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Drug class

Phosphates

Phosphates are a class of mineral replacement agents and electrolyte supplements, typically formulated as oral or intravenous sodium and potassium salts. Read more about Phosphates

63 drugs in this class 31 manufacturers

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K-PHOS NO 2 (sodium phosphate,monobasic/potassium phosphate,monobasic)

PHOSPHATES

BEACH PRODUCTS

PURE AND GENTLE (SALINE) (sodium phosphate,monobasic/sodium phosphate,dibasic)

PHOSPHATES · BOWEL EVACUATION ·+1

MEDLINE INDUS.

READY-TO-USE ENEMA (sodium phosphate,monobasic/sodium phosphate,dibasic)

PHOSPHATES · BOWEL EVACUATION ·+1

GEISS, DESTIN &

READY-TO-USE ENEMA (sodium phosphate,monobasic/sodium phosphate,dibasic)

PHOSPHATES · BOWEL EVACUATION ·+1

FT-STRATEGIC SO

ENEMA (sodium phosphate,monobasic/sodium phosphate,dibasic)

PHOSPHATES · BOWEL EVACUATION ·+1

C.B. Fleet Company

PEDIA-LAX ENEMA (sodium phosphate,monobasic/sodium phosphate,dibasic)

PHOSPHATES · BOWEL EVACUATION ·+1

C.B. Fleet Company

SALINE ENEMA (sodium phosphate,monobasic/sodium phosphate,dibasic)

PHOSPHATES · BOWEL EVACUATION ·+1

RITE AID CORP.

ENEMA (sodium phosphate,monobasic/sodium phosphate,dibasic)

PHOSPHATES · BOWEL EVACUATION ·+1

LEADER

ENEMA (sodium phosphate,monobasic/sodium phosphate,dibasic)

PHOSPHATES · BOWEL EVACUATION ·+1

GEISS, DESTIN &

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About Phosphates.

Phosphates are a class of mineral replacement agents and electrolyte supplements, typically formulated as oral or intravenous sodium and potassium salts.

They function by replenishing essential inorganic phosphorus, a vital anion required for intracellular energy storage and transfer, bone mineralization, cell membrane integrity, and acid-base buffering.

Clinically, these agents are primarily indicated for the prevention and treatment of hypophosphatemia, management of hereditary phosphate-wasting disorders such as X-linked hypophosphatemic rickets, and provision of maintenance phosphorus in total parenteral nutrition regimens.

Certain oral phosphate formulations are also employed to lower urinary calcium excretion to prevent recurrent calcium nephrolithiasis or to provide urinary acidification.

nih.gov
Phosphates are a class of mineral replacement agents and electrolyte supplements, typically formulated as oral or intravenous sodium and potassium salts They function by replenishing essential inorganic phosphorus, a vital anion required for intracellular energy storage and transfer, bone mineralization, cell membrane integrity, and acid-base buffering Certain oral phosphate formulations are also employed to lower urinary calcium excretion to prevent recurrent calcium nephrolithiasis or to provi...
nih.gov
Phosphates are a class of mineral replacement agents and electrolyte supplements, typically formulated as oral or intravenous sodium and potassium salts Certain oral phosphate formulations are also employed to lower urinary calcium excretion to prevent recurrent calcium nephrolithiasis or to provide urinary acidification
nih.gov
Phosphates are a class of mineral replacement agents and electrolyte supplements, typically formulated as oral or intravenous sodium and potassium salts Clinically, these agents are primarily indicated for the prevention and treatment of hypophosphatemia, management of hereditary phosphate-wasting disorders such as X-linked hypophosphatemic rickets, and provision of maintenance phosphorus in total parenteral nutrition regimens
nih.gov
Phosphates are a class of mineral replacement agents and electrolyte supplements, typically formulated as oral or intravenous sodium and potassium salts Clinically, these agents are primarily indicated for the prevention and treatment of hypophosphatemia, management of hereditary phosphate-wasting disorders such as X-linked hypophosphatemic rickets, and provision of maintenance phosphorus in total parenteral nutrition regimens
nih.gov
They function by replenishing essential inorganic phosphorus, a vital anion required for intracellular energy storage and transfer, bone mineralization, cell membrane integrity, and acid-base buffering
nih.gov
Clinically, these agents are primarily indicated for the prevention and treatment of hypophosphatemia, management of hereditary phosphate-wasting disorders such as X-linked hypophosphatemic rickets, and provision of maintenance phosphorus in total parenteral nutrition regimens