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Blood and dialysate run in opposite directions within the dialyzer to maintain the concentration gradient the entire length

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A liquid

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A particle

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A solution with the same solute concentration as blood

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A solution with a lower solute concentration than blood

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A solution with a higher solute concentration than blood

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The difference between the concentrations of solutes on opposite sides of a semipermeable membrane

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A mix of water, acid and bicarbonate used during dialysis

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Pressure in the dialysate surrounding the fibers inside the plastic casing of the dialyzer

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Pressure inside the fibers made by the  blood pump as it turns

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The dialyzer fibers are made of this; allows some particles to go through while preventing others

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The amount of area, measured in square meters, available for diffusion and osmosis within the dialyzer.

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Acid and base balance, blood pressure control, toxin removal, filtration, fluid removal, hormone production

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Pressure exerted across the fibers of the dialyzer. Positive (pushing) pressure inside the fibers with negative (suction) pressure outside the fibers.

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Movement of fluid under pressure

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Small solutes swept along with fluid movement

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Fluid moving from lower particle concentration to higher particle concentration- water "wants to dilute."

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The movement of particles from greater to lesser concentration.