ライフサイエンスコーパス: mediastinum

1 as from more common adenomas in the anterior mediastinum.

2 l nodal involvement had no FDG uptake in the mediastinum.

3 variety of diseases affecting the heart and mediastinum.

4 creased FDG uptake in the lung and/or in the mediastinum.

5 ommunication between the hypopharynx and the mediastinum.

6 rently sized spheres were placed in lung and mediastinum.

7 LAA before bringing the graft up through the mediastinum.

8 ysema in the head and neck going down to the mediastinum.

9 , of which 35 (48.6%) demonstrated a widened mediastinum.

10 romise resulting from the mass effect on the mediastinum.

11 transgression of structures in the posterior mediastinum.

12 ty of PMNs in the infected pleural fluid and mediastinum.

13 al tumor required manual separation from the mediastinum.

14 ce of LF, but did not predict failure in the mediastinum.

15 l cases except the ratio of contrasts in the mediastinum.

16 e most common tumor of the anterior-superior mediastinum.

17 e patient also had a small mass in the upper mediastinum.

18 oma is the most common tumor of the anterior mediastinum.

19 ho required additional coverage of the lower mediastinum.

20 beginning thoracic radiation therapy to the mediastinum.

21 strongly suggested recurrent disease in the mediastinum.

22 In the mediastinum, (18)F-FDG-CI detected 7 of 8 biopsy-positiv

23 -esophageal groove in the posterior superior mediastinum (27%).

24 re evaluable (all histologically negative in mediastinum; 44 with both mediastinoscopy and surgery);

25 G, AND PARTICIPANTS: Invasive staging of the mediastinum among consecutive patients with suspected lu

26 mes more than noise-related artifacts in the mediastinum and 2.6 and 3.9 times more in the lungs.

27 access to masses in various locations in the mediastinum and anteromedial lung.

28 the nontriggered version for clarity of the mediastinum and aortic wall, conspicuity of any abnormal

29 Mediastinal B-cell lymphomas present in the mediastinum and are most frequent in young patients.

30 ection of lymph node metastases in the upper mediastinum and around the celiac trunk after neoadjuvan

31 for detecting lung cancer metastases to the mediastinum and distant sites.

32 SVC, which descended on the left side of the mediastinum and drained into the left atrium (LA).

33 ocal invasion and primary involvement of the mediastinum and hilar structures were unusual manifestat

34 AEG, nodal disease was limited to the lower mediastinum and the D1 compartment.

35 ving the sternal wires, sternal bone, and/or mediastinum), and (3) score for additional treatment, pr

36 for noise, sharpness, and contrast in lungs, mediastinum, and chest wall.

37 rs (overall image quality; background liver, mediastinum, and marrow image quality; noise level; and

38 ue in the neck and shoulder region, axillae, mediastinum, and perinephric regions.

39 hich diseases of the cardiopulmonary system, mediastinum, and thorax it will help to guide therapeuti

40 Positive findings at preoperative PET in the mediastinum appear to have prognostic implications despi

41 Tumor maximal SUV (T-SUVmax) and T-SUVmax-to-mediastinum blood-pool (MBP) SUVmean ratios (T/MBP) were

42 primary diffuse large B-cell lymphoma of the mediastinum can achieve prolonged PFS following high-dos

43 rameters: ghosting artifacts; clarity of the mediastinum, cardiac chambers, and aortic wall; conspicu

44 es or postoperative fluid collections in the mediastinum, chest wall, or retroperitoneum; (b) maligna

45 ); hence, the presence of a normal aorta and mediastinum decreases the probability of dissection (neg

46 the pulmonary vasculature, visibility of the mediastinum, definition of the diaphragm, and degree of

47 itative 5-point scale for the primary tumor, mediastinum, distant metastatic site, if present, and ov

48 The model's lungs, separated by a compliant mediastinum, exhibit flow limitation according to the eq

49 six mature) and one a mature teratoma in the mediastinum; five of five tumors examined contained nerv

50 - 0.3 Gy) treated with at least 35 Gy to the mediastinum for Hodgkin's disease.

51 urrence (group B, n=5), lymphoma outside the mediastinum (group C, n=16), and other malignant tumors

52 Heart-to-mediastinum (H/M) ratio was determined from (123)I-mIBG

53 ed involved field radiotherapy (IFRT) to the mediastinum, hila, and supraclavicular regions.

54 primary diffuse large B-cell lymphoma of the mediastinum in first response (complete remission [CR] o

55 Iodine-131 uptake in the anterior mediastinum in patients thyroidectomized for follicular

56 lle scale, comparing uptake to the liver and mediastinum in up to 6 lesions, to determine metabolic r

57 Large-cell lymphoma (LCL) arising in the mediastinum (LCL-M) is a heterogeneous group of non-Hodg

58 erent regions: upper mediastinum (UM), lower mediastinum (LM), and contralateral lung (CL).

59 (131)I in 8 body regions including the neck, mediastinum, lungs, and bone and detected 3 other sites

60 Responses were observed in liver, mediastinum, lymph nodes, and chest wall lesions.

61 with a splenic fragment to different sites (mediastinum, mesentery, and kidney capsule) of ATX B6 mi

62 -cause death was compared with late heart-to-mediastinum MIBG uptake ratio (H/M; either in relation t

63 hematomas (by these imaging devices) in the mediastinum might be associated with significant physica

64 lections originated from the pleura (n = 6), mediastinum (n = 2), liver (n = 3), pancreas (n = 5), ob

65 n = 1), and both the retroperitoneum and the mediastinum (n = 2).

66 uodenal ligament (n = 3), mesentery (n = 2), mediastinum (n = 4), portal venous system (n = 1), and p

67 diagnostic yield for diagnostic of lung and mediastinum neoplastic disease and allows for more preci

68 reoperative Met-PET/CT scans of the neck and mediastinum of 102 patients undergoing parathyroidectomy

69 d mass of lymph nodes found primarily in the mediastinum of asymptomatic patients.

70 l metastases had increased FDG uptake in the mediastinum, of whom three had no lymphadenopathy on com

71 i of abnormal activity found within the neck mediastinum on volume-rendered reprojection (RPJ) of the

72 location above the diaphragm, usually in the mediastinum or lungs.

73 ting neonatal porcine thymus into either the mediastinum or mesentery provides earlier and more effic

74 nts of neonatal porcine tissue in either the mediastinum or the mesentery, but not in mice grafted un

75 estamibi SPECT was used to localize a middle mediastinum parathyroid adenoma that was not detected wi

76 nical variables and the (123)I-MIBG heart-to-mediastinum ratio (H/M).

77 ((123)I-mIBG) uptake relies on the heart-to-mediastinum ratio (HMR) derived from planar images.

78 rospective study was to compare the heart-to-mediastinum ratio (HMR) of (123)I-metaiodobenzylguanidin

79 redictor of (123)I-MIBG early and late heart:mediastinum ratio and single-photon emission computed to

80 elated with (123)I-MIBG early and late heart:mediastinum ratio and single-photon emission computed to

81 enervation ((123)I-MIBG early and late heart:mediastinum ratio and single-photon emission computed to

82 subjects and evaluated as the late heart-to-mediastinum ratio and washout rate.

83 The late heart-to- mediastinum ratio remained correlated with CFR after fur

84 cardiac (123)I-MIBG uptake (delayed heart-to-mediastinum ratio, 1.99 +/- 0.12 (desipramine chase) vs.

85 (low-frequency power), and the late heart-to-mediastinum ratio, reflecting the function of adrenergic

86 anar studies, resulting in a higher heart-to-mediastinum ratio.

87 The heart-to-mediastinum ratios for the high-specific-activity formul

88 ostic factors), positive PET findings in the mediastinum remained prognostic for distant failure (P <

89 the lungs and 0.30-0.43 and 0.69-0.78 in the mediastinum, respectively.

90 common location is the posterior paraspinal mediastinum, retroperitoneum, neck and adrenal gland.

91 Mediastinum shifted to the right.

92 Gy thymic irradiation and FP THY/LIV in the mediastinum, suggesting that full xenogeneic tolerance w

93 ndardized uptake value in grafts (SUV-G) and mediastinum (SUV-M) was measured.

94 The mediastinum testis was found in the center of 11 of the

95 US revealed hypoechoic lesions around the mediastinum testis with hypervascularity dispersing in t

96 ostly hypoechoic lesions depicted around the mediastinum testis with no mass effect is highly suggest

97 mediastinitis and retention of barium in the mediastinum that would interfere with subsequent patient

98 e prior surgical exploration of the neck and mediastinum, the patient had a 20-yr history of hyperpar

99 Because of the extent of lung cancer in the mediastinum, the patient's cancer was deemed inoperable,

100 primary diffuse large B-cell lymphoma of the mediastinum treated with high-dose cyclophosphamide, car

101 ay 2013, 76 core-needle biopsies of lung and mediastinum tumors were conducted and compared with 86 f

102 needle aspiration biopsies(FNAB) of lung and mediastinum tumors, including 30 patients who underwent

103 a fixed volume in 3 different regions: upper mediastinum (UM), lower mediastinum (LM), and contralate

104 c neuronal integrity quantified as the heart/mediastinum uptake ratio [H/M] on 4-h delayed planar ima

105 However, location of air in the posterior mediastinum was associated with increased mortality of 2

106 Transthoracic needle biopsy of the hilum or mediastinum was performed in 111 patients with suspected

107 ce and necrotic/abscessed lymph nodes in the mediastinum, was present in 7 patients (21%) and tended

108 The lungs, nodules, chest wall, and mediastinum were filled with fluorine-18 activities base

109 tinal mass (11x8 cm) located in the anterior mediastinum who extended from the anonymous vein to the

110 rapy consisted of 4,000 rad to the tumor and mediastinum with a 1,000-rad boost.

111 -planar diffusion-weighted MR imaging of the mediastinum with b values of 0, 400, and 800 sec/mm(2).

112 These tumors originate in the anterior mediastinum without any testis primary.

113 sitions were performed through the posterior mediastinum without mortality or loss of the gastric con