Abstract
The activity of cellulase irradiated at various conditions has been studied. The activity of cellulase irradiated at low temperature (-78 /sup 0/C) increased by heating at 40 /sup 0/C, but that of cellulase irradiated at high temperature above 0 /sup 0/C decreased. The activity of cellulase irradiated in the dry state at room temperature increased with irradiation dose. The effect of adding biological substances such as amino acids, enzymes, and agar on the irradiation of cellulase was studied. It was shown that EDTA and p-benzoquinone have a protective ability against radiation-induced inactivation of the enzyme.
Citation Formats
Kumakura, M, and Kaetsu, I.
Behaviour of the activity of cellulase irradiated under various conditions.
Germany: N. p.,
1988.
Web.
Kumakura, M, & Kaetsu, I.
Behaviour of the activity of cellulase irradiated under various conditions.
Germany.
Kumakura, M, and Kaetsu, I.
1988.
"Behaviour of the activity of cellulase irradiated under various conditions."
Germany.
@misc{etde_6766048,
title = {Behaviour of the activity of cellulase irradiated under various conditions}
author = {Kumakura, M, and Kaetsu, I}
abstractNote = {The activity of cellulase irradiated at various conditions has been studied. The activity of cellulase irradiated at low temperature (-78 /sup 0/C) increased by heating at 40 /sup 0/C, but that of cellulase irradiated at high temperature above 0 /sup 0/C decreased. The activity of cellulase irradiated in the dry state at room temperature increased with irradiation dose. The effect of adding biological substances such as amino acids, enzymes, and agar on the irradiation of cellulase was studied. It was shown that EDTA and p-benzoquinone have a protective ability against radiation-induced inactivation of the enzyme.}
journal = []
volume = {124:1}
journal type = {AC}
place = {Germany}
year = {1988}
month = {Apr}
}
title = {Behaviour of the activity of cellulase irradiated under various conditions}
author = {Kumakura, M, and Kaetsu, I}
abstractNote = {The activity of cellulase irradiated at various conditions has been studied. The activity of cellulase irradiated at low temperature (-78 /sup 0/C) increased by heating at 40 /sup 0/C, but that of cellulase irradiated at high temperature above 0 /sup 0/C decreased. The activity of cellulase irradiated in the dry state at room temperature increased with irradiation dose. The effect of adding biological substances such as amino acids, enzymes, and agar on the irradiation of cellulase was studied. It was shown that EDTA and p-benzoquinone have a protective ability against radiation-induced inactivation of the enzyme.}
journal = []
volume = {124:1}
journal type = {AC}
place = {Germany}
year = {1988}
month = {Apr}
}