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结果表明，橡胶种子各部位的抗氰呼吸速率不同，种子在发育、贮藏和萌发进程中抗氰呼吸的速率也不相同。总之．活力高的种子以及种子及苗的活跃生长部位或组织抗氰呼吸所占比率较高。
The results showed that the respiration rate of cyanidation in different parts of rubber seeds was different, and the rate of respiration of cyanide seeds during development, storage and germination was also different. In short. Highly active seeds and seeds and seedlings of the active growth sites or tissues occupy a higher proportion of cyanide-resistant respiration.