A Study of the Treatment of Disfiguring Diseases in the “Qian Jin Fang”

Traditional Chinese medicine(TCM)has been passed down for more than 2,000 years.TCM beauty products driven by the principles of identification and treatment with various dosage forms and exhibit mild and safe efficacy are bound to become a main component of the beauty industry in the future.Xu once commented that“Qian Jin Fang”is different from the traditional prescription system,which emphasizes the use of medicines.In this paper,we mainly selected the prescriptions for the treatment of disfigurement diseases such as acne,scarring,black dryness,face hyperpigmentation,black mole,and rosacea from the article titled,“Upper Seven Orifices Disease-Facial Medicine IX”in the Bei Ji Qian Jin Yao Fang[1].By studying and analyzing the original composition of the formula,understanding the etiology and pathogenesis of the disease,and exploring the characteristics of the formula concerning the efficacy of TCM,their properties,flavors,and meridians,we summarized the characteristics of the Qian Jin Fang.It is based on the external treatment of disfigurement diseases,with a wide variety of drugs,flexibility,and accuracy.This method draws upon analogies while utilizing excipients and harmonizers to focus on the combined healing approach of treatment and nourishment.

干酪乳杆菌Qian增强京尼平苷对盐酸/乙醇诱导小鼠胃损伤的预防效果（英文）

为探讨最近新发现的干酪乳杆菌Qian(Lactobacillus casei Qian,LC-Qian)和京尼平苷组合对胃损伤预防效果的增强作用,比较分析LC-Qian(0.5×10~8 CFU/kg,以体质量计,下同)、京尼平苷(50 mg/kg)以及LC-Qian(0.5×10~8 CFU/kg)+京尼平苷(50 mg/kg)对盐酸/乙醇诱导胃损伤的预防效果。LC-Qian+京尼平苷(组合组)能减少胃损伤面积和胃液量,同时提高胃液pH值,能使这些指标接近正常组并且与模型组显著不同。相对于模型组,组合组能降低细胞因子白细胞介素-6(interleukin-6,IL-6)、IL-12、肿瘤坏死因子α和γ-干扰素的水平,同时降低血清胃动素、P物质、内皮素-1的水平和提高生长激素抑制素、血管活性肠肽的水平。相比模型组,在心脏、肝脏、肾脏和胃组织中组合组表现出更高的NO含量,但是这些含量低于正常组。通过逆转录聚合酶链式反应分析观察到:相对于对照组小鼠,组合组能够上调神经元型一氧化氮合酶、内皮型一氧化氮合酶、核因子κB抑制蛋白α的mRNA表达和下调诱导型一氧化氮合成酶、核因子κB表达,同时以上这些表达强度与正常组较为接近。通过这些结果可以看到LC-Qian和京尼平苷联合使用具有最好的胃损伤预防效果,LC-Qian能够提高京尼平苷的胃损伤预防效果,该组合可作为一种新的参考方法用于预防胃损伤。

Treatment of Nonspecific Chronic Prostatitis with Qian Lie Xian Yan Suppository in 104 Cases

Qian Lie Xian Yan Suppository (前列腺炎栓) was rectally applied to treat 104 patients with nonspecific chronic prostatitis ( damp-heat syndrome with blood stasis) in contrast to 30 patients treated with traditional Chinese drug Ye Ju Hua Shuan (野菊花栓Suppository of Flos Chrysanthemi Indici). The results show that chronic prostatitis is markedly improved by using Qian Lie Xian Yan suppository, with a short-term cure rate of 23.1% and a total effective rate of 84.6%, superior to that of the control group. The animal experiment indicates that Qian Lie Xian Yan suppository has better anti-inflammatory and analgesic effects, with an action of promoting blood circulation.

Groundwater protection from cadmium contamination by permeable reactive barrier in Qian'an of Jilin,China

This research studies the reliability of an activated carbon permeable reactive barrier in removing cadmium from a contaminated shallow aquifer.Laboratory tests have been performed to characterize the equilibrium and kinetic adsorption properties of the activated carbon in cadmium-containing aqueous solutions.A 2D numerical model has been used to describe pollutant transport within a groundwater and the pollutant adsorption on the permeable reactive barrier(PRB).In particular,it has been considered the case of a PAB used to protect a lake or downstream from Cd(II)contaminated groundwater.Numerical results show that the PAB can achieve a long-term efficiency by preventing lake or downstream pollution for several months.

“Eastern”Xi Yang Qian(Rubia tirctorum L.)and“Western”Zhong Guo Qian(Rubia cordifolia L.):Across the Regions

Qian Cao(Radix et Rhizoma Rubiae)is a perennial grass with red and yellow pigments in its roots.It has been used since ancient times for fabric dyeing and painting,and it’s the oldest red dye in both Europe and China.Xi Yang Qian(Rubia tirctorum L.)spread from the East to the West,while Zhong Guo Qian(Rubia cordifolia L.)spread from the West to the East.Both were integral in the development of Chinese and Western color cultures.Nowadays,although it is no longer commonly used in dyes and paints,Qian Cao is still used in clinical medicine as a medicinal herb.

Professor Qihu Qian

PhD, Professor, PLA University of Science and Technology, ChinaPresident, Chinese Society for Rock Mechanics and Engineering （CSRME）Tel： ＋86-10-66828096E-mail： gcyqqh@163.com Qihu Qian, professor in the PLA University ofScience and Technology,

Congratulation to Professor Renynyuan Qian on the Occasion of His 80th Birthday——Biographic Sketch of Professor Renyuan Qian

Renyuan Qian was born on September 19, 1917 in Changshu, Jiangsu province.He graduated from the Chemistry Department of Zhejiang University in 1939. Inthe year of 1943, he went to the United States to take postgraduate studies mainlyin the University of Wisconsin. In 1948, he returned to China and associated with Xiamen University and Zhe-

IN MEMORY OF PROFESSOR QIAN BAOGONG

Professor Qian Baogong, member of Academia Sinica, associate editor-in-chief of this journal, passed away on March 17,1992 at Wuhan. He was born on March 18, 1916 in Jiangyin, Jiangsu Province and graduated from the Department of Chemistry, Wuhan University in Luoshan, Sichuan Province in 1940. He took his graduate study in 1947 at the Broo, klyn Polytechnic Institute in New York, and received M .S. degree from there.

A Comparative Study on Conceptual Metaphors of “SHEN” and “QIAN”

This thesis is a comparative discussion of conceptual metaphors of “SHEN” and “QIAN”, carried out within the framework of conceptual metaphor from the perspective of cognitive linguistics. Both qualitative and quantitative analyses are adopted in this research. The metaphorical extensions of Chinese “SHEN”/“QIAN” and DEEP/SHALLOW concepts in English have been compared quantitatively. The statistic results show in each projected domain, which further indicates the similarities of peoples’ modes of thinking in different cultures.

BRIGHT PROSPECTS FOR CHINA-INDONESIA COOPERATION Exclusive interview with Chinese Ambassador to Indonesia Xiao Qian

Trade and cultural exchange between China and Indonesia can be traced back more than 2,000 years.Since the Song Dynasty(960-1279),friendly ties between the two countries have been well-documented across various realms.Through mutual exchange and mutual learning,Chinese and Indonesian civilizations both thrived and made significant contributions to the prosperity of Asian civilization.

Spatial Cognition of Chinese“Qian/Hou”and English“Front/Back”

“Front/back”orientation is a basic understanding of the spatial relationship between people and objects and represents a dimensional spatial relationship in the relative horizontal direction.The“front/back”orientation is judged based on human body experience both in Chinese“qian/hou”and English“front/back”.The spatial cognition of Chinese“qian/hou”and English“front/back”orientation can be analyzed from two aspects:topological space and reference space.

A Salute to the "QIAN Xuesen School"of Systems Engineering

QIAN Xuesen published the article Technology of Organization and Management: Systems Engineering on September 27, 1978, pointing out that systems engineering is the technology of organization and management system that can be applied in all systems. The origin, formation and evolution of the systems engineering theory accompanied QIAN Xuesen's whole life. The systems engineering theory is the concentrated reflection of QIAN's achievements and theory in all aspects.

Promoting Space Internationalization Development Based on QIAN Xuesen Think Tank

Today, the "division" thought of "Reductionism" makes people feel helpless and gradually recognize the consequence of the social alienation. Based on 20 years' experience in America, 28 years' practice in China's space industry, and nearly 30 years' research in his later years, QIAN Xuesen integrated the Western Reductionism with the Eastern Holism to form the QIAN Xuesen think tank thought and the Hall for Workshop of Metasynthetic Engineering from qualitative to quantitative, promoting space internationalization to play an irreplaceable role in the development of technology, engineering and industrialization.

Hancheng, Home of Sima Qian

Ｈａｎｃｈｅｎｇ，ＨｏｍｅｏｆＳｉｍａＱｉａｎＳｅｅｉｎｇｈｏｗｏｎｅｏｆｔｈｅｃｏｕｎｔｒｙ＇ｓｇｒｅａｔｈｉｓｔｏｒｉａｎｓｐａｒｔｏｆＣｈｉｎａ＇ｓｈｉｓｔｏｒｙｉｔｓｅｌｆ．ＢｙｓｔａｆｆｒｅｐｏｒｔｅｒＬＩＵＣＨＥＮＨＡＮＣＨＥＮＧ，Ａｃｉ...

QIAN Xuesen Think Tank to Promote the Development of Xiong'an New District

The sixth QIAN Xuesen Forum'QIAN Xuesen Think Tank to Promote the Development of Xiong’an New District'was held in Beijing on April 23,2017 before the arrival of the second Space Day.Under the guidance of the Chinese Academy of Engineering(CAE),China Aerospace Science and Technology Corporation(CASC)and the preparatory work committee of Xiong’an New District,the forum was

青杄林恢复演替过程中的邻体竞争效应及邻体干扰指数的改进模型

本文研究了青杄(Picea wilsonii)个体生长速度与其邻体效应之间的相互关系。结果表明乔木演替初期种山杨、白桦以及青杄自身对青杄生长的影响均为竞争关系。由以基株为中心、两米为半径圆内所有个体所测得的邻体干扰可以解释青杄生长速度变异的百分之三十以上。在本文中,我们还改进了邻体干扰指数,提出应该考虑基株自身的个体大小,由改进的指数模型能够解释青杄生长速度变异的百分之四十五左左。因此可以说改进指数要优于原先的指数。根据本文所得的结果,我们可以断定青杄林恢复演替的动力是优势植物种间的竞争。

河北迁安杏山铁矿床地球化学特征及其对成矿物质来源的指示

不同学者曾对迁安地区铁矿床的前寒武地质、岩石学和地球化学等方面进行了深入的研究,但是其成矿物质来源至今没有进行深入探讨。危机矿山勘察在迁安杏山矿床中发现了富大铁矿体,但其成因不明。本文通过对迁安富矿和普通矿石的主量、微量元素和稀土元素研究,结果表明它们的化学成分主要由Fe2O3(T)、SiO2组成,并且Al2O3和TiO2具有较低的含量,指示其形成时几乎没有碎屑物质的加入。而经PAAS标准化后,稀土元素的配分模式表现轻稀土亏损、重稀土富集的特征,无论是富矿还是普通矿石,都具有Eu正异常、其Co/Zn和Ni/Zn比值与热液类似的特征,表明形成时有高温热液加入;其Y/Ho>44、Y的正异常表明其有海水的成因;La/La*表明其没有陆源碎屑加入;LaN/YbN<1,表明既有海水特征,又有热液特征,所有这些数据都显示了迁安铁矿矿石的物质来源为海水和热液,与其他地方BIF铁矿物质来源一致。由于富矿和普通矿石的物质来源一致、主微量及稀土元素含量和分布类似、铁矿物主要为磁铁矿、原始沉积条带明显,推断富矿可能是火山—沉积建造原始沉积时由于局部富铁环境而形成的。

白杄体细胞胚胎发生及其植株再生

白杄(Picea meyeri Rehd.et Wils.)的成熟胚在4～6℃低温下保存1个月后,接种于改良LP+2mg/L 2,4-D+1mg/L 6-BA的培养基上,黑暗条件下培养1个月便可产生白色半透明的胚性愈伤组织。整体染色封片观察表明,胚性愈伤组织由很多很长的胚柄细胞及其顶端的胚细胞团组成,这种愈伤组织培养物称为胚性胚柄团。胚性胚柄团在MS+1mg/L 2,4-D+1mg/L KT的继代培养基上黑暗条件下可保持旺盛的增殖能力和分化潜力。当胚性胚柄团转到MS+5mg/L ABA+5mg/L AgNO_3的分化培养基上,1个月后可产生大量正常的体细胞胚。体细胞胚成熟以后转到含0.5％活性炭的无激素1/2MS基本培养基上约40d后可长出1.5～2.5cm的根,约60d后可长出真叶。光、ABA、蔗糖及AgNO_3浓度是影响体细胞胚发生的主要因素。

白杄体细胞胚胎发生的细胞组织学和淀粉积累动态的研究

以白木千（ＰｉｃｅａｍｅｙｅｒｉＲｅｈｄ．ｅｔＷｉｌｓ．）的成熟种胚为外植体，诱导体细胞胚胎发生。整体染色封片和组织切片的观察结果表明，白木千体细胞胚起源于胚性愈伤组织的单个细胞。胚性细胞经过一次不均等分裂产生两个细胞，即胚细胞和胚柄细胞。然后依次经过胚性胚柄团、球形胚、心形胚及鱼雷形胚阶段，最后发育成具有子叶的成熟胚。通过ＰＡＳ反应研究后发现，在体细胞胚发育过程中，淀粉粒在胚性胚柄团时期开始积累，至心形胚时期达到积累高峰，且淀粉粒的分布主要集中于胚柄细胞、分裂旺盛的胚细胞、器官原基及其附近细胞。据此结果推测淀粉的消长与体细胞胚发生的能量供应有关。