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. 2012 Apr 23;120(2):440–448. doi: 10.1182/blood-2012-01-403113

Table 2.

Mutations of ADAMTS13 found in patients included in this study and their functional annotations

DNA Location Predicted effect Domain Polyphen 2 SIFT Reference
Splicing mutations
    c.106-1G → C Int 1 p.(S36_C37delfs*102) Novel
    c.1309-?G → A Int 11 36
Indels
    c.82dupT Ex 1 p.W28Lfs*111 Signal peptide 23
    c.4143dupA Ex 29 p.E1382Rfs*6 CUB-2 5
    c.291_319del Ex 3 p.E98Pfs*31 Metalloprotease 35
    c.825-?_?del Int8_ex8 36
    c.718_724del Ex 7 p.S240Afs*7 Metalloprotease 24
    c.2930_2935del Ex 23 p.C977_R979delinsW TSP1-6 28
    c.3254-3255del Ex 25 p.S1085Cfs*12 TSP1-8 36
Nonsense
    c.2728C → T Ex 21 p.R910* TSP1-5 5
    c.3047G → A Ex 24 p.W1016* TSP1-7 23
    c.3616C → T Ex 26 p.R1206* CUB-1 8
Missense
    c.237C → G Ex 3 p.I79M Metalloprotease Ben Tolerated 36
    c.262G → A Ex 3 p.V88M Metalloprotease Prod Affect 27
    c.304C → T Ex 3 p.R102C Metalloprotease Prod Tolerated 2
    c.428T → C Ex 5 p.I143T Metalloprotease Prod Affect Novel
    c.448T → C Ex 5 p.S150P Metalloprotease Prod Affect Novel
    c.578G → A Ex 6 p.R193Q Metalloprotease Prod Affect Novel
    c.607T → C Ex 6 p.S203P Metalloprotease Prod Tolerated 36
    c.703G → T Ex 7 p.D235Y Metalloprotease Prod Affect Novel
    c.706G → T Ex 7 p.G236C Metalloprotease Prod Affect Novel
    c.803G → C Ex 7 p.R268P Metalloprotease Ben Tolerated 3
    c.1308G → C Ex 11 p.Q436H TSP1-1 Prod Tolerated Novel
    c.1520G → A Ex 13 p.R507Q Cysteine-rich Prod Tolerated 36
    c.1787C → T Ex 16 p.A596V Spacer Prod Tolerated 36
    c.2272T → C Ex 19 p.C758R TSP1-3 Prod Affect 36
    c.3178C → T Ex 24 p.R1060W TSP1-7 Prod Affect 25
    c.3251G → A Ex 25 p.C1084Y TSP1-8 Prod Affect Novel
    c.3283C → T Ex 25 p.R1095W TSP1-8 Prod Affect Novel
    c.3367C → T Ex 25 p.R1123C TSP1-8 Prod Affect 23
    c.3716G → T Ex 27 p.G1239V CUB-1 Prod Affect 27

None of the mutations was found in the dbSNP131 or 1000 Genomes study databases.

Int indicates intron; Ex, exon; Ben, predicted benign; and Prod, probably damaging.