ライフサイエンスコーパス: adrenal mass

1 t profile in the evaluation of an individual adrenal mass.

2 ability to obtain a specific diagnosis of an adrenal mass.

3 confirmation of malignancy of indeterminate adrenal masses.

4 PET findings were positive in 71 adrenal masses.

5 of radiographic images detecting incidental adrenal masses.

6 lly discovered unilateral, nonhypersecretory adrenal masses.

7 es for differentiating benign from malignant adrenal masses.

8 normal glands and 0.89 (IQR, 0.85-0.97) for adrenal masses.

9 infants younger than 6 months who have small adrenal masses.

10 normal glands and 0.84 (IQR, 0.79-0.90) for adrenal masses.

11 ation of MWA therapy for precise ablation of adrenal masses.

12 One hundred thirteen adrenal masses (75 unilateral and 19 bilateral; size ran

13 of infants younger than 6 months with small adrenal masses and no evidence of spreading beyond the p

14 drenal glands can prospectively characterize adrenal masses and obviate further examination in patien

15 Ultrasonography detected an adrenal mass, and magnetic resonance imaging excluded co

16 Background Adrenal masses are common, but radiology reporting and r

17 hancement may be useful in characterizing an adrenal mass as an adenoma.

18 est or abdominal CT and did not have a focal adrenal mass at baseline CT.

19 ses to the adrenal glands (ie, any new focal adrenal mass) at final CT examination; a third independe

20 An adrenal mass can be caused by a variety of pathologies,

21 enhanced and delayed enhanced CT, nearly all adrenal masses can be correctly categorized as adenomas

22 cidentaloma" refers to clinically unapparent adrenal mass detected during imaging examination perform

23 DG in differentiating benign from metastatic adrenal masses detected on CT or MRI scans of patients w

24 Adrenal masses detected with contrast-enhanced CT can be

25 s; range, 40-77 years) in the study; average adrenal mass diameter was 3.9 cm (range, 1-8 cm).

26 o undergo abdominal anatomic imaging, making adrenal mass evaluation a common occurrence.

27 Attenuation values of adrenal masses from prior imaging, if available, were co

28 F-FDG PET/CT showed bilateral hypermetabolic adrenal masses, gastric ulcer, small hypermetabolic aden

29 l incidentalomas are incidentally discovered adrenal masses greater than 1 cm in diameter that appear

30 Laparoscopic adrenalectomy for malignant adrenal masses has been controversial because of initial

31 Thirteen adrenal masses in 12 patients (bilateral metastases in o

32 In a prospective evaluation of 51 adrenal masses in 39 patients, the CT attenuation was me

33 Without the unenhanced CT, 10 adrenal masses in these nine patients would have been in

34 rentiation of these lesions from other large adrenal masses, including adrenal carcinoma, cannot be m

35 ion and treatment of incidentally discovered adrenal masses is less clear-cut.

36 of infants younger than 6 months with small adrenal masses led to excellent event-free survival and

37 PET findings were negative in 42 adrenal masses, of which 37 eventually proved to be beni

38 s with lung cancer who were found to have an adrenal mass on CT or MRI scans.

39 Attenuation of adrenal masses on each type of scan was measured, and re

40 ults, the sensitivity of characterization of adrenal masses on early delayed scans was 96%, and the s

41 and natural history of clinically inapparent adrenal masses, or "incidentalomas"; the appropriate eva

42 pelvic mass and substantial regression in an adrenal mass (partial response).

43 Among the 5 adrenal masses that were false-negative, one was a large

44 T successfully displayed the relationship of adrenal masses to adjacent anatomic structures and organ

45 cting, abutting, displacing, or invading) of adrenal masses to adjacent organs (diaphragm, liver, spl

46 ge, 21-88 years; mean age, 63 years) with 46 adrenal masses underwent dynamic contrast material-enhan

47 Average number of RF applications per adrenal mass was 2.7 (range, 1-5 applications); average

48 uation of a patient with melanoma in whom an adrenal mass was detected on CT and MR during follow-up

49 describe a patient with melanoma in whom an adrenal mass was detected on CT and MRI during post-surg

50 d as positive if the (18)F-FDG uptake of the adrenal mass was greater than or equal to that of the li

51 d as negative if the (18)F-FDG uptake of the adrenal mass was less than that of the liver.

52 In six of these nine patients, the adrenal mass was the only potential site of metastatic d

53 with a known primary malignant tumor and an adrenal mass were reviewed to find adrenal glands that c

54 eatures, size, and attenuation values of the adrenal masses were calculated.

55 One hundred twenty-two adrenal masses were evaluated in 99 patients (51 men, 48

56 One hundred sixty-six adrenal masses were evaluated with a protocol consisting

57 l gland (eight were bilateral), and 14 extra-adrenal masses were found in 10 patients.

58 Fifteen adrenal masses were identified in 13 patients.

59 In one patient, bilateral ill-defined adrenal masses were present.

60 hromocytoma on detection of a well-delimited adrenal mass with rapid, intense enhancement that typica

61 the procedure of choice for benign-appearing adrenal masses with appropriate indications for operativ

62 CT images depicting adrenal masses with the published characteristics of adr

63 Myelolipomas are adrenal or extra-adrenal masses, with hemorrhage more common in larger le