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- Pedicularis henryin. 亨氏马先蒿
- Pedicularis sceptrum-carolinum L. [医] 旌节马先蒿
- Don) Sch.Bip. subsp. henryi (Diels) H. 台湾鬼督邮 Ainsliaea latifolia (D.
- Comparison of karyotype of Ormosia glaberrima and Ormosia henryi. 光叶红豆和花榈木核型比较。
- Study on the Technique of Tissue Culture of Henryi L. 湖北百合的组织培养技术研究。
- Objective: To determine of the polysaccharide from Ligustrum henryi Hemslwere. 摘要目的测定苦丁茶多糖的含量。
- Genus Pedicularis In Ludlow-sherriff and Polunion (Polunin!) collections. 西藏、不丹、尼泊尔和印度的一些马先蒿的记述.
- Research advance on the propagation technique of Emmenopterys henryi Oliv. 香果树繁殖技术研究进展。
- Study on Anatomical Structure of Leaves of Rare Plant Emmenopterys henryi Oliv. 稀有植物香果树叶解剖结构的研究。
- Objective:Probe into feasibility of domesticating Thladiantha henryi. 目的:探讨皱果赤野转家的可行性。
- Objective:To determine of the polysaccharide from Ligustrum henryi Hemslwere. 目的测定苦丁茶多糖的含量。
- Any of numerous plants of the genus Pedicularis,having clusters of irregular,variously colored flowers. 罗丝草一种马先蒿属植物，有一簇簇不规则，不同颜色的花
- Any of numerous plants of the genus Pedicularis, having clusters of irregular, variously colored flowers. 罗丝草一种马先蒿属植物，有一簇簇不规则，不同颜色的花
- The effect of Pedicularis densispica on haematological indexes has been studied in the exercises mice. 观察密穗马先蒿提取物对运动小鼠血液学指标的影响,探讨其对运动引起贫血的保护作用。
- Palynological study of Pedicularis and its relation with the taxonomic systems of the genus. 文章题目 马先蒿属的花粉形态和其分类系统.
- Objective:To study the microscipic characteristics of the rhizoma, root, stem, leaf and powder of Rhodiola henryi. 目的:弄清菱叶红景天的根茎、根、茎、叶及粉末的显微特征。
- Castanea henryi is the famous special product of north Fujian,the hulling problem of C. 锥栗是闽北的著名特产,为开发各种各样的锥栗深加工新产品,首先要解决锥栗的脱壳去红衣问题。
- A few are semiparasitic on the roots of angiosperms, especially grasses, such as eyebright (Euphrasia) and lousewort (Pedicularis). 玄参科内少数种类半寄生于被子植物的根部，特别是在禾本科植物上，如小米草（Euphrasia）和马先蒿（马先蒿属）。
- Results: The brown substance was always found in the rhizoma and root of Rhodiola henryi. 结果:菱叶红景天根和根茎的薄壁细胞内常含棕色物质;
- In other four species, Gentiana przewalskii, Aconium tanguticum, Pedicularis kansuensis and Delphinium monanthum, the whole starch grains were light in. 在其余4种高山植物中，淀粉粒的电子密度均较低。
