Supplemental Data for "Novel hot spring Nitrososphaera support vertical inheritance of ammonia oxidation & carbon fixation in Thaumarchaeota"

Supplemental data for "  
<strong>Novel hot spring Nitrososphaera support vertical inheritance of ammonia oxidation &amp; carbon fixation in Thaumarchaeota", </strong>containing concatenated protein phylogenies demonstrating organismal and metabolic protein relationships of ammonia oxidizing archaea. 

<strong>SI Figure 1:</strong> Full concatenated ribosomal protein phylogeny with transfer bootstrap support
<strong>SI Figure 2:</strong> Protein phylogenies for ammonia monooxygenase (concatenated AmoA, AmoB, and AmoC) with transfer bootstrap support
<strong>SI Figure 3:</strong> Protein phylogenies for O2 reduction (subunit I of the A-family Heme-Copper Oxidoreductase) with transfer bootstrap support
<strong>SI Figure 4:</strong> Protein phylogenies for carbon fixation (concatenated Mut, Acc, and Abf) with transfer bootstrap support
<strong>SI Data 1:</strong> Full concatenated ribosomal protein phylogeny with transfer bootstrap support
<strong>SI </strong><strong>Data</strong><strong> 2:</strong> Protein phylogenies for ammonia monooxygenase (concatenated AmoA, AmoB, and AmoC) with transfer bootstrap support
<strong>SI Data 3:</strong> Protein phylogenies for O2 reduction (subunit I of the A-family Heme-Copper Oxidoreductase) with transfer bootstrap support
<strong>SI Data 4:</strong> Protein phylogenies for carbon fixation (concatenated Mut, Acc, and Abf) with transfer bootstrap support