Candidase™          

   •Breaks down yeast to promote balance*

•Combined enzyme blend works gently without common die-off symptoms*

•Supports gut and microbiome health*

•Contains high-potency cellulase & protease enzymes                                                                 

 This high-potency blend of cellulase and protease enzymes breaks down yeast, supporting balance while improving gut and microbiome health.* Powered by Thera-blend™, Candidase’s enzymes work throughout the body for maximum benefit. Candidase contains two enzymes perfectly designed for yeast: cellulase and protease. Cellulase is a cellulose-digesting enzyme that breaks down the yeast cell wall, and protease, a protein-digesting enzyme, breaks down the interior proteins.*                                     This combination provides a gentle, cleansing effect without harsh discomfort common to cleansing.* Candidase also promotes gut and microbiome health.* When yeast levels in the body are balanced, beneficial microbes in the gut have a better chance to thrive.

So that you can get the benefits of yeast-busting enzymes across your whole body, Candidase is made with Thera-blend™ enzymes. This combines multiple enzyme strains of an enzyme, allowing the enzymes to be active throughout the body rather than in just a single area.

Nutrient information

Cellulase Thera-blend™ 60,000CU    

Protease  Thera-blend™ 230,000 HUT               Other

Ingredients: 100% Vegetarian capsule (Cellulose, water)

Direction of use

For moderate symptoms, take 2 capsules on an empty stomach, 1 hour before or 2 hours after a meal 3 times daily for 7 days. For acute symptoms, take 2 capsules on an empty stomach, 1 hour before or 2 hours after a meal 3 times daily for 14 days. For more advanced support, CandiGold™ Extra Strength may be helpful. For maintenance, take 2 capsules daily.

Consult with a physician prior to use if you are pregnant, nursing, taking medications or have a medical condition. Candidase should not be taken with any timed-release medication that uses cellulose as its time-release mechanism.