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Table 4 Phylogenetic relationships of ectoprocts, brachiopods and phoronids according to different phylogenetic analyses (only sister group relationships with one other phylum; more complex relationships are not considered).

From: The complete mitochondrial genome of Flustra foliacea (Ectoprocta, Cheilostomata) - compositional bias affects phylogenetic analyses of lophotrochozoan relationships

Method

Data set

Tree Figure

Ectoprocta+Phoronida

Ectoprocta+Entoprocta

Ectoprocta+Annelida

Ectoprocta+Gastropoda

Brachiopoda+Annelida

Phoronida+Nemertea

Phoronida+Entoprocta

Maximum-likelihood (MtZoa+F model)

Amino acid data set, with Lingula

Additional file 2

      

<50

Maximum-likelihood (GTR model)

Nucleotide data set

Additional file 3

   

<50

86

<50

 

Maximum-likelihood (GTR model)

Nucleotide data set (Gblocks edited)

Additional file 4

    

<50

  

Maximum-likelihood (GTR model)

Nucleotide data set (direct nucleotide alignment)

Additional file 5

    

99

  

Maximum-likelihood (MtZoa+F model)

Amino acid data set

Additional file 6

    

52

 

52

Maximum-likelihood (MtZoa+F model)

Amino acid data set (Gblocks edited)

Additional file 7

   

<50

 

<50

 

Maximum-likelihood (GTR model)

1st and 2nd codon positions

5B

   

<50

<50

<50

 

nhPhyML

Nucleotide data set; starting tree GTR tree

Additional file 8

   

x

 

x

 

nhPhyML

Nucleotide data set; starting tree CAT tree

Additional file 9

x

      

Bayesian (CAT model)

Amino acid data set

5A

  

0.84

    

Bayesian (CAT model)

Amino acid data set; 10 taxa with the most strongly differing amino acid composition excluded

Additional file 11

  

0.78

   

0.58

Maximum-likelihood (MtZoa+F model)

Amino acid data set; 10 taxa with the most strongly differing amino acid composition excluded

Additional file 12

 

<50

  

<50

  

Bayesian (CAT model)

Amino acid data set recoded using 9 minmax chi-squared bins'

Additional file 14

  

0.92

    

Maximum-likelihood (MULTIGAMMA model)

Amino acid data set recoded using 9 minmax chi-squared bins

Additional file 15

    

60

  

Bayesian (CAT model)

Amino acid data set recoded using 6 minmax chi-squared bins

Additional file 16

    

0.96

  

Maximum-likelihood (MULTIGAMMA model)

Amino acid data set recoded 6 minmax chi-squared bins

Additional file 17

    

<50

 

<50

Bayesian (CAT model)

Amino acid data set recoded using Dayhoff groups

Additional file 18

       

Maximum-likelihood (MULTIGAMMA model)

Amino acid data set recoded Dayhoff groups

Additional file 19

      

<50

Bayesian (CAT+BP model)

Amino acid data set

Additional file 20

  

0.63

    

Maximum-likelihood (GTR model)

Nucleotide data set, 20% of the alignment positions with highest sitewise rates removed

Additional file 21

    

98

  

Maximum-likelihood (MtZoa+F model)

Amino acid data set; 10% of the alignment positions with highest sitewise rates removed

Additional file 22

    

<50

 

58

  1. Unless noted otherwise, the analyses are based on alignments edited with ALISCORE and the nucleotide alignments are derived from the amino acid alignments. If a group is monophyletic, the posterior probability respectively the bootstrap support is given.