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- N端八肽重復區突變octapeptide repeat within N-terminus
- 本文研究了若干胰島素片段及去B鏈C端八肽胰島素(DOI)、A鏈、B鏈與胰島素抗體的結合能力。We have studied the immunological activity of some insulin fragments as well asdesoctapeptide insulin(DOI),insulin A-chain and B-chain and observed that theN-terminal fragment (?)
- 七肽重復區heptad repeat
- 多肽重復區Peptide repeat region
- 七肽重復區基因的克隆表達及其產(chǎn)物的純化Cloning and Expression of Heptad Repeat Region of the Feline immunodeficiency virus and Product Purification
- C端八肽C-terminal octapeptide
- 前C／C區突變Precore/core mutation
- 基本C區啟動(dòng)子區突變Basic core promoter mutation
- 犬瘟熱病毒融合蛋白七肽重復區基因的克隆表達Construction and expression of heptad repeat region of canine distemper virus fusion protein
- B型鈉尿肽及N端B型鈉尿肽原水平與心力衰竭患者心功能的關(guān)系The relationship between B-type natriuretic peptide,N terminal pro-B-type natriuretic peptide levels and cardiac function in heart failure patients
- 我們描述了一個(gè)新的錯義突變Tyr75Cys,GCH1基因編碼區突變能解釋部分DRD患者的發(fā)病原因。We describe a new missense mutation (Tyr75Cys) in the GCH1 gene. Mutation in the coding region of the gene might be accounted for a part of patients with DRD.
- N末端疏水重復區（NHR）N-terminal hydmphobic/heptad repeatd region(NHR)
- 2003屆碩士研究生論文結論:我們描述了一個(gè)新的錯義突變(T”75一Cys)，GcHI基因編碼區突變能解釋部分DRD患者的發(fā)病.Conclusions: We describe a new missense mutation (A224 -G, Tyr75 -Cys) in the GCHl gene. Mutations in the coding region of the gene account for a part of patients with DRD.
- 小麥多肽wheat peptides
- Ets-1選擇性地作用于P21WAF1/CIP1啟動(dòng)子中-1350GGAA-1347Ets元件,該元件的序列突變可降低基礎表達和Ets-1誘導的P21WAF1/CIP1啟動(dòng)子依賴(lài)的表達。Ets-1 interacted selectively with the ~ -1350GGAA~ -1347 Ets element in the P21WAF1/CIP1 promoter. Mutation of this element reduced basal and Ets-1-inducible P21WAF1/CIP1 promoter-dependent expression.
- 胞外區由758個(gè)氨基酸組成，包括N端31個(gè)氨基酸的信號肽和七個(gè)類(lèi)似免疫球蛋白(Ig)的結構域。The extramembrane region consists of 758 aminoacids, including signal peptide containing 31 amino acids at N-terminus and seven Ig-like domains.
- MBL是一個(gè)由若干個(gè)相同的亞單位組成的寡聚體分子，每條肽鏈的C端是一凝集素結構域(碳水化合物識別結構域)，近N端是一膠原樣區。Each peptide chain has a C-terminal lectin domain (carbohydrate recognition domain, CRD ) and a collagenous region near the N-terminal.
