結合調節蛋白 的英文怎麼說

中文拼音 [jiēgědiàojiédànbái]
結合調節蛋白 英文
gtbinding regulatory proteins
  • 結 : 結動詞（長出果實或種子） bear （fruit）; form （seed）
  • 合 : 合量詞（容量單位） ge, a unit of dry measure for grain （=1 decilitre）
  • 調 : Ⅰ動詞1 （配合得均勻合適） harmonize; suit well; fit in perfectly 2 （使配合得均勻合適） mix; adju...
  • 節 : 節構詞成分。
  • 蛋 : 名詞1. （鳥類或龜、蛇類所產的卵） egg 2. （像蛋形的東西） an egg-shaped thing 3. （辱罵之詞）
  • 白 : Ⅰ形容詞1 （似雪的顏色） white 2 （清楚; 明白; 弄明白） clear 3 （空的; 沒加他物的） pure; clear; ...
  • 結合 : 1 （發生密切聯系; 聯合） combine; unite; integrate; link; binding; coalition; cohesion; connectio...
  • 調節 : regulate; adjust; monitor; measure; take care of; condition; regulation; adjustment; conditioning...
  • 蛋白 : 1. （卵中透明的膠狀物質） egg white; albumen; gary2. [生物化學] （蛋白質） protein
  1. At rest, the heterodimeric rel / nf - k b complex is located in the cytoplasm bound to an inhibitory factor, i k b. upon stimulation, i k b is phosphorylated and degraded, free nf - k b then translocates into the nucleus where it binds to k b site to regulate transcription

    靜息時， re皿4bh聚體與抑制蛋白kbs結合，在細胞漿中保持無活性。受到刺激， ikb分子迅速磷酸化並降解，釋放nf兒b轉位入核，通過與kb位點結合調節轉錄。
  2. Notch interaction with its ligands induces the cleavage of its intracellular domain ( ic ), and the notch ic translocates to the nucleus and binds to rbp - j, the mammalian homolog of su ( h ), to transactivate transcription of target genes such as e ( spl ) ( enhancer of split ), hesl ( hairy and enhancer of split ) and hes5 four notch receptors and their ligands are differentially and redundantly expressed in a variety of vertebrate tissues

    它通過其識別序列（ cogtgggaa ）結合於受調控基因的啟動子區，在轉錄激活因子的驅動下調節細胞分化和個體發育相關基因的表達。在沒有n 。 tch胞內段的情況下， rbpj可與包含sm盯（ silencingmediatorforretlnoldandthyroidhormonereceptor ）和組蛋白去乙酞化酶的轉錄輔助抑制復合物結合，當notch信號被激活時； rbpj可與n 。
  3. Hyaluronic acid, as acid mucopolysaccharide, fulfils important tasks in the connective tissue ; it plays an essential role in the regulation of water binding capacity, supports the regulation of the distribution of plasma proteins and promotes wound healing

    透明質酸，作為一種粘多糖酸，在結締組織中有著非常重要的作用，它是調節組織水合能力的關鍵，同時改善血漿蛋白的運輸和促進傷口愈合。
  4. Polymer his - tagged peac1 - gfp efficiently activated myosin mg - atpase activity, which indicated that peacl might take part in correlative living activities in vivo. moreover, this result provided experimental proof in vitro for fusing gfp to actin isoform directly to study the dynamics of microfilaments and its regulation in vivo. we prepared rabbit anti - pea actins polyclonal antibodies using peacl as antigen which being expressed and purified from prokaryotic cells, and the antibodies possessed better immunity activity to pea actins

    通過肌動蛋白體外對dnase以及肌球蛋白atpase活性影響的研究，發現單體his - taggedpeac1 - gfp能顯著抑制dnase活性，在肌動蛋白聚合條件下能有效激活肌球蛋白atpase活性，這一結果預示著peac1在體內可能參與相關的生命活動，為利用gfp直接與肌動蛋白異型體融合來研究體內微絲的動態變化及其調節提供了實驗依據。
  5. Rab7 mediates transport of proteins from early endosome to late endosome or fusion of early endosome with late endosome, while rab9 mediates the retransport of m6pr from late endosome to trans - golgi network. the gtp / gdp - binding ability and intrinsic gtpase activity of rab proteins make them exist in rab - gtp or rab - gdp status. the switching of rabs between gtp - bound ( active ) and gdp - bound ( inactive ) forms requires other regulatory proteins, including guanosine exchange factor ( gef ), gdp dissociation inhibitor ( gdi ) and gtpase activating protein ( gap ), and lays the foundations of rab function

    Rab蛋白家族成員和其他小g蛋白一樣可以結合gtp gdp ，在自身gtp酶的水解作用和其他蛋白（ gef 、 gap 、 gdi ）的調節作用下發生gtp （活化狀態）和gdp （無活性）結合形式的轉變；同時rab蛋白也在膜結合性（ membrane - bound ）和胞漿可溶性（ cytosolic ）之間變化，一個變化過程對應著一個功能循環，接著rab蛋白回到初始狀態參與下一個循環。
  6. The insulin works by switching on cellular signaling proteins called kinases ( specifically src, pi3k, and akt ) and a protein ( srebp ) that binds elements in dna that regulate the production of cholesterol and its relaties

    胰島素功能在於激活一類叫作激酶的細胞信號蛋白（特定的致敏反應細胞，如磷脂酰肌醇（ - 3 ）激酶，蛋白激酶b等）以及一種dna元素結合蛋白（膽固醇調節元件結合蛋白） ，這種蛋白質能調節膽固醇及類膽固醇的生成。
  7. The insulin works by switching on cellular signaling proteins called kinases ( specifically src, pi3k, and akt ) and a protein ( srebp ) that binds elements in dna that regulate the production of cholesterol and its relatives

    胰島素功能在於激活一類叫作激酶的細胞信號蛋白（特定的致敏反應細胞，如磷脂酰肌醇（ - 3 ）激酶，蛋白激酶b等）以及一種dna元素結合蛋白（膽固醇調節元件結合蛋白） ，這種蛋白質能調節膽固醇及類膽固醇的生成。
  8. Gc binds to mr with higher affinity than gr. this gc - receptor interaction is also controlled at the pre - receptor level by two important factors : corticosteroid binding globulin ( cbg ) and 11 b - hydroxysteroid dehydrogenases ( 11 - hsds )

    糖皮質激素與受體結合的量除與血漿中糖皮質激素水平、皮質醇結合蛋白（ cbg ）濃度有關外，還受到細胞內受體前糖皮質激素代謝酶? 11 -羥基類固醇脫氫酶（ 11 - hsd ）的調節。
  9. In addition, the well retained stability and integrity of cell membrane of boea leaves might also be an important mechanism which make them resurrect well. by using mrna differential display, 5 desiccation sensitive cdnas, 52 desiccation - induced cdnas, 21 up - regulated cdnas, 14 down - regulated cdnas and 16 phosphate induced cdnas were obtained. the cloning, sequencing, homological blasting and northern blotting results of 5 desiccation - induced cdnas and 3 phosphate induced cdnas implied that signal transduction induced by desiccation, regulatory gene cascades and functional genes such as g protein, protein kinase, vp3 - and mad3 - like genes might be involved in dehydration in the resurrection plant boea hygrometrica

    對其中5個脫水特異誘導表達牛耳草光合作廠j的脫水保護和復甦機理的cdna （包括可能與復甦能力有關的cdna ）和3個磷酸鹽處理誘導表達的cdna進行克險測序、同源性探測和northern雜交檢測表明，牛耳草脫水過程中誘導表達的基因可能涉及到脫水脅迫的信號轉導「蛋白、蛋白激酶等） 、調節基因的級聯作用（ vp3 ， mad3樣基因等） 、結構基因產物調節細胞結構（包括細胞質膜）在脫水脅迫中的穩定性等。
  10. 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。
  11. If you take a bag each time and twice a day for thirty days or so, your blood glycerine trigrease and cholesterol will be remarkably lowerd. and your high density grease protein will be raised. if you con tinuouslydrink it a period, the dirt in the inner surface of blood - vessels caused by the combination of peroxide and cholesterol will be cleaned

    常青健茶經功能實驗證實，具有調節血脂，降低血壓的保健功能，每天兩次，每次一袋，飲用30天左右，顯著降低血清甘油三脂和膽固醇，並升高高密度脂蛋白，連續飲用一段時間，能清除血管內壁過氧化物與膽固醇的結合物，使高血脂，高血壓患者恢復正常。
  12. Recent researches implicate that raplgap may interact with different type of alpha subunit in heterotrimeric g protein and suggest a cellular cross - talk between small g proteins and heterotrimeric g protein

    最近研究發現，某些g亞單位可與rap1gap結合而調節rap1gap的活性或影響異源三聚體g蛋白的信號轉導。
  13. When bound to calcium ions, calmodulin changes shape and phosphatases, that are involved in signaling pathways, activating or inactivating them

    鈣調蛋白本身沒有活性，當和鈣離子結合后，會引起鈣調蛋白構象的改變，使之與其他蛋白酶如激酶或磷酸酶結合，調節細胞信號傳導。
  14. The pot1 ( protection of telomeres ) protein binds the singlestranded overhang and is required for both chromosomal end protection and telomere length regulation

    Pot1蛋白與單鏈的突出端結合併被認為是保護染色體末端和調節端粒長度所必需的。
  15. Thus, there appears to be a coordinated action of seeral ribosomal proteins, rbps, and translation initiation and elongation factors along with seeral accessory proteins that regulate stress - associated translation in controlling arious cellular adaptations during salt stress

    因此，就會在一些核糖體蛋白，視黃醇結合蛋白（ rbp ）及一些擁有附屬蛋白的翻譯起始因子和翻譯延長因子中出現調節反應，而這些附屬蛋白的作用就是在鹽分脅迫時通過調控應激相關翻譯來控制各種細胞的適應性
  16. Bsp ( boyine seminal plasma ) protein is the cardinal protein in bovine sperm, which can combine with choline or phosphycholine and then adhere to the surface of sperm to promote the sperm capacitation induced by heparin and high density lipoproteins ( hdl ). moreover, bsp protein can combine with heterogeneous collagen, fibrinogen, heparin, calmoduline, igf - ii and apoa - i. bsp can also inhibit the migration of cholesterol on the sperm membrane

    前言bsp （ bovineseminalplasma ）蛋白是牛精漿中的主要蛋白質， bsp蛋白可以與膽堿或磷脂膽堿結合，黏附於精子表面，可促進由肝素、 hdl等誘導的獲能過程，另外bsp蛋白與不同來源的膠原、纖維蛋白原、肝素、鈣調蛋白、 igf - 、 apoa -等結合， bsp蛋白還可抑制精子胞膜上的膽固醇遷移，這些都暗示了bsp蛋白在精子胞膜的脂類代謝及調節精子的獲能以及頂體反應方面發揮重要作用。
  17. By combining the information from the cdna sequences with functions of their homologs, we suggest that two kinds of hormones may play important roles during flower regeneration in a few ways : ( i ) proteolytic system of ubiqutin / 26s proteosome complex, ( ii ) actin - dependent vesicular cycling of auxin efflux carrier, ( iii ) regulating transcription of genes, ( iv ) phosphorylation and dephosphorylation

    經過進一步的篩選，結合序列特徵和同源基因的功能信息對這些基因功能進行了初步分析。認為兩種外源激素可能通過泛素26s蛋白酶體復合體對調節蛋白的降解機制，生長素運輸載體肌動蛋白依賴的小泡運輸，基因轉錄調節，磷酸化和去磷酸化等調節過程誘導風信子花分生組織的再生。
  18. Nevertheless, the immune system and viruses have substantially evolved together and viruses demonstrate many stratiges for subverting immune response. for enveloped virus, for instance hiv and eev can incorporate host rca into their envelope by budding through the plasma membrane, and these protect the virion against host complement attack

    遺憾的是，一些有包膜的病毒也在長期的演化過程中獲得了補體系統的這種自我保護機制，即可以通過結合宿主膜補體調節蛋白來逃避補體的攻擊。
  19. To answer this question, a bispecific, trifunctional antibody constructs which can not only target block virus incorporated rca, but also can induce complement activation by it ' s fc fragment were designed and constructed and iv the role of this kind of bispecific antibody in virus neutralization was studied. 1. to test our idea, human immunodeficient virus ( hiv ) and enveloped extracellular virus ( eev ) of vaccinia virus ( vv ) were selected in our study because of their complex immune evasion stratiges, their threaten to humans, and because both these two kinds of virus can escape complement attack by incorporating host rca into their envelope

    以嚴重危害人類健康，且具有復雜免疫逃避機制的有包膜的hiv病毒及痘苗病毒的eev病毒為研究對象，首先對它們逃避補體攻擊的現象進行了驗證，探討了宿主膜補體調節蛋白cd55 、 cd59與hiv病毒及eev病毒免疫逃避的關系，評價了病毒結合的這兩種補體調節蛋白作為本研究提出的，通過消除病毒逃避補體攻擊的機制來恢復病毒對補體攻擊的敏感性，提高補體抗病毒效率這一抗病毒策略的靶點的可能性。
  20. Heparin is known to bind and modulate the activity of various proteins, including cell growth factors, cytokines, angiogenic factors, complement components, adhesion molecules, heparin exerts its activities via interaction with some proteins. potent anticoagulant activity of heparin by the interaction with antithrombin iii is extensively used in medicine

    肝素能夠與許多蛋白質結合併調節蛋白活性，包括細胞因子、生長因子、趨化因子、抗血管生成因子、粘附分子和補體成分等，肝素通過與蛋白相互作用發揮其生物學活性。
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