Alignment of 5.8S and short part of 28S sequences of Tulasnellaceae species produced by MAFFT and used for infering phylogeny. This file is in nexus format and contains sequence alignment and MrBayes input data
Alignment files for cox1, ef1-alpha, and a concatenated file for Myrsidae and Brueelia samples gener...
This is a multiple sequence alignment file (in PHYLIP format) obtained by concatenating the sequence...
Alignment of sequences from the plastid gene rps2 from Orobanchaceae and phylogenetic trees (maximum...
Alignment of 5.8S and short part of 28S sequences of Tulasnellaceae species produced by MAFFT and us...
Alignment of Tulasnellaceae 5.8S used for inferring the phylogeny. The file is in PHYLIP format
Alignment of 18S of Neottia species produced by MAFFT and used for infering phylogeny. This file is ...
Alignment of Tulasnellaceae sequences spanning ITS1-5.8S-ITS2 used in analysis of molecular variatio...
Alignment of Tulasnellaceae mitochondrial large subunit (mtLSU) used for inferring the phylogeny. Th...
Alignment of ITS sequences of several Neottieae species produced by MAFFT and used for infering Neot...
Alignment of 28S sequences of Sebacinales produced by MAFFT and used for infering Sebacinales phylog...
This is a multiple sequence alignment file (in PHYLIP format) obtained by concatenating the sequence...
Nexus-formatted sequence alignment for five locus + gap plastid phylogenetic analysis of Neotropical...
The data folder contains three sequence alignments used to construct phylogenetic trees of Geraniale...
Nexus-formatted sequence alignment for five locus + gap plastid phylogenetic analysis of Neotropical...
MUSCLE alignment of concatenated protein sequences from 48 ribosomal proteins from species of the fa...
Alignment files for cox1, ef1-alpha, and a concatenated file for Myrsidae and Brueelia samples gener...
This is a multiple sequence alignment file (in PHYLIP format) obtained by concatenating the sequence...
Alignment of sequences from the plastid gene rps2 from Orobanchaceae and phylogenetic trees (maximum...
Alignment of 5.8S and short part of 28S sequences of Tulasnellaceae species produced by MAFFT and us...
Alignment of Tulasnellaceae 5.8S used for inferring the phylogeny. The file is in PHYLIP format
Alignment of 18S of Neottia species produced by MAFFT and used for infering phylogeny. This file is ...
Alignment of Tulasnellaceae sequences spanning ITS1-5.8S-ITS2 used in analysis of molecular variatio...
Alignment of Tulasnellaceae mitochondrial large subunit (mtLSU) used for inferring the phylogeny. Th...
Alignment of ITS sequences of several Neottieae species produced by MAFFT and used for infering Neot...
Alignment of 28S sequences of Sebacinales produced by MAFFT and used for infering Sebacinales phylog...
This is a multiple sequence alignment file (in PHYLIP format) obtained by concatenating the sequence...
Nexus-formatted sequence alignment for five locus + gap plastid phylogenetic analysis of Neotropical...
The data folder contains three sequence alignments used to construct phylogenetic trees of Geraniale...
Nexus-formatted sequence alignment for five locus + gap plastid phylogenetic analysis of Neotropical...
MUSCLE alignment of concatenated protein sequences from 48 ribosomal proteins from species of the fa...
Alignment files for cox1, ef1-alpha, and a concatenated file for Myrsidae and Brueelia samples gener...
This is a multiple sequence alignment file (in PHYLIP format) obtained by concatenating the sequence...
Alignment of sequences from the plastid gene rps2 from Orobanchaceae and phylogenetic trees (maximum...
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