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Infertility and Recurrent Pregnancy Loss v0.219 ANKRD31 Zornitza Stark Marked gene: ANKRD31 as ready
Infertility and Recurrent Pregnancy Loss v0.219 ANKRD31 Zornitza Stark Gene: ankrd31 has been classified as Green List (High Evidence).
Infertility and Recurrent Pregnancy Loss v0.219 ANKRD31 Zornitza Stark Classified gene: ANKRD31 as Green List (high evidence)
Infertility and Recurrent Pregnancy Loss v0.219 ANKRD31 Zornitza Stark Gene: ankrd31 has been classified as Green List (High Evidence).
Infertility and Recurrent Pregnancy Loss v0.218 ANKRD31 Zornitza Stark Phenotypes for gene: ANKRD31 were changed from Premature ovarian failure to Premature ovarian failure, MONDO:0019852, ANKRD31-related
Infertility and Recurrent Pregnancy Loss v0.103 ANKRD31 Jasmine Chew gene: ANKRD31 was added
gene: ANKRD31 was added to Infertility and Pregnancy Loss. Sources: Literature
Mode of inheritance for gene: ANKRD31 was set to MONOALLELIC, autosomal or pseudoautosomal, NOT imprinted
Publications for gene: ANKRD31 were set to 34794894; 34257419; 31003867
Phenotypes for gene: ANKRD31 were set to Premature ovarian failure
Review for gene: ANKRD31 was set to GREEN
Added comment: i) PMID: 34794894, PMID: 34257419- Three unrelated cases with premature ovarian failure and loss of function variants (het p.Q329∗ and c.1565-2A>G). Both mutations weakened the interaction between ANKRD31 and REC114 and were unable to further stabilise and regulate the binding of downstream DSB-forming proteins to chromatin. Mice with knocked out Ankrd31 have been reported to result in an increase in the number of DSBs and the enabling of the default DSB site, which also results in decremental efficiency of the regulation of DSB formation and may be responsible for the loss of synapsis and the delay in DSB repair (PMID: 31000436).

ii) PMID: 31003867- Unrepaired DSBs and pairing failures-stochastic on autosomes, nearly absolute on X and Y-cause meiotic arrest and sterility in males. Ankrd31-deficient females have reduced oocyte reserves. This gene plays a role in DNA double strand breaks formation.
Sources: Literature