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1 oing abdominal wall reconstruction (AWR) for incisional hernia.
2 as been proposed in patients at high risk of incisional hernia.
3 or higher have an increased risk to develop incisional hernia.
4 ransverse and craniocaudal dimensions of the incisional hernia.
5 rnia (DASH) is accurate for the diagnosis of incisional hernia.
6 l anastomotic stenosis, marginal ulceration, incisional hernia.
7 ll patients undergoing laparotomy develop an incisional hernia.
8 e an independent factor for recurrence of an incisional hernia.
9 tric bypass was the reduction in the rate of incisional hernia.
10 was to quantify the risk of incarceration of incisional hernias.
11 A majority of the defects (68%) were incisional hernias.
12 the retromuscular space prevented stoma site incisional hernias.
13 ut also decreases the long-term incidence of incisional hernias.
14 ed to reinforce the repair of abdominal wall incisional hernias.
15 midline laparotomy incisions developed into incisional hernias.
16 of management apply equally to inguinal and incisional hernias.
17 ove outcomes in the repair of abdominal wall incisional hernias.
18 latation, late small bowel obstructions, and incisional hernias.
20 ortions of patients in the step-up group had incisional hernias (23% vs 53%; P = .004), pancreatic ex
21 cations such as infection (10.5 vs 1.3%) and incisional hernia (7.9 vs 0%) were more common after ope
27 has rare but relevant complications, namely incisional hernias and neuralgia at the trocar sites, wh
28 lymer significantly lowered the incidence of incisional hernias and the recurrence rate after repair.
29 steroids, the incidence of wound infections, incisional hernias, and fascial dehiscence is low in kid
30 10, including three internal hernias, three incisional hernias, and four nonincisional ventral herni
35 terventions; colonic ischemia, bleeding, and incisional hernias caused 30%, 22%, and 22% of OSR reint
36 -LDN was associated with a higher rate of an incisional hernia compared with all other modalities (P
38 r CNF (18% vs 45%; P = 0.002), mainly due to incisional hernia corrections (3% vs 14%; P = 0.047).
41 he "hernia-treatment" experiments, recurrent incisional hernias developed in 86% of control-rod incis
43 cluding SSIs, wound healing, dehiscence, and incisional hernia development, were monitored at 1 month
44 recovery at 3 weeks after repair of midline incisional hernias does not differ between LR and OR, bu
45 and effectively prevents the development of incisional hernia during 2 years, with an additional mea
46 studies show that 1 in 3 patients develop an incisional hernia, for which half of the patients receiv
47 toperative day (POD) 7, and the incidence of incisional hernia formation was determined on POD 28.
50 ening the follow-up for patients at risk for incisional hernia (IH) after trauma laparotomy (TL), cou
51 c risk factors independently associated with incisional hernia (IH) and demonstrate the feasibility o
53 tion for a complication or open conversion), incisional hernia in 5 patients (1.8%), and anastomotic
54 P, conversion in 62.2%, surgically repair of incisional hernias in 21% after LDP, or an average 2.3 d
60 Prosthetic reinforcement of critically sized incisional hernias is necessary to decrease hernia recur
63 36, 9%), bacterial infections (n = 49, 12%), incisional hernia (n = 22, 6%), pleural effusion requiri
64 5 stomal stenoses, 3 bowel obstructions, 26 incisional hernias (nonlaparoscopic), and 1 pulmonary em
66 : Patients from 7 centers with a midline incisional hernia of a maximum width of 10 cm were rando
70 was not lower in recipients who developed an incisional hernia or facial dehiscence (vs. those who di
71 espectively), wound complications (abdominal incisional hernia or infusion port dehiscence/inflammati
72 ormed on a second group of rats with chronic incisional hernias or acute anterior abdominal wall myof
77 f 10,822 Washington state patients underwent incisional hernia repair (mean age 58.7 +/- 15.6, 64% fe
81 re primary umbilical/epigastric (umb/epi) or incisional hernia repair from a regional area of 2 milli
82 moking and morbid obesity before ventral and incisional hernia repair improves outcomes, as many as 2
84 months after primary umbilical/epigastric or incisional hernia repair underestimated overall risk of
87 residents assigned ICD9 procedure codes for incisional hernia repair with or without synthetic mater
89 nderwent at least one subsequent reoperative incisional hernia repair within the first 5 years after
91 nd reoperation for recurrence (parastomal or incisional hernia repair) up to 5 years after surgery.
93 stay, 1-year readmission, repeat AAA repair, incisional hernia repair, and lower extremity amputation
94 ) and major surgical procedures (ie, ventral incisional hernia repair, colectomy, reflux surgery, bar
95 outcome measure was the rate of reoperative incisional hernia repair, length of hospitalization, and
102 ed an additional surgical procedure: midline incisional hernia, repair ureteral fistula, and repair e
103 tionwide cohort study including all elective incisional hernia repairs in Denmark from January 1, 200
104 bdominal wall closures, resulting in 200,000 incisional hernia repairs in the United States each year
108 rgical risk (pulmonary embolus, leak, death, incisional hernia) than in other patients who underwent
110 study of 18 consecutive patients with large incisional hernia undergoing AWR with linea alba restora
111 ws minimally invasive transhernial repair of incisional hernias using large retromuscular/preperitone
112 reduce the high incidence of abdominal wall incisional hernias using sustained release growth factor
114 inth Revision or Tenth Revision diagnosis of incisional hernia was conducted from 2010 to 2017 in 15
118 imilar between groups except for the rate of incisional hernia, which was significantly greater after