Titlebook: Vitellogenin in Fishes- Diversification, Biological Properties, and Future Perspectives; Vaseeharan Baskaralingam,Rapeepun Vanichviriyakit

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Fish Vitellogenin Induction and Its Related Egg Yolk Protein,wo main yolk proteins in the developing embryo. The ability of marine teleosts to osmoregulate their eggs is significantly influenced by the yolk proteins. Vitellogenin is a useful biomarker for . to screen chemical substances in an aquatic ecosystem. Fish oogenesis requires extremely precise regula

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Vitellogenin Receptor in Fishes,e majority of the components required to create and support a new life are delivered to the ooplasm of oocytes by vitellogenin when they develop by orders of magnitude during oogenesis. Vitellogenin is a complex glycophospholipoprotein in the blood of mature female fishes produced by the liver in re

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Significance of Vitellogenin in Egg Yolk Production and Egg Quality,cies. It is synthesized in the liver and secreted into the bloodstream, where it is taken up by developing oocytes (immature eggs) and processed into yolk proteins. The yolk, composed of vitellogenin-derived proteins and lipids, serves as a vital nutrient source for the developing embryo during earl

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Concentration of Vitellogenin and Disruption of the Endocrine System in Fish,g yolk, provides developing embryos and larvae with protein-and lipid-rich nutrition. In reaction to circulating endogenous estrogen, the liver of female oviparous vertebrates generally produces vitellogenin, a sizeable serum phospholipoglycoprotein. After being made in the liver, it enters the bloo

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Multivalent Properties of Vitellogenin in Marine and Freshwater Fishes,tion. These proteins are subsequently transported through the bloodstream to the ovary, where they are taken up by developing oocytes via receptor-mediated endocytosis. Upon entry into the oocyte, the Vtgs are enzymatically cleaved to form yolk proteins, which play a crucial role in providing nouris

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Future Prospective of Vitellogenin Research,parous vertebrates that carry out vitellogenesis through endogenous estrogen regulation mechanism. Types of Vtg and its various functional aspects have been explained. Endocrine-disrupting chemicals (EDC) are a group of xenobiotics that adversely impact the environment and disrupts the normal secret

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Book 2023, their diversification and classification in fishes, and tools for their identification and characterization.  Further, their functional aspects in oogenesis and its regulatory mechanism, role as the immunocompetent molecule, and reproductive strategies are discussed. The book further examines vite