Electrolytes Flashcards
Sodium 135-145
-135-145 Ctrols and regulates extracullar fluid
-Affects serum osmolaity
-Important in regulation of acid base balace as sodium bicarbonate
Loss or gain of sodium usally accompanied by loss or gain of water
Sodium source and losses
Normally enters the body through gastrointestinal tract
- Derived from food
- Lost from gastrintestinal tract, kidneys and skin.
Sodium Regulation
- Transported out of cell by the sodium potasium pump
- Sodium concentration affected by salut as well as water, intake regulation by reninangiotentin aldoserone system.
- Elimation and reabosorption by the kidneys
Patasium-3.5-5.0
Helps contrial intercellular osmolarity
-Is chief regulator of celluar enzyme activity
-Plays a vital role in transmission of electrical impulses, heart, skeletal, intentian lung tissue and protein and cabydrate metabolism.
Assist in rguation of acid alance by cellular exchang with H+
Potassium sources
Diet, Fruits and vegtable dried peas and beans, whole grains, milk meats
Lost in kidneys and stooll sweat.
Potassium regulation
Aldosteron, elimated by kidneys
Calcium 8.5-10.5
Transmit nerve impulses, regulates muscle contraction and relaxation, Role in blood coagulation,
Calcium sources
milk and milkd products, cheese, dried beans fortified orange juice, green leafy vegitables, small fish peas and beans.
Calicium regulation
Regulated by the parathyroid hromon and calcitonin. High serum phospate reults in decreased serum calcium level; low serum phospate leads to increased serum calcium.
Magnesium-1.3-2.1
Is important for the metabolism of carboghdrates and proteins. Acts on carivasucla system producing vasodilation.
Magnesium sources
Green leafty vegitables, nuts and seafood, whole grains, dried peas
Magnesium reglation
Parathyroid hormone
Chloride
Acts with sodium to maintain osmotic pressure
Plays a role in body acid-base balance combines with hydrogen to produce hydrochloric acid.
Chloride sorces
Salt, processed foods
Chloride regulation
Regi;ated by aldosteron- also low potassium leads to low chloride.