C04HBa0058E11.1 TTAAAAAGTTTAAAAATATTATTATCAAATTAAAAATATGATATGATATCTTAGTAGGAG AGAAAAATGTATATTTTGAGTCTAAGTATATTTTTAAAAAATAGCTAAAATTGGATGATA TTGTAATCCTTAAACATATATAAAAAATATTAGTAGATAATTTCCCAAACATAAATGATT ATCTGGAGAAATTACTCTACTATATTCACCCCACCTACAAGTTAGTAAAGTGTGTGTACA CTTTTTGTAACCAGAAGGAATAAAAAAGGCATTAATTTTATCACGATTCACAACCTAGAA TTTACAAATGAGAGAATCACATTAACGTACTATTTAAGATTTAATATTATAATAGGAGTT TTCACTTTCAAAATATAACAGTAATCTTTTACCAAAATCTAATAAAAGAGGTTTAAAAAA ATGGTAAAGCTATTTTCTCAAAACAAGGAAGTAGCATTCTCCCTTGCTATTTATTCCATA AATTTCTCCTAAATTTTTGCATTCCTCTATTCTCTTCTTTGAATAAAAATATAAAGGCAT GTTAAATGATTTTTTCTCCTTCAAATACAATAATCAGTATTTTGTTCGACATTTATCCCA TAAATTTCTCCTATATTTTTGTCTTCTAATATTCTTTACTTCGAATAAAACAAAAGGCAT GATAAATGTCTTTCTCTTCAAACATGATAGTCAATACTCCCTCCCTCGGAGTTGTTCGGA TGGTAAGCACCCTCACTTTCAATTTGAATATTGCAAGTTTGAGTCACTGAGGAAGGAAAA GGGGTGGGAGTTCCTAGTGGAGGGTGAAAAAAAATTATCTCCCTAATTAGCTGTCTATTT TTAAATTGACACTATTTTACCCTACTAATTTATAAAGTCAAATGGATTAAAAATTTAAGA TTTTCAATTCTTGATTTGTCAAAATATAATTAGGTATAACTAAAAAAGTAAAAATGAACA AATAATTAAGGATAGAGAAACTATTTTTCATGATACTTATATCATAAATTTCTCCTAGAC TTTTGTCTTCCCTTACTCTCTCATTTGAATATCTATTTAGAAATCCTGTTAAACATACCT TCATTTTCTCTTCTTTTTTTTCAAGCTCCATTACATTATTAAATTCACTTCATTAAAAAA ATTATTTATGGGGAAAGATCCCCTCTAATGAAAAAGTATGTTCAGTGTTGTTCACTAACA TTGTTGATCTTTTGCCATATATCCATCTAAATCTTCTATGATTGAGATTCGGGTAAAATT TATCCGCATCGATGTTTAACCAATTCAATACATGCATGTCATGTGTTTAAAAATATTGTT CATTTTATTTATCCTTAATTAATTAACACGTGTTTACTTCATTAAATCACATAATAATGA AAATTGAATTAGTTTGATGTGAAGCATCCGATACAGGTGAGTTTTTTCCTTGAGATTTAG TCTTGTTCTATATAGTTAAAATTGATAAAATTATTATGGACATAAATAATGGAAAATTAC TTTAGCTAACGACAATTGTTTCTTCCCAATTCATTTCGTTGCTATTAAGATACTGACAAT AAAATGCGTGAGTTTGAAAATTGAGCTATCTAGCCGAGATAAGTTGGCCTTCGTCCCATC CTTACTAACTAAAAGTTTCTTTTACGTAGGAAAAAATTGGGGGATGTCGCCCCACAACGG GAATTGTTGTAGTTGCTCTTAAGTCGTTAGAGCAGACAATATGTCACACTCCGAGTCTAC ACCCTGAACGAAATTGACACTCGAAAATCATTGTTGGTTTCCAAGCAAACCCTTGGTCTG GCTCATTACTCAGCGGAAGACTTATTCAAGCAAAATGAATACTCATGATGCAAAATAACT TTAAAAACTTAATTTAAACTTGACTCTAATAATCGTTTGAGAATAATTTAACAAGTATTA GTTAGATGTCTCATGGACTCAAAACATTACAACAACAGAGGAAATAATGATAGACTCGAC CTGAACTATGTATAAAGCTTCTACTATTCAGAAGGATTACCGAGACAAGATTCATAACAT CTTAACAACTGAAAGTACAAAAATAAAACCATCCGGAAGCAAGAAGGCTAACCAAAACTA ACTAGAATTGTAAGTGGTATCAAAGGAGCATCTGTTGATGATCCTGAATATATCTATCTG CATCATAAAAGATGCATGCCAAATGGCTTCAGTACATGGAATGTACGCGCATGTAAGAGA AATTCTAAAGTATAAACATAAGCTTGAAATGATAGAAAAGAAACATACTTACCTCTTCTC AAACTAACTTAACTCAACTCAAACTCTCCTCAAGGGTAGGATACTTAGCTCAGGAACAAG ATACTCAACTCGAAGATACTTAGTTAAGATACTCAACTCAAAGATACTCAATACAAGATA CTTAAGTAAATCAACAATAAAAAATAGATGCAATATATGGAAAGCTTTTAAAACAATAGA TAACAACTCAATTTGTATGTAAAAATACAATAATGACTCAACTGTATGTAAAATACAATA ATAACTTTTATTTAGGAGATACTCTAATCAATAACTATCATTATGATCTATGTAATGATA CACCATCTCCTTCACGTTGCCAACATTTTCCTATACCTTTATGGAGTATAATGTTGGGAA AGACAAGGCACTAACAAAGAATGCCTGACAGGATAACAGCGGAAGAATACCCAAGTCTAT ACTTTCCCTTTTCGATTTGAACCAAGAGAAGACAAACAACCACAAGCAATATGATAGTAA GGCAGCAAGTAATTCAATCAAACAAATATAACAAGGCAATGATAAACCAATCACACAAGA CACCAAGATTTACGTGGAAAACCCTTCGATGTGAAGAGTAAAAAACCACGGGACCAAAAG CTCCACTATAATCACCAAGAGTTACAATATTGTTCTCCAAAATTGGCCACAAAACAAGTG CCAAACAACGAGCAACAACAAAATAAGATTGCACCAAATCTAGAGAATTAAAGGAGCAAA ATCACCAATTTCGCAGCTACTGTTCACGACAGCAAAACTGAAGCTGCAGGCCACCAAATC CAACTCTGTCAGTTCCTAATCAAAGATTGAGATGAAGATAATATGCTGTCCAAAAATCAG CTCAATCTGACAAGAAACGAAGCGGGAATCGCAATTTGAAGTTGGCAATCTGCTCTTTTT CTCTCTTTTTGGCTGCTAAAAAATTCTCTGTGTATTTGAAAATAAGACCTAAATAGGCTT ATATTTGCCTCATAAGAATGGGCCTATGAAAAAATGGGTTGGTCCAAATTGGGCTTTTAT TTATCCACATAGGAAGGGAAAAAAGACCCATAACCCAACAATTCTCCCCCTCACGACTAT GTGGAGGAGACCGCCATCCCGGCGACCATGCAACAATCTTCAAACTTCCCTCTTGGCAAA GCTTTAGTCATCATATCGGAACCATTGTCATTTGTATGAATCTTTTCAAGCTCAAGCAAC TTAGAATCCAACACATCTCGAATCCAATGGTATCTCACATCAATGTGTTTAGACCGACCA TGGAACGTAGAATTCTTGCCAAGATGTATAGCACTTTGACTGTCACAATAAAGCACATAC CTCTCTTGAGCACAACCAAGTTCCCCCAAGAATCTCTTCATCCAAAGCAATTCTTTACAA GCTTCAACGACAACAATAAGCTCAGCTTCTGTAGTAGATAGAGCAACACATTTTTGCAAC CTAGATTGCCAAGACACAGCTCCCCCTGCAAAAGTAACCAAGTACCCTGAAGTAGACTTG CGAGTATCGACATCACCAGCCATGTCTGAATCAGTATAACCACAAAGAATAGGCTTCCCT GTACCAAAACACACACTCAGACTAGAAGTTCCACAAAGATATCTCATAACCCACTTCACA GCATTCCAATGTTCTCTTCCCGGATTAGAAAGAAAACGACTAACAACTCCAACAGCGTGA GCAATATTCGGTCTTGTACAAACCATCGCATACATCAAACTACCAACAGCTGAAGCATAA GGAACTTTCTTCATATCTTTCTTCTCATCATCACTAGAAGGACACTGTTTCGTGCTCAAT TTGAAGTGCATAGCTAAAGGTGTATGACAACCTTAGCTTTGTCCATGCTGAATCTGCGA RepeatMasker tomato repeats master Gypsy00077 5249 5797 1 Gypsy00077 5249 5797 1 nucleotide_motif 508 1724 2282 RepeatMasker tomato repeats master Gypsy00046 4647 4748 -1 Gypsy00046 4647 4748 -1 nucleotide_motif 549 1821 1721 TOTO1_LP_I 1709 3243 -1 TOTO1_LP_I 1709 3243 -1 nucleotide_motif 12610 4139 2632 BLAST_tomato_bacs Tomato BAC sequences BLAST_tomato_bacs Tomato BAC sequences match_1 match 1984 955 2000 match_2 match 3965 2140 4139 BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) BLAST_tomato_bac_ends Tomato Combined Clone-end Sequences (BACs and Fosmids) match_1 match 755 3724 4139 match_2 match 434 2927 3164 match_3 match 1431 1523 2244 match_4 match 1330 1294 1999 match_5 match 938 2323 2810 match_6 match 827 3684 4139 match_7 match 844 2704 3165 match_8 match 1306 3443 4113 match_9 match 912 2682 3164 match_10 match 747 2758 3166 match_11 match 892 3643 4131 match_12 match 1146 3555 4139 match_13 match 1154 3550 4139 match_14 match 912 2629 3127 match_15 match 771 3352 3772 match_16 match 759 2768 3166 match_17 match 999 3636 4139 match_18 match 1306 2167 2825 BLAST_ath_pep AGI Proteins (arabidopsis.org) BLAST_ath_pep AGI Proteins (arabidopsis.org) match_1 match 103 4019 3495