Titlebook: Brain Development of Medaka Fish; A New Concept of Bra Yuji Ishikawa,Naoyuki Yamamoto,Hanako Hagio Book 2022 The Editor(s) (if applicable)

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Book 2022ntal stage but diverges more extensively at earlier and later stages. The new concept challenges the accepted theory that has been widely shared for about 200 years since K. von Baer (1828, 1837) and K. von Kupffer (1906) who proposed that three primary brain vesicles at earlier developmental stages

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Myocyte

General Rules of Brain Morphogenesis in Vertebrates: An Hourglass Model, Baer’s theory concerning the presence of the three primary brain vesicles has no universality throughout vertebrates. The results rather indicate that the early brain morphogenesis is diverse among vertebrates. In brain development, the earliest morphological feature shared by the brains of all mem

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Subdivisions of Neural Tube Along the Dorsoventral Axis,l rods and the earliest neural tubes of medaka embryos, by visualizing expression patterns of several developmental genes. These dorsal and ventral subdivisions of the teleost neural tube differ not only functionally, but also in the context of brain evolution. There exists a wide variety in the ext

carotid-bruit

Subdivisions of Neural Tube along the Rostrocaudal Axis: Neuromeric Models,cephalon (cephalic flexure) between stages 21 and 24 and rostrally ends near the bases of the optic stalks in the telo-diencephalic boundary region. The rostral structures, such as the telencephalon and optic vesicles, rotate ventralward during this period. The transverse subdivisions of the medaka

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