АКШ
.pdfcardiac surgery |
compare the |
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surgery requiring |
presence of |
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n, mortality, |
groups (43 |
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similar in the 2 groups. This |
in the setting of |
efficacy of |
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sternotomy were |
active |
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characteristic |
cases in the |
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trial suggests that |
a high |
vancomycin |
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considered |
infection, the |
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s of |
vancomycin |
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vancomycin and cefazolin |
prevalence of |
prophylaxis |
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eligible for the |
use of |
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microorganis |
group, 9.5%, vs. |
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have similar efficacy in |
methicillin- |
with that of |
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trial. |
antibiotics |
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ms isolated |
39 cases in the |
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preventing SSI in cardiac |
resistant |
cefazolin in |
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within 2 wk |
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from the |
cefazolin group, |
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surgery. |
staphylococcal |
preventing |
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before the |
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infection site |
9.0%, p=0.8). |
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infections. 2002 |
SSI in a |
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operation, |
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Superficial and |
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(245) |
tertiary |
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and a |
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deep incisional |
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medical |
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previous |
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SSI rates were |
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center with a |
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cardiac |
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also similar in |
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high |
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operation |
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the 2 groups. |
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prevalence of |
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requiring |
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SSI caused by |
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methicillin- |
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sternotomy |
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methicillin- |
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resistant |
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within 1 y of |
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susceptible |
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staphylococca |
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enrollment in |
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staphylococci |
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l infections. |
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this trial. |
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were |
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significantly |
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more common |
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in the |
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vancomycin |
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group (17 cases, |
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3.7%, vs. 6 |
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cases, 1.3%; |
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p=0.04). |
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Comparative |
To compare 3 |
RCT |
321 |
Adult patients |
Patients with |
The |
The mean |
The prevalence |
p=0.05 |
N/A |
Vancomycin deserves |
study of |
regimens, |
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undergoing |
renal disease |
prevalence of |
duration of |
of surgical |
(prevalenc |
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consideration for inclusion |
cefazolin, |
using |
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cardiac or major |
or evidence |
surgical |
postoperative |
wound infection |
e of |
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in the prophylactic regimen |
cefamandole, |
intravenous |
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vascular |
of infection at |
wound |
hospitalizatio |
was lowest with |
surgical |
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(1) for prosthetic valve |
and |
cefazolin, |
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operations who |
the time of |
infection |
n, adverse |
vancomycin (4 |
wound |
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replacement and prosthetic |
vancomycin for |
cefamandole, |
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did not have renal |
operation and |
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effects |
infections |
infections |
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vascular graft implantation, |
surgical |
or |
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disease or |
with a known |
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[3.7%] vs. 14 |
in |
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to reduce the risk of implant |
prophylaxis in |
vancomycin |
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evidence of |
adverse |
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[12.3%] and 13 |
vancomyci |
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infection by methicillin- |
cardiac and |
for |
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infection at the |
reaction to a |
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[11.5%] in the |
n group |
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resistant coagulase-negative |
vascular |
prophylaxis |
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time of operation |
beta-lactam |
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cefazolin and |
vs. |
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staphylococci and |
operations: a |
against SSI. |
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and had not had a |
antibiotic or |
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cefamandole |
cefazolin |
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enterococci; (2) for any |
double-blind |
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known adverse |
vancomycin |
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groups, |
and |
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cardiovascular operation if |
randomized |
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reaction to a beta- |
were |
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respectively; |
cefamando |
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the patient has recently |
trial. 1992 (246) |
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lactam antibiotic |
excluded. |
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p=0.05); there |
le) |
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received broad-spectrum |
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or vancomycin |
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were no |
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antimicrobial therapy; and |
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were eligible for |
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thoracic wound |
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(3) for all CV operations in |
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participation in |
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infections in |
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centers with a high |
© American College of Cardiology Foundation and American Heart Association, Inc.
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this study. |
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cardiac |
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prevalence of surgical |
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operations in |
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infection with methicillin- |
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the vancomycin |
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resistant staphylococci or |
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group (p=0.04). |
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enterococci. |
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The mean |
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duration of |
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postoperative |
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hospitalization |
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was lowest in |
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the vancomycin |
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group (10.1 d; |
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p<0.01) and |
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highest in the |
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cefazolin group |
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(12.9 d). Thus, |
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administration |
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of vancomycin |
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(approximately |
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15 mg/kg), |
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immediately |
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preoperatively, |
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provides |
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therapeutic |
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blood levels for |
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surgical |
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prophylaxis |
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throughout |
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most cardiac |
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and vascular |
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operations, |
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resulting in |
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protection |
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against |
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postoperative |
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infection |
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superior to that |
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obtained with |
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cefazolin or |
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cefamandole. |
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Comparative |
The primary |
RCT |
3,027 |
Adult (≥18 y of |
Exclusion |
SSI rates at |
Bacteremia, |
Thirty day |
p=0.032 |
N/A |
Cefazolin was more |
efficacy of |
objective of |
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age) patients |
criteria |
hospital |
respiratory |
postoperatively, |
(DSWI at |
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effective prophylaxis than |
teicoplanin and |
the study was |
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undergoing |
included the |
discharge, 30 d |
infections, |
there was a |
6 mo) |
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teicoplanin against |
© American College of Cardiology Foundation and American Heart Association, Inc.
cefazolin for |
to compare |
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elective CABG, |
following: |
postoperativel |
UTI at |
trend to more |
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postoperative wound |
cardiac |
the efficacy |
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valve operations |
patients who |
y, 6 mo |
hospital |
deep |
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infections after elective |
operation |
of single-dose |
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(replacement or |
were |
postoperativel |
discharge, 30 |
sternotomy |
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cardiac operations. |
prophylaxis in |
teicoplanin |
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repair), or both |
pregnant and |
y |
d |
wound |
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3,027 patients. |
with |
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were eligible for |
those who |
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postoperativel |
infections in the |
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2000 (247) |
multiple-dose |
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the trial. |
had |
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y, 6 mo |
teicoplanin |
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cefazolin in |
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previously |
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postoperativel |
group (31 vs. |
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the |
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undergone |
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y |
18, p=0.087), |
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prophylaxis |
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sternotomy |
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which became |
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of SSI 1 mo |
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procedures; |
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significant by 6 |
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after elective |
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patients with |
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m (36 vs. 19; |
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cardiac |
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severe |
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p=0.032). |
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operations. |
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concomitant |
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Infection rates |
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Secondary |
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diseases, such |
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were low with |
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objectives |
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as the |
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either treatment. |
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were to |
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immunocomp |
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compare both |
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romised; |
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drugs in the |
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patients who |
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prevention of |
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were |
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SSI at the |
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morbidly |
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time of |
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obese; and |
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hospital |
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individuals |
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discharge and |
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with |
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6 mo |
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osteotomies. |
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postoperativel |
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Medically |
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y; to compare |
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unstable |
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both drugs in |
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patients and |
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the |
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those with |
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prevention of |
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VAD and/or |
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nonsurgical |
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requiring |
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infections, |
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IABPs, |
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noninfectious |
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transplant, or |
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complications |
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total artificial |
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, and |
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hearts were |
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mortality at |
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not enrolled. |
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discharge, 1 |
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Patients who |
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mo, and 6 mo |
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had received |
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after the |
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systemic |
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operation; to |
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antibiotics in |
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compare the |
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the |
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microorganis |
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preoperative |
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ms |
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w and those |
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© American College of Cardiology Foundation and American Heart Association, Inc.
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responsible |
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allergic to |
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for infections |
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glycopeptides |
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after |
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, penicillins, |
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operations; |
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or |
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and to |
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cephalosporin |
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compare the |
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s were not |
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safety of the |
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eligible. |
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2 drugs. |
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Active |
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bacterial |
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infections |
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precluded |
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entry into the |
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study, but |
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asymptomatic |
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bacteriuria |
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was allowed. |
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Patients with |
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serum |
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creatinine |
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levels of 250 |
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µmol/L or |
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more (2.8 |
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mg/dL) or |
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neutropenia |
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of 1,000 |
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cells/mm ≤3 |
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were |
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excluded. Use |
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of an |
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investigationa |
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l drug or |
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device in the |
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30 d before |
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the operation |
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was not |
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allowed nor |
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was prior |
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participation |
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in a trial with |
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teicoplanin. |
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Patients of |
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mental |
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© American College of Cardiology Foundation and American Heart Association, Inc.
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capacity so |
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limited as to |
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preclude |
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informed |
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consent were |
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not enrolled. |
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Ceftriaxone |
This study |
RCT |
200 |
All patients |
Patients with |
Overall rate of |
N/A |
The overall |
NS |
N/A |
The findings of this study |
versus |
compared the |
|
|
undergoing |
serum |
infections |
|
infection rate |
|
|
support the adequacy of a |
vancomycin |
efficacy of |
|
|
elective heart |
creatinine |
(wound |
|
was 13.4% in |
|
|
simple single dose of |
prophylaxis in |
this narrow- |
|
|
surgery |
levels higher |
infections, |
|
the ceftriaxone |
|
|
ceftriaxone prophylaxis in |
CV surgery. |
spectrum |
|
|
|
than 17 mg/L |
mediastinitis, |
|
and 10.7% in |
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cardiac surgery, at least in |
1999 (248) |
glycopeptide |
|
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|
were |
asymptomatic |
|
the vancomycin |
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|
hospitals with low incidence |
|
4 with a |
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|
excluded. |
bacteriuria, |
|
group. 4 (4%) |
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of vancomycin-resistant |
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single dose of |
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respiratory |
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wound |
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staphylococcal infections. |
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ceftriaxone. |
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infections) |
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infections, |
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including one |
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mediastinitis, |
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occurred in the |
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ceftriaxone |
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group and 5 |
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(5%) in the |
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vancomycin |
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group, with no |
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statistically |
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significant |
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difference. |
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Comparison of |
To |
RCT |
884 |
All patients |
Patients with |
Rate of in- |
N/A |
The overall |
NS |
difference between proportions - |
The data suggest that |
vancomycin |
investigate |
|
|
scheduled for |
a known |
hospital and |
|
immediate SSI |
|
0.3 (95% CI: -2.6 to 2.1) |
vancomycin has no |
and cefuroxime |
clinically |
|
|
CABG without |
allergy to |
late (1 mo) SSI |
|
rate was 3.2% |
|
|
clinically significant |
for infection |
significant |
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valvular surgery |
cephalosporin |
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in the |
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advantages over |
prophylaxis in |
differences |
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os or |
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cefuroxime |
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cephalosporin in terms of |
coronary artery |
between |
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vancomycin, |
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group and 3.5% |
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antimicrobial prophylaxis. |
bypass surgery. |
vancomycin |
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an active |
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in the |
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We suggest that cefuroxime |
1998 (249) |
and |
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infection, or |
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vancomycin |
|
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(or first-generation |
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cefuroxime |
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who had |
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group |
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cephalosporins, which were |
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for |
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received |
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(difference, - |
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not studied here) is a good |
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perioperative |
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prescribed |
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0.3; 95% CI: - |
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choice for infection |
|
infection |
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antibiotic |
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2.6 to 2.1). |
|
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prophylaxis in connection |
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prophylaxis |
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within the |
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with CABG in institutions |
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in CABG. |
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previous 2 |
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without methicillin-resistant |
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wk, were |
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Staphylococcus aureus |
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excluded, as |
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problems. In addition to the |
© American College of Cardiology Foundation and American Heart Association, Inc.
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were patients |
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increasing vancomycin- |
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undergoing a |
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resistant enterococci |
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repeat bypass |
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problem, the easier |
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administration and usually |
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lower price of cefuroxime |
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make it preferable to |
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vancomycin. |
Antibiotic |
In this present |
RCT (2 |
Trial 1: |
All patients |
Exclusion |
Wound scores |
Rates of |
Teicoplanin |
p<0.01 |
N/A |
In the first trial, teicoplanin |
prophylaxis in |
study, the |
trials in 1 |
314; |
undergoing |
criteria of age |
|
bacteremia, |
prophylaxis |
|
|
(400 mg on induction of |
cardiac surgery: |
development |
paper) |
Trial 2: |
cardiac surgery |
under 18 y, |
|
respiratory |
resulted in a |
|
|
anaesthesia and 200 mg 24 h |
a prospective |
of wound |
|
203 |
involving CPB |
pregnancy, |
|
and urinary |
significantly |
|
|
later), was compared with |
comparison of 2 |
infection |
|
|
were to be |
history of |
|
infections |
greater number |
|
|
tobramycin and |
dosage |
following |
|
|
considered for the |
allergy to |
|
|
of sternal |
|
|
flucloxacillin. Gram- |
regimens of |
cardiac |
|
|
trial. |
penicillin or |
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wound |
|
|
negative bacteria were |
teicoplanin with |
surgery has |
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|
vancomycin, |
|
|
infections |
|
|
responsible for more |
a combination |
been |
|
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serum |
|
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(p<0.01), due to |
|
|
respiratory and urinary |
of flucloxacillin |
examined |
|
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creatinine |
|
|
gram-positive |
|
|
infections after teicoplanin |
and tobramycin. |
with a scoring |
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over |
|
|
bacteria. In the |
|
|
prophylaxis. |
1998 (250) |
method that |
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150/onol/l, |
|
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second trial the |
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measures the |
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active |
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teicoplanin dose |
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clinical |
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infection or |
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regimen was |
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appearance of |
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antibiotic |
|
|
changed to |
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the wound |
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treatment |
|
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three doses of |
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and any |
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within the last |
|
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400 mg but this |
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changes in |
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7 d, were |
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did not improve |
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management |
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agreed. |
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the rates of |
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related to |
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Midstream |
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infection. |
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infection. In |
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urine |
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the paper |
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specimens |
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there are 2 |
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would be |
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trials |
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taken |
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described, |
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preoperativel |
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both |
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y and patients |
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compared |
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with more |
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different |
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than 10^5 |
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regimens of |
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Gramnegative |
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teicoplanin |
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bacteria per |
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vs. |
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ml of urine |
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fluclocsacillin |
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were to be |
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+tobramycin. |
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excluded |
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unless a |
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repeat |
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© American College of Cardiology Foundation and American Heart Association, Inc. |
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specimen was |
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shown to be |
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sterile. |
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Intraoperative |
To compare 2 |
RCT |
58 |
Adult patients |
Valvular |
The rate and |
Hemodynami |
In the |
p<0.01 |
Not reported |
The results show that a |
and |
surgical |
|
|
requiring elective |
heart disease |
frequency of |
c data |
vancomycin |
|
|
significantly greater number |
postoperative |
population |
|
|
CABG |
requiring |
norepinephrine |
|
group, 50% of |
|
|
of patients who received |
effects of |
randomized |
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surgical |
infusions |
|
patients |
|
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vancomycin required a |
vancomycin |
to receive |
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repair or |
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received a |
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norepinephrine infusion and |
administration |
antibiotic |
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replacement, |
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norepinephrine |
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that, despite norepinephrine |
in cardiac |
prophylaxis |
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a history of |
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infusion in the |
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infusion therapy, systemic |
surgery |
consisting of |
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prior open- |
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intraoperative |
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vascular resistance was not |
patients: a |
either |
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heart surgery, |
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and/or |
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normalized in this group of |
prospective, |
cefazolin or |
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LVEF of |
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postoperative |
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patients. The study supports |
double-blind, |
both cefasolin |
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<0.4, |
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period as |
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the conclusion that |
randomized |
and |
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emergency |
|
|
compared with |
|
|
perioperative administration |
trial. 1993 (251) |
vancomycin. |
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|
surgery, |
|
|
14% in the |
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|
of vancomycin in cardiac |
|
In these |
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chronic renal |
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normal saline |
|
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surgery patients may result |
|
groups |
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insufficiency |
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group (p<0.01). |
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in hypotension requiring the |
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norepinephrin |
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(creatinine of |
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use of a vasopressor in an |
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use was |
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>1.8 mg/dL) |
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attempt to normalize |
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compared. |
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or renal |
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hemodynamic indices. |
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failure, a |
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history of |
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allergic or |
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adverse |
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reaction to |
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cephalosporin |
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antibiotics or |
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vancomycin, |
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chronic |
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administratio |
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n of calcium |
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entry |
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blockers (due |
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to effects on |
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the peripheral |
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vascular |
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system), |
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pregnancy, |
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prisoners, and |
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the mentally |
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impaired. |
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© American College of Cardiology Foundation and American Heart Association, Inc. |
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Clinical trial of |
To compare 3 |
RCT |
1,641 |
N/A |
N/A |
Number of |
The depth of |
Of the 1,641 |
NS |
N/A |
Because no differences in |
cefamandole, |
cephalosporin |
|
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|
sites of |
tissue |
participants, |
|
|
effectiveness in preventing |
cefazolin, and |
s (cefazolin, |
|
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|
|
infection |
involvement |
141 (8.6%) had |
|
|
postoperative site infections |
cefuroxime for |
cefamandole, |
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|
|
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≥1 operative |
|
|
were demonstrated in a |
antibiotic |
cefuroxime) |
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|
site infections: |
|
|
rigorously designed trial, the |
prophylaxis in |
for antibiotic |
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46 of 549 |
|
|
costs of the drugs, including |
cardiac |
prophylaxis |
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(8.4%) |
|
|
the costs of their preparation |
operations. |
in cardiac |
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cefamandole |
|
|
and delivery, may be the |
1993 (252) |
surgery. |
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recipients, 46 of |
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only variables by which to |
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547 (8.4%) |
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choose among these 3 |
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cefazolin |
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antibiotic prophylaxis |
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recipients, and |
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regimens. |
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49 of 545 |
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(9.0%) |
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cefuroxime |
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recipients |
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(p=0.92). The |
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sites of |
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infection and |
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the depth of |
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tissue |
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involvement |
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were NS |
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different across |
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groups. |
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Efficacy of |
To compare |
RCT |
1,030 |
All adult patients |
Patients who |
Sternal and |
Cost of |
Patients |
p<0.02 |
N/A |
These data suggest that , |
cefazolin, |
cefazolin vs |
|
|
scheduled for |
received |
donor site |
hospitalizatio |
receiving |
(sternal |
|
compared with |
cefamandole, |
cefamandole |
|
|
elective median |
antibiotics or |
infection rates |
n |
cefamandole- |
wound |
|
cefamandole, cefazolin |
and gentamicin |
for antibiotic |
|
|
sternotomy |
patients with |
|
|
gentamicin had |
infection |
|
offers unreliable |
as prophylactic |
prophylaxis |
|
|
incision who |
infections |
|
|
a significantly |
rate with |
|
prophylaxis against deep |
agents in |
in cardiac |
|
|
were free of |
|
|
|
lower sternal |
gentamici |
|
infection at both the sternal |
cardiac surgery. |
surgery. |
|
|
infection and not |
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wound infection |
n added), |
|
and donor sites, and that |
Results of a |
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receiving any |
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rate than those |
p<0.05 |
|
gentamicin has no role as a |
prospective, |
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therapeutic |
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receiving |
(sternal |
|
prophylactic antibiotic in |
randomized, |
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antibiotics were |
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cefazolin- |
wound |
|
cardiac surgery. |
double-blind |
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considered |
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|
gentamicin (0% |
infection |
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trial in 1,030 |
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eligible for |
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and 2.4%, |
rate with |
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patients (253). |
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inclusion in the |
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respectively; |
or without |
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study. |
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p<0.02). |
gentamici |
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Patients |
n), p<0.02 |
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receiving |
(donor site |
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cefamandole |
infection |
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|
© American College of Cardiology Foundation and American Heart Association, Inc.
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with or without |
rate with |
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gentamicin had |
or without |
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a significantly |
gentamici |
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lower infection |
n) |
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rate than |
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patients |
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receiving |
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cefazolin with |
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or without |
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gentamicin at |
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both the sternal |
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(0.4% vs. 1.8%, |
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p<0.05) and |
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donor sites (0% |
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vs.1.3%, |
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p<0.02). |
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CABG indicates coronary artery bypass graft; CI, confidence interval; CPB, cardiopulmonary bypass; CV, cardiovascular; d, day; DSWI, deep sternal wound infection; HR, hazard ratio; IABP, intra aortic balloon pump; LVEF, left ventricular ejection fraction; mon, month; N/A, not applicable; NS, non-significant; OR, odds ratio; RCT, randomized controlled trial; RR, relative risk; SSI, surgical site infection; UTI, urinary tract infection; and VAD, ventricular assist device.
Data Supplement 37. Renal Dysfunction
Article Title |
Aim of Study |
Study |
Study |
Patient Population/Inclusion & |
Endpoints |
Statistical Analysis |
P-Values |
OR / HR / |
Study Summary |
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Type |
Size |
Exclusion Criteria |
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Reported |
& 95% CI |
RR |
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Inclusion Criteria |
Exclusion |
Primary |
Secondary |
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Criteria |
Endpoint |
Endpoint |
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Efficacy of |
To assess the |
Systemat |
1,163 |
RCTs of adults |
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Incidence of ARI |
Maximum change |
Compared with |
p=0.24 |
RR: 0.91; |
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NAC in |
potential |
ic review |
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undergoing cardiac |
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in serum |
placebo, NAC did not |
(incidence |
95% CI: |
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preventing |
efficacy and |
and |
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surgery, in which at |
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creatinine from |
provide a statistically |
of ARI) |
0.79 to |
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renal injury |
adverse effects |
meta- |
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least 1 of the |
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baseline within 5 d |
significant reduction |
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1.06 |
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after heart |
of |
analysis |
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treatment groups |
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following surgery, |
in any of the assessed |
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(incidence |
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surgery: a |
perioperative |
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received NAC, |
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need for |
outcomes. There was |
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of ARI) |
NAC did not statistically reduce |
systematic |
NAC |
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administered orally |
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postoperative |
no difference in the |
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the length of ICU or hospital |
review of |
administration |
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or intravenously, |
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haemodialysis, all- |
incidence of ARI |
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stay. However, there was a trend |
RCTs. 2009 |
in adults |
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immediately before, |
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cause mortality, |
[35% NAC vs. 37% |
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towards reduced ARI incidence |
(254) |
undergoing |
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during, or |
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and LOS in the |
placebo; RR: 0.91; |
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among patients with baseline |
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cardiac |
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immediately after |
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ICU and the |
95% CI: 0.79 to 1.06; |
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CKD randomized to NAC (RR: |
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surgery. |
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cardiac surgery at |
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hospital. |
p=0.24] or maximum |
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0.86; 95% CI: 0.70 to1.05; |
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any dose, for any |
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change in serum |
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p=0.14), particularly if NAC |
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length of time, with |
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creatinine from |
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preparations were administered |
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reported |
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baseline (0.32 mg/dL |
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intravenously (RR: 0.80; 95% |
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preoperative |
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±0.51 vs. 0.32 mg/dL |
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CI: 0.64 to 1.01; p=0.06). |
© American College of Cardiology Foundation and American Heart Association, Inc.
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(baseline) and |
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±0.47; p=0.95). |
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postoperative (within |
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Overall, 3.3% of |
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5 d after surgery) |
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patients required |
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creatinine levels or |
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haemodialysis (NAC |
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the incidence of ARI |
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vs. placebo; RR: 1.13; |
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after heart surgery in |
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95% CI: 0.59 to 2.17) |
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each treatment group |
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and 3% of patients |
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were included. |
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died (RR: 1.10; 95% |
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CI: 0.56 to 2.16). |
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Effect of |
To evaluate |
RCT |
100 |
Patients undergoing |
Exclusion |
The mean |
The rate of MI (as |
N/A |
p=NS |
N/A |
No differences were noted in the |
intravenous |
the effects of |
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primary CABG with |
criteria were |
postoperative |
defined by CK- |
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incidence of renal dysfunction |
NAC on |
intravenous |
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CPB |
emergency |
release of cardiac |
MB level >50 |
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over a 4-d period after CPB |
outcomes |
NAC on |
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operations, |
troponin T levels |
and/or new Q |
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comparing NAC-group and |
after CABG: |
clinical and |
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acute MI within |
between the 2 |
wave on |
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placebo-group. |
a |
biochemical |
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<3 wk, prior |
groups (1-, 2-, 4- |
electrocardiogram |
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randomized, |
outcomes after |
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cardiac surgery, |
, 8-, 12-, and 24- |
in a given |
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double- |
CABG with |
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age >80 y, |
h |
territory), renal |
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blind, |
CPB. |
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EF<20%, and |
postoperatively, |
function |
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placebo- |
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concomitant |
then 2-, 3-, and |
(creatinine), |
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controlled |
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procedures. |
4-d |
bleeding, low |
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clinical trial. |
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postoperatively) |
cardiac output |
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2007 (255) |
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syndromes, |
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arrhythmias, and |
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mean levels of |
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CK-MB. |
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Phase II, |
To assess the |
RCT |
60 |
Patients at high-risk |
Exclusion |
The absolute |
The relative |
There was no |
p=NS |
N/A |
There was no evidence for |
randomized, |
effect of high- |
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of postoperative |
criteria were |
change in serum |
change in serum |
significant attenuation |
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differences in any other clinical |
controlled |
dose NAC on |
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renal dysfunction |
age <18, |
creatinine from |
creatinine, the |
in the increase in |
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outcome. |
trial of high- |
renal function |
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(age >70, preexisting |
allergy or |
baseline to peak |
peak serum |
serum creatinine from |
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dose NAC |
in cardiac |
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renal impairment, |
hypersensitivity |
level within the |
creatinine, the |
baseline to peak when |
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in high-risk |
surgery |
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NYHA 3/4, valve |
to NAC, |
first 5 |
absolute and |
comparing NAC with |
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cardiac |
patients at |
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surgery or complex |
emergency |
postoperative d. |
relative change in |
placebo (64.5±91.2 |
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surgery |
higher risk of |
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surgery, redo cardiac |
operations, |
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serum cystatin C, |
and 38.0±42.4 |
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patients. |
postoperative |
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surgery, insulin- |
planned off- |
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and the urinary |
mumol/L, |
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2007 (256) |
renal failure |
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dependent diabetes |
pump surgery, |
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output (to |
respectively; p=0.15). |
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mellitus) who were |
enrolled in |
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calculate the AKI |
Also, there was no |
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scheduled for |
conflicting |
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rate), the use of |
attenuation in the |
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elective or urgent |
study. Known |
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renal replacement |
increase in serum |
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cardiac surgery |
blood-born |
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therapy, duration |
cystatin C from |
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necessitating the use |
infectious |
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of ventilation, |
baseline to peak for |
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of CPB at 2 tertiary |
disease, chronic |
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chest tube |
NAC compared with |
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referral hospitals. |
inflammatory |
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drainage, need for |
placebo (0.45±0.43 |
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© American College of Cardiology Foundation and American Heart Association, Inc.