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7/28/2019 Journal Reading SAFE - Emergency Medicine
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1
Dina Yuniastuti 4151101097
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Abstract
Background
0The Saline versus Albumin Fluid Evaluation study suggested thatpatients with traumatic brain injury resuscitated with albumin had ahigher mortality rate than those resuscitated with saline. Weconducted a post hoc follow-up study of patients with traumatic braininjury who were enrolled in the study.
Methods
0For patients with traumatic brain injury (i.e., a history of trauma,evidence of head trauma on a computed tomographic [CT] scan, and a
score of
13 on the Glasgow Coma Scale [GCS]), we recorded baselinecharacteristics from case-report forms, clinical records, and CT scansand determined vital status and functional neurologic out- comes 24months after randomization.
N Engl J Med
2007;357:874-84The New England Journal of Medicine 2
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AbstractResults0We followed 460 patients, of whom 231 (50.2%) received albumin and
229 (49.8%) received saline. The subgroup of patients with GCS scores of
3 to 8 were classified as having severe brain injury (160 [69.3%] in the
albumin group and 158 [69.0%] in the saline group). Demographic
characteristics and indexes of severity of brain in- jury were similar atbaseline. At 24 months, 71 of 214 patients in the albumin group (33.2%)
had died, as compared with 42 of 206 in the saline group (20.4%) (relative
risk, 1.63; 95% confidence interval [CI], 1.17 to 2.26; P=0.003). Among
patients with severe brain injury, 61 of 146 patients in the albumin group
(41.8%) died, as compared with 32 of 144 in the saline group (22.2%)
(relative risk, 1.88; 95% CI, 1.31 to 2.70; P
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Abstract
Conclusions
0 In this post hoc study of critically ill patients with traumatic
brain injury, fluid resuscitation with albumin was associated with
higher mortality rates than was resuscitation with saline.(Current Controlled Trials number, ISRCTN76588266.)
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2007;357:874-84The New England Journal of Medicine 4
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Discussion
0 Crystalloid-based fluid strategies are favored in trauma-
resuscitation protocols, although the evidence supporting these
strategies in cases of brain injury is limited. Most of these
protocols are based on a pragmatic approach to resuscitation, onthe assumption that prompt restoration of the volume of
circulating blood and the prevention of hypotension may
improve the outcome in patients with brain injury. The use of
hypertonic crystalloid solutions has also been proposed for
increasing plasma osmolality and decreasing cerebral edema.
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2007;357:874-84The New England Journal of Medicine 8
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0 Colloid-based fluid-resuscitation strategies, including the use of
albumin, have similarly been based on physiological principles,
with the aim of maintaining or augmenting plasma oncotic
pressure to minimize extravasation of intravascular fluid into thebrain interstitium.
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0 Our study provides post hoc data to guide the choice of
resuscitation fluid in patients with traumatic brain injury, but the
biologic mechanisms for the observed differences in mortality
are unclear. Because there was no difference in hemodynamic-resuscitation end points or in the cause and time of death
between the two groups, one mechanism may be exacerbation of
vasogenic or cytotoxic cerebral edema induced by the
administration of albumin.
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0 In conclusion, in our study comparing albumin with saline for
intravascular fluid resuscitation in the ICU, higher mortality rates
were observed among patients with severe traumatic brain
injury who received 4% albumin than among those who receivedsaline. These findings suggest that saline is preferable to albumin
during the acute resuscitation of patients with severe traumatic
brain injury.
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2007;357:874-84The New England Journal of Medicine 11
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