愈傷組織發生 的英文怎麼說

中文拼音 [yùshāngzǔzhīfāshēng]
愈傷組織發生 英文
callusogenesis
  • 傷 : Ⅰ名詞1 （人體或其他物體受到的損害） wound ; injury 2 （姓氏） a surname Ⅱ動詞1 （傷害） injure; h...
  • 組 : Ⅰ名詞1 （由不多的人員組成的單位） group 2 （姓氏） a surname Ⅱ動詞（組織） organize; form Ⅲ量詞（...
  • 織 : 動詞（編織） knit; weave
  • 發 : 名詞（頭發） hair
  • 生 : Ⅰ動詞1 （生育; 生殖） give birth to; bear 2 （出生） be born 3 （生長） grow 4 （生存; 活） live;...
  • 組織 : 1 （組織系統） organization; organized system 2 （組成） organize; form 3 [紡織] weave 4 [醫學] [...
  1. Proteins associated with callus proliferation and adventitious bud differentiation of populus euphratica

    胡楊愈傷組織繼代增殖和器官發生中蛋白分子標記的研究
  2. Inducement and embryid occurrence of embryo callus of begonia elatior karina

    麗格海棠胚性愈傷組織的誘導與胚狀體發生
  3. But cluster buds can not be obtained from the callus of stems and embryo. it has likely relate to the inner structure of callus. lt is very difficult to get embryoid from mature embryo and its inducing rate is very low, and only 11. 5 % in the media containing n6 + ba 1. 5mg / l + naa 0. 5mg / l + sucrose 30g / l + agar 8g / l + ac 2g / l which is the best media for gingo tissue culture

    而莖段和胚誘導的愈傷組織基本上沒有叢生芽發生，這可能和不同愈傷組織的內部結構有關。成熟胚的胚狀體誘導率較低，誘導相當困難，在n6 bai
  4. Furthermore the expressions of all the genes in a representative sample were examed by the recently developed method of hybridization to cdna arrays. this was intended to strengthen the theoretical background for the screening of norway spruce genotypes with low lignin content. the calli of the transformed sublines a78 - 3, a78 - 4, a78 - 5 and the untransformed control a95 : 88 : 22 were successfully induced to form mature embryos from which plantlets were established

    以轉基因亞系a78 - 3 、 a78 - 4 、 a78 - 5和未轉基因對照a95 : 88 : 22的細胞愈傷組織為實驗材料，以dkm和lp - m熟化培養基培養五周后，再以1 4sh萌發培養基培養四周，成功地誘導形成了胚胎，並再生成新的小植株，萌發成活率達到80 。
  5. Many researchers have conducted experimellts about it, but not succeeded. culture media were compared to find the best medium of gingkgo culture for controlling callus browning by different sugars, antioxidants and sorbents. the result showed that the medium with ms + zt 1. 0mg / l + naa 1. 0mg / l + sucrose 50g / l + agar 8g / l + ac 2g / l was the best medium, at l5 days subculturing intervals

    銀杏組織培養過程中，尤其是在愈傷組織的繼代培養中，褐變現象特別嚴重，曾有不少的人做過這方面的研究，但都沒有成功，而本研究通過對不同糖類物質、抗氧化劑、吸附劑以及不同的培養基對褐變的影響和控制效果，探索出有效控制褐化現象發生的最佳培養條件，試驗結果表明： ms + zt1 . 0mg / l + naa1 . 0mg / l +蔗糖50g / l +瓊脂8g / l + ac2g / l培養基上的繼代效果最好，繼代時間最好在15d左右。
  6. The results of its culture in vitro were as follow : young leaves were the best explants in callus induction, the suitable culture medium was ms + ba2. 0mg / l + naa0. 1mg / l. the results of organ differentiation were that ba was better than zt in the induction of shoots, but zt was better than ba in the induction of root and callus quantity

    蝟實愈傷組織誘導以幼嫩葉片為外植體較好，培養ms + ba2 . 0mg l + naa0 . 1mg l為好。進一步誘導器官分化，結果發現ba對芽的誘導效應強于zt ，而zt在對根的誘導、愈傷組織生長量上優于ba 。
  7. The changes of the contents of endogenous polyamines of synchronic materials at different developmental stages in somatic embryogenesis were measured by high - performance liquid chromatography ( hplc ) in longan

    摘要採用高效液相色譜測定了龍眼胚性愈傷組織體胚發生過程中內源多胺含量的變化。
  8. The main results are as follows : ( 1 ) plant regeneration system of tall fescue embryogenic calli was established according to studies on impacts of manifold factors on callus induction from mature seeds and subculture production and differentiation of embryogenic calli

    主要研究結果如下： （ 1 ）通過對成熟種子愈傷組織誘導、胚性愈傷組織繼代發生和分化的多種影響因素的研究，建立了高羊茅胚性愈傷組織植株再生體系。
  9. The embryo of these two varieties can grow into healthy plantlet after being transferred to medium with no hormone

    兩品種愈傷組織上發生的胚狀體接種到不含激素的基本培養基上后都能長成健康小植株。
  10. Numerous hairy roots were induced from protocalli on ms medium without any growth regulator. the paper electrophoresis revealed that all of the regenerated hairy roots tested synthesized the corresponding opines

    原生質體分裂形成的愈傷組織在無激素ms培養基上再分化出的發狀根仍具冠癭堿合成酶活性。
  11. The cell division element class plant growth regulator is one kind of promotion plant being of ability to promote the vegetable cell fission and the variation, delay the leaf blade senescence, promote lateral bud growth, break the apical dominance, induce injuries of the organization, split up the different organs and promote chloroplast growth and synthesis

    細胞分裂素類植物生長調節劑是一種促進型植物激素，能夠促進植物細胞的分裂和變異，延緩葉片衰老；促進側芽發育，打破頂端優勢；誘導愈傷組織，分化成不同器官；促進葉綠體的發育和合成。
  12. It was also noted that irradiation treatment with low dose ( 10gy ) of y rays exerted slight stimulating effects on callus induction and formation of embryogenic calli in particular. production of embryogenic calli was obviously promoted by addition of 0. 1 ~ 0. 2mg / l bap or 2. 5mg / l cuso4 5h2o, or enhancement of sucrose concentration to 60g / l in subculture medium

    在繼代培養基中添加0 . 1 0 . 2mg lbap或2 . 5mg l硫酸銅，或將繼代培養基中蔗糖濃度提高到60g l能促進胚性愈傷組織發生，提高胚性愈傷組織頻率。
  13. Different maize genotypes showed different ability of emberyogenic calli establishment and plant regeneration. mol7, ji846, 81162 and 7922 had the most high rate of induction, ye 107, 5416 and 444 were high, but longkang11 and dongnong46 had little rate of it ; the concentration of 2, 4 - d had an enfluence on the mopha, growth and differentiation of calli

    玉米胚性愈傷組織的發生是受遺傳因素控制的，不同基因型其胚性愈傷組織發生率及植株再生能力存在顯著差異，其中以81162 、吉846 、 7922 、 mo17的胚性愈傷誘導頻率較高，掖107 、 5416 、 444的誘導率較低，龍抗11 、東農46最低。
  14. In addition, a specific calli - related protein 43kd were found and its expression only occurred in the proliferation of calli. we also found a kind of nonembryonic protein 35kd that expressed in nonembryonic calli and regenerated plants and disappeared in embryonic calli and embryogenetic stage

    此外，我們還發現，與愈傷組織增殖有關的43kd愈傷組織特異性蛋白；在胚性愈傷組織和胚狀體發生階段特異性缺失的35kd蛋白組分，它可能與胚狀體發生能力的喪失有關。
  15. The growth circle and some physiology - biochemical indexes were illustrated. as the same time, the tendencies of flavonids, saponins and tea - polyphenols during growth circle are analysed. the paper provides scientific and experimental basis for cell culture and secondary metabolism matters yield

    分析了在愈傷組織生長周期中山茶總黃酮、總皂甙和茶多酚的含量變化，為山茶的進一步開發，細胞培養和次生物質的生產提供理論和實驗依據。
  16. In this paper, we also study the change of peroxidase isozymes of the callus were treated by adding colchicines into the medium and the regenerated tetraploid plants. the results showed that callus and the plants had different regulated modes on peroxidase. compared with the control, the band number and activity of peroxidase isozymes of callus treated with colchicines were raised obviously, and two new enzyme bands appeared, while the regenerated tetraploid plants only showed the activity raising

    與對照相比，秋水仙堿處理后的辣椒愈傷組織的過氧化物酶同功酶的活性和酶帶數目都發生了變化，過氧化物酶活性有所提高，並觀察到新的酶帶產生；而分化的四倍體植株的過氧化物酶同功酶只有表達量的提高，未見新的酶帶產生。
  17. Aralia elate ( miq. ) seem is a kind of uncultivated vegetable from the mountain changbai. the process of somatic embryogenesis includes morphogenesis stage of calli, conversion stage of embryonic calli, embryogenetic stage and regeneration stage of plant in aralia elate (

    本論文採用sds -聚丙烯酰胺凝膠電泳技術，對龍芽?木體細胞胚發生過程中愈傷組織形態建成、胚性愈傷轉化、胚狀體發育和植株再生四個階段的可溶性蛋白的動態變化進行分析。
  18. Among them, the protein 36kd expressed in the period of c6, embryonic calli, embryogenetic stage while not in nonembryonic calli and regenerated plants. it ' s a crucial protein in the determination of embryonic calli and the development of embryoids

    其中36kd蛋白組分在胚性愈傷組織和胚狀體中表達而在非胚性愈傷組織和再生植株中不表達，它是直接與愈傷組織胚性發生能力相關的特異性蛋白。
  19. Genotype mainly influences the frequency of embryogenic calli formation, 81. 35 % immature embryo of yangmai 87158 can form embryogenic calli, while only 16. 81 % immature embryo of annong 92484 can form embryogenic calli

    基因型的影響主要影響到胚性愈傷組織的發生頻率，以幼胚為外植體楊麥87158可以達到sl
  20. The expression patterns of soluble proteins, peroxidase and esterase isozymes were analysed on globular embryogenesis in tissue cultures of alfalfa, it was concluded that from embryogenic callus to globular embryo genesis h peptides emerged and disappeared orderly, the patterns of peroxidase isozyme changed dramatically, esterase isozymes changed slightly while the total enzyme activity was important to keeping the potential of somatic embryogenesis

    摘要試驗在苜蓿組織培養中，對球形胚形成過程中特異蛋白質表達的模式、過氧化物酶及酯酶同工酶酶譜變化進行研究，結果表明：苜蓿組織培養中從胚性愈傷組織到球形胚發育的進程中，順序消失和出現了11種中小分子量多肽；過氧化物酶同工酶酶譜發生了顯著的變化；酯酶同工酶酶譜變化不大，但其總活力對于維持體細胞胚胎發生是必須的。
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