GraefeU., MilutinovichJ., FolletteW.C., VizzoJ.E., BabbA.L., ScribnerB.H.Less dialysis-induced morbidity and vascular instability with bicarbonate in dialysate. Ann Int Med1978; 88: 332–6.
2.
MastrangeloF., RizzelliS., CorlianòC.Benefits of bicarbonate dialysis. Kidney Int1985; 28(S17): 188–93.
3.
MastrangeloF., RizzelliS., CorlianoC.Critical analysis of bicarbonate dialysis. In: Uremic acidosis and extracorporeal treatment.Milan: Wichtig Ed., 1983; 185–204.
4.
NovelloA., KleischR.C., EasterlingR.E.Acetate intolerance during hemodialysis. Clin Nephrol1976; 5: 29–32.
5.
WehleD., AsabaH., CastenforsJ., ShaldonS., BergstromJ.The influence of dialysis fluid composition on the blood pressure response during dialysis. Clin Nephrol1978; 10: 62–8.
6.
NagaiK., PagelM., RattazziT., VizzoJ., ScribnerB.H.The influence of acetate versus bicarbonate on patient symptomatology during dialysis. Pro EDTA, 1979; 16: 122–7.
7.
RajaR., KramerM., RosembaumJ.L., BolisayC., KrugM.Prevention of hypotension during iso-osmolar hemodialysis with bicarbonate dialysate. Trans Am Soc Artif Int Organs1980; 26, 375–7.
8.
IsekiK., OnoyamaK., MaedaT., ShimanratsuK.Comparison of hemodynamic induced by conventional acetate hemodialysis, bicarbonate hemodialysis and ultrafiltration. Clin Nephrol1980; 14: 294–8.
9.
MastrangeloF., RizzelliS., De BlasiV., AlfonsoL.A critical analysis of acetate and bicarbonate dialysis. 8th Int Congress of Nephrology - Athens1981; Dl 130.
10.
PagelM.D., AhmadS., VizzoJ.E., SchribnerB.H.Acetate and bicarbonate fluctuations and acetate intolerance during dialysis. Kidney Int1982; 21: 513–8.
11.
HakimR.M., PontzerM.A., TiltonD., LazarusJ.M.Effects of acetate and bicarbonate dialysate in stable chronic patients. Kidney Int1985; 28: 535–40.
12.
ScribnerB.H.Substitution of bicarbonate for acetate in the dialysate for care of a critically ill patient. Dial Transpl1979; 6: 26.
13.
VelezR.L., WoodardT.D., HenrichWL: Acetate and bicarbonate hemodialysis with and without autonomic dysfunction. Kidney Int1984; 26: 59–65.
14.
HamplH., SchaferG.E., KesselM.Haemodynamic state in severe chronic renal failure. Nephron1985; 39: 102–11.
15.
MastrangeloF., AlfonsoL.II protocollo dialitico nel cardiopatico uremico. Agg Nefrol Magna Grecia. Ed Bios, 1985; 103–16.
16.
De BackerW.A., VerpootenG.A., Borgonjon, VermiereP.A., LinsR.R.Hypoxemia during hemodialysis: effects of different membranes and dialysate composition. Kidney Int1983; 23: 738–43.
17.
BlanchetF., KauferA., CramerE., BeuyahiaA.Relative contribution of intrinsic lung dysfunction and hypoventilation to hypoxemia during hemodialysis. Kidney Int1984; 26: 430–5.
18.
BorgesH.F., FrydD.S.Hypotension during acetate and bicarbonate dialysis in patients with acute renal failure. Am J Nephrol1981; 1: 24–8.
19.
CastellaniA., LonatiF., BigiL., SassiS.No relationship between acetate and hypotension in a standard dialysis schedule. Proc EDTA1982; 19: 340–5.
20.
HenrichW.L., WoodwardI.D., MeyerB.D., ChappellT.R., RubinL.J.High sodium bicarbonate and acetate hemodialysis: double-blind crossover comparison of hemodynamic and ventilatory effects. Kidney Int1983; 24: 240–5.
21.
VanholderR., PironM., RingoirS.Absence of a beneficial haemodynamic effect of bicarbonate versus acetate hemodialysis. Proc EDTA1984, 21: 195–201.
22.
BaldamusC.A., ErustW., FassibinderW., KochK.M.Differing haemodynamic stability due to differing sympathetic response. Proc EDTA1980; 17: 205–10.
23.
VincentJ.L., Vanher-wegenJ.L., DegauteJ.P., BerrèJ., KahnR.J.Acetate induced myocardial depression during hemodialysis for acute renal failure. Kidney Int1982; 22: 653–7.
24.
MastrangeloF., RizzelliS., AccogliM., CalatiA.Effects of the dialysis on total peripheral resistance and myocardial contractility. Life Support Systems1983; S1: 219–22.
25.
HsuC.H., SwartzR.D., SomermeuerM.G., RajA.Bicarbonate hemodialysis: influence on plasma refilling and hemodynamic stability. Nephron1984; 38: 202–8.
26.
KirkendolP.L., DeviaJ.C., BowerJ.D., HolbertR.D.A comparison of the cardiovascular effects of sodium acetate, sodium bicarbonate and other potential sources of fixed base in hemodialysate solution. Trans ASAIO1977; 23: 399–404.
27.
AizawaJ., OhmoriT., JmaiK: Depressant action of acetate upon the human cardiovascular system. Clin Nephrol1977; 8: 477–80.
28.
KishimotoT., TanakaH., YamakawaM.Morbidity, instability and serum acetate level during hemodialysis. Proc ISAO1979; 3: 22–6.
29.
NitembergA., HuyghebaertM.F., BlanchetF., AmielC.Analysis of increased myocardial contractility during sodium acetate infusion in humans. Kidney Int1984; 26: 744–51.
30.
KetyS.S., SchmidtC.F.The effects of altered arterial tension of CO2 and O2 on cerebral blood flow and cerebral oxygen consumption of normal young man. J Clin Invest1948; 27: 484–7.
31.
LefkowitzR.J., SharpG.W.G., HaberE.Specific binding of beta-adrenergic catecholamines to a subcellular fraction from cardiac muscle. J Biol Chem1973; 248: 342–5.
32.
SchlantR.C.Normal physiology of the cardiovascular system. In: HurstJ.W., ed. The heart; 1974: 76 Mc Graw-HillNew York.
33.
KatzW.Ipoxemia and myocardial contractility. Progr. Cardiovasc. Dis.1968; 10: 450–61.
ColtonC.K.Dialysis membranes and related problems: mass transfer. In: Contemporary management of renal failure.Marrakech: Hospal Forum, 1985 (in press).