Induction of insensitive peanut somatic embryo to medium containing culture filtrate from various races of Sclerotium rolfsii and plantlet regeneration

A. Hemon, Sumarjan, A. Hanafi
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Abstract

The experiment aimed to induction of insensitive peanut somatic embryo (SE) to culture filtrate medium from various races of S. rolfsii and its plantlet regeneration. To achieve these objective, the experiments have been done in several steps: somatic embryo development, preparation of culture filtrate (CF) medium from various races of S. rolfsii, induction of insensitive peanut somatic embryo and peanut plantlet regeneration of insensitive somatic embryo. Result of experiment showed that selected SEs on selective medium containing culture filtrate of S. rolfsii one race or two races or three races or four races were specifically insensitive only on selective medium containing culture filtrate one race or two or three or four races of S. rolfsii. All SEs selected in culture filtrate medium of four races S. rolfsii (race 1, 6, 8, and 9) were more insensitive on culture filtrate medium of S. rolfsii races compared with SEs that only selected in culture filtrate medium of one race. Selected insensitive SEs had ability to form normal seedling (50.5-65.5%) and abnormal germinated SEs (23.5 - 30.5%). Normal germinated SEs developed to form plantlets. These plantlets were developed to produced peanut plant R1 generation and peanut seeds. Further evaluation using subsequent generation of peanut (R1 and R2) plants need to be conducted to testing peanut line resistance to stem rot disease (S. rolfsii) in the field.The experiment aimed to induction of insensitive peanut somatic embryo (SE) to culture filtrate medium from various races of S. rolfsii and its plantlet regeneration. To achieve these objective, the experiments have been done in several steps: somatic embryo development, preparation of culture filtrate (CF) medium from various races of S. rolfsii, induction of insensitive peanut somatic embryo and peanut plantlet regeneration of insensitive somatic embryo. Result of experiment showed that selected SEs on selective medium containing culture filtrate of S. rolfsii one race or two races or three races or four races were specifically insensitive only on selective medium containing culture filtrate one race or two or three or four races of S. rolfsii. All SEs selected in culture filtrate medium of four races S. rolfsii (race 1, 6, 8, and 9) were more insensitive on culture filtrate medium of S. rolfsii races compared with SEs that only selected in culture filtrate medium of one race. Selected insensitive SEs h...
花生不敏感体胚在含菌核菌种培养滤液培养基上的诱导及植株再生
本试验旨在用花生不同小种的培养滤液诱导不敏感的花生体细胞胚(SE)并诱导其植株再生。为实现这一目标,本实验分为体胚发育、不同小种罗氏花培养滤液(CF)培养基的制备、花生不敏感体胚的诱导和花生不敏感体胚的植株再生等几个步骤进行。实验结果表明,在含有罗尔夫氏一种、二种、三种或四种培养滤液的选择培养基上所选的se仅在含有罗尔夫氏一种、二种、三种或四种培养滤液的选择培养基上特异性不敏感。在4个小种(1、6、8、9个小种)的培养滤液中选择的所有se对小种的培养滤液不敏感,而只在一个小种的培养滤液中选择的se对小种的培养滤液不敏感。选择的不敏感se能够形成正常的幼苗(50.5 ~ 65.5%)和异常发芽的se(23.5 ~ 30.5%)。正常发芽的SEs发育成植株。这些植株经培育后可生产花生植株R1代和花生种子。需要利用后代花生(R1和R2)植株进行进一步评价,以在田间测试花生系对茎腐病(S. rolfsii)的抗性。本试验旨在用花生不同小种的培养滤液诱导不敏感的花生体细胞胚(SE)并诱导其植株再生。为实现这一目标,本实验分为体胚发育、不同小种罗氏花培养滤液(CF)培养基的制备、花生不敏感体胚的诱导和花生不敏感体胚的植株再生等几个步骤进行。实验结果表明,在含有罗尔夫氏一种、二种、三种或四种培养滤液的选择培养基上所选的se仅在含有罗尔夫氏一种、二种、三种或四种培养滤液的选择培养基上特异性不敏感。在4个小种(1、6、8、9个小种)的培养滤液中选择的所有se对小种的培养滤液不敏感,而只在一个小种的培养滤液中选择的se对小种的培养滤液不敏感。选中的不敏感se h…
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