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1 kocytes and a suppression in motility (i.e., postoperative ileus).
2 N), as a bridge to a normal diet, can reduce postoperative ileus.
3 on, urinary retention, anastomotic leak, and postoperative ileus.
4  significant correlation with development of postoperative ileus.
5 ical dysmotility and reduces the severity of postoperative ileus.
6 ll intestinal muscularis that contributes to postoperative ileus.
7 g smooth muscle dysfunction and subsequently postoperative ileus.
8 d intestinal manipulation was used to induce postoperative ileus.
9 CO was protective against the development of postoperative ileus.
10 he CRF receptor subtypes involved in gastric postoperative ileus.
11 oth muscle dysfunction, which contributes to postoperative ileus.
12  ability of LPS to induce cross-tolerance to postoperative ileus.
13 ion has been hypothesized as a mechanism for postoperative ileus.
14 al muscularis, leading to an exacerbation of postoperative ileus.
15 duction as mechanisms for surgically induced postoperative ileus.
16 spital length of stay (LOS), total costs, or postoperative ileus.
17 tic leak (2.7% vs 6.8%, P = 0.04), prolonged postoperative ileus (5.9% vs 14.2%, P < 0.01), and unpla
18 LC patients experienced a 11.3% reduction in postoperative ileus (95% CI - 16.0; - 6.5) and an averag
19                          The overall rate of postoperative ileus after ileostomy closure was 13.4%.
20                                              Postoperative ileus after ileostomy reversal remains a r
21                                              Postoperative ileus after laparoscopic partial colectomy
22 tics is associated with faster resolution of postoperative ileus after major abdominal surgery.
23              Early enteral nutrition reduced postoperative ileus, anastomotic leakage, and hospital s
24 ectroacupuncture in reducing the duration of postoperative ileus and hospital stay after laparoscopic
25 e were associated with a shorter duration of postoperative ileus and hospital stay after the surgery.
26 ons not only for digestive diseases, such as postoperative ileus and inflammatory bowel diseases, but
27 e for the treatment of influenza, allergies, postoperative ileus, and childhood diarrhea.
28 al site infections, lower rates of prolonged postoperative ileus, and shorter hospital stays with few
29 ay, perioperative complications, duration of postoperative ileus, and survival were assessed by retro
30 gue, radiation-induced xerostomia, prolonged postoperative ileus, anxiety/mood disorders, and sleep d
31                            The mechanisms of postoperative ileus are becoming better understood.
32                    The mechanisms underlying postoperative ileus are becoming both better understood
33 e disturbances of gastrointestinal function (postoperative ileus) are among the most significant side
34    These findings suggest that CO attenuates postoperative ileus by inhibiting selective elements wit
35 sociated with fewer complications, including postoperative ileus, compared with moderate (P < 0.0001)
36  when used systemically for neuroprotection, postoperative ileus, decompression sickness, and glaucom
37 ficant differences were observed in rates of postoperative ileus, deep vein thrombosis, small bowel o
38 on was associated with increased presence of postoperative ileus for both rectal and colon surgery pa
39                                              Postoperative ileus in both species was induced by lapar
40 imopan has been shown to reduce incidence of postoperative ileus in enhanced recovery colorectal surg
41 s have the potential to significantly reduce postoperative ileus in patients with cancer who have had
42 oncentration of CO before surgery attenuates postoperative ileus in rodents and, more importantly, in
43 n of COX-2, are major participants in rodent postoperative ileus induced by intestinal manipulation.
44                                     However, postoperative ileus is a frequent and common problem aft
45                                              Postoperative ileus is a poorly understood and common pr
46                                    Prolonged postoperative ileus is linked to a higher risk of additi
47 ontractions and therefore suggests that late postoperative ileus is mediated through a leukocytic inf
48         Impaired gastrointestinal transit or postoperative ileus largely determines clinical recovery
49 fection, bleeding transfusion, and prolonged postoperative ileus); length of stay; and length of oper
50 ia (n = 8), unplanned reexploration (n = 6), postoperative ileus (n = 3), gastrointestinal hemorrhage
51 outcome measure in future clinical trials on postoperative ileus.(Netherlands National Trial Register
52 0.6 day (P = 0.0006), and lower incidence of postoperative ileus (odds ratio 0.23, P = 0.0002).
53 94), SSI (OR = 0.40, 95% CI: 0.31-0.53), and postoperative ileus (OR = 0.71, 95% CI: 0.56-0.90).
54 similar length of stay, and similar rates of postoperative ileus (p = NS).
55                                   BACKGROUND/Postoperative ileus (POI) after colorectal surgery is as
56                                              Postoperative ileus (POI) develops after abdominal surge
57                                              Postoperative ileus (POI) following laparotomy may incre
58                                              Postoperative ileus (POI) is a common consequence of abd
59                                     Although postoperative ileus (POI) is common after BR, there is c
60                                              Postoperative ileus (POI) is often exacerbated by opioid
61   Inflammation contributes to development of postoperative ileus (POI), which is caused by physical d
62 f oral diet and passage of stool), prolonged postoperative ileus, postoperative nausea and vomiting s
63                                              Postoperative ileus remains a major source of morbidity
64  organ space SSI, any SSI, anastomotic leak, postoperative ileus, sepsis, readmission, and reoperatio
65 return of bowel function, lower incidence of postoperative ileus, shorter hospitalization, and a sign
66 ound necrosis, wound infection, or prolonged postoperative ileus) that did not affect the long-term o
67 , electroacupuncture reduced the duration of postoperative ileus, time to ambulation, and postoperati
68               Prolonged ileus-the failure of postoperative ileus to resolve within a few days after m
69                       The median duration of postoperative ileus was 21.5 h less in the chewing gum g
70                                              Postoperative ileus was defined as the absence of bowel
71 = 1.56; 95% CI 1.32-1.85, P < 0.005) whereas postoperative ileus was less likely to occur at TH than
72 , duration of hospital stay, and duration of postoperative ileus were not adversely affected by the a
73 e effect of chewing gum on the length of the postoperative ileus which develop after laparotomy for g
74        The primary outcome was the length of postoperative ileus, while the secondary outcomes were t
75 uction in 30-day mortality, and incidence of postoperative ileus with the combination.
76                                              Postoperative ileus, wound infection, respiratory/renal