In (A) selected subfamily IIIa and IIIb aminotransferases were aligned and a tree constructed by the neighbor-joining method 49 in order to define the subfamily membership of the BCAT (in blue)

In (A) selected subfamily IIIa and IIIb aminotransferases were aligned and a tree constructed by the neighbor-joining method 49 in order to define the subfamily membership of the BCAT (in blue)

Copyright information:Taken from "Branched-chain amino acid aminotransferase and methionine formation in "BMC Microbiology 2004;4():39-39.Published online 7 Oct 2004PMCID:PMC524486.Copyright © 2004 Venos et al; licensee BioMed Central Ltd. In (B) subfamily IIIa BCATs were aligned and a cla...

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Hauptverfasser: Venos, Erik S, Knodel, Marvin H, Radford, Cynthia L, Berger, Bradley J
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Berger, Bradley J
description Copyright information:Taken from "Branched-chain amino acid aminotransferase and methionine formation in "BMC Microbiology 2004;4():39-39.Published online 7 Oct 2004PMCID:PMC524486.Copyright © 2004 Venos et al; licensee BioMed Central Ltd. In (B) subfamily IIIa BCATs were aligned and a cladogram constructed by the neighbor-joining method. The numbers represent the bootstrap values (in percentage) for each branch point.
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title In (A) selected subfamily IIIa and IIIb aminotransferases were aligned and a tree constructed by the neighbor-joining method 49 in order to define the subfamily membership of the BCAT (in blue)
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