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1 LSG is growing in popularity as a primary bariatric procedure.
2 n-Y gastric bypass (RYGB) is the most common bariatric procedure.
3 effective and the most difficult to perform bariatric procedure.
4 strectomy (LSG) emerging as the most popular bariatric procedure.
5 sing a database that captures >92% of all US bariatric procedures.
6 compared with nonsurgical matches and across bariatric procedures.
7 associated with severe obesity and distinct bariatric procedures.
8 a safe and effective alternative to invasive bariatric procedures.
9 mes, and specifically compared the different bariatric procedures.
10 r long-term weight losses for LAGB and other bariatric procedures.
11 the gastric "restrictive" component of other bariatric procedures.
12 ients and 2 patients were converted to other bariatric procedures.
13 degree of weight loss varies with different bariatric procedures.
14 hunger and improved satiety) following these bariatric procedures.
15 es in outcomes between open and laparoscopic bariatric procedures.
16 cal activity, pharmacotherapy, and metabolic/bariatric procedures.
17 edicare data (2004-2008) evaluating rates of bariatric procedures/100,000 enrollees, 90-day mortality
18 gher annual case volumes for both SG and any bariatric procedure (224.3 cases/yr vs 73.4 cases/yr, P
19 strectomy (LSG) is currently the predominant bariatric procedure, although long-term weight loss and
20 hood obesity epidemic, the rate of inpatient bariatric procedures among adolescents has plateaued sin
22 comorbidity control and complications after bariatric procedures and this evidence will most likely
23 e expenditures, subsequent hospitalizations, bariatric procedures, and mortality during the 4 years a
28 cal activity, pharmacotherapy, and metabolic/bariatric procedures as appropriate for individual patie
29 gs and postoperative complications for these bariatric procedures at fluoroscopic examinations and CT
31 cedures and for 6 representative operations: bariatric procedures, colectomy or proctectomy, hysterec
33 associated with relatively fewer subsequent bariatric procedures during the 4-year follow-up period
34 vice replacement, or revision to a different bariatric procedure (eg, a gastric bypass or sleeve gast
36 The use of gastric bypass as the preferred bariatric procedure for patients with obesity and type 2
39 x-en-Y gastric bypass (RYGB) are widely used bariatric procedures for which comparative efficacy and
40 o compare the effects of the two most common bariatric procedures, gastric bypass and sleeve gastrect
43 before and repeatedly </=1 y after distinct bariatric procedures [i.e., a sleeve gastrectomy, proxim
46 aims data and identified patients undergoing bariatric procedures in 2011-2012 (N = 24647 patients; 4
49 sleeve gastrectomy (SG) account for >95% of bariatric procedures in United States in patients with T
50 eatly enhanced in rats and humans after some bariatric procedures, including vertical sleeve gastrect
51 bypass (GBP) surgery, one of the most common bariatric procedures, induces weight loss and metabolic
55 ere no consistent associations between other bariatric procedures (mainly gastroplasty, gastric bandi
56 ns of evidence from observational studies of bariatric procedures (n approximately 600 patients) and
58 d studies are needed to assess the effect of bariatric procedures on cardiovascular disease, cancer,
66 onsequences of the 2 most commonly performed bariatric procedures, Roux-en-Y gastric bypass and lapar
68 ong-term outcomes of this commonly performed bariatric procedure should be considered alongside its w
69 ; however, there is increasing evidence that bariatric procedures should also be considered for patie
72 atients with obesity and metabolic syndrome, bariatric procedures such as vertical sleeve gastrectomy
78 tive cohort study in IIH patients undergoing bariatric procedures versus conventional weight loss int