ライフサイエンスコーパス: shoulder pain

1 cuff tears (RCT) are the common aetiology of shoulder pain.

2 s referred for ultrasound and MRI because of shoulder pain.

3 magnetic resonance imaging in patients with shoulder pain.

4 omen and 56% men in a group of patients with shoulder pain.

5 t availability and work-related low-back and shoulder pain.

6 ablation, five (17%) patients reported right shoulder pain.

7 ry, which was clinically apparent with right shoulder pain.

8 team wheelchair sports who were experiencing shoulder pain.

9 is needed to confirm their roles in neck or shoulder pain.

10 Breast, chest wall, and/or shoulder pain 6 months postrandomization measured by the

11 o the breast after radiotherapy, and arm and shoulder pain affected up to a third of patients.

12 The primary outcome was the Shoulder Pain and Disability Index (SPADI) score over 12

13 The primary outcome was change in Shoulder Pain and Disability Index scores at 1 year.

14 emonstrated approximately 50% improvement in Shoulder Pain and Disability Index scores maintained thr

15 All mean differences on the assessment of shoulder pain and function (OSS) at the primary endpoint

16 ION: Surgical groups had better outcomes for shoulder pain and function compared with no treatment bu

17 session with a physiotherapist in improving shoulder pain and function.

18 ommon debilitating disorder characterized by shoulder pain and progressive loss of shoulder movement.

19 ently affects the rotator cuff and may cause shoulder pain and reduction of range of motion.

20 three patients with acute onset of neuritic shoulder pain and weakness included high signal intensit

21 otator cuff (RC) tears are a common cause of shoulder pain and, depending on the tear pattern, can su

22 aso-occlusive crises (VOCs), non-VOC-related shoulder pain, and a preexisting pulmonary embolism.

23 itis (ICD10), polyarthritis (ICD10), neck or shoulder pain, and substance use in adults display parti

24 st common adverse events were neck or arm or shoulder pain, arm paraesthesia, dysphagia, and worsenin

25 the genetic variants associated with neck or shoulder pain based on a genome-wide association approac

26 pically) is a common surgery for subacromial shoulder pain, but its effectiveness is uncertain.

27 etrospective statistical analysis of chronic shoulder pain (cSP) patients was conducted.

28 fic tendinopathy, who had been admitted with shoulder pain, did not demonstrate an increased risk of

29 Reported shoulder pain dropped 3.17 points (0-10 pain scale), wit

30 0 physicians who have specialty expertise in shoulder pain evaluation and/or treatment.

31 oderate or severe breast, chest wall, and/or shoulder pain in combination with mild, moderate, or sev

32 orticosteroid injection or physiotherapy for shoulder pain in the past 6 months, or were being consid

33 dentified three loci associated with neck or shoulder pain in the UK Biobank cohort, two of which wer

34 netic loci that were associated with neck or shoulder pain in the UK Biobank samples.

35 reliable and valid instrument for assessing shoulder pain in wheelchair users.

36 It is associated with superior shoulder pain in young patients (< 25 years old), and pi

37 study population, 129 patients suffered from shoulder pain, including 57 patients who reported a hist

38 linical features such as new-onset bilateral shoulder pain, including subdeltoid bursitis, muscle or

39 hometric properties of the Wheelchair User's Shoulder Pain Index (WUSPI-Pol) in wheelchair athletes.

40 Shoulder pain is a common musculoskeletal disorder and h

41 Shoulder pain is the third most frequent musculoskeletal

42 survey collected data on low-back, neck, and shoulder pain, lift availability, lift use, physical and

43 en comprised a larger group of patients with shoulder pain not preceded by injury.

44 ts >/=50 years old presenting with bilateral shoulder pain, not better explained by an alternative pa

45 ing during a 1-year period for evaluation of shoulder pain or dysfunction were identified.

46 ed in 159 patients with a history of chronic shoulder pain or instability.

47 Eight male volunteers with no history of shoulder pain or pathology were imaged in a 0.5-T open M

48 nce impairments, neck pain or stiffness, and shoulder pain or stiffness), autonomic features (constip

49 e 3.6 times less likely to have work-related shoulder pain (OR=0.28, 95% CI 0.09-0.91).

50 arch evaluating youth throwing athletes with shoulder pain relates to biomechanics and prevention.

51 reatitis, delayed bowel movement, and severe shoulder pain secondary to diaphragmatic irritation.

52 ff disease (RCD) is the most common cause of shoulder pain seen by physicians.

53 and one was a side effect of ablation (right shoulder pain) that resolved spontaneously.

54 letes, including current or prior history of shoulder pain, variability in mechanics, glenohumeral in

55 Although the natural history of shoulder pain varies and is often self-limiting,up to ha

56 shoulder magnetic resonance (MR) imaging for shoulder pain was performed.

57 Posttraumatic shoulder pain was predominantly reported by men, while w

58 With respect to lift use, work-related shoulder pain was three times less common among nurses r

59 Episodes of right shoulder pain were recorded.

60 to March 2010, 127 patients, most imaged for shoulder pain, were randomized into two groups.

61 esonance imaging (MRI) for the evaluation of shoulder pain, which is a common clinical complaint of t

62 patients without calcific tendinopathy with shoulder pain, whose age, sex, and shoulder laterality v

63 based on their MRI compared to patients with shoulder pain without calcific tendinopathy.