blastomeres信息详情
n.分裂球；胚叶细胞
blastula morula───肌肉骨骼和结缔组织
epiblast tissue───外胚层组织
blasting charge───轰裂药；爆破装药
epiblast function───外胚层功能
blasting caps───鼓风盖
blastomere wiki───卵裂球维基
cytoblast cell───成细胞细胞
hypoblast formation───下胚层形成
mesoblast ddd───中胚层ddd
concussive blast───冲击波
He now says the same can be done with human blastomeres.───他现在告诉我们对于人类来说这项技术同样适用。
The cells of the blastula, called blastomeres, also each receive a full diploid set of chromosomes.───这些囊胚细胞，称卵裂球，每个细胞都有一套二倍体染色体组。
development and differentiation of blastomeres isolated from early human embryos, and study the totipotency of blastomeres.───早期胚胎分割后单个卵裂球的继续发育与分化，探讨人早期胚胎卵裂球的全能性。
Blastomeres are formed in the very early stages of embryonic development. About 24 hours after fertilisation the egg divides into two cells.───胚叶细胞在胚胎发育的极早期形成，大约在受精后24小时受精卵分裂为2个细胞。
Effects of Removal of Necrotic Blastomeres from Cryopreserved Human Embryos on Pregnancy Outcome───去除人类冷冻胚胎中坏死细胞对其移植结局的影响
Forming Tetraploid Embryos with Electric Fusing Blastomeres of Kunming Mouse Embryos───卵裂球电脉冲融合制作昆明小鼠四倍体胚胎
Determination of S-phase and M-phase Blastomeres and Effect of Low Temperature on DNA Synthesis in Mouse Embryos───不同发育阶段小鼠胚胎S-期、M-期卵裂球的检测以及低温对胚胎细胞DNA合成的影响
Production of Mouse Polyploid Embryos by Electrofusing Blastomeres───卵裂球电融合方法制作小鼠多倍体胚胎
There was, until now, uncertainty about which stage of early development the blastomeres ceased to be totipotent , i. e. able to develop into all cell types of the body.
Each of the two blastomeres developed into a whole embryo.
Objective: To investigate the development and differentiation of blastomeres isolated from early human embryos, and study the totipotency of blastomeres.
The transition of the highly differentiated oocyte into the totipotent blastomeres is a fundamental process during the development of mammalian preimplantational embryo.
The cells of the blastula , called blastomeres, also each receive a full diploid set of chromosomes.
But it is also clear that the blastomeres in a two-cell or a four-cell embryo are not differentiated.
The authors have observed that the blastoderm, the blastomeres and the blastula cells have intimate relation with the yolk which plays a very important part in the development of the embryo.
The spherical embryonic mass of blastomeres formed before and resulting from cleavage of the fertilized ovum.