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- Cotyledon orbiculata 嫁入娘
- Its cotyledon node zone is telome elongation type. 它的子叶节区类型为顶枝伸长型。
- A shoot regeneration system from cotyledon of Helianthus annuus L. 油葵子叶外植体不定芽再生体系的建立。
- The soluble protein declined as the cotyledon development. 可溶性蛋白的含量随著子叶的发育而逐步降低。
- Studies on cotyledon node zone in some genera of Ranunculaceae. 毛茛科若干属的子叶节区研究。
- Each seed consist of endosperm and 2 cotyledon embryo. 成熟种子具胚乳，子叶二枚。
- Studies on the dynamiting effect of glibberellin on Raphanus sativus Cotyledon. 赤霉素对萝卜子叶增重作用的研究。
- Callus Induction and Differentiation from the Cotyledon of Capsicum annuum L. 三樱椒子叶愈伤组织的诱导及分化。
- Cotyledon explants were better recipient for transformation of M. sativa L. 苜蓿子叶外植体是较理想的转化受体。
- The seed does not have endosperm, embryo unbend, cotyledon hypertrophy. 种子无胚乳,胚伸直,子叶肥大。
- Fructification includes peel, seed coat, cotyledon and embryo 4 parts. 果实包括果皮.;种皮
- Fig. 5. Influence of pycnidiospore density in soil on the disease incidence of melon cotyledon caused by Didymella bryoniae. 五、土壤中添加蔓枯病菌柄孢子对于香瓜子叶发病的影响。
- A woody vine of the genus Celastrus, especially the North American species C. scandens and the eastern Asian species C. orbiculata, having small, round, yellow-orange fruits that open at maturity to expose red seeds. 美洲南蛇藤一种南蛇藤属的木本攀沿植物，尤指北美品种攀缘南蛇藤属和东亚品种正圆形藤属，有小而圆的桔黄色果实，成熟时开裂露出红色种子
- Screening on the high frequency regeneration system of cotyledon in Brassica Napus L. 甘蓝型油菜子叶高频率再生体系的筛选研究。
- In Vitro Culture and Plant Regeneration from Cotyledon Explants of Capsicum chinense Jacq. 黄灯笼辣椒子叶离体培养与植株再生。
- Preliminary Research on in vitro Culture of Cotyledon from Yellow-seeded Brassica napus L. 甘蓝型黄籽油菜子叶离体培养初报。
- The plastids generation of cotyledon cells of lotus from 4 days after fertilization continue till about 21 days. 莲胚子叶细胞中质体的产生从受精后的4d左右一直延续到21d左右。
- Any of various flowering plants, such as grasses, orchids, and lilies, having a single cotyledon in the seed. 单子叶植物任一种种子只含一个子叶的植物的开花植物，如草、兰花和百合花
- In contrast, the activity of NADH-GDH was low at first stages of cotyledon development, and then gradually increased. 但是NADH-GDH呈现出相反的变化，在子叶发育的前期阶段其活性低，而后逐步升高。
- AgNO_3 plays an important role in controlling the browning of cotyledon explants, and 6mg/L AgNO3 is recommended. 6mg/L AgNO3能很好地控制外植体的褐化,促进芽分化和芽伸长。
