amino acid residue 中文意思是什麼

amino acid residue 解釋
氨基酸殘基
  • amino : adj. 【化學】氨基的。
  • acid : adj. 1. 酸味的。2. 【化學】酸的，酸性的。3. 〈比喻〉尖酸刻薄的，易怒的。n. 1. 酸味物。2. 【化學】酸。adv. -ly ,-ness n.
  • residue : n. 殘余，殘渣，餘款；【林業】廢材，木屑；【法律】剩餘遺產，余產；【化學】殘基；濾渣；余渣，殘余物；【數學】殘數，留數，余數。 for the residue 至於其餘；說到其他。
  1. The sequence of hntx - v had been determined by 491 sequencer : nh2 - eclgfgkgcnpsdqccksanlvcsrkhrwckyei - cooh, in which there were 35 amino acid residues and six cys. the toxin could block neuromuscular transmission in an isolated mouse phrenic nerve diaphragm preparation. hntx - v is a natural mutant of hntx - iv, for there is only one different residue ( ala20ser )

    Hntx -經491測序儀測得其氨基酸組成為： nh2 - eclgfgkgcnpsdqccksanlvcsrkhrwckyei - cooh ，含35個氨基酸殘基， 6個半胱氨酸全部參與了二硫鍵的形成，該毒素對小鼠膈神經-膈肌標本有阻遏作用。
  2. Badh cdna ( 1901bp ) included a 66 bp 5 " utr, a 329 bp 3 " utr and a 1506 bp orf encoding a 501 - ammo - acid polypeptide which showed 88 % sequence identity to badh from spinach, sugar beet and atriplex hortensis respectively. the deduced amino acid sequence included a decapeptide sequence " vtlelggksp ", which is highly conserved among general aldehyde dehydrogenases ( aldh ), and a cysteine residue

    Badhcdna全長1901bp ， 5端非編碼區66bp ， 3端非編碼區329bp ，含有2個可能的加polya信號： aataa ，開放閱讀框架1506bp ，編碼一個由501個氨基酸構成的多肽，與菠菜、甜菜、山菠菜badh的氨基酸序列同源性均為88 ，其中有醛脫氫酶的保守序列vtlelggksp和半胱氨酸殘基。
  3. The complete amino acid sequence of hwtx - vii has been determined as nh2 - iicap eggpc vagig ccagl rcsga klgla gscq - cooh, which also consists of 6 cys formed three pairs of disulfide bridge. this 34 - residue toxin with molecular weight of 3137. 22da can reversibly paralyze mice

    該毒素由34個氨基酸殘基組成，分子中含6個半耽氨酸殘基，形成三對二硫鍵，分子量為3137 . 22da .其一級結構為: nhz一xicapeggpcvagigccaglrcsgaklglagscq一c00h 。
  4. In addition, the amino acid residue at position 191 of receptor binding site ( rbs ) was his ( h ) in our five strains but that of others was asn ( n ) in our country

    五株病毒的ha裂解位點均為parssr glf ，是典型的低致病性毒株；構成受體結合位點的191位氨基酸為his （ h ） ，國內其它毒株都為asn （ n ） 。
  5. Mekler idlis ( m - i ) pair theory suggests that each codon - directed amino acid residue in a sense peptide may make a specific pair - wise interaction with the corresponding complementary codon - directed residue in the complementary peptide. ahbs theory suggests also the parts between / in the proteins that are capable of interacting specifically. the interaction between receptor and ligand is the recognition and interaction between proteins. if the receptor is the sens e peptide, the ligand, which can specifically bind to it, must have one or several antisense peptides. these antisense peptides muat be located at the key place which has relationship with the function of the ligand

    Ahbs （反義同源盒）理論和分子識別理論描述了蛋白分子內和蛋白分子間可以特異結合的區域結構具有正義與反義的關系。受體與配體的相互作用實質上是蛋白質分子間的識別、結合和相互作用的過程。將受體看作是有義肽，那麼可與之特異結合的配體分子中可能存在一段或多段反義肽，而且其存在的部位是配體功能的關鍵位置。
  6. The " barcode _ 30 " means that for every 30 amino acid residue segment in the protein, a random choice as to the value of the angles for one residue are randomly picked at the beginning of the run

    名稱中的「 barcode _ 30 」表示的是在計算開始時，在蛋白質中以30個氨基酸為單位，隨機選擇一個基的偏轉角度。
  7. These results unambiguously demonstrate that a single amino acid residue substitution is sufficient to generate a phenylalanine - insensitive form of arog. furthermore, the mutant a ( l - 15 ) lacking the first fifteen n - terminal amino acid residues exhibits no sensitivity toward phenylalanine in a range of 0 ~ 1 mm phenylalanine

    這些結果揭示: 1 ） n一末端在反饋抑制機理中具有重要作用; 2 ） n一末端的缺失使得ar0g緊密二聚體結構解聚，導致四級結構破壞。
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