Authors

Assessment of the biopotential of wild buckthorn and prospects of its integrated use

DOI: 10.17586/1606‑4313‑2020‑19‑3-44-51
UDC 66.014

Assessment of the biopotential of wild buckthorn and prospects of its integrated use

Mezenova O. Ya., Mörsel Jörg-Thomas , Vorontsov Stanislav A., Vorontsov Pavel A.

For citation: Mezenova O. Ya., Mörsel Y.-T., Vorontsov S. A., Vorontsov P. A. Assessment of the biopotential of wild buckthorn and prospects of its integrated use. Vestnik Mezhdunarodnoi akademii kholoda. 2020. No 3. p. 44–51.

Abstract
Sea buckthorn is a traditional raw material for the manufacture of various food and medicinal products.Juice, jams, oils, and other products are made from the berries. However, valuable biologically active substances of its bark, leaves, and branches (tannins, flavonoids, allantoin) are practically not used.On the territory of the Kaliningrad region there are vast areas of wild-growing sea-buckthorn the bio-potential of which is not used, but is of practical interest.The aim of the study is to study the chemical composition of pulp, seeds, and shell of berries, as well as to assess the content of allantoin in the bark and branches of wild buckthorn and to develop recommendations for the integrated processing of all parts of this plant.In the experiments, four samples of sea buckthorn berries from the Baltic coast collected at the villages of Yantarny, Donskoye, Filino, and at Cape Taran, as well of sea buckthorn Lekora, which grows in Germany in the Brandenburg region, were investigated.The components of berries are determined by standard methods of physico-chemical analysis of the content of dry matter, protein, fat, minerals, dietary fiber, and acidity.The parameters of extraction of allantoin with organic solvents from the bark and branches of sea buckthorn are substantiated. The content of allantoin in two varieties of sea buckthorn was determined by high performance liquid chromatography.It has been shown that wild buckthorn can be used for complex processing to produce biologically active compositions for the food and cosmetic industries. A complex scheme is proposed for processing the main parts of sea buckthorn to produce wine, water-soluble powder additives, and concentrates from juice; from oilcake - sea buckthorn oil; from pulp - a vitamin-mineral complex and fiber; and from branches – allantoin and fuel briquettes.

Keywords: wild-buckthorn, biopotential, berries, young shoots, biologically active substances, allantoin, com-plex processing.

All references

1. Tereshchuk L.V. Pavlova S.S. Obtaining biologically valuable products from the fruits of sea buckthorn. News of universities. Food technology. 2000. No1. Р. 47.

2. Dugarova I.K., Tsibikova G.Ts., Alexandrova I.T. Complex use of sea buckthorn fruits in food production. News of Universities. Applied Chemistry and Biotechnology. Vol. 6. 2016. No. 3. Р. 46-52. (in Russian)

3. Zolotareva A. M., Gabanova G. V., Chirkina T. F. Seeds of sea buckthorn as a food source of biologically active substances. News of universities. Applied Chemistry and Biotechnology. Volume 2. 2014. No. 3. Р. 68-76. (in Russian)

4. Feshchenko Yu.V. Ecology, Biology, and Yield of Buckthorn (Hippophae rhamnoides L.) in the Kaliningrad Region: Diss ... cand. biol. Sciences: 03.00.05 - Botany / BFU im. I. Kant; Kaliningrad 2005.38 р. (in Russian)

5. Karomatov I.D., Bukaev M.D. Sea buckthorn as an adaptogenic medicinal plant increasing physical strength. Biology and Integrative Medicine. 2018. No 6 (23). (in Russian)

6. Zemtsova A.Ya., Zubarev Yu.A., Gunin A.V. Tocopherols of the fruit pulp of four subspecies of sea buckthorn (Hippophae rhamnoides L.) in the forest-steppe of the Altai Territory. Chemistry of plant raw materials. 2019. No. 1. Р. 147-153. (in Russian)

7. Demidova N.A., Eriksso Gösta Genetic variation in growth characteristics of Hippophae rhamnoides L. grown under controlled conditions. Forest Journal. 2018. No 2. Р. 112-119.

8. Mamedov Z. G., Mustafaev L. A., Miryusifova H. M., Zeynalova A. M. The composition and content of flavonoids of leaves of Hippophae rhamnoides L., growing in Azerbaijan. Chemistry of plant raw materials. 2018. No3. Р. 209-214. (in Russian)

9. Shkolnikova M.N., Bakin I.A., Mustafina A.S., Aleksenko L.A. Optimization of the processes for obtaining extracts of phytobiotic pharmaceutical substances of berry raw materials. Technique and technology of food production. 2018. V. 49. No. 4. Р.121-129. (in Russian)

10. Tyagi S.P., Varshney, A.C., Kumar, A. and Singe. Therapeutic and prophylactic efficiencies of seabuckthorn in gastric erosion and ulcerations in dogs. In: Seabuckthorn-A Multipurpose Plant Solution to Nutrition, Health and Environment. The 2nd International Seabuckthorn Association's Conference, August 26-29. 2005. Beijing. China Р. 52.

11.Singh V. Free Radicals, diseases, anti-oxidants and anti- oxidant properties of seabuckthorn (Hippophae rhamnoides L.). In: Seabuckthorn- A Multipurpose Wonder Plant. Vol. K. Biochemist and pharmacology (V.Singh, Ed. in Chief), Daya Publishing House, New Delhi. 2014. Р.3-69, Р.600.

12. Azarova O.V. The bark and shoots of buckthorn buckthorn - a new raw material source of biologically active substances: diss ... cand. biol. Sciences: 11.00.11. AGAU. Barnaul. 2008.113 p. (in Russian)

13.Mezenova O.Ya., Vorontsov V.A., Merzel J.-T. A study of the quantitative composition of allantoin in the bark of young and last year's shoots of sea buckthorn of the species Hippophae rhamnoides L. of the varieties Leikora and Hergo. Herald of Youth Science. 2018. No. 5 (17) (in Russian)

14.Vorontsov C.A., Merzel J.-T., Mezenova O.Ya. Determination of the content of allantoin in the bark of sea buckthorn shoots. Materials of the 16th All-Russian Conference of Young Scientists, Graduate Students and Students with International Participation, dedicated. The 150th anniversary of the Periodic Table of Chemical Elements, “Food Technologies and Biotechnologies,” Kazan NITU, April 16-19, 2019, Part 1, Kazan, KNITU Publishing House. Р.288-293. (in Russian)

15. Averyanova E.V., Shkolnikova M.N., Rozhnov E.D. Prospects and directions for the use of berry meal. Food Industry. Food Technology. 2019. Vol. 4. No.2. Р. 42-51. (in Russian)

16. Alekseenko E.V. Innovative technologies for processing berry raw materials: scientific and applied aspects: dis. ... Dr. Tenh. Sciences: 05.18.01. M., 2013.447 р. (in Russian)

17. Fomenko E.V., Aleksanyan I.Yu., Petrovichev O.A., Lysova V.N. Determination of hygroscopic properties and desorption parameters in the technology of granulation of wheat gluten. Vestnik Mezhdunarodnoi akademii kholoda. 2019. No 2. P.86-94. (in Russian)

18. Adadi P., Filippova D.S., Barakova N.V. The effect of enzyme preparations on the extraction of pigments from plant materials. Vestnik Mezhdunarodnoi akademii kholoda. 2019. No 1. P.64-58. (in Russian)

19. Shkolnikova M.N., Bakin I.A., Mustafina A.S., Aleksenko L.A. Optimization of the processes for obtaining extracts of phytobiotic pharmaceutical substances of berry raw materials. Bulletin of Moscow State Regional University. Series: Natural Sciences. 2018. No. 3. Р.138-149. (in Russian)

20. Ivleva A.R., Kanarskaya Z.A., Khuzin F.K., Gematdinova V.M. The prospect of the use of biologically active additives in food products for gerodietetic nutrition. Vestnik Mezhdunarodnoi akademii kholoda. 2017. No 2. Р. 18-25. (in Russian)

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