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
severe acute respiratory syndrome	118
angiotensin ii type receptor	97
acute respiratory distress syndrome	82
of angiotensin converting enzyme	79
acute respiratory syndrome coronavirus	69
in the pathogenesis of	62
has been shown to	59
of ang ii and	58
for the treatment of	52
in the regulation of	52
ang ii to ang	52
of ace in the	52
on the other hand	50
in the treatment of	49
of the ace ang	48
effects of ang ii	46
actions of ang ii	46
an important role in	46
of ang ii in	44
in the presence of	43
ang i to ang	42
angiotensin i to angiotensin	42
ace ang ii at	39
in the development of	38
levels of ang ii	38
role of ace in	38
vascular smooth muscle cells	37
ang ii at r	36
of ang ii to	36
in patients with covid	36
the role of the	35
the central nervous system	35
ang ii in the	34
in the present study	34
the renin angiotensin system	34
converts angiotensin i to	33
as well as the	33
role of angiotensin converting	31
role of the renin	31
in vitro and in	31
vitro and in vivo	31
of the at receptor	31
ang ii and ang	31
in addition to the	30
expression of ace in	30
studies have shown that	30
the formation of ang	30
of ace and ace	30
in spontaneously hypertensive rats	30
vascular endothelial growth factor	30
i and ang ii	29
a functional receptor for	29
ang i and ang	29
a human homolog of	28
at and at receptors	28
hydrolysis of biological peptides	28
components of the ras	28
biological peptides by human	28
of biological peptides by	28
and functional expression as	27
the conversion of ang	27
functional receptor for sars	27
patients with heart failure	27
concentrations of ang ii	27
plays an important role	27
and angiotensin ii receptor	27
cloning and functional expression	27
been shown to be	27
functional expression as a	27
an essential regulator of	26
conversion of ang ii	26
the angiotensin ii type	26
severe acute lung failure	26
a crucial role of	26
crucial role of angiotensin	26
the role of ace	25
have been shown to	25
ii at r axis	25
receptor for the sars	25
of the renin angiotensin	25
human homolog of angiotensin	25
peptides by human angiotensin	25
essential regulator of heart	25
regulator of heart function	25
angiotensin ii receptor blockers	25
converting enzyme protects from	25
in the central nervous	25
of the mas receptor	24
of severe acute respiratory	24
from severe acute lung	24
is an essential regulator	24
is a functional receptor	24
the ang tie system	24
functional receptor for the	24
the effects of ang	24
the activation of the	24
in a rat model	24
systematic review and meta	24
protects from severe acute	23
as a result of	23
converting enzyme inhibitors and	23
converting enzyme and angiotensin	23
conversion of ang i	23
the functional receptor for	23
enzyme is an essential	23
is an endogenous ligand	22
step in understanding sars	22
enzyme protects from severe	22
endogenous ligand for the	22
a first step in	22
an endogenous ligand for	22
in understanding sars pathogenesis	22
receptor for sars coronavirus	22
ligand for the g	22
the beneficial effects of	22
first step in understanding	22
is one of the	22
play a role in	22
for the sars coronavirus	22
a rat model of	22
of ang i to	22
expression as a captopril	22
of the ras in	22
in the pathophysiology of	22
is protected by copyright	21
to the development of	21
in patients with heart	21
distribution of ace protein	21
angiotensin converting enzyme in	21
tissue distribution of ace	21
article is protected by	21
in acute respiratory distress	21
this article is protected	21
was found to be	21
ang ii and na	21
converting enzyme is a	21
a role in the	20
in patients with chronic	20
for the development of	20
in the absence of	20
converting enzyme inhibition and	20
a systematic review and	20
of the ang ii	20
in the cardiovascular system	20
a crucial role in	20
as well as in	20
enzyme is a functional	19
the production of ang	19
has been reported to	19
of acute lung injury	19
at receptors in the	19
axis of the renin	19
a retrospective cohort study	19
effects of ace inhibitors	19
ace and ace in	19
one of the most	19
r and at r	19
the severe acute respiratory	19
enzyme inhibition and angiotensin	19
enzyme inhibitors and angiotensin	19
converting enzyme in the	19
the ace ang ii	19
for the g protein	19
in the case of	19
patients with coronavirus disease	19
be involved in the	19
women with normal pregnancies	18
at r and at	18
on the surface of	18
a mouse model of	18
angiotensin converting enzyme inhibition	18
the actions of ang	18
formation of ang ii	18
ang ii type receptor	18
converting enzyme is an	18
the expression of ace	18
for the first time	18
converting enzyme activity in	18
of the reninangiotensin system	18
of the angiotensin ii	18
for the synthesis of	17
inhibitors and angiotensin receptor	17
role of the ace	17
production of ang ii	17
in vascular smooth muscle	17
the angiotensin converting enzyme	17
those of ang ii	17
inhibition and angiotensin ii	17
play an important role	17
in the context of	17
of angiotensin ii in	17
by the action of	16
inhibitors in patients with	16
in a mouse model	16
blockade of the renin	16
in patients with severe	16
in a variety of	16
ace expression in the	16
is involved in the	16
increased ang ii levels	16
angiotensin ii in the	16
both ace and ace	16
of the ace gene	15
a l p r	15
and angiotensin receptor blockers	15
it was found that	15
j o u r	15
u r n a	15
in the heart and	15
expression of ace and	15
i to ang ii	15
as shown in fig	15
n a l p	15
r n a l	15
the structure of the	15
regulated ectodomain shedding of	15
p r o o	15
effect of ang ii	15
mediates regulated ectodomain shedding	15
induced by ang ii	15
role in the pathogenesis	15
ectodomain shedding of the	15
o u r n	15
no conflict of interest	15
the concentrations of ang	15
r o o f	15
l p r e	15
increase in ang ii	14
it is known that	14
of ace expression in	14
the effects of the	14
angiotensin ii and angiotensin	14
the ras in the	14
n mice per group	14
and risk factors for	14
regulation of blood pressure	14
it has been shown	14
the levels of ang	14
regulator of the renin	14
components of the renin	14
the effects of ace	14
in the spontaneously hypertensive	14
respiratory syndrome coronavirus infection	14
shedding of the severe	14
spike protein of sars	14
ang ii levels in	14
may contribute to the	14
effect of angiotensin ii	14
in patients with hypertension	14
in addition to its	14
to the formation of	14
of patients with covid	14
a wide variety of	14
of angiotensin ii type	13
and is associated with	13
in animal models of	13
benefits of ace inhibition	13
a central role in	13
inhibitors and angiotensin ii	13
expression profiling of ace	13
and smooth muscle cells	13
ii receptor blockers on	13
ace and tmprss and	13
it has been found	13
the sympathetic nervous system	13
of the nlrp inflammasome	13
the presence of the	13
in patients with type	13
in failing human heart	13
in experimental models of	13
the aim of this	13
an essential role in	13
the activity of the	13
expression of at r	13
of angiotensin ii and	13
may be involved in	13
it has been reported	13
receptor blockers on cardiac	13
our understanding of the	13
the treatment of covid	13
ace inhibitors and arbs	13
middle east respiratory syndrome	13
as a receptor for	13
the expression of mir	13
the synthesis of the	13
plays a role in	13
structure and function of	13
the rostral ventrolateral medulla	13
the spike protein of	13
of ang i and	13
with an increase in	13
a critical role in	13
a key role in	13
levels of ace and	13
ace expression in rat	13
and angiotensin converting enzyme	13
in acute lung injury	13
as a therapeutic target	12
of reactive oxygen species	12
clinical course and risk	12
system inhibitors in patients	12
this work was supported	12
a wide range of	12
the upregulation of mir	12
of ang ii by	12
the discovery of ace	12
course and risk factors	12
the importance of ace	12
depends on ace and	12
in the gastrointestinal tract	12
apelin ko mice showed	12
mortality of adult inpatients	12
renin angiotensin system in	12
arm of the ras	12
role for ace in	12
the spontaneously hypertensive rat	12
blocked by a clinically	12
for mortality of adult	12
entry depends on ace	12
ii and na in	12
important role in the	12
in the metabolism of	12
prevention and treatment of	12
risk factors for mortality	12
the classical raas axis	12
angiotensin ii receptor antagonist	12
aldosterone system inhibitors in	12
factors for mortality of	12
cell entry depends on	12
to be associated with	12
and is blocked by	12
of ace inhibitors and	12
role of angiotensin ii	12
of the ace angiotensin	12
of hospitalized patients with	12
induced acute lung injury	12
by the use of	12
by a clinically proven	12
it is possible that	12
adult inpatients with covid	12
is blocked by a	12
of ace and ang	12
of adult inpatients with	12
the development of new	12
of angiotensin ii receptors	12
ace in the heart	12
clinically proven protease inhibitor	12
of the ras and	12
mortality in patients with	12
concentration of ang ii	12
on ace and tmprss	12
of the brain ras	12
tmprss and is blocked	12
angiotensin system in the	12
a clinically proven protease	12
was associated with increased	12
to be involved in	12
is highly expressed in	12
and tmprss and is	12
the first time that	11
been identified in the	11
work was supported by	11
have been identified in	11
blockers on cardiac angiotensin	11
ace inhibitors and at	11
and ang ii to	11
in ace knockout mice	11
at the same time	11
in women with pe	11
ang ii into ang	11
patients with chronic heart	11
in the progression of	11
converting enzyme in human	11
has been found to	11
that the expression of	11
the generation of ang	11
are presented as the	11
in contrast to the	11
efficacy and safety of	11
the involvement of the	11
also been shown to	11
ang i and ii	11
the development of cardiac	11
converting enzyme inhibition in	11
be due to the	11
in apelin ko mice	11
the role of ang	11
in the production of	11
therapy in patients with	11
activation of the ace	11
forming activity in failing	11
the effect of angiotensin	11
ii in the brain	11
it is important to	11
the angiotensin type receptor	11
presented as the mean	11
has been shown that	11
with chronic heart failure	11
ii type receptor blockade	11
ang i or ang	11
activity in failing human	11
may be due to	11
ang ii levels were	11
the results showed that	11
the balance between the	11
and h c cells	11
studies are needed to	11
ang ii binds to	11
compared to ang ii	11
ang i into ang	11
a reduction in the	11
of the activation of	11
the antihypertensive effects of	11
morbidity and mortality in	11
of the role of	11
role in the regulation	11
and chronic kidney disease	11
angiotensin i converting enzyme	11
disease control and prevention	11
for disease control and	11
through activation of the	11
induced lung injury angiotensin	11
patients with type diabetes	11
in ang ii levels	10
the authors declare that	10
syndrome coronavirus spike protein	10
and vascular smooth muscle	10
of angiotensin ii receptor	10
the existence of a	10
for the recognition of	10
the pathogenesis of covid	10
in engineered human tissues	10
plays a crucial role	10
structural basis for the	10
with acute respiratory distress	10
with the development of	10
in patients with acute	10
in the generation of	10
for upregulation of the	10
of the at r	10
in the kidney of	10
in a study of	10
a therapeutic target for	10
in women with normal	10
has been found that	10
effect of ace inhibition	10
activation of the mas	10
at least in part	10
in health and disease	10
in the brain and	10
has been associated with	10
level of ang ii	10
may play a role	10
of the classical ras	10
in the setting of	10
the structure and function	10
in ace transgenic mice	10
clinical characteristics of coronavirus	10
levels of ace in	10
engineered human tissues using	10
we have shown that	10
a potential target for	10
the effect of the	10
regulation of cell volume	10
has been suggested that	10
it has been suggested	10
to an increase in	10
on the basis of	10
aortic smooth muscle cells	10
an increase in the	10
in the ang ii	10
were found to be	10
rats with myocardial infarction	10
studies have demonstrated that	10
the use of ace	10
evidence for upregulation of	10
involved in the pathogenesis	10
data are presented as	10
of coronavirus disease in	10
converting enzyme inhibition on	10
in the ace gene	10
the treatment of hypertension	10
have shown that the	10
of the effects of	10
of recombinant human angiotensin	10
endothelial nitric oxide synthase	10
angiotensin ii at receptor	10
that the use of	10
effects of angiotensin ii	10
the protective role of	10
respiratory syndrome coronavirus spike	10
metabolite formation rate of	10
the complexity of the	10
and ace in the	10
induced cardiac hypertrophy and	10
failing human heart ventricles	10
an increase in ace	10
the components of the	10
the metabolite formation rate	10
infections in engineered human	10
patients infected with sars	10
effects of ace inhibition	10
characteristics of coronavirus disease	10
a significant role in	9
did not reach statistical	9
in the control of	9
the hypotensive effect of	9
in a number of	9
axis of the ras	9
crucial role in the	9
the progression of diabetic	9
in the course of	9
in the formation of	9
of human angiotensin i	9
is associated with increased	9
in patients with diabetes	9
in a model of	9
of the active site	9
an increase in ang	9
to the mas receptor	9
the benefits of ace	9
plasma levels of ang	9
the ratio of ace	9
these findings suggest that	9
for the prevention of	9
death in ace transgenic	9
and sudden death in	9
with chronic kidney disease	9
importance of ace in	9
center for disease control	9
ace inhibitors and angiotensin	9
of patients infected with	9
was associated with a	9
of spontaneously hypertensive rats	9
are associated with the	9
not reach statistical significance	9
of ang ii at	9
angiotensin converting enzyme inhibitor	9
an important role of	9
has been implicated in	9
is well known that	9
european society of cardiology	9
h n virus infection	9
plays a key role	9
to increased levels of	9
of at r in	9
of the ang tie	9
of the peptide in	9
sudden death in ace	9
ang ii to the	9
beneficial effects of ace	9
of the novel coronavirus	9
prevention of angiotensin ii	9
basis for the recognition	9
development of cardiac hypertrophy	9
ace activity in the	9
system in heart failure	9
inhibition of ang ii	9
is expressed in the	9
in the expression of	9
to the antihypertensive effects	9
acei or arb use	9
an angiotensin ii receptor	9
contributes to the antihypertensive	9
expression of cyp b	9
in the brain of	9
the role of angiotensin	9
results are presented as	9
ang ii by ace	9
angiotensin converting enzyme inhibitors	9
ace and neprilysin in	9
in the current study	9
it is well known	9
effects of the activation	9
coronavirus disease in china	9
with type diabetes and	9
similar to those of	9
patients with severe covid	9
the development of heart	9
mice with downregulated connexins	9
volume and water transport	9
regulation of cardiovascular function	9
of ace inhibitor therapy	9
a negative regulator of	9
in patients with left	9
ace as a receptor	9
by blockade of angiotensin	9
cardiac hypertrophy and fibrosis	9
has been detected in	9
in angiotensin peptide metabolism	9
on the regulation of	9
acute lung injury in	9
components of the raas	9
transgenic mice with downregulated	9
ace transgenic mice with	9
h c cells were	9
a role for the	9
of the classical raas	9
angiotensin converting enzyme activity	9
development of heart failure	9
patients with novel coronavirus	9
at r in the	9
on angiotensin and bradykinin	9
under the control of	9
in rats with myocardial	9
effects in the cardiovascular	9
in critically ill patients	9
in patients with coronavirus	9
upregulation of the angiotensin	9
feb suppressed ang ii	9
conversion of angiotensin i	9
were significantly higher than	9
myocardial infarction in rats	9
in blood pressure regulation	9
of ace inhibition in	9
involved in the regulation	9
the ang ii type	9
the regulation of the	9
the loss of ace	9
of the components of	9
highly expressed in the	9
are involved in the	9
degradation of ang ii	8
cardiac myocytes through activation	8
on the use of	8
mrna expression profiling of	8
the at receptor in	8
effect of resveratrol on	8
myocardial infarction by blockade	8
the importance of the	8
loads and lung injury	8
release of nitric oxide	8
prevention of pulmonary hypertension	8
the generation of angiotensin	8
growth of cardiac myocytes	8
and vascular endothelial growth	8
these results suggest that	8
inflammatory effects of ang	8
clinical and biochemical indexes	8
total rna was isolated	8
the regulation of cell	8
responses and normal cardiac	8
of transforming growth factor	8
of vasopressin from the	8
ang ii and at	8
the therapeutic benefits of	8
gene is located on	8
homologue ace and neprilysin	8
been shown to have	8
has also been shown	8
i or ang ii	8
with novel coronavirus in	8
converting enzyme after myocardial	8
of ang ii were	8
during the progression of	8
found that ang ii	8
the at receptor gene	8
blockade of angiotensin ii	8
the alternative raas axis	8
of the most important	8
converting enzyme homologue ace	8
the binding of the	8
in the degradation of	8
to a reduction in	8
to ang ii by	8
normal lung tissue and	8
elevated ang ii levels	8
the concentration of ang	8
protective role of ace	8
the angiotensin ii at	8
to the lack of	8
inhibition on angiotensin and	8
inhibits growth of cardiac	8
its homologue ace and	8
was approved by the	8
the active site of	8
response to ang ii	8
by the presence of	8
system blockers and the	8
ace deficiency accentuates vascular	8
patients linked to viral	8
vasopressin from the rat	8
a decrease in the	8
activation of the angiotensin	8
myocytes through activation of	8
infarction by blockade of	8
release of vasopressin from	8
was identified as a	8
patients with left ventricular	8
infected with novel coronavirus	8
angiotensin ii type a	8
with severe acute respiratory	8
infected patients linked to	8
deficiency is associated with	8
ncov infected patients linked	8
tumor necrosis factor alpha	8
angiotensin ii production and	8
correction for multiple comparisons	8
cardiac phenotype in ace	8
linked to viral loads	8
these data suggest that	8
activates the nlrp inflammasome	8
blockade of the ras	8
high levels of ace	8
in human endothelial cells	8
the treatment of cardiovascular	8
patients treated with ace	8
heart failure with reduced	8
these data indicate that	8
disease and ulcerative colitis	8
an angiotensin ii type	8
in the human heart	8
and neprilysin in angiotensin	8
to those of ang	8
of angiotensin i to	8
the protein expression of	8
and oxidative stress in	8
human tissues using clinical	8
of heart function angiotensin	8
and characterization of a	8
of the solitary tract	8
to the plasma membrane	8
effects of blockade of	8
of the sympathetic nervous	8
ang ii has been	8
treatment of cardiovascular disease	8
is known to be	8
the downregulation of ace	8
in individuals with diabetes	8
in this study we	8
have a role in	8
ii type receptor in	8
ang ii or ang	8
of ang ii on	8
viral loads and lung	8
converting enzyme activity and	8
by angiotensin ii type	8
serum ace and ang	8
has been found in	8
the heart and kidney	8
and normal cardiac phenotype	8
that they have no	8
has been reported that	8
antihypertensive effects of blockade	8
a novel homologue of	8
in patients with coronary	8
the synthesis of a	8
in the lungs and	8
in the synthesis of	8
enzyme after myocardial infarction	8
of at receptors in	8
of the complement system	8
is located on chromosome	8
to viral loads and	8
ace and ace activity	8
human airway epithelial cells	8
converted to ang ii	8
the plasma membrane of	8
a protective role in	8
is thought to be	8
pivotal role of the	8
in human airway epithelial	8
for the formation of	8
and activation of the	8
ace is expressed in	8
novel homologue of angiotensin	8
on the x chromosome	8
regulator of the ras	8
of cardiac myocytes through	8
by angiotensin converting enzyme	8
neprilysin in angiotensin peptide	8
the expression of the	8
and the risk of	8
increase in blood pressure	8
in the aorta of	8
the mechanism of action	8
increased ace expression in	8
is based on the	8
ace inhibitors or arbs	8
quantitative mrna expression profiling	8
na and h o	8
in vascular endothelial cells	8
central role in the	8
of blockade of the	8
homologue of angiotensin converting	8
through an angiotensin ii	8
levels of ang i	8
angiotensin system in heart	8
and biochemical indexes from	8
a murine model of	8
altered blood pressure responses	8
in normal lung tissue	8
outcomes in patients with	8
pressure responses and normal	8
ace functions as a	8
mas axis of the	8
grade soluble human ace	8
chinese center for disease	8
renin angiotensin aldosterone system	8
of components of the	8
the regulation of blood	8
normal cardiac phenotype in	8
blood pressure responses and	8
mas axis in the	8
and na in serum	8
the discovery of the	8
in myocardial ischemia reperfusion	8
activation of the at	8
after myocardial infarction by	8
advanced glycation end products	8
dysfunction after myocardial infarction	8
inhibitors and at receptor	7
deficiency accentuates vascular inflammation	7
angiotensin converting enzyme type	7
development and progression of	7
an acei or arb	7
have been found to	7
to the synthesis of	7
national institutes of health	7
was shown to be	7
ace levels and activity	7
to the at r	7
genetic deletion of the	7
in the lung tumor	7
of ace in cardiac	7
and ischaemic heart disease	7
immunocytochemical expression of ang	7
the extracellular domain of	7
converting enzyme overexpression in	7
in the lungs of	7
physiological and pathological effects	7
renal immunocytochemical expression of	7
lung injury in mice	7
of podocyte injury in	7
activity in patients with	7
article this article is	7
after myocardial infarction in	7
bending motion important for	7
apelin ko mice were	7
it was shown that	7
and tissue levels of	7
vivo and in vitro	7
decreased expression of ace	7
the angiotensin at receptor	7
of ang ii is	7
physiology of local renin	7
patients with hypertension and	7
peptide corresponding to the	7
activity of ace in	7
angiotensin ii receptor subtypes	7
with diabetes infected with	7
is not inhibited by	7
both ace inhibitors and	7
of ang ii or	7
therapeutic target for the	7
expression of ang ii	7
converting enzyme in acute	7
it is not surprising	7
on the cell surface	7
effect of angiotensin converting	7
for inhibitor binding and	7
on mortality and morbidity	7
in vivo and in	7
may be associated with	7
antigenicity of the sars	7
accepted article this article	7
inhibitor binding and catalysis	7
as well as their	7
presence or absence of	7
carboxypeptidase a novel angiotensin	7
treated apelin ko mice	7
accentuates vascular inflammation and	7
enzyme in acute respiratory	7
in chronic heart failure	7
of ace and the	7
severe and critical conditions	7
was significantly higher in	7
at and at receptor	7
nucleus of the solitary	7
elevation of blood pressure	7
model of type diabetes	7
function in patients with	7
of the ras is	7
of vascular endothelial growth	7
in chronic kidney disease	7
effects of ras blockade	7
cell volume and water	7
but not in the	7
ace in the lungs	7
in the apoe knockout	7
as compared to the	7
the risk of covid	7
also contribute to the	7
effects of feb on	7
is also associated with	7
of blood pressure in	7
mediates angiotensin converting enzyme	7
ray structures reveal a	7
further studies are needed	7
of the ras are	7
has been reported in	7
and the expression of	7
activation of at r	7
in normotensive and hypertensive	7
production and cellular responses	7
in rat and humans	7
cardioprotective effect in myocardial	7
in the proximal tubules	7
angiotensin ii type i	7
enzyme type internalization and	7
effect in myocardial ischemia	7
normotensive and hypertensive rats	7
the renin prorenin receptor	7
degradation through an angiotensin	7
to a lesser extent	7
receptor in angiotensin ii	7
to ang ii in	7
ang ii is a	7
ii for the treatment	7
effect of ace inhibitors	7
american college of cardiology	7
and months after ot	7
characteristics of hospitalized patients	7
fluid and electrolyte balance	7
with ace inhibitor therapy	7
myocardial infarction increases ace	7
heart failure and ischaemic	7
of angiotensin peptides in	7
structures reveal a large	7
in angiotensin ii production	7
angiotensin converting enzyme and	7
and the role of	7
with left ventricular dysfunction	7
motion important for inhibitor	7
was significantly reduced in	7
failure and ischaemic heart	7
of cyp b in	7
one of the major	7
patients infected with novel	7
i to angiotensin ii	7
enhanced renal immunocytochemical expression	7
of the effect of	7
the presence of ace	7
genetic ace deficiency accentuates	7
with the discovery of	7
there is no evidence	7
a key regulator of	7
outcomes of patients with	7
ii production and cellular	7
a major role in	7
and severe acute respiratory	7
ace angiotensin ii at	7
plasma clearance of angiotensin	7
related to increased levels	7
an at receptor antagonist	7
of ace and its	7
better understanding of the	7
ang ii and the	7
insensitive carboxypeptidase a novel	7
wt and apelin ko	7
has a role in	7
expression in rat and	7
activity is reduced in	7
internalization and degradation through	7
a role for ace	7
of the cytokine storm	7
be used as a	7
an experimental model of	7
converting enzyme and its	7
have been linked to	7
converting enzyme type internalization	7
and degradation through an	7
of ace ang ii	7
the development and progression	7
adult respiratory distress syndrome	7
converting enzyme as a	7
cyp b protein expression	7
in gs bs patients	7
prorenin receptor in angiotensin	7
of ras in the	7
mortality and morbidity in	7
treated with ace inhibitor	7
the development of a	7
protein expression of cyp	7
and pathological effects in	7
expression of mrnas for	7
pulmonary artery smooth muscle	7
statistical significance was assessed	7
a pilot clinical trial	7
type internalization and degradation	7
in the active site	7
and cellular responses to	7
the apoe knockout mouse	7
action of ang ii	7
features of patients infected	7
high ang ii levels	7
of the renin prorenin	7
ace i d polymorphism	7
in heart failure and	7
ace in heart failure	7
airway epithelial cells and	7
counteract the effects of	7
the formation of a	7
an ace inhibitor or	7
the early stages of	7
of the complement cascade	7
declare that they have	7
pathological effects in the	7
the lung tumor tissue	7
that ang ii could	7
vascular inflammation and atherosclerosis	7
tissue levels of ang	7
mediated by ang ii	7
in the hearts of	7
a high level of	7
polymorphism is associated with	7
ii type i receptor	7
is the result of	7
chronic obstructive pulmonary disease	7
in the levels of	7
na in serum of	7
i into ang ii	7
activation of the ang	7
influenza a h n	7
angiotensin ii for the	7
patients with chronic kidney	7
in a range of	7
ii mediates angiotensin converting	7
avian influenza a h	7
significance was assessed by	7
ace and ace levels	7
the catalytic activity of	7
angiotensin ii mediates angiotensin	7
was carried out using	7
a direct effect on	7
and the healthy individuals	7
due to the lack	7
have been identified as	7
the presence of a	7
in normal pregnant women	7
converting enzyme gene family	7
of blood pressure and	7
view of the ras	7
in the nucleus tractus	7
the bradykinin b receptor	7
and atherosclerosis in the	7
the authors declare no	7
increased levels of ang	7
ii type a receptor	7
atherosclerosis in the apoe	7
increases ace expression in	7
reduction of ang ii	7
the plasma levels of	7
the results of this	7
the progression of hfmd	7
angiotensin system in cardiovascular	7
a single amino acid	7
the ras has been	7
the angiotensin ii receptor	7
patients and the healthy	7
the important role of	7
for ace and ace	7
a new class of	7
on mortality in patients	7
important for inhibitor binding	7
the pathogenesis of severe	7
in ace null mice	7
as a consequence of	7
a significant reduction of	7
in a murine model	7
inflammation and atherosclerosis in	7
of ang ii levels	7
oxidative stress in the	7
clinical features of patients	7
the nlrp inflammasome in	7
from the venom of	7
infarction increases ace expression	7
on the role of	7
experimental and clinical studies	7
reveal a large hinge	7
cardiac hypertrophy induced by	7
after acute myocardial infarction	7
component of the renin	7
for the design of	7
and ace during pregnancy	7
mas receptor axis in	7
shown to be a	7
patients with coronary artery	7
of morbidity and mortality	7
the protective arm of	7
from the rat hypothalamo	7
degradation of angiotensin ii	7
activation of the complement	7
of the expression of	7
of acute respiratory distress	7
with coronary artery disease	7
angiotensin ii cell signaling	7
hospitalized patients with novel	7
in the rostral ventrolateral	7
clinical characteristics of hospitalized	7
cellular responses to renin	7
via the at receptor	7
progression of diabetic nephropathy	7
was significantly increased in	7
data were analyzed using	7
in the subfornical organ	6
and its role in	6
of both ace and	6
ace is widely expressed	6
ace is not inhibited	6
and at receptor antagonists	6
of this study is	6
the course of the	6
classified as bs type	6
of recombinant human ace	6
angiotensin ii receptor type	6
binding domain complexed with	6
in endothelial cells and	6
of cell volume and	6
with preserved ejection fraction	6
may be related to	6
ncov spike in the	6
ras in the lung	6
a new coronavirus of	6
of a variety of	6
through the activation of	6
the crystal structure of	6
ang ii in combination	6
em structure of the	6
functions as a carboxypeptidase	6
ace differentially and only	6
unmasked during combined treatment	6
in the cytokine storm	6
is mediated by the	6
have been proposed to	6
patients with hypertension hospitalized	6
driven by the severe	6
coronavirus of probable bat	6
and functional roles of	6
implicated in the pathogenesis	6
in congestive heart failure	6
has been demonstrated that	6
entry driven by the	6
the development of neurogenic	6
is also involved in	6
studies have indicated that	6
ards and septic shock	6
gs and bs patients	6
therapeutic benefits of ace	6
the ace expression in	6
the at r is	6
care and use committee	6
solid phase peptide synthesis	6
to the use of	6
induced by h n	6
and potential therapeutic target	6
in the prefusion conformation	6
of the amino acid	6
play a central role	6
as part of the	6
entry into host cells	6
in ang ii and	6
and blood pressure in	6
diabetic nephropathy in mice	6
and risk of covid	6
functional roles of angiotensin	6
the expression of at	6
a recent study by	6
is increased in the	6
hospitalized patients with covid	6
the actions of ace	6
at or at receptor	6
a new target for	6
effects on blood pressure	6
ang ii levels and	6
only proteolysis by tmprss	6
sodium and water retention	6
cells of the kidney	6
two active sites of	6
there was no significant	6
in cardiac and renal	6
has been described to	6
plays an essential role	6
this study was supported	6
activation of the ras	6
a decrease in ace	6
mechanism of action of	6
and the at r	6
ii in combination with	6
human research ethics committee	6
of angiotensin receptor blockers	6
ang ii to form	6
on the cell membrane	6
partner for amino acid	6
fibrosis and pulmonary hypertension	6
the severity of the	6
new coronavirus of probable	6
analysis of randomized controlled	6
angiotensin ii at r	6
and multiple comparisons were	6
metabolism of ang ii	6
ratio of ace to	6
ace to ace expression	6
cleave ace differentially and	6
and activity of ace	6
biochemical and functional roles	6
and only proteolysis by	6
podocytes cultured in vitro	6
have been associated with	6
as post hoc test	6
any increase of endocan	6
the levels of ace	6
activation promotes antithrombotic activity	6
ang ii from ang	6
ace activation promotes antithrombotic	6
by the at receptor	6
the action of ace	6
nuclear factor kappa b	6
the influence of the	6
and h o reabsorption	6
ace and ang ii	6
tmprss augments entry driven	6
severe cases of covid	6
activation of the nlrp	6
authors declare that they	6
is identical to the	6
renin prorenin receptor in	6
diabetic kidney disease and	6
failure after myocardial infarction	6
authors declare no conflict	6
of blood pressure by	6
of the ras has	6
at the end of	6
the european society of	6
the presence or absence	6
and regulator of the	6
of probable bat origin	6
vascular smooth muscle cell	6
both at and at	6
of the present study	6
ace expression and activity	6
with lisinopril and losartan	6
angiotensin converting enzyme gene	6
lung fibrosis and pulmonary	6
increase the expression of	6
reduces blood pressure and	6
is also found in	6
mrna and protein expression	6
in proximal tubular cells	6
to be the major	6
ang ii and its	6
declare no conflict of	6
was not able to	6
for the generation of	6
the c domain of	6
examined the effects of	6
the effect of ang	6
the expression levels of	6
min at room temperature	6
enzyme inhibition on angiotensin	6
are presented as mean	6
human recombinant ace reduces	6
with diabetic kidney disease	6
a large number of	6
the glomerular basement membrane	6
angiotensinogen to ang i	6
of the central nervous	6
the deleterious effects of	6
aim of this study	6
the development of novel	6
and apelin ko mice	6
the recognition of the	6
might be involved in	6
as a potential therapeutic	6
ventricular dysfunction after myocardial	6
h n influenza virus	6
has been identified in	6
negative regulator of the	6
been found to be	6
the immune system is	6
by the severe acute	6
homologous domains of human	6
during combined treatment with	6
a partner for amino	6
hypotensive effect of bradykinin	6
are mediated by the	6
a systematic review of	6
downregulation of the ace	6
comparisons were made by	6
and recombinant human ace	6
a peptidase in the	6
is not surprising that	6
the peptide in the	6
chronic cigarette smoke exposure	6
which may contribute to	6
convert ang i to	6
the action of ang	6
in lung tumor tissue	6
soluble form of ace	6
decrease in blood pressure	6
treated for h with	6
it is likely that	6
of ang ii into	6
a pneumonia outbreak associated	6
molecular mechanisms and potential	6
weight to body weight	6
for the preparation of	6
outbreak associated with a	6
an animal model of	6
axes of the ras	6
vasodepressor actions of angiotensin	6
ace activity ace ratio	6
with a new coronavirus	6
artery smooth muscle cells	6
receptor mas knockout mice	6
the prevention and treatment	6
b and its associated	6
in view of the	6
of in vitro and	6
in experimental heart failure	6
have been reported in	6
in the processing of	6
disease and heart failure	6
stimulation of the ace	6
administration of ang ii	6
of an ace inhibitor	6
the increase in ang	6
development of neurogenic hypertension	6
of ace in cardiovascular	6
plays a critical role	6
it has been proposed	6
the development of hypertension	6
nonproteolytic activation of prorenin	6
response to myocardial infarction	6
mediated by at receptors	6
stimulation of at r	6
at receptor in the	6
have been found in	6
blood flow and oxygenation	6
effects of losartan on	6
of ace to ace	6
overexpression of human angiotensin	6
sodium and water absorption	6
critical conditions of covid	6
catalytic activity of ace	6
converting enzyme by the	6
and ace activity in	6
a significant increase in	6
be one of the	6
may serve as a	6
the american heart association	6
and bradykinin peptides in	6
by a variety of	6
treatment with lisinopril and	6
blood pressure in the	6
mediated by the at	6
is responsible for the	6
the pathogenesis of sars	6
reduction in ang ii	6
aged apelin ko mice	6
a potential therapeutic target	6
was not associated with	6
of at r and	6
a disintegrin and metalloproteinase	6
be explained by the	6
of tumor necrosis factor	6
in accordance with the	6
converting enzyme inhibitors angiotensin	6
of human airway epithelia	6
deletion of the ace	6
recombinant ace reduces the	6
of angiotensin i and	6
we found that the	6
multiple comparisons were made	6
from the chinese center	6
the surface of the	6
two homologous domains of	6
recombinant human ace in	6
pulmonary blood flow and	6
pilot clinical trial of	6
the apical surface of	6
angiotensin ii receptor blocker	6
east respiratory syndrome coronavirus	6
converting enzyme gene expression	6
as well as a	6
patients with essential hypertension	6
the two active sites	6
rna was isolated using	6
of angiotensin peptides and	6
of severe and critical	6
the enzymatic activity of	6
pneumonia outbreak associated with	6
accumulation of ang ii	6
domain of somatic ace	6
cells were incubated with	6
to the severity of	6
mhc ratio and anp	6
the intensive care unit	6
ace and ace are	6
to decrease ang ii	6
ii in the heart	6
normal and preeclamptic pregnancy	6
of the ras with	6
protective arm of the	6
have shown that ace	6
the presence of an	6
a receptor for the	6
the formation of the	6
flow and oxygenation in	6
mechanisms and potential therapeutic	6
in the process of	6
inhibition in patients with	6
the chinese center for	6
in biochemical and functional	6
enzyme in diabetic nephropathy	6
pulmonary artery remodeling and	6
trial of recombinant human	6
target for the prevention	6
associated with a new	6
in order to improve	6
it has been demonstrated	6
enzyme as a therapeutic	6
to the ace receptor	6
in aged apelin ko	6
pulmonary vascular remodeling and	6
differentially and only proteolysis	6
the aim of the	6
keuls as post hoc	6
enzyme activity in the	6
spike in the prefusion	6
attenuates the progression of	6
alveolar epithelial cells and	6
is considered to be	6
in both cell lines	6
a member of the	6
in an attempt to	6
at r axis in	6
the at receptor is	6
in an experimental model	6
ace reduces the progression	6
circulating levels of ang	6
were approved by the	6
the two homologous domains	6
induced lung injury in	6
lung injury induced by	6
domains of human angiotensin	6
in the level of	6
via activation of the	6
and the activation of	6
the acute respiratory distress	6
the degradation of ang	6
by tmprss augments entry	6
vivo heart function in	6
levels are associated with	6
in hek t cells	6
showed that ang ii	6
heart failure after myocardial	6
in the early s	6
clinical outcomes of covid	6
contributes to the development	6
in the shr kidney	6
between ace and ace	6
a risk factor for	6
and in vivo heart	6
augments entry driven by	6
a type i transmembrane	6
in the circulation and	6
elevated blood pressure in	6
has led to the	6
has been proposed that	6
is located on the	6
has been demonstrated to	6
cell death by pyroptosis	6
advances in biochemical and	6
and bradykinin peptide levels	6
counterregulatory actions of angiotensin	6
or at receptor antagonists	6
cyp b and its	6
and mortality in covid	6
patients with vasodilatory shock	6
the degradation of angiotensin	6
have been detected in	6
evidence for a role	6
and plasma renin activity	6
in vivo heart function	6
in response to ang	6
were observed in the	6
connective tissue growth factor	6
and critical conditions of	6
neurohypophysial system by angiotensin	6
invasion of host cells	6
forming enzymes and receptors	6
angiotensin and bradykinin peptides	6
the biological activity of	6
data indicate that the	6
in subjects with diabetes	6
significantly higher than that	6
of the neutral amino	6
the ace gene in	6
were measured per group	6
in the isolated perfused	6
proteolysis by tmprss augments	6
left ventricular dysfunction after	6
epidermal growth factor receptor	6
be the result of	6
for prevention and treatment	6
in normal and preeclamptic	6
that activation of the	6
to those of the	6
to the at receptor	6
the serum ace concentration	6
expression and activity of	6
effects of the ace	6
for amino acid transporters	6
and antigenicity of the	6
heart function in angiotensin	6
clinical trial of recombinant	6
animal care and use	6
cardiovascular effects of angiotensin	6
of cardiovascular and renal	6
an increased risk of	6
angiotensin and bradykinin peptide	6
ace expression in human	6
endothelial and smooth muscle	6
an important regulator of	6
of cyp b and	6
anova followed by student	6
combined treatment with lisinopril	6
levels of inflammatory cytokines	6
in the failing heart	6
of randomized controlled trials	6
in blood pressure control	6
in the urine of	6
and angiotensin ii in	6
the ability of the	6
to be responsible for	6
impairment of in vitro	6
lung tissue and lung	5
function in hypertensive mice	5
the innate immune system	5
have no conflict of	5
after correction for multiple	5
regulated in embryonic kidneys	5
vasoprotective axis of the	5
protects from lethal avian	5
cardiopulmonary protection against lung	5
development of glomerulosclerosis in	5
single amino acid from	5
ace gene expression is	5
the ace and ace	5
to microbial ecology and	5
enalapril in patients with	5
ii type receptor antagonists	5
in endothelial cells is	5
via the mas receptor	5
brain impairs baroreflex function	5
dysfunction and pathological remodeling	5
is converted to ang	5
beneficial effects of the	5
a soluble form of	5
not affect ang ii	5
juxtaglomerular cells of the	5
that ang ii is	5
of ace and is	5
angiotensin receptor neprilysin inhibitor	5
ii type receptor gene	5
respiratory distress syndrome and	5
with an ace inhibitor	5
located on the x	5
it is evident that	5
downregulation of ace by	5
the vasoprotective axis of	5
which is available to	5
in the late s	5
were analyzed using one	5
and at receptor blockers	5
levels of ace have	5
as novel antihypertensive agents	5
in patients with cirrhosis	5
ko mice showed a	5
through the inhibition of	5
in the early stages	5
both in vitro and	5
the protective effects of	5
for virus origins and	5
and the american heart	5
the nucleus tractus solitarii	5
can be used in	5
associated with the development	5
pharmacokinetics and pharmacodynamics of	5
in vessels of shrsp	5
of ace in these	5
pressure and improves endothelial	5
direct effect on the	5
local production of ang	5
in patients with symptomatic	5
ang ii alone group	5
expressed in the brain	5
the sars outbreak in	5
of the actions of	5
the control of the	5
by binding to the	5
or ards induced by	5
our results suggest that	5
and activator of transcription	5
a pivotal role in	5
and epidemiology of novel	5
angiotensinconverting enzyme is an	5
and blood pressure regulation	5
specific cell subsets across	5
patients at high risk	5
upregulation of hepatic angiotensin	5
a potent inhibitor of	5
human renin and human	5
by angiotensin ii in	5
is predominantly expressed in	5
in a family study	5
ace gene is located	5
by h n virus	5
and enalapril in patients	5
have been attributed to	5
the s protein of	5
for patients with covid	5
protection against lung fibrosis	5
associated with an increase	5
cleavage site in the	5
and a decrease in	5
may be regulated by	5
late development of angiotensin	5
of cytokine storm and	5
rna expression profiling of	5
pulmonary and renal tissues	5
enzyme determines plasma clearance	5
malnutrition to microbial ecology	5
overexpression of ace in	5
mas axis confers cardiopulmonary	5
a and at b	5
in pulmonary and renal	5
overexpression in vessels of	5
of at r expression	5
the national institutes of	5
amino acid malnutrition to	5
significantly higher than those	5
has been demonstrated in	5
by the observation that	5
treated with ang ii	5
study of patients with	5
and a partner for	5
hek t cells were	5
may be responsible for	5
enzymatic activity of ace	5
the stability of the	5
in this work we	5
has been proposed to	5
patients with diabetes mellitus	5
in association with increased	5
as well as ang	5
china clinical characteristics of	5
ang ii and aldosterone	5
this suggests that the	5
have shown that ang	5
is developmentally regulated in	5
by the spike protein	5
at r has been	5
effects of losartan in	5
by ace inhibitor therapy	5
angiotensin peptides and recombinant	5
generation of ang ii	5
with ace inhibitors or	5
and at receptors in	5
cleavage of ang i	5
the effects of these	5
the conformation of the	5
which may explain the	5
transporter partners ace and	5
oxidative stress and inflammation	5
can also bind to	5
role in blood pressure	5
stimulation of at receptors	5
diabetic db db mice	5
with acute myocardial infarction	5
ecology and intestinal inflammation	5
derived vsels and hscs	5
characterization of a new	5
to the late development	5
erk p map kinase	5
of ace inhibitors on	5
converting enzyme in lung	5
terminal glycosylation of ace	5
the efficacy and safety	5
is due to the	5
the receptor for sars	5
role in the development	5
design and synthesis of	5
to the fact that	5
as well as its	5
in ad compared with	5
and facilitates viral entry	5
expression as a captoprilinsensitive	5
of ace have been	5
converting enzyme inhibitors on	5
the development of glomerulosclerosis	5
to the cell surface	5
several studies have shown	5
hypertension in transgenic rats	5
a potential role for	5
important role of the	5
from the cell surface	5
stimulated gene in human	5
for min at room	5
the hyperthermophilic archaeon pyrococcus	5
from the hyperthermophilic archaeon	5
cytokines such as il	5
metabolism of angiotensin i	5
as a captoprilinsensitive carboxypeptidase	5
with high affinity to	5
in ace levels in	5
we have developed a	5
after ang ii infusion	5
angiotensin iii in the	5
ace in individuals with	5
angiotensin system blockers and	5
for most of the	5
a large body of	5
of heart failure after	5
final approval of the	5
i by neutral endopeptidase	5
in regulation of cardiovascular	5
effects of ace ang	5
in support of this	5
development of angiotensin ii	5
corrected for multiple comparisons	5
with increased ace expression	5
cells in the lungs	5
the renin angiotensin aldosterone	5
vascular cell adhesion molecule	5
the ang ii at	5
it is clear that	5
investigated the effects of	5
a single residue from	5
enzyme overexpression in vessels	5
and the mas receptor	5
lung injury in piglets	5
in an animal model	5
the physiological and pathophysiological	5
increase the production of	5
activators as novel antihypertensive	5
the distribution of the	5
of amino acids and	5
in h c cells	5
in the respiratory system	5
the lungs and intestine	5
with the ace inhibitor	5
acid transporter partners ace	5
enzyme activators as novel	5
blood pressure response to	5
of ang i by	5
is a type i	5
and high concentrations of	5
epidemiology of novel coronavirus	5
and collectrin differentially interact	5
system blockade on renal	5
the role of ras	5
as well as to	5
ii type receptor blockers	5
the actions of the	5
of ang ii receptors	5
vascular remodeling and pah	5
and adam cleave ace	5
the presence of at	5
to contribute to the	5
the expression of angiotensin	5
due in part to	5
converting enzyme determines plasma	5
food and drug administration	5
of patients with hypertension	5
ace in the renal	5
of ace by the	5
it is interesting to	5
increases in plasma ang	5
heart weight to body	5
protein of amino acids	5
nitric oxide synthase activation	5
use of ace inhibitors	5
of expression of the	5
ang iv and ang	5
of at receptor blockade	5
identification of a novel	5
infusion of ang ii	5
in experimental biliary fibrosis	5
increased in patients with	5
loss of ace in	5
expression of angiotensin converting	5
is available to authorized	5
microbial ecology and intestinal	5
cells and is detected	5
the activity of ace	5
to the pathogenesis of	5
blockers and the risk	5
supplementary figure s a	5
has been observed in	5
in severe pneumonia patients	5
increased the expression of	5
a h n infections	5
with hypertension and diabetes	5
the nucleus of the	5
sodium and water reabsorption	5
of pulmonary arterial hypertension	5
and mortality in patients	5
pressor and drinking responses	5
the online version of	5
of the human renin	5
of ang peptide formation	5
cell subsets across tissues	5
was considered statistically significant	5
implications for virus origins	5
levels in experimental biliary	5
the interaction of the	5
type diabetes and nephropathy	5
the ace gene is	5
the beneficial effect of	5
treatment with ace inhibitors	5
carboxypeptidase from the hyperthermophilic	5
neutral amino acid transporter	5
in the present work	5
and neprilysin in a	5
which was blocked by	5
the ratio of ang	5
of the immune system	5
via the at r	5
mediated pressor and drinking	5
hypertension and heart failure	5
induced by avian influenza	5
feb did not affect	5
in the heart was	5
receptor is the enzyme	5
our results showed that	5
consistent with our previous	5
determines plasma clearance of	5
similar to that of	5
the cleavage of the	5
arm of the renin	5
infected pneumonia in wuhan	5
differentially interact with hartnup	5
from ang i by	5
the conformational preferences of	5
is a negative regulator	5
increased expression of ace	5
in patients with pulmonary	5
glomerular localization and expression	5
from lethal avian influenza	5
on an acei or	5
renin angiotensin system and	5
that the actions of	5
rats reduces blood pressure	5
version of this article	5
myocardial ischemia reperfusion angiotensin	5
of ang i into	5
reduction of blood pressure	5
of protein kinase c	5
balance between the two	5
and angiotensin ii type	5
ace is highly expressed	5
the ace ace ratio	5
to the apical surface	5
cells were treated for	5
the late development of	5
severity of the disease	5
smooth muscle cells and	5
ace inhibitor and arb	5
the spike proteins of	5
of a role for	5
did not differ between	5
expressed as median and	5
circulating activities of angiotensin	5
high concentrations of resveratrol	5
the leading cause of	5
play a crucial role	5
of ang ii are	5
in vitro studies have	5
and angiotensin receptor type	5
with ang ii infusion	5
viral invasion of host	5
c a and c	5
an upregulation of ace	5
of the alternative raas	5
remodeling and pah in	5
other components of the	5
confers cardiopulmonary protection against	5
recent advances in the	5
a novel target for	5
role of ang ii	5
amino acid transporter partners	5
control of heart rate	5
and caudal ventrolateral medulla	5
tissue and lung tumor	5
effects of the ras	5
of the angiotensin converting	5
inhibitors and risk of	5
in the prevention of	5
in transgenic mice with	5
generation of reactive oxygen	5
at the cell surface	5
little is known about	5
epithelial cells and is	5
is a novel homolog	5
at increased risk for	5
to ang ii and	5
reduces the progression of	5
the rostral and caudal	5
novel homolog of ace	5
hypertrophy and fibrosis in	5
available to authorized users	5
synthesized a series of	5
a vital role in	5
the end of the	5
are responsible for the	5
a protective role of	5
in the pe group	5
detected in specific cell	5
angiotensin system and the	5
are at higher risk	5
of cardiac hypertrophy induced	5
the severity of covid	5
is associated with susceptibility	5
control of blood pressure	5
diagnosis and treatment of	5
functional expression of the	5
roles of angiotensin peptides	5
between ahf patients and	5
the american college of	5
is detected in specific	5
between ang ii and	5
that inhibition of the	5
hypertensive rats angiotensin ii	5
events in patients with	5
gene in human airway	5
death in patients with	5
ace and ace expression	5
the balance of the	5
plays a significant role	5
and is detected in	5
ace is an interferon	5
c domain of sace	5
at concentrations of and	5
inflammatory effects of the	5
receptor and regulator of	5
bovine aortic endothelial cells	5
of angiotensin ii on	5
the prevention of pulmonary	5
ace and is developmentally	5
a novel homolog of	5
ras in the gastrointestinal	5
and the pathogenesis of	5
of the target protein	5
fold higher than that	5
reduce the production of	5
ahf patients and the	5
function in isolated perfused	5
of the sodium pump	5
urinary excretion of ang	5
by the fact that	5
the brain impairs baroreflex	5
mrna and protein in	5
amino acid transporter b	5
and congestive heart failure	5
antihypertensive actions of angiotensin	5
this study is to	5
of ang ii was	5
impairs baroreflex function in	5
we were able to	5
activity in the brain	5
the reduction in ace	5
ace links amino acid	5
left ventricular hypertrophy in	5
bradykinin peptides in rats	5
ii type receptor stimulation	5
downregulation of ace and	5
the reninangiotensin system in	5
virus origins and receptor	5
in serum of the	5
study has shown that	5
the physiological effects of	5
to ang ii group	5
in the development and	5
interact with hartnup mutations	5
ace is located on	5
vessels of shrsp rats	5
adam cleave ace differentially	5
involvement of the ras	5
expressed on the surface	5
to be one of	5
in increased ang ii	5
receptor ace is an	5
is not yet known	5
the activation of nf	5
the contribution of the	5
and was associated with	5
processing of angiotensin peptides	5
different from control group	5
human ace in heart	5
mediated ace shedding in	5
reactive oxygen species in	5
ii from ang i	5
demonstrated that ang ii	5
for a role of	5
of the two active	5
a significant decrease in	5
blockade on renal angiotensin	5
of the ace inhibitor	5
can lead to a	5
shrsp rats reduces blood	5
of ace has been	5
were the first to	5
and risk of cancer	5
also known as insulin	5
angiotensin ii receptors and	5
of patients with coronavirus	5
the at and at	5
amino acids from the	5
and weeks of gestation	5
of the physiological and	5
van kats et al	5
links amino acid malnutrition	5
in order to evaluate	5
tmprss and adam cleave	5
omapatrilat and enalapril in	5
isolated perfused rat hearts	5
and transforming growth factor	5
and improves endothelial function	5
the expression level of	5
and the at receptor	5
acid transporter b at	5
angiotensin receptor blockers on	5
large body of evidence	5
might be related to	5
in an effort to	5
of myocardial infarction in	5
urinary levels of ang	5
role of ace and	5
significantly different from ang	5
ace is associated with	5
differences in the expression	5
the cells were incubated	5
that ace is a	5
of ang ii synthesis	5
ang tie system is	5
in the united states	5
inflammatory cytokines such as	5
mechanisms of angiotensin ii	5
a key role of	5
captopril on mortality and	5
ace in patients with	5
the induction of mir	5
ace is a type	5
compared with wt mice	5
in the lcz group	5
were purchased from the	5
neprilysin in a family	5
the innate immune response	5
reactive oxygen species and	5
ii levels in the	5
spontaneously hypertensive rats angiotensin	5
of ace inhibitors or	5
the glomerular filtration barrier	5
is expressed on the	5
online version of this	5
homolog of ace and	5
play an essential role	5
been found in the	5
ace is a zinc	5
angiotensin receptor blockers and	5
the reason for the	5
the cardioprotective effects of	5
peptidase in the renin	5
of ang ii effects	5
and function of the	5
treatment of cells with	5
with a reduction in	5
evidence that the angiotensin	5
mrna and protein levels	5
level of expression of	5
the binding of ang	5
expression in human heart	5
of angiotensin ii with	5
ali or ards induced	5
deletion of the at	5
ang ii did not	5
for severe acute respiratory	5
of these drugs in	5
through the at receptor	5
have not yet been	5
in the face of	5
our aim was to	5
the protective effect of	5
in the kidney and	5
in the proximal tubule	5
we report the synthesis	5
against lung fibrosis and	5
and biological activity of	5
different from ang ii	5
in the brain impairs	5
in db db mice	5
cells were grown in	5
that the angiotensin iv	5
in the acute phase	5
cardiac dysfunction and pathological	5
catalyzes the conversion of	5
responses to ang ii	5
rostral and caudal ventrolateral	5
of aceis and arbs	5
significantly different from control	5
on the expression of	5
ang ii ang i	5
leads to the late	5
baroreflex function in hypertensive	5
of ace leads to	5
shed light on the	5
converting enzyme insertion deletion	5
partners ace and collectrin	5
lethal avian influenza a	5
been shown to exert	5
the isolated perfused rat	5
of vascular smooth muscle	5
to be effective in	5
with reduced ejection fraction	5
associated with acute respiratory	5
role of sfrp in	5
is then cleaved by	5
in isolated perfused rat	5
cigarette smoke for months	5
the cardiovascular effects of	5
ace inhibitor or arb	5
was significantly decreased in	5
deletion polymorphism is associated	5
prone spontaneously hypertensive rats	5
of ace on the	5
of at r by	5
ace is also the	5
agonist of the mas	5
terminal catalytic domain of	5
enzyme inhibitors angiotensin receptor	5
the emerging role of	5
increase the levels of	5
data are expressed as	5
binding of ang ii	5
to the mineralocorticoid receptor	5
probably due to the	5
ace is expressed on	5
ace in the context	5
and its effect on	5
the existence of an	5
bradykinin peptide levels in	5
we also showed that	5
transducer and activator of	5
with the aim of	5
enzyme protects from lethal	5
the ang ii receptor	5
is mainly expressed in	5
collectrin differentially interact with	5
coupled receptor mas angiotensin	5
protocol was approved by	5
of shrsp rats reduces	5
which has been shown	5
all values are mean	5
both ang i and	5
a part of the	5
the function of the	5
in blood pressure in	5
blood pressure and improves	5
the heart and the	5
studies have reported that	5
the regulation of ace	5
c cells were treated	5
mice with ang ii	5
the recognition of sars	5
mrna expression in the	5
has not been reported	5
has also been reported	5
study was supported by	5
acute lung failure the	5
mediated reduction of angiotensin	5
be responsible for the	5
expressed in the heart	5
ii type receptor antagonist	5
and is developmentally regulated	5
in specific cell subsets	5
the development of an	5
with the fact that	5
did not have any	5
plays a central role	5
the ras in lung	5
in severe acute respiratory	5
for the production of	5
reduction in blood pressure	5
through the mas receptor	5
we would like to	5
inhibitors angiotensin receptor blockers	5
of oxidative stress and	5
was added to the	5
associated with increased ace	5
has emerged as a	5
developmentally regulated in embryonic	5
a variety of tissues	5
of the ras system	5
the plasma level of	5
ace and collectrin differentially	5
identical to the c	5
in which cells were	5
approval of the version	5
to the presence of	5
used in this study	5
have proven to be	5
at a and at	5
and protein expression levels	5
seen in patients with	5
the use of the	5
localization and expression of	5
peptides and recombinant human	5
associated with a reduction	5
of ace inhibition on	5
to be present in	5
its effect on the	5
been shown to inhibit	5
the discovery of a	5
by severe acute respiratory	5
be considered as a	5
were treated for h	5
hyperthermophilic archaeon pyrococcus furiosus	5
of acei and arbs	5
in cardiovascular and renal	5
contribute to the formation	5
on blood pressure and	5
ace inhibitor therapy in	5
middle cerebral artery occlusion	5
the metabolism of ang	5
the pathophysiology of covid	5
and the development of	5
type angiotensin ii receptor	5
binding to the mas	5
terminal active site of	5
cells in patients with	5
can be cleaved by	5
by ang ii in	5
the significance of this	5
metabolism in pulmonary and	5
we found that ang	5
in the rat kidney	5
angiotensin system in human	5
ace mrna and protein	5
cardiac angiotensin converting enzyme	5
apelin antagonizes ang ii	5
origins and receptor binding	5
understanding of the renin	5
specific amino acid transporter	5
signal transducer and activator	5
activity correlated inversely with	5
an important component of	5
in our previous study	5
been shown to reduce	5
with the progression of	5
in this review we	5
to further investigate the	5
acid malnutrition to microbial	5
of the discovery of	5
at and months after	5
have been made to	5
the production of the	5
axis confers cardiopulmonary protection	5
inhibiting the formation of	5
in human and experimental	5
of ang ii as	5
losartan compared with captopril	4
the animal care and	4
by the ace ang	4
vasodilator action of angiotensin	4
induce the upregulation of	4
of heart injury among	4
increased expression of angiotensin	4
urine of normal and	4
subtype in the aorta	4
coronavirus and human coronavirus	4
with symptomatic heart failure	4
patients and healthy controls	4
respiratory syndrome coronavirus and	4
as shown by the	4
the active sites of	4
stimulated arachidonic acid release	4
potential mechanism of heart	4
enzyme type attenuates neurogenic	4
enzyme responsible for ang	4
with a decrease in	4
specific substrate and c	4
in contrast to ace	4
was no significant difference	4
the urine of normal	4
on cardiovascular events in	4
mediates endothelial nitric oxide	4
the hemoregulatory peptide n	4
jurisdictional claims in published	4
insensitive to ace inhibitors	4
is widely expressed in	4
to investigate the effect	4
the presence of ang	4
detection of soluble angiotensin	4
in patients with sars	4
endogenous ang ii antagonism	4
accumulating evidence suggests that	4
the design and synthesis	4
levels of plasma ang	4
mas pathway in the	4
fatal outcomes of patients	4
of ace is associated	4
administration of recombinant human	4
in response to myocardial	4
on the synthesis of	4
cleaved by ace to	4
oxide synthase activation via	4
in cardiovascular physiology and	4
of angiotensin i converting	4
was isolated using trizol	4
effects of at receptor	4
of diabetic nephropathy in	4
ace in the lung	4
of a report of	4
system in cardiovascular disease	4
enzyme in heart failure	4
of ace inhibitors in	4
the first study to	4
peptide levels in mice	4
differentiation of human airway	4
classical raas axis activation	4
cardiac fibroblasts to initiate	4
a report of cases	4
blood pressure elevation and	4
showed that circulating ace	4
with regard to jurisdictional	4
carried out using the	4
shown to be present	4
cells is mediated by	4
the pathogenesis of podocyte	4
structural studies of sars	4
a high concentration of	4
proxy measure of ace	4
of nitric oxide by	4
kinases in proximal tubular	4
amino acid sequence of	4
outcomes in h n	4
human blood vessel organoids	4
our results suggested that	4
was found that the	4
increased in ang ii	4
studies indicate that the	4
induced by myocardial infarction	4
increase of the metabolite	4
ace via the at	4
injury in mice by	4
inflammatory effects of ace	4
treatment of heart failure	4
mediate the antihypertensive actions	4
have been reported to	4
and clinical characteristics of	4
umbilical vein endothelial cells	4
the context of the	4
b protein expression by	4
and human coronavirus nl	4
new roles in inflammation	4
and the mechanism of	4
in patients with vasodilatory	4
effect of reduced angiotensin	4
catalytic domain of ace	4
role of the at	4
ang ii have been	4
has yet to be	4
active site of human	4
in the presence or	4
angiotensin ii at receptors	4
patients with symptomatic heart	4
protective but downregulated in	4
antifibrotic and antitrophic effects	4
of nitric oxide and	4
in an in vitro	4
when compared with the	4
a regulatory role in	4
levels of angiotensin ii	4
hope and europa studies	4
r and b r	4
blood pressure regulation and	4
the juxtaglomerular cells of	4
with the use of	4
a decoy peptide corresponding	4
heart disease and heart	4
cell proliferation and ace	4
bars indicate the mean	4
difference of ace expression	4
isolated from the venom	4
and ang ii are	4
the length of the	4
ace is found in	4
their ability to inhibit	4
prevents the angiotensin ii	4
the active site cleft	4
blockers of the renin	4
of the raas are	4
leading to a reduction	4
expression and regulation of	4
produces cardioprotective effects in	4
involvement of ace in	4
ace deficiency is associated	4
in diabetic angiotensin ii	4
skeletal muscle and lungs	4
injury induced by respiratory	4
is a key factor	4
in the rostral and	4
receptor de ang ii	4
a large family of	4
modulator of the human	4
by at least two	4
actions of angiotensin ii	4
in order to develop	4
the permeability of the	4
human umbilical cord blood	4
and circulating levels of	4
of losartan compared with	4
angiotensin converting enzyme angiotensin	4
amino acids and the	4
and coronary heart disease	4
published maps and institutional	4
beneficial effects of at	4
in systolic blood pressure	4
acid release and prostanoid	4
are also known to	4
on isolated rabbit afferent	4
mainly expressed in the	4
ace shedding in neurogenic	4
the basis for the	4
exposed to fresh air	4
no significant difference in	4
effect of losartan compared	4
were no differences in	4
induced cellular hypertrophy through	4
plasma renin activity and	4
ace may serve as	4
the value of the	4
ras have been identified	4
a downregulation of ace	4
enzyme inhibits lung injury	4
are patients with hypertension	4
a proxy measure of	4
of the local ras	4
we have investigated the	4
to be expressed in	4
to the activation of	4
production of angiotensin ii	4
role for collectrin in	4
with mild or severe	4
blockade inhibits development of	4
stimulation of the sympathetic	4
activity of the ace	4
play a significant role	4
cells with ang ii	4
celebrating the th anniversary	4
either ang i or	4
heart failure survival study	4
the degradation of the	4
type shedding contributes to	4
by ace inhibitors and	4
by reducing oxidative stress	4
slowing the progression of	4
amino acid sequences of	4
mice were subjected to	4
in serum of severe	4
localized to the apical	4
characterization of renal angiotensin	4
increased the metabolite formation	4
vasopeptidase to sars virus	4
shown to reduce the	4
p map kinase pathway	4
physiological function of ace	4
likely contributes to the	4
ace inhibition may be	4
cytokines such as tnf	4
is a biologically active	4
the final approval of	4
there is evidence that	4
antithrombotic effect of angiotensin	4
by mass spectrometry and	4
used to study the	4
increase the risk of	4
for ang ii and	4
dysfunction in myocardial infarcted	4
for the existence of	4
expression of ace is	4
subfornical organ prevents the	4
even in the absence	4
via angiotensin ii type	4
nephropathy by a decoy	4
was able to significantly	4
in hyperoxic lung injury	4
of death in patients	4