Ultrastructural studies on oocyte development and vitellogenesis during oogenesis in female<i>boleophthalmus pectinirostris</i>

Chung, Ee‐Yung; Choi, Ki-Ho; Jiang, Jun; Choi, Moon-Sul; Lee, Ki‐Young

doi:10.1080/19768354.2009.9647193

Cited by 7 publications

(12 citation statements)

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“…In general, the organization of the teleost ovary is variable, and the ovaries can be classified into two basic conditions by the anatomical deposition of the germinal tissue: 1) the gymnovarian condition and 2) the crystovarian condition ( Jun, 2003 ; Kang et al, 2004 ; Chung et al, 2009 ). The structures of K. bicoloratus and B. pectinirostris belong to the crystovarian condition as seen in H. otakii ( Kang et al, 2004 ).…”

Section: Discussionmentioning

confidence: 99%

“…Therefore, after the appearance of intermitochondrial cements, the number of mitochondria in the early developmental stage of oocytes gradually increased. Thus, the intermitochondrial cements are associated with mitochondrial groupings and the multiplication of the number of mitochondria ( Chung et al, 2009 ). In this study, several large vacuoles appeared near the Golgi complex in the cytoplasm of the previtellogenic oocyte.…”

Section: Discussionmentioning

confidence: 99%

“…It is assumed that the Golgi complex plays an important role leading to the formation of yolk vesicles containing carbohydrate yolks in the early vitellogenic oocytes of B. pectinirostris ( Chung et al., 2009 ) and K. bicoloratus ( Jun, 2003 ).…”

Section: Discussionmentioning

confidence: 99%

“…To maintain the reproduction and propagation of natural living resources, it is important to understand the reproductive biology associated with oocyte differentiation and yolk formation (vitellogenesis) during oogenesis. However, comprehensive ultrastructural studies of teleost fish oogenesis by observations from electron microscopy in Korea have been reported for a relatively small number of species, mainly those of economic importance, including Agrammus agrammus ( Chung & Lee, 1985 ), Sebastes schlegeli ( Chung & Chang, 1995 ), Hexagrammos otakii ( Kang et al., 2004 ) and Boleophthalmus pectinirostris ( Chung et al, 2009 ). To date, there have been several studies on reproduction in K. bicoloratus , including reproductive ecology ( Jun 2003 ; Jun et al, 2006 ), egg and larval development ( Kim, 1982 ; Kim & Han, 1989 ; Han & Kim, 1997a ; Jun et al, 2002 ) and growth and maturity ( Mori et al., 1986 ; Chen et al, 1992 ; Uehara & Shimizu, 1999 ), and egg and larval development ( Minami, 1984 ; Jun et al, 1999a ).…”

Section: Introductionmentioning

confidence: 99%

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Ultrastructural Studies on Oocyte Differentiation and Vitellogenesis in the Oocytes of Female Kareius bicoloratus in Western Korea

2018

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Ultrastructural studies on oocyte differentiation and vitellogenesis in the oocytes of female Kareius bicoloratus were investigated by transmission electron microscopy. The Golgi complex in the cytoplasm is involved in the formation of yolk vesicles that contain yolk carbohydrates in the yolk vesicle of oocytes in the early vitellogenic phase. In this phase, many pinocytotic vesicles (PVs), which are formed by pinocytosis, contain yolk precursors (exogenous substances). These substances are associated with exogenous heterosynthetic vitellogenesis. In yolked oocytes in the late vitellogenic phase, two morphologically different bodies, which formed by modified mitochondria, appear in oocytes. One is a multivesicular body (synthesized by autosynthetic vitellogenesis), and the other is a yolk precursor (an exogenous substance formed by heterosynthetic vitellogenesis). The multivesicular bodies (MVB) are taken into the yolk precursors (YP) and are transformed into primary yolk globules. However, after the YP mix with exogenous PVs near the zona pellucida, they are transformed into primary yolk globules. Vitellogenesis of this species occurs via endogenous autosynthesis and exogenous heterogenesis. Vitellogenesis occurs through endogenous autosynthesis, which involves the combined activity of the Golgi complex, mitochondria and MVB formed by modified mitochondria. However, heterosynthesis involves pinocytotic incorporation of extraovarian precursors (such as vitellogenin in the liver) into the zona pellucida (via granulosa cells and thecal cells) of the yolked oocyte.

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Section: Discussionmentioning

confidence: 99%

Section: Discussionmentioning

confidence: 99%

Section: Discussionmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Ultrastructural Studies on Oocyte Differentiation and Vitellogenesis in the Oocytes of Female Kareius bicoloratus in Western Korea

2018

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“…, Chung (1985) 래미 ( (Yamamoto & Oota, 1967;Gupta & Yamamoto, 1971;Chung, 1985;Chung & Chang, 1995;Chung 이러한 현상은 et al, 1997;Chung et al, 2009) …”

Section: 형성에 관해서는 이 노 (Yolk Vesicle)mentioning

confidence: 99%

Ultrastructural Studies on Oocyte Development and Vitellogenesis in Oocytes During Oogenesis in Female Pampus echinogaster in western Korea

Kim¹

2016

Journal of Fisheries and Marine Sciences Education

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The ultrastructural study on oocyt development and the process of vitellogensis in the oocytes during oogenesis in female Pampus echinogaster were investigated by electron microscope observations. In the previtellogenic phase, in particular, several intermitochondrial cements appear in the cytoplasms of the chromatin nucleleolus oocyte and perinuclear oocyte. The number of intermitochondrial cements are associated with the multiplication of the number of mitochondria in the early developmental stage. In the early vitellogenic phase, the Golgi complex in the cytoplasm of the yolk vesicle oocyte is involved in the formation of yolk vesicles containing carbohydrate yolks. At this time, many pinocytotic vesicles containing yolk precursors (exogenous substances) by pinocytosis are observed in the cytoplasm near the region of initial formation of the zona pellucida. In the late vitellogenic phase, two morphological different bodies, which formed by the modified mitochondria, appeared remarkably in the yolked oocytes. The one is the multivesicular bodies and another is yolk precursors. The multivesicular bodies were transformed into the primary yolk globules, while yolk precursors were connected with exogeneous pinocytotic vesicles near the zona pellucida. After the pinocytotic vesicles were taken into yolk precursors, the yolk precursors were transformed into the primary yolk globules. Thereafter, primary yolk globules mixed with each other, eventually, they developed into secondary and tertiary yolk globules. In this study, vitellogenesis of this species occurred by way of endogenous autosynthesis and exogenous heteogenesis. Vitellogenesis occurred through the processes of endogeneous autosynthesis, involving the combined activity of the Golgi complex, mitochondria and multivesicular bodies formed by modified mitochondria. However, the process of heterosynthesis involved pinocytotic incorporation of extraovarian precursors (such as vitellogenin in the liver) into the zona pellucida (by way of granulosa cells and thecal cells) of vitellogenic oocytes.

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Ultrastructural changes in mitochondria during oogenesis in two phylogenetically close fish species

Charitonidou

Panteris

Ganias

2022

Journal of Morphology

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Ultrastructural studies on oocyte development and vitellogenesis during oogenesis in femaleboleophthalmus pectinirostris

Cited by 7 publications

References 4 publications

Ultrastructural Studies on Oocyte Differentiation and Vitellogenesis in the Oocytes of Female Kareius bicoloratus in Western Korea

Ultrastructural Studies on Oocyte Differentiation and Vitellogenesis in the Oocytes of Female Kareius bicoloratus in Western Korea

Ultrastructural Studies on Oocyte Development and Vitellogenesis in Oocytes During Oogenesis in Female Pampus echinogaster in western Korea

Ultrastructural changes in mitochondria during oogenesis in two phylogenetically close fish species

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