Neutrophil superoxide formation was similar when cells were incubated in self-made, non-autoclaved, pH 7.4, lactate-based peritoneal dialysis solutions or in their self-made, non-autoclaved, pH 7.4, bicarbonate-based counterparts. On the other hand, commercially available, autoclaved, pH 7.4, lactate-based peritoneal dialysis solutions resulted in inhibition of superoxide production when compared to their self-made, non-autoclaved, pH 7.4, lactate-based or bicarbonate-based counterparts. The cause for this inhibition of superoxide generation is at present unknown.
DuweAk, VasS.I., WeatherheadJ.W.. Effects of the composition of peritoneal dialysis fluid on chemiluminescence, phagocytosis, and bactericidal activity in vitro.Infect Immun1981; 33: 130–5.
2.
IngB.L., GuptaD.K., NawabZ.M., ZhouF.Q., RahmanM.A., DaugirdasJ.T.. Suppression of neutrophil superoxide production by conventional peritoneal dialysis solution.Int J Artif Organs1988; 11: 351–4.
3.
GuptaD.K., IngB.L., ManahanF.J., ZhouF.Q., YuA.W., NawabZ.M., RahmanM.A.. Superoxide generation by neutrophils after exposure to a conventional peritoneal dialysis solution for different time periods.Int J Artif Organs1990; 13: 228–30.
4.
IngT.S., YuA.W., PodilaP.V.. Failure of neutrophils to recover their ability to produce superoxide after stunning by a conventional, acidic, lactate-based peritoneal dialysis solution.Int J Artif Organs1994; 17: 191–4.
5.
GallimoreB., GagnonR.F., StevensonM.M.. Cytotoxicity of commercial peritoneal dialysis solutions towards peritoneal cells of chronically uremic mice.Nephron1986; 43: 283–9.
6.
TopleyN., AlobaidiH.M.M., DaviesM., ColesG.A., WilliamsJ.D., LloydD.. The effect of dialysate on peritoneal phagocyte oxidative metabolism.Kidney Int1988; 34: 404–11.
7.
Van BronswijkH., VerbrughH.A., HeeziusHCJM, Van der MeulenJ., OeP.L., VerhoefJ.. Dialysis fluids and local host resistance in patients on continuous ambulatory peritoneal dialysis.Eur j Clin Microbiol Infect Dis1988; 7: 368–73.
JorresA., TopleyN., SteenwegL., MullerC., KottgenE., GahlG.M.. Inhibition of cytokine synthesis by peritoneal dialysate persists throughout the CAPD cycle.Am J Nephrol1992; 12: 80–5.
10.
DouvdevaniA., RapoportJ., KonfortiA., ZlotnikM., ChaimovitzC.. The effect of peritoneal dialysis fluid on the release of IL-1ß and TNFα by macrophages/monocytes.Perit Dial Int1993; 13: 112–7.
11.
HarveyD.M., SheppardK.J., MorganA.G., FletcherJ.. Effect of dialysate fluids on phagocytosis and killing by normal neutrophils.J Clin Microbiol1987; 25: 1424–7.
DobosG.J., AndreM., BohlerJ., NorgauerJ., Lubrich-BirknerI., SteinhaurH.B., SchollmeyerP.J.. Inhibition of C5a-induced actin polymerization, chemotaxis, and phagocytosis of human polymorphonuclear neutrophils incubated in a glucose-based dialysis solution.Adv Perit Dial1993; 9: 307–11.
ZhouX.J., YuA.W., ZhouF.Q., RyuJ., IngT.S., VaziriN.D.. Effects of an acidic, lactate-based peritoneal dialysis solution and its euhydric, bicarbonate-based counterpart on neutrophilic intracellular pH.Int J Artif Organs1993; 16: 816–19.
16.
ManahanF.J., IngB.L., ChanJ.C., GuptaD.K., ZhouF.Q., PalI., RahmanM.A.. Effects of bicarbonate-containing versus lactate-containing peritoneal dialysis solution on superoxide production by human neutrophils.Artif Organs1989; 13: 495–7.
17.
FischerF-P, SchenkU., KieferT.. In vitro effects of bicarbonate- versus lactate-buffered continuous ambulatory peritoneal dialysis fluids on peritoneal macrophage function.Am J Kidney Dis1995; 26: 924–33.
18.
YuA.W., OsmanA., ZhouF.Q., NawabZ.M., GandhiV.C., IngT.S.. Euhydric, lactate-containing peritoneal dialysis solution (PDS) is inferior to its euhydric, bicarbonate-containing counterpart in the fostering of neutrophilic superoxide production (abstract).J Am Soc Nephrol1992; 3: 421.
19.
CurnutteJ.T., BabiorB.M.. Biological defense mechanisms. The effect of bacteria and serum on superoxide production by granulocytes.J Clin Invest1974; 53: 1662–72.
20.
ZhouX.J., YuA.W., ZhouF.Q., WongF.K.M., IngT.S., VaziriN.D.. Neutrophil intracellular pH after exposure of neutrophils to a euhydric lactate-based peritoneal dialysis solution and its euhydric, bicarbonate-based counterpart.Int J Artif Organs1995; 18: 69–72.
21.
HendersonI.S., CouperI.A., LumsdenA.. Potentially irritant glucose metabolites in unused CAPD fluid. In: MaherJ.F., WinchesterJ.F., eds. Frontiers in peritoneal dialysis.Field, Rich and Associates, Inc., New York, New York1986; 261–4.
22.
WieslanderA.P., NordinM.K., KjellstrandP.T.T., BobergU.C.. Toxicity of peritoneal dialysis fluids on cultured fibroblasts, L-929.Kidney Int1991; 40: 77–9.
23.
MartisL., HendersonL.W.. Impact of terminal heat sterilization on the quality of peritoneal dialysis solutions: A technical review.Blood Purif1996, in press.
24.
YuA.W., ManahanF.J., FilkinsJ.P.. Peritoneal dialysis using bicarbonate-containing solution sterilized by ultrafiltration.Int J Artif Organs1991; 14: 463–5.