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1  the supraspinatus, 100% and 77%-79% for the infraspinatus, 75%-88% and 85%-90% for the subscapularis
2  supraspinatus, 88%-100% and 81%-83% for the infraspinatus, 75%-88% and 90%-100% for the subscapulari
3 e did not observe isolated complete tears of infraspinatus and subscapular muscle tendons.
4 ition, contact was also observed between the infraspinatus and supraspinatus and the posterior and po
5  ABER position, contact was seen between the infraspinatus and supraspinatus tendons and the glenoid
6                         Four muscles, namely infraspinatus (IF), longissimus dorsi (LD), psoas major
7 (supraspinatus insertion site) or posterior (infraspinatus insertion site) on the greater tuberosity.
8 atus muscles (n = 2), partial involvement of infraspinatus muscle (n = 1) and of deltoid muscle (n =
9 e supraspinatus muscle often is present, but infraspinatus muscle atrophy can occur in isolation, and
10 lectronic database search, cases of advanced infraspinatus muscle atrophy in patients who underwent M
11                                              Infraspinatus muscle atrophy typically occurs with tendo
12                                     Advanced infraspinatus muscle atrophy was encountered in 51 (4.3%
13                 In 10 (20%) of 51 cases with infraspinatus muscle atrophy, cuff muscle atrophy was co
14          We conclude that the early phase of infraspinatus muscle degeneration after tendon release i
15      Cuff muscle atrophy was isolated to the infraspinatus muscle in four (17%) of 24 cases in which
16                                          The infraspinatus muscle lost 22% of its volume over the fir
17 ur (17%) of 24 cases in which atrophy of the infraspinatus muscle was present despite an intact tendo
18 phy, cuff muscle atrophy was confined to the infraspinatus muscle.
19 included high signal intensity in supra- and infraspinatus muscles (n = 2), partial involvement of in
20 id muscle (n = 1), and atrophy of supra- and infraspinatus muscles (n = 2).
21 tion, and fibrosis in both supraspinatus and infraspinatus muscles at 24 and 32 wk after the chronic
22  (P = .01) relative to the subscapularis and infraspinatus muscles.
23                           Deformation of the infraspinatus on the glenoid was seen in four volunteers
24 h age; decreased supraspinatus and increased infraspinatus relative contribution with age; and increa
25               The bursa protected the intact infraspinatus tendon adjacent to the injured supraspinat
26 on, and this finding does not imply that the infraspinatus tendon is ruptured.
27 %, and 0.89, respectively, for supraspinatus-infraspinatus tendon tears; 82%, 63%, 68%, and 0.68 for
28          Supraspinatus tendon to glenoid and infraspinatus tendon to glenoid minimum distances also d
29                                 Tears of the infraspinatus tendon were present in only 27 (53%) of 51
30  injured supraspinatus tendon, the uninjured infraspinatus tendon, and the underlying humeral head.
31 ntribution with age; and increased FI in the infraspinatus with age and in females.
32 resulted in contact of the supraspinatus and infraspinatus with the glenoid in all volunteers.