The ClinGen Evidence Repository is an FDA-recognized human genetic variant database containing expert-curated assertions regarding variants' pathogenicity and supporting evidence summaries. [Disclaimer]

  • See Evidence submitted by expert panel for details.

Variant: NM_206933.3(USH2A):c.7167C>T (p.Ser2389=)

CA1394924

681822 (ClinVar)

Gene: USH2A
Condition: Usher syndrome
Inheritance Mode: Autosomal recessive inheritance
UUID: 0f97b706-2a00-4fce-8bbe-6744fe0a63bc

HGVS expressions

NM_206933.3:c.7167C>T
NM_206933.3(USH2A):c.7167C>T (p.Ser2389=)
NC_000001.11:g.215934749G>A
CM000663.2:g.215934749G>A
NC_000001.10:g.216108091G>A
CM000663.1:g.216108091G>A
NC_000001.9:g.214174714G>A
NG_009497.1:g.493648C>T
NG_009497.2:g.493700C>T
NM_206933.2:c.7167C>T
NM_206933.4:c.7167C>T
ENST00000307340.7:c.7167C>T

Likely Benign

Met criteria codes 3
BS1_Supporting BP7 BP4

Evidence Links 0

Expert Panel

Criteria Specification Information

Criteria Specifications for this VCEP
Evidence submitted by expert panel
Hearing Loss VCEP
The filtering allele frequency (the lower threshold of the 95% CI of 57/19928 of the c.7167C>T (p.Ser2389=) variant in the USH2A gene is 0.22% for East Asian chromosomes by gnomAD v2.1.1, which is a higher frequency than would be expected for an autosomal recessive pathogenic variant based on the thresholds defined by the ClinGen Hearing Loss Expert Panel (BS1_Supporting). The silent c.7167C>T variant in USH2A is not predicted by the computational prediction analysis using MaxEntScan to impact splicing (BP4, BP7). In summary, this variant meets criteria to be classified as likely benign. ACMG/AMP criteria applied, as specified by the Hearing Loss Expert Panel: BS1_P, BP4,BP7.
Met criteria codes
BS1_Supporting
The filtering AF (95% CI) is 0.22% (57/19928) of East Asian chromosomes in gnomAD v2.1.1 and 0.22% (12/3114) of South Asian chromosomes in gnomAD v3.
BP7
no splicing impact predicted by MaxEntScan and other splicing predictors in Alamut.
BP4
Residue is not highly conserved and no splicing impact predicted by MaxEntScan and other splicing predictors in Alamut.
Approved on: 2020-05-26
Published on: 2020-05-26
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