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glucose threonine study methionine piglet protein intake oxidation nutrition tissue metabolism whole-body enteral infant splanchnic period infusion model enrichment preterm splanchnic tissues liver intestine preterm infants tracer portal neonate homocysteine animal blood postnatal transmethylation uptake parenteral development synthesis first-pas physiol sample parenteral nutrition stoll burrin transsulfuration plasma human growth result protein restriction production kinetic pediatr utilization whole-body threonine oxidation energy preterm neonates animal models postnatal age table isotope disease methionine intake stoll b whole-body glucose oxidation weight reeds threonine utilization necrotizing enterocolitis cysteine amount substrate birth period b effect value incorporation van goudoever jb research rodent requirement mouse pups
4 Most Recent Publications
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Animal models to study neonatal nutrition in humans
(Article)
Puiman, P.J. Stoll, B. |
2008-09-01
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Methionine transmethylation and transsulfuration in the piglet gastrointestinal tract
(Article)
Riedijk, M.A. Stoll, B. Chacko, S. Schierbeek, H. Sunehag, A.L. Goudoever, J.B. van Burrin, D.G. |
2007-02-27
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Threonine utilization is high in the intestine of piglets
(Article)
Schaart, M.W. Schierbeek, H. Schoor, S.R. van der Stoll, B. Burrin, D.G. Reeds, P.J. Goudoever, J.B. van |
2005-01-01
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Splanchnic bed metabolism of glucose in preterm neonates
(Article)
Schoor, S.R. van der Stoll, B. Wattimena, D.L. Büller, H.A. Tibboel, D. Burrin, D.G. Goudoever, J.B. van |
2004-01-01
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