Matches in DBpedia 2016-04 for { <http://dbpedia.org/resource/Kt/V> ?p ?o }
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- V abstract "In medicine, Kt/V is a number used to quantify hemodialysis and peritoneal dialysis treatment adequacy.K - dialyzer clearance of ureat - dialysis time V - volume of distribution of urea, approximately equal to patient's total body waterIn the context of hemodialysis, Kt/V is a pseudo-dimensionless number; it is dependent on the pre- and post-dialysis concentration (see below). It is not the product of K and t divided by V, as would be the case in a true dimensionless number. In peritoneal dialysis, it isn't dimensionless at all.It was developed by Frank Gotch and John Sargent as a way for measuring the dose of dialysis when they analyzed the data from the National Cooperative Dialysis Study. In hemodialysis the US National Kidney Foundation Kt/V target is ≥ 1.3, so that one can be sure that the delivered dose is at least 1.2. In peritoneal dialysis the target is ≥ 1.7/week.Despite the name, Kt/V is quite different from standardized Kt/V.".
- V wikiPageExternalLink Lysaght.html.
- V wikiPageExternalLink v.
- V wikiPageExternalLink peritonealdose.
- V wikiPageExternalLink 10323.
- V wikiPageExternalLink pdadvisory.htm.
- V wikiPageExternalLink dzer.htm.
- V wikiPageExternalLink 99_blank001.html.
- V wikiPageExternalLink www.kt-v.net.
- V wikiPageExternalLink ktv.asp.
- V wikiPageExternalLink www.ureakinetics.org.
- V wikiPageID "2220218".
- V wikiPageLength "20113".
- V wikiPageOutDegree "39".
- V wikiPageRevisionID "702313010".
- V wikiPageWikiLink Body_water.
- V wikiPageWikiLink Category:Renal_dialysis.
- V wikiPageWikiLink Cell_membrane.
- V wikiPageWikiLink Derivative.
- V wikiPageWikiLink Differential_equation.
- V wikiPageWikiLink Diffusion.
- V wikiPageWikiLink Dimensionless_quantity.
- V wikiPageWikiLink E_(mathematical_constant).
- V wikiPageWikiLink Exponential_decay.
- V wikiPageWikiLink Exponentiation.
- V wikiPageWikiLink Extracellular.
- V wikiPageWikiLink Frank_Gotch_(MD).
- V wikiPageWikiLink Hemodialysis.
- V wikiPageWikiLink Hemodialysis_product.
- V wikiPageWikiLink Intracellular.
- V wikiPageWikiLink Litre.
- V wikiPageWikiLink Logarithm.
- V wikiPageWikiLink Mass_transfer.
- V wikiPageWikiLink Middle_molecules.
- V wikiPageWikiLink Molecular_diffusion.
- V wikiPageWikiLink Natural_logarithm.
- V wikiPageWikiLink Peritoneal_dialysis.
- V wikiPageWikiLink Phosphate.
- V wikiPageWikiLink Protein.
- V wikiPageWikiLink Renal_function.
- V wikiPageWikiLink Semipermeable_membrane.
- V wikiPageWikiLink Separable_differential_equation.
- V wikiPageWikiLink V.
- V wikiPageWikiLink Steady_state.
- V wikiPageWikiLink Time-averaged_concentration_of_urea.
- V wikiPageWikiLink Ultrafiltration.
- V wikiPageWikiLink Urea.
- V wikiPageWikiLink Urea_reduction_ratio.
- V wikiPageWikiLinkText "Kt/V".
- V wikiPageUsesTemplate Template:Citation_needed.
- V wikiPageUsesTemplate Template:Reflist.
- V wikiPageUsesTemplate Template:Renal_physiology.
- V subject Category:Renal_dialysis.
- V hypernym Number.
- V comment "In medicine, Kt/V is a number used to quantify hemodialysis and peritoneal dialysis treatment adequacy.K - dialyzer clearance of ureat - dialysis time V - volume of distribution of urea, approximately equal to patient's total body waterIn the context of hemodialysis, Kt/V is a pseudo-dimensionless number; it is dependent on the pre- and post-dialysis concentration (see below). It is not the product of K and t divided by V, as would be the case in a true dimensionless number.".
- V label "Kt/V".
- V sameAs Q29403.
- V sameAs V.
- V sameAs وی.
- V sameAs V.
- V sameAs m.06wyjx.
- V sameAs Q29403.
- V wasDerivedFrom V?oldid=702313010.
- V isPrimaryTopicOf V.