yeast cell造句

• The vacuoles of yeast cells represents persistent organelles .
  酵母细胞的液泡是永久性的细胞器。
• Research report on technology of yeast cell disruption
  酵母细胞破碎技术的研究
• Display of the envelope protein of d2 - 43 on yeast cells surface
  蛋白在酵母细胞表面的展示
• Synthesis of sio2 nanostructured materials by yeast cell as templates
  2纳米结构材料的合成
• Yeast cell activation method of hemaimmune reaction road map experimental system
  血液免疫反应路线图实验系统酵母多糖激活法
• Glutathione biosynthesis by the immobilized yeast cell with - carrgeenin - konjac flour
  卡拉胶与魔芋粉混合载体固定酵母细胞生物合成谷胱甘肽
• Study on the estrogenic activities of ddt pesticides based on the gene recombinant yeast cell
  结论嘉陵江水中有机污染物可诱导大鼠肝细胞芳烃受体
• In the yeast cell , a bulbous projection , the bud , appears at one portion of the cell wall
  在酵母细胞中球茎状的突出物- -芽体出现在一部分细胞壁的上面。
• This model organism can be as simple as a yeast cell or as complex as a nematode worm ， fruitfly ， or even a mouse
  这一生物模型可以是简单的酵母细胞或复杂的线虫甚至老鼠。
• The result shows that mms can induce dna - damage of yeast cells and the situation of dna - damage aggravated with increase of mms concentration
  结果显示mms能够引起酵母细胞dna的损伤，并且随着mms浓度的增加dna损伤程度加重， 0 . 5 %琼脂糖凝胶电泳及eb染色显示1 ~ 。
• 2 ) the growth curves for different cells show that overexpression of gpil7p has no lethal effect on the yeast cells and only that of the dominant negative mutants can cause cells not grow
  2 )生长曲线的测定表明，过表达gpi17p对正常酵母细胞不致死，而只有显性负性突变体的过表达才会导致酵母细胞不能生长。
• Protein and nucleic acid in yeast cells were degraded , then the product was refined into nutritional seasoning , which was in step with current tide of nutrition and nature
  摘要酵母抽提物亦称酵母味素，是将酵母细胞内蛋白质、核酸等进行生物降解，经加工而成的营养型天然调味料，符合目前“天然、营养、回归自然”之潮流。
• The article mainly studied and analyzed the chemical structure and conponents of yeast , pointed out that the way that yeast autolysis combined together with both breaking - wall in temperature difference and high - pressure homogenization can be used to promot the inside things from waste yeast cell and enhance the extract rate , thus searched for the technology in higher extraction rate
  摘要主要研究分析了酵母化学结构与组成，提出了酵母自溶、温差破壁、高压均浆三者相结合的方法来促进酵母内容物溶出提高抽提率，探索抽提率比较高的工艺流程。
• High concentration of tfp can enter yeast cells and combine to cam to make it inactive , which is the reason that tfp restrain the growth of yeast cells . 5mmol / l egta could completely arrest the cell proliferation of mfp7 after 28h , when the fluorescence intensity in cells was obviously increased with flow cytometry and lscm
  被较高浓度tfp处理过的mfp7胞内荧光强度则相对较弱，推测是因为tfp进入胞内与cam结合从而使其失活，这也是高浓度tfp抑制酵母细胞增殖的原因。
• Different strains of yeast were separated from the vary origin distiller ' s yeast , the cellular forms , cellular size , fermenting power , yeast cells suspended number , total sugar , alcohol degrees , cohesion , lethal temperature and alcohol tolerance among the strains were compared
  摘要随机分离黄酒生产用酒饼中的酵母菌菌株，比较不同来源的酵母菌细胞形态、细胞大小、发酵力、酵母悬浮细胞数、总降糖、酒精度、凝聚力、致死温度和耐酒精度，研究黄酒生产中酵母菌的发酵性能。
• In order to study the mechanism of the effect of low concentration tfp on the proliferation of s . pombe , we watch yeast cells loaded with fluo - 3 under laser scanning confocal microscope ( lscm ) . the fluorescence intensity reflected the cytosolic free calcium concentration . the result showed that , the cytosolic free ca2 + concentration in s . pombe cultured in ca2 + - free medium was 2 ~ 3 times lower than that in s . pombe cultured in medium containing 10umol / l ca24 , while ca2 + concentration in s . pombe treated with 50umol / l tfp was 4 - 5 times higher
  本文发现增加胞外钙浓度以及低浓度( 20 100 mol l )三氟拉嗪( tfp )不但能促进野生型s . pombe细胞的增殖，而且对mfp7菌株也有同样的效应，这说明胞外ca ~ ( 2 + )和低浓度tfp对不同遗传型裂殖酵母细胞的增殖均有促进作用。
• Multistage fluidized - bed bioreactor with external circulation has been in use in the production of fuel alcohol by immobilized yeast cells technique . as a new - style reactor . it has the advantage of high conversion , complete reaction and little damage to immobilized yeast cells . flow properties is the foundation of reactor ' s physical transmission process . and it is the key factor of deciding whether the auxiliary material conversion is high or low . at present , the study on flow properties of multistage fluidized - bed bioreactor with external circulation at a pilot scale is rarely reported
  多级外循环流化床生物反应器作为一种新型生物反应器，由于具有转化率高、反应彻底、对颗粒损伤少等优点在固定化细胞制取燃料酒精技术上得到应用。但是，国内关于中试规模多级外循环流化床反应器流动特性的研究还很少，而流动特性是反应器物理传递过程的基础，是研究物料在反应器中转化率高低的重要因素，因此，弄清楚外循环流化床反应器的流动特性是非常重要的。
• In our work , different hbv pres gene fragments were amplified by pcr , cloned into pgbkt ? vector in yeast two - hybrid system 3 , and then transformed ah 109 yeast cells . the results showed that these pres expression products were nontoxic to yeast cells , but all self - activated the yeast two - hybrid system
  本研究将hbv前s区不同片断进行扩增，克隆入酵母双杂交系统3中的pgbkt7载体，转化酵母细胞ah109 ,经检测，证实了hbv前s区不同片断对酵母细胞无毒性作用，但是都存在自激活作用。