E795K
AlphaMissense: likely benign (0.28)Uncertain significanceLumenal · predictedσ-1 candidateInteractive 3D Structure
Computational Predictions
AlphaMissense + AlphaFold card. This variant is mapped from AlphaMissense pathogenicity and AlphaFold confidence. The DynaMut2 ΔΔG stability prediction and the wild-type/mutant structural comparison (dual-pane + bond network) are computed per-variant and backfill here — they require a DynaMut2 submission, unlike the precomputed AlphaMissense score.
Clinical Evidence
Observed at very low frequency in gnomAD.
ClinVar classifies this variant as Uncertain significance, but does not state what it is classified for. ClinVar records the condition only as "Inborn genetic diseases". A classification without a phenotype and an inheritance mode cannot be read as a statement about Wolfram syndrome risk or severity.
- Phenotype scope is interpretation of submitted records. The computed values on this card (AlphaMissense, DynaMut2 ΔΔG, pLDDT) are measurements of the model, not of a patient.
- Presentation cannot be generalised from neighbouring variants: one nucleotide over can present very differently. Structural similarity supports a mechanistic hypothesis, never a phenotype claim.
Review status: 2★ multiple submitters, no conflicts. ClinVar "conditions" is the union of all submissions; 0–1★ entries are submitted conditions, not documented phenotypes.
Highest in African / African American: AF 0.0040% (3 of 74,948 alleles), 8.1x the global figure. The global AF describes the general population, not the at-risk group.
No homozygotes reported in gnomAD v4. For a recessive allele this is expected and is not, on its own, evidence either way.
| Ancestry group | Allele freq. | AC / AN | Hom. | Carrier est. |
|---|---|---|---|---|
| African / African American | 0.0040% | 3 / 74,948 | 0 | ~1 in 12490 |
| South Asian | 0.0022% | 2 / 91,076 | 0 | ~1 in 22770 |
| European (non-Finnish) | 0.00025% | 3 / 1,179,938 | 0 | ~1 in 196660 |
Source: gnomAD r4, retrieved 2026-08-21. Values are allele frequencies. The carrier estimate is derived from the allele frequency (Hardy-Weinberg, ~2·AF) and is an approximation, not a published figure — where a published carrier frequency exists it outranks this column and is cited on the card.
Full Variant Card
E795K — WFS1 Molecular Atlas Card
Variant type: Missense Substitution: Glutamic acid (E) → Lysine (K) at position 795 Domain context: C-terminal ER-lumenal (calcium binding, calmodulin, chaperone)
AlphaMissense
- Pathogenicity score: 0.285
- Class: likely benign
AlphaFold confidence
- pLDDT at residue 795: 51.81
DynaMut2 ΔΔG: not yet computed for this variant — AlphaMissense + AlphaFold confidence shown above. Stability ΔΔG and the wild-type/mutant structural comparison backfill behind this note.
Clinical evidence
Inheritance and scope
Uncertain significance — phenotype scope not stated in ClinVar
ClinVar classifies this variant as Uncertain significance, but does not state what it is classified for. ClinVar records the condition only as "Inborn genetic diseases". A classification without a phenotype and an inheritance mode cannot be read as a statement about Wolfram syndrome risk or severity.
Phenotype scope is interpretation of submitted records. The computed values on this card (AlphaMissense, DynaMut2 ΔΔG, pLDDT) are measurements of the model, not of a patient. Presentation cannot be generalised from neighbouring variants: one nucleotide over can present very differently. Structural similarity supports a mechanistic hypothesis, never a phenotype claim.
- Classification: Uncertain significance
- Review status: criteria provided, multiple submitters, no conflicts
- Associated conditions: Inborn genetic diseases
- cDNA change: c.2383G>A
- ClinVar accession: VCV002974573
- Last evaluated: 2024/05/23 00:00
- Submissions: 1
Card generated by wolfram-atlas-batch (missense AlphaMissense mint) on 2026-06-08T02:27:33.778321Z.
AlphaMissense (Cheng et al. 2023) · AlphaFold model v6 · UniProt O76024.
Feed this card to Wolfram Intelligence
Download the E795K PDF below and upload it to Wolfram Intelligence to generate therapeutic-strategy proposals — guanidinium mimetics, sigma-1 agonist docking, NAC thiol-capping. NAC is already on the bench-testing list.