In recently research , it had been used in many research fields such as molecular recognition , clinical diagnosis , molecular filming , surface property research , poison research and so forth 目前,压电传感器在分子识别、临床诊断、分子成膜过程、表面性质、毒理研究等领域中已得到较为广泛的应用。
Recently in october 2005 , the south china agricultural university reported their results of an animal toxicity study on oral ingestion of wild vegetables and raised safety concerns on the use of 二五年十月，华南农业大学发表了一份有关进食野菜的毒理研究报告，亦对“天绿香”的食用安全表示关注。
Abstract : on the basic of discussing the toxic principle , production mechanism and production means of toxic material - dioxine during waste incineration , an appropriate countermeasure is put forward according to engineering practices 文摘:重点探讨和论述了废弃物焚烧过程中极毒物质二恶英类的毒理，生成机构及生成途径，并从工程应用中提出了相应的对策。
Conclusion this is a serum - free culture system for developing a conjunctival epithelial explants with improved purify and proliferative , which are important for the basic research and tissue engineer of conjunctival epithelial cells 结论无血清培养系统的组织块培养法可为结膜上皮细胞的疾病、药理毒理研究及培养移植的结膜上皮细胞提供更为安全有效的细胞模型。
Based on the lexicological biochemistry and ultrastructure , effects of heavy mental on 5 . yangtsekiense had been studied in this paper by means of transmission electronmicroscope ( tem ) and polyacrylamide gel electrophoresis ( page ) 本实验采用了透射电子显微镜和聚丙烯酰胺凝胶电泳等方法，从超微结构和毒理生化两个方面研究了重金属镉、铅对长江华溪蟹主要组织器官的影响。
So understanding the interaction mechanism between phentolamine mesylate and hemoglobin has an important significance in illustrating transport and metabolize mechanism of drugs into the organism , toxicity and giving the relationship between the structure and the function of protein 因此，研究甲磺酸酚妥拉明与血红蛋白的相互作用机理有助于阐明药物在生物体内的运输和代谢机制、药物的毒理机制，以及了解蛋白质的结构与功能关系都具有非常重要的意义。
Study of the degrading bacteria diversity in polluted environment can understand better the mechanism of bacteria adapted to the polluted environment . it provides a better insight into the environmental toxicology , bioavailability of the pollutant and the bioremediation potential of the polluted environment 研究有机磷农药污染环境中有机磷农药降解菌的多样性，对于了解有机磷农药的环境毒理、生物可降解性以及污染环境的修复潜力具有重要参考价值。
My major research interests are the pharmacological and toxic effects of clinical and chinese medicines on the steroidogenesis in cells of adrenal cortex and gonads , the effects of clinical and chinese medicines on the proliferation and cell cycles in human prostate cancer cells , and the hormonal regulation of gastric emptying and intestinal transit in rats 临床药学及中药对肾上腺皮质及性腺类固醇激素合成分泌之药理及毒理效应， 2临床药物及中药对人前列腺癌细胞增生及细胞周期之效应，
But such research on virus is still falling behind relatively . in order to probe the malignancy of virus and its toxicology to cell and tissue , to analyze the function of main structural genes of viral genome in pathogencity and immune , to manufacture drugs , which prevent the virus with bacteria and to effective vaccine , genome must be analyzed 而对病毒这方面的研究相对滞后，为了探讨病毒对细胞、组织的毒性作用及其毒理，分析病毒基因组中主要结构基因在致病和免疫中的功能，研制阻断病毒与细胞融合的药物及其有效的疫苗，为其防制提供全新的思路，就必须以基因组的分析为基础。
The biological characteristics and toxicity of russula subnigricans hongo was studied for the first time from ecology and morphologic characteristics and histology , the orthogonal experiment of the optimum culture condition , the analysis of components , apoptosis of the cells from little white rat liver and kidney induced by extract of russula subnigricans hongo , to the histopathologic changes observation of little white rat liver and kidney through ecological observation , light microscopy and scanning electron microscopy , reversed - phase high performance liquid chromatography , agarose gel electrophoresis , transmission electron micioscopy . the result showed as below : based on ecological observation of russula subnigricans hongo , its ecological environment was investigated in order to simulate its ecological environment when they are cultivated 利用菌种分离技术、光镜技术、电镜技术、高效液相色谱技术、毒理实验技术、电泳方法等对亚稀褶黑菇( russulasubnigricanshongo )的生物学特性和毒性机理进行了研究，主要包括以下内容：亚稀褶黑菇的生态学和组织学研究、菌种分离培养、扫描电镜观察、成分分析、粗毒液诱导小自鼠肝肾细胞凋亡，小白鼠中毒后肝肾细胞透射电镜观察，研究结果如下： 1
