Analysis for the dorsalization potency of the animal blastomeres of the 16 cell stage Xenopus embryo

Tao Qinghua; Ding Xiaoyan

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Analysis for the dorsalization potency of the animal blastomeres of the 16 cell stage Xenopus embryo

机译：16细胞阶段非洲爪蟾胚胎的动物卵裂球的背侧化效力分析

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The dorso-ventral axis of Xenopus embryo is established after fertilization. Blastula stage blastomeres acquire different identities as they have inherited different maternal materials which dis- tribute radial symmetrically along the animal vegetal axis in the full-grown oocyte, and are rearranged by the cortical rotation triggered by fertilization. The vegetal blastomeres demonstrate the different dor- salization potencies in the previous transplantation experiments. The data of blastomere explanting and RT-PCR analyzing indicate that the dorsal ventral bias also exists among the animal blastomeres even During the early blastula stage.

机译：受精后建立爪蟾胚胎的背腹轴。囊胚阶段的卵裂球具有不同的身份，因为它们继承了不同的母体物质，这些母体物质在成年卵母细胞中沿动物植物轴呈放射状对称分布，并受精引发的皮质旋转而重新排列。植物卵裂球在先前的移植实验中显示出不同的背化能力。卵裂球移出和RT-PCR分析的数据表明，即使在囊胚早期，在动物卵裂球中也存在背腹偏斜。

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《Chinese science bulletin》 |1999年第6期|p.538-540|共3页
作者
Tao Qinghua; Ding Xiaoyan;
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正文语种 eng
中图分类自然科学现状及发展;
关键词
Xenopus embryo; dorso-ventral axis; blastomere explantation;

机译：爪蟾胚胎;背腹轴;卵裂球外植;

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专利

1. Compensation for the Lost Prospective Central Nervous System by Expansion of the Prospective Epidermis in the '16-Cell' Embryos of Xenopus Iaevis Lacking All Animal Dorsal Blastomeres [J] . Masaaki Koga Zoological Science . 1999,第2期

机译：缺少所有动物背裂球菌的非洲爪蟾“ 16细胞”胚胎中预期表皮的膨胀来补偿失去的预期中枢神经系统
2. Fates of the blastomeres of the 16-cell stage Xenopus embryo☆ [J] . Sally A. Moody Developmental biology . 1987,第2期

机译：16细胞阶段非洲爪蟾胚胎的卵裂球的命运☆
3. Protein Synthesis in Dorsal, Ventral, Animal and Vegetal Half-Embryos of Xenopus laevis Isolated at the 8-Cell Stage [J] . A. Saito, H. Kageura, K. Higuchi, Cell structure and function . 1984,第4期

机译：在八细胞阶段分离的非洲爪蟾的背，腹，动物和植物半胚中的蛋白质合成
4. Multiplexing Quantification of Proteins by Single-Cell CE-μESI-HRMS Finds Translational Cell Heterogeneity in the 16-cell Frog (Xenopus) Embryo [C] . Camille Lombard-Banek, Sushma Reddy, Sally A. Moody, ASMS Conference on Mass Spectrometry and Allied Topics . 2016

机译：单细胞Ce-μESi-hrms多用量的蛋白质定量在16-细胞青蛙（外爪瓣）胚胎中发现平移细胞异质性
5. The Wnt pathway is required cell autonomously for dorsal axis development and mesoderm specification in the early Xenopus laevis embryo. [D] . Vonica, Alin. 2002

机译：Wnt通路是非洲爪蟾早期胚胎中背轴发育和中胚层规格的自主细胞。
6. Molecular asymmetry in the 8-cell stage Xenopus tropicalis embryo described by single blastomere transcript sequencing [O] . Elena De Domenico, Nick D.L. Owens, Ian M. Grant, -1

机译：通过单个卵裂球转录本测序描述8细胞阶段热带非洲爪蟾胚胎中的分子不对称性
7. Fates of Animal-Dorsal Blastomeres of Eight-Cell Stage Xenopus Embryos Vary according to the Specific Patterns of the Third Cleavage Plane. (Xenopus embryos/animal-dorsal blastomeres/third cleavage/developmental fates/fluorescein dextran amine) [O] . RIE MASHO 1988

机译：八个细胞阶段外胚轴胚胎的动物背裂胚胎的序号根据第三切割平面的特定图案而变化。（异爪叶胚胎/动物背裂性/第三种裂解/发育法/荧光素Dextran胺）

Analysis for the dorsalization potency of the animal blastomeres of the 16 cell stage Xenopus embryo

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