Miostat, Carbachol 0.01% , Single Dose Vial 1.5 mL, Alcon

Miostat, Carbachol 0.01% , Single Dose Vial 1.5 mL, Alcon

Miostat, Carbachol 0.01%, Single Dose Vial 1.5 mL, Alcon is a trusted ophthalmic solution specifically designed for use during surgical procedures to facilitate intraoperative miosis. This sterile solution contains Carbachol as its active ingredient, essential for maintaining intraocular pressure during surgeries, particularly cataract operations. Surgeons and eye care professionals rely on Miostat to ensure optimal conditions for successful surgical outcomes.

Key Features:

• Active Ingredient: Carbachol 0.01%
• Purpose: Induces miosis (pupil constriction) during ophthalmic surgeries
• Single Dose Vial: 1.5 mL for convenient and sterile application
• Indicated for: Intraoperative pupil constriction and management of intraocular pressure
• Manufactured by: Alcon, a leader in ocular health

Indications for Use:

Miostat is indicated for the following:

• Intraoperative miosis during cataract surgery
• Management of intraocular pressure in specific surgical contexts

Dosage & Administration:

Miostat should be administered by a qualified healthcare professional. The typical administration procedure includes:

• Open the single-dose vial carefully
• Instill the solution directly into the eye as directed by the surgical team

Side Effects:

Some common side effects may include:

• Temporary visual disturbances
• Eye discomfort or burning sensation

If severe side effects occur, it is essential to contact the healthcare provider immediately.

Warnings:

Use Miostat with caution if:

• You have a known allergy to Carbachol or related medications
• You have a history of respiratory conditions

Storage Requirements:

Store Miostat at room temperature, away from light and moisture. Do not freeze and discard any unused portions after use to ensure safety and efficacy.

Order Now:

Choose Miostat, Carbachol 0.01%, Single Dose Vial 1.5 mL, Alcon for reliable and effective management of pupil constriction during ophthalmic surgeries, ensuring optimal intraoperative conditions for patient safety and surgical success.