Potest daylyzer esse raro ad hemodialysis curatio?

Dialyzer, a vital consumable for kidney dialysis treatment, uses the principle of a semi-permeable membrane to introduce the blood from the renal failure patients and dialysate into the dialyzer at the same time, and making the two flow in opposite directions on both sides of the dialysis membrane, with the help of the two sides solute gradient, osmotic gradient, and hydraulic pressure gradient. Hoc dispersione processus potest tollere toxins et nimia aqua a corpore dum implerent corpus opus substantiae et maintaining statera electrolytes et acid-basi.

Dialyzers sunt maxime composito ex firmamentum structurae et dialysis membranas. Cavae fibra types sunt maxime in orci usu. Quidam hemodialyzers sunt ordinantur, cum speciali constructione et materiae, quod potest resistere multa tersus et sterilizations. Interim, PROMPTU DialYzers oportet abdicavit post usum et non reddi. Tamen, ibi fuerit controversia et confusione circa utrum dialyzers debet reddi. Nos autem explorandum hanc quaestionem et providere aliquam explicandum infra.

Commoda et incommoda reuse dialyzers

(I) eliminate primum-usu syndrome.
Licet plures factores causam primam-usu syndrome, ut disinfectant de ethylene cadmiae, in membrana materia, in cytokines produci per sanguinem contactus dialysis membranam, etc., utcumque de causa, probabilitatem et decrescat debitum ad usum dialyzer.

(II) amplio bio-compatibility dialyzer et reducere activation de immune ratio.
After using the dialyzer, a layer of protein film is attached to the inner surface of the membrane, which can reduce the blood film reaction caused by the next dialysis, and alleviate complement activation, neutrophil degranulation, lymphocyte activation, microglobulin production, and cytokine release.

(III) Influence of Clearance Rate.
Et alvi rate of creatinine et urea non decrescat. In reuse dialyzers disinfected cum formalin et sodium hypochlorite addidit potest ut ad alvi rates of medium et magnis mocecular substantiis (Vnal12 et inulin) immutata.

(IV) Redigo Hemodialysis costs.
Non est dubium quod dialyzer reuse potest reducere curis costs pro renalis defectum aegris et providere aditus ad bonum sed magis pretiosa hemodialyzers
In eodem tempore, quod defectus de dialyzer reuse sunt etiam obvious.

(I) adversa reactiones ad disinfectants
Persetica acidum disinfection erit causa denaturation et decomposition in dialysis membranam, et removere in proteins retinuit in membrana debitum iterari usum, augendae probabilitatem complementum activation. Formalin disinfection potest causare anti-n-antibody et cutis allergies in aegris

(II) crescere forte bacterial et Endotoxin contagione dialyzer et auget periculo crucis-infectio

(III) De perficientur daylyzer est motus.
Post dialyzer adhibetur aliquoties, ex dapibus et sanguinem clots claudebant fibra fasciculos efficaciora area reducitur et alvi rate et ultrafiltress rate et paulatim rate et ultrafiltress rate erit paulatim. Commune modum ad metimur fibra fasciculum volumine dialyzer computare totalis volumine omnium fibra fasciculo Lamens in dialyzer. Si ratio totalis facultatem ad notam-novum dialyzer est minus quam LXXX%, in dialyzer non potest esse.

(IV) crescere casus de aegris et medical virgam esse expositae chemica reagents.
Ex superius analysis, Purgato et disinfection potest facere usque ad defectum de reuse dialyzers ad aliquid. Daylyzer potest non esse reused post Purgato et disinfection procedendi et Transierunt probat ut non membrana rupture vel blockage interius. Diversa de traditional manual Reprocessing, usum automatic dialyzer Reprocessing machinarum introduces normatum processus in dialyzer Reprocessing ad redigendum erroribus in manibus operationes. Machina potest ipso intus stupam, disinfect, test et affuse, secundum procedendi et parametri, ut amplio effectus dialysis curatio, dum cursus patientes salutem et hygiene.