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idt.txt
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cube_stap_bridge_cone1_0,TGTCCATCTTTTATAATCATTTAACCTGTTTAGTGACCATT,25nm,STD
cube_stap_bridge_cone1_1,AGATACATTTCGTTTTAGTAAAAGAGTC,25nm,STD
cube_stap_bridge_cone1_2,AAACTATCGGCCTTGCTGGTATTTATGTTTTAAATAT,25nm,STD
cube_stap_bridge_cone1_3,AAAGCGAATAATTGCTGAATATAATGCTGTTTTTTTAACAATATTACCGC,25nm,STD
cube_stap_bridge_cone1_4,CCAACAGTTTTATCGCGTTTTAATTAAAAGAT,25nm,STD
cube_stap_bridge_cone1_5,GGATAGCGAGCCCGAATTTTTCTGACCTGCAACAG,25nm,STD
cube_stap_bridge_cone1_6,TGCCACGCTTTTGTTTAGACT,25nm,STD
cube_stap_bridge_cone1_7,GCCAGAGGGGTTTAAATGAAAAATCTAAAGC,25nm,STD
cube_stap_bridge_cone1_8,CAACTCGTATTTTTTACGTTAATAAAACGAACTTCATTATA,25nm,STD
cube_stap_bridge_cone1_9,GGAATTAGAGCTTTTACAGACCAGGGACGTTGGGAATTTTTTTTGCCCGAACGTAGGTTTAACGTTTTCAGTATGTTAG,25nm,STD
cube_stap_bridge_cone1_10,CCCTCAGACAGGGATAGCAAGCCCATTTGAACCCATGT,25nm,STD
cube_stap_bridge_cone1_11,TTTTGTCGCAGACAGCCCTTTTCCACCCTCAGAGTGTATCA,25nm,STD
cube_stap_bridge_cone1_12,CCGTACTCAGGATTTTAACGATCTAAAG,25nm,STD
cube_stap_bridge_cone1_13,AGTGAGAATAGAAAGGAACAATTTTCAAGAGAAGGAT,25nm,STD
cube_stap_bridge_cone1_14,GGAGTGTAAACATGAAAGTATTAAGAGGCTTTTTTTATTGCGAATAATAA,25nm,STD
cube_stap_bridge_cone1_15,ACAACAATTTTATACATGGCTTTTGCGCAGTC,25nm,STD
cube_stap_bridge_cone1_16,ACCGCCACTACCGTTCTTTGCATAACCGTAAAATA,25nm,STD
cube_stap_bridge_cone1_17,CGTAATGCCTTTACCCTCAGA,25nm,STD
cube_stap_bridge_cone1_18,GAACCGCCTCTTTCAACCTAAAACGAAAGAG,25nm,STD
cube_stap_bridge_cone1_19,AGAGGACAGATTTTTCACCAGTAGCACCATTACCGACTTGA,25nm,STD
cube_stap_bridge_cone1_20,ATATAAAGCGACGACAATAAACAACTTTTCAGCTAATG,25nm,STD
cube_stap_bridge_cone1_21,ATAATCGGCCCATCCTAATTTTCGAGCCAGTAAACGCCAAC,25nm,STD
cube_stap_bridge_cone1_22,ATGTAATTTAGGTTTTAGAAACCAATCA,25nm,STD
cube_stap_bridge_cone1_23,TTTTTATTTTCATCGTAGGAATTTCTGTTTAGTATCA,25nm,STD
cube_stap_bridge_cone1_24,AGAAAACTAACACCGGAATCATAATTACTATTTTTTGCGCCCAATAGCAA,25nm,STD
cube_stap_bridge_cone1_25,ATTTTATTTTTCAATCGCAAGACAAGTTATAT,25nm,STD
cube_stap_bridge_cone1_26,TCTGTAAAGTAAATGCTTTCCAACGCTACGGGAGA,25nm,STD
cube_stap_bridge_cone1_27,ATTAACTGATTTAACCTTGCT,25nm,STD
cube_stap_bridge_cone1_28,TAAATCAATATTTAGTCAGAGGGTAATTGAG,25nm,STD
cube_stap_bridge_cone1_29,ATTAAGACTCCTTTTATACAGTAACAGTACCTTAATTGCGT,25nm,STD
cube_stap_bridge_cone1_30,TTCATTTGCTAATAGTAGTAGCATTTTTCTAAACAGGA,25nm,STD
cube_stap_bridge_cone2_0,TGTCCATCTTTTATAATCATTTAACCTGTTTAGTGACCATT,25nm,STD
cube_stap_bridge_cone2_1,AGATACATTTCGTTTTAGTAAAAGAGTC,25nm,STD
cube_stap_bridge_cone2_2,AAACTATCGGCCTTGCTGGTATTTATGTTTTAAATAT,25nm,STD
cube_stap_bridge_cone2_3,AAAGCGAATAATTGCTGAATATAATGCTGTTTTTTTAACAATATTACCGC,25nm,STD
cube_stap_bridge_cone2_4,CCAACAGTTTTATCGCGTTTTAATTAAAAGAT,25nm,STD
cube_stap_bridge_cone2_5,GGATAGCGAGCCCGAATTTTTCTGACCTGCAACAG,25nm,STD
cube_stap_bridge_cone2_6,TGCCACGCTTTTGTTTAGACT,25nm,STD
cube_stap_bridge_cone2_7,GCCAGAGGGGTTTAAATGAAAAATCTAAAGC,25nm,STD
cube_stap_bridge_cone2_8,CAACTCGTATTTTTTACGTTAATAAAACGAACTTCATTATA,25nm,STD
cube_stap_bridge_cone2_9,GGAATTAGAGCTTTTACAGACCAGGGACGTTGGGAATTTTTTTTGCCCGAACGTAGGTTTAACGTTTTCAGTATGTTAG,25nm,STD
cube_stap_bridge_cone2_10,CCCTCAGACAGGGATAGCAAGCCCATTTGAACCCATGT,25nm,STD
cube_stap_bridge_cone2_11,TTTTGTCGCAGACAGCCCTTTTCCACCCTCAGAGTGTATCA,25nm,STD
cube_stap_bridge_cone2_12,CCGTACTCAGGATTTTAACGATCTAAAG,25nm,STD
cube_stap_bridge_cone2_13,AGTGAGAATAGAAAGGAACAATTTTCAAGAGAAGGAT,25nm,STD
cube_stap_bridge_cone2_14,GGAGTGTAAACATGAAAGTATTAAGAGGCTTTTTTTATTGCGAATAATAA,25nm,STD
cube_stap_bridge_cone2_15,ACAACAATTTTATACATGGCTTTTGCGCAGTC,25nm,STD
cube_stap_bridge_cone2_16,ACCGCCACTACCGTTCTTTGCATAACCGTAAAATA,25nm,STD
cube_stap_bridge_cone2_17,CGTAATGCCTTTACCCTCAGA,25nm,STD
cube_stap_bridge_cone2_18,GAACCGCCTCTTTCAACCTAAAACGAAAGAG,25nm,STD
cube_stap_bridge_cone2_19,AGAGGACAGATTTTTCACCAGTAGCACCATTACCGACTTGA,25nm,STD
cube_stap_bridge_cone2_20,ATATAAAGCGACGACAATAAACAACTTTTCAGCTAATG,25nm,STD
cube_stap_bridge_cone2_21,ATAATCGGCCCATCCTAATTTTCGAGCCAGTAAACGCCAAC,25nm,STD
cube_stap_bridge_cone2_22,ATGTAATTTAGGTTTTAGAAACCAATCA,25nm,STD
cube_stap_bridge_cone2_23,TTTTTATTTTCATCGTAGGAATTTCTGTTTAGTATCA,25nm,STD
cube_stap_bridge_cone2_24,AGAAAACTAACACCGGAATCATAATTACTATTTTTTGCGCCCAATAGCAA,25nm,STD
cube_stap_bridge_cone2_25,ATTTTATTTTTCAATCGCAAGACAAGTTATAT,25nm,STD
cube_stap_bridge_cone2_26,TCTGTAAAGTAAATGCTTTCCAACGCTACGGGAGA,25nm,STD
cube_stap_bridge_cone2_27,ATTAACTGATTTAACCTTGCT,25nm,STD
cube_stap_bridge_cone2_28,TAAATCAATATTTAGTCAGAGGGTAATTGAG,25nm,STD
cube_stap_bridge_cone2_29,ATTAAGACTCCTTTTATACAGTAACAGTACCTTAATTGCGT,25nm,STD
cube_stap_bridge_cone2_30,TTCATTTGCTAATAGTAGTAGCATTTTTCTAAACAGGA,25nm,STD
cube_stap_bridge_cone3_0,TGTCCATCTTTTATAATCATTTAACCTGTTTAGTGACCATT,25nm,STD
cube_stap_bridge_cone3_1,AGATACATTTCGTTTTAGTAAAAGAGTC,25nm,STD
cube_stap_bridge_cone3_2,AAACTATCGGCCTTGCTGGTATTTATGTTTTAAATAT,25nm,STD
cube_stap_bridge_cone3_3,AAAGCGAATAATTGCTGAATATAATGCTGTTTTTTTAACAATATTACCGC,25nm,STD
cube_stap_bridge_cone3_4,CCAACAGTTTTATCGCGTTTTAATTAAAAGAT,25nm,STD
cube_stap_bridge_cone3_5,GGATAGCGAGCCCGAATTTTTCTGACCTGCAACAG,25nm,STD
cube_stap_bridge_cone3_6,TGCCACGCTTTTGTTTAGACT,25nm,STD
cube_stap_bridge_cone3_7,GCCAGAGGGGTTTAAATGAAAAATCTAAAGC,25nm,STD
cube_stap_bridge_cone3_8,CAACTCGTATTTTTTACGTTAATAAAACGAACTTCATTATA,25nm,STD
cube_stap_bridge_cone3_9,GGAATTAGAGCTTTTACAGACCAGGGACGTTGGGAATTTTTTTTGCCCGAACGTAGGTTTAACGTTTTCAGTATGTTAG,25nm,STD
cube_stap_bridge_cone3_10,CCCTCAGACAGGGATAGCAAGCCCATTTGAACCCATGT,25nm,STD
cube_stap_bridge_cone3_11,TTTTGTCGCAGACAGCCCTTTTCCACCCTCAGAGTGTATCA,25nm,STD
cube_stap_bridge_cone3_12,CCGTACTCAGGATTTTAACGATCTAAAG,25nm,STD
cube_stap_bridge_cone3_13,AGTGAGAATAGAAAGGAACAATTTTCAAGAGAAGGAT,25nm,STD
cube_stap_bridge_cone3_14,GGAGTGTAAACATGAAAGTATTAAGAGGCTTTTTTTATTGCGAATAATAA,25nm,STD
cube_stap_bridge_cone3_15,ACAACAATTTTATACATGGCTTTTGCGCAGTC,25nm,STD
cube_stap_bridge_cone3_16,ACCGCCACTACCGTTCTTTGCATAACCGTAAAATA,25nm,STD
cube_stap_bridge_cone3_17,CGTAATGCCTTTACCCTCAGA,25nm,STD
cube_stap_bridge_cone3_18,GAACCGCCTCTTTCAACCTAAAACGAAAGAG,25nm,STD
cube_stap_bridge_cone3_19,AGAGGACAGATTTTTCACCAGTAGCACCATTACCGACTTGA,25nm,STD
cube_stap_bridge_cone3_20,ATATAAAGCGACGACAATAAACAACTTTTCAGCTAATG,25nm,STD
cube_stap_bridge_cone3_21,ATAATCGGCCCATCCTAATTTTCGAGCCAGTAAACGCCAAC,25nm,STD
cube_stap_bridge_cone3_22,ATGTAATTTAGGTTTTAGAAACCAATCA,25nm,STD
cube_stap_bridge_cone3_23,TTTTTATTTTCATCGTAGGAATTTCTGTTTAGTATCA,25nm,STD
cube_stap_bridge_cone3_24,AGAAAACTAACACCGGAATCATAATTACTATTTTTTGCGCCCAATAGCAA,25nm,STD
cube_stap_bridge_cone3_25,ATTTTATTTTTCAATCGCAAGACAAGTTATAT,25nm,STD
cube_stap_bridge_cone3_26,TCTGTAAAGTAAATGCTTTCCAACGCTACGGGAGA,25nm,STD
cube_stap_bridge_cone3_27,ATTAACTGATTTAACCTTGCT,25nm,STD
cube_stap_bridge_cone3_28,TAAATCAATATTTAGTCAGAGGGTAATTGAG,25nm,STD
cube_stap_bridge_cone3_29,ATTAAGACTCCTTTTATACAGTAACAGTACCTTAATTGCGT,25nm,STD
cube_stap_bridge_cone3_30,TTCATTTGCTAATAGTAGTAGCATTTTTCTAAACAGGA,25nm,STD
cube_stap_bridge_cone4_0,TGTCCATCTTTTATAATCATTTAACCTGTTTAGTGACCATT,25nm,STD
cube_stap_bridge_cone4_1,AGATACATTTCGTTTTAGTAAAAGAGTC,25nm,STD
cube_stap_bridge_cone4_2,AAACTATCGGCCTTGCTGGTATTTATGTTTTAAATAT,25nm,STD
cube_stap_bridge_cone4_3,AAAGCGAATAATTGCTGAATATAATGCTGTTTTTTTAACAATATTACCGC,25nm,STD
cube_stap_bridge_cone4_4,CCAACAGTTTTATCGCGTTTTAATTAAAAGAT,25nm,STD
cube_stap_bridge_cone4_5,GGATAGCGAGCCCGAATTTTTCTGACCTGCAACAG,25nm,STD
cube_stap_bridge_cone4_6,TGCCACGCTTTTGTTTAGACT,25nm,STD
cube_stap_bridge_cone4_7,GCCAGAGGGGTTTAAATGAAAAATCTAAAGC,25nm,STD
cube_stap_bridge_cone4_8,CAACTCGTATTTTTTACGTTAATAAAACGAACTTCATTATA,25nm,STD
cube_stap_bridge_cone4_9,GGAATTAGAGCTTTTACAGACCAGGGACGTTGGGAATTTTTTTTGCCCGAACGTAGGTTTAACGTTTTCAGTATGTTAG,25nm,STD
cube_stap_bridge_cone4_10,CCCTCAGACAGGGATAGCAAGCCCATTTGAACCCATGT,25nm,STD
cube_stap_bridge_cone4_11,TTTTGTCGCAGACAGCCCTTTTCCACCCTCAGAGTGTATCA,25nm,STD
cube_stap_bridge_cone4_12,CCGTACTCAGGATTTTAACGATCTAAAG,25nm,STD
cube_stap_bridge_cone4_13,AGTGAGAATAGAAAGGAACAATTTTCAAGAGAAGGAT,25nm,STD
cube_stap_bridge_cone4_14,GGAGTGTAAACATGAAAGTATTAAGAGGCTTTTTTTATTGCGAATAATAA,25nm,STD
cube_stap_bridge_cone4_15,ACAACAATTTTATACATGGCTTTTGCGCAGTC,25nm,STD
cube_stap_bridge_cone4_16,ACCGCCACTACCGTTCTTTGCATAACCGTAAAATA,25nm,STD
cube_stap_bridge_cone4_17,CGTAATGCCTTTACCCTCAGA,25nm,STD
cube_stap_bridge_cone4_18,GAACCGCCTCTTTCAACCTAAAACGAAAGAG,25nm,STD
cube_stap_bridge_cone4_19,AGAGGACAGATTTTTCACCAGTAGCACCATTACCGACTTGA,25nm,STD
cube_stap_bridge_cone4_20,ATATAAAGCGACGACAATAAACAACTTTTCAGCTAATG,25nm,STD
cube_stap_bridge_cone4_21,ATAATCGGCCCATCCTAATTTTCGAGCCAGTAAACGCCAAC,25nm,STD
cube_stap_bridge_cone4_22,ATGTAATTTAGGTTTTAGAAACCAATCA,25nm,STD
cube_stap_bridge_cone4_23,TTTTTATTTTCATCGTAGGAATTTCTGTTTAGTATCA,25nm,STD
cube_stap_bridge_cone4_24,AGAAAACTAACACCGGAATCATAATTACTATTTTTTGCGCCCAATAGCAA,25nm,STD
cube_stap_bridge_cone4_25,ATTTTATTTTTCAATCGCAAGACAAGTTATAT,25nm,STD
cube_stap_bridge_cone4_26,TCTGTAAAGTAAATGCTTTCCAACGCTACGGGAGA,25nm,STD
cube_stap_bridge_cone4_27,ATTAACTGATTTAACCTTGCT,25nm,STD
cube_stap_bridge_cone4_28,TAAATCAATATTTAGTCAGAGGGTAATTGAG,25nm,STD
cube_stap_bridge_cone4_29,ATTAAGACTCCTTTTATACAGTAACAGTACCTTAATTGCGT,25nm,STD
cube_stap_bridge_cone4_30,TTCATTTGCTAATAGTAGTAGCATTTTTCTAAACAGGA,25nm,STD
cube_joining_strand_cone1_t1_0,AAAACAGTACAAACTACAACCACTGAGTTTCGTCAC,25nm,STD
cube_joining_strand_cone1_t1_1,CTTTATCGGTTTATCAGCTTAGGAGCCTTTAATTGT,25nm,STD
cube_joining_strand_cone1_t1_2,GAATGCCTGATAAATTGTGTGGAGATTTGTATCATC,25nm,STD
cube_joining_strand_cone1_t1_3,CATCTACGAGGCATAGTAAGTAACGCCAAAAGGAAT,25nm,STD
cube_joining_strand_cone1_t1_4,TTGTAATTGCTCCTTTTGATATTAGAGAGTACCTTT,25nm,STD
cube_joining_strand_cone1_t1_5,TCACGGTGGCATCAATTCTAGGGCGCGAGCTGAAAA,25nm,STD
cube_joining_strand_cone1_t2_0,AGAGATAGATAAGTCCTGAACGCCTGTTTATCAACA,25nm,STD
cube_joining_strand_cone1_t2_1,CCCGGAACCTCCCGACTTGCCGCGAGGCGTTTTAGC,25nm,STD
cube_joining_strand_cone1_t2_2,ACTGCCGAAGCCCTTTTTAAAGCAATAGCTATCTTA,25nm,STD
cube_joining_strand_cone1_t2_3,CTTATAGCGCGTTTTCATCGCTTTAGCGTCAGACTG,25nm,STD
cube_joining_strand_cone1_t2_4,TAGCTATAAACAGTTAATGCTGAGTAACAGTGCCCG,25nm,STD
cube_joining_strand_cone1_t2_5,AACACCACCACCCTCATTTTACCGCCACCCTCAGAG,25nm,STD
cube_joining_strand_cone1_t3_0,GTAAAGGAACGGTACGCCAGTAAAGGGATTTTAGAC,25nm,STD
cube_joining_strand_cone1_t3_1,TAATCGTCTGAAATGGATTACATTTTGACGCTCAAT,25nm,STD
cube_joining_strand_cone1_t3_2,CCTGTATCTAAAATATCTTTAGGAATTGAGGAAGGT,25nm,STD
cube_joining_strand_cone1_t3_3,AGGTAGCAAAAGAAGATGATTCATTTCAATTACCTG,25nm,STD
cube_joining_strand_cone1_t3_4,CAATGGTTTGAAATACCGACCTGACCTAAATTTAAT,25nm,STD
cube_joining_strand_cone1_t3_5,AGACAGTAATTCTGTCCAGATACCGACAAAAGGTAA,25nm,STD
cube_joining_strand_cone2_t1_0,GGTGGCATCAATTCTAGGGCGCGAGCTG,25nm,STD
cube_joining_strand_cone2_t1_1,AATTGCTCCTTTTGATATTAGAGAGTAC,25nm,STD
cube_joining_strand_cone2_t1_2,TACGAGGCATAGTAAGTAACGCCAAAAG,25nm,STD
cube_joining_strand_cone2_t1_3,GCCTGATAAATTGTGTGGAGATTTGTAT,25nm,STD
cube_joining_strand_cone2_t1_4,ATCGGTTTATCAGCTTAGGAGCCTTTAA,25nm,STD
cube_joining_strand_cone2_t1_5,CAGTACAAACTACAACCACTGAGTTTCG,25nm,STD
cube_joining_strand_cone2_t2_0,AGAGATAGATAAGTCCTGAACGCCTGTTTATCAACA,25nm,STD
cube_joining_strand_cone2_t2_1,CCCGGAACCTCCCGACTTGCCGCGAGGCGTTTTAGC,25nm,STD
cube_joining_strand_cone2_t2_2,ACTGCCGAAGCCCTTTTTAAAGCAATAGCTATCTTA,25nm,STD
cube_joining_strand_cone2_t2_3,CTTATAGCGCGTTTTCATCGCTTTAGCGTCAGACTG,25nm,STD
cube_joining_strand_cone2_t2_4,TAGCTATAAACAGTTAATGCTGAGTAACAGTGCCCG,25nm,STD
cube_joining_strand_cone2_t2_5,AACACCACCACCCTCATTTTACCGCCACCCTCAGAG,25nm,STD
cube_joining_strand_cone2_t3_0,GTAAAGGAACGGTACGCCAGTAAAGGGATTTTAGAC,25nm,STD
cube_joining_strand_cone2_t3_1,TAATCGTCTGAAATGGATTACATTTTGACGCTCAAT,25nm,STD
cube_joining_strand_cone2_t3_2,CCTGTATCTAAAATATCTTTAGGAATTGAGGAAGGT,25nm,STD
cube_joining_strand_cone2_t3_3,AGGTAGCAAAAGAAGATGATTCATTTCAATTACCTG,25nm,STD
cube_joining_strand_cone2_t3_4,CAATGGTTTGAAATACCGACCTGACCTAAATTTAAT,25nm,STD
cube_joining_strand_cone2_t3_5,AGACAGTAATTCTGTCCAGATACCGACAAAAGGTAA,25nm,STD
cube_joining_strand_cone3_t1_0,AAAACAGTACAAACTACAACCACTGAGTTTCGTCAC,25nm,STD
cube_joining_strand_cone3_t1_1,CTTTATCGGTTTATCAGCTTAGGAGCCTTTAATTGT,25nm,STD
cube_joining_strand_cone3_t1_2,GAATGCCTGATAAATTGTGTGGAGATTTGTATCATC,25nm,STD
cube_joining_strand_cone3_t1_3,CATCTACGAGGCATAGTAAGTAACGCCAAAAGGAAT,25nm,STD
cube_joining_strand_cone3_t1_4,TTGTAATTGCTCCTTTTGATATTAGAGAGTACCTTT,25nm,STD
cube_joining_strand_cone3_t1_5,TCACGGTGGCATCAATTCTAGGGCGCGAGCTGAAAA,25nm,STD
cube_joining_strand_cone3_t2_0,CCACCACCCTCATTTTACCGCCACCCTC,25nm,STD
cube_joining_strand_cone3_t2_1,TATAAACAGTTAATGCTGAGTAACAGTG,25nm,STD
cube_joining_strand_cone3_t2_2,TAGCGCGTTTTCATCGCTTTAGCGTCAG,25nm,STD
cube_joining_strand_cone3_t2_3,CCGAAGCCCTTTTTAAAGCAATAGCTAT,25nm,STD
cube_joining_strand_cone3_t2_4,GAACCTCCCGACTTGCCGCGAGGCGTTT,25nm,STD
cube_joining_strand_cone3_t2_5,ATAGATAAGTCCTGAACGCCTGTTTATC,25nm,STD
cube_joining_strand_cone3_t3_0,AGTAATTCTGTCCAGATACCGACAAAAG,25nm,STD
cube_joining_strand_cone3_t3_1,GGTTTGAAATACCGACCTGACCTAAATT,25nm,STD
cube_joining_strand_cone3_t3_2,AGCAAAAGAAGATGATTCATTTCAATTA,25nm,STD
cube_joining_strand_cone3_t3_3,TATCTAAAATATCTTTAGGAATTGAGGA,25nm,STD
cube_joining_strand_cone3_t3_4,CGTCTGAAATGGATTACATTTTGACGCT,25nm,STD
cube_joining_strand_cone3_t3_5,AGGAACGGTACGCCAGTAAAGGGATTTT,25nm,STD
cube_joining_strand_cone4_t1_0,GGTGGCATCAATTCTAGGGCGCGAGCTG,25nm,STD
cube_joining_strand_cone4_t1_1,AATTGCTCCTTTTGATATTAGAGAGTAC,25nm,STD
cube_joining_strand_cone4_t1_2,TACGAGGCATAGTAAGTAACGCCAAAAG,25nm,STD
cube_joining_strand_cone4_t1_3,GCCTGATAAATTGTGTGGAGATTTGTAT,25nm,STD
cube_joining_strand_cone4_t1_4,ATCGGTTTATCAGCTTAGGAGCCTTTAA,25nm,STD
cube_joining_strand_cone4_t1_5,CAGTACAAACTACAACCACTGAGTTTCG,25nm,STD
cube_joining_strand_cone4_t2_0,CCACCACCCTCATTTTACCGCCACCCTC,25nm,STD
cube_joining_strand_cone4_t2_1,TATAAACAGTTAATGCTGAGTAACAGTG,25nm,STD
cube_joining_strand_cone4_t2_2,TAGCGCGTTTTCATCGCTTTAGCGTCAG,25nm,STD
cube_joining_strand_cone4_t2_3,CCGAAGCCCTTTTTAAAGCAATAGCTAT,25nm,STD
cube_joining_strand_cone4_t2_4,GAACCTCCCGACTTGCCGCGAGGCGTTT,25nm,STD
cube_joining_strand_cone4_t2_5,ATAGATAAGTCCTGAACGCCTGTTTATC,25nm,STD
cube_joining_strand_cone4_t3_0,AGTAATTCTGTCCAGATACCGACAAAAG,25nm,STD
cube_joining_strand_cone4_t3_1,GGTTTGAAATACCGACCTGACCTAAATT,25nm,STD
cube_joining_strand_cone4_t3_2,AGCAAAAGAAGATGATTCATTTCAATTA,25nm,STD
cube_joining_strand_cone4_t3_3,TATCTAAAATATCTTTAGGAATTGAGGA,25nm,STD
cube_joining_strand_cone4_t3_4,CGTCTGAAATGGATTACATTTTGACGCT,25nm,STD
cube_joining_strand_cone4_t3_5,AGGAACGGTACGCCAGTAAAGGGATTTT,25nm,STD
cube_internal_stap_cone1_t1_0,GCAACTAAAGTACGGTCGGATGGC,25nm,STD
cube_internal_stap_cone1_t1_1,AACATTATTTGCAAAAGAAGTTTT,25nm,STD
cube_internal_stap_cone1_t1_2,AGTTTCATCGAGTAGATTTAGTTCTATATT,25nm,STD
cube_internal_stap_cone1_t1_3,AGGTCAGGAAGAGGTCATTTTTGGTCTGGA,25nm,STD
cube_internal_stap_cone1_t1_4,AACAGTTCGGTCTTTACCCTGACCTCCAAC,25nm,STD
cube_internal_stap_cone1_t1_5,CAGATACAAGCAACACTATCATATGCTTTA,25nm,STD
cube_internal_stap_cone1_t1_6,TCAGTGAAAGTAGTAAATTGGGCACTAATG,25nm,STD
cube_internal_stap_cone1_t1_7,AGTACAACCGAAATCCGCGACCTTGCTCAT,25nm,STD
cube_internal_stap_cone1_t1_8,GTCACCCTGCAACGGCTACAGAGGAAACAA,25nm,STD
cube_internal_stap_cone1_t1_9,GCTCCAAAGCTTTCGAGGTGAATCGGGATC,25nm,STD
cube_internal_stap_cone1_t1_10,AGACGTTAACAACTTTCAACAGTAAAAAAG,25nm,STD
cube_internal_stap_cone1_t1_11,TACCGTAAGCCTGTAGCATTCCATCTTTCC,25nm,STD
cube_internal_stap_cone1_t1_12,TTAGAGCTCCAGACCGGAAGCAAATATTATAG,25nm,STD
cube_internal_stap_cone1_t1_13,TCAGAAGCTTGAATCCCCCTCAAAACCCTCGT,25nm,STD
cube_internal_stap_cone1_t1_14,TTACCAGAAGGAATACCACATTCATTGAGATG,25nm,STD
cube_internal_stap_cone1_t1_15,GTTTAATTATCAACGTAACAAAGCGCTCCATG,25nm,STD
cube_internal_stap_cone1_t1_16,TTACTTAGCGATTATACCAAGCGCGCTTTGAG,25nm,STD
cube_internal_stap_cone1_t1_17,GACTAAAGTTAAAGGCCGCTTTTGTTCTTAAA,25nm,STD
cube_internal_stap_cone1_t1_18,CAGCTTGACGTTGAAAATCTCCAATTCAGCGG,25nm,STD
cube_internal_stap_cone1_t1_19,AATATTCAAAAGCGGATTGCATCACGAGCTTC,25nm,STD
cube_internal_stap_cone1_t1_20,TGAGATTTCGACGATAAAAACCAATCGTCATA,25nm,STD
cube_internal_stap_cone1_t1_21,TTACCCAATCAACTTTAATCATTGTCATCAGT,25nm,STD
cube_internal_stap_cone1_t1_22,ACCCCCAGCCGGAACGAGGCGCAGGATATTCA,25nm,STD
cube_internal_stap_cone1_t1_23,GCAGGGAGACTTTTTCATGAGGAACATCTTTG,25nm,STD
cube_internal_stap_cone1_t1_24,TTTTTTCATACCGATAGTTGCGCCTGAGGCTT,25nm,STD
cube_internal_stap_cone1_t1_25,TAAGAGGATCCAATACTGCGGAAAATAGCG,25nm,STD
cube_internal_stap_cone1_t1_26,AGAGGCTTTACAGGTAGAAAGATTGAATTA,25nm,STD
cube_internal_stap_cone1_t1_27,CCTTATGCTCTTGACAAGAACCGACGGTCA,25nm,STD
cube_internal_stap_cone1_t1_28,ATCATAAGATACACTAAAACACTGTTTCCA,25nm,STD
cube_internal_stap_cone1_t1_29,TTAAACGGGATATATTCGGTCGCGACAATG,25nm,STD
cube_internal_stap_cone1_t1_30,AAGAGTAAGATTTTAAGAACTGGCAACGGAAC,25nm,STD
cube_internal_stap_cone1_t1_31,GCAAAAGAGGAACCGAACTGACCACCTTCATC,25nm,STD
cube_internal_stap_cone1_t1_32,CCAGTCAGCGCATAGGCTGGCTGAACTTTGAA,25nm,STD
cube_internal_stap_cone1_t2_0,TAGGATTAGCGGGGTTGAACCTAT,25nm,STD
cube_internal_stap_cone1_t2_1,AGGCCGGAACCAGAGCCACCACCG,25nm,STD
cube_internal_stap_cone1_t2_2,GTACCAGGTATAGCCCGGAATAGACCGCCA,25nm,STD
cube_internal_stap_cone1_t2_3,CAGTGCCTCCCCTGCCTATTTCGTTGCTCA,25nm,STD
cube_internal_stap_cone1_t2_4,CAGCATTGTTGATATTCACAAACACGGGGT,25nm,STD
cube_internal_stap_cone1_t2_5,AAGTTTGCGCATTTTCGGTCATACCGCCGC,25nm,STD
cube_internal_stap_cone1_t2_6,ATAGAAAAGGCGACATTCAACCGCAGAATC,25nm,STD
cube_internal_stap_cone1_t2_7,AATGAAATGAAAAGTAAGCAGATACAATCA,25nm,STD
cube_internal_stap_cone1_t2_8,ATTTATCCGTCAAAAATGAAAATAAGAAAC,25nm,STD
cube_internal_stap_cone1_t2_9,TCTAAGAAGGGAGGTTTTGAAGCCCATATT,25nm,STD
cube_internal_stap_cone1_t2_10,TCCTTATCACTCATCGAGAACAACCGGTAT,25nm,STD
cube_internal_stap_cone1_t2_11,TCAGAACGCAAGAAAAATAATATCTGTCTT,25nm,STD
cube_internal_stap_cone1_t2_12,TATTCTGACTGGTAATAAGTTTTAAAATAAAT,25nm,STD
cube_internal_stap_cone1_t2_13,CCTCATTAAGAACCACCACCAGAGGCCCCCTT,25nm,STD
cube_internal_stap_cone1_t2_14,ATTAGCGTCCGTAATCAGTAGCGAATTGAGGG,25nm,STD
cube_internal_stap_cone1_t2_15,AGGGAAGGATAAGTTTATTTTGTCAGCCGAAC,25nm,STD
cube_internal_stap_cone1_t2_16,AAAGTTACGCCCAATAATAAGAGCAGCAGCCT,25nm,STD
cube_internal_stap_cone1_t2_17,TTACAGAGGTTACAAAATAAACAGCTTAAATC,25nm,STD
cube_internal_stap_cone1_t2_18,AAGATTAGGATATAGAAGGCTTATGCAAGCCG,25nm,STD
cube_internal_stap_cone1_t2_19,CCGCCACCAAGCCAGAATGGAAAGATGATACA,25nm,STD
cube_internal_stap_cone1_t2_20,TAGCAGCATTGCCATCTTTTCATACCTCAGAG,25nm,STD
cube_internal_stap_cone1_t2_21,ACCACGGATAAATATTGACGGAAAACCATCGA,25nm,STD
cube_internal_stap_cone1_t2_22,TGAGTTAACAGAAGGAAACCGAGGGCAAAGAC,25nm,STD
cube_internal_stap_cone1_t2_23,ATTTGCCAAGAATAACATAAAAACACAAGAAT,25nm,STD
cube_internal_stap_cone1_t2_24,GCAAATCATTGCTATTTTGCACCCAGAGCCTA,25nm,STD
cube_internal_stap_cone1_t2_25,TCTGAATTCCTCAGAGCCACCACATCAAAA,25nm,STD
cube_internal_stap_cone1_t2_26,TCACCGGAAACGTCACCAATGAATTATTCA,25nm,STD
cube_internal_stap_cone1_t2_27,TTAAAGGTACATATAAAAGAAACAAACGCA,25nm,STD
cube_internal_stap_cone1_t2_28,ATAATAACTCAGAGAGATAACCCAGGGAAG,25nm,STD
cube_internal_stap_cone1_t2_29,CGCATTAGAACGAGCGTCTTTCCAGCTACA,25nm,STD
cube_internal_stap_cone1_t2_30,AGGTGGCAGAATTATCACCGTCACCATTAGCA,25nm,STD
cube_internal_stap_cone1_t2_31,CGCTAATAGGAATACCCAAAAGAAATACATAA,25nm,STD
cube_internal_stap_cone1_t2_32,GCCATTTGCAAACGTAGAAAATACCTGGCATG,25nm,STD
cube_internal_stap_cone1_t3_0,TATGCGTTATACAAATGCGTTAAA,25nm,STD
cube_internal_stap_cone1_t3_1,GGAGAAACTAATGGAAACAGTACA,25nm,STD
cube_internal_stap_cone1_t3_2,AGTATAAATCGCCATATTTAACATAAGAGA,25nm,STD
cube_internal_stap_cone1_t3_3,TTCATCTTCGTGTGATAAATAAGTCTTACC,25nm,STD
cube_internal_stap_cone1_t3_4,AGATTAAGAATCATAGGTCTGAGAGTTAAT,25nm,STD
cube_internal_stap_cone1_t3_5,CGAATTATGAAACAAACATCAAGATAGCTT,25nm,STD
cube_internal_stap_cone1_t3_6,TTATCAGATTGGATTATACTTCTGCAGAGG,25nm,STD
cube_internal_stap_cone1_t3_7,CAGTTGAAAGGAGCACTAACAACTTCCTGA,25nm,STD
cube_internal_stap_cone1_t3_8,TAATGCGCATACCGAACGAACCAAAATCAA,25nm,STD
cube_internal_stap_cone1_t3_9,AATACCTATTTACATTGGCAGATTAGTCTT,25nm,STD
cube_internal_stap_cone1_t3_10,TTAACCGTCACTTGCCTGAGTAGTCATGGA,25nm,STD
cube_internal_stap_cone1_t3_11,TGGCCGATAATCCTGAGAAGTGTACGCAAA,25nm,STD
cube_internal_stap_cone1_t3_12,TAAGAATATTTTCAAATATATTTTAGACTACC,25nm,STD
cube_internal_stap_cone1_t3_13,TTTTTAACCCTTGAAAACATAGCGAAAACAAA,25nm,STD
cube_internal_stap_cone1_t3_14,ATTAATTACAAGTTACAAAATCGCGAATAATG,25nm,STD
cube_internal_stap_cone1_t3_15,GAAGGGTTCGGAATTATCATCATATAATAGAT,25nm,STD
cube_internal_stap_cone1_t3_16,TAGAGCCGTATCTGGTCAGTTGGCCCAGCAGA,25nm,STD
cube_internal_stap_cone1_t3_17,AGATAAAAATTTTTGAATGGCTATTCACCAGT,25nm,STD
cube_internal_stap_cone1_t3_18,CACACGACGCAACAGGAAAAACGCAAGAACTC,25nm,STD
cube_internal_stap_cone1_t3_19,CTTAGAATCTCCGGCTTAGGTTGGAGAACGCG,25nm,STD
cube_internal_stap_cone1_t3_20,TTGAATACCATTTAACAATTTCATAATTTTCC,25nm,STD
cube_internal_stap_cone1_t3_21,AGAAGGAGAGAACCTACCATATCATGATTGCT,25nm,STD
cube_internal_stap_cone1_t3_22,TCAATCAATCAATAGATAATACATAAACCACC,25nm,STD
cube_internal_stap_cone1_t3_23,CAGACAATCAGAGGTGAGGCGGTCTCAAACCC,25nm,STD
cube_internal_stap_cone1_t3_24,CAGCCATTCAGTAATAAAAGGGACACGTGGCA,25nm,STD
cube_internal_stap_cone1_t3_25,AACTATATTCGTCGCTATTAATTTTGAATT,25nm,STD
cube_internal_stap_cone1_t3_26,ACCTTTTTAATAACGGATTCGCCAAATTAT,25nm,STD
cube_internal_stap_cone1_t3_27,TTGCACGTTTTTGCGGAACAAAGTTGAGGA,25nm,STD
cube_internal_stap_cone1_t3_28,TTTAGAAGGCTGAACCTCAAATAAGTATTA,25nm,STD
cube_internal_stap_cone1_t3_29,ACACCGCCTGAAAGCGTAAGAATATTCTGG,25nm,STD
cube_internal_stap_cone1_t3_30,CATTATCAAAAACAGAAATAAAGATTACATCG,25nm,STD
cube_internal_stap_cone1_t3_31,ATCACCTTTATTAGACTTTACAAATTGAGTAA,25nm,STD
cube_internal_stap_cone1_t3_32,AGATTTTCTATTAATTTTAAAAGTCAATTCGA,25nm,STD
cube_internal_stap_cone2_t1_0,GCAACTAAAGTACGGTCGGATGGC,25nm,STD
cube_internal_stap_cone2_t1_1,AACATTATTTGCAAAAGAAGTTTT,25nm,STD
cube_internal_stap_cone2_t1_2,AGTTTCATCGAGTAGATTTAGTTCTATATT,25nm,STD
cube_internal_stap_cone2_t1_3,AGGTCAGGAAGAGGTCATTTTTGGTCTGGA,25nm,STD
cube_internal_stap_cone2_t1_4,AACAGTTCGGTCTTTACCCTGACCTCCAAC,25nm,STD
cube_internal_stap_cone2_t1_5,CAGATACAAGCAACACTATCATATGCTTTA,25nm,STD
cube_internal_stap_cone2_t1_6,TCAGTGAAAGTAGTAAATTGGGCACTAATG,25nm,STD
cube_internal_stap_cone2_t1_7,AGTACAACCGAAATCCGCGACCTTGCTCAT,25nm,STD
cube_internal_stap_cone2_t1_8,GTCACCCTGCAACGGCTACAGAGGAAACAA,25nm,STD
cube_internal_stap_cone2_t1_9,GCTCCAAAGCTTTCGAGGTGAATCGGGATC,25nm,STD
cube_internal_stap_cone2_t1_10,AGACGTTAACAACTTTCAACAGTAAAAAAG,25nm,STD
cube_internal_stap_cone2_t1_11,TACCGTAAGCCTGTAGCATTCCATCTTTCC,25nm,STD
cube_internal_stap_cone2_t1_12,TTAGAGCTCCAGACCGGAAGCAAATATTATAG,25nm,STD
cube_internal_stap_cone2_t1_13,TCAGAAGCTTGAATCCCCCTCAAAACCCTCGT,25nm,STD
cube_internal_stap_cone2_t1_14,TTACCAGAAGGAATACCACATTCATTGAGATG,25nm,STD
cube_internal_stap_cone2_t1_15,GTTTAATTATCAACGTAACAAAGCGCTCCATG,25nm,STD
cube_internal_stap_cone2_t1_16,TTACTTAGCGATTATACCAAGCGCGCTTTGAG,25nm,STD
cube_internal_stap_cone2_t1_17,GACTAAAGTTAAAGGCCGCTTTTGTTCTTAAA,25nm,STD
cube_internal_stap_cone2_t1_18,CAGCTTGACGTTGAAAATCTCCAATTCAGCGG,25nm,STD
cube_internal_stap_cone2_t1_19,AATATTCAAAAGCGGATTGCATCACGAGCTTC,25nm,STD
cube_internal_stap_cone2_t1_20,TGAGATTTCGACGATAAAAACCAATCGTCATA,25nm,STD
cube_internal_stap_cone2_t1_21,TTACCCAATCAACTTTAATCATTGTCATCAGT,25nm,STD
cube_internal_stap_cone2_t1_22,ACCCCCAGCCGGAACGAGGCGCAGGATATTCA,25nm,STD
cube_internal_stap_cone2_t1_23,GCAGGGAGACTTTTTCATGAGGAACATCTTTG,25nm,STD
cube_internal_stap_cone2_t1_24,TTTTTTCATACCGATAGTTGCGCCTGAGGCTT,25nm,STD
cube_internal_stap_cone2_t1_25,TAAGAGGATCCAATACTGCGGAAAATAGCG,25nm,STD
cube_internal_stap_cone2_t1_26,AGAGGCTTTACAGGTAGAAAGATTGAATTA,25nm,STD
cube_internal_stap_cone2_t1_27,CCTTATGCTCTTGACAAGAACCGACGGTCA,25nm,STD
cube_internal_stap_cone2_t1_28,ATCATAAGATACACTAAAACACTGTTTCCA,25nm,STD
cube_internal_stap_cone2_t1_29,TTAAACGGGATATATTCGGTCGCGACAATG,25nm,STD
cube_internal_stap_cone2_t1_30,AAGAGTAAGATTTTAAGAACTGGCAACGGAAC,25nm,STD
cube_internal_stap_cone2_t1_31,GCAAAAGAGGAACCGAACTGACCACCTTCATC,25nm,STD
cube_internal_stap_cone2_t1_32,CCAGTCAGCGCATAGGCTGGCTGAACTTTGAA,25nm,STD
cube_internal_stap_cone2_t2_0,TAGGATTAGCGGGGTTGAACCTAT,25nm,STD
cube_internal_stap_cone2_t2_1,AGGCCGGAACCAGAGCCACCACCG,25nm,STD
cube_internal_stap_cone2_t2_2,GTACCAGGTATAGCCCGGAATAGACCGCCA,25nm,STD
cube_internal_stap_cone2_t2_3,CAGTGCCTCCCCTGCCTATTTCGTTGCTCA,25nm,STD
cube_internal_stap_cone2_t2_4,CAGCATTGTTGATATTCACAAACACGGGGT,25nm,STD
cube_internal_stap_cone2_t2_5,AAGTTTGCGCATTTTCGGTCATACCGCCGC,25nm,STD
cube_internal_stap_cone2_t2_6,ATAGAAAAGGCGACATTCAACCGCAGAATC,25nm,STD
cube_internal_stap_cone2_t2_7,AATGAAATGAAAAGTAAGCAGATACAATCA,25nm,STD
cube_internal_stap_cone2_t2_8,ATTTATCCGTCAAAAATGAAAATAAGAAAC,25nm,STD
cube_internal_stap_cone2_t2_9,TCTAAGAAGGGAGGTTTTGAAGCCCATATT,25nm,STD
cube_internal_stap_cone2_t2_10,TCCTTATCACTCATCGAGAACAACCGGTAT,25nm,STD
cube_internal_stap_cone2_t2_11,TCAGAACGCAAGAAAAATAATATCTGTCTT,25nm,STD
cube_internal_stap_cone2_t2_12,TATTCTGACTGGTAATAAGTTTTAAAATAAAT,25nm,STD
cube_internal_stap_cone2_t2_13,CCTCATTAAGAACCACCACCAGAGGCCCCCTT,25nm,STD
cube_internal_stap_cone2_t2_14,ATTAGCGTCCGTAATCAGTAGCGAATTGAGGG,25nm,STD
cube_internal_stap_cone2_t2_15,AGGGAAGGATAAGTTTATTTTGTCAGCCGAAC,25nm,STD
cube_internal_stap_cone2_t2_16,AAAGTTACGCCCAATAATAAGAGCAGCAGCCT,25nm,STD
cube_internal_stap_cone2_t2_17,TTACAGAGGTTACAAAATAAACAGCTTAAATC,25nm,STD
cube_internal_stap_cone2_t2_18,AAGATTAGGATATAGAAGGCTTATGCAAGCCG,25nm,STD
cube_internal_stap_cone2_t2_19,CCGCCACCAAGCCAGAATGGAAAGATGATACA,25nm,STD
cube_internal_stap_cone2_t2_20,TAGCAGCATTGCCATCTTTTCATACCTCAGAG,25nm,STD
cube_internal_stap_cone2_t2_21,ACCACGGATAAATATTGACGGAAAACCATCGA,25nm,STD
cube_internal_stap_cone2_t2_22,TGAGTTAACAGAAGGAAACCGAGGGCAAAGAC,25nm,STD
cube_internal_stap_cone2_t2_23,ATTTGCCAAGAATAACATAAAAACACAAGAAT,25nm,STD
cube_internal_stap_cone2_t2_24,GCAAATCATTGCTATTTTGCACCCAGAGCCTA,25nm,STD
cube_internal_stap_cone2_t2_25,TCTGAATTCCTCAGAGCCACCACATCAAAA,25nm,STD
cube_internal_stap_cone2_t2_26,TCACCGGAAACGTCACCAATGAATTATTCA,25nm,STD
cube_internal_stap_cone2_t2_27,TTAAAGGTACATATAAAAGAAACAAACGCA,25nm,STD
cube_internal_stap_cone2_t2_28,ATAATAACTCAGAGAGATAACCCAGGGAAG,25nm,STD
cube_internal_stap_cone2_t2_29,CGCATTAGAACGAGCGTCTTTCCAGCTACA,25nm,STD
cube_internal_stap_cone2_t2_30,AGGTGGCAGAATTATCACCGTCACCATTAGCA,25nm,STD
cube_internal_stap_cone2_t2_31,CGCTAATAGGAATACCCAAAAGAAATACATAA,25nm,STD
cube_internal_stap_cone2_t2_32,GCCATTTGCAAACGTAGAAAATACCTGGCATG,25nm,STD
cube_internal_stap_cone2_t3_0,TATGCGTTATACAAATGCGTTAAA,25nm,STD
cube_internal_stap_cone2_t3_1,GGAGAAACTAATGGAAACAGTACA,25nm,STD
cube_internal_stap_cone2_t3_2,AGTATAAATCGCCATATTTAACATAAGAGA,25nm,STD
cube_internal_stap_cone2_t3_3,TTCATCTTCGTGTGATAAATAAGTCTTACC,25nm,STD
cube_internal_stap_cone2_t3_4,AGATTAAGAATCATAGGTCTGAGAGTTAAT,25nm,STD
cube_internal_stap_cone2_t3_5,CGAATTATGAAACAAACATCAAGATAGCTT,25nm,STD
cube_internal_stap_cone2_t3_6,TTATCAGATTGGATTATACTTCTGCAGAGG,25nm,STD
cube_internal_stap_cone2_t3_7,CAGTTGAAAGGAGCACTAACAACTTCCTGA,25nm,STD
cube_internal_stap_cone2_t3_8,TAATGCGCATACCGAACGAACCAAAATCAA,25nm,STD
cube_internal_stap_cone2_t3_9,AATACCTATTTACATTGGCAGATTAGTCTT,25nm,STD
cube_internal_stap_cone2_t3_10,TTAACCGTCACTTGCCTGAGTAGTCATGGA,25nm,STD
cube_internal_stap_cone2_t3_11,TGGCCGATAATCCTGAGAAGTGTACGCAAA,25nm,STD
cube_internal_stap_cone2_t3_12,TAAGAATATTTTCAAATATATTTTAGACTACC,25nm,STD
cube_internal_stap_cone2_t3_13,TTTTTAACCCTTGAAAACATAGCGAAAACAAA,25nm,STD
cube_internal_stap_cone2_t3_14,ATTAATTACAAGTTACAAAATCGCGAATAATG,25nm,STD
cube_internal_stap_cone2_t3_15,GAAGGGTTCGGAATTATCATCATATAATAGAT,25nm,STD
cube_internal_stap_cone2_t3_16,TAGAGCCGTATCTGGTCAGTTGGCCCAGCAGA,25nm,STD
cube_internal_stap_cone2_t3_17,AGATAAAAATTTTTGAATGGCTATTCACCAGT,25nm,STD
cube_internal_stap_cone2_t3_18,CACACGACGCAACAGGAAAAACGCAAGAACTC,25nm,STD
cube_internal_stap_cone2_t3_19,CTTAGAATCTCCGGCTTAGGTTGGAGAACGCG,25nm,STD
cube_internal_stap_cone2_t3_20,TTGAATACCATTTAACAATTTCATAATTTTCC,25nm,STD
cube_internal_stap_cone2_t3_21,AGAAGGAGAGAACCTACCATATCATGATTGCT,25nm,STD
cube_internal_stap_cone2_t3_22,TCAATCAATCAATAGATAATACATAAACCACC,25nm,STD
cube_internal_stap_cone2_t3_23,CAGACAATCAGAGGTGAGGCGGTCTCAAACCC,25nm,STD
cube_internal_stap_cone2_t3_24,CAGCCATTCAGTAATAAAAGGGACACGTGGCA,25nm,STD
cube_internal_stap_cone2_t3_25,AACTATATTCGTCGCTATTAATTTTGAATT,25nm,STD
cube_internal_stap_cone2_t3_26,ACCTTTTTAATAACGGATTCGCCAAATTAT,25nm,STD
cube_internal_stap_cone2_t3_27,TTGCACGTTTTTGCGGAACAAAGTTGAGGA,25nm,STD
cube_internal_stap_cone2_t3_28,TTTAGAAGGCTGAACCTCAAATAAGTATTA,25nm,STD
cube_internal_stap_cone2_t3_29,ACACCGCCTGAAAGCGTAAGAATATTCTGG,25nm,STD
cube_internal_stap_cone2_t3_30,CATTATCAAAAACAGAAATAAAGATTACATCG,25nm,STD
cube_internal_stap_cone2_t3_31,ATCACCTTTATTAGACTTTACAAATTGAGTAA,25nm,STD
cube_internal_stap_cone2_t3_32,AGATTTTCTATTAATTTTAAAAGTCAATTCGA,25nm,STD
cube_internal_stap_cone3_t1_0,GCAACTAAAGTACGGTCGGATGGC,25nm,STD
cube_internal_stap_cone3_t1_1,AACATTATTTGCAAAAGAAGTTTT,25nm,STD
cube_internal_stap_cone3_t1_2,AGTTTCATCGAGTAGATTTAGTTCTATATT,25nm,STD
cube_internal_stap_cone3_t1_3,AGGTCAGGAAGAGGTCATTTTTGGTCTGGA,25nm,STD
cube_internal_stap_cone3_t1_4,AACAGTTCGGTCTTTACCCTGACCTCCAAC,25nm,STD
cube_internal_stap_cone3_t1_5,CAGATACAAGCAACACTATCATATGCTTTA,25nm,STD
cube_internal_stap_cone3_t1_6,TCAGTGAAAGTAGTAAATTGGGCACTAATG,25nm,STD
cube_internal_stap_cone3_t1_7,AGTACAACCGAAATCCGCGACCTTGCTCAT,25nm,STD
cube_internal_stap_cone3_t1_8,GTCACCCTGCAACGGCTACAGAGGAAACAA,25nm,STD
cube_internal_stap_cone3_t1_9,GCTCCAAAGCTTTCGAGGTGAATCGGGATC,25nm,STD
cube_internal_stap_cone3_t1_10,AGACGTTAACAACTTTCAACAGTAAAAAAG,25nm,STD
cube_internal_stap_cone3_t1_11,TACCGTAAGCCTGTAGCATTCCATCTTTCC,25nm,STD
cube_internal_stap_cone3_t1_12,TTAGAGCTCCAGACCGGAAGCAAATATTATAG,25nm,STD
cube_internal_stap_cone3_t1_13,TCAGAAGCTTGAATCCCCCTCAAAACCCTCGT,25nm,STD
cube_internal_stap_cone3_t1_14,TTACCAGAAGGAATACCACATTCATTGAGATG,25nm,STD
cube_internal_stap_cone3_t1_15,GTTTAATTATCAACGTAACAAAGCGCTCCATG,25nm,STD
cube_internal_stap_cone3_t1_16,TTACTTAGCGATTATACCAAGCGCGCTTTGAG,25nm,STD
cube_internal_stap_cone3_t1_17,GACTAAAGTTAAAGGCCGCTTTTGTTCTTAAA,25nm,STD
cube_internal_stap_cone3_t1_18,CAGCTTGACGTTGAAAATCTCCAATTCAGCGG,25nm,STD
cube_internal_stap_cone3_t1_19,AATATTCAAAAGCGGATTGCATCACGAGCTTC,25nm,STD
cube_internal_stap_cone3_t1_20,TGAGATTTCGACGATAAAAACCAATCGTCATA,25nm,STD
cube_internal_stap_cone3_t1_21,TTACCCAATCAACTTTAATCATTGTCATCAGT,25nm,STD
cube_internal_stap_cone3_t1_22,ACCCCCAGCCGGAACGAGGCGCAGGATATTCA,25nm,STD
cube_internal_stap_cone3_t1_23,GCAGGGAGACTTTTTCATGAGGAACATCTTTG,25nm,STD
cube_internal_stap_cone3_t1_24,TTTTTTCATACCGATAGTTGCGCCTGAGGCTT,25nm,STD
cube_internal_stap_cone3_t1_25,TAAGAGGATCCAATACTGCGGAAAATAGCG,25nm,STD
cube_internal_stap_cone3_t1_26,AGAGGCTTTACAGGTAGAAAGATTGAATTA,25nm,STD
cube_internal_stap_cone3_t1_27,CCTTATGCTCTTGACAAGAACCGACGGTCA,25nm,STD
cube_internal_stap_cone3_t1_28,ATCATAAGATACACTAAAACACTGTTTCCA,25nm,STD
cube_internal_stap_cone3_t1_29,TTAAACGGGATATATTCGGTCGCGACAATG,25nm,STD
cube_internal_stap_cone3_t1_30,AAGAGTAAGATTTTAAGAACTGGCAACGGAAC,25nm,STD
cube_internal_stap_cone3_t1_31,GCAAAAGAGGAACCGAACTGACCACCTTCATC,25nm,STD
cube_internal_stap_cone3_t1_32,CCAGTCAGCGCATAGGCTGGCTGAACTTTGAA,25nm,STD
cube_internal_stap_cone3_t2_0,TAGGATTAGCGGGGTTGAACCTAT,25nm,STD
cube_internal_stap_cone3_t2_1,AGGCCGGAACCAGAGCCACCACCG,25nm,STD
cube_internal_stap_cone3_t2_2,GTACCAGGTATAGCCCGGAATAGACCGCCA,25nm,STD
cube_internal_stap_cone3_t2_3,CAGTGCCTCCCCTGCCTATTTCGTTGCTCA,25nm,STD
cube_internal_stap_cone3_t2_4,CAGCATTGTTGATATTCACAAACACGGGGT,25nm,STD
cube_internal_stap_cone3_t2_5,AAGTTTGCGCATTTTCGGTCATACCGCCGC,25nm,STD
cube_internal_stap_cone3_t2_6,ATAGAAAAGGCGACATTCAACCGCAGAATC,25nm,STD
cube_internal_stap_cone3_t2_7,AATGAAATGAAAAGTAAGCAGATACAATCA,25nm,STD
cube_internal_stap_cone3_t2_8,ATTTATCCGTCAAAAATGAAAATAAGAAAC,25nm,STD
cube_internal_stap_cone3_t2_9,TCTAAGAAGGGAGGTTTTGAAGCCCATATT,25nm,STD
cube_internal_stap_cone3_t2_10,TCCTTATCACTCATCGAGAACAACCGGTAT,25nm,STD
cube_internal_stap_cone3_t2_11,TCAGAACGCAAGAAAAATAATATCTGTCTT,25nm,STD
cube_internal_stap_cone3_t2_12,TATTCTGACTGGTAATAAGTTTTAAAATAAAT,25nm,STD
cube_internal_stap_cone3_t2_13,CCTCATTAAGAACCACCACCAGAGGCCCCCTT,25nm,STD
cube_internal_stap_cone3_t2_14,ATTAGCGTCCGTAATCAGTAGCGAATTGAGGG,25nm,STD
cube_internal_stap_cone3_t2_15,AGGGAAGGATAAGTTTATTTTGTCAGCCGAAC,25nm,STD
cube_internal_stap_cone3_t2_16,AAAGTTACGCCCAATAATAAGAGCAGCAGCCT,25nm,STD
cube_internal_stap_cone3_t2_17,TTACAGAGGTTACAAAATAAACAGCTTAAATC,25nm,STD
cube_internal_stap_cone3_t2_18,AAGATTAGGATATAGAAGGCTTATGCAAGCCG,25nm,STD
cube_internal_stap_cone3_t2_19,CCGCCACCAAGCCAGAATGGAAAGATGATACA,25nm,STD
cube_internal_stap_cone3_t2_20,TAGCAGCATTGCCATCTTTTCATACCTCAGAG,25nm,STD
cube_internal_stap_cone3_t2_21,ACCACGGATAAATATTGACGGAAAACCATCGA,25nm,STD
cube_internal_stap_cone3_t2_22,TGAGTTAACAGAAGGAAACCGAGGGCAAAGAC,25nm,STD
cube_internal_stap_cone3_t2_23,ATTTGCCAAGAATAACATAAAAACACAAGAAT,25nm,STD
cube_internal_stap_cone3_t2_24,GCAAATCATTGCTATTTTGCACCCAGAGCCTA,25nm,STD
cube_internal_stap_cone3_t2_25,TCTGAATTCCTCAGAGCCACCACATCAAAA,25nm,STD
cube_internal_stap_cone3_t2_26,TCACCGGAAACGTCACCAATGAATTATTCA,25nm,STD
cube_internal_stap_cone3_t2_27,TTAAAGGTACATATAAAAGAAACAAACGCA,25nm,STD
cube_internal_stap_cone3_t2_28,ATAATAACTCAGAGAGATAACCCAGGGAAG,25nm,STD
cube_internal_stap_cone3_t2_29,CGCATTAGAACGAGCGTCTTTCCAGCTACA,25nm,STD
cube_internal_stap_cone3_t2_30,AGGTGGCAGAATTATCACCGTCACCATTAGCA,25nm,STD
cube_internal_stap_cone3_t2_31,CGCTAATAGGAATACCCAAAAGAAATACATAA,25nm,STD
cube_internal_stap_cone3_t2_32,GCCATTTGCAAACGTAGAAAATACCTGGCATG,25nm,STD
cube_internal_stap_cone3_t3_0,TATGCGTTATACAAATGCGTTAAA,25nm,STD
cube_internal_stap_cone3_t3_1,GGAGAAACTAATGGAAACAGTACA,25nm,STD
cube_internal_stap_cone3_t3_2,AGTATAAATCGCCATATTTAACATAAGAGA,25nm,STD
cube_internal_stap_cone3_t3_3,TTCATCTTCGTGTGATAAATAAGTCTTACC,25nm,STD
cube_internal_stap_cone3_t3_4,AGATTAAGAATCATAGGTCTGAGAGTTAAT,25nm,STD
cube_internal_stap_cone3_t3_5,CGAATTATGAAACAAACATCAAGATAGCTT,25nm,STD
cube_internal_stap_cone3_t3_6,TTATCAGATTGGATTATACTTCTGCAGAGG,25nm,STD
cube_internal_stap_cone3_t3_7,CAGTTGAAAGGAGCACTAACAACTTCCTGA,25nm,STD
cube_internal_stap_cone3_t3_8,TAATGCGCATACCGAACGAACCAAAATCAA,25nm,STD
cube_internal_stap_cone3_t3_9,AATACCTATTTACATTGGCAGATTAGTCTT,25nm,STD
cube_internal_stap_cone3_t3_10,TTAACCGTCACTTGCCTGAGTAGTCATGGA,25nm,STD
cube_internal_stap_cone3_t3_11,TGGCCGATAATCCTGAGAAGTGTACGCAAA,25nm,STD
cube_internal_stap_cone3_t3_12,TAAGAATATTTTCAAATATATTTTAGACTACC,25nm,STD
cube_internal_stap_cone3_t3_13,TTTTTAACCCTTGAAAACATAGCGAAAACAAA,25nm,STD
cube_internal_stap_cone3_t3_14,ATTAATTACAAGTTACAAAATCGCGAATAATG,25nm,STD
cube_internal_stap_cone3_t3_15,GAAGGGTTCGGAATTATCATCATATAATAGAT,25nm,STD
cube_internal_stap_cone3_t3_16,TAGAGCCGTATCTGGTCAGTTGGCCCAGCAGA,25nm,STD
cube_internal_stap_cone3_t3_17,AGATAAAAATTTTTGAATGGCTATTCACCAGT,25nm,STD
cube_internal_stap_cone3_t3_18,CACACGACGCAACAGGAAAAACGCAAGAACTC,25nm,STD
cube_internal_stap_cone3_t3_19,CTTAGAATCTCCGGCTTAGGTTGGAGAACGCG,25nm,STD
cube_internal_stap_cone3_t3_20,TTGAATACCATTTAACAATTTCATAATTTTCC,25nm,STD
cube_internal_stap_cone3_t3_21,AGAAGGAGAGAACCTACCATATCATGATTGCT,25nm,STD
cube_internal_stap_cone3_t3_22,TCAATCAATCAATAGATAATACATAAACCACC,25nm,STD
cube_internal_stap_cone3_t3_23,CAGACAATCAGAGGTGAGGCGGTCTCAAACCC,25nm,STD
cube_internal_stap_cone3_t3_24,CAGCCATTCAGTAATAAAAGGGACACGTGGCA,25nm,STD
cube_internal_stap_cone3_t3_25,AACTATATTCGTCGCTATTAATTTTGAATT,25nm,STD
cube_internal_stap_cone3_t3_26,ACCTTTTTAATAACGGATTCGCCAAATTAT,25nm,STD
cube_internal_stap_cone3_t3_27,TTGCACGTTTTTGCGGAACAAAGTTGAGGA,25nm,STD
cube_internal_stap_cone3_t3_28,TTTAGAAGGCTGAACCTCAAATAAGTATTA,25nm,STD
cube_internal_stap_cone3_t3_29,ACACCGCCTGAAAGCGTAAGAATATTCTGG,25nm,STD
cube_internal_stap_cone3_t3_30,CATTATCAAAAACAGAAATAAAGATTACATCG,25nm,STD
cube_internal_stap_cone3_t3_31,ATCACCTTTATTAGACTTTACAAATTGAGTAA,25nm,STD
cube_internal_stap_cone3_t3_32,AGATTTTCTATTAATTTTAAAAGTCAATTCGA,25nm,STD
cube_internal_stap_cone4_t1_0,GCAACTAAAGTACGGTCGGATGGC,25nm,STD
cube_internal_stap_cone4_t1_1,AACATTATTTGCAAAAGAAGTTTT,25nm,STD
cube_internal_stap_cone4_t1_2,AGTTTCATCGAGTAGATTTAGTTCTATATT,25nm,STD
cube_internal_stap_cone4_t1_3,AGGTCAGGAAGAGGTCATTTTTGGTCTGGA,25nm,STD
cube_internal_stap_cone4_t1_4,AACAGTTCGGTCTTTACCCTGACCTCCAAC,25nm,STD
cube_internal_stap_cone4_t1_5,CAGATACAAGCAACACTATCATATGCTTTA,25nm,STD
cube_internal_stap_cone4_t1_6,TCAGTGAAAGTAGTAAATTGGGCACTAATG,25nm,STD