Calcium antagonizes cardiotoxicity of hyperkalemia bystabilizing cardiac cell membrane against undesirabledepolarization. Soluble calcium ions (Ca+2) bind withsoluble fluoride ions (F-) to produce the insoluble andtherefore inactive calcium fluoride salt (CaF2)
CALCIUM CHLORIDE
Indications
Hyperkalemia, calcium channel blocker OD, hypotensionassociated with magnesium sulfate or calcium channel blockeradministration, and hydrofluoric acid burns
CALCIUM CHLORIDE
Interactions
Will precipitate if mixed with sodium bicarbonate
CALCIUM CHLORIDE
Dosage
5–10 ml slow IV push. 10 ml of 10% solution contains 13.6 mEq ofcalcium
CALCIUM GLUCONATE
Class:
Electrolyte
CALCIUM GLUCONATE
Mechanism of Action:
Calcium antagonizes cardiotoxicity of hyperkalemia bystabilizing cardiac cell membrane against undesirabledepolarization. Soluble calcium ions (Ca+2) bind withsoluble fluoride ions (F-) to produce the insoluble andtherefore inactive calcium fluoride salt (CaF2)
CALCIUM GLUCONATE
Indications
Hyperkalemia, calcium channel blocker OD, hypotensionassociated with magnesium sulfate or calcium channel blockeradministration, and hydrofluoric acid burns
CALCIUM GLUCONATE
Interactions
Will precipitate if mixed with sodium bicarbonate
CALCIUM GLUCONATE
Dosage
10–30 ml slow IV.Topical application inside surgical glove (gel or not) for finger / thumb /hand fluoride burns. 10 ml vial of 10% calcium gluconate contains 4.6mEq of calcium
THIAMINE (B1)
Class:
Vitamin
THIAMINE (B1)
Mechanism of Action
Administration restores body’s supply of Vitamin B1 inmalnourished patients, preventing possible developmentof Wernicke’s syndrome and Korsakoff’s psychosis.
THIAMINE (B1)
Indications
Coma of unknown origin, especially if alcohol is involved, deliriumtremens