Gut · 1990 · 29 citations · 30 references
MedicineEndocrinologyPhysiologyDevelopmental PhysiologyMineral MetabolismNeonatologyKidney DevelopmentNeonatal PhysiologyRenal Mineral HandlingRenal PhysiologySodium BalanceSodium HomeostasisAldosterone PhysiologyNeonatal Renal PhysiologyNeonatal Sodium BalanceRenal Mineral Transport PhysiologyRenal Tubular TransportSodium Transport ProteinsSodium Transport RegulationTubular Sodium Transport
Aldosterone is important in the regulation of sodium conservation by both kidney and colon. In the very preterm neonate marked urinary salt wasting occurs because of immature renal tubular function, but little is known of the ontogeny of colonic transport processes. Using an in vivo rectal dialysis technique, we have shown that in the human infant the colon has well developed salt conserving mechanisms from early in the last trimester of gestation and that aldosterone is an important regulatory hormone. Sodium transport mechanisms in the colon appear to develop before those in the kidney and it is possible that the colon is the major organ of sodium conservation in the preterm neonate.
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Statistical Methods in Medical Research
Postgraduate Medical Journal · 1972 · 529 citations · Full text
Raymond A. Frizzell, Marilyn J. Koch, Stanley G. Schultz · The Journal of Membrane Biology · 1976 · 332 citations
POSTNATAL DEVELOPMENT OF RENAL FUNCTION IN PRE‐TERM AND FULL‐TERM INFANTS
Anita Aperia, O. Broberger, Göran Elinder et al. · Acta Paediatrica · 1981 · 250 citations
Medicine, Nephrology, Pediatrics +17
Sodium homeostasis in term and preterm neonates. I. Renal aspects.
J Al-Dahhan, G B Haycock, C Chantler et al. · Archives of Disease in Childhood · 1983 · 192 citations · Full text
Medicine, Nephrology, Physiology +17