VitaBoost Systemic Formulas Enzee Hi-Potency

Support your digestive health and nutrient utilization with VitaBoost Systemic Formulas Enzee Hi‑Potency, a powerful enzyme complex designed to help your body break down carbohydrates, fats, and proteins more efficiently. This advanced, herb‑based formula delivers high‑strength digestive enzymes in a synergistic blend that supports overall digestion, nutrient absorption, and healthy metabolic balance.

What It Does?
Enzee Hi‑Potency provides a concentrated mix of digestive enzymes that work with your body’s natural processes to help break down food more effectively. Strong enzymatic activity can lead to better nutrient assimilation, improved gastrointestinal comfort, and support for a balanced internal terrain — especially helpful for those who experience occasional digestive challenges or want enhanced metabolic support.

Key Ingredients

• Amylase — Helps break down carbohydrates into simpler sugars.
• Cellulase — Supports the digestion of plant fibers and complex carbohydrates.
• Protease & Chymotrypsin — Enzymes that aid in the digestion of proteins for better amino acid availability.
• Lysozyme, Trypsin & Glucoamylase — Assist the breakdown of various food components for improved digestive comfort.

• Herbal Cofactors: Pau D’Arco (Inner Bark), Cat’s Claw (Herb), Schizandra (Herb), Milk Thistle (Seed), Guarana (Fruit), Oregano (Leaf), Licorice (Root), Eucommia (Bark) — Botanicals that help support digestive health and systemic balance. 

Best Used For

• Supporting healthy digestion and breakdown of carbohydrates, proteins, and fats
• Promoting better nutrient absorption and metabolic efficiency
• Helping ease occasional digestive discomfort after meals

• Enhancing overall gastrointestinal wellness as part of a balanced diet

How to Use:
Take 1–2 capsules with meals for digestive support, or 1–2 capsules away from food for metabolic use as directed by a healthcare practitioner. Increasing daily water intake while using this supplement is recommended for optimal enzyme activity.