AperiaA., BrobergerD., HermP., ZetterstromR.Salt content in human breast milk during the three first weeks
after delivery.Acta Paediatr Scand.1979; 68:
441–442.
4.
LawrenceR.A.Breastfeeding: A Guide for the Medical Profession.3rd ed.St Louis, MO: The CV Mosby
Co; 1989:
288–300.
5.
PetersJ.M.Hypernatremia in breast fed infants due to elevated breast milk
sodium.J Am Osteopath Assoc.1989; 89:
1165–1170.
6.
BuddS.C., ErdmanS.H., LongD.M.Improved lactation with metoclopramide.Clin Pediatr.1993; 53–56.
7.
BannisterA.,
Matin-SiddiquiS.A., HatcherG.W.Treatment of hypernatremic dehydration in
infancy.Arch Dis Child.1979; 50:
179–186.
8.
FinbergL.Pathogenesis of lesions in the nervous system in hypernatremic
states: I. Clinical observations of infants.Pediatrics.1959; 23:
40–45.
9.
MacaulayD., WatsonM.Hypernatremia in infants as a cause of brain
damage.Arch Dis Child.1967; 42:
485–491.
10.
LohrJ., SpringateJ., FeldL.Seizures during correction of hypernatremic dehydration in an
infant.Am J Kid Dis.1989; 14:
232–235.
11.
HeldrichF.J., ShawS.S.Case report and review of literature: hypernatremia in breast-fed
infants.Maryland Med J.1990; 39:
475–478.
12.
CserrH.F., DePasqualeM., NicholsonC.Extracellular volume decreases while cell volume is maintained by
ion uptake in rat brain during acute hypernatremia.J Physiol.1991; 442:
277–295.
13.
DocziC.Volume regulation of the brain tissue — a
survey.Acta Neurochir.1993; 121:
1–8.
14.
TrachtmanH.Cell volume regulation: a review of cerebral adaptive mechanisms
and implications for clinical treatment of osmolal
disturbances.Pediatr Nephrol.1991; 5:
743–750.
15.
ThurstonJ.H., ShermanW.R., HauhartR.E.Myo-inositol: a newly identified nonnitrogenous osmoregulatory
molecule in mammalian brain.Pediatr Res.1989; 26:
482–484.
16.
LienY.H., ShapiroJ.I., ChanL.Effects of hypernatremia on organic brain
osmoles.J Clin Invest.1990; 85:
1427–1435.
17.
LeeJ.H., ArcinueE., RossB.D.Brief report: organic osmolytes in the brain of an infant with
hypernatremia.N Engl J Med1994; 331:
439–442.
18.
ArieffA.Effects of water, acid-base and electrolyte disorders on the
central nervous system. In: ArieffA.L., DeFronzoR.A., eds. Fluid, Electrolyte and
Acid-Base Disorders.New York, NY: Churchill
Livingstone; 1985:
969–1040.
19.
YoshiokaT., IitakaK., IchikawaI.Body fluid compartments. In:
IchikawaI., ed. Pediatric Textbook of
Fluids and Electrolytes.Baltimore, MD: Williams &
Wilkins; 1990:
17–19.
20.
AvnerE.D., EllisD., IchikawaI., YaredA.Normal neonates and the maturational development of homeostatic
mechanisms. In: IchikawaI., ed. Pediatric Textbook of
Fluids and Electrolytes.Baltimore, MD: Williams &
Wilkins; 1990:
116–118.
21.
WintersR.W.Maintenance fluid therapy. In:
WintersR.W., ed. The Body Fluids in
Pediatrics.Boston, MA: Little, Brown
& Co; 1973:
121–124.
22.
BlevinsL.S., WandG.S.Diabetes insipidus.Crit Care Med1992; 20:
69–79.
23.
SeckJ.R., DungerD.B.Diabetes insipidus: current treatment
recommendations.Drugs.1992; 44:
216–224.