PMID: 21729033

Fukuda S, Hamada T, Ishii N, Sakaguchi S, Sakai K, Akiyama M, Shimizu H, Masuda K, Izu K, Teye K, Tsuruta D, Karashima T, Nakama T, Yasumoto S, Hashimoto T
Novel adenosine triphosphate (ATP)-binding cassette, subfamily A, member 12 (ABCA12) mutations associated with congenital ichthyosiform erythroderma.
Br J Dermatol. 2012 Jan;166(1):218-21. doi: 10.1111/j.1365-2133.2011.10516.x. Epub 2011 Sep 29., [PubMed]
Sentences
No. Mutations Sentence Comment
27 ABCA12 p.Thr1575Pro
X
ABCA12 p.Thr1575Pro 21729033:27:80
status: NEW
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Patient 1 had compound heterozygosity of missense /small deletion mutations [(p.Thr1575Pro)+(c.6031delG)]. Login to comment
28 ABCA12 p.Asn1380Ser
X
ABCA12 p.Asn1380Ser 21729033:28:113
status: NEW
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ABCA12 p.Arg986Trp
X
ABCA12 p.Arg986Trp 21729033:28:84
status: NEW
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Patients 2 and 3 had compound heterozygosity of missense /splice-site mutations [(p.Arg986Trp)+(c.5940-1G>C), (p.Asn1380Ser)+(c.5128+ 3A>G), respectively]. Login to comment
29 ABCA12 p.Asn1380Ser
X
ABCA12 p.Asn1380Ser 21729033:29:338
status: NEW
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ABCA12 p.Gly1651Ser
X
ABCA12 p.Gly1651Ser 21729033:29:438
status: NEW
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ABCA12 p.Thr1575Pro
X
ABCA12 p.Thr1575Pro 21729033:29:190
status: NEW
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ABCA12 p.Thr1575Pro
X
ABCA12 p.Thr1575Pro 21729033:29:413
status: NEW
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ABCA12 p.Arg986Trp
X
ABCA12 p.Arg986Trp 21729033:29:264
status: NEW
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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. Login to comment
35 ABCA12 p.Gly1651Ser
X
ABCA12 p.Gly1651Ser 21729033:35:156
status: NEW
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ABCA12 p.Thr1575Pro
X
ABCA12 p.Thr1575Pro 21729033:35:141
status: NEW
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Ó 2011 The Authors BJD Ó 2011 British Association of Dermatologists 2012 166, pp212-235 Correspondence of missense mutations [(p.Thr1575Pro)+(p.Gly1651Ser)]. Login to comment
37 ABCA12 p.Thr1575Pro
X
ABCA12 p.Thr1575Pro 21729033:37:18
status: NEW
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ABCA12 p.Arg986Trp
X
ABCA12 p.Arg986Trp 21729033:37:44
status: NEW
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Five mutations (p.Thr1575Pro, c.6031delG, p.Arg986Trp, c.5940-1G>C and c.5128+3A>G) have not been reported previously. Login to comment
38 ABCA12 p.Asn1380Ser
X
ABCA12 p.Asn1380Ser 21729033:38:27
status: NEW
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ABCA12 p.Gly1651Ser
X
ABCA12 p.Gly1651Ser 21729033:38:44
status: NEW
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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. Login to comment
63 ABCA12 p.Arg1514His
X
ABCA12 p.Arg1514His 21729033:63:61
status: NEW
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ABCA12 p.Asn1380Ser
X
ABCA12 p.Asn1380Ser 21729033:63:30
status: NEW
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ABCA12 p.Ile1494Thr
X
ABCA12 p.Ile1494Thr 21729033:63:44
status: NEW
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Only three of 17 mutations (p.Asn1380Ser, p.Ile1494Thr and p.Arg1514His) were located in the first nucleotide-binding folds. Login to comment
65 ABCA12 p.Thr1575Pro
X
ABCA12 p.Thr1575Pro 21729033:65:15
status: NEW
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The mutation p.Thr1575Pro was identified in two unrelated patients with different clinical severity. Login to comment
66 ABCA12 p.Gly1651Ser
X
ABCA12 p.Gly1651Ser 21729033:66:191
status: NEW
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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). Login to comment