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forming cells
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  形成细胞
     As vast majority (88.55±2.5%) of T lymphocytes (E rosette forming cells) tested were ANAE~+, the positive correlation (r=0.82, p<0.0005) in rate of E rosette formation (65.1±4.4%) and lymphocyte ANAE~+ (65.3±4.5%) is quite obvious.
     结果证明绝大多数(88.55±2.5%)T细胞(E花环形成细胞)ANAE阳性,E花环形成率(65.1±4.4%)与淋巴细胞ANAE阳性率(65.3±4.5%)呈明显正相关(γ=0.82,P<0.0005).
短句来源
     In T-cell clone,the percentages of E-rosette forming cells 90.9%,OKT-4 cells and OKT-8 ceils were 51.3% and 44.1%,respectively;
     在 T 克隆中,E-玫瑰花结形成细胞数为90.9%,OKT-4阳性率51.3%,OKT-8为44.1%,OKT-4:OKT-8之比为1.2:1。
短句来源
     Transduction efficiency (20.5%) in the presence of bone marrow stromal cells plus cytokines(SCF+FL+IL 3) was higher than that (15.2%) without stromal cells, and the number of drug resistant colony forming cells was more in the former than in the latter.
     骨髓基质细胞 +细胞因子 (SCF +FL +IL 3)支持的基因转导效率 (2 0 .5 % )又高于单纯用该组细胞因子的转导效率 (15 .2 % ) ,并且前者形成的抗性集落形成细胞数多于后者。
短句来源
     Plaque forming cells (PFC) were studied in spleen of mice immunized with sheep red blood cells (SRBC) after X-irradiation with doses of 0.25, 0.50, 1.0,2.0,3.0 and 4.0Gy.
     本实验观察了0. 25、0. 5、1. 0、2. 0、3. 0和4. 0Gy全身照射后3至6 h羊红细胞(SRBC)免疫对小鼠脾脏抗体形成细胞(PFC)的影响。
短句来源
     At the dosages of 7. 5-15ml/kg or 5-20ml/kg(po qd×10),SDM also enhanced the formation of antibody forming cells and increased the value of HC50 significantly.
     7.5,15ml/kg或5,10,20ml/kg po·qd×10均可以明显增加抗体形成细胞数; 并提高小鼠血清中溶血素水平。
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  “forming cells”译为未确定词的双语例句
     Mutation frequency in 106 colony forming cells was increased from 20.4 ± 6.7 at 20 mJ/cm2 to 97.7 ± 7.1 under 60 mJ/cm2 of UVB irradiation. The expression level of ATP mRNA was down-regulated after UV irradiation.
     在每106个突变克隆细胞中突变频率由20mJ/cm2的(20.4±6.7)个增加到60mJ/cm2的(97.7±7.1)个。
短句来源
     The order of the sensitivity of these colony forming cells from high to low was CFU L,CFU GM,CFU Blast and CFU F(P<0.01).
     它们对各种集落形成细胞的杀伤力从大到小依次为CFU-L、CFU-GM、CFU-Blast和CFU-F(P<0.01)。
短句来源
     The numbers of antibody forming cells were increased by PL treatment at doses of 2.0 g·kg~(-1) and 1.0 g·kg~(-1)(P<0.05,P<0.001),the difference was significant compared with control group(P<0.05).
     抗体生成细胞实验结果显示,PL 2.0及1.0 g. kg-1剂量组A值高于对照组,说明其溶血红细胞释放血红蛋白量多于对照组,其抗体生成细胞溶解绵羊红细胞能力强于对照组(P<0.05,P<0.001);
短句来源
     The Observation on the Enhanced Effect of Mycobacterial Polysaccharides (MPS)on Anti-SRbc Antibody Forming Cells in Mice
     分枝杆菌多糖(MPS)对小鼠抗SRbc抗体生成细胞增强作用的观察
短句来源
     RESULTS: The mesenchymal stem cells and cytokines co-culture systems significantly enhanced the expansion of the cord blood cells with the increase of the total number of nucleated cells by 114.2±2.4-fold, colony forming cells by 40.5±8.6-fold and CD34 + cells by 11.3±0.4-fold, respectively.
     结果 :MSCS 联合细胞因子组较其他组培养体系对有核细胞总数、CFCs含量及CD34+ 细胞含量均具有明显的扩增作用 ,分别扩增了 114 .2± 2 .4 ,4 0 .5± 8.6 ,11.3± 0 .4倍 .
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  相似匹配句对
     U cells.
     Li/TK细胞3d,即可将其杀死.
短句来源
     STUDIES ON THE HETEROGENITY OF SPLEEN COLONY FORMING CELLS
     脾结节生成细胞群的不均一性研究
短句来源
     The study on the effect of poria cocos on the antibody-forming cells
     茯苓对小鼠抗体生成细胞作用的初步研究
短句来源
     The whole cells of R.
     直接将霉菌R.
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     forming works;
     形成作品;
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  forming cells
coli cells with the constructs containing SP was accompanied by the disruption of the forming cells.
      
Over the studied period of time, Renobacter vacuolatum cells retained viability at a low temperature, whereas, at room temperature, the titer of colony-forming cells decreased by two orders of magnitude under starvation stress.
      
The GA glycopeptide with three residues of Glu(OH)-OMe at a dose of 2 mg/kg stimulated the production of antibody-forming cells in mouse spleen in comparison with the control.
      
The removal of brain in utero by decapitation of 18-day fetuses induced a fourfold increase in the number of antibody-forming cells in the liver, as compared to the unoperated fetuses.
      
After the removal of the forebrain, including hypothalamus (encephalectomy), the number of antibody-forming cells was comparable to that in unoperated fetuses.
      
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The paper describes the experimental results in the following three aspects. 1. The structure of pistil and ovule: The pistil of Hevea consists of three carpels. The transmitting tissue in style can be seen clearly. The ovary is made up of three chambers, each containing only one anatropous ovule. There is an obturator covering the microphyle. The ovule is crassinucellate because the nucellus, with an obvious necellar beak, is massive. The embryo sac is com- posed of eight cells. 2. The development and...

The paper describes the experimental results in the following three aspects. 1. The structure of pistil and ovule: The pistil of Hevea consists of three carpels. The transmitting tissue in style can be seen clearly. The ovary is made up of three chambers, each containing only one anatropous ovule. There is an obturator covering the microphyle. The ovule is crassinucellate because the nucellus, with an obvious necellar beak, is massive. The embryo sac is com- posed of eight cells. 2. The development and deterioration of endosperm and the formation of prosembryum: The mitosis of the primary endosperm nucleus takes place for the first time 24 hours after pollination, but the division of the cytoplasm does not occur. The free nuclei surrounding the embryo begin to form cell walls 60-65 days after pollination, and all of them become endosperm cells 70 days after pollination. The nutrients of endosperm cells are gradually absorb- ed by the developing embryo and nucellus and, as a result, the cells are red- uced to nothing but a thin layer of dead tissue surrounding the whole embryo. However, the nucellus becomes thicker and thicker and eventually constitutes the major portion of the mature seed and forms the permanent food storing tissue called prosembryum. 3. The development of embryo: The transverse mitosis of zygote occurs about 40 days after pollination. Later the apical cell undergoes longitudinal divisions. Then follows a series of diagonal divisions resulting in the forma- tion of a young embryo possessing the embryo bud initial cells. With the devel- opment of the apical cell,the basal cell undergoes transverse division to form two cells: the upper one forms the single cell suspensor; the lower one Will form the root cap. The development of the embryo in Hevea is of the crucifer type.

本文分三方面叙述。 1.雌蕊及胚珠的构造:巴西橡胶花的雌蕊由三心皮构成。花柱中的诱导组织明显。子房三室,每室仅有一枚倒生胚珠。珠孔上方罩有一帽状珠孔塞。珠心发达,属厚珠心型,有明显的珠心喙。胚囊由8个细胞组成。 2.胚乳的发育、消退和外胚乳的形成过程:初生胚乳核在授粉后24小时开始进行第一次有丝分裂,授粉后60—65天珠孔端的游离核开始产生细胞壁,到授粉后70天左右,全部的游离核都形成了胚乳细胞。以后胚乳细胞的养分逐渐被发育中的幼胚和珠心所吸收,最后只剩下极薄的一层。而珠心组织则一天天增厚,其细胞体积也一天天增大,最后成为种子的永久性的营业养组织即外胚乳。 3.胚的发育过程:合子横分裂是在授粉后40天左右。接着顶细胞进行纵裂,随后胚体细胞以对角线的方式进行分裂产生一个具胚芽原的幼胚。随着顶细胞的发育,基细胞也进行横分裂产生上下两个细胞,上方一个体积略为增大而形成胚柄;下方一个将来发育成根冠。因此巴西橡胶树的胚属十字花型。

The Observations of fracture features and fine Structures of a dual phase steel have been investigated. SEM was used to observe the crack initiation and Propagagation and fracture modes were obtained. Repeated etching and polishing method was used to prepare metallographic Specimens. When TEM was used to examine the fine structure of dual phase steels, double jets electrolytic thining, combined with ion beam thining technique must be used to prepare the foils. The results indicate that substructures in martensitic...

The Observations of fracture features and fine Structures of a dual phase steel have been investigated. SEM was used to observe the crack initiation and Propagagation and fracture modes were obtained. Repeated etching and polishing method was used to prepare metallographic Specimens. When TEM was used to examine the fine structure of dual phase steels, double jets electrolytic thining, combined with ion beam thining technique must be used to prepare the foils. The results indicate that substructures in martensitic island depend on the intercritical annealing temperature. For Lower intercritical annealing temperatures the substructure in islands is basically twin martensite but seems to be rather diffrent from that of conventionally quenched steel containing same carbon content. Increasing the intercritical annealing temperaure increases the amount of lath martensite. In ferrite, the density of dislocations induced by martensitic transformation is rather high.Sometimes, the dislocations form cell-structure.

本文对双相钢的断裂特征和精细结构进行了研究。采用反复腐蚀抛光法制样,用扫描电镜观察了双相钢的解理断裂的开裂相和裂纹扩展途径,并得出了双相钢的断裂模式。用双喷射加离子清洗减薄制膜,在透射电镜下观察了马氏体岛和铁素体的精细结构。结果指出:马氏体岛的精细结构与临界间退火温度有关,较低的临界间退火温度,马氏体岛的亚结构以孪晶马氏体为主,不过这种孪晶马氏体的组态在同样含碳量的淬火钢中比较少见。临界间退火温度升高,板条马氏体量增多;在铁素体中有马氏体相变诱发的高密度位错,有时还形成胞状结构。

1. The embryo-sac of Avena sativa is eight nuclei type. The double fertilization is the premitotc type. 2. The endosperm development of Avena sativa conforms to the nuclear type. At the micropylar end the endosperm protrudes into the nuceller tissue to form a sort of multinuclear tube-like (tubular) haustorium. 3. The developmental process of the embryo and the endosperm are as follows: (1). Pro-embryo stage (one and half days to 5 or 6 days after anthesis): The first cell division of the fertilized...

1. The embryo-sac of Avena sativa is eight nuclei type. The double fertilization is the premitotc type. 2. The endosperm development of Avena sativa conforms to the nuclear type. At the micropylar end the endosperm protrudes into the nuceller tissue to form a sort of multinuclear tube-like (tubular) haustorium. 3. The developmental process of the embryo and the endosperm are as follows: (1). Pro-embryo stage (one and half days to 5 or 6 days after anthesis): The first cell division of the fertilized egg is transversal and cell division of apical cell is in the longitutinal way. At that time, the caryopsis is in the early development stage, and the endosperm is in the beginning of free nuclear stage, and 3 days after anthesis, the endosperm begin to form cell wall, the simple starch grains have appeared in their cells. The grains (caryopsis) begin to be in the milk. The suspersor of Avena sativa is not developed, and has disappeared at the multicellular proembryo stage. (2). Differential stage of embryo (5 or 6 days to 9 or 10 days after anthesis): The caryopsis is in the later stage of being in the milk. During this time, the endosperm cells have been completely formed, and in the cells the simple starch grains has aggregated and become the complex starch grains. The organs of embryo were formed succesively (scutellum… coleoptile, plumule)(3). coleorrhiza, ridicle epiblast Mature embryo stage(10 or 11 to 20 or 21 days after anthesis): The organs of embryo are differentiated and matured succesively. At that time thecaryopsis is in the mature stage. The endosperm cells are filled with the complex starch grains, and then the cell nucleus become deformed and swelling, at last degenerate.

1.皮燕麦(Avena sativa)的胚囊为八核型,其双受精属有丝分裂前类型。 2.皮燕麦为核型胚乳,珠孔端具多核管状吸器,深入珠心组织。 3.胚与胚乳的发育过程如下: (1) 原胚期(花后一天半至5或6天):受精卵第一次分裂为横分裂,顶细胞为纵分裂。时颖果处于发育早期,开始为游离核时期。花后三天,胚乳内开始形成细胞壁,并且细胞中呈现单淀扮粒,这时颖果开始灌浆。皮燕麦的原胚胚柄不发达,于多细胞愿胚时已退化。(2)胚器官分化期(花后5或6天至9或10天):颖果处于灌浆后期,胚乳细胞已全部形成,细胞内由单淀粉粒综合成复淀粉粒。胚的器官相继形成 (3)胚成熟期(花后10或11天至20或21天):胚各器官进一步分化和成熟。时颖果处于成熟阶段,胚乳细胞中已充满复淀粉粒。细胞核由变形,肿胀,最后解体。作者于1983和1985年在前人研究基础上对燕麦属中的裸燕麦(A.nuda)曾做过系统的胚眙学研究。本文在以上基础上对燕麦属的另一个种——皮燕麦的胚胎发育进行初步观察。目的在:①该种植物的胚胎发育前人并未做过,研究它为植物胚胎学贮存和累积新的信息。②农业育种上常采用皮、裸燕麦进行杂交,以改良品种。研究其胚胎发育过程可为农业...

1.皮燕麦(Avena sativa)的胚囊为八核型,其双受精属有丝分裂前类型。 2.皮燕麦为核型胚乳,珠孔端具多核管状吸器,深入珠心组织。 3.胚与胚乳的发育过程如下: (1) 原胚期(花后一天半至5或6天):受精卵第一次分裂为横分裂,顶细胞为纵分裂。时颖果处于发育早期,开始为游离核时期。花后三天,胚乳内开始形成细胞壁,并且细胞中呈现单淀扮粒,这时颖果开始灌浆。皮燕麦的原胚胚柄不发达,于多细胞愿胚时已退化。(2)胚器官分化期(花后5或6天至9或10天):颖果处于灌浆后期,胚乳细胞已全部形成,细胞内由单淀粉粒综合成复淀粉粒。胚的器官相继形成 (3)胚成熟期(花后10或11天至20或21天):胚各器官进一步分化和成熟。时颖果处于成熟阶段,胚乳细胞中已充满复淀粉粒。细胞核由变形,肿胀,最后解体。作者于1983和1985年在前人研究基础上对燕麦属中的裸燕麦(A.nuda)曾做过系统的胚眙学研究。本文在以上基础上对燕麦属的另一个种——皮燕麦的胚胎发育进行初步观察。目的在:①该种植物的胚胎发育前人并未做过,研究它为植物胚胎学贮存和累积新的信息。②农业育种上常采用皮、裸燕麦进行杂交,以改良品种。研究其胚胎发育过程可为农业育种工作者提供形态学指标。③以皮燕麦的胚胎发育过程与裸燕麦等禾本科其它种(水稻,小麦等)进行比较研究。

 
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