基本培养基的英文

• basal culture medium
• basal medium eagle eagle
• minimal medium
• minimalmedium
• minimum medium

• "基本"英文翻译    basic; fundamental
• "培养基"英文翻译    substratum; medium; mediume; ...
• "eagle基本培养基" 英文翻译 :    basal medium eagle
• "基本培养基 基础培养基" 英文翻译 :    basalculturemedium
• "基本培养基，基础培养基" 英文翻译 :    basal medium
• "培养基" 英文翻译 :    cultivation medium; cultrue medium; culture medium; culture-medium; growth medium; hat medium hat; international streptomyces project medium；ismedium isp; nutrient culture media; nutrient medium; ss; substrate; substratum
• "sm培养基,黏菌培养基" 英文翻译 :    sm medium
• "培养基, 营养培养基" 英文翻译 :    culture media
• "培养基；条件培养基" 英文翻译 :    cm
• "营养培养基, 培养基" 英文翻译 :    nutrient medium
• "b5培养基" 英文翻译 :    b5 medium
• "balamuth培养基" 英文翻译 :    balamuth's culture
• "eagle培养基" 英文翻译 :    eagle medium
• "hat 培养基" 英文翻译 :    hat medium
• "hat培养基" 英文翻译 :    hat medium
• "kvba培养基" 英文翻译 :    kanamycin-vancomycin blood agar
• "lb培养基" 英文翻译 :    lysogeny broth
• "lia培养基" 英文翻译 :    lysine-iron agar
• "nnn培养基" 英文翻译 :    novy-macnel-nicolle medium
• "pyg培养基" 英文翻译 :    peptone-yeast extract-glucose medium; pyg medium
• "sm培养基" 英文翻译 :    sm medium
• "ss培养基" 英文翻译 :    salmonella and shigella medium; salmonella-shigella medium; ss medium
• "sts培养基" 英文翻译 :    simplified tryticase serum medium stsm; stsm
• "（微生物）培养基" 英文翻译 :    culture medium
• "保藏培养基" 英文翻译 :    storage medium

• The effect of basic culture media and additional compounds on the propagation of phalaenosis plb
  基本培养基及附加物对蝴蝶兰原球茎增殖效果的影响
• The embryo of these two varieties can grow into healthy plantlet after being transferred to medium with no hormone
  两品种愈伤组织上发生的胚状体接种到不含激素的基本培养基上后都能长成健康小植株。
• Jsa10 was subcultured and the effect of plant growth regulators on callus growth and anthocyanin production was examined . 2 , 4 - do . 2 + ba1 - 2 , 2 , 4 - d0 . 2 + kt5 , naa2 + ba1 were suitable and the best combination was 2 , 4 - do . 2 + ba2
  在试验的10种基本培养基中， ms 、 bs 、 ls三种培养基适合穗冠花愈伤组织生长和花色素昔的积累，其中ls最好。
• The factors to affect anther tissue culture of gourd vegetable crops , genotype , period of microspore ' s growth , environment of material ' s growth , media , carbon sources , plant growth regulators , active carbon and culture conditions were summarized
  对影响瓜类蔬菜花药培养的主要因素基因型、小孢子发育时期、材料发育时期生长环境、基本培养基、碳源、激素、活性炭及培养方法中的相关条件进行了综述。
• S . regeneration system of mustard hypocotyls and cotyledons of 4 days and leaves of 25 days were used as transformation materials , and ms as basic medium supplying different ba ^ naa and kt concentration , we got the optimum explant adventitious bud inducing medium ( ms + 6 - ba3 . 0mg / l + naa0 . 2 mg / l ) . among the three kinds of mustard explants . the cotyledons showed the highest adventitious bud regeneration capacity . and the regeneration capacity of leaf explantswas weaker . and the weakest of hypocotyls
  芥菜高频再生体系的建立以4天左右的叶用和茎用芥菜子叶、下胚轴和25天苗龄的芥菜无菌苗的叶片为外植体，以ms为基本培养基，通过加入不同浓度和不同组合的ba 、 naa 、 kt ，筛选到了外植体不定芽分化的最适培养基( ms + ba3 . 0mg / l + naa0 . 1mg / l )及生根的最适培养基( ms + naa0 . 2mg / l ) 。
• The results showed that high concentration of 2 , 4 - d was required for callus induction from mature seeds of tall fescue , and combination of 8mg / l 2 , 4 - d with 2mg / l aba gave best induction effects . by slicing sterilized seeds longitudinally or cutting embryos , callus induction frequency was profoundly increased over intact seeds from one and half to eight times . adoption of ms basal medium and supplementation of 0 . 5g / l casamino acids and 0 . 5g / l glutamine in medium were found to help to facilitate callus induction
  研究表明，高羊茅成熟种子愈伤组织诱导需要较高浓度的2 ， 4 - d ，以8mg l2 ， 4 - d与2mg laba配合能获得最佳的诱导效果；种子灭菌后纵切或切胚，可使出愈率成倍提高；采用ms基本培养基和在培养基中添加0 . 5g l的水解酪蛋白与谷氨酰胺也有助于提高出愈率；低剂量( 10gy )射线辐照处理对成熟种子愈伤组织尤其是胚性愈伤组织形成有一定的刺激效应。
• The regeneration system of tobacco was established . the adventitious shoots were induced from leaf explants of tobacco based on ms basal medium supple - - mented with 2 . 0mg / l 6 - ba and 0 . 3mg / l naa . then the regenerated plants were rooted on ms medium containing 0 . 3mg / l naa
  植株再生体系的建立采用无菌苗烟草叶片为外植体，以ms为基本培养基，筛选出ms + 6 - ba2 . 0mg l + naa0 . 3mg l以诱导不定芽的分化，并于ms + naa0 . 3mg l的pa硕士学位论文v沉了砂“工队nk ”主根培养基上生根，获得完整再生植株。
• The hypocotyl segments of cabbage were used as the explants and cultured on a ms medium supplemented with plant hormone , which was established a cabbage regenerated system . the differentiation rate of adventitious buds was above 80 % . in this study , ubic gene was transformed to cabbage through agrobacterium mediated system
  同时，采用甘蓝无菌苗的下胚轴为外植体，以ms为基本培养基，分别用直接分化再生系统和愈伤再生系统诱导不定芽的分化，建立了高效稳定的再生系统，不定芽分化频率达80以上。
• In this study , the stem segments of new shoot with axillary buds of well - growth tetraploid black locust trees were used as explants . the effects of different basic mediums , different hormone kinds and their concentrations ratios , different sucrose concentrations on calli induction , buds differentiation and rooting in the process of establishment of high frequency regeneration system of tetraploid black locust were studied . on the base of high frequency regeneration system , the effects of various factors on transformation efficiency of badh mediated by agrobacterium tumefaciens were discussed in the light of gus histochemical assays
  本实验首先以生长良好的四倍体刺槐优株上当年生新梢的带腋芽茎段为外植体，研究了在四倍体刺槐高频再生体系的建立过程中不同基本培养基、不同激素浓度及其配比、不同蔗糖浓度对愈伤组织的诱导、芽的分化及生根的影响；然后在得到高频再生体系的基础上，通过农杆菌介导法转化甜菜碱醛脱氢酶( badh )基因，以gus染色组织分析为依据探讨了影响转化效率的各种因素，建立了高效、可重复的基因转化体系，为四倍体刺槐目的基因的导入打下了基础。

• 基本培养基的日语：さいしょうばいち