Titlebook: Reproductive and Developmental Strategies; The Continuity of Li Kazuya Kobayashi,Takeshi Kitano,Mariko Kondo Book 2018 Springer Japan KK, p

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Roles of Germline Stem Cells and Somatic Multipotent Stem Cells in , Sexual Reproductionnd sperm-restricted stem cells (SpSCs). The sex of the individual polyp is determined by the sex of the GSCs present in the body: polyps that have EgSCs are female and produce eggs; while polyps that have SpSCs are male and produce sperm. Occasionally an EgSC transdetermines into an SpSC. The newly

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Reproductive Strategies in Marine Hydrozoan Jellyfish: Sexual Medusae and Asexual Polypse two characteristic forms: a sessile polyp and a free-swimming medusa. Sessile polyps multiply through asexual reproduction, whereas free-swimming medusae undergo sexual reproduction by releasing eggs and sperm. Although these reproductive systems are known to be adaptations to seasonal changes in

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Reproductive Strategies in Annelida: Germ Cell Formation and Regenerationeta, Oligochaeta, Hirudinea (leeches), and Archiannelida, and it is an important link in the evolution of body plan, regeneration, and reproduction. Although annelids generally reproduce sexually, many species can switch to asexual reproduction, proliferating exponentially, as seen in planarians, hy

粗鄙的人

Reproductive Strategies in Social Amoeba to form fruits with spores supported on a stalk, sexual multicellular development to generate macrocysts, and unicellular formation of a microcyst. Depending on the environmental cues, the social amoeba adopts one of the reproductive modes in order to survive under unfavorable conditions. The model

短程旅游

Environmental Control of Sex Differentiation in ,at. This is known as environmental sex determination (ESD). Under favorable environmental conditions, daphnids produce clonal female offspring by parthenogenesis. Under unfavorable environmental conditions (e.g., short day length, low temperature, food shortage, overpopulation, and/or a combination

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Genetic Control of Sex Determination and Differentiation in Fish from bipotential gonads. Therefore, sex is determined by the direction of gonadal development of a bipotential gonad, which can develop into either a testis or an ovary. Various strategies to determine the sex of a gonad are found in fish, and these strategies range from gonochorism, in which ovari

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