Steinvil 2014 25
|
1391
|
CA
|
HR1=3.17
HR2=1.69
|
p1<0.01
p2<0.07
|
Relationship between carotid artery stenosis (p1);
carotid atherosclerosis (p2) and an increased risk of
the composite major adverse cardiovascular event end point among
patients without CAD
|
Drozd 2003 8
|
150 |
CA |
R=0.41 |
p<0.00001 |
The higher the number of stenosed coronary arteries, the higher the
value of the UB index |
Vranic 2017 26
|
100
|
CA
|
ND
|
p1 <0.001
p2 =0.01
p2 =0.013
p3<0.001
p4<0.001
|
The value of stenosis are significantly higher in coronary patients:
right CCA (p1); right ICA (p2); left CCA
(p4); left ICA (p5)
|
He 2018 27
|
388 |
CA/ CCT |
R=0.245 |
p<0.001 |
Correlation between total maximum carotid artery
plaque and number of coronary stenosis |
Ye Zhu 2021 28
|
480 |
CA/ CCT |
OR=0.457 |
P=0.048 |
Relationship between CAD and plaque burden |
Morito 2007 29
|
116
|
CA
|
ND
|
p1<0.0001
p2<0.0001
|
Relationship between PS (p1); PN (p2)
and severity of CAD
|
Kanadasi 2006 30
|
143 |
CA |
R=0.42 |
p<0.001 |
Correlation between CAD and CCA wall
morphology |
Brook 2006 32
|
42 |
CCT |
R=0.43 |
p=0.006 |
Relationship between carotid plaque area and the Framingham Risk
Score |
Ikeda 2012 33
|
501 |
CA |
OR=1.22 |
p<0.001 |
PS as an independent factor associated with the presence of
CAD |
Chang 2013 34
|
120
|
CCT
|
OR1=5,36
OR2=14,91
|
p1=0.06
p2=0.45
|
Correlation between plaque and the incidence of CAD (1<60yo,
2>=60yo)
|
Akazawa 2016 35
|
332
|
CCT
|
R1=0.436,
R2=0.470
|
p1<0.001
p2<0.001
|
Correlation between CAD and plaque sum (1) and maximum thickness of
plaque (2) among asymptomatic patients with DM2
|
Chung 2017 36
|
170 |
CA |
OR=1.15 |
p<0.001 |
PS as an independent predictor of CAD |