Chapter 3: Fluids, Electrolytes, Acid-Base Balance, and Intravenous Therapy

Flashcard set for Ms. Thompson's 4th exam

Acidosis (p. 46)

Active Transport (p. 34)

Aldosterone (p. 32)

Alkalosis (p. 45)

Anion Gap (p. 46)

Anions (p. 41)

Antidiuretic Hormone (ADH) (p. 32)

Ascites (p. 41)

Atrial Natriuretic Peptide (ANP) (p. 32)

Brain or B-Type Natriuretic Peptide (BNP) (p. 32)

Carpopedal Spasm (p. 45)

Cations (p. 41)

Dehydration (p. 35)

Diffusion (p. 32)

Edema (p. 40)

Electrolytes (p. 41)

Extracellular (p. 31)

Filtration (p. 34)

Hydrostatic Pressure (p. 34)

Hypercalcemia (p. 45)

Hyperchloremia (p. 46)

Hyperkalemia (p. 45)

Hypermagnesemia (p. 46)

Hypernatremia (p. 41)

Hyperphosphatemia (p. 46)

Hypertonic (p. 34)

Hyperventilation (p. 47)

Hypervolemia (p. 39)

Hypocalcemia (p. 45)

Hypochloremia (p. 46)

Hypodermoclysis (p. 52)

Hypokalemia (p. 45)

Hypomagnesiemia (p. 46)

Hyponatremia (p. 41)

Hypophosphatemia (p. 46)

Hypotonic (p. 34)

Hypoventilation (p. 47)

Hypovolemia (p. 40)

Hypoxemia (p. 49)

Insensible (p. 35)

Interstitial (p. 32)

Intracellular (p. 31)

Intravascular (p. 32)

Ions (p. 34)

Isotonic (p. 34)

Ketoacidosis (p. 49)

Osmolality (p. 32)

Osmosis (p. 34)

Stridor (p. 50)

Tetany (p. 45)

Transcellular (p. 32)

Turgor (p. 35)

Passive Transport (powerpoint)

Diffusion, Osmosis, Filtration (book)

Sodium Potassium Pump ()