Fluid resuscitation is the most effective treatment of shock. Isotonic crystalloid solution is the current recommended initial fluid resuscitation. However, this kind of fluid has high volume of distribution and may require large volume administration before achieve therapeutic goal of shock reversal. There are rising concern about the delay in shock reversal and adverse consequences of large amount volume of fluid therapy. Colloid fluid have been used as the alternate fluid resuscitation, aiming to limit the volume of fluid resuscitation and promote shock reversal. Whether colloid infusion can improve shock reversal rate and decrease complication associated with fluid resuscitation, had inconclusive information.
Fluid resuscitation is the most effective treatment of shock. Isotonic crystalloid solution is the current recommended initial fluid resuscitation. However, this kind of fluid has high volume of distribution and may require large volume administration before achieve therapeutic goal of shock reversal. There are rising concern about the delay in shock reversal and adverse consequences of large amount volume of fluid therapy. Colloid fluid have been used as the alternate fluid resuscitation, aiming to limit the volume of fluid resuscitation and promote shock reversal. Data from a recent randomized controlled study showed the improve long term survival among shock patients whose resuscitated with colloid solution. There were evidence about the increase incidence of acute kidney injury among critically ill patients who received hydroxyethyl starch, a previously worldwide used colloid solution. For septic shock, the leading cause of shock in current situation, resuscitation with albumin may associated with better outcome, while increasing mortality had been reported among the patient who received hydroxyethyl starch. Whether colloid infusion can improve shock reversal rate and decrease complication associated with fluid resuscitation, had inconclusive information.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
NONE
Enrollment
320
Patient will receive normal saline or Ringer lactate or other balance salt solution during fluid resuscitation for shock reversal.
Patient will receive 5% albumin or gelatin solution during shock resuscitation
Siriraj Hospital
Bangkoknoi, Bangkok, Thailand
RECRUITINGProportion of patients who had shock reversal
Shock reversal was defined by mean arterial blood pressure \> 65 mmHg plus lactate clearance more than 10%
Time frame: 6 hours after initial resuscitation
Mortality rate
Dead from any causes within 28 days after enrollment
Time frame: 28 days
Hospital mortality
Dead from any causes during hospital admission
Time frame: 90 days
Total fluid resuscitation within 24 hours
Total volume of fluid resuscitation the patient received within 24 hours after enrollment
Time frame: 24 hours
Renal replacement therapy
Patient who required acute renal replacement therapy during admission
Time frame: 28 days
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