3) Heavy metal tolerance
重金属抗性
1.
Heavy metal tolerances of root, stem and leaf of Sesbania rostrata were investigated by using callus suspension culture method The results showed that the method was effective for testing the heavy metal tolerance of respective root, stem and leaf of S rostrata.
通过悬浮培养长喙田菁 (Sesbaniarostrata)愈伤组织 ,分别研究长喙田菁根、茎、叶各器官对重金属胁迫的反应 ,并量化各器官的重金属抗性 。
2.
Chlamydomonas as unicellular eukaryotic alga in Volvocales Chlorophyta shows a high heavy metal tolerance and effective heavy metal binding properties due to its special cell wall structure and function.
因其独特的结构与功能特性,衣藻具有高效的重金属结合能力,同时也表现出很高重金属抗性。
4) heavy metal resistance
重金属抗性
1.
For the survival in high salt, high pressure, low-temperature, low-nutrition ,scarcity of light and other such extreme environmental conditions, they have developed special physiological and genetic characteristics, such as salt-tolerant, thermophilic, psychrophilic, barophilic,osmophiles, nitrogen fixation, nitrate reduction, heavy metal resistance .
海洋微生物种类包括几乎所有的微生物类型,这些微生物因生存在海洋高盐、高压、低温、低营养和无光照等这种极端环境条件下而具有特殊的生理性状和遗传背景,具有许多特殊功能,如耐盐性、耐低温、耐高温、耐高压和高渗透性、固氮、硝酸还原、抗重金属等,现在对深海重金属抗性细菌的筛选研究多集中在热液口,而对其它深海环境中的重金属抗性微生物研究较少。
2.
But little is known about the function of cadA1 in heavy metal resistance.
putida CD2的重金属抗性相关。
5) Resistance to heavy metals
抗重金属逆性
补充资料：重金
1.很多金钱;很高代价。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条