Gene evidence record
trnl-gag
trnl-gag
Functional annotation
Curated function is shown separately from locus and sequence evidence.
The current release contains evidence for trnl-gag across 5 species, 5 organelle assemblies, and 5 annotated loci. Loci and species are counted separately because inverted-repeat copies duplicate a locus within one assembly.
Species evidence
Species-level DNA, coordinate and organelle coverage for this symbol.
| Species | Taxonomy | Organelle | DNA records | Coordinate loci | Accessions | |
|---|---|---|---|---|---|---|
| Galeopsis tetrahit | LamioideaeGaleopsis | mitochondrial | 0 | 1 | OY776135.1 | Species evidence |
| Melittis melissophyllum | LamioideaeMelittis | mitochondrial | 0 | 1 | OZ218192.1 | Species evidence |
| Mentha aquatica | NepetoideaeMentha | mitochondrial | 0 | 1 | OZ278035.1 | Species evidence |
| Mosla chinensis | NepetoideaeMosla | mitochondrial | 0 | 1 | Mosla_chin_12 | Species evidence |
| Mosla soochowensis | NepetoideaeMosla | mitochondrial | 0 | 1 | Mosla_sooc_4 | Species evidence |
Coordinate-linked loci
Raw accession, coordinate range, strand and feature type remain visible. Duplicate copies within an assembly are not collapsed.
| Species | Organelle | Accession | Feature | Coordinates | Strand | Length | |
|---|---|---|---|---|---|---|---|
| Galeopsis tetrahit | Mitochondrial | OY776135.1 | gene | 42712–42783 | -1 | — | Open map |
| Melittis melissophyllum | Mitochondrial | OZ218192.1 | gene | 265994–266064 | 1 | — | Open map |
| Mentha aquatica | Mitochondrial | OZ278035.1 | gene | 129653–129726 | 1 | — | Open map |
| Mosla chinensis | Mitochondrial | Mosla_chin_12 | gene | 66576–66649 | -1 | — | Open map |
| Mosla soochowensis | Mitochondrial | Mosla_sooc_4 | gene | 17055–17128 | 1 | — | Open map |
Publication-safe DNA records
Only nucleotide records are publicly exposed. Protein sequences are intentionally omitted.
No public DNA sequence
This record may be supported by coordinate evidence without an exposed DNA sequence.
Accessions
Traceable identifiers associated with this gene evidence.