在豇豆(Vigna sesqupdalis Wight)不同梯度抗性品种与锈菌(Uromyces Vignae Barcl)互作的早期(于接种后12 h内),苯丙氨酸解氨酶(Phenylalanine ammonia lyase,PAL)的比活性与品种抗性梯度一致;过氧化氢酶(Catalase...
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这些结果表明AOS代谢在豇豆与锈菌互作中起重要作用。
These results indicated that metabolism of AOS played an important role in the interactions of cowpea and rust pathogen.
食锈菌的破坏意味着脆弱的铁锈将最终被分解成细小的粉末，与海水融为一体。
Its destructive tendencies mean the delicate rusticles will eventually disintegrate into a fine powder in the salt water.
亚麻与亚麻锈菌互作机制的研究，一直是植物病理研究的基础和重要内容。
The interaction mechanism of flax and flax rust is the main research field in plant pathology.
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