蚓
1、蚯蚓。
蚓无爪牙之利,筋骨之强。---《荀子·劝学》
蚓曲:古代说传说蚯蚓夏夜能发出鸣声,其鸣声叫做蚓曲。也称“蚓笛”
蚓操:蚯蚓唯壤土、水而自足,别无所求。比喻人只知守小节而不鸣大义
蚓窍:相传蚯蚓的孔穴可以发声成曲。比喻微不足道的音响,通常作为自谦之词。
蚓激酶在蚯蚓的生理盐水提取物中很容易获得,广泛分布于消化道的肠腔。
Lumbrokinase was readily obstained in saline extracts of the earthworm, widely distributed in the entocoele of alimentary tract.
蚓没有脊椎,是一种蠕形动物。
Earthworms have no backbone, they are a kind of worm.
正蚓科的生殖带位于身体的前部。
Lumbricidae have the clitellum on the anterior part of the body.
第四蚓状肌全部由尺神经深支支配。
The fourth lumbrical muscles arc all controlled by the deep branch of the ulnar nerve.
地方性最强的巨蚓类,无疑是真蚓科。
The most localized megadrile family is undoubtedly the Eudrilidae.
它较巨蠕蚓类中环毛蚓属的分布区域大。
It inhabits a larger area than the megascolecid genus Pheretinca.
病变位于小脑蚓部者36例,位于小脑半球6例。
The foci found were in vermis (36) and cerebellar hemispheres (6).
MRI显示囊性部分位于小脑蚓部,在右侧具有实性部分。
MRI shows a cystic mass located in the vermis of the cerebellum that has a solid component on the right.
结果表明,赤子爱胜蚓切断的位置不同,其再生速度不同。
The results showed that the regenerative velocity varied with the amputation sites.
不同饵料对鲜蚓、干蚓和蚓粪中氨基酸的含量有一定影响。
The effects of different feeds on amino acid contents of fresh, dry earthworm and excrement were obvious, and...
不同饵料对鲜蚓、干蚓和蚓粪中氨基酸的含量有一定影响。
The effects of different feeds on amino acid contents of fresh, dry earthworm and excrement were obvio...
目的光镜下观察6只大鼠小脑前叶、后叶及蚓部微血管构筑。
Objective the microvasculature of the anterior lobe, posterior lobe and cerebellar vermis was observed under the optical microscope in 6 rats.
研究了赤子爱胜蚓纤溶酶活性的提高条件及酶的最适作用条件。
In this paper the best conditions of activity of plasmin were studied.
结果:肿瘤位于小脑半球8例,小脑蚓部5例,第四脑室10例。
Results: 8 cases located in cerebellar hemisphere, 5 cases in vermis, 10 cases in fourth ventricle.
采用氨基酸自动分析仪测定了蚓激酶副产物中氨基酸的含量和组成。
The contents and compositions of amino acids of the by product in producing earthworm kinase (BEK) was determined by automatic analytical instrument of amino acids.
目的 :探讨蚓状肌血供特点和分布规律 ,为临床应用提供依据。
Objective: To discover the blood supply and distribution characters of lumbrical muscles.
结论疏血通联合蚓激酶治疗急性脑梗塞的临床效果更好,值得应用。
Conclusion Shuxuetong injection Combined lumbrokinase has better clinical treatment in treating ACI, and should be applied.
目的探讨蚓激酶胶囊对糖尿病并发下肢动脉粥样硬化斑块患者的疗效。
Objective To observe the beneficial effects of Lumbrokinase capsule in patients with diabetes complicated the lower limbs plaque.
蚓激酶是从蚯蚓蛋白粗提物中分离出的多组具有纤溶酶活性的蛋白质。
Lumbrokinase is a strong fibrinolytic enzyme that was readily obstained in saline extracts of the earthworm, widely distributed in the entocoele of alimentary tract.
研究了一种后生动物—颤蚓对丝状细菌引起的活性污泥膨胀的控制效果。
The tubificidae, one type of metazoa was chosen to control activated sludge bulking which was caused by filamentous bacteria.
结果表明,蚓激酶副产物中人体必需氨基酸占总氨基酸含量的一半以上。
The results show that the essential amino acids for human body in BEK account for more than half of the total contents of amino acids.
本项研究以蚓激酶为原料、以聚丙烯酸树脂为载体研究蚓激酶肠溶微囊。
This study is based on lumbrokinase as the material and polyacrylic acid resin as the carrier to study the enterosoluble micrones preparation of lumbrokinase.
在右侧契前叶与后视丘在刺激之下也可以看到活化,会延展到小脑上蚓部。
Activation was also seen at the right precuneus and posterior thalamus with stimulation, extending into the superior vermis.
结果急性期CT表现为小脑半球或小脑蚓部高密度或次高密度团块状病灶。
Results In acute period the findings of CT was the hypertensity area on cerebellar hemispheres or vermis.
分离纯化参环毛蚓中纤溶活性蛋白酶,并对其活性及氨基酸序列进行分析。
The purpose is to purify thrombolytic enzymes from Pheretima aspergillum(E. Perrier), and to analyze their activity and amino acid sequence.
阑尾(全名名蚓状阑尾):解剖学上附于大肠的盲肠的一条退化性中空管。
Appendix (in full vermiform appendix):Vestigial hollow tube attached to the cecum of the large intestine.
目的研究蚓激酶对实验动物(兔)的脑循环(脑血流量和脑血管阻力)的影响。
OBJECTIVE To study the effects of lumbrokinase on cerebral circulation (cerebral blood flow and cerebral vascular resistance) in experimental animal of rabbit.
目的:观察脑梗塞后组织水肿及物质能量代谢的动态变化,以及蚓激酶的作用。
Objective: To investigate the longitudinal changes of edema and substance and energy metabolism after cerebral infarction, and the effects of lumbrokinase.
酸蚀蚓孔扩展机理研究和考虑酸蚀蚓孔滤失的酸压计算模型研究则显得尤为重要。
Therefore, the acid wormhole propagation mechanism study and the novel calculation model for the acid leak-off in the acid fracturing is more important.
酸蚀蚓孔扩展机理研究和考虑酸蚀蚓孔滤失的酸压计算模型研究则显得尤为重要。
Therefore, the acid wormhole propagation mechanism study and the novel calculation model for the acid leak-off in the acid fracturing is more important.