Bilirubin is a powerful antioxidant, and CO is a new type gaseous signal molecule.
胆红素具有强大的抗氧化作用，CO是一种新型的气体信号分子。
Hydrogen peroxide (H2O2) is an important signal molecule that induces stomatal closure.
过氧化氢(H2O2)是一个重要的信号分子，可以诱导气孔关闭。
Salicylic acid is an important endogenous signal molecule in the activation of plant defense responses.
水杨酸是一种重要的能激活植物抗病防卫反应的内源信号分子。
Here we discussed the HSP function as a signal molecule to regulatory immune cells under exercise stress.
本文从细胞信号传导的角度，综述热休克蛋白在运动应激下免疫机能的反应和适应过程中的作用。
The rapid alkalinization factor (RALF) gene is a new found plant polypeptide signal molecule, wide spreading in higher plants.
快速碱化因子是近年来新发现的一种植物多肽类信号分子，广泛存在于高等植物中。
These results suggest that SAG may act as a signal molecule as SA does, to involve thermotolerance induced by heat acclimation.
以上结果表明，SAG表现出了与自由态sa相似的信号功能，并参与了高温锻炼诱导植物耐热性的信号传递过程。
The relationship between gaseous signal molecule nitric oxide(NO) with stress response and immune dysfunction after burn has been studied.
探讨气体信号分子一氧化氮（NO）与烧伤后所致机体应激反应，免疫功能障碍的关系。
Nitric oxide is a gaseous molecule that synthesized and released by plants, it control growth and development of plants as a signal molecule.
一氧化氮是植物合成和释放的一种气体，也可作为信号分子调节植物的生长和发育。
Conclusions As a growth stimulating factor, TSH can modulate cultured thyroid cell proliferation and differentiation through the same signal molecule.
TSH对细胞增殖及分化的作用与细胞周期相关，可通过同一信号分子调节细胞生长，是细胞增值与分化的关键因素。
Some researches have shown that BMP -2 is an important signal molecule in the interaction between the epithelium and mesenchyme during embryonic development.
已有研究显示BMP-2在胚胎发育中是上皮与间质相互作用的重要信号分子。
Phosphatidic acid (PA) is an important intracellular signal molecule and is called the lipid second messenger because several targets of PA have especially been cloned and identified.
磷脂酸(phosphatidicacid,PA)是植物中重要的细胞内信号分子，被称为“脂质第二信使”，特别是几个PA的作用靶点已被克隆和鉴定。
When the rays hit the fossil, the signal that bounces back depends on the shape and size of each molecule, and how it is being subtly influenced by the chemicals surrounding it.
当射线轰击化石时，反弹回的信号的强度取决于每一个分子的形状和大小，以及它所处的化学环境造成的细微影响。
When a laser is shone on the aptamer, the molecule absorbs light and reemits it with a characteristic spectrum, called its "Raman signal."
适配子可以吸收激光并放射出称为“拉曼信号”的特征光谱。
When one of the receptors encounters such a molecule, it relays a signal across the cell membrane that, in turn, initiates a response.
当一种受体与其相应的配体相遇，经细胞膜传递信号，随后启动下一个反应。
Conclusion: The putative GR6 protein, encoded by GR6 gene may predictably function as an important nuclear signal transduction molecule.
结论：GR 6基因的表达产物即GR 6假设蛋白可能是细胞核内的一种信号分子。
In the last decade, NO is attracted great attention again for its role as a signal transfer molecule in living bodies.
近十多年来，NO作为信号传递分子在有机生命体中的重要作用又使它成为新的研究热点。
DNA molecule encoding mutant prepro-neuropeptide Y, a mutant signal peptide, and uses thereof.
编码前神经肽Y原突变体，一种信号肽的突变体，的DNA分子及其应用。
The apoptosis signal is delivered a molecule called TRAIL that coats the cancer - killing deice.
凋亡信号通过涂覆在癌杀灭装置表面的TRAIL分子传递。
Except for its role in adhesion, L-selectin can serve as a signal transduction molecule.
除具有黏附作用外，L -选择素还作为信号分子在黏附事件中发挥作用。
This method can not only amplify DNA and RNA directly, but also allow the enlargement of signal from target nucleic acids with the sensitivity up to one copy of nucleic acids molecule.
这种方法不仅可以直接扩增DNA和RNA，还可以实现对靶核酸的信号放大，灵敏度达到一个拷贝的核酸分子，因此在核酸检测中具有很大的应用价值和潜力。
The sensor comprises an excitation radiation source (1) for irradiating the sample (4) and exciting the optically variable molecule (9), thus generating a luminescence signal (7).
该传感器包括激发辐射源（1），用于辐照样品（4）并激发光学地可 变的分子（9），从而生成发光信号（7）。
The method USES the fluorescent probe as fast-response signal probe, and USES the antibody technique to control the molecule motor rotation.
本发明用荧光探针作为分子马达旋转的灵敏信号传感器，并利用抗体技术实现对分子马达旋转的调控。
When nerve cell adhesive molecule combines with other kind of adhesive molecules, they can start the transfer process of the signal in the cell.
与其他各种黏附分子的结合能在胞内启动信号的传递过程。
By considering the effect oft he triplet state in single molecule energy level, an explicit function is given for the signal-to-backgound ratio(SBR) by use of photon-counting statistics.
在研究过程中同时考虑到单分子布居于暂稳态和探测器量子效率对测量结果的影响。
By considering the effect oft he triplet state in single molecule energy level, an explicit function is given for the signal-to-backgound ratio(SBR) by use of photon-counting statistics.
在研究过程中同时考虑到单分子布居于暂稳态和探测器量子效率对测量结果的影响。
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