1. 群落特征显著,呈明显垂直分布。
Characteristics of Archaea community was significant, which shown a vertical distribution.

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2. 嗜盐是一类生活在高盐环境中的
Halophilic archaea had been isolated from various hypersaline environments.

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3. 病毒已知感染动物,植物,真,原生动物,和细
Viruses are already known to infect animals, plants, fungi, protozoa, archaea, and bacteria.

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4. 第三大“域”是域,在显微镜下察看时,看起来像细
The third great domain of life, the archaea, look, under a microscope, like bacteria.

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5. 聚类分析结果显示,作物类型会影响土壤古菌群落结构。
The cluster analysis showed that crop type impacts the community structure of soil archaea.

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6. 研究结果表明,长期定位施肥明显影响土壤中的组成。
Our results showed that long-term fertilization significantly affected soil archaeal community structure;

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7. 六个广泛的取向:植物、动物、真、原生生物、细
Six different broad approaches: the plants, the animals, the fungi, the protists, the little things -- the bacteria and the Archaea bacteria.

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8. 在这种极端环境中仍然存在一定的微生物种群,主要是细古菌
However, microorganisms are still observed in these harsh environments, mainly bacteria and archaea.

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9. 本文对细分类学、嗜盐古菌的研究和BR蛋白结构、功能和应用进行了概述。
In this dissertation, we reviewed the development of bacterial taxonomy, the study on halophilic archaea. and the structure, function and application of BR protein.

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10. 近年来厌氧氨氧化细和氨氧化的发现,提示环境中氨氧化过程及其微生物驱动者的复杂性。
Until recently, the findings of anaerobic oxidizing (anammox) bacteria and ammonia-oxidizing archaea (AOA) indicate that ammonia oxidation and the prokaryotes participate in this process are complex.

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11. 产甲烷(methanogens)是一种化能自养生物,它能利用二氧化碳和氢合成甲烷,而不需要太阳参与。
Methane-producing archaea (methanogens) are a type of chemolithotroph that can use carbon dioxide and hydrogen to make methane without ever seeing the sun.

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12. 最近,纽芬兰岛海岸的海床之下1.6千米深处取出的砂心泥中,发现了活着的细胞,其中很多是热球纲火球属的
Recently, living cells - many of which are Archaea from the Pyrococcus and Thermococcus genera - were found in a mud core taken from 1.6 km below the sea floor off the coast of Newfoundland.

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13. 至于其重要性,群在最开始被认定为自成一类时,也被视为无关紧要——但是它们释放甲烷的特性现在已被纳入气候变化的考察因素。
As to importance, when originally identified as distinct, the archaea, too, were regarded as marginal-yet their methane-generating properties are now a factor in climate-change calculations.

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14. 或者是否还有其他的生物“域”隐藏在某个神秘角落? ——不为人所知,就好像一样,因为生物学家误用观察工具所致,默默无闻多时。
Or are there other biological domains hiding in the shadows—missed, like the archaea were for so long, because biologists have been using the wrong tools to look?

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15. 这种是迄今为止发现的最小的生物体中的一种。
The individual archaeans are some of the smallest organisms ever found.

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16. ,比如链球,将DNA转录成蛋白质会非常困难——实际上与细相比,的蛋白质合成过程与人类的蛋白质合成过程更相似。
An archaean converts DNA into proteins very differently from, say, streptococcus-in fact, protein synthesis in archaea is more similar to the human process than to bacteria.

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17. 虽然,像细一样,也没有细胞核,但是它们与你我这样的真核生物具有其他共同的特性。
While, like bacteria, archaeans don't have a cell nucleus, they share other traits with eukaryotes like you and me.

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18. 在足够溶化金属的酸水中,形成了一层生物膜,研究人员将这层生物膜称为“红毯带”,因为它们看起来就像粉红色的玻璃纤维隔离层。
In water acidic enough to dissolve metal, archaeans form biofilms that researchers call "blanket strips" because they look like pink fiberglass insulation.

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19. 这个月发表在《环境微生物学杂志》(Environmental Microbiology)上的一篇研究,描述了一个长到3厘米长的“巨型”,而且几乎不需要放大就能看见(厚度仅有0.1毫米)。
A study published this month in Environmental Microbiology describes a "giant" archaean that grows to 3 centimeters long and is nearly visible without magnification (it's just 0.1 mm thick).

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20. 像其他一样,这种的基因组同时与真核生物和细的基因组具有一些相似性。
Like other archaeans, their genomes share some similarities with both eukaryotes and bacteria.

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21. 但是这也并不意味着没有病毒可以影响到
But this doesn't mean there are no viruses that affect the Archaea.

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22. 还具有完全与细和真核生物不同的细胞膜。
Archaeans have cell membranes that are completely different from both bacteria and eukaryotes.

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23. 被归为不太重要的二等类别,或许是因为它是新近才被发现的——首次提议将作为单独的类别是在1977年。
Perhaps Archaea has been relegated to its seemingly second-class status because it is a relatively recent discovery—the separate domain was first proposed in 1977.

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24. 但是将归在细这个类别下面,在生物学上便讲不通。
But lumping Archaea in with Bacteria simply doesn't make biological sense.

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25. 但需要特别注意的是:他只是统计了真核生物,也就是那些细胞相对复杂的动物,而把细以及排除在外了。
But there are some important caveats: it counts only the eukaryotes, that is, critters with relatively complex cells.

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26. 一项最新研究显示了的重要性。为了了解所有的生物,可以将生物划分为三大类,便是这三大类中的一类生物。
NEW RESEARCH SHOWS THE IMPORTANCE OF ARCHAEA, ONE OF THREE DOMAINS INTO WHICH ALL LIVING THINGS ARE CLASSIFIED, FOR UNDERSTANDING ALL OF BIOLOGY.

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27. 所有的生命形式可以划分为三大类:真核生物(包括植物,动物,真,以及其他生物)、细以及
All of life can be divided into three domains: Eukarya (including plants, animals, fungi, and other organisms) Bacteria, and Archaea.

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28. 最早识别出这种的研究者吉尔·班菲尔德(JillBanfield)还发现了其他神秘的特征,比如神秘的管状结构,这种结构的功能目前还不清楚。
The researchers who first identified them, led by Jill Banfield, have found other enigmatic features such as mysterious tubular structures whose function is not yet known.

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29. 为了研究分析嗜盐物种与细视紫红质(BR)蛋白基因资源,分离纯化得到极端嗜盐ab3。
In order to study and analyze the species and bacteriorhodopsin (BR) protein resource, a strain of extremely halophilic archaea AB3 was isolated.

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30. 为了研究分析嗜盐物种与细视紫红质(BR)蛋白基因资源,分离纯化得到极端嗜盐ab3。
In order to study and analyze the species and bacteriorhodopsin (BR) protein resource, a strain of extremely halophilic archaea AB3 was isolated.

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