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Home Correction: Gender Differences in the Inheritance Mode of RYR2 Mutations in Catecholaminergic Polymorphic Ventricular Tachycardia Patients
Correction: Gender Differences in the Inheritance Mode of RYR2 Mutations in Catecholaminergic Polymorphic Ventricular Tachycardia Patients
Correction: Gender Differences in the Inheritance Mode of RYR2 Mutations in Catecholaminergic Polymorphic Ventricular Tachycardia Patients

Article Type: correction Article History
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Ohno,Hasegawa,and Horie: Correction: Gender Differences in the Inheritance Mode of RYR2 Mutations in Catecholaminergic Polymorphic Ventricular Tachycardia Patients

In the Abstract, there is an error in the sixth sentence. The correct sentence is: The inheritance of RYR2 mutations was significantly more frequent from mothers (n = 12, 34.3%) than fathers (n = 2, 7.4%) (P = 0.015). In the Origin of the mutations subsection of the Results, there is a similar error in the second sentence of the second paragraph. The correct sentence is: The frequency of mutations originating from mothers was significantly higher than that from fathers (P = 0.015).

There are several errors in the Location of mutations subsection of the Results. The correct paragraph is: Among 12 mutations inherited from mothers, seven (58.3%) were located in the N-terminus, while only four (23.5%) from 17 de novo mutations were located in the N-terminus (Table 1). Regarding four de novo N-terminal mutations, three were at residue 169. In contrast, two maternal mutations (16.7%) were located in the central domain and two (16.7%) were located in the C-terminus. One mother carried two mutations in the Central and C-terminus.

In the Ages of parents at birth of probands subsection of the Results, the P value of the age difference in fathers between de novo and paternal is incorrectly reported as 0.019. The correct P value is 0.037.

There are errors in Table 1 and Table 2. Please see the correct tables here.

There are errors in Fig 1 and Fig 3. Please see the correct figures here.

Scheme for Mutation Inheritance.
Fig 1

Scheme for Mutation Inheritance.

Showing the number of screened family members and the origin of RYR2 mutations. The boxes in the middle lane show genotyped family members in each group. Trio; proband and both parents, P-M; proband and mother, P-F; Proband and father.

Mean Age of parents depends on the RYR2 mutation origin.
Fig 3

Mean Age of parents depends on the RYR2 mutation origin.

Bar graphs depict mean ages of parents at the birth of probands. Filled bars indicate those of fathers and open bars those of mothers. The mean age of genotype-positive fathers was significantly younger than that of the de novo mutation group.

Table 1
Clinical and genetic summaries of probands.
Patient NumberSexAgeMost severe symptomRYR2 mutationGenotyped Family MembersInheritancePhenotype of parents
Genetic AnalysisOnsetNucleotideAmino AcidsLocation
FatherMother
1F1716syncopeexon 3 deletionN57_G91del35NTTrioMaternalnoneAF
2F119syncopeexon 3 deletionN57_G91del35NTP-MMaternalnonesyncope
3F99syncope506g>tR169LNTTriode novononenone
4F55CPA506g>aR169QNTTriode novononenone
5F98CPA506g>aR169QNTTriode novononenone
6M1612CPA533g>cG178ANTTriode novononenone
7M1311syncope1221a>tR407SNTP-Mde novo or Fnonenone
8F127CPA1259g>aR420QNTP-MMaternalnonesyncope
9M33syncope3667a>gT1223ANTTrioMaternalnonenone
10F115syncope3766c>aP1256TNTTrioMaternalnonenone
11F1512syncope4552c>tL1518FNTTrioMaternalnonenone
12F2510syncope5170g>aE1724KNTP-MMaternalnonesyncope
13M1313CPA6574a>tM2192LCentralTrioMaternalnonenone
14M1313CPA6737c>tS2246LCentralTriode novononenone
15M1411syncope7024g>aG2342RCentralTrioPaternal (mosaic)nonenone
16M1110CPA7169c>tT2390ICentralTrioPaternalnonenone
17M1510CPA7199g>tG2400VCentralTriode novononenone
18M1212CPA7423g>tV2475FCentralP-Mde novo or Pnonenone
19F188CPA11583g>cQ3861HCentralTriode novononenone
20F88syncope11583g>tQ3861HCentralTriode novononenone
21F276syncope11836g>aG3946SCentralP-Mde novo or Pnonenone
22F166syncope11836g>aG3946SCentralTriode novononenone
23F2828CPA11917g>aD3973NCentralTrioMaternalnonenone
24M33syncope12006g>aM4002ICentralTriode novononenone
25M119syncope12371 g>aS4124NCTP-MMaternalnonenone
26M1111CPA12458g>tS4153ICTP-Fde novo or MnoneSD
27M112syncope12533a>gN4178SCTTriode novononenone
28F66CPA12579c>gC4193WCTTriode novononenone
29M1010syncope13463a>cQ4488PCTTriode novononenone
30F339syncope13798t>cF4600LCTTriode novononenone
31M2810syncope14174a>gY4725CCTTriode novononenone
32F239syncope14311g>aV4771ICTP-MMaternalnonesyncope
33M1313CPA14311g>aV4771ICTP-Mde novo or Pnonenone
34M1714CPA14806c>aQ4936KCTTriode novononenone
35M55CPA14834_14835insTCA4944_4945insHCTTriode novononenone
36M1212CPA9910c>g, 14222c>tQ3304E, A4741VCentral and CTTrioMaternalnonesyncope

CPA; cardiac pulmonary arrest, NT; N-terminal, CT; C-terminal, SD; sudden death

Table 2
Clinical characteristics of probands with de novo or maternal mutations.
 de novoMaternal
 n = 17n = 12
Male n (%)9 (52.9)4 (33.3)
Mean age of Onset8.1±3.311.0±6.4
CPA n (%)9 (52.9)4 (33.3)
Syncope n (%)8 (47.1)8 (66.7)

Reference

SOhno, KHasegawa, MHorie (2015) Gender Differences in the Inheritance Mode of RYR2 Mutations in Catecholaminergic Polymorphic Ventricular Tachycardia Patients. PLoS ONE 10(6): e0131517 10.1371/journal.pone.0131517