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DCTN1::SLC4A5

Known partner

Canonical-transcript structure of the two partner genes, and the read-level evidence supporting the fusion in each tumor sample.

Known studies

No published studies in the Mitelman database describe the DCTN1::SLC4A5 gene fusion. It may be novel, private to this case, or a technical artifact — absence from a curated database is not by itself evidence either way.

Canonical transcripts in genomic order spliced together in the fusion mRNA 17.7 kb apart chr2 SLC4A5 (-) ENST00000394019 · Ensembl canonical 74,342,534 breakpoint 74,216,242 74,343,416 31 exons · 127.2 kb chr2 DCTN1 (-) ENST00000628224 · Ensembl canonical 74,361,413 breakpoint 74,361,155 74,380,311 32 exons · 19.2 kb
Canonical transcripts shown in genomic order on chr2 (lower-coordinate gene on the left). Each gene is drawn at its own zoom level. Introns are compressed to 1% of their genomic length so the exons are easier to see — the pixel-space x-axis is therefore non-linear, but the labelled start and end coordinates of each transcript are exact. The gap shown between the two panels (when on the same chromosome) is the actual distance between gene bodies. Transcript IDs are MANE Select where available, else Ensembl_canonical, else the longest protein-coding transcript.

Left hand (primary)

Reportable 7 fragments (1 split, 5 discordant) · DCTN1 exon 32 → SLC4A5 exon 2

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