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IV FLUIDS NAME of IV color Type PNSS Green Isotonic Plain LRS Blue Isotonic D5LRS Pink Hypertonic D5Water Red Isotonic D10Water Blue green Hypertonic D5 0.3 NaCl Sky blue Hypertonic TYPES of FLUID 1. ISOTONIC Fluid – no movement of fluid. 2. HYPOTONIC Fluid – fluid will enter the cell, the cell will shrink. 3. HYPERTONIC Fluid – fluid will go out from the cell, the cell will shrink. Tonicity of IV Fluids Definition: The tonicity of an IV solution relates to how the red blood cells respond when the solution is added. Isotonic Fl uid moves equally between compartme nts Cell volume remains the same

IV fluids

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Page 1: IV fluids

IV FLUIDSNAME of IV color Type

PNSS Green Isotonic

Plain LRS Blue Isotonic

D5LRS Pink Hypertonic

D5Water Red Isotonic

D10Water Blue green Hypertonic

D5 0.3 NaCl Sky blue Hypertonic

TYPES of FLUID

1. ISOTONIC Fluid – no movement of fluid.2. HYPOTONIC Fluid – fluid will enter the cell, the cell will shrink.3. HYPERTONIC Fluid – fluid will go out from the cell, the cell will shrink.

Tonicity of IV Fluids

Definition: The tonicity of an IV solution relates to how the red blood cells respond when the solution is added.

Isotonic Fluid moves equally between compartments

Cell volume remains the same

Fluid is moving equally into and out of the compartments

Page 2: IV fluids

IV FLUIDS

Hypotonic

Fluid moves into the cells

Fluid moves into RBC causing cell rupture (hemolysis)

Fluid moves from the vascular space into the cells.The major problems with administering hypotonic IV solutions is the hemolyis and swelling of the cells in the brain that occurs

Hypertonic

Fluid is pulled out of the cells

Fluid moves out of the cell causing crenation (shrinking) of the RBC

Fluid is pulled out of the cells and into the vascular system, so increases intravascular volume.

Page 3: IV fluids

IV FLUIDS