ABCA12 p.Gly1651Ser
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PMID: 12915478
[PubMed]
Lefevre C et al: "Mutations in the transporter ABCA12 are associated with lamellar ichthyosis type 2."
No.
Sentence
Comment
64
Origin of families and mutations Family Number of patients Degree of consanguinity Origin Mutation Effect Exon number A 3 1st Morocco 4142G!A G1381E 28 C 1 1st Morocco 4139A!G N1380S 28 D 1 1st Morocco 4139A!G N1380S 28 E 1 1st Morocco 4139A!G N1380S 28 F 3 1st Algeria 4951G!A G1651S 32 G 3 No Algeria 4139A!G N1380S 28 4851G!A G1651S 32 H 1 1st Mali 4541G!A R1514H 30 I 1 1st Algeria 4139A!G N1380S 28 J 1 1st Algeria 4615G!A E1539K 31 neonate mouse skin (AK028781, AK029031).
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ABCA12 p.Gly1651Ser 12915478:64:278
status: NEWX
ABCA12 p.Gly1651Ser 12915478:64:329
status: NEW75 All of the mutations were missense mutations and were found in the region of the protein encoded by exons 28-32: 4139A!G (N1380S) and 4142G!A (G1381E) in exon 28, 4541G!A (R1514H) in exon 30, 4615G!A (E1539K) in exon 31 and 4951G!A (G1651S) in exon 32.
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ABCA12 p.Gly1651Ser 12915478:75:233
status: NEW78 Two other families from Algeria presented the G1651S mutation (including the family G of the compound heterozygote) and a common haplotype (Fig. 2).
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ABCA12 p.Gly1651Ser 12915478:78:46
status: NEW
PMID: 21729033
[PubMed]
Fukuda S et al: "Novel adenosine triphosphate (ATP)-binding cassette, subfamily A, member 12 (ABCA12) mutations associated with congenital ichthyosiform erythroderma."
No.
Sentence
Comment
29
Patient 4 had compound heterozygosity Table 1 Summary of mutation analysis of ABCA12 in the present study Patient Age, sex Mutation Maternal Paternal 1 3 years, girl Compound heterozygous p.Thr1575Pro (c.4723A>C) c.6031delG 2 9 years, girl Compound heterozygous p.Arg986Trp (c.2956C>T) c.5940-1G>C 3 4 months, boy Compound heterozygous p.Asn1380Ser (c.4139A>G) c.5128+3A>G 4 3 months, boy Compound heterozygous p.Thr1575Pro (c.4723A>C) p.Gly1651Ser (c.4951G>A) (a) (b) (c) (d) (e) Fig 1.
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ABCA12 p.Gly1651Ser 21729033:29:438
status: NEW35 Ó 2011 The Authors BJD Ó 2011 British Association of Dermatologists 2012 166, pp212-235 Correspondence of missense mutations [(p.Thr1575Pro)+(p.Gly1651Ser)].
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ABCA12 p.Gly1651Ser 21729033:35:156
status: NEW38 Two recurrent mutations (p.Asn1380Ser and p.Gly1651Ser) have been reported previously in LI2.6 These mutations were not found in 200 normal, unrelated Japanese alleles.
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ABCA12 p.Gly1651Ser 21729033:38:44
status: NEW66 Patient 1 with severer features had a heterozygous truncation mutation (c.6031delG) on another allele, while patient 4, with a milder phenotype, had another heterozygous missense mutation (p.Gly1651Ser).
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ABCA12 p.Gly1651Ser 21729033:66:191
status: NEW
PMID: 20672373
[PubMed]
Akiyama M et al: "ABCA12 mutations and autosomal recessive congenital ichthyosis: a review of genotype/phenotype correlations and of pathogenetic concepts."
No.
Sentence
Comment
55
As for the other five mutations, p.Trp1294Ter, p.Gly1651Ser, p.Tyr1090Ter, c.2025delG, and p.Trp1744Ter were found in two independent families with Pakistani [Rajpar et al., 2006; Thomas et al., 2006], Algeria [Lefe`vre et al., 2003], Albanian/ Bosnian [Thomas et al., 2008], Anglo-Saxon [Thomas et al., 2006], and native American [Kelsell et al., 2005] origins, respectively.
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ABCA12 p.Gly1651Ser 20672373:55:49
status: NEW
PMID: 23682801
[PubMed]
Shimizu Y et al: "Novel ABCA12 missense mutation p.Phe2144Ser underlies congenital ichthyosiform erythroderma."
No.
Sentence
Comment
14
The homozygous mutation p.Asn1380Ser and the compound heterozygous mutations p.Asn1380Ser and p.Gly1651Ser were previously reported to underlie typical LI phenotypes.3 In this regard, we hypothesized that the difference between p.Asn1380Ser/p.Gly1651Ser and p.Phe2144Ser may determine whether the phenotype is LI or CIE.
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ABCA12 p.Gly1651Ser 23682801:14:96
status: NEWX
ABCA12 p.Gly1651Ser 23682801:14:243
status: NEW27 The homozygous mutation p.Asn1380Ser and the compound heterozygous mutations p.Asn1380Ser and p.Gly1651Ser underlie lamellar ichthyosis (LI).
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ABCA12 p.Gly1651Ser 23682801:27:96
status: NEW