the development of	21
mitochondrial reactive oxygen species	21
of neutrophil extracellular traps	21
the end of the	21
aim of the study	20
role in the regulation	20
this study was supported	20
had no effect on	20
the protective effects of	20
it is important to	20
and oxidative stress in	20
our results showed that	20
the regulation of the	20
also be used for	20
were significantly higher in	20
infected cells treated with	20
the activity of the	19
study is to investigate	19
at a concentration of	19
to the formation of	19
rats were divided into	19
study was to evaluate	19
of our study was	19
is the most common	19
a central role in	19
a murine model of	19
the role of the	19
of chronic obstructive pulmonary	19
play a key role	19
supported by the russian	19
neutrophil extracellular trap formation	19
to investigate the effects	18
the molecular mechanisms of	18
in labile zinc levels	18
and the expression of	18
in the plasma membrane	18
to be associated with	18
in the formation of	18
of the most important	18
plays a key role	18
investigate the effects of	18
oxidative stress in the	18
there was no significant	18
both in vitro and	18
is to investigate the	18
a major role in	18
a change in the	18
the protective effect of	17
we have shown that	17
in a murine model	17
in health and disease	17
vascular endothelial growth factor	17
of oxidative stress and	17
patients with type diabetes	17
in the central nervous	17
can be used to	17
in the control of	17
of the mitochondrial permeability	17
role in the development	17
molecular biology and genetics	17
the presence of the	17
results indicate that the	17
has been associated with	17
which is associated with	17
with g pd deficiency	17
to the pathogenesis of	17
in the control group	17
of broccoli sprouts and	17
with the control group	17
of molecular biology and	17
x for peer review	17
a result of the	17
we found that the	17
in the range of	17
for peer review of	17
at the level of	17
the inhibitory effect of	17
a large number of	17
has been suggested that	17
compared with the control	17
is a member of	17
the authors declare no	17
the presence of a	16
has the potential to	16
light nir light light	16
the expression level of	16
polymers based on coumarin	16
our study was to	16
cells were infected with	16
may be involved in	16
a decrease in the	16
based on coumarin derivatives	16
group as the capping	16
in the pathophysiology of	16
a wide variety of	16
as the capping group	16
of ag po under	16
the russian science foundation	16
with type diabetes mellitus	16
compared to control group	16
activation of nadph oxidase	16
it has been suggested	16
breast cancer cell lines	16
can be activated by	16
is due to the	16
the difference of ph	16
is associated with the	16
the bond energy of	16
difference of ph values	16
h n influenza virus	16
the unfolded protein response	16
are polymers with o	16
as compared to the	16
and polymers based on	16
in the present work	16
nitrobenzyl group as the	16
uv light nir light	16
the results of the	16
our results suggest that	16
in t dm patients	15
the results of this	15
on the expression of	15
h o redox plasmin	15
have shown that the	15
the side effects of	15
with chronic obstructive pulmonary	15
in response to the	15
plays a crucial role	15
the surface of the	15
piperidine morpholine ph zn	15
enzyme alkaline phosphatase enzyme	15
nonalcoholic fatty liver disease	15
redox h o redox	15
one of the major	15
in contrast to the	15
results showed that the	15
small cell lung cancer	15
the purpose of this	15
higher than that in	15
in the lungs of	15
investigated the effects of	15
did not show any	15
a pivotal role in	15
advanced glycation end products	15
we were able to	15
inducible nitric oxide synthase	15
levels were significantly higher	15
accumulation of senescent cells	15
been widely used in	15
it has also been	15
galactosidase enzyme alkaline phosphatase	15
these data suggest that	15
investigated the effect of	15
the inner mitochondrial membrane	15
ph zn acoh redox	15
morpholine ph zn acoh	15
zn acoh redox pd	15
play important roles in	15
o redox plasmin enzyme	15
thiols redox h o	15
as a source of	15
acute respiratory syndrome coronavirus	15
be involved in the	15
key role in the	15
the structure of the	15
alcoholic fatty liver disease	14
it should be noted	14
patients with g pd	14
little is known about	14
blood samples were collected	14
in vivo and in	14
were included in the	14
reactive oxygen species production	14
of the most common	14
are known to be	14
a significant reduction in	14
the first time that	14
of vascular smooth muscle	14
production of reactive oxygen	14
been shown that the	14
included in this study	14
oxidative stress and apoptosis	14
oxidative stress and inflammation	14
of the actin cytoskeleton	14
in the induction of	14
and chronic obstructive pulmonary	14
the generation of ros	14
was to evaluate the	14
is important for the	14
and activation of the	14
the antioxidant properties of	14
investigate the role of	14
the mechanism of action	14
the innate immune response	14
when compared to the	14
levels were measured by	14
peripheral blood mononuclear cells	14
nir light light light	14
critical role in the	14
of the role of	14
that the expression of	14
of the innate immune	14
investigate the effect of	14
the release of the	14
is known about the	14
induced oxidative stress in	14
which is characterized by	13
the pathogenesis of copd	13
there was a significant	13
to investigate the effect	13
increase the risk of	13
is known to be	13
one of the main	13
to the accumulation of	13
included in the study	13
levels were higher in	13
leads to the activation	13
of the plasma membrane	13
have been used for	13
the level of the	13
these findings suggest that	13
cells were incubated with	13
reproduced with permission from	13
at an moi of	13
in the level of	13
under the control of	13
involved in the pathogenesis	13
with permission from the	13
to be responsible for	13
as well as a	13
of arts and sciences	13
than that in the	13
it is possible that	13
in human breast cancer	13
of the study was	13
be responsible for the	13
is based on the	13
in patients with type	13
presence of ag po	13
on the development of	13
and the production of	13
should be noted that	13
the plasma membrane and	13
a significant decrease in	13
in the activation of	13
of foxo transcription factors	13
in breast cancer cells	13
role of prdx in	13
has also been shown	13
be due to the	13
it was determined that	13
in the design of	13
department of molecular biology	13
endoplasmic reticulum stress and	13
the regulation of cell	13
the effects of the	13
our data suggest that	13
of the effects of	13
there were no significant	12
significant difference between the	12
the pentose phosphate pathway	12
can also be used	12
did not affect the	12
been implicated in the	12
of type diabetes mellitus	12
of dh ond pi	12
cells treated with sf	12
been reported to be	12
the electron transport chain	12
was significantly increased in	12
no statistically significant difference	12
is required for the	12
the innate immune system	12
in the small intestine	12
the most widely used	12
has been found to	12
vivo and in vitro	12
is also involved in	12
with the aim of	12
were randomly divided into	12
in the current study	12
our aim was to	12
a reduction in the	12
are more susceptible to	12
of pi k akt	12
neutrophil extracellular traps in	12
a risk factor for	12
to investigate the role	12
have been reported to	12
mechanism of action of	12
has been identified as	12
in the spinal cord	12
high levels of ros	12
no conflict of interest	12
plays a role in	12
no effect on the	12
is characterized by the	12
it is reported that	12
results of this study	12
presence or absence of	12
the dna damage response	12
is supported by the	12
patients with chronic obstructive	12
we aimed to evaluate	12
is associated with a	12
the production of il	12
and the release of	12
to a decrease in	12
response to oxidative stress	12
on the basis of	12
cytokines such as il	12
were significantly higher than	12
in patients with chronic	12
in the levels of	12
play an essential role	12
of a variety of	12
activity of ag po	12
the presence or absence	12
we showed that the	12
oxidative stress caused by	12
according to the results	12
role of ros in	11
may be due to	11
publisher of corresponding reference	11
cell cycle arrest and	11
was significantly higher in	11
the publisher of corresponding	11
pi k akt pathway	11
in animal models of	11
retinas were collected for	11
obstructive pulmonary disease and	11
nicotinamide adenine dinucleotide phosphate	11
increases the expression of	11
role of oxidative stress	11
of mitochondrial permeability transition	11
and its role in	11
collected for subcellular fractionation	11
were included in this	11
mrna and protein levels	11
samples were collected from	11
the study was to	11
technological research council of	11
of senescent cells in	11
of ros and no	11
faculty of arts and	11
for the detection of	11
a systematic review and	11
in the number of	11
can be found in	11
from the publisher of	11
was significantly higher than	11
also been shown to	11
the changes in the	11
be used for the	11
the main source of	11
studies are needed to	11
a negative regulator of	11
cells were exposed to	11
role of mitochondria in	11
study was to determine	11
increase in labile zinc	11
in the presence or	11
plays a critical role	11
it has been found	11
a better understanding of	11
herpes simplex virus type	11
regulate the expression of	11
in the management of	11
in lung epithelial cells	11
were used for the	11
the expression of genes	11
study was designed to	11
in type diabetic patients	11
to the plasma membrane	11
as a regulator of	11
significant differences in the	11
that can be used	11
play a pivotal role	11
higher than that of	11
in the course of	11
play a crucial role	11
were collected for subcellular	11
the expression of a	11
and technological research council	11
purpose of this study	11
was no significant difference	11
is related to the	11
wistar albino rats were	11
of porcine reproductive and	11
scientific and technological research	11
for the delivery of	11
aimed to evaluate the	11
permission from the publisher	11
research council of turkey	11
mice were injected with	11
study we aimed to	11
has been found that	10
systematic review and meta	10
systems can also be	10
levels of oxidative stress	10
the production of cytokines	10
evaluate the effects of	10
may be related to	10
cells were cultured in	10
can be induced by	10
a significant role in	10
were used in the	10
similar to that of	10
responsive systems represent an	10
have been found in	10
production of ros and	10
have been widely used	10
formation of neutrophil extracellular	10
when compared to control	10
epidermal growth factor receptor	10
are one of the	10
were not significantly different	10
in the process of	10
was shown that the	10
it is likely that	10
higher than in normal	10
our understanding of the	10
responsive systems can also	10
for drug release in	10
the role of ros	10
our results indicate that	10
and cell death in	10
middle east respiratory syndrome	10
the role of prdx	10
innate and adaptive immune	10
in a model of	10
decreased the expression of	10
in the conformation of	10
the release of dox	10
may serve as a	10
increases in labile zinc	10
was used to determine	10
which acts as a	10
the scientific and technological	10
of oxidative stress by	10
better understanding of the	10
to the presence of	10
in both in vitro	10
to increased levels of	10
tumor necrosis factor alpha	10
in a wide range	10
analysis was performed by	10
cells treated with ua	10
development and progression of	10
was observed in the	10
in the endoplasmic reticulum	10
antibacterial activity of ag	10
the permeability transition pore	10
with the addition of	10
in response to oxidative	10
we investigated the effects	10
the results suggest that	10
analysis was performed using	10
in vascular smooth muscle	10
through the activation of	10
in a number of	10
in hsa and bsa	10
the induction of apoptosis	10
in the mitochondrial matrix	10
with ua compared with	10
play a critical role	10
in order to identify	10
of the transcription factor	10
taking advantage of the	10
no significant difference between	10
were analyzed by western	10
blood samples were taken	10
breast cancer cell line	10
mrna and protein expression	10
we aimed to determine	10
of prdx is well	10
it was aimed to	10
can be concluded that	10
into the mitochondrial matrix	10
a vital role in	10
the fact that the	10
been shown to play	10
change in the conformation	10
three orders of magnitude	10
is consistent with the	10
our results show that	10
to evaluate the effects	10
declare no conflict of	10
is considered as a	10
investigated the role of	10
by the presence of	10
the presence of ag	10
to a lesser extent	10
inflammatory cytokines such as	10
at g for min	10
prdx is well established	10
the present study we	10
major role in the	10
as well as by	10
treated with ua compared	10
it can be concluded	10
and the role of	10
were treated with different	10
used to determine the	10
play a major role	10
authors declare no conflict	10
the first line of	9
have been identified in	9
plays an essential role	9
essential role in the	9
role of reactive oxygen	9
used in the design	9
this work is supported	9
crucial role in the	9
most common cause of	9
rats were randomly divided	9
prdxs are involved in	9
be used as an	9
in the human body	9
the function of the	9
can be combined with	9
h n influenza a	9
of the metabolic syndrome	9
are thought to be	9
the molecular weight of	9
of genes involved in	9
et al showed that	9
of the creative commons	9
in patients with severe	9
of the effect of	9
increased levels of ros	9
used in combination with	9
results suggest that the	9
there was no statistically	9
the survival of t	9
production of ros in	9
and an increase in	9
the serum levels of	9
be combined with other	9
patients with diabetes mellitus	9
as one of the	9
anakkale onsekiz mart university	9
used as a model	9
the cytotoxic effects of	9
in cancer cells is	9
this is the first	9
statistically significant difference between	9
than the control group	9
in the liver and	9
important roles in the	9
of barbadin on fpr	9
was no statistically significant	9
could be used as	9
the development of novel	9
as well as an	9
by the addition of	9
protection against oxidative stress	9
and in the presence	9
is essential for the	9
nad and its metabolites	9
high mobility group box	9
was aimed to investigate	9
a broad range of	9
associated with an increased	9
article distributed under the	9
stimulation of low ph	9
role of prdx is	9
recent studies have shown	9
increase the expression of	9
rise in ca i	9
of our study is	9
widely used in the	9
significantly increased in the	9
orders of magnitude higher	9
in the structure of	9
the intracellular concentration of	9
and the side effects	9
to evaluate the effect	9
higher than those of	9
have been associated with	9
the vast majority of	9
also been used in	9
thiol group of cys	9
the production of pro	9
in type diabetes mellitus	9
according to our results	9
experimentelle und klinische pharmakologie	9
pi k akt signalling	9
the major source of	9
the expression of prdx	9
of genes related to	9
was not affected by	9
the reactivity of the	9
of h n influenza	9
on the immune system	9
levels were determined by	9
could also be used	9
was financially supported by	9
been identified as a	9
superoxide dismutase catalase mimetics	9
asthma and chronic obstructive	9
drug delivery system has	9
induction of oxidative stress	9
led to a significant	9
significant increase in the	9
in a recent study	9
the activation of nf	9
distributed under the terms	9
have a role in	9
opening of the mitochondrial	9
of t reg cells	9
access article distributed under	9
levels were significantly lower	9
of ros in the	9
senescent cells in periodontal	9
remains to be elucidated	9
was associated with a	9
work is supported by	9
may be associated with	9
of the activity of	9
did not lead to	9
study is to evaluate	9
in addition to its	9
been found to be	9
on the role of	9
absence and presence of	9
significantly higher in the	9
on the one hand	9
the result of the	9
on the surfaces of	9
inflammation and oxidative stress	9
was found that the	9
for the design of	9
have also been used	9
und klinische pharmakologie und	9
it was observed that	9
data indicate that prdx	9
was performed using a	9
to the fact that	9
to play a role	9
the formation of a	9
have been implicated in	9
oral squamous cell carcinoma	9
shown to play a	9
effect of prdx is	9
that ua not only	9
is responsible for the	9
the creative commons attribution	9
effect of barbadin on	9
the antiviral activity of	9
mg kg body weight	9
the active site of	9
to the production of	9
plays a major role	9
significantly higher than the	9
by western blot analysis	9
klinische pharmakologie und toxikologie	9
of the study is	9
leading to an increase	9
this study aimed to	9
influenza a virus infection	9
mice were treated with	9
for the synthesis of	9
are the most common	9
by reactive oxygen species	9
release of cytochrome c	9
in the release of	9
the main cause of	9
it is possible to	9
could be enhanced by	8
of ph values between	8
induces the expression of	8
in different target tissues	8
diselenides could release more	8
in the prevention of	8
of selenium is larger	8
in order to determine	8
cytotoxicity could be enhanced	8
ph value or uv	8
side effects of anticancer	8
of prdx in inflammatory	8
could release more drugs	8
normal tissues but undergo	8
could emit strong green	8
intriguing strategy in drug	8
of this special property	8
reduced the expression of	8
were also reduced because	8
development of drug delivery	8
been associated with the	8
diselenium bonds have been	8
ph values in different	8
study was aimed to	8
carrier exhibited excellent blood	8
from the brown alga	8
that there is a	8
was oxidized and cleaved	8
isomerized mcs in nanogels	8
ph values between target	8
while their cytotoxicity could	8
intravitreally with s methionine	8
chain and the colored	8
besides the development of	8
fluorescent images of the	8
at which time retinas	8
the immune system and	8
healthy tissues may not	8
used for fluorescent cell	8
limited by low specificity	8
response to higher concentrations	8
low ph value or	8
we investigated the role	8
in comparison to the	8
can have stability in	8
good biocompatibility and excellent	8
these results show that	8
bond has the potential	8
which have attracted much	8
the absence of any	8
superimposed fluorescent images of	8
not always differ significantly	8
contribute to the pathogenesis	8
images of the whole	8
ph may be limited	8
has some unique properties	8
responsive system can be	8
and others with the	8
selenium is relatively low	8
biocompatibility and excellent performance	8
loaded with did dye	8
efficacy and safety of	8
mc can be reversibly	8
used in this study	8
the potential to release	8
systems represent an intriguing	8
as high reactivity and	8
mcs in nanogels could	8
presence and absence of	8
in the development and	8
at the time of	8
shown good biocompatibility and	8
the spiropyran structure breaks	8
was destroyed after disulfide	8
is highly expressed in	8
leading to the release	8
a nanodrug carrier based	8
closely related to the	8
bond energy of se	8
activity of broccoli sprouts	8
different target tissues in	8
ps microparticles were loaded	8
were significantly lower in	8
the severe acute respiratory	8
and ps microparticles were	8
and excellent performance in	8
in the spiropyran structure	8
be reversibly transformed into	8
sp isomerizes into hydrophilic	8
evaluated the effect of	8
circulation ability and accumulation	8
cells were grown in	8
studies have found that	8
taking the advantage of	8
time retinas were collected	8
and in vivo therapies	8
the structure of nanogel	8
of the ag po	8
be used for tumor	8
our results demonstrate that	8
cytokine storm in elderly	8
carriers with diselenides could	8
did dye and encapsulated	8
during the progression of	8
were loaded with did	8
of anticancer drugs on	8
dye and encapsulated in	8
values in different target	8
the role of mitochondria	8
the development of drug	8
delivery system has shown	8
twenty minutes after mice	8
by the use of	8
radius of selenium is	8
redox conditions can be	8
because of such rational	8
surface of which was	8
line of defense against	8
of improved selectivity for	8
been shown to increase	8
mg micromotors and ps	8
and is associated with	8
may be limited by	8
levels of ros in	8
and dh ond pi	8
conditions can be used	8
spiropyran structure breaks open	8
the mechanism by which	8
structure and function of	8
thereby leading to the	8
the results indicate that	8
selenium has some unique	8
the degree of pi	8
compared to wild type	8
selectivity for drug release	8
the development of the	8
a dose dependent manner	8
and diselenium bonds have	8
enzymes and others with	8
bond was oxidized and	8
more drugs using poly	8
the design of redox	8
other stimulus conditions such	8
wavelength or heating conditions	8
decrease the expression of	8
systems that rely only	8
diseased tissues in response	8
after disulfide bond was	8
used in chemical sensors	8
have stability in normal	8
was recently reported as	8
the electronegativity of selenium	8
than in normal cells	8
making the nanogel swollen	8
labile zinc levels in	8
upon the stimulation of	8
advantage of this special	8
albino rats were divided	8
oxidative stress and inflammatory	8
performance in both in	8
both mg micromotors and	8
to the maintenance of	8
an inhibitor of the	8
nanogel was destroyed after	8
o bond in the	8
with other stimulus conditions	8
and synthesized a nanodrug	8
which could lead to	8
of nanogel was destroyed	8
release of cargo in	8
bonds compared with poly	8
design of redox stimulus	8
carrier based on disulfide	8
system can be combined	8
enhanced by uv light	8
stability in normal tissues	8
a concentration of mg	8
and healthy tissues may	8
minutes after mice were	8
statistical analysis was performed	8
high reactivity and sensitivity	8
potential to release drug	8
sensitivity than disulfide bond	8
performance in tumor tissues	8
n influenza a virus	8
stimulus conditions such as	8
conjugation of the whole	8
isomerizes into hydrophilic mc	8
for another type of	8
in response to higher	8
which leads to the	8
destroyed after disulfide bond	8
influenza virus infection in	8
ag po under blue	8
by the fact that	8
redox stimulus responsive systems	8
a tumor marker in	8
also reduced because of	8
is well established in	8
to release drug faster	8
of cargo in diseased	8
the immune system to	8
of the nlrp inflammasome	8
green light after illumination	8
to a change in	8
demonstrated that nanodrug carriers	8
the thiol group of	8
the tumor promoting effect	8
exhibited excellent blood circulation	8
a variety of cellular	8
microparticles were loaded with	8
target tissues in vivo	8
experiments showed that dox	8
be limited by low	8
mg micromotors and inert	8
when compared with the	8
work was financially supported	8
by cona sepharose chromatography	8
in line with this	8
which was modified with	8
and activator of transcription	8
in a humidified atmosphere	8
dna damage in the	8
might contribute to the	8
the hydrophobic sp isomerizes	8
for tumor detection and	8
the interaction of the	8
could effectively kill cancer	8
prdx in inflammatory diseases	8
of the unfolded protein	8
reported as a multi	8
between target and healthy	8
in broccoli sprouts and	8
of selenium is relatively	8
injected intravitreally with s	8
were measured by elisa	8
specific wavelength or heating	8
in drug delivery system	8
nanogels could effectively kill	8
excellent blood circulation ability	8
such as high reactivity	8
injected with deionized water	8
attracted much recent attention	8
of mice were collected	8
data are presented as	8
se bond is only	8
system has shown good	8
nanodrug carriers with diselenides	8
bonds and diselenium bonds	8
drug release in diseased	8
a long conjugate chain	8
plays a vital role	8
so they could also	8
was reported to be	8
shown to increase the	8
studies have demonstrated that	8
se bond has the	8
of drug delivery systems	8
target and healthy tissues	8
intracellular concentration of gsh	8
have the ability to	8
value or uv light	8
so responsive systems that	8
structure of the protein	8
and the atomic radius	8
to investigate the possible	8
the effect of the	8
transformed into a colorless	8
as a model for	8
sensitive systems can have	8
induced oxidative stress and	8
that nanodrug carriers with	8
the most commonly used	8
strong green light after	8
ischemia reperfusion injury in	8
conjugate chain and the	8
forming a long conjugate	8
reversibly transformed into a	8
disulfide bonds was recently	8
magnitude higher than that	8
the results show that	8
by taking advantage of	8
at the site of	8
of the expression of	8
and is involved in	8
be enhanced by uv	8
of magnitude higher than	8
has shown good biocompatibility	8
marker in cancer cells	8
antibacterial and antiviral activities	8
the atomic radius of	8
tissues were also reduced	8
reduced because of such	8
by the russian science	8
to play an important	8
our study is to	8
values between target and	8
recently reported as a	8
release more drugs using	8
containing disulfide bonds was	8
long conjugate chain and	8
were shown to be	8
advantage of the difference	8
the advantage of this	8
cargo in diseased tissues	8
in the presence and	8
another type of stimulus	8
studied the effects of	8
a key factor in	8
under the uv light	8
structure of nanogel was	8
an intriguing strategy in	8
in this work we	8
was modified with disulfide	8
bond may have higher	8
leading cause of death	8
by low specificity and	8
may be used as	8
by uv light irradiation	8
a significant increase of	8
caused the release of	8
of the loaded drug	8
is a hallmark of	8
which caused the release	8
have attracted much recent	8
disulfide bonds have also	8
no significant difference was	8
aim of improved selectivity	8
dna hybridization and de	8
induced acute kidney injury	8
of ua and sf	8
in patients with diabetes	8
blood circulation ability and	8
the formation of the	8
properties such as high	8
accumulation performance in tumor	8
in normal tissues but	8
may not always differ	8
electron conjugation of the	8
is the first study	8
on ph may be	8
release in diseased tissues	8
to the results of	8
is mainly due to	8
be used for another	8
the whole molecular system	8
we have investigated the	8
which time retinas were	8
micromotors and ps microparticles	8
of the whole stomach	8
as a tumor marker	8
and encapsulated in a	8
represent an intriguing strategy	8
encapsulated in a ph	8
tissues may not always	8
generation of reactive oxygen	8
effectively kill cancer cells	8
and in vivo studies	8
synthesized a nanodrug carrier	8
the development and progression	8
tissues but undergo release	8
loaded nanogels could effectively	8
the jak stat pathway	8
se bonds compared with	8
disulfide bond was oxidized	8
expression levels of the	8
sp under specific wavelength	8
whole stomach of mice	8
apoptotic cell death in	8
nanodrug carrier based on	8
blunt the cytokine storm	8
with did dye and	8
the aim of improved	8
excellent performance in both	8
bond in the spiropyran	8
to higher concentrations of	8
increased the expression of	8
rely only on ph	8
they could also be	8
bonds have also been	8
in the degree of	8
has been linked to	8
some unique properties such	8
atomic radius of selenium	8
has been suggested to	8
evaluate the effect of	8
undergo release of cargo	8
of tumor necrosis factor	8
be one of the	8
release of the loaded	8
of the whole molecular	8
sps are an important	8
emit strong green light	8
the addition of reductant	8
of low ph value	8
can lead to the	8
of the tested compounds	8
no significant differences in	8
about three orders of	8
addition of reductant agent	8
have higher sensitivity than	8
ability and accumulation performance	8
it is assumed that	8
it was demonstrated that	8
the concentration of gsh	8
drug carrier exhibited excellent	8
cytotoxicity experiments showed that	8
pi k akt and	8
be the result of	8
higher sensitivity than disulfide	8
but undergo release of	8
after mice were injected	8
se bond may have	8
in diseased tissues in	8
of such rational design	8
were divided into groups	8
is known that the	8
others with the aim	8
the results of our	8
a therapeutic target for	8
of which was modified	8
reactive oxygen species are	8
low specificity and sensitivity	8
of redox stimulus responsive	8
were injected with deionized	8
in the substantia nigra	8
this is due to	8
be used for fluorescent	8
whereas the bond energy	8
nanogels could emit strong	8
strategy in drug delivery	8
their cytotoxicity could be	8
tumor marker in cancer	8
bonds was recently reported	8
by an increase in	8
of herpes simplex virus	8
electronegativity of selenium is	8
and the colored ring	8
these results demonstrate that	8
combined with other stimulus	8
in different cell types	8
are responsible for the	8
east respiratory syndrome coronavirus	8
the beneficial effects of	8
of programmed cell death	8
patients with t dm	8
higher concentrations of gsh	8
only on ph may	8
bond energy of s	8
resistance to oxidative stress	8
micromotors and inert polystyrene	8
tissues in response to	8
stomach of mice were	8
been used in chemical	8
used for the treatment	8
might be due to	8
this special property of	8
this study we aimed	8
disulfide bonds and diselenium	8
hydrophobic sp isomerizes into	8
cells in periodontal tissues	8
under specific wavelength or	8
to an inhibition of	8
has no effect on	8
with diselenides could release	8
of the difference of	8
of the cytokine storm	8
that rely only on	8
nuclear factor kappa b	8
was significantly associated with	8
the accumulation of ros	8
is about three orders	8
in prostate cancer cells	8
the whole stomach of	8
of ph values in	8
to oxidative stress in	8
responsive systems that rely	8
it was reported that	8
the inhibition of the	8
to be related to	8
virus infection in mice	8
based on disulfide bond	8
increase in the degree	8
percentage of positive cells	8
tumor detection and image	8
for fluorescent cell imaging	8
in nanogels could emit	8
improved selectivity for drug	8
an important photoisomeric compounds	8
are an important photoisomeric	8
treatment with h o	8
there is increasing evidence	8
incubated with different concentrations	8
ph responsive system can	8
conditions such as light	8
can be reversibly transformed	8
baicalein and biochanin a	8
the stimulation of low	8
as a marker of	8
may have higher sensitivity	8
in the maintenance of	8
of the extracellular matrix	8
unique properties such as	8
the investigation of the	8
special property of sp	8
and accumulation performance in	8
used for another type	8
is closely related to	8
levels in patients with	8
the surface of which	8
nanogel containing disulfide bonds	8
effects of anticancer drugs	8
well as in the	8
fold higher than in	8
of a number of	8
that in the blood	8
so selenium has some	8
designed and synthesized a	8
bonds have been widely	8
used for tumor detection	8
systems can have stability	8
is associated with increased	8
human umbilical vein endothelial	8
that the use of	7
coumarinyl ester arylmethyl pyrenylmethyl	7
different cell types and	7
is thought to be	7
in idiopathic pulmonary fibrosis	7
in the absence and	7
test was used to	7
is characterized by a	7
the effect of barbadin	7
in the inner mitochondrial	7
the host immune response	7
the increased expression of	7
in a recent report	7
fatty acid oxidation and	7
modulating properties of tulathromycin	7
changes in the expression	7
these studies suggest that	7
an increased oxidative stress	7
mammalian target of rapamycin	7
to contribute to the	7
was determined by the	7
the concentration of the	7
as shown in fig	7
pi k akt mtor	7
esophageal squamous cell carcinoma	7
in the immune system	7
prdx is overexpressed in	7
at the molecular level	7
and the level of	7
arylmethyl pyrenylmethyl ester o	7
was measured using a	7
lightresponsive drug delivery system	7
was found to have	7
the ratio of the	7
it has been proposed	7
bhb was shown to	7
al showed that prdx	7
of the protein was	7
in patients with covid	7
increased the reactivity of	7
drugs on notcarcinogenic tissues	7
we conclude that the	7
compared to the corresponding	7
cells as well as	7
k akt signalling pathway	7
an important role of	7
and tumor necrosis factor	7
significant differences between the	7
for the regulation of	7
were maintained in darkness	7
levels were measured with	7
neutrophil to lymphocyte ratio	7
cells were stained with	7
significantly higher than in	7
cells in vitro and	7
this novel lightresponsive drug	7
been shown to have	7
the number of cells	7
was designed to investigate	7
of the current study	7
infections in patients with	7
found to be significantly	7
to a reduction in	7
we investigated the effect	7
the ability of the	7
in sudlow site ii	7
from patients with chronic	7
to be an important	7
ag po under dark	7
selenium tellurium oxalate ester	7
in a dose dependent	7
male wistar albino rats	7
which is essential for	7
was to determine the	7
antioxidant properties of albumin	7
in an attempt to	7
influenza a virus replication	7
to be effective in	7
in the early stages	7
of the active site	7
in this study the	7
as shown in figure	7
were significantly decreased in	7
of mitochondria in the	7
analyzed by western blotting	7
we are going to	7
that the presence of	7
impact of bacterial infection	7
play a central role	7
associated with oxidative stress	7
permeability transition pore in	7
mrna expression levels of	7
significant differences were found	7
antioxidant enzymes such as	7
are not well understood	7
revealed the presence of	7
under the terms and	7
notcarcinogenic tissues were also	7
pbe compared with sulfur	7
to be the most	7
to that of the	7
caused by mutations in	7
a single dose of	7
ester arylmethyl pyrenylmethyl ester	7
the redox status of	7
with the presence of	7
were found in the	7
mainly due to the	7
to investigate the relationship	7
samples were taken from	7
is the use of	7
can be caused by	7
in patients with g	7
pi k akt signaling	7
used in the treatment	7
peg and amidebonded polyethylenimine	7
in inflammatory diseases is	7
effect on cell viability	7
is an open access	7
a protective effect against	7
was used for the	7
production and release of	7
shown for the first	7
and the activity of	7
superoxide dismutase catalase mimetic	7
mamps and or damps	7
the russian scientific foundation	7
hr at which time	7
the absence and presence	7
the transient receptor potential	7
signal transducer and activator	7
were infected with rsv	7
most likely due to	7
novel lightresponsive drug delivery	7
the mrna expression of	7
the oxidative stress response	7
this article is an	7
of different types of	7
on the effects of	7
stress and inflammation in	7
that the binding of	7
studies have indicated that	7
in the respiratory tract	7
in the peripheral blood	7
cell death induced by	7
a colorless ringclosed sp	7
bonded peg and amidebonded	7
and plays an important	7
of the compounds were	7
training and research hospital	7
several lines of evidence	7
an increased level of	7
by oxidative stress and	7
in both cell lines	7
could contribute to the	7
reduce the expression of	7
in the cytosol and	7
vinyldithioether thioketal pba pbe	7
a critical role for	7
supported by the dfg	7
of severe acute respiratory	7
has an important role	7
the presence of h	7
an increasing number of	7
to blunt the cytokine	7
terms and conditions of	7
at the plasma membrane	7
hsa and bsa are	7
is to evaluate the	7
on the level of	7
has been implicated in	7
be related to the	7
properties of tulathromycin in	7
due to the high	7
for the maintenance of	7
it is suggested that	7
the molecular mechanisms underlying	7
the production of interferon	7
the beneficial role of	7
the reactivity of cys	7
in the progression of	7
were observed in the	7
in the patients with	7
induced cell death in	7
significant positive correlation between	7
a reduced expression of	7
at the beginning of	7
when the cells were	7
the role of oxidative	7
for the identification of	7
to the lack of	7
the terms and conditions	7
recent study showed that	7
significant reduction in the	7
significant role in the	7
then challenged with pm	7
which are involved in	7
determine the effects of	7
no significant difference in	7
regulates the expression of	7
conditions of the creative	7
divided into three groups	7
may be a potential	7
to oxidative stress and	7
in the cytoplasm and	7
can be considered as	7
the size of the	7
anticancer drugs on notcarcinogenic	7
the outer mitochondrial membrane	7
study is to determine	7
may play a role	7
need for more studies	7
of the nadph oxidase	7
mitochondrial dysfunction and oxidative	7
led to an increase	7
to reactive oxygen species	7
an open access article	7
and a decrease in	7
colorless ringclosed sp under	7
as a therapeutic target	7
the imidazole ring of	7
after h of incubation	7
the catalytic activity of	7
was supported by a	7
airway smooth muscle cells	7
be considered as a	7
the length of the	7
on notcarcinogenic tissues were	7
formation of reactive oxygen	7
in the early stage	7
acute lung injury in	7
the present study is	7
open access article distributed	7
with the help of	7
induced acute lung injury	7
to determine the effects	7
thioether selenium tellurium oxalate	7
be taken into account	7
concentration of mg l	7
of the interaction of	7
the authors declare that	7
effects of hydrogen on	7
maintained in darkness for	7
the expression of inflammatory	7
into a colorless ringclosed	7
as the ratio of	7
in line with the	7
aim of this work	7
in combination with the	7
with respect to the	7
transducer and activator of	7
as well as to	7
thioketal pba pbe compared	7
po under dark conditions	7
pba pbe compared with	7
there is a need	7
and conditions of the	7
this study aims to	7
levels of reactive oxygen	7
and protein expression of	7
analysis showed that the	7
aimed to determine the	7
the basis of the	7
were significantly increased in	7
absence or presence of	7
the expression of pro	7
to be able to	7
our data indicate that	7
contribute to the development	7
by the administration of	7
further studies are needed	7
of hsa and bsa	7
the nad salvage pathway	7
this work was financially	7
shown to be a	7
macrophage migration inhibitory factor	7
study was to examine	7
article is an open	7
with an increase in	7
with ic values of	7
in our study we	7
the presence and absence	7
was supported by grant	7
pcr and western blot	7
oxidative and nitrosative stress	7
ringclosed sp under specific	7
by the russian scientific	7
has been proposed that	7
in sudlow site i	7
response to dna damage	7
an important cause of	7
the absence of the	7
under dark conditions and	7
of the thiol group	7
reperfusion injury in rats	7
oxidative stress and the	7
anthracene coumarinyl ester arylmethyl	7
that overexpression of prdx	7
expression of nampt in	7
in critically ill patients	7
adenosine a a receptor	7
the cellular response to	7
tumor progression and metastasis	6
the tyrosine relative to	6
remains neutral with regard	6
by the action of	6
the severity of the	6
the guanine nucleotide exchange	6
and the activation of	6
dh ond pi pellets	6
that the level of	6
patients with chronic hepatitis	6
supported by a grant	6
is an enzyme that	6
likely due to the	6
the effect of different	6
amino acid composition analysis	6
and development of copd	6
could be related to	6
activation of the hif	6
infected group treated with	6
oxidative stress and cell	6
group treated with ua	6
phospholipid hydroperoxide glutathione peroxidase	6
and the formation of	6
the inhibitory effects of	6
the early stages of	6
maps and institutional affiliations	6
divided into five groups	6
springer nature remains neutral	6
groups in terms of	6
new insights into the	6
apoptosis and cell cycle	6
shown to interact with	6
with the use of	6
in most of the	6
involved in the development	6
of tulathromycin in prrsv	6
cancer cell lines and	6
the best of our	6
the control of the	6
cells in the presence	6
and the number of	6
the composition of the	6
levels were increased in	6
dh ond pi xenotransplants	6
of are polymers with	6
targets for the treatment	6
oxygen species in the	6
these results are indicative	6
to a variety of	6
cells compared to non	6
is to determine the	6
cells is associated with	6
are considered to be	6
derived reactive oxygen species	6
is a consequence of	6
cytochrome c release and	6
was calculated as the	6
the work was supported	6
of the molecular mechanisms	6
according to the data	6
it was concluded that	6
regard to jurisdictional claims	6
no and ros production	6
rats were injected intravitreally	6
diabetic patients compared to	6
prdx can be used	6
for a long time	6
nature remains neutral with	6
in amyotrophic lateral sclerosis	6
recent study suggested that	6
is part of the	6
protective effects of the	6
c bl j mice	6
of the tyrosine relative	6
generation of ros and	6
an important mediator of	6
been used in the	6
generation of ros in	6
leads to the formation	6
to the family of	6
may play an important	6
of respiratory syncytial virus	6
recent study demonstrated that	6
centrifuged at g for	6
group were significantly higher	6
the total number of	6
vascular smooth muscle cell	6
that is important for	6
mg per g of	6
compared to those of	6
be a therapeutic target	6
the nad nadh ratio	6
in this review article	6
the importance of the	6
in published maps and	6
induced reactive oxygen species	6
neck squamous cell carcinoma	6
enhances the risk of	6
could be due to	6
it was assumed that	6
physiological and pathological conditions	6
in ad and pd	6
an increased risk for	6
b and t lymphocytes	6
to be used for	6
in aging and age	6
it is well known	6
type diabetes mellitus and	6
a novel mechanism of	6
by real time pcr	6
the effects of a	6
due to the lack	6
of broccoli sprouts on	6
of mitochondrial complex i	6
has been reported as	6
an increased risk of	6
a significant decrease of	6
that there is an	6
the most common cause	6
the nlrp inflammasome and	6
inhibits the growth of	6
are also involved in	6
way analysis of variance	6
and characterization of a	6
we could show that	6
the world health organization	6
sudlow sites i and	6
significantly lower in the	6
to the expression of	6
human cancer cell lines	6
in order to improve	6
assay was used to	6
brown alga ecklonia stolonifera	6
during the course of	6
has been used as	6
to the progression of	6
of the inner mitochondrial	6
model of multiple sclerosis	6
study has shown that	6
in the light of	6
here we investigated the	6
and in some cases	6
the levels of the	6
and their changes were	6
in cell cycle arrest	6
and one of the	6
we have previously shown	6
the impact of the	6
the immune system in	6
could be used for	6
cell proliferation and apoptosis	6
compared with control group	6
review of are polymers	6
in the absence or	6
a tumor suppressor in	6
from the endoplasmic reticulum	6
the heat shock response	6
ond pi cells compared	6
with an increased risk	6
in agreement with this	6
in terms of the	6
the viability of t	6
was isolated from the	6
innate and adaptive immunity	6
the expression of nampt	6
have been carried out	6
oxidative stress and antioxidant	6
which are known to	6
the role of reactive	6
in the brain and	6
the growth rate of	6
of fatty acid oxidation	6
consisted of patients with	6
results were obtained in	6
that prdx is involved	6
permeability transition pore opening	6
for the generation of	6
source of reactive oxygen	6
shown to decrease the	6
our findings suggest that	6
the focus of this	6
the brown alga ecklonia	6
jurisdictional claims in published	6
the role of mitochondrial	6
the development of a	6
been shown to induce	6
our results indicated that	6
is used as a	6
has been used for	6
total rna was isolated	6
published maps and institutional	6
of bacterial infection on	6
the antibacterial activity of	6
and adaptive immune responses	6
of mitochondrial membrane potential	6
been demonstrated that the	6
was carried out using	6
mechanisms of cell death	6
of this work was	6
we focused on the	6
with the development of	6
investigate the relationship between	6
to play a major	6
by the transcription factor	6
mode of action of	6
binding site of the	6
for the recruitment of	6
in vitro inhibition of	6
the determination of the	6
to investigate the potential	6
first line of defense	6
there is evidence that	6
in accordance with the	6
we have found that	6
et al demonstrated that	6
important role in maintaining	6
the progression of t	6
with the participation of	6
were significantly lower than	6
not show any significant	6
study was to assess	6
a consequence of the	6
than those of the	6
can be used in	6
to the regulation of	6
the analysis of the	6
with increasing concentrations of	6
by binding to the	6
and the risk of	6
particulate matter air pollution	6
h and t h	6
divided into four groups	6
structure of a protein	6
bound in sudlow site	6
the presence of galactose	6
have recently shown that	6
tumor promoting effect of	6
prdx is associated with	6
is mediated by the	6
mode of action for	6
the second most common	6
patients with severe covid	6
the mrna levels of	6
to clarify the role	6
of amino acids and	6
sites i and ii	6
molecular mechanisms of cell	6
and the levels of	6
of the immune response	6
mg kg via ip	6
for the application of	6
pi cells compared to	6
plays a significant role	6
increased production of ros	6
of the two markers	6
dysfunction and oxidative stress	6
its potential as a	6
the ability to generate	6
the early stage of	6
were injected intravitreally with	6
which contributes to the	6
a variety of diseases	6
in the concentration of	6
the detrimental effects of	6
neutral with regard to	6
due to their high	6
best of our knowledge	6
goal of this study	6
in alveolar epithelial cells	6
to the ability of	6
production of proinflammatory cytokines	6
than that of the	6
positively correlated with the	6
umbilical vein endothelial cells	6
regulation of gene expression	6
the mode of action	6
the involvement of mpt	6
tissue inhibitor of metalloproteinase	6
the cytokine storm in	6
was shown to decrease	6
the opening of the	6
due to the fact	6
in vitro studies have	6
the protective role of	6
been shown to protect	6
lead to cell death	6
study aimed to investigate	6
been shown to inhibit	6
the expression of cd	6
seems to be the	6
peer review of are	6
of different cell types	6
authors declare no competing	6
groups compared to control	6
of the structure and	6
was also shown to	6
factor of activated t	6
reactive oxygen species as	6
cellular and molecular mechanisms	6
can be explained by	6
also involved in the	6
by scanning electron microscopy	6
oxidative stress and mitochondrial	6
in darkness for hr	6
tyrosine relative to the	6
the data indicate that	6
have previously shown that	6
lower than that of	6
results of our study	6
oxidative stress and dna	6
have been extensively studied	6
from bosnia and herzegovina	6
for the activation of	6
promoting effect of prdx	6
und unspezifi schen abwehr	6
is well known that	6
such as superoxide dismutase	6
ua and sf for	6
as indicated by the	6
at the cellular level	6
in brown adipose tissue	6
to the site of	6
an in vitro model	6
was significantly lower than	6
catalyzes the conversion of	6
a multiplicity of infection	6
as a tumor suppressor	6
were treated with trpm	6
this study was aimed	6
we would like to	6
not significantly different between	6
did not change the	6
the current study was	6
for advanced glycation end	6
the leading causes of	6
in vitro effects of	6
at least in part	6
and the growth of	6
levels were determined in	6
patients compared to healthy	6
responsive systems have been	6
a protective role in	6
one of the key	6
have been found to	6
that is involved in	6
to be one of	6
as well as of	6
there was not a	6
an increase in labile	6
of the cell cycle	6
study the effects of	6
involved in regulation of	6
leads to an increase	6
progression of t dm	6
our aim is to	6
lung cancer cell lines	6
be associated with the	6
the difference between the	6
the functional role of	6
gene expression in the	6
for the prevention of	6
the risk of ra	6
decrease in the expression	6
to jurisdictional claims in	6
the expression of tgf	6
is a transcription factor	6
in the research of	6
have been used to	6
will be discussed in	6
groups treated with ua	6
the need for more	6
compared to control and	6
the role of this	6
if in association with	6
claims in published maps	6
to the best of	6
in order to investigate	6
ag po under red	6
decreased in the presence	6
to be used as	6
are not limited to	6
the effects of hydrogen	6
of the pi k	6
the integrity of the	6
chemical structure of the	6
mastzellen und basophilen granulozyten	6
the amount of radioactivity	6
in cancer cell lines	6
of erk thr phosphorylation	6
were no significant differences	6
in control scramble cells	6
the study is to	6
is the second most	6
both enzymatic and non	6
as well as its	6
is a multifunctional protein	6
induced apoptotic cell death	6
with regard to jurisdictional	6
the secondary structure of	6
human breast cancer cells	6
of cd t cells	6
in the bone marrow	6
has been used in	6
and sf for h	6
in the etiology of	6
was also able to	6
foxp regulatory t cells	6
and molecular mechanisms of	6
of periodontal tissue destruction	6
increased oxidative stress in	6
but not limited to	6
nuclear factor of activated	6
for hr at which	6
of the activation of	6
as well as other	6
can be triggered by	6
cells from oxidative stress	6
the permeability of the	6
and the control group	6
was shown for the	6
patients and healthy controls	6
plays a central role	6
was added to the	6
similar results were obtained	6
t h and t	6
analyzed by western blot	6
ericd and arid a	6
the slc a gene	5
a potential adjuvant treatment	5
to human serum albumin	5
growth rate of e	5
by the method of	5
and antiviral activities of	5
macrophages and dendritic cells	5
have been used as	5
and the induction of	5
t cells in the	5
stress and cell death	5
study was to characterize	5
higher than the control	5
the cells were incubated	5
of influenza a virus	5
when cells were exposed	5
was determined using the	5
appears to be a	5
we have recently shown	5
to increase the expression	5
identification and characterization of	5
further studies are required	5
with high levels of	5
the influence of the	5
the priming effect of	5
be found in the	5
the treatment of inflammatory	5
in the tumor microenvironment	5
of insulin resistance and	5
the absence or presence	5
rsv infection leads to	5
the differences between the	5
the study was supported	5
to the data obtained	5
in patients with copd	5
reperfusion injury in the	5
immune cells in the	5
role of vitamin d	5
could be used to	5
can be a therapeutic	5
induce the formation of	5
activation of the nrf	5
is also known to	5
than in the control	5
reduce the risk of	5
the pivotal role of	5
risk factor for the	5
than in control scramble	5
leading to inhibition of	5
statistically significant differences in	5
of the ketogenic diet	5
an increase in ros	5
squamous cell carcinoma and	5
the production of no	5
fibroblasts and endothelial cells	5
the frequency of interference	5
that the concentration of	5
of oxidative stress on	5
also play a role	5
this study was designed	5
mitochondrial electron transport chain	5
the intracellular levels of	5
was performed using the	5
the nomenclature committee on	5
of hydrogen peroxide to	5
be due to a	5
it was proposed that	5
study was funded by	5
of the adaptive immune	5
were used as a	5
of ag po crystals	5
high performance liquid chromatography	5
the loss of the	5
inducing the expression of	5
results of the present	5
to find out whether	5
by polymerase chain reaction	5
present study was designed	5
study was to identify	5
organelles and granules of	5
superoxide dismutase and catalase	5
is well established that	5
be the consequence of	5
cells were seeded in	5
it can be assumed	5
priming effect of barbadin	5
as evidenced by the	5
eluates were applied to	5
of mitochondrial electron transport	5
restriction fragment length polymorphism	5
higher in patients with	5
hepatitis c virus infection	5
of the development of	5
cancer is a disease	5
the initial immune reaction	5
has not yet been	5
dna was isolated from	5
in the pentose phosphate	5
note springer nature remains	5
the conformation of cys	5
the past few years	5
synthetic superoxide dismutase catalase	5
patients were included in	5
exposed to oxidative stress	5
bacteria and or their	5
by a grant from	5
as well as increased	5
determine the effect of	5
cancer is one of	5
treatment of inflammatory diseases	5
responsive drug delivery systems	5
increased in patients with	5
i r injury in	5
of no and ros	5
patients with colorectal cancer	5
prdx is also related	5
of ra through activation	5
by the influenza virus	5
of the nomenclature committee	5
can be seen in	5
the roles of prdxs	5
the production of reactive	5
the catalytic subunit of	5
displayed a significantly higher	5
the development of chronic	5
also been shown that	5
iav infection in mice	5
obesity and type diabetes	5
to test this hypothesis	5
in patients with moderate	5
previous studies showed that	5
the beneficial effect of	5
gpx and ipla activities	5
a master regulator of	5
on the formation of	5
on the activity of	5
to a loss of	5
the accumulation of senescent	5
in the protection against	5
the formation of reactive	5
an important regulator of	5
investigate the in vitro	5
cause of death worldwide	5
the understanding of the	5
is bound in sudlow	5
through activation of the	5
the production and release	5
implicated in the pathogenesis	5
and characterization of the	5
stress in the pathogenesis	5
mtor p s k	5
the stability of the	5
fat diet induced obese	5
human serum albumin and	5
in relation to the	5
for the production of	5
this study suggest that	5
as compared to control	5
bsa are replaced with	5
against oxidative stress and	5
while the expression of	5
were divided into four	5
thus the need for	5
in the treatment group	5
is also associated with	5
well as an increased	5
intracellular organelles of t	5
is the main cause	5
found to be the	5
diseases is well established	5
there are a number	5
we have demonstrated that	5
in order to evaluate	5
under control of the	5
there was no difference	5
associated with a significant	5
were analyzed using the	5
role in this process	5
and incubated for h	5
studies are required to	5
in patients with asthma	5
to better understand the	5
divided into two groups	5
the ministry of education	5
in terms of age	5
the possible role of	5
the use of the	5
superoxide and hydrogen peroxide	5
we studied the effects	5
has been concluded that	5
presence of senescent cells	5
effect of ursolic acid	5
produce high levels of	5
an animal model of	5
examined the role of	5
role in maintaining the	5
and approved the final	5
play important role in	5
used to evaluate the	5
ros production can increase	5
nlrp inflammasome activation and	5
inhibition of influenza virus	5
in this study was	5
were compared with the	5
infectious diseases such as	5
changes in the gsh	5
with a number of	5
are a family of	5
der spezifi schen und	5
was used to evaluate	5
cells resulted in a	5
and the oxidative stress	5
of amyotrophic lateral sclerosis	5
chronic obstructive lung disease	5
it is well established	5
in the patient group	5
may act as a	5
the mechanisms underlying the	5
for chronic obstructive pulmonary	5
is aimed to investigate	5
and reactive nitrogen species	5
of influenza virus infection	5
with mm h o	5
are important for the	5
of prdx results in	5
analysis revealed that the	5
and colleagues in reported	5
in our understanding of	5
severity of the disease	5
by changes in the	5
found in patients with	5
of endoplasmic reticulum stress	5
the release of proinflammatory	5
contribute to ros production	5
and discarded the supernatant	5
in the generation of	5
zellen der spezifi schen	5
in human gingival fibroblasts	5
adults with severe covid	5
patients with prostate cancer	5
results indicate that ua	5
a recent study showed	5
fibrosis transmembrane conductance regulator	5
is considered to be	5
to the intensity of	5
is most likely due	5
to a concentration of	5
causes of death in	5
oxidized low density lipoprotein	5
jnk pathway in the	5
the occurrence and development	5
it is not clear	5
be associated with increased	5
and function of the	5
molecular weight of the	5
the progression of the	5
ca i and ii	5
a high level of	5
severe chronic obstructive pulmonary	5
in a reduction of	5
intracellular reactive oxygen species	5
detected by western blotting	5
as a potential adjuvant	5
to determine whether the	5
and inner membrane complex	5
are a number of	5
n influenza virus infection	5
a humidified atmosphere containing	5
colleagues in reported that	5
expression of adhesion molecules	5
in physiological and pathological	5
lysates were analyzed by	5
are associated with the	5
national institutes of health	5
the main goal of	5
be explained by the	5
was determined by hplc	5
decreased in all groups	5
including but not limited	5
approved the final manuscript	5
level of oxidative stress	5
inflammatory cytokines and chemokines	5
from the scientific and	5
the involvement of the	5
recommendations of the nomenclature	5
resistance to the virus	5
significantly higher than that	5
after the treatment with	5
cell lysates were analyzed	5
cells when compared to	5
that there is no	5
to further investigate the	5
initial immune reaction against	5
even in the absence	5
the development of an	5
the nec infliximab group	5
of hematopoietic stem cells	5
was to characterize the	5
increased the production of	5
the majority of the	5
increase the number of	5
were determined by the	5
is increasing evidence that	5
the oxidative stress induced	5
were divided into three	5
with different concentrations of	5
and the amount of	5
expression of prdx is	5
presence of h o	5
leading to the formation	5
the lytic action of	5
of t dm patients	5
declare no competing interests	5
of the human body	5
receptor for advanced glycation	5
of the s rrna	5
that most of the	5
low levels of ros	5
inflammation and insulin resistance	5
permeability transition pore by	5
the interaction between the	5
the pathogenesis of ms	5
induced ec barrier disruption	5
the production of tgf	5
have shown that in	5
of the protein in	5
at a dose of	5
and western blot analysis	5
is also related with	5
cells in dh ond	5
according to the literature	5
a dose of mg	5
induces the production of	5
levels were measured in	5
content and antioxidant capacity	5
the effects of h	5
activity of human serum	5
target for treatment of	5
the mitochondrial gsh pool	5
inflammation by regulating the	5
schen und unspezifi schen	5
pcr and western blotting	5
were measured at h	5
subcellular organelles and granules	5
rats were exposed to	5
pathway in the caia	5
indicative of an increased	5
are characterized by a	5
and the immune system	5
thought to be a	5
to further characterize the	5
the expression of tnf	5
that the activity of	5
and the lack of	5
regulation of the expression	5
and in vitro studies	5
applied to rca agarose	5
was also inhibited by	5
been found in the	5
studied the effect of	5
cell viability was determined	5
of three biological replicates	5
was performed using imagej	5
fig b and c	5
is worth noting that	5
experiments were performed in	5
clarify the role of	5
samples were obtained from	5
been reported that the	5
performed using imagej software	5
in the gastrointestinal tract	5
pathway plays an important	5
role in the immune	5
a cells were infected	5
in airway epithelial cells	5
from a cdna library	5
is an important cause	5
was supported by russian	5
aim was to investigate	5
with oxidative stress and	5
with influenza a virus	5
a new type of	5
defence of the body	5
associated with type diabetes	5
elderly adults with severe	5
the mitochondrial inner membrane	5
role in the process	5
densitometric analysis of protein	5
rats injected intravitreally with	5
occurrence and development of	5
as an in vitro	5
to determine the effect	5
method is based on	5
a large amount of	5
significantly higher in patients	5
the antioxidant defence of	5
the mrna and protein	5
a total of patients	5
increase in ros production	5
objective of this study	5
the overexpression of prdx	5
in comparison to other	5
positive correlation between the	5
is associated with reduced	5
were applied to sds	5
the impact of bacterial	5
explored the role of	5
in the caia and	5
were determined in the	5
is associated with an	5
converts two superoxide radicals	5
was observed between the	5
the oxidative stress index	5
in the nec infliximab	5
ministry of education and	5
of proteins involved in	5
edible brown alga ecklonia	5
is currently under investigation	5
of nadph oxidase in	5
mitochondrial dna copy number	5
this work was to	5
in various types of	5
inflammation and tissue injury	5
of the leading causes	5
oxidative stress in rats	5
were incubated with different	5
the rough endoplasmic reticulum	5
needed to clarify the	5
of high levels of	5
roles in the regulation	5
the level of ros	5
abnormal accumulation of senescent	5
was carried out by	5
in comparison with the	5
induced cell death and	5
and then challenged with	5
cystic fibrosis transmembrane conductance	5
for min in the	5
of the endoplasmic reticulum	5
cells in type diabetes	5
involvement of mpt in	5
development of insulin resistance	5
that the activation of	5
they showed that prdx	5