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1 ; 1381 [69.9%] women; 1778 [90.1%] underwent abdominal operations).
2  mesh (IHRWOM) to those with a history of an abdominal operation.
3 ith prior IHRWOM to those without a previous abdominal operation.
4 r outcomes as LSHs for advanced laparoscopic abdominal operations.
5  early discharge and readmission after major abdominal operations.
6 viewed on adult patients undergoing emergent abdominal operations.
7 d in earlier patient discharge after complex abdominal operations.
8 increase complication risk during subsequent abdominal operations.
9  (49.6% vs 30.3%; P < .001), and prior major abdominal operations (48.3% vs 21.9%; P < .001), includi
10     The majority of patients underwent prior abdominal operations (95%).
11 stimated to occur once in every 1000 to 1500 abdominal operations and early prevention and identifica
12 Adhesion formation occurs after 50 to 90% of abdominal operations and has no proven preventative or t
13            The rates of death and subsequent abdominal operations and selected micronutrient levels (
14 Society of Anesthesiologists score, previous abdominal operations, and presence of acute cholecystiti
15 ry has seen drastic changes with many of the abdominal operations being performed laparoscopically.
16 ared outcomes of 72662 advanced laparoscopic abdominal operations between HSHs (4-5 stars) and LSHs (
17  1.27-3.40; P = 0.004) and more than 5 prior abdominal operations compared to none (OR 8.51; 95% CI 2
18     Procedure times for the last half of the abdominal operations decreased significantly, as did the
19 iteria included patients who had an emergent abdominal operation, defined as one performed for presum
20 recipient(-) CMV serologic status (P=0.013), abdominal operation (excluding retransplantation) after
21                                      Of 1461 abdominal operations for CD, 267 (18.3%) were performed
22 died 618,495 patients who underwent an intra-abdominal operation from the National Inpatient Sample d
23                          Patients undergoing abdominal operations had higher rates of 90-day VTE comp
24 has been well established in several complex abdominal operations; however, few studies have examined
25 , 0.3 to 0.5.) and patients who underwent an abdominal operation (HR = 0.4; 95% CI, 0.3 to 0.4).
26 dmitted to the hospital with a history of an abdominal operation (ie, bariatric, cholecystectomy, sma
27 ere is a paucity of studies on the safety of abdominal operations in this population.
28 ajor liver resections, even with prior intra-abdominal operations, in selected patients and when perf
29 eclined steadily, while alimentary and intra-abdominal operations increased.
30 tion of the patient who may need an emergent abdominal operation is less well defined.
31 y discharge in selected patients after major abdominal operations is associated with lower, and not h
32  DC included prior liver transplant or major abdominal operation, longer pretransplant recipient and
33              Appendectomy is the most common abdominal operation performed in pediatric patients in t
34 xamine the outcomes of elective and emergent abdominal operations performed in end-stage heart failur
35            Most patients in need of emergent abdominal operations should not undergo advanced tests.
36 a surgical concept permitting scarless intra-abdominal operations through natural orifices, such as t
37 ation of preventive strategies before future abdominal operations to lessen IH prevalence as well as
38                                History of an abdominal operation was ascertained within the 3-year pe
39 s with cirrhosis who underwent nontransplant abdominal operations were identified from the National I
40                  364,609 patients with major abdominal operations were included.
41 atic injuries with 1 or more concurrent open abdominal operations were included.