词语导航
基本信息
词语：防御酶
繁体：防禦酶
拼音：fáng yù méi
英语翻译
【医】 defensive fermentswWW.WEnTIyI.COm
分词翻译
防御的英语翻译：
defend; guard against; defence
【医】 defense; phylaxis
酶的英语翻译：
enzyme
【化】 enzyme; zyme
【医】 ascus ase; biocatalyst; enzyme; ferment; zymase; zyme; zymin; zymo-
翻译例句
1. 结果表明：经植物激活蛋白诱导处理后，防御酶活性明显增强。
Results show the activities of defense enzyme in tomato leaves increased obviously.
2. 这些防御酶系的变化可能是毒素离体筛选产生抗性变异体的生化机理之一。
The changes of those enzymes might be one of mechanisms for screening toxin resistant mutants.
3. 主要研究内容包括壳寡糖处理对症状表达的影响和一系列防御酶活性的变化。
The main content of research included the effects to symptom expression and the changes of defence enzymes after chito-oligosaccharides treatment.
4. 而包括SOD、过氧化氢酶和过氧化物酶在内的防御酶家族会降低这种威胁。
This threat is diminished by families of defensive enzymes which include the superoxide dismutases, catalases and peroxidases.
5. 突变体在毒素作用下，具有较强的防御酶活性，而细胞内膜系统破坏较小则是产生较强抗性的原因。
The mutant under the action of toxin has the ability to increase the defensive enzyme activity and to reduce the damage of cell membrane system that would result in resistance increasing.
6. 通过不同浓度和不同诱导时间两种处理方式，测定了壳低聚糖和L - C对黄瓜叶片中过氧化物酶、多酚氧化酶和苯丙氨酸解氨酶等防御酶的诱导效果。
Activities of the defense enzymes involved in POD, PPO and PAL induced by COS and L-C were measured by two different treatments of different concentrations and different induced time.
7. 作为抵抗病毒的自然防御机制的一部分，限制酶存在于细菌中。
Restriction enzymes occur in bacteria as part of a natural defense mechanism to guard against invading viruses.
8. 那是因为雌激素会对抗一种特定的酶，这是一种会妨碍身体防御细菌病毒的第一道防线的酶。
That"s because estrogen confronts a certain enzyme that often hinders the body"s first line of defense against bacteria and viruses.
9. 细菌有一种对病毒的防御机制：一种叫做限制性内切酶的化学物质可以切断外源dna。
Bacteria have defences against viruses in the form of chemicals called restriction enzymes, which chop up foreign DNA.
10. 免疫防御机制演化出许多不同策略，原核生物运用核酸的限制内切酶、抗微生物胜肽及RNA干扰素作为自我防卫。
The evolution of mechanisms for immune defense has resulted in a variety of strategies. Prokaryotes use restriction endonucleases, antimicrobial peptides, and RNA interference for self-protection.
11. 甲壳动物酚氧化酶在入侵微生物的刺激下被激活，参与机体的防御反应，因此与机体的免疫状态有一定的相关。
The phenoloxidase in crustacean is activated by the invading microbes, and is involved in the defense reaction, thus having certain relation with the immune condition of the animals.
12. 它是锰很好的来源，是许多能量食品和抗氧化防御品中酶的必要的辅助因子。
It is a good source of mn, many energy food and antioxidant defense product of enzymes necessary auxiliary factors.
13. 肝脏微粒体细胞色素P - 450依赖性药物代谢酶(简称MCP - 450)系统和免疫系统是重要的防御体系。
While the microsome cytochrome P450dependent drug metabolic enzyme (MCP450) in liver is organism"s defense system to lipid foreign body.
14. 说明大蹼铃蟾皮肤白蛋白具有稳定的胰蛋白酶抑制活性，可能在大蹼铃蟾防御天敌捕食的过程中发挥重要作用。
Skin albumin exhibited the trypsin inhibitory stability against temperature, pH, and DTT, which suggested that skin albumin possessed stable trypsin inhibitory activity, and maybe p.
15. 通过改变其基因，科学家们能够“调节”蠕虫的自然防御系统-用产生的酶处理过氧化物。
By tweaking its genes, the scientists were able to "tune" the worms" natural defences - enzymes it produces to tackle superoxide.
16. 目前已知的防御化合物主要包括植物次生代谢物质、昆虫消化酶(蛋白)抑制剂、蛋白酶、凝集素、氨基酸脱氨酶和氧化酶。
Major known defense chemicals include plant secondary metabolites, protein inhibitors of insect digestive enzymes, proteases, lectins, amino acid deaminases and oxidases.
17. 胰凝乳蛋白酶抑制因子存在多型性，其表达受基因复合体控制。蛋白酶抑制因子对发育、变态、调节蚕体代谢和蚕体防御机能起着重要作用。
The chymotrypsin inhibitors of the silkworm, which displayed polymorphic patterns, were controlled by gene complexes, and played an important role in development, metamorphosis and resistibility.
18. 泛素连接酶E3是一个种类繁多的大家族，涉及对植物生长、发育、逆境胁迫防御等多个方面关键步骤的控制。
E3 ubiquitin ligases are a large family with wide variety, and are involved in many important biological processes in plants.
19. 水华蓝藻细胞提取物对实验鼠产生的毒理学效应，如脏器细胞凋亡和对各脏器抗氧化酶防御系统的损害；
The study on toxicological effects of cyanobacterial cell extract on muridae can provide the theoretical basis for the health risks assessment of cyanobacterial bloom.
20. 将构建好的兔防御素真核表达载体电击转化椭圆小球藻硝酸还原酶功能缺失突变体。
The eucaryotic NP-1 expression vector was transformed into the NR deficient mutant of c.
21. 将构建好的兔防御素真核表达载体电击转化椭圆小球藻硝酸还原酶功能缺失突变体。
The eucaryotic NP-1 expression vector was transformed into the NR deficient mutant of c.
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