MixOil®++ is composed of selected Phytomolecules and derivates of Short-Medium-Chain Fatty Acids (SMCFA). In MixOil®++ Phytomolecules are combined with derivatives of Short-Medium-Chain Fatty acids to optimize the action of each ingredient. One of the peculiarities of derivates of SMCFA is their capability to reach the deeper tracts of the gut, as they are water-dispersible molecules and can “swim” in the aqueous environment of the intestine, caeca included.
MixOil®++ is composed of selected Phytomolecules and derivates of Short-Medium-Chain Fatty Acids (SMCFA). In MixOil®++ Phytomolecules are combined with derivatives of Short-Medium-Chain Fatty acids to optimize the action of each ingredient. One of the peculiarities of derivates of SMCFA is their capability to reach the deeper tracts of the gut, as they are water-dispersible molecules and can “swim” in the aqueous environment of the intestine, caeca included.
MixOil®++ is composed of selected Phytomolecules and derivates of Short-Medium-Chain Fatty Acids (SMCFA). In MixOil®++ Phytomolecules are combined with derivatives of Short-Medium-Chain Fatty acids to optimize the action of each ingredient. One of the peculiarities of derivates of SMCFA is their capability to reach the deeper tracts of the gut, as they are water-dispersible molecules and can “swim” in the aqueous environment of the intestine, caeca included.
MixOil®++ is composed of selected Phytomolecules and derivates of Short-Medium-Chain Fatty Acids (SMCFA). In MixOil®++ Phytomolecules are combined with derivatives of Short-Medium-Chain Fatty acids to optimize the action of each ingredient. One of the peculiarities of derivates of SMCFA is their capability to reach the deeper tracts of the gut, as they are water-dispersible molecules and can “swim” in the aqueous environment of the intestine, caeca included.
MixOil®++ is composed of selected Phytomolecules and derivates of Short-Medium-Chain Fatty Acids (SMCFA). In MixOil®++ Phytomolecules are combined with derivatives of Short-Medium-Chain Fatty acids to optimize the action of each ingredient. One of the peculiarities of derivates of SMCFA is their capability to reach the deeper tracts of the gut, as they are water-dispersible molecules and can “swim” in the aqueous environment of the intestine, caeca included.
MixOil®++ is composed of selected Phytomolecules and derivates of Short-Medium-Chain Fatty Acids (SMCFA). In MixOil®++ Phytomolecules are combined with derivatives of Short-Medium-Chain Fatty acids to optimize the action of each ingredient. One of the peculiarities of derivates of SMCFA is their capability to reach the deeper tracts of the gut, as they are water-dispersible molecules and can “swim” in the aqueous environment of the intestine, caeca included.
MixOil®++ is composed of selected Phytomolecules and derivates of Short-Medium-Chain Fatty Acids (SMCFA). In MixOil®++ Phytomolecules are combined with derivatives of Short-Medium-Chain Fatty acids to optimize the action of each ingredient. One of the peculiarities of derivates of SMCFA is their capability to reach the deeper tracts of the gut, as they are water-dispersible molecules and can “swim” in the aqueous environment of the intestine. MixOil®++ is successfully used in shrimp, tilapia, trout, cat fish, carp, sea bream, sea bass and in many other aquatic species.
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