Doro oxidase (AOX)
Tsanangudzo Pfupi
Pamusoro pedoro oxidase
ES-AOXs: Aya ma enzymes anokwanisa kukonzeresa oxidation yemafuta ane doro kana aryl-doro kuumba aldehydes.Vanoshandisa molecular oxygen asi haidi cofactor yekunze, uye hydrogen peroxide inogadzirwa.
Kune marudzi matanhatu ezvigadzirwa zvedoro oxidase (Nhamba seES-AOX-101~ES-AOX-106) yakagadzirwa neSyncoZymes.ES-AOX101 uye ES-AOX102 vanosarudza aliphatic alcohol substrates, ES-AOX103~ ES-AOX105 vanoda anonhuwirira doro substrates, uye ES-AOX106 ndiyo cholesterol oxidase.SZ-AOX chishandiso chinobatsira kukonzeresa oxidation yemafuta madoro kana aryl-doro kugadzira aldehydes.
Catalytic reaction type:
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E-Maillchen@syncozymes.com
| Enzymes | Product Code | Tsanangudzo |
| Enzyme Powder | ES-AOX-101~ ES-AOX-105 | seti ye5 doro oxidases, 50 mg imwe neimwe 5 zvinhu * 50mg / chinhu, kana humwe huwandu. |
| Screening Kit (SynKit) | ES-AOX-500 | seti ye5 doro oxidases, 50 mg imwe neimwe 5 zvinhu * 50mg / chinhu, kana humwe huwandu. |
★ High substrate chaiyo.
★ Kutendeuka kwepamusoro.
★ Zvishoma ne-zvigadzirwa.
★ Mild reaction conditions.
★ Kuchengetedza zvakatipoteredza.
➢ Kazhinji, maitiro ekuita anofanira kusanganisira substrate, buffer solution uye ES-AOX, uye oxygen inofanira kuvapo.
➢ Ese marudzi eES-AOX anoenderana neakasiyana optimum reaction mamiriro, ayo anogona kudzidzwa ega.
➢ Yakakwirira yekumisikidza Substrate kana chigadzirwa chine chinogona kutadzisa kuita kweES-AOX.Nekudaro, iyo inhibition inogona kudzikiswa nebatch kuwedzera kwe substrate.
➢ Kuunganidzwa kweH2O2muhurongwa huchaita kuti enzyme inactivation, iyo inogona kunyatsogadziriswa nekushandiswa kwecatalase.
Muenzaniso 1(Oxidation yearil-doro)(1):
Muenzaniso 2(Oxidation yemafuta anodhaka)(2):
Chengeta makore maviri pasi -20 ℃.
Usambofa wakasangana nemamiriro akanyanya akadai se: tembiricha yakakwira, yakakwira / yakaderera pH uye yakakwira concentration organic solvent.
1. Benen J AE, Sa'nchez-Torres P, Wagemaker M JM, e tal.J Biol Chem, 1998, 273(14): 7865-7872.
2. Mauersberger S, Drechsler H, Oehme G, e tal.Appl Microbiol Biot, 1992, 37: 66-73.
