金鱼藻的英文

音标：[ jīnyúzǎo ] 发音:

"金鱼藻"怎么读"金鱼藻"的汉语解释用"金鱼藻"造句

英文翻译手机版

ceratophyllum demersum
hornwort
snapdragon

"金鱼藻科" 英文翻译 : ceratophyllaceae; ceratophyllum; ceratophyuaeae; hornwort family
"金鱼藻科的" 英文翻译 : ceratophyllous
"金鱼藻目" 英文翻译 : ceratophyllales; ceratophyllum
"金鱼藻属" 英文翻译 : ceratophyllum
"金鱼" 英文翻译 : goldfish; carassius auratis; carassius auratus 驯饲多种多样的金鱼品种 breed a great variety of gold fish; 金鱼草 toad's-mouth; snapdragon; 金鱼缸 goldfish bowl; 金鱼藻 cedar moss
"金鱼；鲫鱼" 英文翻译 : gold fish
"金鱼白" 英文翻译 : calacatta vagli extra
"金鱼草" 英文翻译 : antirrhinum majus / snapdragon; common snapdragon; snapdragon
"金鱼肚" 英文翻译 : calacatta vagli extra italy
"金鱼缸" 英文翻译 : acquarium; aquarium; fish globe; goldfish bowl
"金鱼街" 英文翻译 : tung choi street
"金鱼翁" 英文翻译 : golden curlyfin
"捞金鱼" 英文翻译 : goldfish scooping
"刘金鱼" 英文翻译 : liu jinyu
"小金鱼" 英文翻译 : a small goldfish; little goldfish; save the goldfish
"养金鱼" 英文翻译 : how to keep goldfish; keep goldfish
"白金鱼叶椿" 英文翻译 : shiro-kingyoba-tsubaki
"斑金鱼翁" 英文翻译 : spotted hawkfish
"超频三金鱼" 英文翻译 : rhs-03
"宠物金鱼" 英文翻译 : my pet goodfish
"凤尾金鱼" 英文翻译 : stewed yellow fish in shape of chicken trail
"鼓眼金鱼。" 英文翻译 : telescope fish
"荷花金鱼虾" 英文翻译 : prawn and fish in water lily and gold fish shape
"合金鱼箱" 英文翻译 : alloy fish box
"金鱼鸭掌" 英文翻译 : goldfish-shaped duck′s web
"金鱼学园" 英文翻译 : kingyo chuiho tobidase! game gakuen

例句与用法

Changes of cell membrance lipid peroxidation and activities of antioxidant enzyme systems of ceratophyllum demersum l . in combinative pollution of cd2 and hg
复合污染下金鱼藻的细胞膜脂过氧化和抗氧化酶活性的变化
The leaves and stems of c . demersum l . may contain 137 . 8mg / kg ( dry weight ) of copper , so it can be served as hyperaccumulators of copper
金鱼藻体内富集的铜含量达到137 . 8mg kg (干基) ，符合超级铜积累植物的标准。
In bryophytes ( mosses , liverworts and horworts ) the haploid gametophyte is the dominant phase of the life cycle and the sporophyte is represented only by the capsule , seta , and foot
在苔藓类植物中（苔藓，地钱，金鱼藻）单倍的配子体占生活史的主要部分，孢子体包括孢蒴、蒴柄和基足。
In the field of the phytoremediation of copper pollution , submerged macrophytes are focused less than the terrestrial plants . in this study , ceratophyllum demersum l . and cahomba caroliniana a . gray were used as the test plant . the following two aspects were investigated in vivo methods : 1 ) the toxicity effects of cu2 + on the three main antioxidant enzymes ( including cat , pod and sod ) of two submerged macrophytes were detected at different low doses and on the chronic exposure , in order to establish the dose - effect relationship and the time - effect relationship , and thereby acquire the toxicity threshold ; and 2 ) with two submerge macrophytes throng cultured individual or combined on the chronic exposure , it was found on the bcf of copper and the influence of interspecific relationships to the submerge macrophytes resistance or bioconcentration
本论文以两种大型沉水植物金鱼藻( c . demersuml . )和水盾草( c . carolinianaa . )为受试植物，从它们对水体中cu ~ ( 2 + )的生物富集作用和动态，以及cu ~ ( 2 + )对它们体内抗氧化酶的急性毒性效应和亚急性毒性效应两方面进行了研究： 1 )通过体内暴露不同剂量的cu ~ ( 2 + ) ，探讨cu ~ ( 2 + )对植物体内三种主要的抗氧化物酶( sod ， pod ， cat )的毒理效应，建立剂量?效应关系和时间?效应关系，以揭示沉水植物对cu ~ ( 2 + )的抗性机制； 2 )通过对金鱼藻，水盾草单独培养和共同培养的方式，分别研究了两种沉水植物对cu ~ ( 2 + )的生物富集系数及其动态以及两种植物的种间关系对富集铜和植物耐性的影响，综合评价了两种植物在铜污染水体的植物修复中的应用前景。
The results showed : ( 1 ) the activity concentration of 95zr in water reduced quickly for subsidence , soil absorption , crucian intake , hornwort ' s absorption and adsorption . the dynamics of its disappearance accorded with binomial index regression law : cw . = 43 . 36e - 1 . 74t ' + 12 . 85e - 0 . 15 ( 2 ) the hornwort had stro
结果表明: ( l )从水体中引入的95zr由于沉降、土壤吸附、被鱼体摄入和金鱼藻的吸收、吸附作用使水体中的gszr比活度呈快速下降，其消失动态符合二项指数衰减规律， cw = 43 . 36e . ， . 74t + 12 . 85e一住‘ ” 。
For the acute exposure duration , there expressed the dose - thresholds and time - thresholds in the effects of cu2 + on the activities of cat , pod and sod in two macrophytes . when the test species were exposed at low dose and for a short period , cu2 + can stimulate activities of antioxidant enzymes . once exceeding the thresholds , cu2 + may inhibit enzymes activities
Cu ~ ( 2 + )低浓度和短时间内对抗氧化酶有诱导作用，超过一定的阈限会产生抑制作用；金鱼藻cat 、 pod 、 sod活性在7天内的最大抑制率与暴露cu ~ ( 2 + )浓度呈显著正相关。