Claim · model-written summary
The trnQ‐UUG gene is absent from the G. atrosanguinea chloroplast genome.
- Taxon
- G. atrosanguinea
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Globba atrosanguineae0 - Gene
- trnQ‐UUGe0
- Outcome
- specifically absente0
Verbatim
e0“trnQ‐UUG gene was specifically absent from the chloroplast genome of G. atrosanguinea”
Title
Wenhui Liao; Xianlin Rong; Chunhai Wei; et al. Ecology and Evolution 2026. doi:10.1002/ece3.73360
Other claims from this paper (12)
- Observation The three Globba chloroplast genomes have lengths of 163,141 bp, 163,487 bp and 163,535 bp, respectively.
- Observation The annotated Globba chloroplast genomes contain 133–134 unique genes.
- Observation The trnG‐GCC gene occurs in two copies only in G. multiflora and G. racemosa among 11 Globba genomes.
- Observation Globba chloroplast genomes showed high synteny without large-scale structural rearrangements.
- Observation The inverted repeat boundaries varied around ycf1 and ndhF.
- Observation Globba chloroplast codon usage favors A/U‐ending codons.
- Observation Leucine, threonine and arginine were the most frequently encoded amino acids.
- Observation Seventeen optimal codons were identified.
- Observation Globba chloroplast genomes contained 60 to 70 simple sequence repeats per genome.
- Mechanism Mutation pressure primarily shaped Globba chloroplast codon usage patterns.
- Observation Eleven Globba species formed two primary monophyletic clades in chloroplast phylogeny.
- Method / resource The study provides newly generated Globba chloroplast genomes as genomic resources.