The tepal of Phytolacca initiates in 2/ 5 spirals, the starting direction is either clockwise or counterclockwise.

Effect of Medicinal Herb Phytolacca Acinosa on the Secretion of Human Chorionic Gonadotropin ( hCG) in Early Pregnant Villi of Organ Culture

商陆对器官培养的早孕绒毛hCG分泌的影响

Anatomical Structure and Protein Histochemical Localization in Vegetative Organs of Phytolacca americana

商陆营养器官解剖结构与非贮藏蛋白质组织化学定位

Conclusion: The acquisition of hairy root of Phytolacca acinosa lays a foundation for the mass production of active components and introduction of foreign gene.

结论：成功建立了商陆毛状根离体培养系统，为进一步进行药用成分的工业化生产和引入外源基因改良性状奠定了基础。

Cloning and Expression of a New Gene Encoding an Antifungal Protein in Phytolacca americana

美洲商陆中新发现的一种抗菌蛋白基因的克隆和表达

Study on the different extractions of liposoluble components from Phytolacca americana

GC-MS法分析比较垂序商陆根不同提取物的脂溶性成分研究

Effect of Phytoremediation of Manganese Mine Tailings Contaminated Soils by Phytolacca americana on Following Plants

利用美洲商陆修复锰尾渣污染土壤对后茬植物的影响

Characteristics of Phytolacca acinosa accumulating Cd

商陆对镉的富集特征

Objective To study the molluscicidal activity, the influence on glycogen content of Oncomelania hupensis and the acute toxicity to zebra fish of the extract from Phytolacca americana Linn leaf.

目的探讨垂序商陆叶杀灭钉螺效果、对钉螺糖原的影响及其对斑马鱼的急性毒性。

Antioxidative Response of Phytolacca americana and Nicotiana tabacum to Manganese Stresses

商陆和烟草对锰胁迫的抗氧化响应研究

Study on the Main Contained Substances of Phytolacca americana Seed

商陆种子主要内含物的研究

Phytolacca Genus Plants in the Qingdao Coastal Area

青岛市沿海地区的商陆属植物

Properties of Fruit Pigment Isolated from Phytolacca acinosa

商陆果实色素性质的研究

TISSUE CULTURE OF Phytolacca americana

美洲商陆的组织培养

The problem of space pollution, etc.

太空垃圾污染等等问题。

On monitor system for space garbage

太空垃圾实时监测系统建立可行性分析

Some 20,000 pieces of rubbish are currently being monitored in low-Earth orbit, the majority of which are discarded bits of spacecraft or debris from collisions.

目前，科学家们正在对近地轨道上的两万块太空垃圾进行检测，其中的绝大多数来自于碰撞的残骸或太空飞船的废弃物。

Unfortunately, most won't even last as long as Curiosity; eventually, they'll succumb to space debris impacts.

不幸的是，大多数的灯可以坚持的时间甚至还不如“好奇号”，最终它们都会被太空垃圾撞毁。

The lower drag can cause space junk to accumulate in orbit, which could result in a collision with the International Space Station or other spacecraft.

阻力变小会使太空垃圾积聚在轨道上，可能会与国际空间站或其他航天器相撞。

It should be easier to reach an agreement on space junk than on greenhouse gases.

比起温室气体问题，太空垃圾问题应更容易达成共识。

Nasa engineer Creon Levit said it was imperative that something was done about space junk.

美国宇航局工程师克里昂？莱维特表示，处理太空垃圾迫在眉睫。