About resorption of previtellogenesis oocytes in cyclostomes and fish
https://doi.org/10.36038/2307-3497-2021-186-21-30
Abstract
The aim of work is to analyze the features of previtellogenic oocyte resorption in cyclostomes and fish.
The method used is a generalization of our own and literature data.
Novelty. For the first time, the data on the resorption of previtellogenic oocytes have been systematized.
Results. According to the accumulated data, oocytes of this period are resistant to external influences and do not undergo resorption even before the immediate death of the experimental fish. At the same time, the facts of resorption of individual oocytes are well known and are associated with their initial non-viability. At the first stage of destruction, such cells are distinguished by an intense color — pycnomorphic cells, and at the final stage they disintegrate into separate fragments. External influence and the associated energy deficit only accelerates the destruction of such cells. When studying juveniles of salmonids of all species, numerous facts of loss of shape by previtellogenic oocyte were revealed. Since the destruction of such cells does not occur, and no further decrease in their number is observed, it can be assumed that such compression is an artifact of histological processing. At the same time, mass resorption of previtellogenic oocyte has been described and is the initial stage of either the formation of the value of absolute fecundity during the transition to another life form, or a reduction in the number of individuals in a species with cyclical population dynamics.
Practical significance. The results of the analysis will give the authors a basis from different positions to consider the facts of changes in the shape of previtellogenic oocytes during both experimental and field studies. It can be assumed that external extreme, but relatively short-term impact on juvenile fish during previtellogenesis will not lead to a change in the value of absolute fecundity.
About the Author
O. V. Zelennikov
St. Petersburg State University («PSbSU»)
Russian Federation
Russian Federation
Oleg V. Zelennikov
7/9, University emb., St. Petersburg, 199034
References
1. Akimova N. V., Ruban G. I. 1996. Systematization of reproduction disturbances in sturgeon under anthropogenic impact // Voprosy ihtiologii. V. 36. № 1. P. 65–80.
2. Akimova N. V., Popova O. A., Reshetnikov YU.S., Kashulin N. A., Lukin A. A., Amundsen P. A. 2000. The morphological state of the reproductive system of fish in the water bodies of the Kola Peninsula // Voprosy ihtiologii. V. 40. № 2. P. 282–285.
3. Anokhina L. E. 1969. Regularities of changes in fish fertility. M.: Nauka. 291 s.
4. Belova N. V., Emel’yanova N.G., Makeeva A. P., Ryabov I. N. 2001. The state of the reproductive system of fish from Lake Kozhanovskoe (Bryansk region) contaminated with radionuclides as a result of the accident at the Chernobyl nuclear power plant // Voprosy ikhtiologii. V. 41. № 3. P. 358–367.
5. Belova N. V., Emel’yanova N.G., Makeeva A. P., Ryabova I. N. 2007. The state of the reproductive system of fish from Lake Kozhanovskoe (Bryansk region) contaminated with radionuclides as a result of the accident at the Chernobyl nuclear power plant // Rybovodstvo i rybnoe khozyajstvo. № 7. P. 29–38.
6. Belyaev V. A., Novikov Yu.V., Svirskij V. G. 1991. Stocks of the Far Eastern sardine and changes in the ichthyocenosis of the SZTO // Rybnoe khozyajstvo. № 8. P. 24–28.
7. Bugaev L. A., Rudnitskaya O. A., Zasyad’ko A.S., Nitochka O. A. 2002. The state of the gonads of sturgeon fish of the Sea of Azov in the modern period // Modern problems of physiology and ecology of marine animals (fish, birds, mammals). Rostov-na-Donu. 11–13.09. 2002 year. Rostov-na-Donu: OOO «CVVR». P. 21–24.
8. Verigin B. V., Belova N. V., Emel’yanova N.G., Makeeva A. P., Vybornov A. A., Ryabov I. N. 1996. Radiobiological analysis of silver carp Hypophthalmichthys molitrix in the cooling pond of the Chernobyl nuclear power plant in the post-accident period. 3. Results of artificial reproduction of irradiated fish // Voprosy ikhtiologii. V. 36. № 2. P. 248–259.
9. Dubinina A. Yu., Zolotov A. O. 2015. Atresia of oocytes of the northern two-line flounder Lepidopsetta polyxystra (Pleuronectiformes, Pleuronectidae) of the Pacific waters of Kamchatka // Izvestiya TINRO. V. 180. P. 99–106.
10. Durkina V. B., Cherkasova I. V. 2007. Anomalies of oogenesis in the striped flounder Pleuronectes pinnifasciatus from the Amur Bay of the Japan Sea // Izvestiya RAN. Seriya biologicheskaya. № 5. P. 591–597.
11. Zhuravleva G. F., Zemkov G. V. 2000. Structural abnormalities in oocytes depending on the pathomorphogenesis of sturgeon liver in cumulative toxicosis // Sturgeon at the turn of the 21st century. Astrakhan. Astrahan’. 11–15.09. 2000 year. Astrahan’: KaspNIRH Publish. P. 144–145.
12. Zelennikov O. V. 1999. Gametogenesis of rainbow trout Onchorynchus mykiss reared in a circulating water supply system from hatching to puberty at an optimum temperature // Voprosy ikhtiologii. V. 39. № 1. P. 89–97.
13. Zelennikov O. V. 2003 a. Effect of water acidification on gametogenesis of rainbow trout Parasalmo mykiss // Voprosy ikhtiologii. V. 43. № 3. P. 388–401.
14. Zelennikov O. V. 2003 b. Comparative analysis of the state of the ovaries in juvenile Pacific salmon in connection with the problem of the monocyclia formation // Voprosy ikhtiologii. V. 43. № 4. P. 490–498.
15. Zelennikov O. V. 2019. Gametogenesis of Pacific salmon. 3. Comparative analysis of the state of the gonads in juvenile Pacific salmon in connection with the formation of fertility // Trudy ZIN. V. 323. № 4. P. 429–441.
16. Zelennikov O. V. 2021. Influence of early oogenesis processes on the development of the reproductive system in fish. Avtoref. dis. … dokt. biol. nauk. M.: VNIRO. 43 s.
17. Zelennikov O. V., Golod V. M. 2019. Gametogenesis of rainbow trout Parasalmo mykiss reared from hatching to puberty at a temperature of about 20 °C // Voprosy ikhtiologii. V. 59. № 1. P. 68–79.
18. Zelennikov O. V., Kuznetsov Yu.K., Fedorov K. E. 2019. Features of the formation of the structure and volume of the fund of previtellogenic oocytes in the rainbow trout Parasalmo mykiss // Trudy VNIRO. V. 175. P. 76–85.
19. Zelennikov O. V., Proskuryakov K. A. , Rudakova G. S. , Myakishev M. S. 2020. Comparative characteristics of juvenile pink salmon Oncorhynhus gorbuscha Walbaum, with its natural and hatchery reproduction in the Sakhalin region // Biologiya morya. V. 46. № 1. P. 14–23.
20. Zelennikov O. V. Shnajder T. A. 2019. Characteristics of the Far Eastern sardine Sardinops melanostictus from the commercial catch in the area of Shikotan Island // Trudy VNIRO. V. 178. P. 69–76.
21. Emel’yanova N.G., Makeeva A. P., Belova N. V., Zelenkov V. M. 1996. Morphological state of some commercial fish in the southeastern part of the Barents and White seas // Mat. otchetnoj sessii po itogam NIR PINRO v 1995 year. Murmansk: Izd-vo PINRO. P. 122–134.
22. Emel’yanova N.G., Pavlov D. A., Pavlov E. D., Lyong Tkhi Bik Tkhuan, Vo Tkhi Kha. 2014. Anomalies in the ovarian state of the striped toothed goat Parupeneus multifasciatus (Mullidae) from the coastal zone of the southern part of central Vietnam // Voprosy ikhtiologii. V. 54. № 1. P. 78–86.
23. Kornienko G. G., Lozhichevskaya T. V., Balandina L. G., Rekov Yu.I., Koval’chuk L.I., Zhil’tsova A.V. 1996. Resorption of the gonads of the Azov sturgeon in experimental and natural conditions // The main problems of fisheries and protection of fishery reservoirs of the Azov basin. Collection of scientific papers AzNIIRKH. Rostov-na-Donu. P. 247–256.
24. Kuznetsov Yu.K. 1986. Study of ovarian function in connection with the phenomenon of dwarfism in fish and cyclostomes using the example of representatives of the genera Osmerus Lacèpéde and Lampetra Gray. Diss… kand. biol. nauk. L.: LGU. 249 p.
25. Kuznetsov Yu.K., Gruslova A. B., Zelennikov O. V. 1999. Development of gonads in juvenile rainbow trout and Atlantic salmon after exposure to testosterone in the period preceding cytological sex differentiation // Vestnik SPbGU. Is. 3. № 1. P. 3–8.
26. Lukin A. A., Sharova Yu.N. 2002. Pathologies of the microstructure of the generative organs of female whitefish Coregonus lavaretus Lake Imandra // Voprosy ikhtiologii. V. 42. № 1. P. 114–120.
27. Pelagic fish (saury, sardine, mackerel). (fishing forecast). 2019. Vladivostok: TINRO. 59 p.
28. Petrikov A. M., Petukhov V. B., Kokhnenko O. S., Voronovich A. I. 1997. Degenerative changes in perch oocytes under chronic exposure to ionizing radiation // Doklady AN Belarusi. V. 41. № 2. P. 111–115.
29. Petukhov V. B., Petrikov A. M. 1997. Disturbances of gametogenesis in fish under chronic exposure to ionizing radiation // Doklady AN Belarusi. V. 41. № 4. P. 93–97.
30. Podojnitsyn D. A. 2010. Ecological and biological assessment of the state of the common zander ( Sander lucioperca L.) population under the conditions of anthropogenic transformation of the Azov-Don basin. Avtoref. diss. … kand. biol. nauk. Rostov-na-Donu. 23 p.
31. Podushka S. B. 2000. Critical review of publications on reproductive system disorders in sturgeon // Nauchno-tekhn. byul. lab. ikhtiol. INEHNKO. № 3. P. 9–30.
32. Reshetnikov Yu.S., Akimova N. V., Popova O. A. 1999. Anomalies in the fish reproduction system of the Kola Peninsula under anthropogenic impact // Biological foundations of the study, development and protection of the animal and plant world, the soil cover of Eastern Fennoscandia. Petrozavodsk. 06–10.09. 1999 year. Petrozavodsk: Fennoscandia Publish. P. 155.
33. Romanov A. A., Romanov Al.A., Belyaeva E. S. 2001. Monitoring of histomorphological disorders of gonad-gametogenesis of sturgeon fishes in the Volga-Caspian region // Collection of scientific papers KaspNIRH. S. 246–268.
34. Ruban G. I., Akimova N. V. 2001. The state of the reproductive system and the reasons for the decline in the number of Siberian sturgeon Acipenser baeri of the Ob River // Voprosy ikhtiologii. V. 41. № 2. P. 278–282.
35. Ruban G. I. 2017. Disturbances in the development and functioning of the reproductive system of fish as an indicator of anthropogenic impact on their habitat and the state of health of the environment // Ontogenez. V. 48. № 6. P. 443–449.
36. Sakun O. F., Svirskij V. G. 1992. Oocyte degeneration during previtellogenesis and vitellogenesis in the reproductive cycle of the Far Eastern sardine Sardinops sagax melanosticta // Voprosy ikhtiologii. V. 32. № 3. P. 52–58.
37. Sergeeva S. G. 2016. Morphological features of maturation of the ram Rutilus rutilus in modern conditions // Marine biological research: achievements and prospects. Sevastopol’. 19–24.09. 2016 year. Sevastopol’: FIC In BYUM. P. 286–289.
38. Talikina M. G., Komov V. T. , Zelenetskij N. M. 1996. Histophysiological characteristics of the gonads of the perch Perca fluviatilis from the acidic lakes of the Darwin Reserve // Voprosy ikhtiologii. V. 36. № 3. P. 400–406.
39. Talikina M. G. 1998. Some data on the plasticity of the early stages of gonad development and the reaction of underyearlings of roach Rutilus rutilus to temperature shocks // Voprosy ihtiologii. V. 38. № 1. P. 100–105.
40. Chmilevskij D. A. 1998. Influence of elevated temperature on different periods and phases of oogenesis of tilapia Oreochromis mossambicus // Voprosy ikhtiologii. V. 38. № 5. P. 676–683.
41. Chmilevskij D. A. 2003. On the question of the periodization of the oogenesis of teleost fishes (review) // Voprosy ihtiologii. V. 43. № 3. P. 375–387.
42. Sharova Yu.N. 1999. Features of the functioning of the reproductive system of whitefish (Coregonus lavaretus L.) from subarctic water bodies // Biological foundations of the study, development and protection of the animal and plant world, the soil cover of Eastern Fennoscandia. Petrozavodsk. 06–10.09. 1999 year. Petrozavodsk: Fennoscandia Publish. P. 173.
43. Sharova Yu.N., Kaufman Z. S., Lukin A. A. 2003. Oogenesis of fish in the European North of Russia under technological pollution. Petrozavodsk. KarNC RAN. 130 s.
44. Shil’dyaev A.A., Mosyagina M. V., Zelennikov O. V. 2008. On the issue of ecological parallelism of lampreys and salmonids // Environmental problems of the North. Arhangel’sk. 11–13.03. 2008 year. Arhangel’sk: IEPS ASC UrO RAS. P. 219–221.
45. Hardisty M. W. 1964. The fecundity of lampreys // Archiv für Hydrobiologie. V. 60. № 3. P. 340–357.
46. Hardisty M. W. 1965. Sex differentiation and gonadogenesis in lampreys. 1. The ammocoete gonads of the brook lamprey, Lampetra planeri // J. of Zoology. V. 146. № 3. P. 305–345.
47. Hardisty M. W., Potter I. C. 1971. The behavior ecology and growth of larval lampreys // The Biology of Lampreys. Vol. 1 N. Y. Academic Press. Р. 85–125.
48. Hughes R. L., Potter I. C. 1969. Studies on gametogenesis and fecundity in the lampreys Mordacia praecox and Mordacia mordax (Petromyzonidae) // Australian J. of Zoology. V. 17(3). P. 447–464.
49. Kopp C. R. 2017. An historical comparison of Lake Superior sea lamprey fecundity and egg size // Senior Capstone in Natural Resources Northland College April. С. 1–15.
50. Kornienko G. G., Dudkin S. I., Lozhichevskaya T. V. 1997. Monitoring of reproductive potential of Azov sea sturgeons under present conditions of habitat // 3 rd Int. Symp. Sturgeon, Piacenza, July 8–11, P. 229–230.
51. Kuznetsov Yu., Mosyagina M., Zelennikov O. 2016. The formation of fecundity in ontogeny of lampreys // Jawless Fishes of the World: Volume 1. /Eds: Alexei Orlov, Richard Beamish. Cambridge Scholars Publishing. P. 323–345.
52. Malmqist B. 1978. Population structure and biometry of Lampetra planeri (Bloch) from three different watersheds in South Sweden // Archiv für Hydrobiologie. V. 84. P. 65–86.
53. Miranda A. C.L., Bazzoli N., Rizzo E., Sato Y. 1999. Ovarian follicular atresia in two teleost species: a histological and ultrastructural study // Tissue & Cell. V. 31. № 5. P. 480–488.
54. Pletcher F. T. 1963. The life history and distribution of lampreys in the almon and certain’ other rivers in British Columbia, Canada. Master of Science Thesis. University of British Columbia, Vancouver B. C. 195 p.
55. Weissenberg R. 1927. Beitrage zur kenntniss der biologie und morphologie der neuenaugen. 2. Das reifewachstum der gonaden bei lampetra fluviatilis und planeri // Zeitschrift für mikroskopische-anatomische Forschung. V. 8. P. 193–249.
Review
For citations:
Zelennikov O.V. About resorption of previtellogenesis oocytes in cyclostomes and fish. Trudy VNIRO. 2021;186:21-30. (In Russ.) https://doi.org/10.36038/2307-3497-2021-186-21-30
Email this article 