ABCMdb

ABCC6 p.Ser317Arg

None has been submitted yet.

Publications

PMID: 16086317 [PubMed] Miksch S et al: "Molecular genetics of pseudoxanthoma elasticum: type and frequency of mutations in ABCC6."

No. Sentence Comment

158 However, there were also single mutations (p.G129E, p.L248F, p.S317R, p.L355R, p.T364R, p.N370D, and p.R391G) that did cosegregate with the disease haplotype in families in which they were observed, and were absent in 200 control chromosomes. Login to comment
160 In the second round we were again able to identify the mutations p.S317R, p.L355R, p.T364R, p.N370D, and p.R391G by nested sequencing of the long-range PCR products for exons 8 and 9, and to demonstrate their cosegregation with the disease haplotype. Login to comment

PMID: 17617515 [PubMed] Pfendner EG et al: "Mutation detection in the ABCC6 gene and genotype-phenotype analysis in a large international case series affected by pseudoxanthoma elasticum."

No. Sentence Comment

262 Genotype-phenotype correlations The comparison of subjects whose mutations would probably have resulted in no functional protein with those whose mutations would probably have resulted in some functional Table 2 Distinct mutations identified in the international case series of 271 patients with PXE Nucleotide change*À Predicted consequenceÀ Frequency (alleles) Exon-intron location Domain affected` Mutant alleles (%) References1 c.105delA p.S37fsX80 2 2 0.6 28 c.177-185del9 p.R60_Y62del 1 2 0.3 9, 28 c.179del12ins3 p. R60_W64del L60_R61ins 1 2 0.3 c.220-1gRc SJ 1 IVS 2 0.3 c.724gRt p.E242X 1 7 0.3 c.938insT FS 1 8 0.3 25 c.998+2delT SJ 1 IVS 8 0.3 2, 21 c.998+2del2 SJ 1 IVS 8 0.3 18 c.951cRg p.S317R 2 9 TM6 0.6 28 c.1087cRt p.Q363X 1 9 0.3 c.1091gRa p.T364R 1 9 TM7 0.3 9, 19, 21, 28 c.1132cRt p.Q378X 4 9 1.2 9, 17-19, 28, 37 c.1144cRt p.R382W 2 9 IC4 0.6 c.1171aRg p.R391G 3 9 IC4 0.9 9, 18, 28, 37 c.1176gRc p.K392N 1 9 IC4 0.3 c.1388tRa p.L463H 1 11 TM9 0.3 c.1484tRa p.L495H 1 12 IC5 0.3 28 c.1552cRt p.R518X 2 12 0.6 18, 19, 27, 28, 37 c.1553gRa p.R518Q 4 12 IC5 1.2 18, 19, 24, 28, 31 c.1603tRc p.S535P 1 12 TM10 0.3 c.1703tRc p.F568S 1 13 TM11 0.3 24 c.1798cRt p.R600C 1 14 TM11 0.3 c.1857insC FS 1 14 0.3 c.1987gRt p.G663C 1 16 NBF1 0.3 c.1999delG FS 1 16 0.3 c.2070+5GRA SJ 2 IVS 16 0.6 c.2093aRc p.Q698P 2 17 NBF1 0.6 c.2097gRt p.E699D 1 17 NBF1 0.3 c.2177tRc p.L726P 1 17 NBF1 0.3 c.2237ins10 FS 2 17 0.6 c.2252tRa p.M751K 1 18 NBF1 0.3 20, 37 c.2263gRa p.G755R 2 18 NBF1 0.6 c.2278cRt p.R760W 3 18 NBF1 0.9 20, 28, 32, 37 c.2294gRa p.R765Q 2 18 NBF1 0.6 20-22, 25, 28, 32, 37 c.2329gRa p.D777N 1 18 NBF1 0.3 c.2359gRt p.V787I 1 18 NBF1 0.3 c.2432cRt p.T811M 1 19 IC6 0.3 6 c.2643gRt p.R881S 1 20 IC6 0.3 c.2787+1GRT SJ 9 IVS 21 2.8 17, 20, 24, 28, 31, 37 c.2814cRg p.Y938X 1 22 0.3 c.2820insC FS 1 22 0.3 c.2831cRt p.T944I 1 22 TM12 0.3 c.2848gRa p.A950T 1 22 TM12 0.3 c.2974gRc p.G992R 1 22 TM13 0.3 2, 42 c.3340cRt p.R1114C 2 24 IC8 0.6 19, 28, 32, 37, 41 c.3389cRt p.T1130M 3 24 IC8 0.9 18, 19, 21, 22, 28, 30, 32, 37, 41 c.3398gRc p.G1133A 1 24 IC8 0.3 c.3412gRa p.R1138W 7 24 IC8 2.2 28, 30, 37 c.3413cRt p.R1138Q 7 24 IC8 2.2 18, 19, 24, 25, 28, 30, 32, 37, 41 c.3415gRa p.A1139T 2 24 IC8 0.6 c.3415gRa & c.2070+5GRA* p.A1139T & SJ 1 24, IVS 16 IC8 0.3 c.3415gRa & c.4335delG* p.A1139T & FS 1 24, 30 IC8 0.3 c.3421cRt p.R1141X 92 24 29.3 5, 9, 15,18, 19, 21, 22, 24, 28, 30-32, 33, 37, 41 c.3427cRt p.Q1143X 1 24 0.3 c.3490cRt p.R1164X 15 24 4.7 18, 27, 28, 31, 33 c.3491gRa p.R1164Q 1 24 IC8 0.3 28 c.3661cRt p.R1221C 1 26 IC9 0.3 21, 22, 28, 29 c.3662gRa p.R1221H 2 26 IC9 0.6 40 c.3676cRa p.L1226I 1 26 IC9 0.3 c.3722gRa p.W1241X 2 26 0.6 c.3774insC FS 2 27 0.6 c.3775delT p.G1259fsX1272 3 27 0.9 15, 25, 28, 41 c.3880-3882del p.K1294del 1 27 0.3 c.3883-5GRA SJ 1 IVS 27 0.3 c.3892gRt p.V1298F 1 28 NBF2 0.3 25 c.3904gRa p.G1302R 7 28 NBF2 2.2 21, 22, 25, 28 c.3907gRc p.A1303P 1 28 NBF2 0.3 21, 22, 25, 28 c.3912delG FS 1 28 0.3 28 c.3940cRt p.R1314W 4 28 NBF2 1.2 24, 25, 32, 36 c.3941gRa p.R1314Q 1 28 NBF2 0.3 25, 28, 32, 36, 41 c.4004tRa p.L1335Q 1 28 NBF2 0.3 c.4015cRt p.R1339C 16 28 NBF2 5.0 19, 25, 28, 33 c.4016gRa p.R1339H 2 28 NBF2 0.6 c.4025tRc p.I1342T 1 28 NBF2 0.3 protein did not yield significant differences. Login to comment

PMID: 18513494 [PubMed] Garcia-Fernandez MI et al: "Parameters of oxidative stress are present in the circulation of PXE patients."

No. Sentence Comment

74 Table 1 Clinical data of patients Patients' gender/age Clinical scores Mutations Allele 1 Allele 2 M/10 S2E2 c.3413GNA (p.R1138Q) c.3413GNA (p.R1138Q) F/16 S1 c.1171ANG (p.R391G) c.1552CNT (p.R518X) F/18 S3E2V2 c.1484TNA (p.L495H) c.1484TNA (p.L495H) F/21 S2E2 c.2420GNA (p.R807Q) ND F/21 S2E2 c.184TNC (p.Y62H) c.2996_4208del (p.A999_S1403del) F/24 S2E2 c.1799GNA (p.R600H) c.2420GNA (p.R807Q) F/27 S3E2 c.184TNC (p.Y62H) c.2996_4208del (p.A999_S1403del) F/30 S2E2G1 c.2996_4208del (p.A999_S1403del) c.4198GNA (p.E1400K) F/30 S2E3 c.2996_4208del (p.A999_S1403del) c.4198GNA (p.E1400K) M/30 S2E1 c.3421CNT (p.R1141X) c.3735GNA F/32 S2 c.3421CNT (p.R1141X) c.3735GNA F/33 S3E2 c.1987GNA (p.G663S) ND F/33 S3E3 c.1609_1609delG (p.V537fsX26) c.1763_1769del ins56 F/36 S3E2V3 c.3421CNT (p.R1141X) ND F/36 S3E3V2G1 c.3421CNT (p.R1141X) c.3421CNT (p.R1141X) M/39 S1E2V2 c.1552CNT (p.R518X) c.2996_4208del (p.A999_S1403del) M/42 S1E3V2G1 c.1552CNT (p.R518X) c.2996_4208del (p.A999_S1403del) F/43 S3E3 c.1552CNT (p.R518X) c.1552CNT (p.R518X) F/44 S3E2 c.3341GNA (p.R1114H) c.3542GNA (p.G1181D) F/45 S3E3V2C1G1 c.3421CNT (p.R1141X) c.3421CNT (p.R1141X) F/48 S2E2V2 c.1553GNA (p.R518Q) ND M/51 S1E3 c.3662GNA (p.R1221H) ND F/52 S3E3V2 c.3088CNT (p.R1030X) c.3088CNT (p.R1030X) M/54 S1E2G1 c.1799GNA (p.R600H) c.3941GNA (p.R1314Q) F/56 S3E3V2 c.3662GNA (p.R1221H) ND F/60 S2E3V2C1G1 c.951CNA (p.S317R) c.3421CNT (p.R1141X) F/62 S2E3 c.1552CNT (p.R518X) c.3421CNT (p.R1141X) Scores describe the severity of clinical manifestations. Login to comment

PMID: 20018285 [PubMed] Pisciotta L et al: "Pseudoxanthoma elasticum and familial hypercholesterolemia: a deleterious combination of cardiovascular risk factors."

No. Sentence Comment

4 Results and conclusions: The patient was a compound heterozygous for two ABCC6 mutations (p.S317R and p.R1141X) and heterozygous for a novel LDLR mutation (p.R574H). Login to comment
28 The proband, indicated by an arrow, was a compound heterozygous for the following ABCC6 gene mutations: (i) c.951 C > A in exon 8 (p.S317R); (ii) c.3421 C > T in exon 24 (p.R1141X). Login to comment
45 Subject (gender) I.1 (F) I.2 (F) I.3 (F) II.1 (F) II.2 (F) II.3 (M) III.1 (F) III.2 (F) III.3 (M) ABCC6 genotype M1/M2 W/M2 W/W W/M1 W/M1 W/M1 W/M1 W/W W/M1 LDLR genotype W/M3 W/W W/W W/M3 W/M3 W/M3 W/W W/M3 W/M3 Age (years) 60 56 34 40 39 36 7 15 8 BMI (kg/m2 ) 24.9 20.5 24.1 20.8 23.4 28.3 17.7 19.9 13.6 TC (mmol/L) 11.50 ± 0.59 7.88 5.53 8.22 7.03 7.19 4.55 5.74 5.71 LDL-C (mmol/L) 9.08 ± 0.54 5.44 3.29 4.96 4.78 5.22 2.75 3.75 3.77 HDL-C (mmol/L) 1.70 ± 0.16 2.01 1.83 2.66 1.89 0.90 1.55 1.52 1.68 TG (mmol/L) 1.93 ± 0.30 0.92 0.87 1.32 0.77 2.31 0.53 1.03 0.57 ApoA-I (mg/dL) 173 ± 10 209 202 226 182 112 192 183 194 ApoB (mg/dL) 246 ± 13 144 97 132 122 135 68 92 95 APOE genotype ␧3␧3 ␧3␧3 ␧3␧3 ␧2␧3 ␧3␧4 ␧2␧3 ␧2␧3 ␧3␧3 ␧3␧4 Values are mean ± SD; all values are before pharmacological treatment; ABCC6 genotype: W = wild type, M1 = c.951 C > A (p.S317R), M2 = c.3421 C > T (p.R1141X); LDLR genotype: W = wild type, M3 = c.1721 G > A (p.R574H). Login to comment
50 Sequence of ABCC6 gene The proband was compound heterozygous for mutations in ABCC6 gene: (i) a C > A transversion in exon 8 (c.951 C > A), which results in arginine for serine conversion at position 317 (p.S317R); (ii) a C > T transition in exon 24 (c.3421 C > T), which converts arginine codon at position 1141 into a termination codon (p.R1141X). Login to comment
52 The proband`s three offspring and two of the grandchildren were carriers of p.S317R mutation (Fig. 1). Login to comment
61 In silico analysis of the ABCC6 and LDLR missense mutations The ABCC6 p.S317R mutation resulted to be "possibly damaging" according to PolyPhen and "pathogenic" according to PANTHER, but was predicted to be "tolerated" according to SIFT. Login to comment
64 Screening for the ABCC6 mutations Both mutations, p.S317R and p.R1141X, were screened in 106 healthy controls. Login to comment

PMID: 25064003 [PubMed] Kuzaj P et al: "ABCC6- a new player in cellular cholesterol and lipoprotein metabolism?"

No. Sentence Comment

228 Pisciotta et al. examined a hypercholesterolemic PXE patient, who was compound-heterozygous for two ABCC6 mutations (p.S317R and p.R1141X) and for further mutations in candidate genes causing autosomal co-dominant hypercholesterolemia [54]. Login to comment