burns/albumin

BACKGROUND Acute renal failure (ARF) is not a rare occurrence in severe burns and is an important complication leading to an increase in mortality. The severity of the burn is largely determined by the burn size, and severe burns are likely to cause enough loss of extracellular fluid and albumin

The acute-phase response that follows injury and sepsis is characterized by increased hepatic synthesis of specific secreted proteins while production of albumin is decreased. The effect of burn injury on specific synthesis rates of secreted hepatic proteins has not been reported. In this study,

The burn disease is found to be accompanied by increasing of the level of oxidized proteins of blood serum. We studied the influence of albumin oxidation rate on aggregation of platelets and erythrocytes, disaggregation of erythrocytes. The changes of blood cells aggregation associated with

Background: Burned patients have an increased need for vitamin D supply related to the maintenance of calcium-phosphate homeostasis and the regulation of cell proliferation/differentiation. This study aimed to analyze the concentration of

OBJECTIVE To measure water balance and changes in distribution, and the effect of giving supplementary albumin, early after a burn injury. METHODS Consecutive patients (matched groups) and healthy controls. METHODS National burn unit in a Swedish university hospital. METHODS Eighteen patients with

To evaluate whether measuring serum albumin levels in clinical assessments affects the accuracy of mortality predictions in large burns and to compare patients' serum albumin levels at hour 0(Alb0h) and hour 24(Alb24h) following their admission. This prospective observational study was performed at

OBJECTIVE among burn patients, it is common to use colloidal substances under the justification that it is necessary to correct the oncotic pressure of the plasma, thereby reducing the edema in the burnt area and the hypotension. The aim here was to assess the risk of hospital mortality, comparing

This study investigated the effects of the anti-inflammatory agent D-myo-inositol-1,2,6-trisphosphate (IP3) on burn edema. Two sets of experiments were performed. In the first set, a full-thickness burn injury was induced in the abdominal skin of anesthetized rats. Postburn intravenous treatment was

The anti-inflammatory agent D-myo-inositol-1,2,6-trisphosphate (1,2,6-IP3) has shown beneficial effects in experimental burns following systemic administration. The purpose of this study was to investigate the effect of topical 1,2,6-IP3 cream on a standardised full-thickness 1 cm2 burn injury in

OBJECTIVE Serum albumin levels have been used to evaluate the severity of the burns and the nutrition protein status in burn people, specifically in the response of the burn patient to the nutrition. Although it hasn't been proven if all these associations are fully funded. The aim of this

Capillary permeability increases after inflammation with consequent leak of fluid, electrolytes, and proteins. The albumin molecule size being smaller (69 kDa) than the globulin molecule (90-156 kDa) will leak relatively at an early stage of the disease (with moderate increase in capillary pore

The purpose of this study was to assess whether albumin levels could be used to aid in the prediction of hospital stay in adult burn patients. A retrospective review of burn patients from 2009 to 2014 was used. Demographic, injury details, albumin levels within 72 hours of admission, and clinical

OBJECTIVE To observe the change in albumin concentration in the subeschar tissue fluid of rabbits in early stage after burn, and to analyze its regular pattern. METHODS Thirty-four adult male New Zealand rabbits were divided into control group and experiment group according to the random number

Burn injury was induced in anesthetized rats by exposing the abdominal skin to a temperature of 55 degrees C by means of a hot aluminum rod. Temperature was registered on a Grass polygraph. Skin exposure was interrupted when hot rod temperature had decreased to 45 degrees C. A full-thickness burn