細胞競爭 的英文怎麼說

中文拼音 [xìbāojìngzhēng]
細胞競爭 英文
cell competition
  • 細 : 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 ...
  • 胞 : Ⅰ名詞1 （胞衣） afterbirth2 （同一個國家或民族的人） fellow countryman; compatriot Ⅱ形容詞（同胞...
  • 競 : 動詞（競爭; 競賽） compete; contest; vie Ⅱ形容詞[書面語] （強勁） strong; powerful
  • 爭 : Ⅰ動詞1 （力求得到或達到; 爭奪） contend; vie; compete; struggle for; strive 2 （爭執; 爭論） argu...
  • 細胞 : cell; sytes; bioplast; cella; [口語] gene; [生物學] cellule; cellule cellulli cellulo ; cello ; k...
  • 競爭 : compete; vie; contend
  1. T cell will be apopotosis, clone depletion and / or anergy, in turn inducing an antigen - specific tolerance. ctla4 ( cytotoxic t lymphocyte associated antigen 4 ), a prominent negative costimulator, can competitively bind with b7, and block b7 - cd28 pathway and t cell activation by producing inhibitory singals

    Ctla4 （ cytotoxictlymphocyteassociatedantigen4 ）作為一種主要的共刺激負調節劑，可競爭性結合b7分子，阻斷b7 - cd28途徑、並通過產生抑制性信號使t細胞活化障礙。
  2. Especially, apoptin is partially similar with ribonucleotide reductase, uridylate kinase and phosphotriesterase in the amino acid sequence. the similarity between them indicates that apoptin maybe takes part in the signal pathway of apoptosis with phosphotriesterase activity or operates on hnrna with ribonucleotide reductase or uridylate kinase activity

    凋亡素與它們的長序列相似性表明，它可能具有磷脂酶活性，在細胞信號通路中起作用；或者具有核糖核苦酸還原酶和尿苦酸激酶活性而對hnrna發揮作用；或者是與其中具有某種活性的蛋白質存在競爭性抑制作用。
  3. Our previous work has also shown that there is a cam - binding site within maize cytoplasmic hsp70 and that hsp70 binds cam in a ca2 + - dependent manner ( sun et al, 2000 ). the high conservation of cam - binding suquence implies that the binding of cam to hsp70 might have an important biological function

    先前我們在玉米中，通過體外結合和競爭抑制實驗證明了熱激蛋白家族中最重要的成員之一純化的細胞質hsp70能與cam結合，並且證明了玉米細胞質hsp70中存在一個非常保守的21個氨基酸組成的cam結合序列。
  4. They are positive regulating proteins and play a very important role in the development of neoplasma. cki are negative regulators taking part in cell cycle, which can directly or indirectly combine with the corresponding cdks to inhibit their activity. cyclin - cdk - cki constitutes a complex network regulating cell cycle

    細胞周期蛋白依賴性激酶抑制因子（ cyclindependentkinaseinhibitors ， cki ）可直接抑制相應的cdk活性或通過與cyclin競爭性結合cdk而起到抑制cyclin - cdk復合物的活性，從而作為負性調節因子參與細胞周期調控。
  5. By elisa analysis, inhibition of binding of clq with the c ! q receptors on u937 cells and competitive inhibition of binding of clq with aggregated immunoglobulin g b y selected phage clones, and dna sequencing, a number of similar, but not identical, sets of sequences of clq - binding clones were identified. the deduced amino acid sequences of selected 9 peptides are wyegpftlytwp, hwdpfslsayfp, ltqhnspffllp, tsnpfflwypqp, qtpfqlw, npfnwts, spfxlts, fltwldp and fstflyp. they show significant efficiency to inhibit the binding of clq with the clq receptors on u937 cells and / or aggregated immunoglobulin g, which suggest that the selected peptides contain the modeling epitopes of clq receptor to bind the collage - like region or igg to bind the head domain of clq

    然後，採用噬菌體肽庫技術，以c1q為釣餌蛋白，從12肽庫和環7肽庫中親和篩選能與c1q結合的噬菌體克隆，經elisa 、 u937細胞配體結合抑制試驗、 aigg競爭抑制試驗及dna測序，獲得了9個具c1q抑制活性克隆的dna序列，其相應的氨基酸序列為： wyegpftlytwp 、 hwdpfslsayfp 、 ltqhnspffllp 、 tsnpfflwypqp 、 qtpfqlw 、 npfnwts 、 spfxlts 、 fltwldp 、 fstflyp ，它們可能模擬c1qr和或igg的c1q結合表位並抑制c1q的活性。
  6. Kyot2 lacked two lim domains from the c terminus and had a frameshift in the last exon, creating the rbp - j - binding region in the c terminus. kyotl had a negligible level of interaction with rbp - j. the binding site of kyot2 on rbp - j overlaps those of ramic and kyot2 repressed the rbp - j mediated transcriptional activation by ramic by competing with them for binding to rbp - j

    在肌肉母細胞系czc12內過表達kyoth時可阻斷轉錄激活物notch胞內區或ebnaz對rbp依賴性啟動子的轉錄激活作用，這種阻斷作用呈劑量依賴性，提示kyoth可與notch胞內區或ebnaz競爭rbp j上的結合位點，從而抑制二者的轉錄激活活性
  7. Also we found that p120ctn expressed mainly at cell membrane at cell - cell contact region in lo2 imortal human liver cells, while the molecule expressed mainly in cytoplasm and in nucleus in bel - 7404 human liver cancer cells, membrane expression reduced or disappeared in these cells. the molecule expressed at membrane, no immunoreaction was detected in cytoplasm or in nucleus in normal liver tissues

    而p一連環蛋白則變為胞核表達減少，胞漿和胞膜表達增加的有趣現象，提示p120cin在細胞粘附過程中是必需的，而且在信號轉導過程中它與p一連環蛋白可能存在某種競爭現象或其他聯系，有待進一步研究。
  8. To quantitatively measure the each cytokine levels from the spleens obtained before or after immunized mice, the total rna were extracted and generated into cdna by rt reaction. the native cdna was subjected into a competitive pcr reaction with a competitor that is a slightly larger in size

    為了對免疫前後小鼠脾臟表達的細胞因子的水平進行定量檢測，提取小鼠脾臟組織總rna ，經rt反應得到cdna ，利用一種修飾的競爭模板進行競爭pcr擴增，在瓊脂糖凝膠電泳分析並與競爭模板產物比較而定量。
  9. The high and new technology enterprise is the most basic and active cell in the knowledge economy, and it ' s competition and development depend on high science and technology talents

    高新技術企業是知識經濟中最基本、最活躍的細胞，而高新技術企業的競爭與發展又取決于高科技人才。
  10. We determine the growth process and mutual relationship of three bacteria, i. e. photosynthetic bacteria, e. coli ki2 and etec 987p. relationship between pathogenic bacteria in water, aeromonas hydrophija, and phoiosynthetic bacteria was studied emphatically. the result showed that when inoculating quantity of phoiosynthetic bacteria was one fifth of that of aeromonas hydrophila, the growth of latter bacteria could be inhibited distinctly

    其次，研究了混合生長體系的細菌色譜行為，實時對混合培養體系中每一種細菌的生長情況作出定量和定性的分析，確定了光合細菌、 e . colik12和etec987p三種細菌混合生長的過程及相互競爭與抑制的作用關系；針對水體中病原菌? ?嗜水氣單胞菌，重點考察了它與光合細菌的作用關系，結果表明光合細菌的接種量為氣單胞菌的1 5時，就能夠對氣單胞菌有明顯的抑制效果。
  11. The symposium, also a sequel in a series of beijing - hong kong forum on life sciences aiming to promote exchanges between hong kong and the mainland and to enhance the competitiveness of biotechnologytcm - related industries, is supported by innovation & technology commission hksar, beijing science & technology commission, international federation of cell biology and a number of local industries

    會議得到香港特別行政區創新科技署、北京科學技術委員會、國際細胞生物學會以及香港業界的資助。作?第二屆北京?香港生命科學前沿論壇，本次會議也將促進香港與內地的交流，增強本地區生物技術和中藥相關?業在世界范圍的競爭力。
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