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1 para-aortic 5.88 (95% CI, 3.80 to 9.09), and supraclavicular 30.27 (95% CI 16.56 to 55.34).
2          Twenty-two (40%) of 55 patients had supraclavicular abnormalities detected at CT and/or US.
3              In 18 (82%) of the 22 patients, supraclavicular abnormalities were recognizable at CT.
4  by our institution as LABC with ipsilateral supraclavicular adenopathy without evidence of distant d
5 ues (SUVmean) were determined bilaterally in supraclavicular and gluteal fat depots.
6 trunks, and cords could be identified in the supraclavicular and infraclavicular regions.
7 dal irradiation (including internal mammary, supraclavicular, and axillary lymph nodes) (nodal-irradi
8 mptoms (without a combined transaxillary and supraclavicular approach).
9  We previously named this activity uptake in supraclavicular area fat ("USA-Fat").
10  were noted: pattern A (uptake localizing to supraclavicular area fat [USA-fat], i.e., without corres
11                               Attenuation of supraclavicular arteries and veins was measured with art
12 d to both the internal mammary nodes and the supraclavicular-axillary apical nodes in addition to the
13 olving the chest wall and/or the ipsilateral supraclavicular/axillary lymph nodes.
14           Our results suggest that increased supraclavicular BAT activity is inversely associated wit
15 the relationship between (18)F-FDG uptake in supraclavicular BAT in relation to arterial inflammation
16  SFF was significantly lower (P < 0.0001) in supraclavicular BAT than gluteal WAT in all pediatric su
17 roups: with and without metabolically active supraclavicular BAT.
18 dardized uptake value [SUV] > 2) in cervical-supraclavicular BAT.
19                                              Supraclavicular block functionally can be considered an
20 following a single-injection interscalene or supraclavicular block.
21 ly suspected of having recurrent axillary or supraclavicular breast cancer.
22 s result in improved analgesia compared with supraclavicular catheters and multiple injections of loc
23     Physiologic (18)F-FDG uptake in areas of supraclavicular fat in humans ("USA-Fat") has recently b
24 T showed increased retention in cervical and supraclavicular fat that displayed multilocular lipid dr
25 rom white adipose tissue in the cervical and supraclavicular fat.
26                                          The supraclavicular hotspot identified on IRT closely corres
27                                              Supraclavicular, infraclavicular, and axillary brachial
28 east, regional nodes (axillary, subpectoral, supraclavicular, internal mammary), and extranodal regio
29 ng, chest wall, pelvis, and the subpectoral, supraclavicular, internal mammary, mediastinal, and abdo
30  of high FDG uptake in the left calf, a left supraclavicular lesion and also detected concurrent kera
31 espread osseous metastatic disease and right supraclavicular lymph node enlargement ( Fig 1 ).
32  para-aortic lymph nodes in 21 (21%), and in supraclavicular lymph node in eight (8%).
33  an occult renal clear-cell carcinoma from a supraclavicular lymph node metastasis by analysis of G-b
34 identify and guide needle biopsy of enlarged supraclavicular lymph nodes (> or =0.5 cm short axis).
35 e followed by US-guided sampling of enlarged supraclavicular lymph nodes is a simple and safe method
36 o the infraclavicular, internal mammary, and supraclavicular lymph nodes.
37    The effect of internal mammary and medial supraclavicular lymph-node irradiation (regional nodal i
38 ography scan revealed bilateral cervical and supraclavicular lymphadenopathy (6 x 5 cm with a standar
39 ore referral revealed bilateral cervical and supraclavicular lymphadenopathy (6 x 5 cm).
40 nation was remarkable for bulky cervical and supraclavicular lymphadenopathy.
41                                              Supraclavicular metastases (31% of patients) were about
42                    Patients with ipsilateral supraclavicular metastases but no other evidence of dist
43                    Patients with ipsilateral supraclavicular metastases should be included in the sta
44                                              Supraclavicular metastases were often associated with me
45          Upper-body FDG PET and axillary and supraclavicular MR imaging were performed in 10 patients
46 an indeterminate lesion (n = 1) at US-guided supraclavicular needle sampling.
47 tionship of metastatic tumor to axillary and supraclavicular neurovascular structures.
48 nical T3 tumors or stage III-IV (ipsilateral supraclavicular nodal) disease and for patients with fou
49                         Chest wall (68%) and supraclavicular nodes (41%) were the most common sites o
50 s seen in intrathoracic lymph nodes (n = 4), supraclavicular nodes (n = 2), axillary nodes (n = 1), a
51 ts with stage IIIB (with pleural effusion or supraclavicular nodes) to IV NSCLC and performance statu
52 n a patient with metastatic breast cancer to supraclavicular nodes.
53 quate pulmonary function, and no evidence of supraclavicular or contralateral hilar adenopathy.
54 ealed unsuspected N3 nodes (infraclavicular, supraclavicular, or internal mammary) in 32 additional p
55 nodal disease (none, pelvic, para-aortic, or supraclavicular; P < .001).
56  there were no in-breast recurrences and one supraclavicular recurrence.
57 gnant (18)F-FDG uptake on PET imaging in the supraclavicular region is "muscle uptake" purportedly du
58                                          The supraclavicular region is a common site for lymph node m
59               So-called muscle uptake in the supraclavicular region may be caused in a significant pr
60                                          The supraclavicular region was evaluated for the presence of
61 measured (18)F-FDG uptake within BAT (in the supraclavicular region) as well as in subcutaneous adipo
62  recorded as also receiving treatment to the supraclavicular region.
63 7 y) showed abnormal (18)F-FDG uptake in the supraclavicular region.
64 orrelate PET findings with CT anatomy in the supraclavicular region.
65 formed on biopsy specimens from the neck and supraclavicular regions in patients undergoing surgery.
66 se temperature and glucose uptake within the supraclavicular regions were compared.
67  she had adenopathy in the left axillary and supraclavicular regions, fullness in the left chest, and
68 lary, infraclavicular, internal mammary, and supraclavicular regions, was documented.
69 therapy (IFRT) to the mediastinum, hila, and supraclavicular regions.
70 = .001), atrial fibrillation (P = .009), and supraclavicular RT (P = .021).
71 udy found no significant association between supraclavicular RT and stroke after controlling for othe
72                                              Supraclavicular SFF was significantly higher in the cont
73 c patient who first presented with bilateral supraclavicular swelling.
74                        Relationships between supraclavicular temperatures (TSCR) from IRT and the met
75                                 This intense supraclavicular uptake should be recognized and should n

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