Hepatron® 95% is a superior betaine product that delivers advanced hydration, along with excellent quality and safety properties. Pure betaine anhydrous, a bipolar molecule with three methyl groups that acts as a methyl group donor and offers osmoregulatory effects, is used to make Hepatron® 95%.
As a methyl group donor, Hepatron® 95% is crucial for proper liver health and liver function, cellular replication, and detoxification reactions. It also plays a role in the production of carnitine and kidney protection. Hepatron® 95% is more efficient than choline chloride in providing methyl groups, particularly during periods of increased stress.
Hepatron® 95% in aquaculture feeds is an excellent attractant to increase feed acceptance and intake as well as cover-up off-flavors like those from plant material. As betaine is a natural component of common prey like snails, squid, and crustaceans, Hepatron® 95% brings back the natural flavor of feed.
The powerful osmolyte effect of Hepatron® 95% ensures intestinal cell hydration, promoting high-performance even under challenging growth conditions. Hepatron® 95% accumulates in the gastrointestinal tract, stabilizing the water balance, and protecting the cells against dehydration.
Hepatron® 95%’s support for intestinal stability and functionality results in gut health, increased nutrient absorption and gut function, and reduced instances of diarrhea and drier litter. It also offers support during coccidiosis infections.
Incorporating Hepatron® 95% in the feed means it is unnecessary to add choline chloride, provided the other ingredients supply sufficient choline to meet the animal’s requirements. Individual Hepatron® 95% inclusion rates can be tailored to your farm’s specific dietary needs.
Unlock the full potential of your animals with Hepatron® 95%. Experience the transformative effects on nutrient digestibility, growth performance, and overall health. Invest in Hepatron® 95% today to provide the support your animals need to thrive, even under difficult growing conditions.
