KimuraG, Van StoneJC, BauerJH, KeshaviahPR. A simulation study on transcellular fluid shifts induced by hemodialysis. Kidney Int1983; 24: 542–8.
2.
KimuraG, Van StoneJC, BauerJH. Model prediction of plasma volume change induced by hemodialysis. J Lab Clin Med1984: 104: 932–8.
3.
KimuraG, SataniM, KojimaS, ItoK.Optimal dialysate concentrations based on kinetic modeling. Trans Am Soc Artif. Intern Organs1984; 30: 236–40.
4.
KimuraG, GotchFA. Serum sodium concentration and body fluid distribution during interdialysis: importance of sodium to fluid intake ratio in hemodialysis patients. Int J Artif Organs1984; 7: 331–6.
5.
KimuraG, Van StoneJC, BauerJH. The amount of sodium removed by hemodialysis. Am J Kidney Diseases1986; 8: 253–6.
6.
KimuraG, KojimaS, SaitoF, Quantitative estimation of dietary intake in patients on hemodialysis. Int J Artif Organs1988; 11: 161–8.
7.
GehebM, SingerI, CoxM.Clinical disorders of sodium and water homeostasis. In: McDonaldFD, ed. Progress in Clinical Kidney Disease and Hypertension.New York: Thieme-Stratton, 1980; 66–103.
8.
Van StoneJC, BauerJ, CareyJ.The effect of dialysate sodium concentration on body fluid distribution during hemodialysis. Trans Am Soc Artif Intern Organs1980; 26: 383–6.
9.
GotchFA, LamMA, ProwittM, KeenM.Preliminary clinical results with sodium-volume modeling of hemodialysis (HD) therapy. Proc Dialysis Transpl Forum1980; 10: 12–7.
10.
SetoD, FritzW, NakamotoS, KolffWJ. The effect of bilateral nephrectomy and of sodium and water content on hypertension. Trans Am Soc Artif Intern Organs1963; 9: 34–43.
11.
EdelHH, GurlandHJ, RennerE, EigherJ, BuchbornE.Das Verhalten der Blut-Liquorgradienten bei Azotämie und ihre Beeinflussung durch die Hämodialyse. Klin Wochenschr1965; 43: 1081–6.
12.
LackenschweigerA, ZimmermanE.Hämodialyse bei verschiedenen Na+-Konzentrationen in der Spülflüssigkeit. Wien Z Inn Med1968; 49: 68–70.
13.
StewartWK, FlemingLW, ManuelMA. Benefits obtained by the use of high sodium dialysate during maintenance haemodialysis. Proc Eur Dial Trans Assoc1972; 9: 111–8.
14.
PortFK, JohnsonWJ, KlassDW. Prevention of dialysis disequilibrium syndrome by use of high sodium concentration in the dialysate. Kidney Int1973; 3: 327–33.
15.
LevinNW, GrondinG.Dialysate sodium concentration. Int J Artif Organs1978; 1: 255–6.
16.
RosenzweigJ, BabbAL, VizzoJE, ScribnerBH, GinnHE. Large surface area hemodialysis. Proc Dialysis Transpl Forum1971; 1: 56–60.
17.
BoslR, ShidemanJR, MeyerRM, BuselmeierTJ, von HartitzschB, KjellstrandCM. Effects and complications of high efficiency dialysis. Nephron1975; 15: 151–60.
18.
BoquinE, ParnellS, GrondinG, Crossover study of the effects of different dialysate sodium concentrations in large surface area, short-term dialysis. Proc Dialysis Trans Forum1977; 7: 48–52.
19.
GraefeU, MilutinovichJ, FolietteWC, VizzoJE, BabbAL, ScribnerBH. Less dialysis-induced morbidity and vascular instability with bicarbonate in dialysate. Ann Intern Med1978; 88: 332–6.
20.
LevineJ, FalkB, HenriquezM, RajaRM, KramerMS, LosenbaumJL. Effects of varying dialysate sodium using large surface area dialyzers. Trans Am Soc Artif Intern Organs1978; 24: 139–41.
21.
WilkinsonR, BarberSG, RobsonV.Cramps, thirst and hypertension in hemodialysis patients — the influence of dialysate sodium concentration. Clin Nephrol1977; 7: 101–5.
22.
OgdenDA. A double blind crossover comparison of high and low sodium dialysis. Proc Dialysis Transpl Forum1978; 8: 157–65.
23.
LocatelliF, CostangoR, DiFilippoS, Ultrafiltration and high sodium concentration dialysis: pathophysiological correlation. Proc Eur Dialysis Transpl Assoc1978; 15: 253–9.
24.
Van StoneJC, CookJ.Decreased postdialysis fatigue with increased dialysate sodium concentration. Proc Dialysis Transpl Forum1978; 8: 152–6.
25.
RedaelliB, SforziniS, BonoldiG, Hemodialysis with «adequate» sodium concentration in dialysate. Int J Artif Organs1979; 2: 133–40.