Curated summary · agent-written · kb/genes/curated/hgnc_23088.md
All 12 claims checked against the KB draft

SLC10A7 across dismech

SLC10A7 (solute carrier family 10 member 7) is named by 1 disorder entry.

Normal function

The ai-gene-review snapshot that dismech currently ingests lists 0 core-function GO terms for SLC10A7. The current upstream review describes a Golgi-membrane protein of the bile acid:sodium symporter fold that acts as a negative regulator of cellular calcium influx and is needed for normal Golgi glycosylation, with no transported substrate yet identified.

Causative record

The one entry naming SLC10A7 types it as causative, Short Stature, Amelogenesis Imperfecta, and Skeletal Dysplasia with Scoliosis, with germline variants (Short Stature, Amelogenesis Imperfecta, and Skeletal Dysplasia with Scoliosis). ClinGen rates the relationship definitive. The gene sits on the node Biallelic SLC10A7 Loss of Function and on the node Secretory Pathway Calcium Dyshomeostasis.

Where the layers agree and disagree

ClinGen classifies SLC10A7 for 1 disease. The nodes naming SLC10A7 carry 2 process terms (Golgi calcium ion homeostasis; regulation of cytosolic calcium ion concentration); the glycosylation defect is recorded on downstream nodes that do not name the gene.

Underlined values are claims re-computed from the knowledge base each time this page is built. The tables below are the source of truth.

In the knowledge base · computed from kb/ at build time

Disorders

Relationship is the entry's genetic[].relationship_type. untyped means the entry has a genetic record for the gene but does not type it; its free-text association is shown instead.

DisorderRelationshipWhere the gene appears
Short Stature, Amelogenesis Imperfecta, and Skeletal Dysplasia with Scoliosis causative germline
CLINGEN: definitive
mechanism: Biallelic SLC10A7 Loss of Function; Secretory Pathway Calcium Dyshomeostasis
animal model: Slc10a7 knockout mouse; slc10a7 morpholino knockdown zebrafish
ClinGen gene–disease validity · snapshot 2026-10-03 · matched to entries by MONDO

An entry matches when ClinGen's MONDO disease is the entry's own disease term, a subtype term, or an exact-match mapping. An amber status marks an entry ClinGen supports the gene for (Definitive, Strong or Moderate) whose own record does not type it. A Limited, Disputed or Refuted tier on such an entry is not a gap.

Identity from HGNC (snapshot 2026-10-01). Page layers are described in the gene pages documentation.