School of Environmental and Life Sciences, Murdoch University, 6150, Murdoch, Western Australia.
Plant Cell Rep. 1983 Jun;2(3):126-8. doi: 10.1007/BF00269335.
Medicago sativa lines with a high incidence of regeneration were established as suspension cultures and used to select for NaCl tolerant lines. Attempts were then made to regenerate plants from these lines. Regeneration was severely depressed in NaCl tolerant calli and the only plants that were successfully regenerated were from one callus of M. sativa cv. Regen S which grew in 62.5 mM NaCl. Plants from this callus, and new calli derived from the recovered plants, have shown a tolerance to NaCl comparable to calli and plants from the initial seed stock rather than an improved level of tolerance.
建立了再生频率高的紫花苜蓿品系悬浮培养物,并用于选择耐盐品系。然后试图从这些品系中再生植株。在耐盐愈伤组织中再生受到严重抑制,只有从 Regen S 品系的一个愈伤组织中成功再生出的植株能够在 62.5mM NaCl 中生长。来自该愈伤组织的植株以及从恢复的植株中衍生出的新愈伤组织对 NaCl 的耐受性与初始种子材料的愈伤组织和植株相当,而不是提高了的耐受性水平。