Game Browser Boost
Reg. No.V19092 Act 36/1947
Drinking water supplement used to reduce the effects of high-condensed tannin ingestion in browsers and grazers. In periods of late rains, game and other animals, that would normally be grazers, turn to browsing to supplement their energy intake. Research has shown that traditional browsers have tannin-binding proteins in their saliva that negate the harmful effects of tannin intake. Game Browser Boost also helps make unpalatable plant material more palatable for the animals.
Harmful effects of high-condensed tannin ingestion include
• Depression of food intake
• Tannins binding with other dietary proteins and nutrients
• Interfering with digestion by binding with enzymes
• Other negative effects including absorption of tannins
Grazers have limited amounts of tannin binding proteins. Game Browser Boost is a supplement that will bind tannins and increase the digestibility of tannin containing plants. It enhances the animal’s digestive process and results in more nutrient utilisation. Game Browser Boost contains over 90% of polyethylene glycol (PEG), a material that is widely used to bind tannins in many applications. PEG has been tested extensively under extreme conditions for sheep, goats, cattle and grazing and browsing wildlife. Game Browser Boost can effectively be dosed by adding the product to the drinking water in levels based on the normal intake of water by a range of animals.
Feeding instructions:
- Add 1 g – 3 g per grazing animal per day to the drinking water (approximately 25 –30 l drinking water).
Game Browser Boost is recommended during periods of drought or under conditions where grazing or browsing is limited, or when bush meal is fed. Available in 5 kg and 25 kg packs. Drinking water supplement used to reduce the effects of high-condensed tannin ingestion in browsers and grazers. Amino acid and vitamin supplement especially formulated for grazing and browsing wildlife. Vitamin and mineral supplement for lions, cheetahs, wild dogs and other predators kept under intensive conditions.