作者
Henrike O Heyne, David Baez-Nieto, Sumaiya Iqbal, Duncan S Palmer, Andreas Brunklaus, Patrick May, Epi25 Collaborative, Katrine M Johannesen, Stephan Lauxmann, Johannes R Lemke, Rikke S Møller, Eduardo Pérez-Palma, Ute I Scholl, Steffen Syrbe, Holger Lerche, Dennis Lal, Arthur J Campbell, Hao-Ran Wang, Jen Pan, Mark J Daly
发表日期
2020/8/12
期刊
Science translational medicine
卷号
12
期号
556
页码范围
eaay6848
出版商
American Association for the Advancement of Science
简介
Malfunctions of voltage-gated sodium and calcium channels (encoded by SCNxA and CACNA1x family genes, respectively) have been associated with severe neurologic, psychiatric, cardiac, and other diseases. Altered channel activity is frequently grouped into gain or loss of ion channel function (GOF or LOF, respectively) that often corresponds not only to clinical disease manifestations but also to differences in drug response. Experimental studies of channel function are therefore important, but laborious and usually focus only on a few variants at a time. On the basis of known gene-disease mechanisms of 19 different diseases, we inferred LOF (n = 518) and GOF (n = 309) likely pathogenic variants from the disease phenotypes of variant carriers. By training a machine learning model on sequence- and structure-based features, we predicted LOF or GOF effects [area under the receiver operating characteristics …
引用总数
20202021202220232024423332712
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