绿球藻的英文

• chlorella

• "绿"英文翻译    green
• "球"英文翻译    sphere; globe
• "藻"英文翻译    algae
• "绿球藻科" 英文翻译 :    chlorococcaceae
• "绿球藻目" 英文翻译 :    chlorococcales
• "绿球藻属" 英文翻译 :    chlorococcum; prochlorococcus
• "绿球藻萃取" 英文翻译 :    chlorella vulgaris extract
• "微绿球藻" 英文翻译 :    nannochloris oculata; nannochloropsis oculata
• "原绿球藻" 英文翻译 :    prochlorococcus
• "球藻" 英文翻译 :    marimo
• "绿球置点" 英文翻译 :    green spot; greenspot
• "海球藻" 英文翻译 :    halosphaera
• "空球藻" 英文翻译 :    eudonna
• "球藻属" 英文翻译 :    eudorina
• "实球藻" 英文翻译 :    pandorina
• "小球藻" 英文翻译 :    [植物学] chlorella
• "紫球藻" 英文翻译 :    p.cruentum; porphyridium
• "柄球藻科" 英文翻译 :    mischococaceae
• "柄球藻目" 英文翻译 :    mischococcales
• "柄球藻属" 英文翻译 :    mischococcus
• "不定腔球藻" 英文翻译 :    c. dubium
• "刺球藻属" 英文翻译 :    hystrichosphaeridium
• "点形粘球藻" 英文翻译 :    g. punctata
• "粉核小球藻" 英文翻译 :    chlorella pyrenoidosa; chlorella pyrenoidsa
• "古刺球藻属" 英文翻译 :    palaeohystrichophora

• Effects of 6 - ba and 2 , 4 - d on the growth and metabolism of nannochloris oculata
  二氯笨氧乙酸对微绿球藻生长与代谢的影响
• Results showed that these algae have different ability in resisting uv - b enhancement : spirulina plalensis > nanochloropsis sp > chaetoceros gracilis > proroceatrum micans > phaeocystis globosa scherffel . uv can destroy ch1a , making ch1a content decrease
  结果表明这五种藻类抗uv - b的能力大小的顺序为：钝顶螺旋藻微绿球藻纤细角刺藻海洋原甲藻球形棕囊藻。
• This condition is also true for e2 but inversely for e6 , p2 and p1 station which declined about 10 times compared with data of last autumn . prochlorococcuswas found in p3 , e7 , e6 , p2 during autumn cruise , and in p2 , p1 during spring cruise
  在春季，仅在p2 、 p1站的混合层检测到，位置相比秋季外移，可能与长江冲淡水在此季节逐渐强盛有关，原绿球藻较少分布于低盐度水体。
• Cell density of picoeukaryotes also changed much between two seasons . in autumn a high value in yellow sea was observed in el station , 0 . 31 104cells / ml , and increased from e4 to outer station in east china sea , the highest value was found in p2 , 0
  原绿球藻并不是分布于所有站位，两航次在黄海的e1 、 e2 、 e3站位均未检测到原绿球藻，秋季在东海的p3 、 e7 、 e6 、 p2四站位检测到了其存在，且密度由里向外逐渐增大，最后在p2站表层密度超过了聚球藻。
• In the first step , quantitative and qualitative characteristic of soils influenced by soil microalgal were studied in this step . in this study , four different algal ( chroococcus , chlorococcum , navicula and chalmydomonas ) and one algal mixture , which were formed by the above four algal species , were cultivated in two different mediums ( soil and double distilled water ) , under regular illumination or dark condition respectively . we estimated the environmental ph , the microorganism biomass ( not including algal ) , and the organic matter content very 20 culture days and estimated the available phosphorus after 60 culture days . we got the results by making graphs and extreme - difference analysis after 0 , 20
  实验以土壤(经过高温烧制除去微生物和土壤有机质的影响)和水(重蒸水)为两种不同的基质，在基质中接种五种相同重量的土壤微藻藻液(立方色球藻、土生绿球藻、舟形藻、沙角衣藻以及由四种藻种形成的混合藻液) ，分别进行见光和和黑暗培养，在0天、 20天、 40天和60天时，测定环境ph值、微生物量(不包括藻类) 、有机质含量，进行极差分析和图形比较。
• Carotenoids can make chla return from excited state to ground state by direct or un - direct quenching , in order to prevent algae from photooxidation . on the other hand , it was indicated that polysaccharides have functions in resisting uv . spirulina plalensis can accumulate both cellular and extracellular polysaccharides during uv treatment , it showed highest uv resistant ability ; nanochloropsis sp also can accumulate cellular polysaccharides , while extracellular polysaccharides reduced ; the cellular polysaccharides content of phaeocystis globosa scherffel decreased and extracellular polysaccharides content did not increased markedly , showing lowest uv resistant ability
  钝顶螺旋藻和微绿球藻中在较低的uv辐射强度下类胡萝卜素含量升高，而叶绿素a保持相对稳定，说明类胡萝卜素可能对藻类起到一定保护作用，可能通过直接的或间接的方式猝灭激发态的叶绿素，来保障光合作用的进行；本实验发现多糖的累积和分泌与藻体的抗uv能力有相关，钝顶螺旋藻的细胞内和细胞外多糖分泌旺盛，其抗uv能力最强；微绿球藻体内能积累多糖，而胞外多糖分泌减少；球形棕囊藻的胞内多糖含量减少，胞外多糖含量增加也不明显，其抗uv能力最弱。