https://repository.utm.md/handle/5014/37583 2026-10-26T10:59:08Z https://repository.utm.md/handle/5014/37595 Royal jelly production process. Patent: MD 1935 (13) Y EREMIA, N.; MACAEV, F.; KAPITONOVA, E.; JEREGHI, V.; COȘELEVA, O.; MARDARI, T.; PETCU, I.; CATARAGA, I.; MODVALA, S. The process for obtaining royal jelly, according to the invention, includes introducing 1-3 frames with beehives with 45-135 transferred larvae into the orphan bee colony and feeding the nurse bees, in the absence of a maintenance honey collection, with a mixture of 50% sugar syrup and a solution containing galacturonic acid, choline chloride and water, in an amount of 1.0 L of the mixture, daily, for 3 days, after which the frames are removed from the hive to collect royal jelly, then the procedure is repeated twice. The process for obtaining royal jelly, according to the invention, includes introducing 1-3 frames with beehives with 45-135 transferred larvae into the orphan bee colony and feeding the nurse bees, in the absence of a maintenance honey collection, with a mixture of 50% sugar syrup and a solution containing galacturonic acid, choline chloride and water, in an amount of 1.0 L of the mixture, daily, for 3 days, after which the frames are removed from the hive to collect royal jelly, then the procedure is repeated twice. Application: Can be used to obtain royal jelly. 2026-01-01T00:00:00Z https://repository.utm.md/handle/5014/37594 Royal jelly production process. Patent: MD no. 1924 Z 2026.106.30 EREMIA, N.; MACAEV, F.; KRASOCIKO, P.; JEREGHI, V.; COȘELEVA, O.; MARDARI, T.; SUCMAN, N.; PETCU, I.; CATARAGA, I. The process, according to the invention, includes the introduction into the breeding family of frames equipped with pots with transferred larvae and the daily feeding of the nurse bees, in the absence of a maintenance honey collection, with a mixture of sugar syrup and a biostimulator, for 3 days, after which the frames are removed from the hive to collect royal jelly, and the procedure is repeated twice, at the same time the biostimulator is an aqueous solution containing: D-glucuronic acid, potassium hydroxide, choline chloride and water. The result of the invention consists in increasing the number of larvae accepted for rearing and increasing the total amount of royal jelly up to 60.02-66.14 g or 32.0-45.4% more than the control batch. Application: Can be used in beekeeping to obtain royal jelly. 2026-01-01T00:00:00Z https://repository.utm.md/handle/5014/37593 Royal jelly production process EREMIA, N.; MACAEV, F.; JEREGHI, V.; COȘELEVA, O.; POGREBNOI, S.; MARDARI, T.; MODVALA, S.; SUCMAN, N.; PETCU, I. Royal jelly obtaining process, which includes the introduction into the breeding colony of 1-3 frames equipped with beehives with 40-110 transferred larvae and the daily feeding of the nurse bees, in the absence of a maintenance honey collection, with a mixture of50% sugar syrup and an aqueous solution of choline chloride, in the amount of 1.0 L of the mixture per bee colony, for 3 days, after which the frames are removed from the hive to collect the royal jelly, and the procedure is repeated twice, at the same time standard frames of 435x300 mm are used with 2 slats, at the upper and middle level, equipped with 30 (15/15) beehives, as well as with 3 slats, at the upper, middle and lower level, equipped with 40 (14/13/13) beehives, the beehives being made up of a fixing cap for cup holder, cup holder and cup. The result of the invention consists in increasing the number of larvae accepted for rearing and increasing the total amount of royal jelly up to 32.69-41.38 g over three rounds. Application: Can be used in beekeeping to obtain royal jelly. 2026-01-01T00:00:00Z https://repository.utm.md/handle/5014/37592 Queen bee breeding process. Patent: MD no. 1925 Z 2026.06.30 EREMIA, N.; MACAEV, F.; PETCU, I.; ZAGAREANU, A.; CATARAGA, I.; JEREGHI, V.; COȘELEVA, O.; SUCMAN, N. Queen bee rearing process, which includes forming the nurse bee colony by removing the queen and the uncapped brood combs, introducing the frame with transferred larvae into the nest and feeding the nurse bees with a mixture of 50% sugar syrup, an aqueous solution of D-glucuronic acid and choline chloride, in an amount of 0.5 L of the mixture per bee colony, daily for 5 days, from the introduction of the frame with transferred larvae until the hives are hatched. The result of the invention consists in feeding nurse bees in the technological process of queen rearing which ensures an increase in the acceptance of larvae during growth by 22.3-36.2%, the diameter of the combs – by 1.8-12.7%, the length – by 1.2-5.0% and the mass of unmated queens 2.2-5.0% – by 0.3-9.1%. 2026-01-01T00:00:00Z