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1 Tumor recurrence tends to be intraabdominal.
2 dent diabetes (8%), pancreatic fistula (5%), intraabdominal abscess (4%), small bowel obstruction (4%
4 .025), infectious complications (p = 0.014), intraabdominal abscess (p = 0.022), and postoperative de
6 eric anastomosis site, graft thrombosis, and intraabdominal abscess formation have been well document
7 more, the trxB mutant was not able to induce intraabdominal abscess formation in a mouse model, where
8 ysaccharides (Zps) confer protection against intraabdominal abscess formation in a T cell-dependent m
9 report that purified CP5 and CP8 facilitated intraabdominal abscess formation in animals when given i
10 o shown when TLR2-/- mice exhibited impaired intraabdominal abscess formation in response to B. fragi
16 jor complications, infectious complications, intraabdominal abscess, or pancreaticojejunal anastomoti
18 ajor complication, infectious complications, intraabdominal abscess, pancreaticojejunal anastomotic l
21 ha- or ICAM-1-specific Abs failed to develop intraabdominal abscesses following challenge with purifi
22 eroides fragilis promotes the development of intraabdominal abscesses in experimental models of sepsi
23 the 5.0-kDa molecule, were protected against intraabdominal abscesses induced by challenge with viabl
24 to rats in vivo conferred protection against intraabdominal abscesses induced by viable bacterial cha
26 tudy were 1) to examine interrelations among intraabdominal adipose tissue (IAAT) and other adiposity
28 d with dual-energy X-ray absorptiometry, and intraabdominal adipose tissue (IAAT) was determined with
29 However, the relation between fat intake and intraabdominal adipose tissue (IAAT), a risk factor for
30 try, subcutaneous abdominal tissue (SAT) and intraabdominal adipose tissue (IAF) by computed tomograp
31 luation of the various fat depots, including intraabdominal adipose tissue (IAF), subcutaneous adipos
33 Endpoint trunk fat mass, total fat mass, and intraabdominal adipose tissue were all lower with MCT co
34 Despite these genetic differences in loss of intraabdominal adipose tissue, improvement in glucose di
36 n transverse and coronal interpretations for intraabdominal anatomic and pathologic findings (kappa=0
37 of disease after resection was predominantly intraabdominal and involved the original tumor site, per
38 - and preadipocyte-containing fractions from intraabdominal and subcutaneous adipose tissue of mice r
41 etic resonance imaging to measure accurately intraabdominal and subcutaneous fat masses in 14 obese [
43 ients who required anesthesia for one of the intraabdominal aortic, gastric, biliary, or colon operat
46 The amount of adipose tissue stored in the intraabdominal cavity is an important, independent risk
47 lative distribution of adipose tissue in the intraabdominal compared with the subcutaneous abdominal
48 he need for laparotomy and the potential for intraabdominal complications have been cited as relative
50 iring ICU and transitioned to comfort-care), intraabdominal conditions, and alcohol abuse/withdrawal.
54 nths), none of the 10 recipients experienced intraabdominal desmoid tumor recurrence or developed de
63 Assessments at baseline, 1, and 2 y included intraabdominal fat by computed tomography scan and body
65 sment of fatness reinforced the concept that intraabdominal fat compartment is strongly correlated wi
67 ercentage body fat increases and attenuating intraabdominal fat increases in overweight and obese pre
75 itivity of abdominal radiography was 90% for intraabdominal foreign body and 49% for bowel obstructio
77 ally important complications: three cases of intraabdominal hemorrhage and one case each of gross hem
81 metry, and subcutaneous abdominal (SAAT) and intraabdominal (IAAT) adipose tissue by computerized tom
83 domly assigned 518 patients with complicated intraabdominal infection and adequate source control to
90 posite of surgical-site infection, recurrent intraabdominal infection, or death within 30 days after
97 clinafloxacin in the treatment of a range of intraabdominal infections, and in patients with a broad
98 s, Infections of the Gastrointestinal Tract, Intraabdominal Infections, Bone and Joint Infections, Ur
99 samples are indicated during soft tissue and intraabdominal infections, but cultures obtained through
100 rs were treated for bloodstream, complicated intraabdominal infections, or complicated urinary tract
108 ith pharmacobehavioral techniques (including intraabdominal injections of active compounds and a comp
113 l perforation following BAT without signs of intraabdominal injury on initial imaging and extensive p
125 tin, resistin, retinol binding protein-4, or intraabdominal obesity, suggesting that these factors do
127 sually recovered after the intrathoracic and intraabdominal organs, careful palpation of the kidneys
134 cally, morbidly obese patients have a higher intraabdominal pressure at 2 to 3 times that of nonobese
136 Hemodynamic insults secondary to increased intraabdominal pressure include increased afterload and
137 probably secondary to a chronic increase in intraabdominal pressure leading to increased intrathorac
138 volume to minimize the effects of increased intraabdominal pressure on renal and cardiac function.
140 prone positioning, hemodynamic, respiratory, intraabdominal pressure, and echocardiographic data were
141 pressure over inspired oxygen fraction, the intraabdominal pressure, and the right and left cardiac
144 Combining extended hepatectomy with another intraabdominal procedure increases the risk of postopera
145 tivariate analysis showed that a synchronous intraabdominal procedure was the only factor associated
149 y polysaccharides in preventing experimental intraabdominal sepsis in the absence of antimicrobial th
150 omplication rates to include reoperation and intraabdominal sepsis were markedly increased in those p
151 ication for LTx, cytomegalovirus status, and intraabdominal sepsis) and donor factors (donor age, col
152 ls migrate into the peritoneal cavity during intraabdominal sepsis, but the trafficking of NKT and T
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