Bone Strength

Goat milk is naturally rich in calcium and other minerals. Many studies demonstrate more efficient uptake of calcium, phosphorus, iron, copper, zinc, magnesium and selenium from goat compared to cow milk when gut absorption is compromised.1 Calcium absorption was greatest in diets containing casein from goat milk compared to a diet containing no casein, indicating that casein is needed for calcium absorption from goat milk.2 Diets with goat milk also built up more calcium deposits and stronger bones in young animals.3 This has been linked to reduced loss of bone mineral density and bone strength later in life. In another study, goat milk improved bone health4 in animals with low iron stores.

Research is ongoing to see how these benefits can be applied to help with mineral uptake and strengthening bones in humans.

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  • 1Barrionuevo et al, 2002; Alferez et al, 2003; Campos et al, 2003; Lopez-Aliaga et al, 2003
  • 2McKinnon et al, 2010
  • 3Kruger et al 2008
  • 4Diaz-Castro et al, 2011

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Blending

Our state of the art blending plant enables us to add the additional nutrients required to meet regulatory and specific product requirements where necessary.

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Allergy

There is a common belief that goat milk is a sound alternative for infants or children with cow milk protein allergy. This has resulted in the promotion of goat milk and goat milk products for relief of allergy. However, scientific studies show that goat milk is not always an effective substitute for cow milk in children who are already sensitised to cow milk protein and have a rapid onset, IgE-mediated reaction to cow milk proteins. Only extensively hydrolysed formulas should be used for the dietary management of infants with diagnosed cow milk protein allergy.1

There are several lines of evidence that the strength and type of the immune response to goat and cow milk might still differ. For example, children allergic to cow milk required nearly five times more goat milk to trigger an adverse reaction.2 In another study, 25% of children allergic to cow milk did not react to goat milk at all.3 Children with allergy to cow milk proteins had a lower response to goat milk containing low amounts of αs1-casein.4 Similarly, studies with animals have also shown that lower levels of αs1-casein in goat milk resulted in fewer allergic reactions.5

Further research will help to understand how people might respond differently to goat or cow milk. Until such studies have been completed, it is important that goat milk infant formula is not promoted as a remedy for infants with severe reactions to cow milk.

1 AAP 2000; Koletzko et al, 2012
2 Bellioni-Businco et al 1999
3 Infante et al 2003
4 Ballabio et al, 2011; Albenzio et al 2012; Lisson et al 2014
5 Bevilacqua et al 2001; Hodgkinson et al 2012
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Purpose built manufacturing

The DGC plant is purpose-built solely to be a world class facility for manufacturing goat milk formula. Combined with our cooperative farm model, we are able to control the entire process from milking to distribution. So milk that comes into the plant leaves as a completed product.

The result is a safer, cleaner manufacturing process with no third parties in the production process.

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Spray Drying

DGC’s spray drying plant has been designed specifically to process goat infant formula.

Spray drying is the process of removing water from the milk, producing the beginning of the fine powder that is eventually found in the finished product.

Our spray dryers are kept meticulously clean and the most recent, second spray dryer was built in 2015.