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1 OPCAB also had more trainee first operators (15.3% vs 12
2 OPCAB does not narrow the disparity in outcomes between
3 OPCAB had a significantly lower inpatient/30-day mortali
4 OPCAB is associated with fewer major adverse cardiac eve
5 OPCAB is associated with lower in-hospital mortality and
6 OPCAB is associated with similar long-term outcomes to C
7 OPCAB may provide complete revascularization that is dur
8 OPCAB patients were less likely to receive transfusion (
9 OPCAB patients were less likely to receive transfusion d
10 OPCAB surgery in patients with severe AAD is associated
14 OPCAB, less myocardial enzyme release after OPCAB up to 24 hours, less early neurocognitive dysfunct
15 Risk-adjusted outcomes are superior after OPCAB versus on-pump coronary artery bypass for mortalit
16 ss blood loss and need for transfusion after OPCAB, less myocardial enzyme release after OPCAB up to
18 out the relative merits of standard CABG and OPCAB are difficult to reach from these varied randomize
20 The observed mortality of CONVERT, CPB, and OPCAB was 9.9%, 3.0%, and 1.6%, respectively, and the ob
21 entional coronary artery bypass grafting and OPCAB are safe procedures that improved the quality of l
22 used to assess the impact of black race and OPCAB on in-hospital outcomes (death, stroke, myocardial
24 hazard ratio 1.08, 95% CI 0.96 to 1.22), but OPCAB patients had higher rates of subsequent revascular
25 demonstrated no difference in survival, but OPCAB patients were more likely to require repeat revasc
27 s trials of off-pump coronary artery bypass (OPCAB) have enrolled selected patients and have not rigo
28 k patients, off-pump coronary artery bypass (OPCAB) technique is associated with lower morbidity and
29 ) completed off-pump coronary artery bypass (OPCAB), whereas 456 (5.8%) were converted to on-pump (CO
30 omparison to on-pump coronary artery bypass, OPCAB reduces perioperative morbidity, but have failed t
35 New York State patients who underwent either OPCAB with median sternotomy (13 889 patients) or on-pum
36 One surgical session consisting of elective OPCAB or CABG with cardiopulmonary bypass.The surgeon ha
38 95% confidence interval [CI]: 0.94-1.11 for OPCAB vs CPB; P=0.56) or freedom from death and reinterv
42 (95% CI, 755 dollars-3732 dollars) less for OPCAB (P =.002) and 1955 dollars (95% CI, -766 dollars t
43 ikely to receive transfusion (odds ratio for OPCAB, 0.80; P=0.037), and there were trends toward impr
45 Off-pump coronary artery bypass grafting (OPCAB) has been suggested to reduce the number of periop
46 ed off-pump coronary artery bypass grafting (OPCAB) in an effort to reduce the morbidity of surgical
47 In total, 13 226 patients had CABG: 5882 had OPCAB and 7344 had CPB, with a median follow-up of 6.2 y
48 s ratio, 0.72; 95% CI, 0.53 to 0.99) who had OPCAB had lower risk-adjusted odds of major adverse card
54 the recent literature examining outcomes of OPCAB versus on-pump coronary artery bypass in high-risk
56 ry bypass or cardioplegia (off-pump CABG, or OPCAB) is superior to that performed with the heart-lung
59 of coronary artery bypass grafting off-pump (OPCAB) have a beneficial effect specifically in women ha
63 0-year survivals in each group were similar (OPCAB vs CPB: 96.7%, 87.9%, 72.1% vs 96.2%, 87.4%, 72.8%
64 f-pump coronary artery bypass graft surgery (OPCAB) has been performed for many years, but its use is
68 were investigated for patients who underwent OPCAB (641 patients) and CABG-cardiopulmonary bypass (50
70 lected patients with angiographic follow-up, OPCAB achieved similar graft patency in the hospital and
72 ncy, and it remains an open question whether OPCAB is associated with better outcomes than on-pump co
73 ction terms were constructed to test whether OPCAB surgery influences surgical results differently in
75 ale patients (n=3248) and those treated with OPCAB (n=4492) were older, had more comorbidities and hi
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