ライフサイエンスコーパス: diagnostic error

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 , will reduce the healthcare costs of common diagnostic error.

2 treatment, and two were excluded because of diagnostic error.

3 ual's true disease status in the presence of diagnostic error.

4 rare condition with serious consequences of diagnostic error.

5 of the Goldman criteria was used to classify diagnostic error.

6 re diagnostic closure, an important cause of diagnostic errors.

7 yzed evaluations of interventions to prevent diagnostic errors.

8 bias, 11 reported interventions that reduced diagnostic errors.

9 tors for preventable or possibly preventable diagnostic errors.

10 kely the most harmful and expensive types of diagnostic errors.

11 dentify and prioritize strategies to prevent diagnostic errors.

12 ogist and sonographer are necessary to avoid diagnostic errors.

13 Detection of laboratory-related diagnostic errors.

14 g an intussusception on ultrasound, may lead diagnostic errors.

15 ted tomography (CT) scan was the most common diagnostic error (73%).

16 tories and physical examinations to minimize diagnostic error and improve patient care.

17 procedural events, one was attributable to a diagnostic error, and one was attributable to a medicati

18 -acquired infections, falls, handoff errors, diagnostic errors, and surgical errors.

19 nstrating common cognitive biases leading to diagnostic errors, and we reflect on strategies that may

20 ospective studies are few, as are studies of diagnostic errors arising from the clinical encounter an

21 Diagnostic errors associated with adverse outcomes for p

22 epends on prevalence, and (2) that different diagnostic errors carry different clinical consequences.

23 were to examine its findings when applied to diagnostic error cases and to identify risk factors for

24 Among the 87 diagnostic error cases identified, 70% affected clinical

25 trainees with a fundamental understanding of diagnostic errors, clinical reasoning, and cognitive bia

26 Interns also made 5.6 times as many serious diagnostic errors during the traditional schedule as dur

27 a biopsy sample, posing as major sources of diagnostic error for pathologists.

28 ic cardiology, the domain of imaging-related diagnostic errors has received little attention.

29 The frequency of diagnostic error in patients who have a lung mass and a

30 improvement initiatives that aim to decrease diagnostic error in pediatric echocardiography.

31 that evaluated any intervention to decrease diagnostic errors in any clinical setting and with any s

32 de knowledge and tools that may help prevent diagnostic errors in the future.

33 ocused on a reduction in both procedural and diagnostic error is the number one concern of the United

34 n was developed to assess the effects of mis-diagnostic errors on GWAS.

35 istic combinations, and more than halved the diagnostic error rate compared to procalcitonin in all t

36 Analyses of diagnostic error rates adjusting for the effects of case

37 dies have suggested relatively high clinical diagnostic error rates for PD and essential tremor.

38 e of contributory factors and prevention for diagnostic errors related to the performance of procedur

39 verall, the review showed a growing field of diagnostic error research and categorized and identified

40 A diagnostic error taxonomy and knowledge of risk factors

41 These cases emphasize the diagnostic errors that can occur if mycobacterial suscep

42 Diagnostic errors that harm patients are typically the r

43 A total of 181 claims (59%) involved diagnostic errors that harmed patients.

44 Apparent diagnostic errors using a new biomarker may be a reflect

45 The diagnostic errors were classified in two categories: cla

46 Diagnostic errors were identified at a high-volume acade

47 with direct impact on therapy, and class II diagnostic errors which comprised major unexpected findi

48 We developed a new taxonomy for diagnostic errors within pediatric echocardiography that

WebLSDに未収録の専門用語（用法）は "新規対訳" から投稿できます。