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- Trametes orientalisn. 东方栓菌
- Trametes lactinea ( Berk. ) Pat. 大白栓菌
- Platycladus orientalis (L.) Franco. 侧柏
- CHEMICAL STUDIES ON ALISMA ORIENTALIS JUZEP. 泽泻化学成分的研究。
- And I found|Helleborus orientalis! |我找到东方菟葵了！
- Tissue culture and plant regeneration of Hyacinth orientalis L. 风信子的组织培养和植株再生。
- Preliminary Introduction Study on Galega orientalis L. 东方山羊豆引种研究初报。
- The species that blooms in lent is “Helleborus Orientalis. 这种“铁筷子侧柏”在四旬斋期开花。
- Archiphysalis Kuang genus novum Solanacearum Asiae orientalis. 地海椒属 -- 亚洲东部产茄科的一新属.
- Preliminary experiement on rules of culture technology of Galega orientalis L. 东方山羊豆栽培技术规程初探。
- OBJECTIVE To study on the diuretic active compounds of Alisma orientalis. 摘要目的研究泽泻利尿作用的物质基础。
- Induction, Isolation and Analysis of an Extracellular Laccase from Trametes gallic Fr. 粗毛栓菌漆酶的分离纯化及部分性质研究。
- The major macrofungal genera were Mycena, Marasmius, Xylobolus, Trametes, Russula, Coriolus, Lactarius, Amanita, and Stereum.Most of these macrofungi fruited in July. 实验样区中主要大型真菌有小菇属、小皮伞属、趋木菌属、栓菌属、红菇属、革盖菌属、乳菇属、鹅膏属和韧革菌属等。
- The study on capability of decolorization of Phanerochaete chrysosporium and Trametes versicolor to dye wastewater and technology of embedment was carried out. 实验对黄孢原毛平革菌和杂色云芝的染料废水脱色性能及其包埋技术进行了研究。
- A fungus producing hemicellulanase was isolated from bamboo.The fungal morphology and ITS sequence were studied.It showed that the fungus was 99% identical to Trametes hirsute. 从竹子上分离纯化得到1株产半纤维素酶的菌种,通过出菇实验和ITS序列扩增,研究了其子实体、菌丝形态及分子特征,对菌种进行了分类鉴定。
- Seed zones of Chinese forest trees--Seed zones of Platycladus orientalis (Linn) Franco. GB/T8822.;11-1988中国林木种子区侧柏种子区
- Effects of Perianth Explant Ages on Differentiation of Floral Organs in Hyacinthus orientalis L. 风信子花被外植体年龄对花器官分化的影响。
- Adventitious Shoot Regeneration from in vitro Cultured Leaves of Platanus orientalis Willd. 悬铃木叶片不定芽再生。
- Effcets of different antibiotics on in vitro plant regeneration of Platanus orientalis L. 抗生素对悬铃木体外植株再生影响的研究。
- DWC of P. tabulaeformis in Nov. 6 was only 1/5 of 5 days ago, and DWC of P. orientalis was nearly 0 at the same time. 进入 11月以后 ,单株日耗水量逐日降低 ,11月 6日油松日耗水量下降为 5d以前的 1 5 ,同期侧柏日耗水量已近于 0。
