3.1.1.20: tannase
This is an abbreviated version!
For detailed information about tannase, go to the full flat file.
Word Map on EC 3.1.1.20
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3.1.1.20
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gallic
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tannic
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aspergillus
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niger
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gallate
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plantarum
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submerged
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solid-state
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food industry
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catechin
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pectinase
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biotechnology
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tannery
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gallotannins
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galloylated
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hydrolysable
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paecilomyces
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feruloyl
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tannin-rich
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1-propanol
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depside
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emblica
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pentosus
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synthesis
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variotii
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degradation
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industry
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medicine
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agriculture
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brewing
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nutrition
- 3.1.1.20
-
gallic
-
tannic
- aspergillus
- niger
- gallate
- plantarum
-
submerged
-
solid-state
- food industry
- catechin
- pectinase
- biotechnology
-
tannery
- gallotannins
-
galloylated
-
hydrolysable
-
paecilomyces
-
feruloyl
-
tannin-rich
- 1-propanol
-
depside
- emblica
- pentosus
- synthesis
- variotii
- degradation
- industry
- medicine
- agriculture
- brewing
- nutrition
Reaction
Synonyms
An04g04430, AoTanA, AotanB, ATAN1, depsidase, fungal tannase, gallotannin-degrading esterase, GALLO_1609, LP-tan, plant tannase, TAH, TAH I, TAH II, tan A, Tan410, tan7, TanA, TanB, tanBLP, TanLpl, tannase, tannase I, tannase II, tannin acyl hydrolase, tannin acyl-hydrolase, tannin acylhydrolase, tannin-acyl-hydrolase, TanSg1, yeast tannase
ECTree
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General Stability
General Stability on EC 3.1.1.20 - tannase
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a mixture of tannic acid and PEG 6000 protect the enzyme during purification
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salt-tolerant enzyme, stable up to 2 M NaCl, and 82% remaining activity in presence of 3 M NaCl
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the enzyme is salt tolerant, stable up to 2 M of NaCl and retains 82% original activity in 3 M
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the glyoxyl agarose gel-immobilized enzyme is stabilized 500-1000fold with regard to one-point covalent immobilized derivatives
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the immobilisation of tannase by multipoint covalent attachment on glyoxyl agarose strongly increases the stability of the enzyme in the presence of 1-propanol (e.g. 10fold more stable than a tannase derivative obtained by a very mild immobilisation on CNBr-activated agarose)
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the immobilized enzyme retains its initial activity over 10 cycles and retains 80% of its initial activity after 26 cycles. After that, the activity of the immobilized enzyme is quickly lost, retaining about 40% of its initial activity after 46 cycles
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the tannase can successfully be immobilized on Amberlite IR where it retains about 85% of the initial catalytic activity even after the ninth cycle of its use
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