ライフサイエンスコーパス: colorectum

1 CCR9 traffics lymphocytes to intestine and colorectum.

2 colorectal cancer may originate outside the colorectum.

3 nctional consequences of removing the entire colorectum.

4 rately detect neoplasms on both sides of the colorectum.

5 small yet relevant risk increase in the left colorectum.

6 spectively) in neurons innervating the mouse colorectum.

7 tal bleeding and hamartomatous polyps in the colorectum.

8 nts on large sessile and flat lesions in the colorectum.

9 ities including cancer risk, particularly in colorectum.

10 es to mechanosensory transduction in the rat colorectum.

11 rom dorsal root ganglia L1 and S1 supply the colorectum.

12 S1 dorsal root ganglia, which supply the rat colorectum.

13 oking with cancers of the stomach, liver and colorectum.

14 ressed in benign and malignant tumors of the colorectum.

15 ent of hundreds of adenomatous polyps of the colorectum.

16 causes familial adenomatous polyposis of the colorectum.

17 th HIV-uninfected patients for many cancers: colorectum (adjusted hazard ratio [HR], 1.49; 95% CI, 1.

18 a7-integrin and are rapidly recruited to the colorectum after a pathogenic SIV infection in rhesus ma

19 ic colonography (CTC) is used to examine the colorectum and abdominopelvic organs simultaneously.

20 ta7-integrin dampened pDC recruitment to the colorectum and resulted in reduced immune activation.

21 and uroguanylin, inducing cGMP signaling in colorectum and small intestine, respectively.

22 While tumours from the colorectum and upper gastrointestinal tract usually reta

23 arge adenomas can be detected throughout the colorectum and with high levels of accuracy by the sDNA

24 at, esophagus, stomach, small intestine, and colorectum) and digestive accessory organs (pancreas, ga

25 major risk factor for cancers of the breast, colorectum, and bladder, and it was found that BRCAI mut

26 ant for patients with cancers of the breast, colorectum, and prostate after excluding or censoring CL

27 multiple sites, including the breast, ovary, colorectum, and prostate, on ovarian cancer risk among 6

28 es to mechanosensory transduction in the rat colorectum, and this is probably associated with pain.

29 2) abundance of VGLUT2-IR fibers innervating colorectum; and 3) a subpopulation of myenteric plexus n

30 l of patients with metastatic cancers of the colorectum, breast and lung.

31 of human tumor, including carcinomas of the colorectum, breast, and lung, suggest the presence of a

32 eases the risk of cancers in the oesophagus, colorectum, breast, endometrium, and kidney.

33 Delivering drugs to the colorectum by enema has advantages for treating or preve

34 a reduced incidence of cancer of the distal colorectum; colonoscopy was also associated with a modes

35 ons of different anatomical locations in the colorectum for cancer diagnosis.

36 s in the right colon in contrast to the left colorectum had more frequent topographic dysregulation o

37 ), breast (HR, 1.61; 95% CI, 1.46-1.78), and colorectum (HR, 1.32; 95% CI, 1.24-1.41).

38 tality for common non-AIDS-defining cancers: colorectum (HR, 1.40; 95% CI, 1.09 to 1.80), lung (HR, 1

39 ncers of the breast (HR, 1.41; P = .005) and colorectum (HR, 1.46; P < .001) who had pre-existing CLL

40 breast (hazard ratio [HR], 1.70; P < .001), colorectum (HR, 1.65; P < .001), kidney (HR, 1.54; P < .

41 There were one to innumerable polyps in the colorectum, ileum, duodenum, stomach, and/or esophagus,

42 ne expression changes occurring in the human colorectum in response to calcium and 1,25(OH)2D3 interv

43 sis is limited, however, specifically to the colorectum, in which genetic instability is a primary et

44 of colorectal adenoma or the location in the colorectum is unclear.We investigated the association of

45 inomas of the prostate, breast, lung, ovary, colorectum, kidney, liver, pancreas, bladder/ureter, and

46 Distention of the colorectum led to pressure-dependent increases in adenos

47 neth cell presence in the adenomas of distal colorectum may be a negative indicator for synchronous A

48 In the mouse colorectum, MPP penetrated into mucus in the deeply in-f

49 ancies were lymphoma (n = 37), cancer of the colorectum (n = 31), and esophageal cancer (n = 15).

50 ts with cancers of the breast (n = 579,164), colorectum (n = 412,366), prostate (n = 631,616), lung (

51 elvic ganglion (MPG) neurons innervating the colorectum of BALB/C mice were retrogradely traced with

52 ber with more than one primary cancer of the colorectum or endometrium, and mean age of presentation)

53 ry of colonic neoplasia, location within the colorectum, or adenoma multiplicity, but were more commo

54 mily history of cancer of the breast, ovary, colorectum, or prostate in first-degree relatives was as

55 er, overall or at major sites, such as lung, colorectum, prostate, and breast.

56 The colorectum should be carefully cleared of synchronous ne

57 a, cancers of the small bowel, pancreas, and colorectum show the highest rates among blacks, where th

58 stroke), heart failure, or carcinomas of the colorectum, stomach, lung, prostate, or breast.

59 eritability for 196080 DNAm sites in healthy colorectum tissue from 132 unrelated Colombian individua

60 IR nerves were detected in all layers of the colorectum; VGLUT(1) -IR nerves were sparse.

61 By E7, the colorectum was extensively colonised by transplanted vag

62 he Paneth cell-containing adenomas at distal colorectum were inversely associated with presence of a

63 Advances in radiologic imaging of the colorectum will continue to expand the capabilities and

64 nal and functional radiologic imaging of the colorectum will positively impact the clinical capabilit

65 The distal 2 cm of mouse colorectum with attached pelvic nerve was harvested and

66 to cause formation of juvenile polyps in the colorectum without stromal PTEN loss.