Grassland Nutrition Organic Beef Heart Freeze Dried Chunks - 120g
Product details
Grassland Nutrition Organic Beef Heart Freeze Dried Chunks are a whole-food superfood made from certified organic, grass-fed Australian beef heart. These nutrient-dense chunks preserve the heart's natural vitamins, minerals and CoQ10 through freeze-drying, offering a convenient alternative to multiple supplement capsules.
Key Features
- 100% certified organic Australian grass-fed beef heart, hormone and GMO-free
- Naturally high in B vitamins (B1, B2, B3, B5, B6, B12), selenium, iron and CoQ10
- Freeze-dried to preserve nutrients, proteins and enzymes without refrigeration
- Mild flavour in convenient chunk form, easier than swallowing multiple capsules
- Supports energy metabolism, heart health and blood pressure health
Who Is It For
This product suits those seeking whole-food nutrition from organ meats, people looking to support energy and fertility health naturally, and anyone preferring freeze-dried chunks over multiple daily supplement capsules.
Product Details
| Brand | Grassland Nutrition |
|---|---|
| Form | Freeze Dried Chunks |
| Size | 120g |
Frequently asked questions
What nutrients does beef heart contain?
Beef heart is naturally high in B vitamins (B1, B2, B3, B5, B6 and B12), selenium, iron, copper and CoQ10.
Why choose freeze-dried beef heart chunks over capsules?
Freeze-dried chunks preserve all nutrients, proteins and enzymes without requiring refrigeration. A small handful provides the nutrition of multiple capsules, with a milder flavour and easier consumption.
Where does this beef heart come from?
The beef heart is sourced from certified Australian farmers where cattle graze their entire lives on 250 native grass species with natural rainfall water. The cattle are never given hormones or GMO feed.
What health benefits does this product support?
Beef heart supports energy metabolism, heart and blood pressure health, and fertility health. It contains CoQ10, which has been associated with egg quality and fertilisation rates.