活動導葉 的英文怎麼說
中文拼音 [huódòngdǎoyè]
活動導葉
英文
guidevane-
7 - 10 days " seedlings after the seeds germinated, the meristem in the stem apex functioned to form true leaf primordium, meanwhile, the vessel elements which differentiated from parenchymatous cells of the middle and upper portion of the cnz connected with the vessel elements from procambium of epcotyl - shoot region
種子萌發7 - 10天，幼苗的莖端分生組織活動形成真葉雛形，此時由子葉節區中、上部薄壁細胞的轉分化形成的導管分子與上胚軸-苗區原形層形成的導管分子發生連接。These systems include the ventral hippocampus, which is involved in context and focus on tasks, the amygdala, which mediates emotional behavior, and the prefrontal cortex, which modulates activity throughout the limbic system to enable behavioral flexibility
這些區域包括海馬腹側（參與背景和關注性的任務） ，杏仁核（介導情緒行為） ，以及額葉前部的皮層（調整邊緣系統的動作電位，調節行為的靈活性） 。In summer, the primary influencing factor that changed the behavior of the monkey is both of the species of food and disturbance of human activities. the change of behavior of the monkey who lives in worse habitat is much drastically than the one who lives in better habitat in autumn, and the primary influencing factor is both of the habitat quality and human activities. it is both of the food species and habitat quality that influenced the monkey behaviors in different habitat in winter
2 、春季，導致黑葉猴在較差生境中行為改變的主要影響因素是生境質量和人為活動影響；夏季，導致較差生境黑葉猴行為差異的主要影響因素是食物種類和人為活動干擾；秋季，黑葉猴在不同生境下的行為差異較大，但其主要影響因素是生境質量和人為活動影響；冬季，影響不同生境下冬季黑葉猴行為差異的主要因素是食物種類和生境質量。In this study, we constructed two plant expression vector with rip gene from barley and linked to two promoters which have high promoting efficiency in monocotyledonous plants, respectively, and then transferred to rice mediated by agrobacterium tumefaciens. the main factors of affecting transformation were investigated and established its regeneration and transformation systems. pcr analysis showed primarily that rip gene had already integrated into rice
本研究構建了分別由單子葉植物中啟動效率較高的pact和p2 35s啟動子調控的大麥核糖體失活蛋白基因（ rip ）的植物表達載體，通過農桿菌介導法轉化水稻，經pcr檢測初步驗證了rip基因已導入水稻。Change of pathogen resistance related protein after induced by glucohexaose
葡聚六糖誘導后黃瓜葉片幾種酶的活性變化動態分享友人