+ 86 0731-89837621

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All Māhele

Hoʻolālā biocatalyst

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loko aku:+ 86 0731-89837621

Email:[pale ʻia ka leka uila]

Kaila: 1288 Ke Alanui Purui West, Wangcheng Kūʻai a me ka ʻenehana ʻenehana, ʻo Changsha City, Hunan Province, China

  • https://www.hnnanbeiwang.com/upload/product/1574055995349320.jpg
  • https://www.hnnanbeiwang.com/upload/product/1574055995122536.jpg

ʻO Glucose Dehydrogenase

ʻO ke kauʻanaʻana o ka mea nui:

100G

Hōʻikeʻikepili:

Hōʻailona i nā pahu kirika a pahu pahu paha, 25/30 / 40kg no ka pānaʻi

Delivery Time:

Ma loko o hoʻokahi mahina ma hope o ka pau ʻana o ka kauoha

Uku LIKE:

45 lā a i ʻole 90 lā

Ka lako kūpono:

100 kaona / makahiki

ʻAno:

Keʻokeʻo, ʻōmaʻomaʻo melemele a ʻeleʻele melemele brownish

ʻOihana enzyme:

≥2000U / g


ninau
  • Description

Place o Kinohi:

China

Brand Name:

Hunan Nanbeiwang Biological Technology Co., Ltd

Model Number:

09


Description:

Glucose dehydrogenase is originally derived from animals. After that, the gene sequence is determined, and after the gene is synthesized, it is loaded into a plasmid of a prokaryotic organism such as Escherichia coli, and an industrial-scale enzyme preparation can be obtained by large-scale cultivation of Escherichia coli.


noi:

The enzyme catalyzes the reaction of β-D-glucose to produce gluconic acid, which is used for enzymatic preparation of cholic acid products, and has effects on both coenzyme 1 (NAD) and coenzyme 2 (NADP). Glucose can be used to oxidize coenzyme 1 (NAD+). 2 (NADP+) is reduced to reduced coenzyme 1 (NADH) and 2 (NADPH) to achieve the purpose of regenerating reduced coenzyme. Typical catalytic reactions are as follows:

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