戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1   Eighteen of 74 patients (24%) demonstrated ischemic changes.
2          Large group biopsies showed minimal ischemic changes.
3 nremarkable aside from chronic microvascular ischemic changes.
4 nremarkable aside from chronic microvascular ischemic changes.
5 ine cell loss, possibly due to intra-retinal ischemic changes.
6 , vascular tortuosity (8.6%, n = 5), retinal ischemic changes (8.6%, n = 5), sluggish pupil reactivit
7                   Electrocardiography showed ischemic changes, and laboratory workup revealed elevate
8                                        Thus, ischemic changes are associated with the activation of c
9                   An eye of the patient with ischemic changes at the disc was classified as symptomat
10 alue is normal and electrocardiography shows ischemic changes; both CK-MB mass and troponin I assays;
11 ed with permanent myocardial injury but that ischemic changes do occur that may be clinically signifi
12 e interactive nature of electrophysiological ischemic changes during propagation and demonstrate that
13 revalence and clinical significance of early ischemic changes (EICs) on baseline computed tomography
14       ECG exercise tests demonstrated marked ischemic changes in both patients, but angina or abnorma
15 th poor survival of cardiac transplants, and ischemic changes in early posttransplantation endomyocar
16                         To determine whether ischemic changes in endomyocardial biopsies were associa
17 ographic source images in detection of early ischemic changes in middle cerebral artery (MCA) stroke
18                                 In addition, ischemic changes (ISCHs) and ejection fraction changes (
19 ms in large arteries, accompanied by chronic ischemic changes, moyamoya morphology, and evidence of p
20 The esophagogastroduodenoscopy confirmed the ischemic change of mucosa at the gastric fundus.
21 ly after exercise, with inferior and lateral ischemic changes on ECG and frequent junctional and/or v
22 t were triggered by myocardial infarction or ischemic changes on electrocardiography were less freque
23 had normal levels of troponin I, without new ischemic changes on electrocardiography, and who had no
24 raumatic stress disorder was associated with ischemic changes on exercise treadmill tests independent
25  learning model can accurately segment acute ischemic changes on non-contrast CT compared to neurorad
26                                Occasionally, ischemic changes resulted in ventricular fibrillation (9
27 ociation, type of stroke (hemorrhagic versus ischemic), changing severity of impairment assessed with
28 ial mediators, adjusting for baseline, early ischemic changes; stroke severity; onset-to-puncture tim
29 arker that serves as a reliable indicator of ischemic changes that tumor tissues undergo, we subjecte
30                                       Ocular ischemic change was observed during the ophthalmic exami
31    Prolonged transfer times and evolution of ischemic change were associated with worse EVT outcomes.
32  corrected QT prolongation, arrhythmias, and ischemic changes were noted in SCA mice before sudden de
33  be performed, CK-MB values were normal, and ischemic changes were seen on electrocardiography.
34 section of the right vertebral artery and no ischemic changes within the brain.