Figure S2. Organization of the control regions in the five complete Cosmoscartini mitogenomes. The tandem repeats are presented by colored oval with Arabic numerals inside. Non-repeat regions are shown by gray bars with sequence length inside. (TIF 3876 kb
Abstract Background Cosmoscartini (Hemiptera: Cercopoidea: Cercopidae) is a large and brightly color...
Figure S4. Relative synonymous codon usage of mitochondrial genomes of 17 isopods. Codon families ar...
Heteroplasmic sites identified on the mitochondrial genomes of Loricarioidei catfishes. This spreads...
Figure S1. Sequence alignments of the intergenic spacer between trnS2 and nad1 in the nine Cosmoscar...
Table S2. Codons usage for the 13 protein-coding genes of nine Cosmoscatini species. (XLSX 24 kb
Table S1. Gene content of our nine sequenced specimens and other published Cercopidae mitogenomes. (...
Table S3. Start and stop codons of 13 protein-coding genes of nine Cosmoscatini species. (XLSX 10 kb
Table S4. Samples used in this study, collecting data, and GenBank accession numbers. (XLSX 19 kb
Figure S1. PacBio read mapping to the S. endobioticum mtDNA. Figure S2. Dotplot internal repeat stru...
Annotation and organization of five Tingidae mt-genomes sequenced in this study. (XLSX 19 kb
Figure S1. Overview of cryptophyte mitochondrial genomes. Linearized maps of the five novel complete...
Table S2. Mitochondrial genome organization of Histiostoma feroniarum. (DOCX 16 kb
Figure S1. Relative synonymous codon usage (RSCU) of six monopisthocotylid mitogenomes. (PDF 57 kb
Table S1. Tandem repeats detected in four Armillaria mitogenomes using Tandem Repeats Finder. (XLSX ...
Figure S1. Gene organization of control regions and WANCY cluster in snake mitochondrial genomes. Ci...
Abstract Background Cosmoscartini (Hemiptera: Cercopoidea: Cercopidae) is a large and brightly color...
Figure S4. Relative synonymous codon usage of mitochondrial genomes of 17 isopods. Codon families ar...
Heteroplasmic sites identified on the mitochondrial genomes of Loricarioidei catfishes. This spreads...
Figure S1. Sequence alignments of the intergenic spacer between trnS2 and nad1 in the nine Cosmoscar...
Table S2. Codons usage for the 13 protein-coding genes of nine Cosmoscatini species. (XLSX 24 kb
Table S1. Gene content of our nine sequenced specimens and other published Cercopidae mitogenomes. (...
Table S3. Start and stop codons of 13 protein-coding genes of nine Cosmoscatini species. (XLSX 10 kb
Table S4. Samples used in this study, collecting data, and GenBank accession numbers. (XLSX 19 kb
Figure S1. PacBio read mapping to the S. endobioticum mtDNA. Figure S2. Dotplot internal repeat stru...
Annotation and organization of five Tingidae mt-genomes sequenced in this study. (XLSX 19 kb
Figure S1. Overview of cryptophyte mitochondrial genomes. Linearized maps of the five novel complete...
Table S2. Mitochondrial genome organization of Histiostoma feroniarum. (DOCX 16 kb
Figure S1. Relative synonymous codon usage (RSCU) of six monopisthocotylid mitogenomes. (PDF 57 kb
Table S1. Tandem repeats detected in four Armillaria mitogenomes using Tandem Repeats Finder. (XLSX ...
Figure S1. Gene organization of control regions and WANCY cluster in snake mitochondrial genomes. Ci...
Abstract Background Cosmoscartini (Hemiptera: Cercopoidea: Cercopidae) is a large and brightly color...
Figure S4. Relative synonymous codon usage of mitochondrial genomes of 17 isopods. Codon families ar...
Heteroplasmic sites identified on the mitochondrial genomes of Loricarioidei catfishes. This spreads...