<small id="6fm0s"><code id="6fm0s"></code></small><em id="6fm0s"><big id="6fm0s"></big></em><span id="6fm0s"></span>

<optgroup id="6fm0s"><li id="6fm0s"></li></optgroup>
<track id="6fm0s"><em id="6fm0s"><del id="6fm0s"></del></em></track>

  1. <span id="6fm0s"></span>
  2. <optgroup id="6fm0s"><small id="6fm0s"><center id="6fm0s"></center></small></optgroup>
    浙江省科技型企業---加速您的多肽研究
    首頁 >多肽服務 >Conopressin Peptide and Analogs、加壓素肽及其類似物

    多肽服務

    Conopressin Peptide and Analogs、加壓素肽及其類似物
    • Conopressin Peptide and Analogs、加壓素肽及其類似物的介紹

      Definition

      Conopressin is a nonapeptide that is expressed in the central nervous system and it acts like a neurotransmitter in mollusks1.

      Discovery

      Conopressin activity was first extracted from mollusk ganglia in 19752. 

      Classification

      Conopressin belongs to vasopressin-like peptide family3. 

      Structural Characteristics

      Conopressin consists of a carboxy terminal amidation signal, an endoproteoltytic processing site and a neurophysin domain4.  Several structural analogs of conopressin- G,T and S have been identified4.

      Mode of action

      It is known that conopressins exert their functions via binding to G-protein coupled receptors4.

      Functions

      Conopressin affects excitability, firing, and action potential shape through stimulation of transient and persistent inward currents in mulluscan neurons1.  It also modulates gill behavior1.  

      References 

      1. van Soest PF, Kits KS (1998). Conopressin affects excitability, firing, and action potential shape through stimulation of transient and persistent inward currents in molluscan neurons. J Neurophysiol, 79(4):1619-32.

      2. Ifshin, M. S., Gainer, H and Barker, J. L (1975). Peptide factor extracted from molluscan ganglia that modulates bursting pacemaker activity. Nature, 254: 7274.

      3. Dutertre S, Croker D, Daly NL, Andersson A, Muttenthaler M, Lumsden NG, Craik DJ, Alewood PF, Guillon G, Lewis RJ (2008). Conopressin-T from Conus tulipa reveals an antagonist switch in vasopressin-like peptides. J Biol Chem, 283(11):7100-8.

      4. Book: Structure and function of primary messengers in invertebrates. Klaus W. Beyenbach, 12-13.

    中文字幕在线一区|久久久综合九色综合88|偷拍亚洲综合20p|天天爽夜夜爽精品视|国产ckplayer在线中文
    <small id="6fm0s"><code id="6fm0s"></code></small><em id="6fm0s"><big id="6fm0s"></big></em><span id="6fm0s"></span>

    <optgroup id="6fm0s"><li id="6fm0s"></li></optgroup>
    <track id="6fm0s"><em id="6fm0s"><del id="6fm0s"></del></em></track>

    1. <span id="6fm0s"></span>
    2. <optgroup id="6fm0s"><small id="6fm0s"><center id="6fm0s"></center></small></optgroup>