microgel 中文意思是什麼

Dna damages caused by so2 and lead acetate were studied with the single cell microgel electrophoresis technique ( or comet assay ) in order to confirm the damaging degree of lead ( as an important component of atmosphere particle matter ) on dna from male mice exposed to so2. the migrating distances of dna of brain, lung, spleen and kidney cells of mice increased significantly, compared to the control group under conditions of single and combined poisoning of so2 ( 42mg / m3 ) and lead acetate ( 0. 2 % ), and lead could strengthen dna damage degree by so2 in nuclear dna of brain, kidney, spleen cells. damaging degree of so2 on nuclear dna of lung cell of mice was more severe than that of lead

為了明確大氣顆粒物中的重要組分? ?鉛在二氧化硫所致dna損傷中的作用程度，利用單細胞凝膠電泳技術（ singlecellgelelectrophoresis ， scge ，或稱彗星實驗， cometassay ）研究了鉛與二氧化硫的聯合污染，結果表明在42mg m ~ 3so _ 2和0 . 2醋酸摘要一abstract鉛單獨及聯合染毒條件下，小鼠腦、肺、腎、脾細胞dna遷移距離均比對照顯著增加;鉛加劇了50 :對腦、腎、脾細胞核dna的損傷程度; 50 :對肺細胞核dna的損傷程度要比鉛的損傷大，小鼠肺細胞核dna遷移距離在50 :和醋酸鉛聯合作用組與醋酸鉛單獨作用組間有極顯著性差異（ p < 0 . 01 ） ，而與502單獨作用組間沒有顯著性差異。

It is found that starch microgel has microporous network structure and environmental responsiveness, moreover, its volume phase transition temperature ( tc ) is around 37, which are researched by the characterization of tem, dls, light refraction and other techniques. so, starch microgel with those advantages can be expected to use as a targeting drug carrier

藉助透射電鏡、動態光散射、光折射等技術的表徵，發現所制備的澱粉微凝膠具有微孔網路結構和環境敏感性，而且相體積轉變溫度（ t _ c ）約37 ，所制澱粉微凝膠的這些優越性可望作為靶向藥物載體。

It has been demonstrated that it is the microgel that guaranteed the homogeneous of the structure of the composite, the size and the morphology of the composite particles. the surface structure of the micro - particles can be adjusted by changing the preparing conditions. the composites may adopt hollow sphere structure, and the inner may lack of cds due to precipitation was started from the outer part of the microgels

實驗結果表明：高分子微凝膠的三維網路結構和所採用的制備方法確保了有機-無機復合材料復合的均勻性；微凝膠的模板作用使得復合材料呈球狀結構，微球的大小決定於模板的尺寸；微球的微納米結構可因微球的制備條件的不同（例如，改變連續相類型）而不同。

The microgel particles the research team have developed are like ' smart sponges ' when dispersed in water

微凝膠體研究小組已經研究出在水中分散的類似「漂亮的海綿」 。

The optimum preparation conditions and the predicted quantitative equation have been obtained, which can be used to prepare starch microgel with smaller size and narrower size distribution

進一步通過均勻設計逐步回歸法得到了制備平均粒徑較小、粒度分佈窄的澱粉微凝膠的優化工藝條件和預測定量方程。

In addition, the effects of intense shear forces of ultrasound make the surface of particles much more smooth. therefore, this uniform surface may be expected to provide an idea substrate for functional modification. ( 2 ) preparation and properties of pmaana / pbs composite particles the spherical pmaana / pbs composites with core - shell structures were prepared by polymeric microgel template method

在此基礎上，還對得到的pmaana cds有機無機復合微球進行超聲處理，結果發現，超聲所具有的強的剪切作用對微球的表面進行了類似「打磨」的處理，這種表面均勻的微球可為進一步的功能化提供合適均勻的基質。

In addition, the preparation of aqueous starch microgel with aqueous solution as reaction environment has been studied. the results show that the important factors affecting the formation of starch microgel are surfactant content, concentration of starch and conversion efficiency of cross - linking reaction

另外，本論文研究了用水溶液作為反應環境制備親水性澱粉微凝膠，研究得到表面活性劑含量、澱粉液濃度及交聯反應的轉化率是影響澱粉微凝膠形成的主要因素。