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. 2018 Jan 22;26(3):359–366. doi: 10.1038/s41431-017-0032-z

Table 2.

List of annotated variants remaining after exclusion of common and likely benign variants

Gene Position (GRCh37) Variant 1000 G ESP6500 ExAc dbSNP SIFT PolyPhen-2 Mutation tatser
X linked NHS X:17746172 NM_198270.2:c.3883C>T, p.(Gln1295*) 0 0 0
ARHGEF6 X:135772797 NM_004840.2:c.1157T>C, p.(Leu386Pro) 0 0 0 D D D
MECP2 X:153296195 NM_001110792.1:c.1120C>T, p.(Pro374Ser) 0 0 0 rs782171742 T P D
de novo variants ANKRD36 2:97815097 NM_001164315.1:c.1100A>C, p.(Glu367Ala) 0 0 0.0001047 T P N
ASXL3 18:31325883 NM_030632.1:c.6071dup, p.(Pro2025Serfs*23) 0 0 0
C6orf62 6:24706441 NM_030939.4:c.614A>C, p.(Tyr205Ser) 0 0 0.004259 D D D
CPPED1 16:12897608 NM_018340.2:c.26T>G, p.(Val9Gly) 0 0 0.001415 D B D
EPPK1 8:143872047 NM_031308.3:c.1207G>A, p.(Gly403Arg) 0 0 0 T NA NA
HNF1B 17:36070591 NM_000458.2:c.1126A>C, p.(Thr376Pro) 0 0 0.001994 D P D
HSF1 8:145534886 NM_005526.2:c.515T>G, p.(Val172Gly) 0 0 0.00479 D D D
KLHL35 11:75134810 NM_001039548.2:c.1488_1489insG, p.(Leu497Alafs*9) 0 0 0
PLXND1 3:129279198 NM_015103.2:c.5108A>C, p.(Tyr1703Ser) 0 0 0 D D D
SAC3D1 11:64809334 NM_013299.3:c.570C>A, p.(Asn190Lys) 0 0 0 D D D
SLC43A3 11:57191491 NM_014096.3:c.325A>C, p.(Thr109Pro) 0 0 0 T D N
SLC9A3 5:482185 NM_004174.3:c.1444C>G, p.(Arg482Gly) 0 0 0.0005383 T P NA
SRCAP 16:30727735 NM_006662.2:c.2752A>C, p.(Thr918Pro) 0 0 0.001082 D NA N
SYNC 1:33161113 NM_001161708.1:c.586C>T, p.(Leu196Phe) 0 0.000657 0.0004119 rs199700360 D P D
ZNF750 17:80789615 NM_024702.2:c.716T>C, p.(Ile239Thr) 0 0 0.00004948 D D D
ZNF750 17:80789624 NM_024702.2:c.707A>C, p.(His236Pro) 0 0 0.00006622 T P N
Comp. Het. ABCA13 7:48411787 NM_152701.4:c.10826A>C, p.(His3609Pro) 0.01 0.005002 0.008532 rs78147863 D D NA
ABCA13 7:48412073 NM_152701.4:c.11112T>G, p.(Ser3704Arg) 8.359E−06 rs75281621 D D NA
FAT1 4:187532810 NM_005245.3:c.9583T>A, p.(Tyr3195Asn) 0.0014 0.000834 0.0007401 rs146471129 D D D
FAT1 4:187539783 NM_005245.3:c.7957G>A, p.(Gly2653Ser) 0.000335 0.0005389 rs200149452 D D D

The frequency in public databases and the pathogenicity prediction by SIFT, PolyPhen-2, and mutation taster are given