Study on tissue culture of anthurium andraeanum lind 安祖花组织培养研究
2.
Study on the photosynthetic characteristics in leaves of anthurium andraeanum 红掌苗期光合特性的研究
3.
Somatic embryogenesis and plant regeneration of anthurium andraeanum 花烛体细胞胚胎发生及植株再生研究
4.
Tissue culture method of anthurium andraeanum explants with entophytic microorganism 含内生菌外植体红掌组培方法的研究
5.
A preliminary report of cultivar introduction and cultivation of potting anthurium in nanjing 南京地区盆栽红掌引种栽培初报
6.
Relative physiological and biochemical features of redifferentiation difference in three types of calli subculture in anthurium andraeanum 花烛愈伤组织不同继代培养的再分化差异
7.
Freesia , nerines , anthurium , and muscari also fit the bill and can take the trend beyond its winter season of 1 december to 14 february 素馨兰、金花石蒜、火鹤花和葡萄风信子同样适合用在这个主题，并且在12月1日至2月14日的冬天季节里充满著时尚感。
8.
On the whole , the tr and gs of leaf of anthurium andraeanum lind decreased under elevated [ co2 ] and wue increased , these might be beneficial for the increase of pn and chlorophyll as well as accumulation of organic compounds which promoted plant growth and florescence and flower leaf area , furthermore , the improvement of quality 总之， co :加富条件下红掌叶片的气孔导度与蒸腾速率降低，水分利用效率增加，净光合速率提高，有利于碳水化合物的积累，促使红掌的各项生长指标(株高、叶面积、生物量)提高，开花比率提高，佛焰苞面积增大，提前且延长了花期，提高了红掌的观赏品质。
9.
Elevated [ co2 ] treatment resulted in the larger accumulation of carbohydrate ( soluble sugar and starch ) in leaves of anthurium andraeanum lind during short - term experiment , but the difference of three treatment groups is no striking during long - term experiment . chlorophyll content , chlorophyll a / chlorophyll b ratio in leaves increased , while soluble protein decreased in elevated [ co2 ] during experiments . elevated [ co2 ] led to the increase of rubp carboxylase activity and the decline of glycolic acid oxidase activity during short - term experiment , but the rubp carboxylase activity decreased after 60 d , the glycolic acid oxidase activity increased after 90 d 高浓度co _ 2处理的红掌，叶片中的叶绿素含量增加，叶绿素a叶绿素b升高，但可溶性蛋白含量下降，并且随着处理时间的延长，可溶性蛋白含量的下降更为明显，处理150d时， t1 、 t2的可溶性蛋白含量与ck相比分别下降了36 . 7 、 28 . 2 ；高浓度co :处理的前30d ，高浓度c02抑制了go活性， rubpc活性升高:处理以记时，高浓度coz处理组的rubpc活性降低， go活性仍然低于对照;处理以月后，高浓度co :处理组的rubpc活性低于对照，其中t2的rubpc活性显著下降，而go活性升高。
