海桐

辛酸和PP333对海桐的化学修剪和生理效应

Chemical pruning of Pittosporum tobira with caprylic acid and Paclobutrazol and the physiological effect

而低夜温后光照并未导致海桐叶片PQ还原程度增加与光合电子传递速率受阻，叶片吸收光能主要分配于光化学反应和热耗散，未引起PSⅡ反应中心的过剩激发能增加。

However for Pittosporum tobira , low night temperature and light energy did not increase the extent of PQ reduction and block photosynthetic electron transport , the absorbed light energy of leaf was dissipated by photochemistry and heat , so the excess energy of PS ⅱ reaction centers was slight .

应用短萼海桐提取液的含药血清及MΦ的TB感染模型评价短萼海桐的抗结核杆菌活性，设阳性（异烟肼）及阴性（空白、血清）对照组；

Firstly , the activity of PB of anti-mycobacterium tuberculosis was valued by using the containing medicine serum and infected macrophages model , and positive and negative contrasts were set up .

辛酸叶面喷洒处理影响了海桐新梢的生长和侧枝的发生。0.04M和0.1M的辛酸对顶芽无伤害作用，但影响新梢的生长。

Caprylic acid foliar spray affected the shoot growth and side shoot formation of Japanese Pittosporum .

目的探讨复方海桐皮袋泡剂临床使用疗效。

Objective To study the clinical effect of the compound Hai Tong Pi bag .

结论复方海桐皮袋泡剂的剂型改革是成功的。

Conclusion The reform of the prescription of the compound Hai Tong Pi bag is successful .

墨红鲜花香气（头香）成分分析海桐花头香化学成分的研究

Study on Chemical Constituents of Fragrance Volatiles of Fresh Flowers of Pittosporum Tobira ( Thunb . ) Ait

低夜温后光照对榕树与海桐叶片光合电子传递和吸收光能分配的影响

Effects of Full Sunlight after Low Night Temperature on Photosynthetic Electron Transport and Absorbed Light Allocation in Leaves of Ficus microcarpa and Pittosporum tobira

本文介绍了四川省海桐花属药用植物13种1变种的民间疗效和生境分布；

This paper reports 13 species and I variety of medicinal Pittosporum in Sichuan province , along with their folk uses , habitat and distribution .

结论：本方法直观地揭示了复方海桐皮汤的多靶点效应，对于解释复方的协同效应有重要意义。

CONCLUSION : The methods reveal directly the multitarget effects of Haitongpi tang on treating osteoarthritis , which is of great importance to find clues of potential synergism in Chinese medicine .

灌木层物种一般集中在16～23种，常见物种为孝顺竹、大叶黄杨、海桐、毛鹃、红花橙木等。

The shrub species range from 16 and 23 mainly , among which Bambusa glaucescens , Euonymus japonicus , Pittosporum tobira , Rhododendron indicum , Loropetalum chinensis var. rubrum , are very ordinary .

同时有效地利用点植、片植、对植、丛植、群植、孤植，在林下补植杜鹃、海桐、构骨等丰富植被层次，实现乔、灌、草的植物多样性。

At the same time the effective use of point-sik , on-chip plant , group plant , isolated plant , in the forest replanting azalea , Pittosporum , riches the vegetation structure of bone and other levels , to achieve shrub and grass plant diversity .