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1 te for diagnosis of a full-thickness rotator cuff tear.
2 the presence or absence of labral or rotator cuff tear.
3  tear and 88% in depicting recurrent rotator cuff tear.
4 ce or absence of recurrent labral or rotator cuff tear.
5 romial decompression for impingement with no cuff tear.
6 vestigation of choice for diagnosing rotator cuff tears.
7 ality of first choice for evaluating rotator cuff tears.
8  on the causes and classification of rotator cuff tears.
9  of shoulder impingement syndrome or rotator cuff tears.
10 accuracy of US and MRI in diagnosing rotator cuff tears.
11 hose without shoulder impingement or rotator cuff tears (31 patients), those with shoulder impingemen
12 gement (22 patients), and those with rotator cuff tears (31 patients).
13 presence of biceps tendinopathy, and rotator cuff tears adjacent to the rotator interval.
14 e development of an os acromiale and rotator cuff tears after age 25 years.
15  partial-thickness or full-thickness rotator cuff tear and labral tear detectability.
16 tertechnique agreement for measuring rotator cuff tears and grading muscle fatty infiltration.
17 romising results in the diagnosis of rotator cuff tears and in differentiating partial from complete
18  pain caused, among other things, by rotator cuff tears due to narrowing of subacromial space, acute
19  well with respect to full thickness rotator cuff tears (FTT).
20 gery received in relation to the presence of cuff tears: full repair, partial repair, cuff tear/no re
21 milarity between the impingement and rotator cuff tear groups.
22 tients who received only partial repair of a cuff tear had worse scores on all outcome assessments co
23 e prevalence of partial and complete rotator cuff tears in magnetic resonance images of patients with
24                             Investigation of cuff tears is based on ultrasonography (US) and magnetic
25            However, the diagnosis of rotator cuff tears is controversial.
26 e development of an os acromiale and rotator cuff tears later in life was assessed with follow-up ima
27  of cuff tears: full repair, partial repair, cuff tear/no repair, no tear/no repair.
28 e between US and MRI in detection of rotator cuff tears of any type (RCT) or FTT.
29 40 patients were diagnosed as having rotator cuff tears on ultrasound (USG) and MRI.
30 tients who had positive findings for rotator cuff tears on ultrasound and/or MRI were finally include
31 ( OR odds ratio = 138, P < .001) and rotator cuff tears ( OR odds ratio = 5.4, P = .015) after age 25
32 nd (USG) and MRI in the diagnosis of rotator cuff tears (RCT) and to determine if high resolution USG
33                                      Rotator cuff tears (RCTs) represent a significant proportion of
34 med to assess for joint subluxation, rotator cuff tears, tendinosis, subacromial-subdeltoid bursitis
35                  In the diagnosis of rotator cuff tears, the strength of agreement between ultrasound
36 0 patients with clinically suspected rotator cuff tears underwent both ultrasound and MRI of the shou
37                                   If rotator cuff tear was present, tendon retraction and location of
38 raphy had 100% accuracy in depicting rotator cuff tear, whereas both indirect MR arthrography and non

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