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arukaripururanaze Z-1, manufacturing method null of microbe and arukaripururanaze Z-1 which produce this

机译:arukaripururanaze Z-1,生产该微生物的微生物和arukaripururanaze Z-1的制造方法无效

摘要

NEW MATERIAL:Alkali pullulanase Z-1. Action: decomposes alpha-1,6-glucoside bonding of pullulan and forms maltotriose, then hydrolyzes bonding of starch, etc.; Substrate specificity: hydrolyzes the branch structure having a degree of polymerization larger than maltose among saccharides having a branch structure with branched bonding; Reactional pH: 5-11; Optimum pH: 9.5-11; Stability to pH: extremely stable at pH8-10; Reactional temperature: 10-60 deg.C; Optimum reactional temperature: 50 deg.C; Temperature stability: extremely stable below 40 deg.C; Molecular weight: 120000+ or -5000 (by sodium dodecyl sulfate electrophoresis); Affection by metallic ion: inhibited by Hg2+ or Cd2+, etc.; Affection by surfactant: hardly inhibited; Affection by chelate agent: hardly inhibited by EDTA, etc.; Resistance to protease: exhibits strong resistance to alkali protease. USE:Used as enzyme for washing of tableware or clothing. PREPARATION:The objective substance is collected from the cultured substances of Bacillus sp. KSM-A P1876 (FERM P-10887) as a novel microorganism.
机译:新材料:碱性支链淀粉酶Z-1。作用:分解支链淀粉的α-1,6-葡萄糖苷键,形成麦芽三糖,然后水解淀粉键等。底物特异性:水解具有分支键的分支结构的糖中的聚合度比麦芽糖大的分支结构。反应pH:5-11;最适pH:9.5-11;对pH稳定:在pH8-10时极稳定;反应温度:10-60℃。最佳反应温度:50℃;温度稳定性:在40摄氏度以下极其稳定;分子量:120000+或-5000(十二烷基硫酸钠电泳);金属离子的影响:受到Hg 2+或Cd 2+等的抑制;表面活性剂的影响:几乎不受抑制;受螯合剂的影响:几乎不受EDTA等的抑制;耐蛋白酶性:对碱性蛋白酶表现出较强的抗性。用途:用作洗涤餐具或衣物的酶。制备:从芽孢杆菌的培养物中收集目的物质。 KSM-A P1876(FERM P-10887)作为新型微生物。

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