Packet 10 - Fluid Balance Flashcards
Movement of Fluid between interstitium & intravascular
Opposes pushing of fluid out of capillary.
a. ) capillary hydrostatic pressure
b. ) capillary colloidal osmotic pressure
c. ) tissue hydrostatic pressure
d. ) tissue colloidal osmotic pressure
c.) tissue hydrostatic pressure
Opposes pushing of fluid out of capillary.
Movement of Fluid between interstitium & intravascular
Pulls fluid into interstitium.
a. ) capillary hydrostatic pressure
b. ) capillary colloidal osmotic pressure
c. ) tissue hydrostatic pressure
d. ) tissue colloidal osmotic pressure
d.) tissue colloidal osmotic pressure
Pulls fluid into interstitium.
Movement of Fluid between interstitium & intravascular
Pushes fluid out of capillary.
a. ) capillary hydrostatic pressure
b. ) capillary colloidal osmotic pressure
c. ) tissue hydrostatic pressure
d. ) tissue colloidal osmotic pressure
a.) capillary hydrostatic pressure
Pushes fluid out of capillary.
Movement of Fluid between interstitium & intravascular
Pulls fluid back into capillary.
a. ) capillary hydrostatic pressure
b. ) capillary colloidal osmotic pressure
c. ) tissue hydrostatic pressure
d. ) tissue colloidal osmotic pressure
b.) capillary colloidal osmotic pressure
Pulls fluid back into capillary.
Proportionate losses of sodium and water.
a. ) isotonic fluid volume deficit
b. ) isotonic fluid volume excess
a.) isotonic fluid volume deficit
isotonic decrease in extracellular fluid compartment.
Proportionate losses of sodium and water**.
P/C factors:
- impaired fluid intake
- inability to obtain fluids (i.e. decrease in mobility, coma, decreased access)
- impaired thirst
- impaired swallowing
- excessive fluid losses
- GI loss (i.i. vomiting, diarrhea, GI suction)
- Renal loss (i.e. polyuria, diuretic therapy)
- Skin (i.e. sweating related to fever or exercise, burns)
- 3rd spacing
Isotonic expansion of extracellular fluid compartment.
a. ) isotonic fluid volume deficit
b. ) isotonic fluid volume excess
b.) isotonic fluid volume excess
isotonic expansion of extracellular fluid compartment.
Proportionate gains in water and sodium.
P/C factors:
- Decrease in sodium and water elimination
- Renal failure
- Heart failure (r/t decreased renal blood flow)
- Excess corticosteroids (cause sodium/water retention)
- Excessive intake of sodium and water
- Dietary
- Administration of medications / IVs that contain a lot of sodium and water
S/S include hypotension (orthostatic), thready/weak pulse, tachycardia, increase in temperature, weight loss, decreased urine output, and thirsty.
a. ) isotonic fluid volume deficit
b. ) isotonic fluid volume excess
a.) isotonic fluid volume deficit
isotonic decrease in extracellular fluid compartment.
Proportionate losses of sodium and water**.
P/C factors:
- impaired fluid intake
- inability to obtain fluids (i.e. decrease in mobility, coma, decreased access)
- impaired thirst
- impaired swallowing
- excessive fluid losses
- GI loss (i.i. vomiting, diarrhea, GI suction)
- Renal loss (i.e. polyuria, diuretic therapy)
- Skin (i.e. sweating related to fever or exercise, burns)
- 3rd spacing
Interventions include giving fluid, an isotonic IV solution, and identifying the cause and fixing it.
a. ) isotonic fluid volume deficit
b. ) isotonic fluid volume excess
a.) isotonic fluid volume deficit
isotonic decrease in extracellular fluid compartment.
Proportionate losses of sodium and water**.
P/C factors:
- impaired fluid intake
- inability to obtain fluids (i.e. decrease in mobility, coma, decreased access)
- impaired thirst
- impaired swallowing
- excessive fluid losses
- GI loss (i.i. vomiting, diarrhea, GI suction)
- Renal loss (i.e. polyuria, diuretic therapy)
- Skin (i.e. sweating related to fever or exercise, burns)
- 3rd spacing
isotonic decrease in extracellular fluid compartment.
a. ) isotonic fluid volume deficit
b. ) isotonic fluid volume excess
a.) isotonic fluid volume deficit
isotonic decrease in extracellular fluid compartment.
Proportionate losses of sodium and water**.
P/C factors:
- impaired fluid intake
- inability to obtain fluids (i.e. decrease in mobility, coma, decreased access)
- impaired thirst
- impaired swallowing
- excessive fluid losses
- GI loss (i.i. vomiting, diarrhea, GI suction)
- Renal loss (i.e. polyuria, diuretic therapy)
- Skin (i.e. sweating related to fever or exercise, burns)
- 3rd spacing
S/S include hypertension, no change in heart rate, a full/bounding pulse, weight gain, edema (pulmonary and peripheral).
a. ) isotonic fluid volume deficit
b. ) isotonic fluid volume excess
b.) isotonic fluid volume excess
isotonic expansion of extracellular fluid compartment.
Proportionate gains in water and sodium.
P/C factors:
- Decrease in sodium and water elimination
- Renal failure
- Heart failure (r/t decreased renal blood flow)
- Excess corticosteroids (cause sodium/water retention)
- Excessive intake of sodium and water
- Dietary
- Administration of medications / IVs that contain a lot of sodium and water
Proportionate gains in water and sodium.
a. ) isotonic fluid volume deficit
b. ) isotonic fluid volume excess
b.) isotonic fluid volume excess
isotonic expansion of extracellular fluid compartment.
Proportionate gains in water and sodium.
P/C factors:
- Decrease in sodium and water elimination
- Renal failure
- Heart failure (r/t decreased renal blood flow)
- Excess corticosteroids (cause sodium/water retention)
- Excessive intake of sodium and water
- Dietary
- Administration of medications / IVs that contain a lot of sodium and water
Interventions include giving a diuretic and restricting fluid.
a. ) isotonic fluid volume deficit
b. ) isotonic fluid volume excess
b.) isotonic fluid volume excess
isotonic expansion of extracellular fluid compartment.
Proportionate gains in water and sodium.
P/C factors:
- Decrease in sodium and water elimination
- Renal failure
- Heart failure (r/t decreased renal blood flow)
- Excess corticosteroids (cause sodium/water retention)
- Excessive intake of sodium and water
- Dietary
- Administration of medications / IVs that contain a lot of sodium and water
If the extracellular or interstitial fluid was hypertonic compared to the fluid inside the cell, which direction will fluid move
If the interstitial fluid is hypotonic (less concentrated), which direction will the fluid move?