Measurement of dialyzer clearance, dialysis time, and body size: Death risk relationships among patients. EDMUND G LOWRIE, ZHENSHENG LI, NORMA OFSTHUN and...
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www.nature.com/ki/journal/v66/n5/abs/4494854a.html
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Finally, if dialysis treatment were sufficiently short, approaching 0 minutes, for example, no treatment would be delivered no matter the dialyzer clearance
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www.nature.com/ki/journal/v66/n5/full/4494854a.html
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Measurement of dialyzer clearance, dialysis time, and body size: death risk relationships among patients. Measurement of dialyzer clearance, dialysis time, and body size: death risk relationships ...Measurement of dialyzer clearance, dialysis time, and body size: death risk relationships among patients.
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www.ncbi.nlm.nih.gov/pubmed/15496182
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The effect of reuse on urea clearance is essentially defined by the residual cell volume with a total cell volume of > 80% associated with a dialyzer clearance that is within 10% of its original value.
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www.ncbi.nlm.nih.gov/pubmed/11014686
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The rate at which solute mass is removed from the patient by the dialyzer (in mmol/min) is the dialyzer clearance rate (in L/min) multiplied by the...
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www.doctorslounge.com/nephrology/articles/dialysis_adeq...
www.doctorslounge.com/nephrology/articles/dialysis_adequacy/adeq3.htm
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When estimating dialyzer clearance at a given blood and dialysate flow rate (Qb and Qd, respectively), one uses an equation that incorporates these...
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www.hdcn.com/7/706kiley.htm
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Dialyzer clearance by dilution technique (mathematical model). Kislukhina, J., Kislukhin, V.V.. ASAIO Journal, 2003 Abstracts Vol. 49, No. 2, p. 193, 2003...
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www.transonic.com/abstract.php?ReprintDataID=3323&froml...
www.transonic.com/abstract.php?ReprintDataID=3323&fromlist=1
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ml/min) in relation to the effective urea clearance by the dialyzer (K; ml/min) can be found from the urea concentrations in dialysate with the needles in the normal (Cn) and reverse (Cr) positions. K will have to be corrected for the amount of ultrafiltration (ml/min) that occurs at the time of measurements.
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cjasn.asnjournals.org/cgi/content/full/1/5/960
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Access blood water flow rate (Qaw) in relation to the effective clearance (K) is found from the urea concentrations in the dialysate with needles in the normal (Cn) and reverse (Cr) positions: K/Qaw = (Cn - Cr)/Cr. Qa is calculated by adjusting Qaw for hematocrit and protein.
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cjasn.asnjournals.org/cgi/content/abstract/CJN.00810306...
cjasn.asnjournals.org/cgi/content/abstract/CJN.00810306v1
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