cadherin 中文意思是什麼

cadherin 解釋
鈣粘蛋白
  1. Effects of cd on e - cadherin in the proximal tubules in vitro

    鎘對腎小管上皮細胞鈣黏蛋白的影響
  2. 3. bioinformatics analysis revealed that bt - r3 protein is a member of cadherin superfamily

    生物信息學研究發現： bt - r3受體蛋白是鈣粘蛋白超級家族中的一員。
  3. E - cadherin and cyclooxygenase - 2 expression correlate to colorectal cancer

    蛋白的表達及其意義
  4. Cadherin mediated cell cell adhesion

    鈣黏蛋白介導的細胞細胞黏附
  5. Clinical significance of e - cadherin and - catenin expression in colorectal cancer

    鈣黏素表達及其臨床意義
  6. Expression of e - cadherin in chologangiocarcinoma and ist clinical singnificance

    鈣粘附素的表達及其臨床意義
  7. Expression and significance of vegf and e - cadherin in colorectal carcinoma

    鈣黏蛋白在結直腸癌中的表達及其意義
  8. The change and its significance of e - cadherin expression in colorectal cancers

    連結蛋白在結直腸癌的表達及意義
  9. Expression and significance of e - cadherin and catenins in colorectal carcinoma

    連接素在結直腸癌中表達的臨床意義
  10. Clinico - pathologic association of e - cadherin expression in colorectal cancer

    鈣黏蛋白在結直腸癌組織中的表達及意義
  11. Expression of - catenin and e - cadherin and their significance in colorectal carcinoma

    連環素和上皮鈣粘附素的表達及意義
  12. There are two kinds of receptor proteins of bt toxic protein in insect body, aminopeptidase receptors and cadherin - like receptors

    靶標昆蟲中bt受體蛋白主要有兩類：氨肽酶和類鈣粘蛋白。
  13. Catenin binds to the cytoplasmic tail of a transmembrane cell adhesion molecule - epithelial cadherin ( e - cadherin ) in epithelial cells and forms an adhesion complex [ e - cadherin - p - catenin ( or y - catenin ) - cc - catenin ] ( cadherin - catenin - complex, ccc ), this complex play an important role in maintaining epithelial cell adhesion. some catenins such as -, - and p120ctn catenins are also crucial in cell signaling, they play an important role in cell proliferation and cell apoptosis

    在上皮細胞內，連環蛋白均能與跨膜細胞粘附分子?上皮鈣粘蛋白（ e - cadherin ）的胞內肽段結合而形成了由上皮鈣粘蛋白- -連環蛋白（ -連環蛋白） - -連環蛋白組成的粘附連接體（ adherensjunctions ， ajs ） ，這種復合體對維持細胞正常的粘附功能是必需的。
  14. It is possible that only the cadherin repeated domain 4, 5, 6 of bt - r3 protein is not enough for bt - r3 protein to bind bt toxic protein, or there is another bind site outside these domains

    這可能是因為光有這些結構域對結合活性來說是不夠的，還需要其它結構域協同。也有可能bt - r3受體蛋白和bt毒蛋白另有其結合位點。
  15. 2. the molecular weights of the recombinant protein of the cadherin repeated domain 4, 5, 6 of bt - r3 were about 42kda and 45kda ( with his tag ) respectively. both expressed products could not specifically bind to bt toxic protein crylab

    表達得到了bt - r3受體的第4 ， 5 ， 6個鈣粘蛋白結構域重組蛋白，其分子量約為42kda和45kda （帶histag ） ，均不能有效地結合bt毒蛋白cry1ab 。
  16. It was reported that cadherin - like receptors are most likely the main receptors of bt toxic protein. bt - r3, a gene of 5551, is a newly cloned cadherin - like receptor gene and its orf ( open reading frame ) encodes 1715 amino acids

    Bt - r3受體基因是吳志平博士在其博士論文研究中新克隆到的鈣粘蛋白類受體基因，它的cdna序列全長5551bp ，編碼1715個氨基酸殘基組成的bt - r3前體蛋白。
  17. A leucine zipper pattern is located in the membrane proximal extracellular domain ( mped ) of bt - r3 protein. this is a very important character of cadherin

    另外，它還有1個亮氨酸拉鏈序列，位於胞外的近膜區（ mpr ） ，這是鈣粘蛋白的重要特徵之一。
  18. Other domains of the extracellular part of bt - r3 protein are 11 cadherin repeated domains, which mainly consist of p stands that are linked by loop structure, turn residues and random coil

    其餘的胞外區域形成以折疊為主的11個鈣粘蛋白重復結構域。這些d折疊又由loop結構、轉角和無規捲曲連結在一起。
  19. The cadherin repeated domains of bt - r3 protein share high homology with the cadherin domains from african clawed frog ( xenopus laevis ) and e - cadherin ( epithelial ) from mouse ( mus musculus ). so, the 3rd structure of the cadherin repeated domains of bt - r3 protein should be similar to these domains

    Bt - r3受體蛋白的鈣粘蛋白結構域分別與非洲爪蟾（ xenopuslaevis ）的鈣粘蛋白胞外結構域和小鼠（ musmusculus ）的上皮鈣粘蛋白胞外結構域有很高的同源性。
  20. P120ctn is a more newly found catenin, studies revealed that it is also an important molecule in e - cadherin mediated cell - cell adhesion, and phosphorylated tyrosine in p120ctn were evidenced. translocation of p120ctn occurred in cancer cells and tissues. evidences showed that there were a key relationship between p120ctn translocation and tumoregenesis

    P120 ~ （ ctn ）是發現得較晚的一種連環蛋白，研究發現它也參與上皮鈣粘蛋白介導的細胞粘附過程並且不可缺少，同時p120 ~ （ ctn ）也和-連環蛋白一樣易於酪氨酸殘基磷酸化，磷酸化后的p120 ~ （ ctn ）也發生轉位，並與腫瘤的發生發展有密切關系。
分享友人
分享到 Line

分享到臉書