跃变型果实中乙烯生成有两个调节系统。
There are two systems which regulate ethylene production in respiration climacteric fruit.
试验结果表明，冬枣属于非呼吸跃变型果实；
Results showed that winter-jujube was not a kind of climacteric fruit.
通过对乙烯含量和呼吸强度的分析，初步认为冬枣为非呼吸跃变型果实。
Dongzao jujube was believed a kind of non-high respiration fruit by the analyzing of its ethylene content and respiration intensity.
鲜枣属于具有高呼吸强度的非跃变型果实，脱落酸对枣果贮期成熟衰老起着重要作用。
Fresh jujube with high respiratory intensity belongs to non climacteric fruit, thus abscisic acid (ABA) plays an important role in the ripeness and senescence of jujube during storage.
降低跃变型果实acc合成酶和AC c氧化酶基因的表达，进而减少乙烯的生成量，就可以延缓果实的后熟过程，延长果实的贮藏期。
Controling the expression of ACC synthase and ACC oxidase gene in the climacteric fruit and reducing output of ethylene in the fruit could slower ripening process and prolong shelf life.
大量研究证实，乙烯是跃变型成熟果实的催熟剂。
A large body of evidence has demonstrated that ethylene is the hormone of catalyzing fruit ripening.
大量研究证实，乙烯是跃变型成熟果实的催熟剂。
A large body of evidence has demonstrated that ethylene is the hormone of catalyzing fruit ripening.
应用推荐