Publication date
November 2016
DOIAbstract
Multiple sequence alignment produced from MUSCLE v.3.7 used for phylogenetic analysis of the RPT6A Intron
Multiple sequence alignment produced from MUSCLE v.3.7 used for phylogenetic analysis of the RPT6A Intron
Alignment of Glomeromycotina fungi sequences used to produce phylogenetic tree presented in Figure 1...
Primary multiple sequence alignment of Fig.8 (CRISP) performed with MUSCLE program using Jalview sof...
MUSCLE alignment of concatenated protein sequences from 48 ribosomal proteins from species of the fa...
Multiple sequence alignment produced from MUSCLE v.3.7 used for phylogenetic analysis of the RPT6A I...
Multiple sequence alignment produced by MUSCLE v.3.7 for phylogenetic analysis of the RAB6 Intron
Multiple sequence alignment produced by MUSCLE v.3.7 for phylogenetic analysis of the mtATPSynthase ...
Multiple sequence alignment produced by MUSCLE v.3.7 for phylogenetic analysis of BXL2 Intron sequen...
Sequence alignment produced by MUSCLE v.3.7 used for concatenated phylogenetic analysis of ETS and I...
This include the preliminary alignment generated with MUSCLE and results of analyses obtained from i...
Primary multiple sequence alignment file of Fig.6 performed with MUSCLE program using Mega6 software
Producing high-quality multiple sequence alignments of DNA, RNA, or amino acid sequences is often an...
The target gene open reading frame protein sequences (MHC, TLR, RLR, KoRV) from the Trinotate analys...
Multiple sequence alignment of partial sequences of Cadmodulin gene of Aspergillus terreus. The sequ...
These alignments contain the raw sequences, i.e., prior to trimming. Alignments were generated in MU...
Primary multiple sequence alignment of Fig.5b (LNTX) performed with MUSCLE program using Jalview sof...
Alignment of Glomeromycotina fungi sequences used to produce phylogenetic tree presented in Figure 1...
Primary multiple sequence alignment of Fig.8 (CRISP) performed with MUSCLE program using Jalview sof...
MUSCLE alignment of concatenated protein sequences from 48 ribosomal proteins from species of the fa...
Multiple sequence alignment produced from MUSCLE v.3.7 used for phylogenetic analysis of the RPT6A I...
Multiple sequence alignment produced by MUSCLE v.3.7 for phylogenetic analysis of the RAB6 Intron
Multiple sequence alignment produced by MUSCLE v.3.7 for phylogenetic analysis of the mtATPSynthase ...
Multiple sequence alignment produced by MUSCLE v.3.7 for phylogenetic analysis of BXL2 Intron sequen...
Sequence alignment produced by MUSCLE v.3.7 used for concatenated phylogenetic analysis of ETS and I...
This include the preliminary alignment generated with MUSCLE and results of analyses obtained from i...
Primary multiple sequence alignment file of Fig.6 performed with MUSCLE program using Mega6 software
Producing high-quality multiple sequence alignments of DNA, RNA, or amino acid sequences is often an...
The target gene open reading frame protein sequences (MHC, TLR, RLR, KoRV) from the Trinotate analys...
Multiple sequence alignment of partial sequences of Cadmodulin gene of Aspergillus terreus. The sequ...
These alignments contain the raw sequences, i.e., prior to trimming. Alignments were generated in MU...
Primary multiple sequence alignment of Fig.5b (LNTX) performed with MUSCLE program using Jalview sof...
Alignment of Glomeromycotina fungi sequences used to produce phylogenetic tree presented in Figure 1...
Primary multiple sequence alignment of Fig.8 (CRISP) performed with MUSCLE program using Jalview sof...
MUSCLE alignment of concatenated protein sequences from 48 ribosomal proteins from species of the fa...
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