TINRO research in the field of pollock complex processing technologies
https://doi.org/10.36038/2307-3497-2022-189-210-221
Abstract
The aim: To analyze the main results and achievements of Far Eastern scientists in the field of pollock complex processing.
The methods: In the period from 1977 to 2002, within the framework of research work, research was carried out on the size, mass and chemical composition, safety indicators and technological properties of walleye pollock. In order to determine the nutritional significance and ways of rational use, numerous experiments were carried out, various methods and technological methods of its processing were tested.
The results: In the period from 1977 to 2002, within the framework of research, the size-mass and chemical composition, safety indicators and technological properties of walleye pollock were studied. The proposed technologies for obtaining frozen, culinary, canned, salted, analogue and other products from pollock are considered.
The newness: The created technologies make it possible to provide a comprehensive non-waste processing of pollock, as the ways of using all parts of the fish body have been determined. Innovative approaches and new opportunities for its rational use are shown.
The practical significance: A significant part of the developed technologies has been introduced into modern production in the processing of pollock.
About the Authors
L. V. Shulgina
Pacific branch of «VNIRO» («TINRO»)
Russian Federation
Russian Federation
4, per. Shevchenko, Vladivostok, 690091
V. N. Akulin
Pacific branch of «VNIRO» («TINRO»)
Russian Federation
Russian Federation
4, per. Shevchenko, Vladivostok, 690091
E. V. Yakush
Pacific branch of «VNIRO» («TINRO»)
Russian Federation
Russian Federation
4, per. Shevchenko, Vladivostok, 690091
E. P. Karaulova
Pacific branch of «VNIRO» («TINRO»)
Russian Federation
Russian Federation
4, per. Shevchenko, Vladivostok, 690091
References
1. Akulin V. N., Blinov Yu.G. 1995. Research in the field of technology for the use of fish and non-fish objects of the Far East // TINRO-70. / ed. Shuntov V. P. Vladivostok: TINRO-center Publish. Pp. 32–51.
2. Bogdanov V. D., Karpenko V. I., Norinov E. G. 2005. Aquatic biological resources of Kamchatka: Biology, extraction methods, processing. Petropavlovsk-Kamchatsky: New book. 264 p.
3. Boyarkina L. G. 1997. Protein concentrate from fish raw materials // Rybnoe hozyajstvo. No. 4. Р. 55.
4. Boyarkina L. G., Yakush E. V. 2001. Improving the forming ability of unwashed minced fish from coastal fishing // Izvestiya TINRO. V. 129. P. 274–278.
5. Boyarkina L. G., Drozdova L. I., Yakush E. V., Eroshkina M. Ya. 1995. Technology and characteristics of dietary culinary products based on pollock mince // Izvestiya TINRO. V. 118. P. 138– 141.
6. Boyarkina L. G., Galkina L. M., Yakush E. V., Shvidkaya Z. P., Lepskaya N. V., Dolbnina N. V. 1999. Improving the technology of canned food based on minced fish // Izvestiya TINRO. V. 125. P. 383–387.
7. Boyarkina L. G., Yakush E. V., Epshtein L. M., Ayushin N. B. 2001. Combined molded products based on fish and taurine-containing raw materials // Izvestiya TINRO. V. 129. P. 279– 283.
8. Vasilkova G. M., Yarochkin A. P. 1983. Production of food hydrolysates from marine fisheries // Fisheries. No. 5. P. 65–67.
9. Vinyar T. N., Milenina N. I., Nasedkin A. V., Pavlovsky A. M., Slutskaya T. N. Yakush E. V. 1995. Study of thermostable proteases of the muscle tissue of pollock and minced surimi and the effect of inhibitors on their activity // Izvestiya TINRO. V. 118. P. 96–104.
10. Vorontsov S. N., Yakush E. V., Yarochkin A. P. 1986. The method of objective staining of the muscle tissue of salted salmon // Research on the technology of hydrobionts of the Far Eastern seas. Vladivostok: TINRO Publish. Pp. 46–56.
11. Vorontsov S. N., Yakush E. V., Yarochkin A. P. 1988. Study of a dye from invertebrate processing waste for coloring food products // Sat. III All-Union. conf. «Development of processes for obtaining combined food products»: abstract. doc. 1988, p. 329.
12. Gushchina D. A., Krasnoshtanova A. A. 2017. Obtaining protein hydrolysates from pollock caviar and studying their functional properties // Butlerov Reports. V. 50. No. 5. S. 134–141.
13. Dementieva N. V., Sakharova O. V., Fedoseeva E. V. 2020. Technochemical characteristics of pollock roe // Innovative development of the fishing industry in the context of ensuring the food security of the Russian Federation: materials of the III National Scientific and Technical Conference. Vladivostok: Dalrybvtuz Publish. Pp. 129–133.
14. Dementieva N. V., Bogdanov V. D. 2018. Substantiation of technological regimes for the production of cream pates from pollock roe with a bacterial preparation — microbial renin “METO” // Proc. of the national part-time scient. and pract. conf. «Innovations in the fishing industry — an impulse effective use and conservation of bioresources of the oceans». Vladivostok: Dalrybvtuz Publish. Pp.132–138.
15. Drozdova L. I., Yakush E. V., Orlova M. V. 2001. Gelation in systems of pollock mince — soy or cow’s milk with the addition of cultures of lactic acid bacteria // Izvestiya TINRO. V. 129. P. 296–303.
16. Kalinichenko T. P., Yarochkin A. P., Timchishina G. N., Kuznetsov Yu.N. 2008. The possibility of fermenting raw materials in the production of mayonnaise from pollock milt // Izvestiya TINRO. V. 155. P. 355–360.
17. Kizevetter I. V. 1971. Technological and chemical characteristics of commercial fish of the Pacific basin. Vladivostok: Dalizdat. 297 p.
18. Klassen N. V., Slutskaya T. N. 1999. Classification and obtaining analogues of food products // Izvestiya TINRO. V. 125. P. 344–358.
19. Kuznetsov Yu.N. 2002. Substantiation of biotechnological modification of pollock cutting waste. Ph.D. abstract. Vladivostok: TINRO Publish. 24 p.
20. Krutchensky G. V., Yancheva R. G., Borodina N. V., Ovchinnikov V. V. 1989. Obtaining medical fat from pollock liver // Fisheries. No. 11. P. 80–84.
21. Kupina N. M., Bashtova A. N. Pavel K. G. 2015. Study of the chemical composition, biological value and safety of pollock Theragra chalcogramma in Peter the Great Bay // Izvestiya TINRO. V. 180. P. 310–319.
22. Levanidov I. P. 1968. Classification of fish according to the content of fat and protein in their meat // Rybnoe hozyajstvo. No. 10. Pp. 64–66.
23. Levanidov I. P., Ionas G. P., Slutskaya T. N. 1987. Technology of salted, smoked and dried fish products. Moscow: Agropromizdat. 158 p.
24. Logacheva O. V., Lomako I. A., Slutskaya T. N., Timchishina G. N. 1991. Non-traditional pollock products // Fisheries. No. 3. P. 65–67.
25. Mikhaleva V. F., Boyarkina L. G., Yakush E. V. 1994. Production of dry-cured sausages from pollock // Fisheries. No. 6. P. 49– 51.
26. Mikhaleva V. F., Shulgina L. V. Boyarkina L. G., Sadovnikova T. I. 1997. Substantiation of the technology of dry-cured fish sausages using microbial starter cultures // Izvestiya TINRO. V. 120. P. 180–183.
27. Mustafaeva V. M., Mangazeev A. V., Efimov A. A. 2021. Substantiation of the use of chopped pollock muscle tissue and dry curd whey in the technology of boiled sausages // Regional problems of the development of the Russian Far East and the Arctic. Pp. 51–56.
28. Pavlova Zh.P., Boyarkina L. G., Mikhaleva V. F., Kastornykh M. S. 1989. Fish protein concentrate // Food industry. No. 12. P. 44–45.
29. Pokrovsky B. I., Bek-Bulat G.Z., Kaiser K. A. 2017. Current state and prospects for the development of markets for products from pollock // Problems of fishing. V. 18. P. 358–367.
30. Pomoz A. S., Yarochkin A. P., Nikulin Yu.N., Prudchenko L. I., Sakharova O. V. 2012. Safety and biological value of fermented feed products from processing waste of Far Eastern fish // Izvestiya TINRO. V. 168. P. 301–309.
31. Rol L. N., Byvaltseva T. M., Yakush E. V. 1997. Microbiological assessment of the technology of emulsion products based on fermentolisate from minced fish // Izvestiya TINRO. V. 120. P. 204–208.
32. Saltanov D. M. 2011. Technology of rational processing of hydrobionts // Bulletin of the Kamchatka State Technical University. No. 15. S. 56–61.
33. Slutskaya T. N. 1997. Biochemical aspects of regulation of proteolysis. Vladivostok: TINRO-center. 148 p.
34. Stetsyuk V. V. 2019. Current state and problems of the fishing industry of the Russian Federation // Customs policy of Russia in the Far East. No. 2 (87). P. 65–76.
35. Sukhareva T. N. 2021. Development of a recipe for pollock cutlets with the addition of oatmeal and zucchini for functional nutrition // Science and Education. V. 4. No. 2.
36. Shulgina L. V., Galkina L. M., Shulgin Yu.P., Mikhaleva V. F., Yarochkin A. P. Boyarkina L. G. 1988. Sanitary and bacteriological assessment of the use of animal blood in the production of fish sausages // Sanitary and hygiene. No. 8. S. 73–75.
37. Chemical composition of Russian food products. 2002. Handbook. / ed. I. M. Skurikhin, V. A. Tutelyan. M.: DeLi print. 236 p.
38. Chupikova E. S. 2000. Development of technologies for food products from pollock cutting waste. PhD abstract. Vladivostok: TINRO. 24 p.
39. Chupikova E. S., Yarochkin A. P. 2001. Technology of culinary products and canned food from pollock milk // Izvestiya TINRO. V. 129. P. 237–244.
40. Yakush E. V., Sokolova L. I., Maksimova O. N., Vorontsov S. N. 1986. Study of the composition of volatile compounds of salted chinook salmon and flavoring of salted salmon // Research on the technology of hydrobionts of the Far Eastern seas: Sat. scientific tr. Vladivostok: TINRO. Pp. 41–46.
41. Yakush E. V., Drozdova L. I., Eroshkina M. Ya. 1997. Study of the process of gel formation in the system of fish, soy and milk proteins // Izvestiya TINRO. V. 120. P. 244–253.
42. Yakush E. V., Boyarkina L. G., Galkina L. M., Shvidkaya Z. P., Lepskaya N. V., Dolbnina N. V. 1999. Improving the technology of canned food based on minced fish // Izvestiya TINRO. V. 125. P. 383–387.
43. Yarochkin A. P. 2000. Complex processing of pollock // Rybnoe hozyajstvo. No. 1. Pp. 62–63.
44. Yarochkin A. P. 2001. Scientific and practical foundations of technologies for the complex processing of small-sized aquatic organisms and secondary raw materials from fish cutting. Abstr. dis. Dr. tech. Sciences. Vladivostok: TINRO. 52 p.
45. Yarochkin A. P., Boytsova T. M. 2018. Technology, processes, technical means for obtaining food minced meat from small fish and its use // Izvestiya TINRO. V. 193. P. 237–253.
46. Yarochkin A., Kurikhina L. S. 1999. Minced pollock «Vostochny» // Fisheries. No. 1. P. 52–53.
47. Yarochkin A. P., Chupikova E. S., Kuznetsov Yu.N., Gradov N. A. 1997. Biotechnological utilization of protein-containing fish processing waste // Izvestiya TINRO. V. 120. P. 44–48.
48. Guenneugues P., Ianelli J. 2013. Surimi resources and market // Surimi and surimi seafood / ed. Park J. W. CRC Press. Р. 25–53.
Review
For citations:
Shulgina L.V., Akulin V.N., Yakush E.V., Karaulova E.P. TINRO research in the field of pollock complex processing technologies. Trudy VNIRO. 2022;189:210-221. (In Russ.) https://doi.org/10.36038/2307-3497-2022-189-210-221
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