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MIT Museum genome exhibit
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My animation of the scale and structure of the human genome is part of the MIT Museum Gene Cultures exhibit.
The MIT museum reopens October 2nd at the new location on 314 Main St in the Gambrill Center in Cambridge.
DNA encoding font
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I created a font to encode genomic sequence on the wayfinding signs in my DNA on 10th public art project. Download the font it and make your own creations.
DNA on 10th — Science this way
contents
The signs encode the sequence in the following way
▲ How DNA sequence is encoded on the signs. Complementary bases (
A/T) and (C/G) are mirror images of each other. Repeats are shown with a small circle (base repeats twice) or a large circle (base repeats three times). Longer repeats are shown by combinations of these shapes, as shown by the example ATTCGGGGGT sequence on the right.
To understand the contents shown below, see Design & Methods.
The length of row sequences varies because a single symbol can encode 1 (e.g. A), 2 (e.g. AA) or 3 bases (e.g. AAA).
row gene mutation helix dir code N sequence 92 KRTAP2 C>T 5 ← GTCGACGACGACXCGTGT 2105 GTCCGGGACGACGACC/TCGGTGGT 91 MRPS10 G>C 3 → AAXTGATGTGCACTACAG 2082 AAAAG/CTTTGGATGTGCAACTACAAG 90 BRCA1 A>G 5 ← TCTCGACACAXTCTGTCG 2057 TCTTCGACACAA/GTCTTGTCG 89 NEGR1 G>A 3 → CTGXTCGACCTATACTAC 2037 CCCTGG/ATCCGACCCCTTATACTTAC 88 CACNA1G C>T 5 ← CGACACGAXCGTAGACAC 2012 CGACACGAC/TCCGTAGGACAC 87 CKAP2 C>T 3 → CACAGXGTAGAGAGTATC 1992 CACAGC/TGTAGAGAAGTTATCC 86 MYO9A G>A 5 ← CGCGTCXCTCACACTCTA 1971 CGCGTTCG/ACTTCACACTTCTAA 85 ADSSL1 A>G 3 → AGGTGTXCGCTGCGTGCG 1949 AGGGGTGGTA/GCGGCTGCGGTGCG 84 RAF1 T>C 5 ← TACTXATGACTACGACGC 1926 TAACCTT/CATGACTACGACGC 83 GCNT3 C>T 3 → GTGTCGAGXGTCATCGAG 1906 GTGTCGAGC/TGTCATCGGAAAG 82 OR2M7 C>A 5 ← ATAXTCTCATAAGTAGAC 1885 ATAAAC/ATTCTCCAATAAAAGTAGAC 81 ROCK1 G>A 3 → CTCGATGTCTAXTCGACT 1860 CCCTCGATGTTCTAG/ATCGAACTT 80 TP53 C>T 5 ← CAXATGTCAGACGTACGC 1837 CAC/TATTGTCAAGGACGTACCCGC 79 PCDHA2 C>T 3 → GACGTACTATAGXAGACG 1814 GACGTTACTAATAAGC/TAAAGAACG 78 SHTN1 C>A 5 ← AXTCTCTATGTACTACTA 1790 AC/ATTCTCTATTTGTAACTACTA 77 CENPE G>A 3 → TACTAGATTGTGAGXTCT 1768 TACTAGATTTTGTTGAGG/ATTCTTT 76 IFI44 C>T 5 ← AXCTTGTCTGAGTGACTC 1744 AAC/TCTTTTGTCTGGAGTGACTC 75 MMP17 C>A 3 → CTGCGCGTGACAGAGXAT 1722 CTGCGCGTGGAACAGGAGC/AAT 74 OR4D6 C>T 5 ← GAXTAGAGTCTATCTACT 1701 GAAC/TTAAAGAGTCCCTTATCTACT 73 NRAS T>C 3 → ATGACTATGTCGACTGXT 1677 ATGACCTATGTCGACCTGT/CT 72 HNRNPAB C>G 5 ← AGAXTGCAGTCACACTAG 1657 AGAAC/GTGGCAGGTCACAACCCTAGG 71 EXTL1 G>A 3 → GTCGTCTGTCGTCTCGXT 1632 GGTCGTCCTGTTCGTCCTCGG/AT 70 GSE1 G>T 5 ← GAGAXAGCGTCGTAGAGC 1610 GAGAG/TAGCGTCGTAGGAGGC 69 KRAS T>G 3 → GAGCTGTGTCGTCAGTXC 1590 GAGCTGTGTCGTCCAGTT/GC 68 ZNF43 G>C 5 ← TGTAGAXTGATGATGTGT 1571 TGGGTTAGGAG/CTTTGGAATGATGTGT 67 OLR1 C>T 3 → GTCAGATGAGAGTACXAC 1545 GTCAAAGAAATGAGAGGTACC/TACC 66 CYP7B1 G>A 5 ← TGACACACXCTCTCTGAC 1521 TGACACACG/ACTTTCCCTCTGAACC 65 NF2 C>T 3 → GAGACGACGAGAGXGAGC 1497 GAAGACGAACCGAGAAGC/TGAGGC 64 OBSCN G>A 5 ← AGCAGACATGXTGTATGA 1474 AAGGGCAGGAACATGG/ATGTATTGGA 63 LIPC C>T 3 → ACTCCTGACGAGXGCATG 1449 AAACTTCCCCCTGACCCGAGC/TGCAATG 62 TP53 G>A 5 ← GTACACATGTCAXGACGT 1422 GTACACATTGTCAAG/AGACGT 61 POLE T>C 3 → CTCTAGAGCAXTGACAGA 1402 CTTCTAGAGCAT/CTGACAGGA 60 ADSSL1 A>G 5 ← TGTCGAGAGGTGTXCGCT 1382 TGTCGAGGAGGGGTGGTA/GCGGCT 59 NKX2 C>T 3 → ACAGAGACXTGACACTCG 1359 ACCAGAGGACC/TTTGACCACTCCGG 58 OPRM1 G>A 5 ← GACTACTATCGAGTAXTA 1335 GACTACCTAAATCGGGAGTAG/ATA 57 SYT1 G>A 3 → CAGTGCXGTAGAGTCATG 1312 CCAGTGCG/AGTAAGGAGTCAATG 56 TP53 C>T 5 ← ATGTACACATGTCAGAXG 1290 ATGTACACATTGTCAAGGAC/TG 55 RAF1 T>C 3 → TACTXATGACTACGACGC 1269 TAACCTT/CATGACTACGACGC 54 EFCAB2 A>G 5 ← CTAGTGCGTGACGTGAXG 1249 CTAGTGCGGTGACGTGAA/GG 53 PTPN6 C>A 3 → GAGXGTGTACTGACTACA 1230 GGAGC/AGTGTACTGGAACTACA 52 EVPLL G>T 5 ← GAGTCGACGACGCAGAXG 1209 GAAGTCCGACGACGGGCAGAG/TG 51 RASGRF2 G>T 3 → GAXGACGCACTCACGATG 1187 GAG/TGACCGCACTCCCACGATTG 50 TRAV9 T>A 5 ← TCTATGATCGACTCTXAT 1165 TCTATGATTCGGACCTCTT/AAT 49 EZH2 A>G 3 → TXTGACACTCTCATCGTG 1144 TTA/GTGACACCTCTCCATTCCGTG 48 NXPE2 A>C 5 ← GATGCACTCGACTCXGTC 1121 GATGCACCCTCCGACTCA/CGTCC 47 KRAS C>G 3 → AXCACGCATCGTCTCACG 1099 AC/GCACCGCATCCGTTCTCACGG 46 ERBB2 T>C 5 ← TCGATGAGTCTCXGACTC 1077 TCGATGAGTCCTCT/CGACTCC 45 CTNNB1 A>G 3 → ACXTCACGTGTCTACTAG 1057 ACCA/GTCACCGTGGTCTTACCTAAG 44 SNRPN T>C 5 ← TGAGTATACGAXTGTGAG 1033 TGAGGTTATACCGAAAT/CTGGTGGAG 43 ERBB2 T>C 3 → CTCXGACTCGTCTCTACG 1008 CCTCT/CGACTCCGTCCTCTTAACG 42 CMYA5 C>G 5 ← AGAGTACGTXATGACTAC 985 AGGAGGTACGTC/GATTTGGACTTTAC 41 NCF2 C>A 3 → TGACXTCAGTCTCCTATA 960 TGGACC/ATCAAAGTCCTTCCCCTATA 40 TP53 C>T 5 ← ACGTACGXCGTACTGCTC 935 ACGTACCCGC/TCGTACTTGGCCTCC 39 EPAS1 G>T 3 → CACAGAXGTCAGTCGAGT 911 CACAGAG/TGTTCAGGTCGAGT 38 TP53 C>A 5 ← TACGCXGTACTGCTCGTA 891 TACCCGCC/AGTACTTGGCCTCCGGGTA 37 IGHV2 G>C 3 → TACTATATXATGTCGTGT 865 TACTATTTATG/CATGTCGTGT 36 CTNNB1 A>G 5 ← CACXTCACGTGTCTACTA 845 CACCA/GTCACCGTGGTCTTACCTAA 35 SAV1 G>A 3 → TCTGAGACAGXCTATATA 821 TCTGAGACCAAGGG/ACTATAATAA 34 EP300 C>T 5 ← CTXTGTGACTCGACTGCG 798 CTC/TTGTGACCTCGAACTGGCG 33 MOCOS C>T 3 → AGCTCGACGAGAXCTCTG 777 AAAGCTCGACCGAGAC/TCCTCTTG 32 OR5H6 G>A 5 ← AXGTCTACTCTGTATCTG 754 AAAG/AGTCTACTCTTGTTAATCTGG 31 ZNF589 C>G 3 → TCATACTGAGACGAXTAG 730 TCCATACCTGAAGACCGAAAC/GTAAG 30 KLRG1 T>C 5 ← GXTCAGACTGAGATGTGT 705 GT/CTTCAGACTGGAAGAATGTGT 29 NDEL1 G>A 3 → GTAGACTCGCTCGCGXCT 683 GTAGACTCGCTCGGGCGG/ACT 28 EVPLL G>T 5 ← AXGACGACACGACGTCGA 663 AG/TGACGACCACGACGTCCCGGA 27 GNA13 G>A 3 → CTCACGCTCGCTCGTCXT 641 CTCACCGCTCCGGCTCGTCG/ATT 26 HSPG2 C>T 5 ← CAXCGACTCATAGCGACA 619 CAC/TCGGGACCTCATAGCGACA 25 TRABD G>C 3 → TCGCGCCTCGTCAGAGXA 598 TCGCCCGCCCCTCGTCAGAGG/CA 24 B2M A>G 5 ← CTGAXTGGTGATGATAGA 576 CTGAA/GTGGGGTGAATTGATAGAA 23 ITIH1 C>T 3 → CTGAGTGCGCAGTGAGXC 553 CCTGAGTGGCGGCCAGTGAGC/TC 22 TP53 G>A 5 ← TACTGXCTCGTAGAGTGT 531 TACTTGG/ACCTCCGGGTAGGAGTGGT 21 MARC2 G>A 3 → CGCTCTCGACTCGCGXTA 506 CGCCTCCTCGACCTTCGCGGG/ATA 20 TP53 C>T 5 ← CGTACTGXCTCGTAGAGT 483 CCGTACTTGGC/TCTCCGGGTAGGAGT 19 PIK3CA A>G 3 → CACAGTCGTGTACTXCAC 458 CAACAGGTCGGTGGTACTA/GCAC 18 SNRPN T>C 5 ← AGTATACGAXTGTGAGAC 436 AGGTTATACCGAAAT/CTGGTGGAGAACC 17 LRRC34 C>A 3 → AGTCTCACTACTXTATTC 409 AGGTTCTTCACCTACTTC/ATTTAATTTTTC 16 EP300 C>T 5 ← CGTAGCTGTGAXCGTCGT 380 CCGTAAGGCTGTGAC/TCGTTCGT 15 ADSSL1 A>G 3 → CGAGAGGTGTXCGCTGCG 358 CGAGGAGGGGTGGTA/GCGGCTGCGG 14 HRNR G>C 5 ← ACAGACAGTCGATXAGAG 334 ACAGACCAAGTCCGATG/CAGAAG 13 CDKN2B C>T 3 → GCCGTGCGXTGCACGTCA 312 GCCCCGGTGGCGC/TTGCAACGTCCCA 12 TP53 C>A 5 ← TACGCGTACTGCTCXGTA 287 TACCCGCCGTACTTGGCCTCC/AGGGTA 11 IGHV2 G>C 3 → CTATATXATGTCGTGTAG 261 CTATTTATG/CATGTCGTGTAG 10 EZH2 T>G 5 ← TACTAGTAGAGTCTAXGA 241 TTTACTTAAGTAGAGTCTTAT/GGA 9 MRPS10 G>C 3 → TCAAXTGATGTGCACTAC 218 TCAAAAG/CTTTGGATGTGCAACTAC 8 CTNNB1 A>G 5 ← GAGTCTCTCTCGACACXT 194 GAGTCTCTTCCTCGACACCA/GT 7 RAF1 T>C 3 → ACTXATGACTACGACGCA 173 AACCTT/CATGACTACGACGCA 6 EFCAB2 A>G 5 ← CTAGTGCGTGACGTGAXG 153 CTAGTGCGGTGACGTGAA/GG 5 C20ORF96 C>A 3 → TCXTCACTGAGACTCGTG 134 TCC/ATTCACTTGAAGGACTCGTG 4 NRAS G>T 5 ← ATGACTATGTCGACTXTC 112 ATGACCTATGTCGACCTG/TTTC 3 APC C>T 3 → AXCGTGTCACGAGAGTAC 91 AAC/TCCGGTGTTCACGAGAGTAC 2 CHD4 G>A 5 ← AGTCTATAGATCGAXCTC 69 AGTTCTTATTTAAAGATCGAG/ACTTCC 1 CDKN2A T>C 3 → TXGACGCGCTGGCGTGAG 43 TT/CGACGCGGCTGGGGCGGTGAG 0 BRCA1 A>G 5 ← TGATCTCGACACAXTCTG 21 TTGATCTTCGACACAA/GTCTTG
row gene mutation helix dir code N sequence 92 KMT2D C>T 5 → GTGTGXTGCTGCTGCTGC 2098 GTTGTTGC/TTGCTGCTGCTGC 91 MRPS10 G>C 3 ← GACATCACGTGTAGTXAA 2078 GAACATCAACGTGTAGGTTTG/CAAAA 90 B2M A>G 5 → TAGTGGTXAGTCTACATC 2053 TTAAGTGGGGTA/GAGTCTTACATTC 89 NEK10 T>A 3 ← ACACTATATCAGCTXGAT 2029 ACCACTAATAAATTCAGCTT/AGGAT 88 CTNNB1 G>T 5 → AGTCTACTGXACTCTGAT 2005 AGTCTTACCTGG/TACTCTGGAAT 87 CD84 C>T 3 ← AGCAGAGCAGATXCATAG 1983 AGGCAAAGGAGCAAGATC/TCATAGG 86 MALRD1 C>A 5 → TGATGATCTGTXATATGA 1959 TTGATGATCTGTC/AATTTATGGA 85 ADSSL1 A>G 3 ← GCGTGCGTCGCXTGTGGA 1937 GCGTGGCGTCGGCA/GTGGTGGGGA 84 RAF1 T>C 5 → CGCAGCATCAGTAXTCAT 1914 CGCAGCATCAGTAT/CTCCAAT 83 GRK5 G>T 3 ← TTATGCGCAXAGATCTCT 1894 TTTTATGCGGCAG/TAGATCCTCT 82 OPRM1 G>A 5 → TGTCTCTGTAGAATXATG 1872 TGTCTTCCTGTAAAGAAAATG/AATG 81 RASA3 G>A 3 ← AGTCTCXGAGATGTGTGG 1848 AGTTTCCTCG/AGAAGATGGTGTTGGGG 80 TP53 C>T 5 → CGCATGCAGACTGTAXAC 1822 CGCCCATGCAGGAACTGTTAC/TAC 79 PIM1 C>T 3 ← GCGTGXAGATCTCTCGAC 1799 GCCGGTGC/TAAGATCTCTTCGAC 78 SYNDIG1 G>A 5 → AGCGTGCTGCGCTCTGXG 1777 AGGGCGTGCTGCGCTCCTGG/AGGG 77 CELF2 G>A 3 ← CTCXTCTGCAGCAGCCAC 1754 CCTCG/ATCTGGCAGCAAGGCCCCAC 76 IFI44 C>T 5 → CTCAGTGAGTCTGTTCXA 1730 CTCAGTGAGGTCTGTTTTCC/TAA 75 MKI67 G>A 3 ← CTXATGTCATCTCTGGAG 1708 CTG/AAATGTCCATCTCTGGGGAGG 74 OR4K1 C>T 5 → ATCATTGATCGTGTCXGA 1685 ATCATTTTGATCGGTGTCC/TGA 73 NXPE2 A>C 3 ← GXCTCAGCTCACGTAGCT 1664 GA/CCTCAGCCTCCCACGTAGCT 72 ST7 A>G 5 → CTGCTACTGCTCATXTGA 1643 CCTGCTTACTGCTTCATTA/GTGGA 71 ERBB2 G>A 3 ← CXCTCACTGCTGAGACGA 1620 CCG/ACTCACTGCTGGAGGACGA 70 GJE1 C>T 5 → CTTCTGATCGATCXGATA 1599 CCCTTTTCTTTGGATCGATCC/TGAATA 69 KRAS T>G 3 ← CXTGACTGCTGTGTCGAG 1573 CT/GTGACCTGCTGTGTCGAG 68 TRIM46 T>C 5 → CTCGAGCTGAGXAGAGAT 1554 CTCGGGAGGCTGAGGT/CAGGAGAAT 67 OR5H6 G>T 3 ← TGXAGTCTCTATTACACT 1530 TGG/TAGTCTCTATTTTACACT 66 CCDC154 G>A 5 → TGCAGCTCTXCGCAGCCA 1510 TGGCCAGCTCCTG/ACCGCAGGGCCCCAA 65 NWD2 C>T 3 ← GCTCXAGAGACGCATGAG 1483 GCTCC/TAGAAGACCCGCATGAAG 64 ORMDL3 G>A 5 → CGCTGCTXGTCGGTCTCA 1461 CGCCTTGCCCTG/AGTCCGGGGTCTCAAA 63 LMTK3 G>T 3 ← GCAGCXAGAGCGAGAGCT 1434 GCCAGCG/TAGAGCCGGGAGAGCCT 62 TP53 G>A 5 → TGCAGXACTGTACACATG 1411 TGCAGG/AAACTGTTACACATG 61 POLE T>C 3 ← CTGTAGCXTCAGTCTCTG 1391 CTGTAGCCCT/CTCCAGTTCCTTCCTG 60 ADSSL1 A>G 5 → TCGCXTGTGGAGAGCTGT 1366 TCGGCA/GTGGTGGGGAGGAGCTGT 59 NF1 C>T 3 ← CTGCTGAGCXTCACAGAC 1343 CTGCTGAAAGCC/TTTCACAAGACC 58 OR2M7 C>A 5 → CTXATATGATGTGTCATG 1320 CTTC/AAAATATTGATGTGTCATTG 57 SLC25A24 G>A 3 ← CTGATATCGTCXAGAGCA 1297 CTTTGGAAATAATTCGTCG/AAAAGAGGCCAA 56 TP53 C>T 5 → GXAGACTGTACACATGTA 1267 GC/TAGGAACTGTTACACATGTA 55 RAF1 T>C 3 ← CGCAGCATCAGTAXTCAT 1246 CGCAGCATCAGTAT/CTCCAAT 54 EFCAB2 A>G 5 → GXAGTGCAGTGCGTGATC 1226 GA/GAGTGCAGTGGCGTGATC 53 PIK3CA G>A 3 ← GTGATGTATATCGAXACA 1207 GTGAATGTAAATATTCGAG/AACA 52 EPAS1 G>T 5 → GXAGACACTGCACTATAT 1185 GG/TAGACACTGGCACCCTATAT 51 RNF40 C>T 3 ← CAGACTCTCAGTCTCXGA 1164 CAGAACTCCTCAAGGGTCTCC/TGA 50 TPO C>A 5 → TGXGCGACCTACGAGTAG 1141 TGC/AGCGGACCCCTACGAGTTAGG 49 LINC00207 A>G 3 ← TCTGCTGCTGCATCTGXA 1118 TCCTGCTGCTGCATCTTGA/GA 48 NRAS T>C 5 → TCTXGTCAGCTGTATCAG 1098 TTCTT/CGTCCAGCTGTATCCAG 47 KRAS C>G 3 ← AGCACTCTGCTACGCAXC 1077 AGGCACTCTTGCCTACGCCAC/GC 46 ERBB2 T>C 5 → CTCAGXCTCTGAGTAGCT 1055 CCTCAGT/CCTCCTGAGTAGCT 45 CTNNB1 A>G 3 ← GATCATCTGTGCACTXCA 1035 GAATCCATTCTGGTGCCACTA/GCCA 44 SNRPN T>C 5 → GAGTGTXAGCATATGAGT 1011 GAGGTGGTT/CAAAGCCATATTGGAGT 43 ERBB2 T>C 3 ← GCATCTCTGCTCAGXCTC 986 GCAATTCTCCTGCCTCAGT/CCTCC 42 CMYA5 C>G 5 → CATCAGTAXTGCATGAGA 963 CATTTCAGGTTTAC/GTGCATGGAGGA 41 NUDT17 C>A 3 ← GAGAGACAGCGTCXTCGC 938 GAGAGGACAAGCCGTCC/ATCGC 40 TP53 C>T 5 → CTCGTCATGCXGCATGCA 917 CCTCCGGTTCATGCC/TGCCCATGCA 39 EMID1 C>T 3 ← GCACTACTCAGXGAGTGC 893 GGCACCTACCTTCAGC/TGAGTGC 38 TP53 C>A 5 → ATGCTCGTCATGXCGCAT 871 ATGGGCCTCCGGTTCATGC/ACGCCCAT 37 IGHV2 G>C 3 ← TGTGCTGTAXTATATCAT 845 TGTGCTGTAG/CTATTTATCAT 36 CTNNB1 A>G 5 → ATCATCTGTGCACTXCAC 825 AATCCATTCTGGTGCCACTA/GCCAC 35 SOGA1 G>A 3 ← TGCTGTCXCAGCTCTGCA 801 TGCTGTCG/ACAGCTCCTGCA 34 EBF1 C>T 5 → AGTCGCACTCGTCGTXCA 782 AGTCGCACCTCCCGTCGTC/TCA 33 MFSD11 C>T 3 ← TAGCTXATAGCTCTGAGT 761 TAGCTC/TATAGCTCTGAGT 32 OR5H6 G>A 5 → GTCTATGTCTCATCTGXA 743 GGTCTAATTGTTCTCATCTGG/AAAA 31 KMT2D C>G 3 ← TGTXCTGAGACATGCACT 719 TTGTC/GCTTGAAGAACATGCACTT 30 CENPC G>C 5 → CTATCTGAGATGATCTXA 696 CTATTCTGAGATGATCCTG/CA 29 NF1 G>A 3 ← GAXGACTGTGCTGACGAC 676 GAAG/AGACTGTTGCTGACGAC 28 EGFR C>T 5 → CACGTGCAGCTCATCAXG 656 CCACCGTGCAGCTCATCAC/TG 27 GML G>A 3 ← GXGACTACAGTGAGATGC 636 GG/AGACTTACAGTTTGAGATGCC 26 HDAC9 C>T 5 → ACACGCAGCACAGCTXAG 614 ACACGGCAGCACCAGGCTC/TAG 25 TM7SF3 T>C 3 ← AXGCTGTATCAGCACTCT 593 AT/CGCCTGTAATCCCAGCACTCT 24 FGF7 A>G 5 → CTGAGCAGAGATCXCTGA 571 CTGAGGCAGGAGAATCA/GCTTGAA 23 IKBKB C>T 3 ← CXGAGATGTCTGAGGATG 548 CCC/TGAGATGTCCCTGAGGGGATG 22 TP53 G>A 5 → TGTGAGATGCTCXGTCAT 525 TGGTGAGGATGGGCCTCCG/AGTTCAT 21 MAN2A1 G>A 3 ← TGXCTGAATATATAGTAT 500 TGG/ACTGGAAAATAATATAGGTAT 20 TP53 C>T 5 → TGAGATGCTCXGTCATGC 477 TGAGGATGGGCCTCC/TGGTTCATGCC 19 PRSS27 A>G 3 ← CTCXTGTCTCAGCTGCTG 452 CCTCA/GTGTCCTCAGGCCTGGCTGGG 18 SNRPN T>C 5 → CAGAGTGTXAGCATATGA 427 CCAAGAGGTGGTT/CAAAGCCATATTGGA 17 LPA G>A 3 ← AGCTCXATACTCTGTCAT 400 AGCCTCG/AATAACTCTGTCCAT 16 EP300 C>T 5 → GCTAGTXCTATGAGTATG 379 GCTAGTC/TCTATGGGAGTAAATGG 15 ADSSL1 A>G 3 ← GCGTCGCXTGTGGAGAGC 356 GGCGTCGGCA/GTGGTGGGGAGGAGC 14 HRNR G>C 5 → GAGAXTAGCTGACAGACA 332 GAAGAG/CTAGCCTGAACCAGACA 13 CLDN18 C>T 3 ← CTCTGTGTCXGAGAGAGC 310 CTCCTGTGTCC/TGAGAGAGC 12 TP53 C>A 5 → ATGXCTCGTCATGCGCAT 291 ATGGGC/ACTCCGGTTCATGCCGCCCAT 11 IGHV2 G>C 3 ← GATGTGCTGTAXTATATC 265 GATGTGCTGTAG/CTATTTATC 10 RAF1 C>G 5 → ATXTGGAGCATATCTCGC 245 ATC/GTGGGGAGGCATATCCTCGGC 9 MRPS10 G>C 3 ← CATCACGTGTAGTXAACT 222 CATCAACGTGTAGGTTTG/CAAAACT 8 CMYA5 C>G 5 → AXTGCATGAGAGCACAGA 198 AC/GTGCATGGAGGAGCCACAAGA 7 RAF1 T>C 3 ← ACGCAGCATCAGTAXTCA 176 ACGCAGCATCAGTAT/CTCCAA 6 EFCAB2 A>G 5 → GXAGTGCAGTGCGTGATC 156 GA/GAGTGCAGTGGCGTGATC 5 CREB5 C>A 3 ← ACAGCATGCAGAGATXAC 137 AACAGCCATGCAGAAAGAATC/AAC 4 NALCN G>T 5 → GTXATCATGTCTAGTGAC 114 GTTTG/TATCCATGTCTTAGTGACC 3 ATM C>T 3 ← ACACTCTCGCACGAGCXG 91 ACACTTCTCGCAAACGAGCC/TG 2 CDC25C T>A 5 → CTCXGCTCACTGTGATAT 70 CTTCT/AGCTCACCTGTTTGGGAATAT 1 CTNNB1 T>C 3 ← TGCACTACACAGCTCTXC 45 TGCCACTACCACAGCTCCTT/CC 0 BRAF C>G 5 → CTGTXCATGATCAGATCA 24 CTGTTC/GCAAATGATCCAGATCCAA
Martin Krzywinski | contact | Canada's Michael Smith Genome Sciences Centre ⊂ BC Cancer Research Center ⊂ BC Cancer ⊂ PHSA
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