細聚焦 的英文怎麼說

中文拼音 [jiāo]
細聚焦 英文
fine focusing
  • : 形容詞1 (條狀物橫剖面小) thin; slender 2 (顆粒小) in small particles; fine 3 (音量小) thin ...
  • : 動詞(聚集; 聚積) assemble; gather; get together
  • : Ⅰ形容詞1 (物體受熱失去水分 呈現黃黑色並發硬、發脆) burnt; scorched; charred 2 (著急) worried;...
  • 聚焦 : [物理學] (使光或電子束等聚集於一點) focus; focusing; concentrate
  1. In particular, we will focus on the ability of cell fusion that is caused by viruses to induce chromosomal instability, a common affliction of cancer cells that has been thought to underlie the malignant properties of cancerous tumours

    特別是,我們將胞的融合能力,該能力由病毒引起來誘導染色體不穩定性,而不穩定性則是癌癥胞中常見的異常,其被認為癌癥惡性特徵的基礎。
  2. The fine focusing or accommodation of the human eye is a function performed by the crystalline lens.

    人眼的精細聚焦或調節的功能是由水晶體執行的。
  3. As for the sub - cellular locations of cortactin, laser confocal scanning microscope pictures shew that in cleavage stage, cortactin was distributed ubiquitously in the cytoplasm with the exception that in cells undertaking cytokinesis, positive stained signals were detected in the cleavage furrow

    在利用激光掃描共顯微鏡進行的皮層蛋白亞胞定位的觀察中發現,卵裂期,皮層蛋白在整個胞質中分佈,在正在進行胞質分裂的卵裂溝中染色較強。
  4. To investigate the consequence of this interaction, aes - rfp fusion protein expression vector was constructed and co - transfected into nih 3t3 cells with tle1 - gfp fusion protein expression vector. confocal microscopy observation showed that aes could interact with tle1 at the cytomembrane region. moreover, this interaction inhibited the concentration of tle1 into nucleus

    在構建了紅色熒光蛋白aes表達載體后,將其與tle綠色熒尤蛋白載體共轉染胞,共顯微鏡觀察發現這兩種分子在胞漿中有共存現象,而且aes的表達可抑制tlei向胞核內的積。
  5. Analysis of damage induced by fib irradiation in microprocess

    離子束在精加工中引起損傷的分析
  6. By its multi - solution idea, we can focalize discretionary detail of detection of cable - stayed bridge and process in time field and frequency field

    利用小波分析的多解析度分析思想,可以到信號的任意節進行時頻域處理,適合斜拉橋振動狀態的監測。
  7. Capillary isoelectric focusing cief

    管等電
  8. We used ba2 + ions which are permeant to ca2 + channels with lommol / l and 40mmol / l in the pipette and bath solutions ( see methods )

    激活了ca 『 」離子通道,並通過保衛胞質膜內向流人實現的。激光共顯微鏡技術研究了aba和h 。 o 。
  9. We used fission yeast schizosaccharomyces pombe ( s. pombe ), an unicellular eukaryotic organism, as research material. electroporation was adopted to load ca2 + fluorescent indicator into yeast cell and under the laser scanning confocal microscopy ( lscm ), we observed cytosolic ca2 + distribution and relative content as well as fluorescence intensity of gfp - cam in different phases of cell cycle of yeast cell. flow cytometry provided a way of determining the relative dna content of populations of fission yeast

    本文以單胞的真核模式生物裂殖酵母( schizosaccharomycespombe )為研究材料,通過激光掃描共顯微鏡觀察酵母胞胞質內游離ca ~ ( 2 + )的分佈及相對濃度,以及不同周期時相胞中gfp - cam的熒光強度變化,並採用胞流式法對酵母胞的相對dna含量進行測定以確定胞所處周期時相。
  10. By sds - page and immuno - blotting, we found that a monoclonal antibody of anti - chick brain cytoplasmic dynein intermediate chain antibody could react with cytoplasmic dynein intermediate chain - like protein at 67 kda in lily pollen. under confocal laser scanning microscopy after immunoflurescence labeling, we found that the dynein intermediate chain - like protein appeared punctated and was co - localization partly with microtubules in cytoplasm of lily pollen tube

    免疫熒光標記及激光共掃描顯微鏡觀察發現,類胞質力蛋白中間鏈在百合花粉管中存在於顆粒狀胞器上;免疫熒光雙標及激光共掃描顯微鏡觀察發現,百合花粉管中類胞質力蛋白中間鏈和微管存在部分共分佈。
  11. It also showed good cell affinity to the modified pdl - la scaffold investigated by scanning electronic microscopy ( sem ) and confocal laser scanning microscopy ( clsm ), comparing with the unmodified pdl - la scaffold

    掃描電鏡和激光共顯微鏡的測試結果顯示了軟骨胞在原浙江大學博士學位論文( 2003 )位自修飾的乳酸三維支架內部良好的粘附與生長情況。
  12. Chemotherapy use chemical drugs to treat tumor, it also bring harm to person ' s body. it is a new hotspot that using ultrasonic to treat tumor in the world recently. focusing ultrasonic on tumor, we can kill the malignant cells using the heat generated by ultrasonic without serious side effect like actinotheraphy or chemotherapy, so, it is new method with great hope

    將超聲波用於腫瘤治療是近年來各國研究的熱點,通過將超聲波到腫瘤組織上,利用其熱效應殺死腫瘤胞,不會給患者帶來生理痛苦,也不會像放療和化療那樣產生嚴重的副作用,因此是一種很有發展前途的新方法。
  13. The purposes of the present study were to investigate ( 1 ) the hemodynamic effects of agmatine in anaesthetized dahl salt - sensitive ( ds ) hypertensive and dahl salt - resistant ( dr ) rats ; ( 2 ) the effect of agmatine on vascular tension in the isolated aortic artery of rats and the underlying receptor mechanism ; ( 3 ) the effects of local injection of agmatine on femoral, renal, and mesenteric vascular beds by constant flow perfusion method ; ( 4 ) the effect of agmatine on l - type calcium current ( / ca - t ) in rat ventricular myocytes with whole - cell configuration of the patch - clamp technique ; ( 5 ) the effects of agmatine on free intracellular calcium concentration ( ca2 + d of isolated rat ventricular myocytes

    ( 3 )採用後肢、腎臟和腸系膜動脈在體恆流灌注法,觀察向灌流環路中直接注射胍丁胺的血管效應。 ( 4 )應用全胞膜片箝技術,觀察胍丁胺對大鼠心室肌胞l -型鈣通道電流( i _ ( ca - l ) )的影響。 ( 5 )用fluo3 - am負載分離的大鼠心室肌胞后,由激光共法測定單個心室肌胞[ ca ~ ( 2 + ) ] _ i的熒光強度,觀察胍丁胺對分離大鼠心室肌胞內游離鈣濃度( [ ca ~ ( 2 + ) ] _ i )的影響。
  14. 3. observe the binding of oligochitosan labeled with 2 - amac with macrophages under confocal laser microscope and analysis the fluorescence intensity by flow cytometer using the cell quest software

    在激光掃描共顯微鏡下觀察2 -氨基吖啶酮標記殼寡糖與巨噬胞的結合,用流式胞儀分析熒光強度。
  15. After treatment with bfa, immunoflurescence labeling and confocal laser scanning microscopy indicated that the cytoplasmic dynein intermediate chain - like protein in lily pollen tube was insensitive to bfa treating, but spectrin - like protein was sensitive to it under the same condition

    用bfa處理百合花粉管后,通過免疫熒光標記及激光共掃描顯微鏡觀察發現類胞質力蛋白中間鏈對bfa不敏感;同樣的處理發現類紅膜肽對bfa敏感。
  16. In this paper, wheat cultivars lovrin 10 ( resistant ) and 5389 ( susceptible ) were selected as materials in this system. the mesophyll protoplasts of wheats ( mpw ) were isolated using cellulase and pectolase digestion. by the indirect immune fluorescent labeling, microtubules ( mts ) pattern in mpw were showed clearly under the confocal laser scanning microscope ( clsm )

    本試驗以抗(洛夫林10 ) 、感( 5389 )不同的兩小麥( triticumaestivuml . )品種為材料,採用酶解法制備小麥葉肉原生質體,利用間接免疫熒光方法結合激光共掃描顯微技術對小麥葉肉胞原生質體的微管骨架進行了清晰的標記,並探索了微管骨架標記的影響因素。
  17. At that time, cytosolic fluorescence intensity decreased to normal level, which shows that most of cells get through the gl / s point and enter the log phase. when cultured in medium that neucl was omitted, most of the cells were synchronized at gl stage of cell cycle. with flow cytometry, we found that cytosolic cam content of gl cells was higher than that of normal cells at log stage

    在激光掃描共顯微鏡下觀察不同周期時相裂殖酵母胞中cam的濃度及分佈變化,結果表明,分裂期胞總體熒光強度強于間期胞;而對同一胞內熒光強度的分析說明,間期胞的熒光主要分佈於胞質中,胞核內則分佈較少;而正在進行有絲分裂的胞內熒光主要集中於赤道板處;剛完成有絲分裂的胞內熒光則相對集中於兩端或其中的一端。
  18. The lung tissue for immunohistochemitry and laser scanning confocal microscopy were fixed and embedded. the morphological alteration of pulmonary neuroendocrine cells which stain for calcitonin gene - related peptide ( cgrp ), serotonin ( s - ht ) and luteinizing hormone ( lh ) were studied. the results of these were dealed with computer image analysis and statistical treatment

    肺組織取材后經固定、梯度酒精脫水、包埋、連續切片后,應用免疫組織化學方法、透射電鏡及激光掃描共技術觀察了降鈣素基因相關肽( cgrp ) 、五羥色胺( 5 - ht ) 、黃體生成素( lh )陽性胞的隨齡變化,並對實驗結果進行了計算機圖像分析和統計學處理。
  19. So, in the process of laser powder rapid micro - fabrication, to gain the fine light solidification unit, mainly should adopt two following aspects : 1. using the laser that has the mini - focus spot. usually select the doubling frequency laser or fiber laser

    要想獲得小的光固化單元,對于激光粉末快速微成形工藝而言,主要從下面兩個方面入手: 1 .使用光斑直徑小的激光器2 .選擇粉末顆粒直徑小的金屬粉末作為激光粉末快速微成型固化材料為了解決精細聚焦問題,我們採用nd : yag倍頻的方法獲得短波長激光器。
  20. Based on the theory of laminated object manufacturing, the technology can directly produce three - dimension miniature structure by melting nano - phased powder with fine focus. in the process of micromachines, an important technological quota is the distinguishability. in the microscopic process of rapid fabrication, the distinguishability including the scanning distinguishability and the fabrication distinguishability

    該技術將選區激光燒結快速成型技術與納米科學技術、激光技術、計算機控制技術結合起來,應用分層製造思想,以更精細聚焦的激光熔燒微、納米粉粉末直接成形三維微結構。在微機械加工中,一個重要技術指標是解析度,在快速成型微加工中,把解析度區分為掃描解析度以及成型解析度。
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