Chapter 10: Macromineral (Chloride) Flashcards
major anion of the extracellular fluids
chloride
comprises about 0.15% of _____
adult body weight
concentration is high in _____ (3)
cerebrospinal fluids, gi secretions, and gastric juices
chloride - function
maintain normal _____ and _____ balance
fluid and electrolyte
chloride - function
a constituent of _____ which maintains the strong acidity of the stomach
hydrochloric acid
chloride - function
helps maintain _____ balance in body fluids
acid-base
chloride - absorption
readily absorbed by the _____
gi tract
chloride - absorption
excreted in the _____ (2)
urine and sweat
chloride
deficiency
does not normally occur
chloride
toxicity, vomiting that causes
dehydration
chloride
salt, soy sauce, meat, seafood, milk, eggs, and processed foods
food sources
chloride - recommendation
for children 1-3 years old
350 mg
chloride - recommendation
for children 3-5 years old
500 mg
chloride - recommendation
for children 6-9 years old
600 mg
chloride - recommendation
for ages 10-70 and above years old
750 mg
chloride - recommendation
for pregnant and lactating
none
3 electrolytes
sodium
chloride
potassium
deficiency
stunted growth and retarted calcification of bones and teeth
-rickets
-osteomalacia
-osteoporosis
-tetany
calcium and phosphorous deficiency
involves involuntary muscle contractions and overly stimulated peripheral nerves
tetany
deficiency
-hypokalemia
-muscle irritability, weakness, and paralysis
-heart may develop a gallop rhythm and cardiac arrest
-poor intestinal tone
-nausea and lack of appetite
potassium deficiency
deficiency
muscle cramps
disturbed acid-base balance resulting from diarrhea, vomiting, and profuse sweating
sodium deficiency
deficiency
hypomagnesmic tetany
magnesium deficiency
deficiency
endocrine disorders (hyperactivity of the adrenal cortex result in hypochloremic alkalosis
chloride deficiency
toxicity/excess
-hypercalcemia
-renal calculi
-depressing effect on utilization of fat, phosphorous, iodine, iron, magnesium, zinc
calcium
toxicity/excess
hyperphosphatemia
phosphorous
toxicity/excess
hyperkalemia
potassium
toxicity/excess
hypertension
sodium
toxicity/excess
hypermagnesemia results in hypotension and may cause decreased tendon reflexes
magnesium