生物体

DNA是生物体中储存和传递遗传信息的重要物质。

DNA is an important substance in organism for genetic information storage and transfer .

钙调蛋白（CaM）是生物体内功能广泛的一种重要信号蛋白。

CaM is an important signaling protein in organism .

这些生物体通过单性生殖进行繁殖。

These organisms reproduce parthenogenetically .

并不是所有常见于生物体中的化学物质都无害。

Not all chemicals normally present in living organisms are harmless .

他们比较了与不同材料接触时这些生物体的反应。

They compared how these organisms behaved when left in contact with different materials

很多生物体中雄配子与雌配子是不同的。

In many organisms the male and female gametes are different .

生物能学的定义是研究活生物体间的能量转化的科学。

Bioenergetics is defined as the study of energy transformation in living organisms .

这些生物体死亡后会将碳埋入深海中，这个重要过程对全球气候具有调节作用。

When these organisms die , they bury carbon in the deep ocean , an important process that helps to regulate the global climate ．

DNA和蛋白质是生物体中重要的生物大分子。

DNA and proteins are key biological moleculars .

OH自由基属于活性氧自由基，具有强氧化作用，在生物体内可损伤机体。

OH radical is one of the reactive oxygen species , and is very oxidative .

稀土元素对生物体CaM水平调节的剂量效应的研究

Studies on biological dosage effect of adjustment of rare earth element in CaM level

与生物体发育相关的非编码RNA及其作用机理

Organism Development Related Non-Coding RNA and Their Functional Mechanisms

SOD在生物体内的水平高低意味着衰老与死亡的直观指标。

The level of SOD is a visual indicator of aging and death .

RNA干扰（RNAi）是近年来发现的在生物体内普遍存在的一种生物学现象。

RNA interference ( RNAi ) is a common biological phenomenon .

RNA是一类重要的生物大分子，在生物体生长发育的各个阶段均发挥重要功能。

RNA is a kind of very important biomacromolecule that plays huge roles in the organisms .

观察生物体内DNA凝聚参与物&亚精胺对DNA的凝缩作用将有利于深入理解DNA在体内的紧密存储机制。

Condensation of DNA by multivalent cations can provide useful insights into the physical factors governing the folding and packaging of DNA in vivo .

抗坏血酸（ascorbicacid，AsA），即维生素C，在生物体中具有重要的抗氧化作用和代谢功能。

Ascorbic acid ( AsA ) , namely Vitamin C , has important antioxidation and metabolism function in organism .

~（137）Cs、~（60）Co在海洋生物体内的积累和分布

The accumulation and distribution of ~ ( 60 ) co and ~ ( 137 ) cs in marine organisms

该系统中的生物相对于其所处水环境具有显著的富集痕量金属组分作用，生物体中Cu、Hg和As生物浓缩系数依次为1385、93和725。

The bioaccumulation factors of clams are 1385 for Cu , 93 for Hg and 725 for As .

~（110m）Ag在几种海洋生物体内的行为

The Behavior of ￣( 110m ) Ag in Several Marine Organisms

这样增强了含生物涂层Ti基种植体材料植入生物体后的稳定性，避免了涂层大片脱落失效的情况发生。

It can enhance the stability of biological coating Ti implanted materials , avoid large drop failure of coatings happen . 3 .

DNA作为生命的物质基础在人类生命体中至关重要，其分子的完整性对生物体生命活动也是必需的。

DNA is the basis material of organism , and it plays a vital role in our body . The integrity of DNA is essential for cell or organism .

TI在生物体内的很多生理系统中起着关键性的调控作用，是维持体内环境稳定的重要因素。

TI play a critical role in lots of physiology systems , and they are significant element in maintain a stability internal environment .

泛素-蛋白酶体途径是生物体内进行蛋白质选择性降解的重要途径之一，广泛参与细胞周期调控、DNA修复、细胞信号转导、细胞凋亡等多种生理过程。

Aim Ubiquitin-proteasome pathway is an important pathway of protein degradation in cells , it is involved in many physiological processes including cell cycle regulation , DNA repair and cell apoptosis .

持久性有机污染物（POPs）是高残留物质，进入生物体后会长期存留并产生危害。

The Persistent Organic Pollutants ( POPs ) are high toxic contaminant residues in environment .

γ-氨基丁酸（γ-AminoButyricAcid，GABA）是一种独特的非蛋白质氨基酸，是某些生物体内的一种天然活性成分。

γ - Amino Butyric Acid ( GABA ), a non-protein amino acid , is a natural active constituent in some organisms .

生物体为维持自稳态（homeostasis）存在十分完备而精确的调控系统，即神经-免疫-内分泌调节网络。

For maintain homeostasis , Organism need a very complete and precise control system , namely nerve-Immune-endocrine regulatory network .

活性氧（reactiveoxygenspecies，ROS）是生物体内一类活性含氧化合物的总称，主要包括超氧阴离子、羟自由基和过氧化氢等。

Reactive oxygen species ( ROS ) are those oxygen-containing molecules in the forms of super-oxide anion , hydroxyl radicals and hydrogen peroxide which appear more reactive than molecular oxygen .

基于PIC单片机的生物体电信号采集和处理装置的研究和设计

Design and development of the sampling and disposing apparatus about the creature 's physical electric signal based on PIC microprocessor

顺式还原酮加双氧酶（ARD）家族参与甲硫氨酸循环，并普遍存在于从微生物到动植物的各种生物体中。

The aci-reductone dioxygenase ( ARD ) family is evolutionarily conserved from bacteria to plants and animals .