2019
DOI: 10.1002/mgg3.1085
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A data and text mining pipeline to annotate human mitochondrial variants with functional and clinical information

Abstract: Background Human mitochondrial DNA has an important role in the cellular energy production through oxidative phosphorylation. Therefore, this process may be the cause and have an effect on mitochondrial DNA mutability, functional alteration, and disease onset related to a wide range of different clinical expressions and phenotypes. Although a large part of the observed variations is fixed in a population and hence expected to be benign, the estimation of the degree of the pathogenicity of any possible human mi… Show more

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Cited by 2 publications
(1 citation statement)
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“…Data are gathered from HmtVar's twin database, HmtDB, described above, and integrated with pathogenicity predictions and information from several mtDNA‐specific online resources. A pathogenicity prediction can then be generated for both nonsynonymous mRNA and tRNA variants (Diroma, Lubisco, & Attimonelli, 2016; Santorsola et al, 2016) and is enhanced by a literature mining pipeline (Vitale, Preste, Palmisano, & Attimonelli, 2020). As of July 2020, HmtVar includes 34,297 variants in protein‐coding genes, 4547 variants in mt‐tRNAs, 803 variants in mt‐rRNAs, and 1329 variants in the regulatory region.…”
Section: Specified Guidelinesmentioning
confidence: 99%
“…Data are gathered from HmtVar's twin database, HmtDB, described above, and integrated with pathogenicity predictions and information from several mtDNA‐specific online resources. A pathogenicity prediction can then be generated for both nonsynonymous mRNA and tRNA variants (Diroma, Lubisco, & Attimonelli, 2016; Santorsola et al, 2016) and is enhanced by a literature mining pipeline (Vitale, Preste, Palmisano, & Attimonelli, 2020). As of July 2020, HmtVar includes 34,297 variants in protein‐coding genes, 4547 variants in mt‐tRNAs, 803 variants in mt‐rRNAs, and 1329 variants in the regulatory region.…”
Section: Specified Guidelinesmentioning
confidence: 99%