Post-proline Dipeptidyl Amino-peptidase from Flavobacterium |
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Authors: | Tadashi Yoshimoto Daisuke Tsuru |
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Affiliation: | Faculty of Pharmaceutical Sciences, Nagasaki University, Nagasaki, Nagasaki 852, Japan |
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Abstract: | Nitrogenase catalyzes not only the reduction of N2 to NH3 but also the reduction of C2H2 to C2H4 and H+ ion to H2 gas, etc. The detailed mechanism of the nitrogenase reaction is not clear. We have prepared monoclonal antibodies against Component I nitrogenase of A. vinelandii and examined the effects of antibodies on the nitrogenase reactions. A monoclonal antibody designated MA-1 inhibited C2H2 reduction activity strongly but did not inhibit H2 evolution activity. MA-2, on the contrary, inhibited only H2 evolution activity. MA-8 inhibited both C2H2 reduction and H2 evolution activity to the same extent. |
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Keywords: | entomopathogenic fungus glycoprotein Metarhizium anisopliae protein tyrosine phosphatase thermostable |
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