Background: We recently showed that parenteral administration of amino acids to premature infants immediately after birth is safe and results in a positive nitrogen balance and increased whole-body protein synthesis. However, we did not determine organ-specific effects; albumin, produced by the liver, is an important protein, but its concentration is often low in premature neonates during the first few days after birth. Objective: The objective of the study was to test the hypothesis that the fractional and absolute albumin synthesis rates would increase with the administration of amino acids after birth, even at low nonprotein energy intake. Design: Premature infants (<1500 g birth weight), who were on ventilation, received from birth onwa...
Background: Despite nutritional intervention, albumin concentrations are often low in critically ill...
BACKGROUND: The availability of glutathione, the main intracellular antioxidant, is compromised in...
BACKGROUND: The availability of glutathione, the main intracellular antioxidant, is compromised in...
We recently showed that parenteral administration of amino acids to premature infants immediately af...
Albumin is the major binding protein in the human neonate. Low production of albumin will lower its ...
Albumin is the major binding protein in the human neonate. Low production of albumin will lower its ...
Albumin is the major binding protein in the human neonate. Low production of albumin will lower its ...
Albumin is the major binding protein in the human neonate. Low production of albumin will lower its ...
To determine whether the general reluctance to begin amino acid administration to preterm infants fr...
Objectives: To test the hypothesis that the administration of 2.4 g amino acids (AA)/(kg·d) to very ...
We previously showed that, in prematurely born infants, an anabolic state without metabolic acidosis...
Background: Despite nutritional intervention, albumin concentrations are often low in critically ill...
Background: Despite nutritional intervention, albumin concentrations are often low in critically ill...
BACKGROUND: The availability of glutathione, the main intracellular antioxidant, is compromised in...
Background: Despite nutritional intervention, albumin concentra-tions are often low in critically il...
Background: Despite nutritional intervention, albumin concentrations are often low in critically ill...
BACKGROUND: The availability of glutathione, the main intracellular antioxidant, is compromised in...
BACKGROUND: The availability of glutathione, the main intracellular antioxidant, is compromised in...
We recently showed that parenteral administration of amino acids to premature infants immediately af...
Albumin is the major binding protein in the human neonate. Low production of albumin will lower its ...
Albumin is the major binding protein in the human neonate. Low production of albumin will lower its ...
Albumin is the major binding protein in the human neonate. Low production of albumin will lower its ...
Albumin is the major binding protein in the human neonate. Low production of albumin will lower its ...
To determine whether the general reluctance to begin amino acid administration to preterm infants fr...
Objectives: To test the hypothesis that the administration of 2.4 g amino acids (AA)/(kg·d) to very ...
We previously showed that, in prematurely born infants, an anabolic state without metabolic acidosis...
Background: Despite nutritional intervention, albumin concentrations are often low in critically ill...
Background: Despite nutritional intervention, albumin concentrations are often low in critically ill...
BACKGROUND: The availability of glutathione, the main intracellular antioxidant, is compromised in...
Background: Despite nutritional intervention, albumin concentra-tions are often low in critically il...
Background: Despite nutritional intervention, albumin concentrations are often low in critically ill...
BACKGROUND: The availability of glutathione, the main intracellular antioxidant, is compromised in...
BACKGROUND: The availability of glutathione, the main intracellular antioxidant, is compromised in...