protein complex 中文意思是什麼

protein complex 解釋
蛋白質復合體
  • protein : n. 【化學】朊，蛋白（質）。
  • complex : adj 1 復雜的，錯綜的。2 合成的，綜合的；【化學】絡合的。3 【語法】復合的；含有從屬子句的。n 1 復...
  1. Rich in calcium, protein, vitamin d and vitamin b complex, best for teeth and bones

    含豐富鈣質、蛋白質、維生素d及多種維生素b ，保持牙齒及骨骼健康
  2. Dairy products are rich in calcium, protein, vitamin d and b complex. they help to keep bones and teeth healthy and can prevent osteoporosis

    奶品類食物含豐富鈣質，蛋白質，維他命d及多種維他命b ，保持牙齒及骨骼健康，有助預防骨質疏鬆癥。
  3. Now, in a study that took more than five years to complete, rockefeller university researchers, in collaboration with a team of bacteriologists at the university of wisconsin, madison, have become the first to solve the structure of a protein complex that protects these cells from singlet oxygen

    現在，洛克菲勒大學的研究人員與威斯康星大學的細菌學家一同協作，歷經5年多時間的研究，首次獲得了一種能夠保護細胞免受單態氧損傷的蛋白復合體的晶體結構。
  4. The synaptonemal complex is protein in nature.

    聯合復合體在性質上是蛋白質。
  5. Ingredient : the ingredient is very complex, it include nutriments of protein, vitamine, sugar tec

    主要成分：蜂王漿的成分相當復雜，含有蛋白質、脂肪、維生素、糖類等多種營養物質。
  6. The elicitor of this pathway is ca2 +, ca2 + binds to sos3, which leads to interaction with sos2, a ser / thr protein kinase of 446 amino acids, and activated the kinase. the transcription and post - transcription of sosl, an putative na + / h + antiporter on the membrane is controlled by the sos3 - sos2 complex

    這條途徑的起始為外界高鹽刺激使細胞內ca ~ （ 2 + ）水平發生變化， ca ~ （ 2 + ）作為第二信使與sos3結合，然後導致sos3與sos2相互作用激活sos2的激酶活性，形成sos2 - sos3激酶復合體。
  7. Results show that vp37 protein can bind single strand nucleic acid cooperatively and nonspecificallty, and the vp37 - ssrna complex was stable at high salt concentrations, suggesting vp37 is a possible mp. vp37 is the only protein characterized so far showing rna - binding ability in genus fabavirus

    為了驗證vp37是否具有核酸結合能力，我們利用6his - vp37蛋白進行了核酸結合實驗，結果表明vp37是一種能非特異性結合單鏈核酸的蛋白；其在結合核酸時具有協同性； na ~ +的變化對其核酸結合能力影響較小。
  8. Actin is a high - conserved protein with a wb of 43kd, aniversally exists in eucaryotic cell. f - actin is polymerized by g - actin which participates the formation of the netlike protein system of the complex skeleton in the eucaryotic cell

    微絲（ f - actin ）是由肌動蛋白單體（ g - actin ）聚合形成的，它參與了真核細胞中復雜的細胞骨架網狀蛋白體系的形成。
  9. Telomerase is a ribonucleoprotein complex ( rnp ) composed by its rna component and protein subunits. telomerase can synthesize telomeric dna onto chromosomal ends using its own rna component as a template, elongate the length of telomere, increase cell life and even induce cell immortalization

    端粒酶（ telomerase ）是由端粒酶rna和蛋白質組成的一種核糖核蛋白復合物（ rnp ） 。端粒酶含有引物特異識別位點，能以自身rna為模板，逆轉錄合成端粒dna並加到染色體末端，使端粒延長，從而延長細胞的壽命甚至使其永生化。
  10. Telomerase, a eukaryotic ribonucleoprotein complex, contains both essential rna and a protein reverse transcriptase subunit

    端粒酶是一個特殊的具有反轉錄活性的核糖核蛋白。
  11. Contain natural hydrolytic protein of south sea pearl, cortex mori radicis extract, bearberry leaves, vitamin c and other biological complex for beautifying, can provide skin vigor whilst at the time when it is absorbed, and then build your own beautifying, whitening skin

    蘊涵天然南海珍珠水解蛋白、桑白皮萃取液和熊果葉及維他命c等生物美白復合體，在吸收的瞬間提供肌膚活力，締造凈白肌膚。
  12. Abstract : this paper researches into the complex adhesive ， which was mainly made by the soy protein isolate ( spi ) and polyvinyl alcohol or polyvinyl acetate. different composition of protein and polymers can perform different characters, together with other ingredients. the factors, which are related to the first adhesive strength and adhesive strength, are mainly studied and discussed. the first adhesive strength of the complex adhesive is related to the content of spi, and the adhesive strength is related to the content of the complex adhesive. on the basis of the researching, we can make the plant fibre box for food in the future

    文摘:對大豆分離蛋白?聚乙烯醇、大豆分離蛋白?白乳膠復合膠粘劑進行了研究，採用不同混合比例及添加其他助劑，得到較好性能和可生物降解的復合膠粘劑，為製造一次性植物纖維快餐盒打下基礎.主要研究了影響這種復合膠粘劑粘接木塊的初粘力（剪切和拉伸強度）和粘接強度的因素，實驗表明： 9 . 2 %濃度的大豆分離蛋白的初粘力（剪切和拉伸強度）優於10 %濃度的聚乙烯醇膠和33 %濃度的白乳膠；大豆分離蛋白復合膠粘劑的初粘力主要與大豆分離蛋白含量有關，其最終粘接強度與膠液固含量正相關
  13. An array of regulatory proteins have been found, which inhibit the formation of central enzymes involved in early stages of the complement activation pathway. these include membrane cofactor protein ( mcp cd46 ), decay - accelerating factor protein ( daf cd5 5 ), complement receptor 1 ( cr1, cd35 ), as well as cd59, which inhibits formation of the membrane attack complex during later stages. these regulatory factors are widely expressed and abundant on many cells, and in fluids of reproductive system

    目前發現，機體多種細胞以及生殖系統的體液中表達和分泌豐富的補體調控蛋白，包括作用於補體活化早期階段的cd55 、 cd46 、 cd35和作用於補體活化終末階段的cd59 ，它們分別通過抑制補體活化過程中關鍵的c3 、 c5轉化酶和抑制形成膜攻擊單位，抵抗補體對自身組織細胞的攻擊。
  14. The complex microspheres based on sodium alginate ( al ) and soy protein isolated ( spi ) were prepared by crosslinking the mixing solution with ca ( superscript 2 + )

    摘要利用鈣離子交聯海藻酸鈉大豆分離蛋白共混溶液，制得海藻酸鈉大豆分離蛋共混凝膠微球。
  15. In the second part of this thesis, we have chosen the protein monomer glnbp and complex glnbp - gln as our study systems

    論文的第二部分工作是選擇了glnbp單體和谷氨酰胺結合蛋白（ glnbp - gln ）復合物體系為研究對象。
  16. The chemical components of silkworm pupa crust were analyzed, and its microstructure was characterized by using scanning electron microscope. the existing realtion of among chitin 、 protein and inorganic salt in silkworm pupa crust has been observed. the results show that the major protion of silkworm pupa chitin is in pupa crust, and it accounts for about one forth of crust weight, the out surface of pupa crust is regular polygon net vein characteristics. chitin takes honeycomb shape in chitin - protein complex and conjugated with protein. the inner space of chitin - protein complex net was filled with inorganic salts. thus the theory basis was provided for working out the process route of isolation pupa chitin

    對桑蠶蛹皮的成分、結構進行了化學及掃描電鏡分析，確定其含有的主要成分及含甲殼素的數量，並對其中的甲殼素、蛋白質和無機鹽三者之間的存在方式進行了觀察.研究結果表明，蛹體中的甲殼素與灰分主要含在蛹皮中，甲殼素占整個蛹體成分的2 . 71 % ，占蛹皮重量的25 . 5 % ，蛹皮外表面呈規整的多邊形網狀結構，蛹皮中蛋白質與蜂窩狀的甲殼素相結合，呈層狀分佈，顆粒狀的無機鹽填充在甲殼素/蛋白質復合物構成的蜂窩狀的空隙中.這為制定提取蛹甲殼素的工藝路線提供了理論依據
  17. So we observed the distribution and the relative amount of the polysaccharide - protein complex and glycosyls in order to find out the possible functions and changing rules of these substances

    方法:採用愛爾藍及生物素標記的植物血凝素方法對兔下頜鈦種植體周圍組織中的多糖-蛋白復合物及糖基進行觀察。
  18. Most of proteins firstly combine with ligand or form protein complex with other proteins, and then participate in the process of cell metabolism

    其中，多數蛋白質是通過與配體結合或是作為蛋白質復合物中的一部分參與細胞的代謝過程。
  19. Objective ： the absorption of the polysaccharide - protein complex to the implant surface may be the first reaction between the implant and the surrounding tissue

    目的:研究鈦種植體周結締組織中多糖-蛋白復合物在骨愈合過程中的變化規律及可能的作用機制。
  20. As the total negative surface charge of such complexes matches the surrounding charge density of the matrix, the sds - protein complex stops migrating and remains stationary, as typical of steady - state separation techniques

    當復合物表面總的負電荷與周圍基質的電荷密度一不能致時，與典型的穩態分離技術相似， sds -蛋白復合物則不再遷移而保持固定。
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