This article presents the results of studying the effect of different amounts of citrate cobalt and germanium, which were produced by nanotechnology to determine their optimal dose for honey bees. The study used a sugar syrup, is introduced into the 10, 20 and 30 mg of Co 20 and its citrate and 60 ug of its Ge citrate. Within 10 days, each group of bees fed with 4-6 ml of the syrup with the addition of citrate Co and Ge. It is found that feeding bees citrate Co in an amount of 30 mg showed higher viability bees. The more pronounced positive effect observed when fed Ge citrate in an amount of 60 ug, as evidenced by fewer dead bees. Based on these data it states that feeding citrate cobalt and germanium indicates a direct relationship between these elements kontsentaratsiey in syrup and lifespan of the bees in a laboratory experiment that can improve the resistance of the organism.

This article presents the results of studying the effect of different amounts of citrate cobalt and germanium, which were produced by nanotechnology to determine their optimal dose for honey bees. The study used a sugar syrup, is introduced into the 10, 20 and 30 mg of Co 20 and its citrate and 60 ug of its Ge citrate. Within 10 days, each group of bees fed with 4-6 ml of the syrup with the addition of citrate Co and Ge. It is found that feeding bees citrate Co in an amount of 30 mg showed higher viability bees. The more pronounced positive effect observed when fed Ge citrate in an amount of 60 ug, as evidenced by fewer dead bees. Based on these data it states that feeding citrate cobalt and germanium indicates a direct relationship between these elements kontsentaratsiey in syrup and lifespan of the bees in a laboratory experiment that can improve the resistance of the organism.