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HEALTHY LIFESTYLE








Dialysis applied science

common diaysis subjects

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compare two dialyzers
you can compare different dialyzer such the type, urea clearance on different blood flow, priming volume
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Dialyzer Selection
Get dialyzers which have certain criteria such as surface area, urea clearance, blood volume, UF Coefficient, Mode of Sterilization and Membrane Type
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dialysis basic concepts
some concepts to be in mind when dealing with dialysis on real practice
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dialyzer biocompatibility
The level of complement activation produced by a membrane is considered a significant determinant of membrane biocompatibilit
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Dialyzer Info
basic information about the dialyzers related to type, Surface area , urea and creatinine clearance
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dialyzer clearance calculation
to calculate the actual dialyzer clearance for any substance
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dialyzer reuse
Single-use dialyzers provide the advantage of reducing the cost of personnel, technician training on dialyzer reuse
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Dialyzer selection criteria
In cases where the aim is ultrafiltration not clearance, such as hypervolemia in heart failure
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drug dialyzibilty factors
The extent to which a drug is affected by dialysis is determined primarily by several physicochemical characteristics of the drug
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hemodialysis prescription
As described by Daugirdas, many excellent nephrologists follow an empiric model when devising the hemodialysis prescription
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Influence of design.php
Symmetric membranes, which can be derived either from cellulose or entirely from synthetic polymers, have a homogeneous configuration throughout the membrane wall
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Interpretation dialyzer spec
Priming volume is how much blood needs to fill dialyzer capillaries, it consider as dead blood volume. it is varies among dialyzers
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hemodialysis dialyzers
Membrane performance, as determined by the effectiveness of solute clearance and biocompatibility, is of greatest concern when choosing a dialyzer.
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How the solutes removed
Solute removal in hemodialysis occurs through a combination of diffusion, convection, and adsorption
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types of dialyzer Membranes
The materials most commonly used to make hollow fiber membranes include PSf, PES, cellulose triacetate (CTA), polymethylmethacrylate (PMMA), PEPA, ethylene vinyl alcohol copolymers
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water quality
During haemodialysis each patient is exposed to approximately 320 to 360 litres of water per week and hence, each patient is exposed to the potential risk of chemical or microbiological contamination
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