Abstract Amorphophallus mossambicensis (Schott ex Garcke) N.E.Br 1901, distributed from Tanzania to southern Africa in arid shrubland and deserts, had its complete chloroplast genome assembled to resolve its phylogenetic position. The genome was 168,728 bp, comprising LSC (90,388 bp), SSC (14,572 bp), two IRs (31,884 b...
Hao-Liang Shi, Wei Wang, Ying Qi et al.· Mitochondrial DNA Part B: Re...· 1 citation
Phylogenetic analysis of protein-coding genes from 20 congeneric species robustly placed Amorphophallus myosuroides in a clade with A. titanum and A. paeoniifolius within the Southeast Asian lineage, clarifies its evolutionary relationships and provides data for studies on speciation, morphology, taxonomy, and biogeogr...
Hao-Liang Shi, Wei Wang, Kai Chen et al.· Mitochondrial DNA Part B: Re...· 0 citations
Phylogenetic analysis of 15 complete chloroplast genomes strongly placed A. maxwellii within clade CA‑II as sister to A. kachinensis, supporting monophyly of lineages SEA, CA‑I, and CA‑II.
Hao-Liang Shi, Wei Wang, Kai Chen et al.· Mitochondrial DNA Part B: Re...· 0 citations
The chloroplast genomic data provide a valuable resource for future taxonomic and evolutionary studies in Amorphophallus and revealed that all Amorphophallus species formed a highly supported monophyletic clade, with A. ochroleucus showing closer affinity to A. paeoniifolius and A. titanum.
Haoliang Shi, Wei Wang, Kai Chen et al.· Mitochondrial DNA Part B: Re...· 0 citations
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