生物体

Autotrophic organisms are important ecologically as primary producers, their activities ultimately supplying the carbon requirements of all heterotroph ic organisms.

自养生物体在生态学上是重要的初级生产者，它们的活动最终为所有的异氧生物体提供能量。

Formation of a chemical compound by a living organism.Not associated with or derived from living organisms .

非生物的，非生物学的与生物体不相关的或不是从生物体衍生的

A commensal organism that lives on the outer body surface of another organism.

非生物的，非生物学的与生物体不相关的或不是从生物体衍生的

Therefore, it is cautious to choose this parameter as biomarker of oxidative injury, and other biomarkers should be involved, so as to reflect the extent of oxidative injury more comprehensively.3. During the 12 d exposure, heavy metal not only induced the synthesis of MT in the copepod T.

经过12 d的镉或镍暴露后，桡足类体内MDA含量更多地与该金属处理无相关性，因此该指标作为生物体氧化损伤程度的标志物时，需要慎重，应该辅以其它生物标志物才能更全面地反应生物体的氧化损伤水平。3。

The newly soil biaomass nitrogen was easily decomposable, but the old one was stable relatively.

新形成的微生物体氮易降解，而原有土壤微生物体氮却相对稳定。

Haplont A haploid organism that represents the vegetative stage in life cycles in which diploidy is restricted to the zygote.

单倍性生物：是一个单倍体或生物体，该生物体体现二倍性仅限于合子的生活史中的营养阶段。

We have both lost ourselves and created something else, something that exists only as an interlacing of the two of us.

原有的我们已不复存在了，我们又创造了另外的一个生物体，那个生物体只有你我两人交织在一起才能有生命。

Living things on earth have grown by a process we call evolution from the simplest single-cell organisms up to the vast veriety of living things we know today -- including the miracle of man himself.

地球上的各种生物体都是经过一个我们称之为"进化"的演变过程而长成的，从最简单的单细胞生物体发展到今天我们所知道的种类繁多的动物和植物，其中包括奇迹般的人类本身。

The theory asserted that all organisms were generated, naturally, randomly and purposelessly, and the generation of life was due to non-living matter, the wide variety of organisms were evolved from sparse kinds of ones, or even from a common ancestor, and more complex organisms were evolved from simpler ones...

生命起源于无生命物质；形形式式、丰富多彩的生物体是由种类很少的生物体演化而来，甚至是拥有一个共同的始祖。复杂的生物体由简单的生物体演化而来

Biopolymer active center elements are the composition of the alimental organism and the primary inherent cause of catalysis and activation, their ingestion, accumulation, transportation and distribution have relation to the biological function of the organism, so we can predict the characteristics of the elemental distribution by the fourth statistical mechanics founded by Professor Jin and further study the biological function of the organism with diet therapy effect.

由于生物高分子活性中心元素是生物营养体的组成成分与催化激活的主要内在原因，其摄入，积累，运送与分布都与生物体的生物功能密切相关，所以可以通过金日光教授提出的第四统计力学——群子统计理论来考察其分布规律，进而考察、评价食疗型生物体的生物功能，从而为研究生物体的营养、药物功能提供新的理论依据，为诠释中国传统食疗学的相关理论打开新的思路。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。