Abstract: Ready-to-use (RTU) potassium phosphates solutions for phosphorus replacement therapy are presented that include potassium phosphate and sodium chloride at a fixed volume with 1.5 to 15 mmol/100 mL phosphorus, no more than 22 mEq/100 mL potassium and less than 50 mcg/L aluminum.

Abstract: Ready-to-use (RTU) potassium phosphates solutions for phosphorus replacement therapy are presented that include potassium phosphate and sodium chloride at a fixed volume with 1.5 to 15 mmol/100 mL phosphorus, no more than 22 mEq/100 mL potassium and less than 50 mcg/L aluminum.

Abstract: A ready-to-use (RTU) potassium phosphates in sodium chloride solution for phosphorus replacement therapy includes potassium phosphate and sodium chloride at a fixed volume with 15 mmol/100 mL phosphorus and 22 mEq/100 mL potassium and less than 50 mcg/L aluminum.

Abstract: A ready-to-use (RTU) potassium phosphates in sodium chloride solution for phosphorus replacement therapy includes potassium phosphate and sodium chloride at a fixed volume with 15 mmol/100 mL phosphorus and 22 mEq/100 mL potassium and less than 50 mcg/L aluminum.

Abstract: A spray-dried storage stable pantoprazole composition is provided. The pantoprazole composition includes a pantoprazole and an excipient matrix including sodium chloride (NaCl). The pantoprazole is substantially uniformly dispersed in the excipient matrix. A method for forming a storage stable pantoprazole composition is also provided. The method includes combining a bulking agent and water to form a first solution, combining a pantoprazole and the first solution to form a second solution, combining sodium hydroxide and the second solution to form a bulk solution, and removing water from the bulk solution by drying to form the storage stable pantoprazole composition.