再分化

zài fēn huà
  • redifferentiation
再分化再分化
再分化[zài fēn huà]
  1. 在MS培养基中加入不同植物激素,研究黑果腺肋花楸离体叶片愈伤组织的诱导及其再分化。

    Callus induction and redifferentiation of black chokeberry leaf in vitro were studied when a diversity of plant hormones were added to MS media .

  2. DMSO浸种对水稻种子愈伤组织诱导、再分化的影响

    Effects of DMSO on the induction and the redifferentiation of callus from rice seeds

  3. 目的:测定抗坏血酸(AA)对人肝癌细胞增殖与再分化的作用。

    AIM : To examine the effects of ascorbic acid ( AA ) on hepatoma .

  4. 而再分化成配子体却比高等植物容易,甚至移入不含激素的MS基本培养基即可形成正常的配子体。

    The redifferentiation and regeneration of thalli were far easier than those of higher plants even if they were transplanted onto MS phytohormone-free medium .

  5. 研究了甘露醇和6-BA处理对水稻悬浮细胞再分化、过氧化物酶及IAA氧化酶的影响。

    Effects of mannitol and 6 BA on the rice cell redifferentiation , activities of peroxidase and IAA oxidase were investigated .

  6. 这些酶学指标与AFP分泌量的变化有助于综合反映肝癌细胞的再分化。

    Conclusion : The observation of these enzymological indexes and the secretory amount of AFP may be a synthetical reflection of the redifferentiation of hepatocarcinoma cells .

  7. 甘露醇和AgNO3对小麦细胞再分化的影响

    Effects of Mannitol and AgNO_3 on the Regeneration of Wheat Cells

  8. 然而,从IPS细胞制造合适的细胞将需要体细胞的重编程和随后的再分化。

    However , making the appropriate cells via induced pluripotent stem cells ( iPSCs ) requires reprogramming of somatic cells and subsequent redifferentiation .

  9. 以3个普通小麦杂交组合的F1群体为材料,研究了小麦花药离体培养中Cu2+对花药组织脱分化和再分化特性的影响。

    F_1 population materials of three cross combinations of common wheat were employed to study Cu ~ ( 2 + ) effects on dedifferentiation and re-differentiation of anther tissue of wheat in culture in vitro .

  10. 高血压相关基因hrg-1在血管平滑肌细胞再分化过程中的表达及功能

    Expression and Function of Hypertension Related Gene hrg-1 During Redifferentiation of Vascular Smooth Muscle Cells

  11. 对花烛(Anthuriumandraeanum)‘Jolanba’无菌苗叶片诱导产生的愈伤组织进行3种不同的培养处理,观察其再分化表现,并探讨了3种继代培养愈伤组织的生理生化特点。

    Calli of Anthurium andraeanum ' Jolanba ' derived from leaves of in vitro plantlets were cultured with three different treatments to observe their redifferentiation behaviors , and their physiological and biochemical features are discussed .

  12. 结论:MMSCs向类肝细胞的横向分化是先分化为肝前体细胞,再分化为成熟肝细胞,在本实验诱导条件下可获得在复制及翻译各环节肝细胞标志阳性的类肝细胞。

    CONCLUSION : MMSCs differentiate firstly to the precursor of hepatocyte , then differentiate to mature hepatocyte , and hepatocyte-like cells with positive hepatocyte marker in replication , transcription and translation level are obtained under this experimental condition .

  13. 研究表明短波长光(≤730nm)的量子效应在晶化过程中可能起着至关重要的作用。实验结果表明,长波长光更有利于愈伤组织的再分化。

    The result shows the mechanism of rapid thermal annealing . It is indicated that the quantum photo-effects of short wavelength light (≤ 730nm ) maybe dominate the crystallize processing .

  14. 以奉化‘玉露’桃叶片、幼茎、下胚轴、子房、胚珠、胚乳及花后45~50d和75d的未成熟胚、完全成熟的种胚为外植体,进行离体培养再分化试验。

    Various explants of ' Yulu ' peach including leave , young shoot , hypocotyl , ovule , ovary , endosperm , immature embryo collected approximately 45-50 days or 75 days after full bloom , and mature embryo were cultured in vitro .

  15. 结果表明,暗培养条件下诱导的小麦幼胚愈伤组织的再分化频率显著高于散光和2000lx光照条件;

    The resulted showed that the redifferentiation frequency of wheat immature embryo callus inducted in dark culture was higher than that of wheat immature embryo callus inducted in nature light and 2 000 lx light .

  16. 社会信息化条件下社会经济地位再分化问题

    Redifferentiation of Social Economic Status Under the Condition of Social Informationization

  17. 血清饥饿可诱导人血管平滑肌细胞再分化

    Redifferentiation of Cultured Human Vascular Smooth Muscle Cells after Serum Deprivation

  18. 油菜叶肉细胞及其在脱分化和再分化中的超微结构变化

    Ultrastructural Changes in Rape Mesophyll Cells during Their De-differentiation and Re-differentiation

  19. 重组人促甲状腺激素和促再分化药物在分化型甲状腺癌中的应用

    Application of recombinant human thyrotropin and redifferentiation drugs in differentiated thyroid cancer

  20. 愈伤组织再分化经过胚状体途径。

    The redifferentiation of calli was via embryoid pathway .

  21. 小麦幼胚胚性愈伤组织诱导和再分化研究

    Studies on the Induction and Differentiation of Embryogenic Callus from Wheat Immature Embryo

  22. 重点讨论了去分化与再分化问题。

    The discussion was centred on dedifferentiation and redifferentiation .

  23. 疣粒野生稻愈伤组织氨基酸变化与再分化的关系

    Relation between changes of amino acid and redifferentiation of callus in Oryza meyeriana

  24. Cu~(2+)对小麦花药脱分化和再分化特性的影响

    Cu ~ ( 2 + ) Effects on Dedifferentiation and Re-differentiation of Wheat Anthers

  25. 四川栽培小麦幼胚培养再分化能力变异性的研究

    Study of variability of differentiation ability of immature embryo callus in Sichuan Wheat Cultivars

  26. 低能离子注入后水稻种子脱分化和再分化的生物学效应

    Biological Effects of Dedifferentiations and Redifferentiations in Rice Seed after the Low Ion Beam Implantations

  27. 昼夜温差与愈伤组织的再分化能力呈显著负相关。

    The temperature difference between day and night was negatively correlative to the callus redifferentiation .

  28. 结果表明,不同外植体在不同培养基上诱导愈伤组织的颜色和质地略有差异,脱分化和再分化能力不同。

    The calli induced from different explants had a little difference in color and texture .

  29. 哈蜜瓜子叶脱分化和再分化过程中几种脱氢酶同工酶的研究

    Studies on the isoenzymes of several dehydrogenases during dedifferentiation and redifferentiation of Cucumis melo cotyledons

  30. 随着培养温度的升高,二倍体细胞比率下降;愈伤组织培养条件和培养环境对愈伤组织的再分化也产生了较大的影响。

    The percentage of diploid cell in callus decreased as the culture room temperature increased .