ライフサイエンスコーパス: polypoid

1 42%, advanced: 21%), morphology (flat: 50%, polypoid: 27%), but not by location (distal: 36%, proxim

2 321 adenomas were found: 202 (63%) were polypoid, 36% (117) were flat and 2 (0.6%) appeared depr

3 A total of 94 neoplasms, including 34 polypoid adenoma, 16 lateral spreading tumors-granular (

4 lasia (IM) (0.16), flat dysplasias (0.40) or polypoid adenomas (0.41) unassociated with carcinoma, dy

5 x > or =0.5) among flat dysplasias (50%) and polypoid adenomas (51%) unassociated with carcinoma, dys

6 ion-specific polymerase chain reaction in 35 polypoid adenomas and 46 flat dysplasias unassociated wi

7 Gastric polypoid adenomas and flat dysplasias are regarded as pr

8 Most colon cancers arise from polypoid adenomas, but how these benign lesions develop

9 A computer algorithm was developed to detect polypoid airway lesions by means of segmentation of the

10 With this method, polypoid airway lesions can be detected automatically, a

11 cognition has improved rates of detection of polypoid and flat neoplasias.

12 higher target-to-background (T/B) ratio for polypoid and non-polypoid lesions by comparison with a s

13 th familial adenomatous polyposis containing polypoid and nonpolypoid adenomas were illuminated with

14 test a novel endoscopic method for detecting polypoid and nonpolypoid colonic adenomas.

15 Cholangiocarcinoma formed polypoid bile duct masses in two of 21 cases.

16 Two polypoid cancer cases demonstrated three and four differ

17 o flat adenomas [2 of 13(15%), P < 0.03] and polypoid cancers [17 of 25 (68%)] compared to cancers ar

18 Polypoid cancers and cancers arising de novo (ie., witho

19 during their evolution, which is not seen in polypoid cancers.

20 r cells, the reported genetic instability of polypoid cells and the precedence of fusion-mediated par

21 rates underlay grossly normal appearing, non-polypoid colonic and gastric mucosa of patients with fam

22 homologs for a particular gene directly in a polypoid commercial crop variety and then combine them,

23 s and sinuses and is frequently divided into polypoid CRS (CRSwNP) and nonpolypoid CRS (CRSsNP).

24 are poorly understood compared with those of polypoid CRS.

25 nt inroads toward new treatment paradigms in polypoid CRS.

26 e of cnidarians, including both medusoid and polypoid forms; new taxa resembling extant kinorhynchs;

27 ic and duodenal ulcers and multiple 10-15-mm polypoid gastric masses.

28 Strategies to increase numbers of polypoid hepatocytes might be effective in preventing li

29 thin the surveillance interval (possibly non-polypoid in nature) is similar.

30 tingly, these tumors formed without a benign polypoid intermediary, consistent with the lack of aberr

31 r barium study findings, appearing as bulky, polypoid intraluminal masses that focally expand the eso

32 all patients, barium studies revealed bulky, polypoid intraluminal masses that focally expanded the e

33 It is usually polypoid, intraluminal, and nonobstructive.

34 The cardiac lesion consisted of a polypoid, left atrial, mural fibrin thrombus with anapla

35 stomach, and the CT scan vaguely suggested a polypoid lesion in the distal stomach.

36 Colonoscopy reveals a sessile polypoid lesion of the colon bearing morphological, immu

37 s, and five (12%) with neither a stone nor a polypoid lesion.

38 follicular lymphoma (DH-FL) as an intestinal polypoid lesion.

39 lar lesions (both adenocarcinomas) and three polypoid lesions (all tubulovillous adenomas, with high-

40 colon, including 32 patients (11.6%) with 41 polypoid lesions 1 cm or larger, 15 patients (5.4%) with

41 to determine the number of patients who had polypoid lesions 1 cm or larger, polyps smaller than 1 c

42 -background (T/B) ratio for polypoid and non-polypoid lesions by comparison with a scrambled control

43 revealed 74 (26.8%) of 276 patients with 104 polypoid lesions in the colon, including 32 patients (11

44 Detection rates of polypoid lesions might increase if the quality of ACBE e

45 ricted space results in the formation of the polypoid lesions observed.

46 Gallbladder polyps (also known as polypoid lesions of the gallbladder) are a common incide

47 virtual images were complementary, since six polypoid lesions smaller than 5 mm depicted on the virtu

48 is prompts colonoscopists to search only for polypoid lesions when screening for cancer, and many ear

49 iagnoses (including different types of colon polypoid lesions), ablation, piecemeal resection.

50 cholecystectomy, revealing 13 (31%) GBs with polypoid lesions, 24 (57%) with stones and no polyps, an

51 rmalities found on barium studies, including polypoid lesions, cavitated lesions, annular lesions, ou

52 a (odds ratio, 9.78; 95% CI, 3.93-24.4) than polypoid lesions, irrespective of the size.

53 und in 2 of 36 (5.6%)LSTs and 1 of 34 (2.9%) polypoid lesions.

54 low-grade dysplasia, the safety of treating polypoid low-grade dysplasia as a benign adenoma in the

55 enteen patients (52%) had focal intraluminal polypoid masses and 13 (39%) had mural masses; in three

56 d at 10-cm intervals and from strictures and polypoid masses.

57 d more frequently in LST (13/36, 36.1%) than polypoid neoplasms (5/34, 14.7%, p = 0.041).

58 ter association with carcinoma compared with polypoid neoplasms, irrespective of size.

59 has focused on the detection and removal of polypoid neoplasms.

60 Esophagography and chest CT showed polypoid, nonobstructing esophageal masses, which were m

61 A polypoid obstruction with a bloody drainage was evident

62 ere smaller in diameter as compared with the polypoid ones (mean [SD] diameter, 15.9 [10.2] mm vs 19.

63 no difference between groups in detection of polypoid or larger lesions.

64 ir location and morphologic characteristics (polypoid or mural).

65 lonic carcinomas may manifest as plaquelike, polypoid, semiannular ("saddle") or annular lesions.

66 distinct and important subtype of asthma and polypoid sinus disease.

67 ured nasal fibroblasts from controls without polypoid sinusitis.

68 noma without transit through an intermediary polypoid stage.

69 atomies that trace ctenophores to a sessile, polypoid stem lineage.

70 epithelial proliferation with dysplasia and polypoid structures.

71 s in which ctenophores evolved from sessile, polypoid suspension feeders, sharing similarities with c

72 This body plan resembles the polypoid, tentaculate morphology of cnidarians, includin

73 There are no differences between flat and polypoid tumors in the frequency of mutations in codons

74 Like polypoid tumors, all flat tumors show a significant incr

75 ce develop different frequencies of flat and polypoid tumors; 83% of colon tumors in I/LNJ mice are f

76 n of flat CRCs compared with the more common polypoid-type morphology.

77 tral ulcer, and a sixth had a 10-cm-diameter polypoid, ulcerated mass in the gastric fundus.

78 he size, location, and morphologic features (polypoid, ulcerated, or annular) of the lesions.