eukaryote信息详情
n.真核细胞（等于eucaryote）
leukaemia───n.白血病
differentiates prokaryotes from eukaryotes───区分原核生物和真核生物
protococcus prokaryotic or eukaryotic───原核或真核原球菌
So mouse ERA protein may play important role in eukaryote cell cycle.───所以，鼠era蛋白在细胞周期中发挥重要作用。
Grypania may have been either a bacterial colony or a eukaryote - an organism with specialized cells, enclosed in a membrane.───卷曲藻可能是一个菌落，或者一种真核生物——其包裹在细胞膜内的细胞功能已经出现分化的生物体。
Many research teams have been striving to determine the structure of a eukaryote ribosome (see 'Structures of desire').───许多研究小组力求确定一个真核核糖的结构（看到向往的结构）。
This ancestor was a single-celled aquatic eukaryote, and would have had the common features of animal and plant cells described above.───它是单细胞水生真核生物，并应该具备上述动物和植物细胞的共同特点。
Scientists now know that this common ancestor, 'the first eukaryote', was a lot more sophisticated than any known bacterium.───科学家现在知道，这个共同的祖先，“第一真核生物”比任何已知的细菌都要复杂得多。
As a late-branching eukaryote, G. lamblia may have special mechanisms for regulating gene expression which differ from other eukaryotes.───作为一种源真核生物，其基因表达调控机制可能与其他真核生物有较大的区别。
The complete sequence of a heterochromatic island from a higher eukaryote.───完整序列的异染色质岛屿从更高真核生物。
the evolution of eukaryotic cell structures by a eukaryote engulfing a bacterium.───由真核细胞吞噬细菌所形成的真核细胞结构的演化过程。
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It is this nucleus that gives the eukaryote—literally, true nucleus—its name.
Once eukaryotes had evolved, it seems that opportunities for genetic exchange would have been severely limited.
The regulation of cell cycle in eukaryote is an important research field in cell biology. Cell cycle control is considered essential for normal growth, development and differentiation.
Yeast, the simplest eukaryote, had been the model for studying the complex physiology of higher eukaryotes, including humans.
Eukaryote --- A unicellular or multicellular organism in which the cells have a nucleus with a nuclear membrane and other specialized characteristics. See also prokaryote.
We are part of the rest, and are collectively called the eukaryotes.
They generally reside in eukaryote and take part in the regulation of various physiological and pathological pathways such as cell differentiation, proliferation, and apoptosis.
Prokaryote cells evolved first and gave rise to eukaryote cells.