PMID: 15593299

Harangi M, Kaminski WE, Fleck M, Orso E, Zeher M, Kiss E, Szekanecz Z, Zilahi E, Marienhagen J, Aslanidis C, Paragh G, Bolstad AI, Jonsson R, Schmitz G
Homozygosity for the 168His variant of the minor histocompatibility antigen HA-1 is associated with reduced risk of primary Sjogren's syndrome.
Eur J Immunol. 2005 Jan;35(1):305-17., [PubMed]
Sentences
No. Mutations Sentence Comment
39 ABCA7 p.Asn718Thr
X
ABCA7 p.Asn718Thr 15593299:39:198
status: NEW
view ABCA7 p.Asn718Thr details
ABCA7 p.His395Arg
X
ABCA7 p.His395Arg 15593299:39:176
status: NEW
view ABCA7 p.His395Arg details
ABCA7 p.Thr319Ala
X
ABCA7 p.Thr319Ala 15593299:39:165
status: NEW
view ABCA7 p.Thr319Ala details
ABCA7 p.Gln1686Arg
X
ABCA7 p.Gln1686Arg 15593299:39:225
status: NEW
view ABCA7 p.Gln1686Arg details
ABCA7 p.Arg463His
X
ABCA7 p.Arg463His 15593299:39:187
status: NEW
view ABCA7 p.Arg463His details
Of these, six represent non-synonymous nucleotide alterations (A955G, A1184G, G1388A, A2153C, C4580G, A5057G) giving rise to the following amino acid substitutions: Thr319Ala, His395Arg, Arg463His, Asn718Thr, Ala1527Gly, and Gln1686Arg, respectively. Login to comment
46 ABCA7 p.Asn718Thr
X
ABCA7 p.Asn718Thr 15593299:46:192
status: NEW
view ABCA7 p.Asn718Thr details
ABCA7 p.His395Arg
X
ABCA7 p.His395Arg 15593299:46:150
status: NEW
view ABCA7 p.His395Arg details
ABCA7 p.Thr319Ala
X
ABCA7 p.Thr319Ala 15593299:46:130
status: NEW
view ABCA7 p.Thr319Ala details
ABCA7 p.Gln1686Arg
X
ABCA7 p.Gln1686Arg 15593299:46:217
status: NEW
view ABCA7 p.Gln1686Arg details
ABCA7 p.Arg463His
X
ABCA7 p.Arg463His 15593299:46:171
status: NEW
view ABCA7 p.Arg463His details
Genotyping of the ABCA7 allelic variants in the German control population revealed a consistent linkage pattern for the ABCA7 SNP Thr319Ala (nt 955), His395Arg (nt 1184), Arg463His (nt 1388), Asn718Thr (nt 2153), and Gln1686Arg (nt 1686), in each individual tested (not shown, Table 2). Login to comment
69 ABCA7 p.Asn718Thr
X
ABCA7 p.Asn718Thr 15593299:69:123
status: NEW
view ABCA7 p.Asn718Thr details
ABCA7 p.His395Arg
X
ABCA7 p.His395Arg 15593299:69:83
status: NEW
view ABCA7 p.His395Arg details
ABCA7 p.Thr319Ala
X
ABCA7 p.Thr319Ala 15593299:69:63
status: NEW
view ABCA7 p.Thr319Ala details
ABCA7 p.Gln1686Arg
X
ABCA7 p.Gln1686Arg 15593299:69:168
status: NEW
view ABCA7 p.Gln1686Arg details
ABCA7 p.Arg463His
X
ABCA7 p.Arg463His 15593299:69:103
status: NEW
view ABCA7 p.Arg463His details
Comparison of the genotype frequencies of the ABCA7 SNP A955G (Thr319Ala), A1184G (His395Arg), G1388A (Arg463His), A2153C (Asn718Thr), C4580G (Ala1527Gly), and A5057G (Gln1686Arg) in the Norwegian, Hungarian and German study populations did not reveal consistent, significant differences between patients with Sjögren's syndrome and controls (Table 4). Login to comment
102 ABCA7 p.Asn718Thr
X
ABCA7 p.Asn718Thr 15593299:102:167
status: NEW
view ABCA7 p.Asn718Thr details
ABCA7 p.His395Arg
X
ABCA7 p.His395Arg 15593299:102:145
status: NEW
view ABCA7 p.His395Arg details
ABCA7 p.Thr319Ala
X
ABCA7 p.Thr319Ala 15593299:102:134
status: NEW
view ABCA7 p.Thr319Ala details
ABCA7 p.Gln1686Arg
X
ABCA7 p.Gln1686Arg 15593299:102:182
status: NEW
view ABCA7 p.Gln1686Arg details
ABCA7 p.Arg463His
X
ABCA7 p.Arg463His 15593299:102:156
status: NEW
view ABCA7 p.Arg463His details
Analysis of the population frequencies of the ABCA7 allelic variants revealed consistent linkage of five polymorphic sites, including Thr319Ala, His395Arg, Arg463His, Asn718Thr, and Gln1686Arg. Login to comment
107 ABCA7 p.His395Arg
X
ABCA7 p.His395Arg 15593299:107:46
status: NEW
view ABCA7 p.His395Arg details
ABCA7 p.Thr319Ala
X
ABCA7 p.Thr319Ala 15593299:107:35
status: NEW
view ABCA7 p.Thr319Ala details
ABCA7 p.Arg463His
X
ABCA7 p.Arg463His 15593299:107:56
status: NEW
view ABCA7 p.Arg463His details
Three of the linked polymorphisms (Thr319Ala- His395Arg-Arg463His) are localized within the putative first extracellular loop of ABCA7, which contains the epitope SS-N. The latter has been reported to represent an autoantigen ("SS-N") in Sjögren's syndrome patients [10, 11]. Login to comment