Amanote Research
Register
Sign In
Figure 5: Phylogenetic Tree Reconstruction of 40 Ipomoea Species Based on Whole Chloroplast Genomes Using Merremia Quinquefolia and Operculina Macrocarpa as Outgroups.
doi 10.7717/peerj.6563/fig-5
Full Text
Open PDF
Abstract
Available in
full text
Date
Unknown
Authors
Unknown
Publisher
PeerJ
Related search
Figure 3: Repeats in 40 Ipomoea Chloroplast Genomes.
Figure 5: Phylogenetic Trees Based on Homologous CDSs of Chloroplast Genomes From Photosynthetic Ericaceae.
Figure 3: Phylogenetic Tree Constructed Based on the Complete Chloroplast Genomes of 17 Aegililops Tauschii Accessions by Maximum Likehood (ML) Method.
Figure 2: The Best Scoring Maximum Likelihood Phylogenetic Tree Based on 143,882 Bp of Non-Gapped Sequence in a Gblock Alignment of the Whole Chloroplast Genomes of Fagus Crenata, F. Engleriana, Representative Genera of the Fagaceae and Outgroups From Betulaceae, Juglandaceae and Myricaceae.
Figure 5: Molecular Phylogenetic Tree of Symbiodiniaceae of Palythoa Species Using Mitochondrial psbAncr Reverse Region.
Figure 5: Complete Plastid Genome Phylogenetic Tree of 49 Species Based on Maximum Likelihood Analysis and Bayesian Inference.
Comparative Analysis and Relationships of Six Important Crop Species Chloroplast Genomes Using Whole Genome Web-Based Informatics Tools
African Journal of Biotechnology
Figure 3: Phylogeny of 37 Campanulid Species Using Their Complete Chloroplast Genomes.
Figure 5: The Bayesian Phylogenetic Tree of Arsenophonus Based on 23S rDNA Sequences.
