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. 2016 Jun 15;8(6):2851–2861.

Table 1.

Information of ATP7B mutations and prediction of the functional effects of the mutations

NT change Location Functional Region AA change Polyphen-2 Mutation Type Patient count Patient Freq % Allele count Allele Freq % Novelty

Prediction Score
c.121A>G Exon 1 15021707309 p.Asn41Asp BENIGN 0.008 Missense 1 1.47 1 0.74 Novel
c.748G>A Exon 2 p.Gly250Arg BENIGN 0.002 Missense 1 1.47 1 0.74 Novel
c.898_902 delAAGTA Exon 2 MBD3 p.Lys300Ter NA NA Nonsense 1 1.47 1 0.74 Novel
EX2 DEL Exon 2 NA NA Deletion 2 2.94 2 1.47 Novel
c.1708-1G>C Intron 4 NA NA Splicing 2 2.94 2 1.47 Novel
c.1745_1746 delTA Exon 5 MBD6 NA NA Deletion 1 1.47 1 0.74 Novel
c.1994T>G Exon 7 TMS1 p.Met665Arg PROBABLY DAMAGING 0.995 Missense 1 1.47 1 0.74 Novel
c.2012_2013 insATAT Exon 7 TMS1 NA NA Insertion 1 1.47 1 0.74 Novel
c.2128G>A Exon 8 TMS2 p.Gly710Ser PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.2231C>T Exon 8 TMS3 p.Ser744Phe PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.2304_2305 insC Exon 8 TMS4 NA NA Insertion 4 5.88 4 2.94 Novel
c.2308C>T Exon 8 TMS4 p.Leu770Phe PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74 Novel
c.2310C>G Exon 8 TMS4 p.Leu770Leu NA NA Synonymous 24 35.29 28 20.59
c.2333G>T Exon 8 TMS4 p.Arg778Leu PROBABLY DAMAGING 1.000 Missense 31 45.59 35 25.74
c.2506G>A Exon 10 ATPase p.Gly836Arg PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74 Novel
c.2549C>T Exon 10 ATPase p.Thr850Ile BENIGN 0.037 Missense 1 1.47 1 0.74
c.2561A>G Exon 10 ATPase p.Glu854Gly PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74 Novel
c.2593_2594 insGTCA Exon 11 ATPase NA NA Insertion 1 1.47 1 0.74 Novel
c.2605G>A Exon 11 ATPase p.Gly869Arg PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.2620G>C Exon 11 ATPase p.Ala874Pro PROBABLY DAMAGING 1.000 Missense 1 1.47 2 1.47
c.2621C>T Exon 11 ATPase p.Ala874Val PROBABLY DAMAGING 1.000 Missense 6 8.82 6 4.41
c.2662A>C Exon 11 ATPase p.Thr888Pro PROBABLY DAMAGING 0.998 Missense 3 4.41 3 2.21
c.2755C>G Exon 12 ATPase p.Arg919Gly POSSIBLY DAMAGING 0.832 Missense 3 4.41 3 2.21
c.2804C>T Exon 12 TMS5 p.Thr935Met PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.2828G>A Exon 12 p.Gly943Asp PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.2924C>A Exon 13 TMS6 p.Ser975Tyr PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.2975C>T Exon 13 TMS6 p.Pro992Leu PROBABLY DAMAGING 1.000 Missense 10 14.71 11 8.09
c.3007G>A Exon 13 ATPase p.Ala1003Thr PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.3056A>C Exon 13 p.His1019Pro PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74 Novel
c.3061-3C>A Intron 13 NA NA Splicing 1 1.47 1 0.74 Novel
c.3140A>T Exon 14 p.Asp1047Val POSSIBLY DAMAGING 0.927 Missense 1 1.47 1 0.74
c.3316G>A Exon 15 p.Val1106Ile POSSIBLY DAMAGING 0.863 Missense 5 7.35 5 3.68
c.3377_3378 delAC Exon 15 NA NA Deletion 2 2.94 2 1.47 Novel
c.3443T>C Exon 16 ATP bind p.Ile1148Thr PROBABLY DAMAGING 0.999 Missense 9 13.24 10 7.35
c.3445G>A Exon 16 ATP bind p.Gly1149Arg PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.3451C>T Exon 16 ATP bind p.Arg1151Cys PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.3452G>A Exon 16 ATP bind p.Arg1151His PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.3584C>T Exon 17 HAD p.Ala1195Val PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74 Novel
c.3677C>T Exon 17 HAD p.Thr1226Ile PROBABLY DAMAGING 0.999 Missense 1 1.47 1 0.74 Novel
c.3679G>C Exon 17 HAD p.Ala1227Pro PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74 Novel
c.3700delG Exon 18 HAD NA NA Deletion 1 1.47 1 0.74 Novel
c.3809A>G Exon 18 HAD p.Asn1270Ser PROBABLY DAMAGING 1.000 Missense 4 5.88 4 2.94
c.3843_3844 insT Exon 18 HAD NA NA Insertion 1 1.47 1 0.74 Novel
c.3884C>T Exon 18 p.Ala1295Val PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.3901_3902 insA Exon 18 NA NA Insertion 1 1.47 1 0.74 Novel
c.3960G>C Exon 19 p.Arg1320Ser PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.3982G>A Exon 19 TMS7 p.Ala1328Thr PROBABLY DAMAGING 1.000 Missense 1 1.47 1 0.74
c.4114C>T Exon 20 p.Gln1372Ter NA NA Nonsense 1 1.47 1 0.74

Abbreviations: AA, amino acid; ATPase, copper-(or silver)-translocating P-type ATPase segment; ATP bind, ATP binding segment; HAD, haloacid dehalogenase-like hydrolases segment; MBD, mental-binding domain; NT, nucleotide; TMS, transmembrane segment.