scolopendra
scolopendra
1. Rhizoma Paridis, Scolopendra, Cutis Bufonis, Herba Euphorbiae Humifusae.
七叶一枝花，蟾蜍皮，蜈蚣，地锦草。
2. NEW CENTIPEDE,SCOLOPENDRA NEGROCAPITIS SP.NOV.FROM HUBEI PROVINCE,CHINA(CHILOPODA:SCOLOPENDROMORPHA:SCOLOPENDRIDAE
上一个资料：中国喇叭螺属的研究及六新种记述（肺螺亚纲:柄眼目：虹蛹螺科）
3. The gene content of Scolopendra multilan is similar to that of the other arthropoda, and gene rearrangements are observed as in other myriapods.
其基因组成与其他节肢动物的特点相似，并与其他多足类一样存在着基因重排现象。
4. In the protein of scolopendra, scorpio, pheretima,the content of Glycine, Alanine, Valine,Tyrosine,Phenylalanine and Arginie is higher,but the content of glutaminic acid is significantly lower than the daily animal and plant albumens.
在蜈蚣、全蝎、地龙三种天然动物药材中甘氨酸、丙氨酸、酪氨酸、苯丙氨酸、精氨酸含量高，谷氨酸含量则显著低于常见动植物蛋白。
5. scolopendra mojiangica
墨江蜈蚣
6. Studies on Anti-bactria Effects between Scolopendra mojiangica Zhang et Chi and Scolopendra subspinipes multilaus (L) Koch
墨江蜈蚣和少棘蜈蚣体外抑菌的对比研究
7. Through physo-chemical analysis and pharmacological study to Scolopendra commodites, it showed that the quality of the commodities from autumn was better but gather, dry and store difficultly.
对我国现行的春季采收及传统秋季采收的蜈蚣商品初步理化分析及药理作用比较研究,表明秋季采收的商品质量较优,但捕捉难度大,商品不易干燥、贮藏。
8. Scolopendra subspinipes multilans Koch.
少棘巨蜈蚣
9. Scolopendra mutilans
少棘蜈蚣
10. Scolopendra multilan is a common species belonging to Scolopendromorpha, Chilopoda.
少棘蜈蚣为唇足纲蜈蚣目的一常见种。
11. Method: UV spectrophotometry was established to determine the content of the heavy metals of Radix glycyrrhizae etc.3 plant-source herbs and Scolopendra etc.2 animal-source drugs.
方法:用紫外分光光度法测定甘草、川贝母、天竺黄3种植物药,蜈蚣、僵蚕2种动物药中重金属的含量。结果:紫外分光光度法测定中药中重金属含量方法可靠,稳定性、重现性好。
12. Methods Astragalus membranaceus, scolopendra subsopinipes and tripterygium wilfordii were identified by TLC.
方法采用薄层色谱法对制剂中黄芪、雷公藤和蜈蚣进行定性鉴别;
13. The start reading framae and stop codons, base composition in protein-coding genes and the codon usage of amino acids in Scolopendra multilane were compared with the three other myriapods.
本研究在蛋白质编码基因起始阅读框和终止密码子、蛋白质编码区的碱基组成、氨基酸及密码子的利用等方面把少棘蜈蚣与另三种多足类进行了比较。
14. The treatment group (41 cases) was treated by LDT (composed of Rhizoma Coptidis, Rhizoma Paridis, Scolopendra, Pheretima, Flos Chimonanthi Praecocis, Rhizoma Pinelliae Preparata, Radix Ephedrae and Semen Armeniacae Amarum, etc. )
治疗组41例运用连休蜈蚣地龙汤(由黄连、重楼、蜈蚣、地龙、腊梅花、法半夏、麻黄、苦杏仁等组成)治疗,对照组30例采用阿奇霉素治疗。
15. Keywords Cicatrix;hypertrophic;Fibroblasts;Carthamus tinctorius;Galla chi nensis;Scolopendra subspinipes;
瘢痕;肥大性;成纤维细胞;红花;五倍子;蜈蚣;
16. AIM: To observe the effect of Shule Capsule (Himdo, Scolopendra, Rhizoma Chuanxiong, etc.) on the antiplatelet aggregation and antithrombotic in rats.
目的:观察舒络胶囊(水蛭、蜈蚣、川芎等)对血小板聚集和血栓形成的影响。方法:大鼠均分为大中小3剂量,灌胃给药;
17. The insect was identified as a Scolopendra gigantean, the world's biggest species of centipede.
经证实，这是世界上最大的一类蜈蚣，学名“秘鲁巨人”。
18. Keywords Scolopendra;Scorpion;Arisacma Consanguineum;Acori graminei rhizoma;Curcuma;tremor rats;hippocampus;electroencephalogram;
蜈蚣;全蝎;制南星;石菖蒲;郁金;震颤大鼠;海马;脑电图;
19. Keywords Scolopendra,Scorpio,Pheretima, The albumen of animals and plants, The distribution of amino acid, Pharmacological function;
蜈蚣;全蝎;地龙;动植物蛋白;氨基酸分布;药理功能;营养价值;
20. Keywords Scolopendra subspinipes mutilans L.Koch;fibrinolytic enzyme;antithrombotic effect;
蜈蚣;纤溶活性蛋白;抗血栓作用;
21. Clinical Application of Scorpio and Scolopendra by Zhu DeguiPulmonary Carcinoma Therapies of Chen Chaohuan
陈焕朝治疗肺癌经验
