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Phylogenetic trees showing the relationship of 16S rRNA gene sequences amplified from Sagami Bay Calyptogena sediment and microbial mat to those of representatives of bacteria (a) (CFB, Cytophaga–Flavobacterium–Bacteriodes group; G+, Gram-positive bacterial group) and archaea (b). The phenogram was constructed from a matrix of pairwise genetic distances by the maximum-parsimony algorithm and the neighbour-joining method. Representatives of the Gram-positive bacteria and Korarchaeota were used as the outgroup in the bacterial and archaeal trees, respectively. Bootstrap values greater than 50% are shown. Scale represents a 2% difference in sequence. Numbers in parentheses show clone numbers. Sample designations are the same as shown in Fig. 1. MG-1, marine group 1. SBC and SBM are Calyptogena sediment and microbial mat samples, respectively.

Phylogenetic trees showing the relationship of 16S rRNA gene sequences amplified from Sagami Bay Calyptogena sediment and microbial mat to those of representatives of bacteria (a) (CFB, Cytophaga–Flavobacterium–Bacteriodes group; G+, Gram-positive bacterial group) and archaea (b). The phenogram was constructed from a matrix of pairwise genetic distances by the maximum-parsimony algorithm and the neighbour-joining method. Representatives of the Gram-positive bacteria and Korarchaeota were used as the outgroup in the bacterial and archaeal trees, respectively. Bootstrap values greater than 50% are shown. Scale represents a 2% difference in sequence. Numbers in parentheses show clone numbers. Sample designations are the same as shown in Fig. 1. MG-1, marine group 1. SBC and SBM are Calyptogena sediment and microbial mat samples, respectively.

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