Sodium Chloride Injection 14.6% (Concentrated) Single-Dose Vials 40 mL x 25/Box by Pfizer (RX)
(Note: We don’t Fill Personal Prescriptions)
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Sodium Chloride Injection 14.6% (Concentrated) Single-Dose Vials 40 mL is a sterile solution containing 14.6% sodium chloride, also known as salt, in a 40 mL single-dose vial. It is typically used for intravenous infusion to replenish electrolytes and fluids in the body, and can also be used for other medical purposes such as dilution or dissolving of medications. This concentrated solution is usually administered by healthcare professionals in hospital or clinical settings. It is important to use this medication as directed by a healthcare provider and to monitor electrolyte levels to prevent potential adverse effects.
Mechanism of Action
Sodium Chloride Injection 14.6% (Concentrated) Single-Dose Vials 40 mL works by replenishing the body's levels of sodium and chloride ions, which are important electrolytes for maintaining proper fluid balance and functioning of cells and organs. When injected into the body, the concentrated sodium chloride solution helps to restore normal levels of these ions, which can become depleted due to dehydration, excessive sweating, or certain medical conditions.
The primary mechanism of action for sodium chloride injection is osmosis, which is the movement of water through a semipermeable membrane from an area of low solute concentration (in this case, the body's cells) to an area of high solute concentration (the concentrated sodium chloride solution). This helps to balance the levels of sodium and chloride ions both inside and outside of cells.
Additionally, sodium chloride injection may also exert a direct effect on maintain normal blood pressure by increasing the volume of blood in the body and maintaining proper fluid balance. This can be helpful in cases of dehydration or shock.
Overall, the mechanism of action for Sodium Chloride Injection 14.6% (Concentrated) Single-Dose Vials 40 mL involves restoring the proper levels of sodium and chloride ions in the body through osmosis and maintaining proper fluid balance and blood pressure.