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1 , along with moderate widespread atrophy and ventricular enlargement.
2 ovide insight into a mechanism of reversible ventricular enlargement.
3 hemorrhage or (2) parenchymal lesions and/or ventricular enlargement.
4 t with cortical thinning/sulcal widening and ventricular enlargement.
5  greater severity, especially with regard to ventricular enlargement.
6 y could be shown in those who developed left ventricular enlargement.
7     Patients did not demonstrate evidence of ventricular enlargement.
8  matter volume deficits (-0.7 SD) and fourth ventricular enlargement (1.6 SD); these abnormalities we
9 , hippocampal atrophy (30 mm3 per year), and ventricular enlargement (565 mm3 per year).
10 scans were calcifications (99%), followed by ventricular enlargement (94%), cortical hypogyration (81
11                                              Ventricular enlargement, a common in vivo marker of agin
12 umferential function might serve to restrain ventricular enlargement after MI.
13 s with reduced left ventricular function and ventricular enlargement after myocardial infarction are
14 fibrosis, and lipid accumulation, along with ventricular enlargement and cardiac dysfunction in both
15 aracterizing structural progression, such as ventricular enlargement and cardiac dysfunction, in ARVD
16 ed and confirmed by meta-analysis, including ventricular enlargement and decreased cerebral (cortical
17 nd abnormalities in brain morphology such as ventricular enlargement and differences in gray matter d
18   Worse RA LS was also associated with right ventricular enlargement and dysfunction and higher N-ter
19  tethering-factors often influenced by right ventricular enlargement and dysfunction.
20 ficantly less brain atrophy as quantified by ventricular enlargement and preserved cortical volume in
21 eks, the phenotype progressed to marked left ventricular enlargement and severely depressed systolic
22 in cognitive functioning and have detectable ventricular enlargement and some loss of cortical mass.
23 onal magnetic resonance microscopy indicated ventricular enlargement and striatal reduction in both m
24   Diabetes modified the relationship between ventricular enlargement and the risk of HF (P=0.011).
25 ship between cortical gray matter deficit or ventricular enlargements and age at symptom onset or len
26 itulates the primary periventricular lesion, ventricular enlargement, and the secondary cortical defi
27   Hypoxia also correlated significantly with ventricular enlargement, but only among patients (effect
28 ble and progressive process characterized by ventricular enlargement, chamber geometric alterations,
29 ased lung uptake chi2=9.6, P=0.002; and left ventricular enlargement chi2=8.3, P=0.004.
30                                              Ventricular enlargement due to right ventricular volume
31 t ventricular disease, as estimated by right ventricular enlargement during detailed echocardiography
32 cause previous data showed progressive brain ventricular enlargement for a group of adolescents with
33           Pathological mechanisms underlying ventricular enlargement, however, are likely specific to
34                             Progressive left ventricular enlargement, hypocontractility, left atrial
35                                  The rate of ventricular enlargement in alcoholic patients who mainta
36 s were abnormal in 3 of 10 patients, showing ventricular enlargement in one, periventricular hyperint
37  combined treatment significantly attenuated ventricular enlargement in vivo.
38                          Parenchymal lesions/ventricular enlargement increased risk for current atten
39 he entire sample, parenchymal lesions and/or ventricular enlargement increased risk relative to no ab
40  of normal intelligence, parenchymal lesions/ventricular enlargement independently increased risk for
41                                              Ventricular enlargement is unique to the clinical phenot
42                          HF rabbits had left ventricular enlargement (left ventricular end-diastolic
43             Twenty percent (n = 45) had left ventricular enlargement (LVE), defined as LV end-diastol
44 symptomatic family members was based on left ventricular enlargement (LVE).
45 lsequestrin mice at 7 weeks showed mild left ventricular enlargement, mild decreased fractional short
46 structural alterations, including atrial and ventricular enlargement, myofibril disarray, fibrosis an
47                          By contrast, fourth ventricular enlargement occurred in schizophrenia even w
48          Nonetheless, striatal shrinkage and ventricular enlargement occurred, and striatal projectio
49 We investigated the prognostic role of right ventricular enlargement on multidetector-row chest CT in
50                                        Right ventricular enlargement on the reconstructed CT 4-CH vie
51 ho underwent rescreening, two (one with left ventricular enlargement only, one with a left bundle bra
52 scar is rare, an important minority exhibits ventricular enlargement or dysfunction.
53                                 For example, ventricular enlargement or reduced caudate volume or blo
54 tients with poor outcome had greater lateral ventricular enlargement over time than patients with goo
55                        Relationships between ventricular enlargements potentially contributing to cal
56 zed Enalapril Study Evaluating Regression of Ventricular Enlargement (PRESERVE) study was designed to
57 zed Enalapril Study Evaluating Regression of Ventricular Enlargement (PRESERVE) trial after a screeni
58 nd between increase in MSFC and both rate of ventricular enlargement (r=0.31, P<0.05) and increase in
59                                      Lateral ventricular enlargement represents a potential morphomet
60           We used data from the Survival and Ventricular Enlargement (SAVE) echocardiographic substud
61 ion [LVEF] < or = 40%) from the Survival And Ventricular Enlargement (SAVE) echocardiographic substud
62 thmias in 263 patients from the Survival and Ventricular Enlargement (SAVE) study, using quantitative
63                             The Survival And Ventricular Enlargement (SAVE) trial randomized 2231 pat
64 nction and were enrolled in the Survival and Ventricular Enlargement (SAVE) trial were studied.
65 despread deficit in cortical gray matter and ventricular enlargement similar to that seen in men with
66 n cortical gray and white matter volumes and ventricular enlargement similar to those seen in alcohol
67 e study cohort consisted of 727 Survival and Ventricular Enlargement Study patients who underwent car
68 d that continuous decorin infusion prevented ventricular enlargement, such that ventricle size remain
69 recursors) or (2) parenchymal lesions and/or ventricular enlargement (suggestive of white matter inju
70 en, women had surgery rarely for severe left ventricular enlargement (systolic diameter > or = 55 mm
71 rction who were enrolled in the Survival and Ventricular Enlargement trial.
72 ust to anatomical variability, including the ventricular enlargement typically associated with neurol
73 nt in ejection fraction, but persistent left ventricular enlargement was more frequent in group 1.
74                  More consistent progressive ventricular enlargement was seen during adolescence for
75 ant cortical gray matter deficit and lateral ventricular enlargement were found in schizophrenic pati
76                          Parenchymal lesions/ventricular enlargement were not related to lifetime att

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