平贝母

píng bèi mǔ
  • Fritillaria ussuriensis;fritillary bulb;Bulbus Fritillariae Ussuriensis
平贝母平贝母
平贝母[píng bèi mǔ]
  1. 平贝母质量评价的研究

    The Study of Quality Appraisal from Bulbus Fritillariae Ussuriensis

  2. 目的建立平贝母中贝母甲素含量的反相离子对HPLC测定方法。

    OBJECTIVE To establish an ion-pair HPLC method for the determination of peimine in F.ussuriensis of Traditional Chinese Medicine .

  3. 平贝母(Fritillariaussuriensis)愈伤组织继代过程中染色体变异的研究

    Studies on chromosome variation in callus subculture of Fritillaria ussuriensis Maxim

  4. 药用植物平贝母(Fritillariaussuriensis)组织培养的研究&Ⅰ.愈伤组织的诱导和器官分化及细胞学观察

    STUDIES ON TISSUE CULTURE OF MEDICINAL PLANT ( FRITILLARIA USSURIENSIS MAXIM ) & 1.Induction of Callus , Organogenesis and Cytological Observation

  5. 结果显示:平贝母主要生长在酸性土壤上,pH平均为6.54,土壤速效N、P、K含量的平均值分别为308.5mg/kg、323mg/kg、657mg/kg。

    Ussuriensis . The results showed F. ussuriensis mainly grows on acidity soil and the soil Ph-value is 6.54.The average of available nitrogen , available phosphorus , available potassium in soil is 308.5mg / kg 、 323.0mg / kg 、 657mg / kg .

  6. 不同产地平贝母生境土壤质地差异达到了显著水平。

    The soil texture difference among nine-origins reaches significant level .

  7. 施肥方法对平贝母产量和质量的影响

    Preliminary study of fertilizer effect on yield and quality of Fritillaria ussuriensis

  8. 平贝母地下器官生长发育规律的研究

    Study on the developmental rhythm of the underground organ of Fritillaria ussuriensis Maxim

  9. 噻二唑苯基脲在平贝母脱分化过程中引起的生理生化变化

    Thidiazuron induced physiological and biochemical changes in the process of dedifferentiation of Fritillaria ussuriensis

  10. 小型平贝母收获机械起贝土机构设计

    Fritillaria Harvest Mechanism Design of Minitype Fritillaria Harvester

  11. 平贝母吸肥规律及其专用肥配方研究

    Study on Special Fertilizer Prescription and the Regularity of Absorbing Fertilizer for Fritillaria Ussuriensis Maxim

  12. 从平贝母茎叶中分离的平贝啶甙的结构

    Structure of pingbeidinoside , an alkaloid isolated from the stems and leaves of Fritillaria ussuriensis Maxim

  13. 中药平贝母的研究进展

    Research progress of Bulbus Fritillariae ussuriensis

  14. 以平贝母无菌苗幼茎切段诱导产生的愈伤组织为试材,研究了基本培养基、蔗糖浓度、继代时间及继代周期时间对愈伤组织分化的影响。

    Calli which were induced from the stem segment of Fritillaria ussuriensis M. are cultured on differentiation media for studying the influences of elemental media , sucrose concentration , time of subculture circle , and subculture time .