Kaprycidin-A

Basic Information

Product Label

Full Name: Kaprycidin-A

Brand: Ecological Formulas none

Product Type: Mineral

Physical State: Capsule

Product Version Code: 9120011

Contact Information

Manufactured Exclusively For

Name: ECOLOGICAL FORMULAS

Address:CONCORD, CA, 94518

Types: Distributor

Product Details

Net Contents

90 Capsule(s)(90 Capsule(s))

Serving Sizes

Unit:Capsule(s)

Quantity:1 - 6

Daily Servings:1 - 1

Target Groups

Adult (18 - 50 Years)

Servings Per Container

Ingredients & Nutrition

Calcium

mineral

Amount: 60 mg

Serving Size: 1 Capsule(s)

Adults and children 4 or more years of age: 6%

Group: Calcium

Fatty Acid Blend

blend

Notes: Fatty Acid Blend (Form: Calcium {Caprylate}, Magnesium {Caprylate}, and Zinc Caprylate)

Forms:

Calcium Caprylate
Magnesium {Caprylate}
and Zinc Caprylate

Amount: 325 mg

Serving Size: 1 Capsule(s)

Adults and children 4 or more years of age: % (Daily Value not established)

Group: Blend (Fatty Acid or Fat/Oil Supplement)

Magnesium

mineral

Amount: 20 mg

Serving Size: 1 Capsule(s)

Adults and children 4 or more years of age: 5%

Group: Magnesium

Zinc

mineral

Amount: 15 mg

Serving Size: 1 Capsule(s)

Adults and children 4 or more years of age: 100%

Group: Zinc

Silicon Dioxide

mineral

Group: Silicon

Also known as: SiO2

UNII Code: ETJ7Z6XBU4

Product Statements

Formulation re: Does NOT Contain

Contains no phenols and very low sodium.

Suggested/Recommended/Usage/Directions

DIRECTIONS Take one to six capsules daily, as directed by a physician.

Formula re: Contains

CALCIUM, MAGNESIUM and ZINC CAPRYLATES

Seals/Symbols

ECOLOGICAL FORMULAS(TM)

General Statements: All Other Content

EXP 1211

FDA Statement of Identity

A NUTRITIONAL SUPPLEMENT

General Statements: All Other Content

KAPRYCIDIN-A is a scientifically-designed nutritional supplement containing a unique blend of fatty acids as naturally derived from coconut oil. Best results have been obtained using KAPRYCIDIN-A in conjunction with a low-yeast diet. Manufacturing processes require a slow-release delivery system to prevent denaturation in the gastro-in-testinal tract.