| 1. | Recent advance on fruit ripening and softening in molecular biology
果实成熟软化机理分子生物学的研究进展 |
| 2. | Effect of ethylene receptor genes antisense transformation on fruit ripening
番茄乙烯受体基因反义表达对果实成熟的影响 |
| 3. | Physiology of growth , development and fruit ripening of non - timber species
经济树种生长发育生理与果实成熟生理浙江省教育厅 |
| 4. | Ethylene is involved in many aspects of the plant life cycle that from seed germination to fruit ripening
它参与了从种子萌发到成熟衰老的一系列生命过程的调节。 |
| 5. | Degradation of cell wall polysaccharides during postharvest fruit ripening and softening of different apple varieties
不同品种苹果采后后熟软化过程中细胞壁多糖的降解 |
| 6. | Because ethylene is tightly relative to flower senescence and fruit ripening , it is very important in business to inhibite ethylene biosynthesis to delay senescence
由于乙烯与植物的花、果的成熟和衰老有密切关系，控制乙烯的生物合成就可延缓其衰老，因而有重要的商业价值。 |
| 7. | In both nr fruit and antisense acs transgenic tomato fruit , expression levels of leerfl , leerf2 and pti4 were generally lower than those in wild fruit but still related with fruit ripening
在转反义acs和nr番茄果实中， leerf1 、 leerf2 、 pti4基因表达总体水平上比普通番茄中的低，但仍然表现出与成熟进程的相关性。 |
| 8. | The ethylene production , respiratory rate , rate of superoxide anion radicals production and mda content were all increased after treatments . the results showed the ethylene has an important role during the fruits ripening
外源乙烯( 50 l / l )处理均促进了两类果实采后乙烯释放量、 o _ 2 ~ -的积累和膜脂过氧化产物mda的增加。 |
| 9. | Ethylene , which plays an very important regulatory role in various physiological and developmental process of plant , such as fruit ripening , has been studied as a major content in the postharvest physiology
乙烯作为影响果实采后生理的重要因子，同时又是控制果实成熟衰老的关键所在，所以一直是人们采后研究的一项重要内容。 |
| 10. | Climacteric the rise in respiration rate , found in the fruits of some species , associated with fruit ripening and senescence . it may be induced artificially by treatment with ethylene ( ethane )
呼吸跃变（呼吸高峰） ：当果实成熟到一定程度时，呼吸速率首先降低然后突然增高，最后又下降，此时果实便进入完全成熟期。这个呼吸高峰便称为呼吸跃变。用乙烯人工处理可以诱导呼吸跃变。 |
