lumbricus信息详情
n.[中医]地龙；正蚓属
lumbricuses───n.[中医]地龙；正蚓属
lumbrical───adj.蚓状肌的；n.蚓状肌
lumbricales───[解剖]蚓状肌
lumbricalis───n.蚓状肌
lumberings───adj.笨拙的；动作迟缓的；n.伐木业；木材业；v.伐树；使陷入麻烦；笨重地移动（lumber的ing形式）
lumbricoid───adj.蚯蚓状的；似蚯蚓的；n.蛔虫
Cumbrians───坎布里亚人
Gambrinus───n.甘布赖纳斯
aumbries───小室
Pharmacopeia method was used in water soluble extractives and limit test for heavy metals and total ash and acid-insoluble ash to test the quality in Lumbricus from different origin.───采用药典方法分别测定浸出物、总灰分和酸不溶性灰分和进行重金属检查，综合考察不同产地地龙的内在质量。
Objective: Our aim was to explore the effects of lumbricus peptides (LP) on specific and non-specific immunological function in mice.───目的：探讨地龙肽(LP)对小鼠特异性和非特异性免疫功能的影响。
Conclusion Lumbricus can inhibit wound inflammation response and accelerate wound healing.───结论地龙能抑制创面的炎症反应，并促进其愈合；
Results In animal study, lumbricus could inhibit the growth of staphylococci, bacillus coli and bacillus aeruginosus.───结果动物实验中，地龙能抑制金黄色葡萄球菌、大肠杆菌及绿脓杆菌的生长；
between Lumbricus terrestris( Lt) and Schistosoma japonicum( Sj) by phage displayed technology.───目的采用噬菌体呈现技术，获得蚯蚓与血吸虫的共同表位。
To investigate the effect of Lumbricus in promoting wound healing of ligation hemorrhoidectomy.───目的：探讨地龙对痔术后创面愈合的影响。
Study on Lumbricus in Promoting Ligation Hemorrhoidectomy Postoperative Wound Healing───地龙组分促进痔术后创面愈合的临床和实验研究
Comparative Identification of Medicinal Animal Lumbricus───地龙类药用动物的比较鉴别
Conclusion:Lumbricus capsule could reduce IMT and drop plaque in ischemic cerebral infarction patients.
Objective To probe the effects of lumbricus on wound healing after hemorrhoidectomy.
Results In animal study, lumbricus could inhibit the growth of staphylococci, bacillus coli and bacillus aeruginosus.
To investigate the effect of Lumbricus in promoting wound healing of ligation hemorrhoidectomy .
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Objective: Our aim was to explore the effects of lumbricus peptides (LP) on specific and non-specific immunological function in mice.
Conclusion Lumbricus can inhibit wound inflammation response and accelerate wound healing.
To study the antipyresis of Shenglongqinlong Decoction (SLQLD), SLQLD without Plaster stone and SLQLD without lumbricus, fever models of E. coli endotoxin and 2,4 dinitrophenol were employed.
To study the common epitope between Lumbricus terrestris (Lt) and Schistosoma japonicum (Sj) by phage displayed technology.