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1 usp retraction, stiffening, and formation of calcified nodules.
2 can arise from entities of plaque erosion or calcified nodules.
3 resolution CT follow-up for the smallest non-calcified nodules.
4 he ELCAP recommendations; all had benign non-calcified nodules.
5 nd form bone mineral in vitro in the form of calcified nodules.
6 ally included, of which 84 were peripherally calcified nodules.
7  done on 28 of the 233 participants with non-calcified nodules; 27 had malignant non-calcified nodule
8  non-calcified nodules; 27 had malignant non-calcified nodules and one had a benign nodule.
9 at DPSCs produced only sporadic, but densely calcified nodules, and did not form adipocytes, whereas
10 ove the likelihood of detection of small non-calcified nodules, and thus of lung cancer at an earlier
11                                              Calcified nodules are fragments of dense calcium intersp
12 n, an independent core laboratory identified calcified nodules as distinct calcification with an irre
13  effect of 17 beta-estradiol on formation of calcified nodules, calcium content, alkaline phosphatase
14 rrored the origin of most thrombotic events, calcified nodules caused fewer major adverse events duri
15              We aimed to investigate whether calcified nodules (CNs) are more frequent at stent edges
16                                              Calcified nodules (CNs) remain a major challenge in perc
17 hanges (alkaline phosphatase [ALP] activity, calcified nodule formation) than PVICs.
18                Our results demonstrate that 'calcified' nodules formed from PAVICs grown in OST+TGF-b
19                                          The calcified nodule has been suggested as a rare cause of c
20 y, distribution, predictors, and outcomes of calcified nodules have never been described.
21                                              Calcified nodules in untreated nonculprit coronary segme
22  rupture followed by plaque erosion, whereas calcified nodule is infrequent.
23 nning is extremely sensitive and detects non-calcified nodules (NCNs) in 24-50% of subjects, suggesti
24  or erosion and, to a lesser extent, erupted calcified nodules that can emerge at a much earlier stag
25                                              Calcified nodules typically appear as eccentric lesions
26 ulted in a significantly increased number of calcified nodules, visualized by von Kossa staining, as
27  specifically, plaque fissure vs rupture and calcified nodules vs nodular calcification.
28                      Thus, the prevalence of calcified nodules was 17% per artery and 30% per patient
29                                          Non-calcified nodules were detected in 233 (23% [95% CI 21-2
30                                 Overall, 314 calcified nodules were detected in 250 of 1573 analyzabl
31                                  Two or more calcified nodules were detected in 48 coronary arteries
32                    By 21 days, multicellular calcified nodules were formed in the presence of elastin
33                                          The calcified nodules were located <40 mm from the ostium of
34                                Patients with calcified nodules were significantly older and had more
35 and 86% of left circumflex arteries, whereas calcified nodules within the right coronary arteries wer