salivary造句

• Unlike other methods , which lack penetrating power and can damage the specimen , mpm delivers crisp , clear images , even in thicker tissue samples like drosophila salivary glands
  其它方法缺乏穿透力，并且会损害标本， mpm不同，它可以呈现出锐利清晰的图像，即使像果蝇唾液腺组织这样较薄的标本也是这样。
• In addition to the digestive tract , the digestive system contains certain accessory organs which secret chemicals that aid in digestion : the salivary glands in the mouth and the liver and pancreas in the abdomen
  除消化道外，消化系统还包括一些可分泌出化学物质以促进消化的附属器官：如口腔的唾液腺以及腹部的肝和胰。
• Outwardly , demonization is a " salivary war " in ideology conflict of the east and the west , also a " pendulum war " during the period of america rediplomacy . in substance , it is an up - to - date smokingless profit war
  妖魔化现象表面看，是一场东西方意识形态领域的“唾液战” ，是美国外交调整期的“钟摆战” ，其实质应是一场新的没有销烟炮火的利益战。
• A minority of children may develop rash lasting for one to two days . transient swelling of lymph glands or salivary glands may occur in unusual cases . as a matter of fact , the vaccine can very rarely give rise to serious adverse effects
  小部份儿童的身体可能出现红疹，但在一至两日后会消失。极少数的儿童可能产生短暂性的腮腺或淋巴腺肿胀。此疫苗甚少会产生严重的不良反应。
• Objective as one of salivary glands , submandibulary gland plays an important role not only in the physiological process , but also in the pathological research . now more and more researchers are interested in its theraputiz value of treatment
  实验目的颌下腺( submandibulargland ， smg )作为人体三大唾液腺之一，不仅在人体的正常生理活动中发挥着不可缺少的作用，而且在疾病研究方面具有重要的价值。
• A series of experiments were conducted on the salivary gland of female haemaphysalis longicornis neumann , including salivary gland structure , protein concentration and components , na k - atpase activity , as well as their variation during different developmental stages , especially the effects of juvenile hormone analogue farnesol on the structure and secretion of salivary glands , by scanning electron microscope ( sem ) , bradford method , sds - page , enzyme microanalysis , topical application etc . the present research will provide foundation for deeply investigations on the important organs in the future
  本文以广泛分布于我国的长角血蜱haemaphysalislongicornisneumann为研究对象，利用电镜技术、 bradford法、 sds ? page和na ~ - 、 k ~ - - atpase活性微量检测法等现代生物学技术对其唾液腺结构、蛋白含量和成分、 na ~ - 、 k ~ - ? atpase活性及其动态变化，特别是保幼激素类似物法尼醇对唾液腺结构与分泌活性的影响进行了较系统地研究，为深入开展蜱类唾液腺研究提供依据。