结论：该属的内部分泌结构和解剖特征可以作为这20种药用植物的显微鉴别指标。
Conclusion: the secretory structures may be as anatomical evidences for the morphological and histological identification of 20 medicinal species in Hypericum.
因此近年来对该属植物的分泌结构、具药理作用的化学成分、快速繁殖以及分子水平的研究越来越多。
And then there have been more and more researches about secretory structure, pharmacological compounds, and fast propagation of Hypericum l. on molecular level.
因此近年来对该属植物的分泌结构、具药理作用的化学成分、快速繁殖以及分子水平的研究越来越多。
And then there have been more and more researches about secretory structure, pharmacological compounds, and fast propagation of Hypericum l.
结果存在分泌细胞团和分泌囊（道）二类形态结构特点不同的分泌结构，草本植物中两者都有，而木本植物中只有分泌囊（道）。
Results There are secretory nodule and secretory cavity(canal), two secretory structures different in the character of morphology, in herbs, but there is only secretory cavity(canal)in xylophyta.
采取这种方式生长，平滑肌可分泌胶原，一种结构蛋白，是人体中除其它几种物质外组成血管壁的重要成分。
Grown this way, smooth muscle secretes collagen, a structural protein that is, among several other things in the body, an important component of the walls of blood vessels.
人类的基因中，也有一个曾用来分泌帮助维生素C代谢的消化酶的结构（L-gulonolactoneoxidase）。
Humans have structures in their genetic make-up that were once used to produces enzymes to process vitamin C (it is called L-gulonolactone oxidase).
到目前为止，他们刚刚对200种青蛙的皮肤分泌物进行了提纯并确定化学结构，因此还有一个大量的抗生素的宝藏有待发掘。
So far, they have purified and determined the chemical structure of barely 200, leaving a potential bonanza of antibiotic substances awaiting discovery.
它们能扰乱内分泌系统的功能，直接阻断或通过与内分泌激素相似的结构竞争性地抑制了其正常生理功能。
They're endocrine disrupters, which means they block or mimic hormones, affecting the body's normal functions.
它们能扰乱内分泌系统的功能，直接阻断或通过与内分泌激素相似的结构竞争性地抑制了其正常生理功能。
They’re endocrine disrupters, which means they block or mimic hormones, affecting the body’s normal functions.
鉴别要点是特殊分泌颗粒、细胞膜特化结构及胞质内细胞器和细胞其他结构。
Changes of the fine structures of tumor cells including special intracellular secretory granules, cell membrane and certain cell organelles.
氯通道对许多上皮组织的分泌作用很重要，但其结构和机制尚了解甚少。
Chloride channels are crucial for secretion in many epithelial tissues, but little has been known about their structures and mechanisms.
珊瑚图片。这像岩石的结构制造珊瑚礁是实际上建立在钙的分泌由珊瑚虫。
The rocky structure that make up coral reefs are actually a build-up of calcium secreted by coral polyps.
I型胶原抗原性低，具有为细胞移行、增殖和分泌提供支架结构的特殊功能。
BACKGROUND Collagen type I possesses low antigenicity and provides special functions of scaffold structure for cell migration proliferation and secretion.
型胶原抗原性低，具有为细胞移行、增殖和分泌提供支架结构的特殊功能。
BACKGROUND Collagen type I possesses low antigenicity and provides special functions of scaffold structure for cell migration proliferation and secretion.
一种是在柱状上皮细胞组成的外分泌腺有大量淋巴细胞浸润，往往形成淋巴滤泡样结构。
One is composed of columnar epithelial cells Waibanbixian a large number of lymphocytic infiltration, often the lymphoid follicles-like structure.
结论：糖心康不仅能修复胰岛细胞结构，而且能纠正胰岛细胞分泌功能紊乱。
Conclusions: the results above display that Tangxinkang can repair the structure of islet cell and retrieve functional disorder of cell secretion.
摘要利用石蜡切片和薄切片方法对芸香科14属23种和1变种植物幼茎中分泌囊的分布和结构进行了比较研究。
Comparative observations were made on the morphology and anatomy of secretory cavities in stems of14genera 23species and one varieties by paraffin and thin section method.
由于其结构的改变，还可以使患者自身的胰岛素分泌增加。
Because of the change of its molecular structure, the patients' endogenous insulin secretion also can be increased.
利用整体透明、石腊和薄切片方法对芸香科22属，40种和2变种植物叶分泌囊的形态结构和分布进行了比较研究。
Comparative observations were made on the morphology and anatomy of secretory cavities in leaves of 22 genera, 40 species and two varieties by the whole mounting, paraffin and thin section method.
在双核吸器形成过程中，寄主细胞可分泌胼胝质和产生与侵染有关的管状结构。
During formation of the dikaryotic haustorium there were collars formed around the neckand tubles in cytoplasm in host cell.
茎尖和胚的腺毛还具有分泌细胞的结构特征。
And the hair cells on the shoot tip and the embryo had the structural features secretory cells had.
XOR作为乳脂肪球膜的膜结合蛋白，在脂肪滴的包裹和分泌中起到重要的结构作用，并且在肠道能够起到一定的抗菌作用。
As a membrane-associated protein, XOR plays structural role in the wrapping and secretion of fat globelet, and has antimicrobial function.
静态培养组支架结构尚存在，有少量基质分泌。
In the static culture group, there were scaffold structure and a little matrix.
近年来，随着对脾脏组织结构、细胞功能、分泌功能和神经支配的深入研究，对于脾脏的功能有了更深层次的认识。
A better understanding of the function of spleen has been gained recently, owing to the indepth studies on the structure, cellular function, secretion and innervation of spleen.
用光学显微镜和电子显微镜研究了西瓜柱头结构、ATP酶活性和分泌活动。
Stigma structure and its ATPase activity and secretion in watermelon(Citrullus lanatus)were characterized using light and transmission electron microscopes.
超显微结构分析显示肿瘤内，分泌作用的增加可能与脑瘤周围水肿的发生有关。
The ultrastructural features showed some relationship between increased secretory activity and the extent of peritumoral edema.
峡部的输卵管腺与其他部位的输卵管腺在形态结构和分泌方式上明显不同。
The morphological structure and secrete mode of oviducal glands in isthmus was different with others places in the oviduct.
在光学显微镜和电子显微镜下对银杏叶片分泌腔的发生发育进程、超微结构特征及与分泌物积累的关系进行了系统研究。
The origin, development and the ultrastructure of secretory cavities in leaf of Ginkgo biloba and its relation to the secretory products were studied under light and electron microscopes.
它们可作为再生组织中的结构性成分，并分泌包括细胞因子在内的细胞生成因子或凋亡因子。
The recruited cells contribute to myocardial regeneration both as a structural component of the regenerating tissue and by secreting angiogenic or antiapoptotic factors, including cytokines.
结论细胞间池-血管周隙-囊上皮孔，构成了神经垂体分泌物释放入脑脊液主渠道的结构基础。
Conclusion Intercellular cistern, perivascular space and epithelial openings consist of the structural foundation of the chief channel for secretions of neurohypophysis releasing into CSF.
应用推荐