Niagone azorica F62 Peniagone azorica F66 0.96 Peniagone azorica F64 Peniagone islandicaNiagone azorica F62 Peniagone

Niagone azorica F62 Peniagone azorica F66 0.96 Peniagone azorica F64 Peniagone islandica
Niagone azorica F62 Peniagone azorica F66 0.96 Peniagone azorica F64 Peniagone islandica B4 Peniagone islandica B12 0.63 0.95 Peniagone sp. NZEC235-08 Peniagone sp. NZEC236-08 0.56 Peniagone saveljevae Peniagone sp. ECH00852 0.99 Peniagone sp. ZMBN140277 Peniagone sp. ZMBN140278 0.89 Peniagone islandica H33 Peniagone islandica H50 Peniagone islandica H30 0.97 0.88 Peniagone incerta MOLN115 Peniagone incerta MOLN114 Peniagone incerta MOLAF764 0.92 0.91 Peniagone incerta MOLAF761 Peniagone incerta MOLAF720 0.99 0.77 0.54 0.68 0.57 Peniagone coccinea B30 Peniagone coccinea D42 Peniagone sp. ZMBN140279 Peniagone vignoni MOLAF721 Peniagone vignoni MOLG073 Peniagone vignoni MOLN098 Peniagone vignoni MOLG074 Peniagone vignoni MOLAF748 0.99 0.99 0.99 1 Protelpidia murrayi Echinoderm1B1_St42 Scotoplanes sp. Scotoplanes hanseni Amperima robusta Elpidia kurilensis Peniagone sp. NZEC232-08 Peniagone diaphana Peniagone Etiocholanolone Technical Information leanderBA0.Figure ten. Bayesian phylogenetic tree inferred from concatenated mtDNA COI and 16S RNA sequences. Sequences Figure 10. Bayesian phylogenetic tree inferred from concatenated mtDNA COI and 16S RNA sequences. Sequences obtained within this study are in bold. Node numbers are posterior probabilities. NZEC2XX-08 correspond BOLD process ID obtained within this study are in bold. Node numbers are posterior probabilities. NZEC2XX-08 correspond toto BOLD method numbers. Holothurian pictograms are colored in accordance with the color of colour of preserved specimens. Colored circles ID numbers. Holothurian pictograms are colored in line with thepreserved specimens. Colored circles correspond to geographical geographical areas as correspond to places as on Figure 9. on Figure 9.In all three trees, the basal-most species had been reported from the North Pacific (P. cf. purpurea, Peniagone spp., P. leander) as well as the North Atlantic (P. diaphana), even though the terminal clades (A and B) also incorporated all the Antarctic species. The North Pacific species included inside the present study (P. cf. purpurea, P. mus and P. saveljevae) did not show closeDiversity 2021, 13,16 ofIn all three trees, the basal-most species had been reported from the North Pacific (P. cf. purpurea, Peniagone spp., P. leander) as well as the North Atlantic (P. diaphana), whilst the terminal clades (A and B) also incorporated all the Antarctic species. The North Pacific species incorporated within the present study (P. cf. purpurea, P. mus and P. saveljevae) did not show close partnership to each and every other appearing in the distinct bigger clades around the phylogenetic trees. Occasionally swimming types [3] have been largely identified inside the terminal clades A and B (Figures 9 and ten) though morphology of Peniagone sp. YYH-2013 and Peniagone sp. SIO-BIC E5608 specimens was not reported inside the open Ethyl Vanillate medchemexpress sources and therefore was not scored inside the present study. Notably, two species with big velum and vibrant coloration, P. cf. purpurea and P. coccinea did not type sister relationships on the obtained phylogenetic trees (Figures 9 and ten). 5. Discussion As outlined by previously published records and our final results, the northwest Pacific fauna with the genus Peniagone incorporates at the least seven species: P. dubia, P. japonica, P. mus, P. minuta, P. cf. purpurea, P. saveljevae and P. vitrea. The northwest Pacific Peniagone sp. “miniatura” also can represent a separate species or perhaps a case of ongoing speciation inside P. mus. Despite the fact that genetically it can be pretty close to P. mus, the differences in the ossicle morphology involving the two prospective species.