Claim · model-written summary
The Urticaceae quadripartite structure was stable across species.
- Taxon
- UrticaceaeUrticaceaee0
- Outcome
- quadripartite structuree0
Not reportedMaterialGeneCompoundOrgan / stageInteractorInteractor roleSecond interactorSecond interactor roleTreatmentComparatorSettingDirectionValueQualifier
Verbatim
e0“The quadripartite structure remained stable, with LSC (83 919.20 ± 4288.10 bp), SSC (18 611.88 ± 2407.50 bp), and IR (26 186.78 ± 3841.20 bp) regions consistent across Urticaceae”
Title
Mohan S. Rana; Ganesh Pinnika; Bimal K. Chetri Biology Bulletin Reviews 2025. doi:10.1134/s2079086425600353
Other claims from this paper (18)
- Method / resource The first complete plastome was presented for Elatostema lineolatum var. major.
- Observation The plastome was 150 292 bp and had a quadripartite structure.
- Observation The large single-copy region was 83 953 bp.
- Observation The small single-copy region was 17 207 bp.
- Observation Each inverted repeat was 24 566 bp.
- Observation The plastome encoded 131 genes.
- Observation The plastome encoded 86 protein-coding genes.
- Observation The plastome encoded 37 tRNAs.
- Observation The plastome encoded 8 rRNAs.
- Observation Elatostema plastomes had high synteny and conserved gene order.
- Observation Urticaceae plastomes had conserved structures and sizes from 142 627 to 170 958 bp.
- Observation Urticaceae plastome GC content ranged 35.32–37.22%.
- Observation Eleven hypervariable regions were identified.
- Method / resource The ycf1 region was identified as a promising DNA barcode.
- Method / resource SSRs were identified as useful population genetic markers.
- Observation Phylogeny placed E. lineolatum near E. dissectum.
- Observation Ortholog analysis suggested evolutionary stability.
- Observation Ka/Ks analysis detected positive selection in ycf2.