Ryze 2 mg Fruit Blast Sugar Free Pack Of 9 Gums

About Ryze 2 mg Fruit Blast Sugar Free Gum:

Ryze 2 mg Fruit Blast is a sugar free premium soft chew nicotine gum formulation that provides effective relief from cravings associated with quitting smoking or chewing tobacco by delivering a controlled amount of nicotine to the body. Nicotine is delivered slowly and in small amounts to help sooth your nicotine craving. Ryze 2 mg Fruit Blast Sugar Free Gum can be used as part of a tobacco reduction strategy by smokers and chewers who are not ready to stop smoking abruptly, as a step towards stopping completely. It also helps in whitening teeth.

Each Gum contains:

Nicotine Polacrilex Equivalent to Nicotine: 2 mg.

Colour: Titanium Dioxide and Excipients q.s.

Use of Ryze 2 mg Fruit Blast Sugar Free Gum:

• Provides effective relief from the craving of smoking and chewing tobacco
• Helps to reduce nicotine intake

Usage Direction of Ryze 2 mg Fruit Blast Sugar Free Gum:

• Ryze 2 mg Fruit Blast Sugar Free gum is intended to consume orally in a dose and direction as advised by the physician.
• Direction: Step 1. Chew the gum till you get the taste of nicotine (like chili). Step 2. Park between your teeth and gum, where you are comfortable. Step 3. Repeat step 1, when the sense of nicotine fades.
• Do not skip or stop the medicine without the physician’s advice
• Do not consume more than the recommended dose.
• Refer sample dosage schedule in the enclosed leaflet.

Precaution & safety Related Information of Ryze 2 mg Fruit Blast Sugar Free Gum:

• If allergic to any ingredients of Ryze 2 mg Fruit Blast Sugar Free Gum, let the physician know straight away.
• If found any other complications, inform the physician immediately.
• The physician should be well informed when the concomitant consumption of this one with another medicine or supplement.
• Seek precautions during pregnancy and lactation.
• Keep out of reach of children.

Storage Condition of Ryze 2 mg Fruit Blast Sugar Free Gum:

• Store in a cool & dry place. Protect from direct sunlight.