Tan0019185 (gene) Snake gourd v1

Overview


Name	Tan0019185
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	DNA-binding protein BIN4
Location	LG01: 189945 .. 231336 (+)
RNA-Seq Expression	Tan0019185
Synteny	Tan0019185

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

Hold the cursor over a type above to highlight its positions in the sequence below.

ATGAGCAGTTCGAGAGAGCAATCTCCAGATTGGATGCGATCTTTCCAAGTAATTTTGTCTACTTGATAGTTTTGTTTCACTGTTATAAAACACTCTCTTCACGTGGATTTGAGTTTAGGCCGATTTGATTTTTTTTTTGATAGGAAACAAAAACATTTCATTGATGATATGAAATTGATACAAAAAATCCTATCAGAGAGAGCTACAAAAAGGAGGTCCAGTGAGCTATAAGAATAGTTAGTCCATAATTACAAAAGGGAGGTGACAAAATACTCCATCACAAAGCAAGAAAGGATGTAGATTTGATAAACAATTGGAAATTCTGCGTATTTTCTTTGAAAATCCGTGCATTTCGCTCAAGCCATAGGTTCCATATGAAGGCATAGATGAAATTAAGCCAAAGTGTTTTCTTCTCATCCTTAAAAAGGTGTCCCATTAGGCTGATTTGATTTTGTCTACTTGATCTTTCCAACTCCACGTTCTTGCTTTTCAAAAGGCCGATTTGCTGTTGTGAGAGCCATCATACTCATTCTTCCCAAAAGTGATCGAAACAGTTGTCTTAAAGAAGAGAAAGGAAAATTCATGTATTATATAACAATCTAAAAGAAAACTGCATTTGGATCATCCCTCAAACTCGGAATCTTCAATATTACTCATTAATTTCTAGTTACGTTATACAGTCTCTCTCGTCTAGTACTTCCTTTGTTTCATCCCTGCCTTCTCCCAATAATTTCTTTTATATTTATTTTGATTTAAGTCCTTATTGCTTAAAAAAAAAGTATTCTTTCATAAATGATTCTATTTATTGGTCTCAGATTTCATTGACATAAACTGAAACTCTACCGTATAGGTTTTCTCTTTGTACAAAAACAATAAAATATAAATACAACTTAAATTATTAAGCTAAGAAATTGCCCTCCTGGATAAATAAGATTAAGATGCTAGGTTTCAGTCATGATTTCTATAGTTTTTTTATGTTTAAATTGTCTTTAAAGGTTTGAGATAGTGAATGAGCGATTGCTGAGTTATTTAGTTGTGTATGTCTTCATCTGCAATATCAATCCTGCACTGTGAGATATCACTTCTAAAGTTTTGTTTTTTTTTTTATAAAAGATATCACTTTCAAAGTTCATAACCTTTTCATGATAATTGATGCCAACAAGAACAATTTACTTTGTTGAATAGGCACCAACTGGTGTTGCCCTATCCTCTAATTCTGAATCTTCAAAGAATGGTAGCTCATCAATGGACAATGCAATTGATCAAAAGGATCCATCTTCACATAAAACCACACAAGTTTTAGATGGAGATCAGGTTCAAGGTATATTAAAGTTAAACTTAAAAGTTTCAGTTCTCATCTTGTAGGAACATTGTCTGGCACACAAGAGGAAATGGGATTAAAGGCAAGAGAGAAATCATATTTAAAGAAGGCTCTGGGTTCTATTTTTGTGTTACTCTAATTATTCTAAGCTGGAAACTTTAATTACTTTATGCGGATTCATAACTTCTAGGACTTGGATCATCATCCTTTAGGAGTTGTTTGGTGCAAGGAGTAGGAGTTAGAATGTATGGAGTTATTTTATATTGGGAGTTGGAGAAGGAGTTAATAAGTTTGTGGGGCCCACAAGATGGAGTTGAATTAAGAGTAAATATGTTTGTGGAGCCCACAATAGGAGTTAAAAATGCTTGGGCCAAACAAGGAGTTGGAGGAGTTTTTAACTCCCTCCCTACTTTATCCCCAATCCAAACACCCCCTGATGATCTATATACTTTCTGGATCAATAACTCTTTTTATCTGATTGTTATAAAGCAGGGGATAGTGGCAACCCTAATCTGGCAAAGGAAGTGAAACTTGAGGAACATACAGGCCATGAAGTGAGAGACTTTACCTCTGGATTTTTACTTGTGCGTGCGTGTGTATTATTAAGGATATTAGTGATCTTCATCTAATTTATTTCAAGAGTTCAACATACATATGAGATGGTTGGGATACCTTTTTTTAATATTCTAGTCTAAATTATTGTAGTAAAATCTAGTTTGCTGATGGGAGAATCTTATTTTTCATTTGTCAGAATTCAAGGCACTCAGTTTGGATGTTATCATCGGATTCAGAGTCATGTCCTGATAAGAGTTTTATAAAGGAGGATTATAGTCATCATGAAGAATTATCTGAACTTACGACATCTCAATTCCAAGGTAGAGGGAAGGATGAAAATGCAGGTCGCAAATTCATCGATGGAAAATCTAAATCAAGGAAAGTATCAAATAAAAAGTCTCCAAAAAAACAAGTGAAATCATGCACTTCGACCAAAGAGAAGATGGTCAATTCAGATACAAATAAAGGCCTTATTTTGGAAGGTAAGAGAGTAGTACAATAATAATACATAACATTAAAAGGTAGAAGCTCTAGTGATTCATGAAGAAAACACTAAATTACCTGACTACCTGAGCATTGATCTTGCATGCTGCATCATGAATGAAAGCTACTGCCTGCTATGTATGATTTTATAATGGAATATTTTCTGAAAAGCTTTCGTCCATTCAGGTTCTGAATGCTGCGTAAAAAATGGTGGCGATGTGGAGATTATAGAAAAAGATGCATTGGATGACTGCAATGGGCCTCCTGTAAGATTTAAGCTCAAACTAAAAAGAATAGACCTATATAGTTCATTATACTCTGACCACTCATTTGCTTTAACAATTCAATTTACAGGTTTCCTCCTCAAGGTTGCCATTGGTGCTGTCTGACAAAGTTCATAGATTGAAGGTAGTGTTGCAACATAGATTACGATAAATGAGTTCTTTTGGCAGCCTCCTCTTGTCTTGATTTAGGTTTTAAAGCTTTCTGCTTCATTATATATATATATTCTGTTTATAATGAGCCAATTCCCAAGCACTCCCTGTTCTTCTTTCTTCTAAATTCCACACCCGCTCAAGAGTTGAGGATTGTAGGTTTGGAAACAGGAGATGTCCTCCCAGCTAAATCAAGAGGCATCGTTGAAGTCAGGGGACCTCAAGTGATGAAAGGTTACTACAAGTGGTGCAGCTTGATATTCAATGTTTTGGAAACATGGAGGCGAAAAGTTGGAAAATTTTGAATGCTTATTATTGTTTTTGGCGTGATAACAAGGGATTTTGGTTTAAAGATGTGATGGCACGTTTTTCAATCTTTCTTTCTCTTTCTCATTTGCAATGGCTTGAGCAAGCGCTTGTTGAGATTCTCCATTAGTCGATTATGAGTTTTTTCTGCAAACAAATCAAGGATAAATCAGGTTCAATCCATCTTGGAAAACTTTGAGGGCCCTCAGGTTGGTTTCTTAGGTGTGTGGTTTGGCCAAGGAGTGGTGGGAGAAACGTCATTCATGTGCCGATTGGAGATTACAAGGAAGGTTGTTTGCACTTTGGGAGCATATCTCTCCGTCTTTCAAGTCTATTGAAGCAAGAGATAGTGAAGAAGGTGCCACCAATTAGAGCTTCAAGGGCGATTTCTTTAAAAAAAAAGCTATATAGAGGCTTTATCTTATGTTCTAAAAGTGCTGGGTTCAAGGGGTACTGATGAATTGGTCAAGTTCCCCATTTTGAAAACATCAAAGGGGCTGAATCTGGGCAATCAACAAAACATTTTAGGGAGAAACTTTAATTCTAATAGCTTTTGGGTTAGAAAGAATACTGAAGTTCTAAAGTTGAATTTTGAGGAGACTTGGGTAGTTACACGTCTTTTTGCTCATAATTAGTGGAAAGAGATTGCACTAGTTTTGGAATTTATTTCAATTCCAAAATTATGATTAGCCCTTTGTTTGATGATAAGGCTTTGATTAAGTTTTCAGAGGACTTTGATTTTTTGTTTTTTGTAACACAGTATTGAGAGAAAATGTTCATTGTATTCATCACATTAGAGTCACTAACACATATATATAGGTATACAAGAAAACCATATTACTAAAAGATGTACAATTACTATAAAGGACAAATATACACAATAATATACATTATAATACTCCCCCTCAAGTTGGAGCAAGTATGTCAAACATGCTCAGCTTGTTGCAGAGAAAATTTATTCTTGCTCCATTTAAGGCTTTGGTAAGGATATCTCCCAATTGTTCTCCAATCTTTACATATCTTGTGGACACCAACCCTCGTTGCATTTTCTCGTGAATGAAATGACAATCCACTTTAATATGTTTAGTCCTCTCATGAAACCTGGATTAGATGCAATGTGAAGTAATCTTATGCAAGGCGAGTGGGCTGCAGTTTAAAGAAGTTGTTGTGGGTGGTAGGGCGTCTTCTTTATGTTGAAGATTTTTCTTGAATTTTGAGAGGAAACAAACTGACGGTTTGGTTGATGAGGTAATCTTATCCTTATGGAGTTTGAGAGTAGTTGGGTGGGGGCTTGTGATAACCCTTGGCAGAGCAGTAGGCATGCTAGTTTTGTGAGTTGATTTATAGTTTTCAGCCTCTGTTGGGTTCGCAGCGGTCTCCTTAAGCTCGCTTGCTGTGGAGATTTGCTTGGCAAAACCTTGTTTTTAGATCTCTGGGTTATGTGATACCAAACACTGTTTTGAGGAAAAGGCAGGGTTTTGGGTTAGGTGTCTTCACTCAATTCGCTTGAAAGCTTTTACCTGGTGTGGTCTCTCCAAGGATTAGCTTGTTGTTCTGTTTCTGATCTATCTTTCTTGTTGCATGTTCTCTTCTTGTGTTTGTTGGGTTGAAGATGCTTTGTTTTCAAGGGGTGGGTGTTTGGTTTTGATTCTCTTTTGGCCTGGGGCTTCTTTCAGCTTTTTCTCTGGTTGTATTGGCTTTTCTATTTTTCTCTTTCTCTTTGTATTTTGAACGTTAATCTCATTTCATTTTATCAATGAAGTCTCTTTTGTTGCCTTGTCAAAAAAAAAAAAAAAGAGATAATGTGAAGTGCAACTTGATTATCACACCACAATTTAGCTGGCATAGTCATATTAAATTCAATCTCAGTCAAAAATTGATGTATCCATACTATTTCACATATAGACTATGACATAGCTCTATATTCCGACTTAACACTTGAACGTGATACCACATTCTGCTTCTTACTTTTCCACAACACCAAAGTGCCTCTTACGAAGACACAATATCCAGATGTTGATCTTCTATCTTTTTAGATCTTGACCAATTAGCATGTAAAAAACATTTAACCTTTGTATGACCGTGATCTTTATATAAGATCCTACGCCCGGGTGCAGCTTTTAAGTAGCATCGATTTTGTTCTACTGCAACCCAATGATCCATGGTAGGTGAAGATATAAAATGACTCACAACACTTATTGAATAAGCGATATTTGGTTGTCTAAGAAGTACGAACATTTTAATTTGGCTAGCGTGTCCGTGTCGAACACTTGGACACTCCGACACTTGTTGGTCACGTATTAGACACTTGTTAGCATTATAGATGTGTTAGAAACTAGTTGTACAAAGTCAATATATGTCCAGTATTTGTTAGGCACATAATGAACACTTGTCAAGTATGCTAAATAGGTACATGTAATATAGGACAAAAATAATGAAGTTTGAGAACGAAATACATCAAAAACATTTTTTTAAGCATATAGATACATAAACTTATTAATTTTATATTTCTTTCTATATAAAAATCATATATATTTTAAAAAATGTATATTTAATAAACGTGTCCTAGTCGTGTCTGTGTCCTAGATTTTTAAGAAATGACGTGTCGCCGTGTCTGTGTCGTATTGTATCCGTGCTTCTTAGCTGGTCGTGTCACCGTCAGATAATTCAACTTCCCAACCAATCTTTTGCATTTCTCAGGATCTTTAAATGATTCTCCTTCTTTAGTGAGTTGCAAATTAGGTATCATCGGAGTACTACATTGCTTAACTCCTAGTTTTCCTGTCTCAGATAACAAATCAAGTACATGTTTTCGTTGCGACAAAAAGATACCTTTCTTACTTCTCATCACTTCAATGCCCAAGAAATATTTTAGTATTTCCAAATCCTTGGTATGAAACTGGCCCAGAAGGAAAGTTTTCAAAGAAGATATACTTGATGTATCATCTCTAGCGATAACGATATCGTCGACATACTACAAGTAGGGTAATACCCTTCTCAGATCGTCGATAGAAGATAAAATAATCAGACGTACTTTTCTTCATTCCAAACTGCTCAAGTGTTGACTAAATTTACCAAACCATGCTCATGGATTCCGTTTCAATCCATAAAAAGATTTTCTAAGATGACAAACTTTATCACTCTCCCCTTGAGCAACAAATCCAAGTGGTTGCTCCATATATACTTCTTCTTGAAGATCACCATGTAGAAAAGCGTTCTTAAAATCAAGTTGATGCAAAGGCCAACAATGAGTAGCAATCATAGAAATAAACAATCGAATTCAATTCGATTGAGTCTTTCTTTAGCCAATTAAAATTCAAAGATGATGGAATGTTGGGACTGTTTAAGATTTTTCATGCTTGGGTTGGGTTGCTCAATGCGTAGTATGGCCTCGCACCGGTGGTAGAAAAGTCCTTAATGTCTCGCTGGGAGTTCAAAAGAAAGGATGATTAGTTTTTTTTGCAAATGATCTCTGATTTCCTTAAAAGTCTCAAATCGTTGGCTTCTCATGGGCTTGACCCTCCTTCATCTCATTTGGTTGGGGCTTCCGAGTTTGATCTATCCTGGAAGCTGTTTGGTAGGGAAGGGAGGGCATCAACAACAATTCAAAAAGGCTATGGCGGTTCGATTTCATCTTTTTGGGTTTAAAAAGTCTCACGAGGTGGGGGGTTTGAACTTTGATTAGCTGTTGGTTGTGTTGAAATTGTTTGGCCATATTAAGTGGAAAGTGATTAAGGAAGTTCTGGAATCTTTTTTCAGCGTGAAGATCAAAATCAATCCTTTCATAGCAGACAAGGCCTTAGTCATTGTAGATGAAGGTGAAGTTGAGAAAATGGTTTCCAAATTTGGCAAGTGGCAATTGATAGAGACTTTTCATTTGAAAATTGAATGTTGGGATGATAAACTTAATAACATTCCTGAATTCATTAGAGGGCATGGAGGATGGATCTCAATTAAAAACTTGCCGCTTAAGTTTTGGACTAGAAAGGTTTTTGAACTAATTGGACAACACTTTGAGGGTTTGGAGGAAATAACACTTGATACTTTGAATTTCATTGATGCATCCGAAGCGCACATCAGGGTCAGAAGAAATCTTTGTGATTTCATCCTTGTTGCTATTGAGATTCAAGATAATCTTCTTGGAAAATTCTCAATTACGGTTGATAAGGTCTCGTTGAAGGAGCCTCTTGAATTAGCTAAGGATTCGTTGGTGTTAAAGGATTTTTCGAATTCGTTGGACTTGGACCGTATTTATCAGGTTATTGAGGATGAAGGGACACTTCATTCTATCTCTTCCCAGTAAAGGACTCTTTGAATTTAGAAAAGTCAATATGTCTAGGTGGTGAAGTTGATGGGTTTGCACATGAGATAAGGTTGCAAGGATGTGGAGGGGATTTAGATACTTTGAAGGTGAAAATTGGGGAAGACCATCGACATTATTTGTTGGCTCAGTGGTCCAAGCCCCCACTCATAATCCTATATACCTGGGTTCGAGTGTTACCTTCGTCAATTTGGCCACTTTAAATTGGGGAAGACCATAAGGACAATGAAGCGGATAAGGTCGAGCAGGTGTTGAAGGTCGAGCAGGTGTTGAAGGTCGTGAGGAGTCTCCTTCTTTTTCTTTCCGTTAGAAGCTATTGGGGAATGAGGGCTTTGTGGTTGATTTCTCTTATGTGGTCCAAACGGAAAGGGGTAGTGAACAACTTCTGGGTGGGGAAGCTACTGTGGACTCTTTTTCAACAAGGTGCGTCTTTGATCATGCATTCCCCTAGTGATTTGAACTCCAAAGATAGATTTAAAGAGAAGGAACATTTTGCTTCCCCCGTTCCAACTTTGGTGAAAGAGGTCAAAGATAAATTTTGTGCAACCTATTCCAAATATAATACTAAAAAAGGGAGCAAGGTGGAAGATGTGTTCATAGGGGCCAACAAGTCATCTCTTTTCCATGGTAAAAACTTTGAAGAATCGGTTTCTAAATTTCTGATCCCGCGTGAGGTTTTAGAATTGAATGGGGGGATTTCTTCAACTTTTAAGAAGCAAGTGGTTAATATTGAGAAATGCAATCTCGACAATTCAAGGGTGCATTTTCATAAAGCTTGCTTGCAGCCAAGTGACCTTGTTATTAGAAAGTTTGATTTCACTAGTTTTAATGGGTTGGATGATTTGGAGGAAGGTACTATTGTGAGTCTAAGTAGTCCAGAAGAGGATTTCTCAAATCATGCATTGCATTTGGTTGATAATTCAAGAGATCATTCCCCGGTCGTAAACTTAGATGGGTTTTTAATTCTCCTGATCAACCTGAAAGTAGGCCGGTAGCTGGGCATGCGTCTGCGAAAAGTTTGGTACATGTTTCCGATCCAGTTGTGCCTCCTGAACTAAGTAGATTTGAATCATTAATCAAAGTTAGGGGATTGCAATTTAGAGGAATTGGTCCAACTTATTCGGCTGCTTTAATTTAATGAAGATTCTCTCGTGGAACATGAGGGGCTTGGGGACAGTTCCCAGATGGTTGGTTTGAAGAACTTTTTGCAAAGATTGTGTTCAGTTGGGGTGATGATTCAGGAAAAATGTTGGCTATAAATTGATAATTATTTGTTAAGACTCTTTGTTTTGGCGTTCATAGGAGGAGGGTTGGGTGCGTGTGGTTCCCTTGGAAAGGTTAGGGGATTGCTGGTTTTATGGGATTGCTAGTTGTGGTTTGCGTGGTTTTCGCTTGCTTGTTTCTGTGCAGAGCTTTGGTGCTTGAGGGGTGATTTTATTTTTATTTGGTCTTTGGTTGTTTGAGAGGATAATGATCTTACTGCTTTTTGTGGTGGTTTAATTTGGCGACTTGGAGCTAGTTTTGTGATGGAAGAAGTTCTGAAGGCTGTTTCTTGTTTTGCTGTTCGTTTTAGAGGATTTAGATGTTTGGGGTTTTGAGTTGTTTCATGGCTTTCGTTTGACTTCTGTTGTTATGGGATTTGTTTTGATTGGTTTTTTTTTTTGTGGGGTTTAGTACCTTTGTTTTTAATTTCTTGAAAGGGGTTTCTGTTTGGTTGCTTTTTTTTGTCCTGTTCTTTGAGCTGTTGCTCGTTTTGATTTGTACTTCGAGCTTCTGCTCTTTTCATTACATCAATGAAATCTATTGTTTCCTTATTAAAAAAAAGGGGTGGAGGGTTGGAAGTTCAAGTTCTTTTTTGAAAAGTTGGGGGCTTTTGTTCAAAGTGGATTTTATTGGAGTTATTTGTTCGCAGATATTTTTTTGTGGGGTTTTGGACTTGATTGGATATTGAGTTGATTCTGAACCTGGATATTGTTTGGGTTGGCTGAAGAGTTGGCATTATTGGAAGGTTTATGTGTAGTGTTTGCTTGGCGCCTTGATAGTCGATGAAGAAAGATGAGCTTGTTGTTCTTTTGAGAGATTTTCTTTCTGAAGGATTTTTTAAAGTTGTTTTCGGGTTTTATTCAAAATTGCCTTAGTGCTTGTCATTAGACTGATTGGGCGTATTTTTGCCTTTTATTCTTCCTGGTGGAGTTGTATTCTGAGCATTAGGTCTCTTTTCATTTTTCAATGAAATTTCTTGTTTCCTTGTAAAAAAAAGAAGTTAATTTAGCAACGGGAGAAAATGTGTCAGAATAATCTATCCCATAAGTCTGAGCATTGCCTTTAGCAACCAGGTGGACTTTCAAATGAGCAATTGATTCGTCCGGATTAGTTCATTATGATGTTTGGGGTCTATGTCCTGTAGTGCCCAAAATTGGATTTTGATATTTTGTTACTTTTGTTGATGATTATTCTCATCTGACTTGGTTATATTTAATGAAAAAGTCGTTATGAGTACTTTCCATGCTGAGATTCAAAATCAGTTTAATGCCTCTGTTAAAATTCTGCGAACTAATAATGCTGGTGAATATTTTTCTTTTTTTGGAAGAAAAAGCTGCATTAGACTAAGAATTTCTAAAGTTTCAAAAACACAATGCAACAGTTTGTAATTGACAATAAGACTCAACCACCTAATATCTCAGCAAGAACCTAAGGTTGATTTGTTGAAAAAACGGATACCGACCGCAAAGCTTAAGACTGCAAGAGGAACCAGGAACTGGAGGAGCTTGACGATGAACTCCGTCGTCTTATCCTGATTGTAGTGAGACTGCTTTGGAGCTATGTATGTAAACCTTTTGGGGATCGTCGAGATGTCGATCTCTCTGACGTAGTACTTGTTCATCATTTCTCTTGCATTCTCACTATGACCCACATCTTCAAAATCATCAGTTGCATCCTTACCTGTGCTCGACAACAATACCTCGTCGCCACCGGGATGGTCTTCCAAGAACTCAGTTACATTATAAACCTTGCCATTGATGATTAACCAACAGTCCTTGCGGGAATTGTGCTGAGAGACTTCAACCAACGTAAAGACCTTTCCATCGCCACCCATTTGCCAAACTGCCCGGAGATGTCGGAGGAACAAAGCAAACAAGGCGGAGGGGAATTGAAGGGCACTGCTAGTGAATATTTTTCTCACATGTTGGGATCTTACTTGTGTACAAATGACATTCTTCATCAATCCTCTTGTGGTGATACTCCATCCCAAAATGGGGTCGCTGAACGAAAAAAACGACATTTACTTGAAACTGCTAGAGCCTAGAGCATTATCCTTTCAAATGCATGTTCCAAAGCATTTTTGGGTCGATGCAATTTCCACAACTTGTTTTTTGATAAACATAATGCCTTCCTTAGTTCTTCATGGTGAAATCGCTTATCGTGTTCTCTGTCCGACTAAATCTTTATTTCCAACTGCACCCAAAATGTTTGGTTGCATTTGTTTTACTCAAGATGTCAGTCCTCGTTGTACCAAGTTAGATCCTAAGTCCTCAAAATACATCTTCCTTGGTTATTCTCGTGTTAAAAAAGGATATCGTTGTCATCGTCCTAGTCTTAACAAGTATATTGTCTCTCTAGATATTATTACTCAAGAGGATTGACGAAGGATGTCATTTGTACACAAGTAAAATCCCAACCTGTAAGAAAAATATTCACCAATATTATTAGTTCGCAAAATTTTAATAGAGGCATTAAATTGATTTTGAATCGAAAGTACAAAGTGCATAACTAACTCAGAACGACTTTGCATTAATTATAACCAAGTCAGACGAGAATAATCGTCAACAAAAGTAACAAAATATCGAAATCCAGTTTTGGACACTACAGGACAAGGACCTCAAACATCAGAATGAACTAATTCAAACGGAGTACTAAGACCTCAAACATCAGAATGAACTAATTCAAACGGAGTACTAACTTGTTTATGGACTCTAGGACTCGAACTAAGTCGATGATATTTTGCAAAACAGACAAGACTCACAATTCAACGAAGACAAAGAATGAAGCTTTGGATGAATTTTCTTCAACATGAACAAAGAGTGATGACCTAAACGACAATGAATTTCAAACGGAGAAGCAACACCAGAGCAGACCACTGTTTTTGGTATCTGCTGATAATAAATGTAAAGGCCTTTAGCATGTTAAAGGTTTGGTTCAAACAATTGAATTATTTGAAGTGTGCTCGGGTCTGAAAATCAATTGGCAAAAATCAGCTATTGCGGGAGTAAATATAGCTCGAGATAAGGTGGAAGATGTGGCTGCTAGATAAGGGTGTAAACTAGAAACGTTCCCTTTCACCTATTTGGGTTTGCCGGGGGATCCTAGATCAACCTCCTTTTGGCACCCGGTGTTGGATGCGCTTGAGAAAAAAGTGGATAGGTGGAAGCGATTCAATTTGTCTAGGGGTGGAAGGATGACCCTTTGTTCTTCGGTTCTATCTAGTATTCCCCTTTACTACTTATCTCTATTTGAGGTGCCGGTGGGGGTTTTGAACGCCATGGAAAAATTTGTTAGGGATTTTTTTTGGGAAGGAAGTTGTGGGAGTCGAGTGAATCACCTAGTAAGATGGAGTTGGGCGTCAAGGGATTAGTCGGCTGGGTCTTGGTTCTGGGTAATTTGAGAAGAAAGAACCTTGCTCTACTAGCTAAATGGGGCTGGCGCTTTTGTTCAAATTCCTCTCATCTGTGGAAAAGAGTTATCAGTAGTATTCATGGCATGGCACCGGGTGCTCTTAGCCTGTTAAGGGAAAAAAATCGCAGTCTCAGGAGTCCATGGGTCAGTATTGTTAGCTGTTGGGAGCAAGTGTCCTCCTTGGTTCATTTCAGGCTGGGGGATGGGTCTTGTATCCGCTTTTGGAAAGATCCTTGGTTGGATGGTTCGATTCTTATGGTTGATTTTCTGGCTCTGTTTGCCATAGCCTCCAACAAAGATGGGAAGGTTGCTGATGTGTGGGATGGAGCTACAGGCTTGTGGAATATTATCTTTCGAAGAAATTTTAAGGATGAGGAAGTTTCGATTTTTCCGTTGTCTTTGTCTCCTTTCAAGCCTTGGAAAGTGCGATTTAAAGGTTTGGTCCATTGAAGCCTCGGGGAATTTTTCAGTCAAATCAGTGGTTCAACACTTGTCTTGCGAACCCCCTATGGACAAGCTCCTATTCAATTCGGTTTGGAAGTCTCTTGGCCCCCGGCGAGTGAACATCCTGATTTTTATGGTCAATTGAATACGAATGAGTCTTTGCAAAGGAAGATGCCGAACTCTATGATGCAACCTTCCATTTGTCTCCTTTGTTTTAATGCCGCAGAAACGAACATCCATTTGTTTTTTCAGTGTGTTTACACAGACAATTGTTGGTCTAAGCTTTTTAGTAAGTTTGGTATGGGGTGGGTCTTCTCAAAGGGGGTAGCAGATAATGTGGTGCAGTTAATATCAGGGCCCTCGTTGGGGCCTAGGGCGCTATTGCTTTGGAGGAATGGGGTCAAAGCCATCCTTCCGGGTTTGTGGTTCGAGCGGAACCAAAAGTTGTTTGAAGATAAGTTTGAAGAGTGGTCGCGGAGATCTGATTCTTGTTTCCTTAATGCTTCTTCCTGGTGTGCTCATTCCAAGCTCTTCGACGCCTATTCTTTTTCAGATATTTGTTTGAATTGGCATTCCTTTGTCACAAAGGCCTAGCGCTGTTTATTTTTTGTTCCAATTAGAAAAGTTTTAGTTAGTCTGGTGGTTTTTTATGCCTTGTGCTTTTGTTTTTTCCAGCTGGAACATTTTGTAGGAATCTTTTACTGTATGGTTCTCTTTTCATTATTTCAATGAAAGATTGTTGCCTTTTTCTAAAAAAATGTAAAGGTCTTTAGACTCATATCTTTTACCAATAATCTTTTTCGTCATACGATCTTGAAACAAACAATCGCCTGGAAAAAAAAGAGATAACACAATTTGGGGGCGTTTGGAGCACCGTCTTGGGTTTGGATGGTTTTGGAATCCAAACCCAAAACGTTGTTTGAGTCACTGTGTTCAAAACCCAATGAGTTTGAAACACAACTCCATGGTTTTGTTTCGCTAATTCCAACACAGTTTCGCTAATTCCTAGACATTAAACATTGCATACCAAACACCGTTTTCTGATTCCCAAGGTTTCAAACCCCTTAGAACAAACCCCTTAGGATTTCAATTCCAAGGGTTTTGATTTCGAAACGGTGCTCCAAATGCCCCCTTTAGGTCATGAGTGAGTTTACTAACAAAAATCAAATTAAACGATAGTCGAGGAAAATGCAAGACATAAGACACAACAAGCAAGGGTGTGAGATTAATGGTGTCAGATCCAAGAACAGAAGATGTTGATCCATCTGCCAAAGTGACATTTGGAAAAGGTGCAGATGACAAAGAGGTACAAAATAAGCAGAATTACCTGTCATATGAGCTGTGGCACCAAAGTAGATGACCCATTTGGTGGAAAATGTAAGAAGACAATGATTCTTATTACCTGATTGAACAATAGTTGCAATAGGATTCGTTGCTTGCAATGAGTCCTGGTACAACTAAAATTTAGCAAAATCGTCTGCAAAATTGGTAACTGACCTCTCAGATGTATCATTAGTAGATGCAAGCTAAGCTACTTGAGGTCTTTGACCCTTATTCAACAACTTCCAACAGTCGCGTTTCATGTGACCGCCTTATGACAATAGTTACATACAATCTCTTGCGAATCTTGTTGCTGATGATCAGAACCAAGCCTCTGAGTGTTGGTATTCATTTTTTTAGTGACCTTAGGATCATTTCGACTAATGAGAGCACTATTGGACTTAGAAACAGACAAACCAGACATAGAACTTTCAGTACGGAGGACTCTACTAAAAGCTTCATCCAAAGATGGGATCTCGGAGCTCAAGAAAATTTGTGATTCGGCATTATCAAATTCAGAGGAAAGATCATTCAGAAACCTTATGACACCCATCTTTTCTCTCTGAGCTTGTTGAGCTTTTATGTCTGTACTAAATGGGAGTAATGTATTGAGTTTTGTACACGCCTTCTTAACTCGCATAAAATAATTCTTAATGGATTTGATCTCCCTGTTTTGCATGATAGAGGACTGTGCAAACTTCTTACATTCTGTTAACTTCTTCTTCTTCTTGTTTTTTTTTCTTTTCCTTGAGTATAAGAATTCTAAAAAACCGAGTCGTTCATTTATAGAATCACAATGATTTAACAATCCAACTACTTCACTCTCAATTGAATTTTTGATCTGAATATACAATCTAACGTCATTGCGCAACAACCTCTTCTTTGTGTCATCCTCTGGCAGATCCTGATCGATATGATCATCCATCTCAGTGTTTCGTAAATAAAGTCAAATCGTTCGACTCCAATCATAGTAATTTGAGCCATTTAATTTATGTTTCGTAATCTTTAACGAGAGAGGAACCATATTCGAGACCACAACAGGATTCGTCTCAACCATTAGTTACAGAAAAGGTAGCAGATAAACTCAAGAGAGACAAAAACCAAATATGGACAGCAAGCAAAACAACTTAATCTCACATAAATAGCACAACCTGAGGCCAAAATGATCAATATCGGTGAACCAAAGTAGGCAGACAAGCCGAAAATAGTAGCTCGAAAAAAACCCAGGCGATGGAATGATGAATGGAGGCCTCACGCACCGGCGCGTGGCAGCGGAAGCAAGGCAGTCAGGCAACGCGTGTAGCTCACGTGTAGTGATTTCTGACAAATGACGAACCAACTCTTCTGACGTCGGCGCTCCTCTTGAGGTAGGTGGTGTTGACAAATGACCACTCTAACATGATGATCCAAACTTCAAACCCTAGCCTCACTTGGAAGAGAAATCCCTAATTGCCTAACTAAAATTCTAAAACCCTAGGGGCTGTCTCAGATACCACGTAACACAGTATTGAGAGAAAATGTTTATTGTATTCACATTAGAGTCACTAACACATATATATAGGTATAGAAGGAAACCCTAATAATAAAAGATGTATAATTACTATAAAAGACATACATAATAATATATATTATAACAATTTTAATTGCCTCATTAGTGCTGGGATGCGGAAGGACTTTCATAAGTTTCATTTGCTTATTGAGAATTGAGAAGTGGTCAAAAAACAAGCATAGTCACCCAAGTGTGTTTAAAGGGTATGGAGGTGAATTTCAATTAAAAATGTTCCTTTGGATTACTGGTGCAGGAGATCTTTTGAAGCTATTGGAGAATATTTTGGGGGCCTTGAGAGTACCTCTTCAAATACTTTAAACTTGGTCGATTGTTCGGAAGCAAGAATTAAAGTCAAGAATAATCTTTGTGGTTCCATGCCGACTACAATTTGAGTTAAAAACAAGACAAGGGGAACTGTTGTCCTTCACTTTGGCGATGTGATGACATTAGACTCTCATTTTTTTGTTAAATAAAAAATGGTTCTAGAGGATTTTGATAATCCAATTGATCTTTTTGATTACAAGTGATCTTTGGATGAAGGGTAATTGATCTACCGATGGATTACACTTCATTGTACTTCATTATGGACGGTTGCAAGATTTTTTTGTCAAGTCTCAAGAGTCGGGGTTAATCGTGGGTTCTAATGATCCTTGTTCGAAACATCCGATCTTTATAACAGTGATGAGTGCGCTAAGGAGAAATTAATCGAATTTCAAGACGATGATTGAGCGGATCGTAAGGTTGATGAAAATTTGCAGTATGTAGATGAAGAACAAGTTACCGTTGACATTCCTGATCTACAACTTCAATTAAAGGTGAAGCAAGTACGGGCTGTTTGAGATTGAAGATGGGGAATTGTGAGAGGAACGCCTAAGTTCAATGAAGAAAGAAAAGAAATGAATGAGCCAAACTGCCAAAGTATTCGGAAAAGGAGAAAGAGCATTTATTGCGGATAGAGAATGGAAAAGAACTTATTGATGAGTCTTTATTAGTGAAAGAGAATGCTGGTTTTTCTTGTTAGTTCTTATATTAGTATAATTGTATTTTGTTAATATAACTCTTAGGGTGTCCTTTATTGTCTTTTTTACGCTATTCTATTTAGGTTAACCGTGTATACTTGTATATATATATCTCTTGAGTGAATGGAATACAACAGACTGATTCTCTCATACTTTAGCATTAACATGGTATCAGAGCCTAGGGTTTTCTAGGGCAATTAGGGTTCTTTGTTTTTGTTGTCCTTAGGGATTTGGAACTAATTAGGGTTTGAGATTTGAAGGTTTAAGTCCTTTGTGTGTGAGGTTTGCTTTTGCGCCACTACTATCGAGGACTCTTCACCGCCGAAATCATTCTTTGTTGTCGCTTGAAACCGCCACCGCAATCGGGACCTGTCGCCGGCGAGTTTTTCCGTCACCACTGTTCATTATGAGTTTTTTAGTTGGTCTCGCTTCTAAATATGATATGGCAAAAGATCAAGTTCTATCTAGCTCTGACATCTCCTCATTGGAAGATGCTTATACTCGCATACTTTGTACTGAGAAGTCGCAGGTAACCTTGTCACCTGAGTCAAATAGTGCCTTGGTTGGACAGACAGGTGAGTACAAAGGAAACAGAGGGGTTGGACCCAACACATATAAAGGTAATTTGAATACTCAGAGAGCAAACTCAGCGATATTGTTTGTCACCACCGCCATAAGCTTTGGTCATATGAAGCGTGATTGCGGGCGATTGTTGAATAGAGGCCGAGAGGTTTCCATCTGCGCATGTTGCCTCTACACACGATAATCCCGATAAATCTATTTCGATTTCTGCGAGAGGAGTTTGCTAAGTTCGACAAAGATCAAGAGTCGCTAAAGGCATCATCCTCCACTCCTACATCGCCATTCACGATACGGGTAATACATCTACGTGTCTTCTTTCCTCCTCTTCCAAATGCGTTATAGACTCTGGCGCCTCTGATCATATGACAGGTAATCCAAATTTATTCTCTCATATCTGTCCGTATAAATCTTCACCTAATGTTACTATAGTTGATGGGACCACCTCTCTGTTTTAGGGTGAGACATGTCAATCTTACCAAGTCAATTTCCTTGTCTTACATTTTAAGTTTACTGCATTCTCCTTTAACTTGATTTGAGTTAGTAAGCTCACTCGAGATCTAAATTGTTGTGTCTTATTCTTTCATGGTTATTGTTTATTTTAGGATTTTTTGACAAAGAAGACTATTGGTAAAGGGCACGAATCGGGAGGTCTCTATATTTTTGAACTACACATATCCACAACCGTTCCATGCTCTACAGTGACCTCTCCTTTTGAAGAACATTGCCATTTGGGTCATCCATCTTTTTCTGTCTTGAAGAGTGTTCGTCCTCAATTTAATCACTTGTCTTCGTTAGATTGCGAGTCATGTCAGTTTGCTAAATTTCATCGTCTAAGTATGTATCCTAGAGTCAATAAACGAGCTAATGCTCCATTTGAGTTAGTTCATTATGATGTTTGGGGTCCTTGTCCTATTGAGTCTAAGCGGGGGTTTCGGTACTTTGTTACATTTGTCGATGATTTTTCTCGTGTCATGTGGTTATATTTAATGAAGAATCGTTTTGAGTTACTTTCTCATTTTCGCAATTTTCATGCTGAAATTCGTACTCAATATCATGGTTCTCTTAAAGTTCTGCAAGGTGATAATGCTAAAGAATACTTTTCTTATGCTCTTGTTCTTATCTGAGTGAACATGGCATTCTACATCAATCCTCATGTGTTGATACTCCGTCTCAAAATGGAGTTGCCGAATGAAAGAATCGCCATATCCTTGAAACAACAAGAGCCTTAATGTTTCAGATGAATGCCCCCAAACAATTTTGGGCTGATGCTATATTGACAGCTTGTTTCTTAATCAACCGTATGCCCTCGTCGGTTCTTAAAGGTGAGATACCTTATCGTATTTTGTGCCCCAACCTCCCTGCGTTTCCTCTCCCACCGAAAATCTTTGGTTGTACTTGTTTTGTTCGAGATGTTCGCCCTCTTCTCACCAAACTCGATCCGAAATCTTTAAAATGTGTCTTCCTTGGTTATTCTCGTGACCAAAAAGGGTATCGATGCTATTCCCCTAGTCTTGTCGTTACTTTGTCTCTCCTGATGTCACGTTCTTTGAAGATTCTTCTTTCTTTACTTCATCTTTGAATACGCGTCAGGGGGAGCATCGAGAGGACGAGGATGATTTTCTTGTTTATACAATTTTCTCCTCTTGTGAGTCATCGAGTGCTTCTTCTCCATCTCCATCCGTTTGTATTAACCCACCTATCACTCAGGTTTATTCTCGACGACGACCTCCTTCAGATGCATGTCCTGTACCAGAGTCTTCTTTGTCATTGGATCCAGGAACAAACGATGATCTTCCTATTGCACTTCGTAAAGGTAAGCGTCAATGCACATATCCTATTTCCTCTTTTGTTTCCTATAACCATTTGTCATCTTCTACTTGTTCATTCATTGCATCCCTCCAATCTATATCTGTTCCTAAGACAGTTCCTGAAGCTTCGTCTCTTCCTGGTTGGCGTGCTGCAATGGTGGAGGAGATGACTGCCTTAGATGACAATTGTACTTGGGATTTAGTGTCTCTTCGTGCAGGAAAGAAATCTATTGGTTGTAAGTGGGTCTTTGCGGTTAAAGTCAATCCAGATGGATCTGTTGCTCGATTGAAAGCTCGCCTTGTTGCTAAAGGCTACGCACAAACTTATGGGATTGACTATTCTGACACATTTTCTCCTGTTGCTAAAATAACTTCTGTCAGGTTATTCATTTCATTAGCATCGATTCATCACTGACCATTGCATCAACTTGATATTAAAAATGCCTTTCTTCATGGTGATCTTGGGGAAGAGGTGTATATGTAGCAACCTCCAGGGTTTGTTGCTCAGGGGGAGAAGGGAAAGGTATGTCGCCTTCGTAAATCCTTGTATGGATTAAAGCAGAGTCCACGAGCATGGTTTGGGAAATTCACTCAGGTGATTGAAAGCTTTGGAATGAGAAAGAGCAAATAAGTTCATTCTGTATTTTACAAGCGGTCTGAGAGTGGTGACATCCTGTTAGTTGTGTATGTTGACGATATTGTGATTACAAGAGATGACACATTGGGCATCCAATCTCTCAAGACCTTTCTCCATAGTCAATTCCATACGAAAGATTTGGGAATGTTGAAATACTTTCTAGGAATTGAGGTAATGAGAAGCAAGAAGGGAATCATGCTATCACAGTGAAAATATGTTATTGACTTGTTGACTGAAACAAGGAAGTTAGGGGCTAAGCCATGTAGTACCCCGATGATGCCTAATGTAAAACTCACAAAAGAGGGAGAATTATTGAAAGATCCTGAACGATATAGGAGGTTGGTGGGAAAACTCAATTATCTTACAGTAACTCGACCAGACATAGCTTATTCAGTGAGTATTGTGAGCCAGTACATGTCTTCTCCTACAGTTGATCATTGGGCTACAGTGGAACAGATTTTGTGTTATTTGAAAGCAGCTCCTGGGCGTGGTTTATTATAGAAGAGCTATGGACATATGAACATTGAATGTTTCTCAGATGCTGATTGGGCAGGATCTAAGGAAGATAAAAGGTTAACGTCAGGATATTGTGTATTTGTTAGTGGTAATTTGGTTTCTTGGAAGAGTAAGAAACAAAATGTGGTTTCACGATCAAGTGCTGAGTCAGAATATAGAGCAATGGCACAACTCACATGCGTGAATTAGTCAGTTACGTCAACTTCTTATTGAATTGGGATTTGATATCACAACACCGACCAAATTGTGCTGTGATAATCAAGTAGCTCTACATATAGCATCTAATCCAGTATTTCATGAGAGAACTAAACACATTAAAGTTGATTGTCATTTTGTACGTGAGAAGATACAACAAGGTTTAATATCGACAAGATATGTAAAGACTGGAGAGCAATTAGGAGATATCTTCACCAAAGCATTGAACGGAGCACGAATTGATTACCTCTCTAACAAGTTGTGCATGATGGATATATTATATATGCTCCAACTTGAGGGGGGTGTTAGAGTCCTTATATTAGTATAATTGTATTTTGTTAATATAACCCTTAGGGTGTCATTTATTGTCTTTTTACGCTCTTCTATTTAGGTTAACCCTGTATACTTGTATATATATATCTCTTGAGTGAATGGAATGGAACATACTGATTCTCTCCTACTTTAGCATTAACATTTCTAAAGAGTCTTTTCATATAGAATCTTTTGTTGATAAACAACTGGAGTGTTATCTTGAAGAAGGTGAAGAATTTTCCTCGATAAAGAAGGTTATAGGAGAAGGGGCTGAAAGAGGATTAACTGCTTTTCATATGGAGAAATCCTCGACAAAGAATGTTGACTAATAACGGATGGAGGGCTTATAAATGAAGAAAGAGAAAGAGAAGAAGAGACTTTATTATTGTCAGAGAACCTAGCCGTGCATGAAAAGAATGTTTTATTACAAGAGAGAGAAAGTGATAATTTATTTTCTAAAGGAACATTTTGTTCAAATAAAGAGCAGCTTTTAATGCATTGGTTGGAGAAGTCCAATGGGAATACCAATTGGTTTTTAAATCATAACGGCGGTAATGATATGGAGCCTCTCGTTTGCACAAAGAACATGTAGGAATCGTTGATACTAAATGATATTTTAAGAAGTCTGAGGTTGCCGTTCCTTTACCTAAAAACCGGTTTCCAAAGAGGCTTTTCCCTCTGCATTTCTCTCGAAAAAACCGGTTTTAATGAGCAAGTTGGATAACTCAGATATCTTGGAAGAATCACGTGTTAGATTAATTGCTCCCTCAGATCTCTTGCCAAAAAATGCAGATTCTGTTATCAATCATTGAATACCAACAATCTTGAAGGTATTTTCAAACAATTACCAACAATCCTGAAGGTATTTTCAAACAATCTGTGTTGAAACATCCAGGATCAAAAGTTAGTTTATAAAAGGTGTCTCTTCCTCCATTCCTAAGACAGTAGACAACTCTTATGAATTGAATGGTGAGTCAGATGTCAATGTTAGCAGAGGACTTAAGACGATTTTCAAGGAGACAACGAGCAAGCTTTTCAGATTATTGATGACTGTTTGGCTGAAGCTTTTGATGTTATTTTTCCAAGTCAAGAAACGGAAGCAACAAAGTTTGGGGCAGAACCACTGCCGGTAAACCATTCTGTATTGCCTTCCAAATTTTCATCCTTGGTAGAAATGTGTGGAATTCAGATGCAATCTTTATAGTTCTCTACAGATAGAAGTTTGAGAATCTGTTTAGTTCAATAATAGTGAAGATCATTTCGTGCAATACGTGGGGGCTTGGAGATCAGTCTAAACAGGTTTCCTTAAAAAACTTTATTCAGAAGATTTGCCTGGATTTGGTTTTAATTCTAGAGACCAAAAGTGGCTCTTTTGATCAAGATTTTATTAAAACTTCATGGCGTTCAAAGGAAATTGGGTGGATCAGCCTTGATGTTTTTGGTAAGTCAGGAGGCATATTAACTATGTGGGATGAAAGTAAGCTAGAACTCATTGAATTCATGAAAGAGGGCTATACTTTATCGACAAAGTTGAAAACACACTAAGAAAATTATTTGGGTGACAATTGTTTATGAACCAAATGATTACAGAGGAAGAAAGTATCTTTGGAGTGAATTGAGATCCCTATCGTTTTATTGTTCTGAGCCATGGTGTATTGGGGGAGATTTTAATATCACTCGGTGGATTCATGAAAGATTTTCCGTTGGTAGACAAACAAAAGGTTCTTTTGTTTGGGGGGCCCACGCCGTTTAAATTTTGCAACAATTGGCTGTGTCAATCAGCTTGTTTGGAAGAAGTAGAAAAATCTTTATCAAATGATCGATCTCATGGGTGGGTCGGTTTTGTGATTACATCTAAGCTTAGAAATGTCAAAGAAGCAGTAAAGAAATGGCATTTTGAGTACCAACAAATAGAAAAAGACGGGAGGAAGTTCTTATTGCTGAAATTGAGTACTATGGTACTAAGCTTGATGCTAATAATTTGTCAATTATCGAGATGGATTCACAGTAAAAAAAGGAATTACTGGAGAAATATGAGGCAAAAGAACGAGATTTAAAAGCTTCATCCTGATGCTCTCTTTCCAAGCTTTTTACCGATTATTCTTTTCAGTTTATGTTTAAATTGGAATGCTTTTATTTCTGCCTTGTAATTTTATTATGTTGTTTTTTCTTTGTATGTTCTTTTGTATTTTGAGTCTCTTTTCATTTCATTAATGAAAAATTTCGTATCTTTTTCTAAAAAAAAAAGAGGTTCATTCTATTATGATAAAATAATGTGGAAGAGAAATAGTTTACTTCCATCACTGAGAAGAGATGAAATTTCGAAGAGCTATCATGGTGCCAGTGCACCTCTTTTTTTAAATCCTTAATCAAATTAATAACATGCAACATTCTGAGTCAGGTTTTGGAGGGAAGGAGGAGTGAAGAAAGAATGTTGAATACGAGATTGTAAAGGCTATTGTCTTATGCAGGCACTTGTTGAGTGTGAAGGAAATTCAATAGAGCTGAGTGGCGACATGGGTGCTGTAGGACGAATTGTTGTTTCTGATTCCTCATCTGCAAAAAATGAACTTTGCCTAGATTTGAAAGGTAAGTTTCATCTGTATGTGCTACGTTTTGGCAGTAAGAGTTCAGGTATAATTTTTTTTTTGACAAGGTAACAAGAGAATTTCATTGATATAATGAAAAGAGGCTAATGCTCAAAATACAGTCTCCAAAGGATATAAGCAAAGAAAACAAGACATAGAGAAACACAACACAACAAATCACAATCTGCACTGCACACAGAACACACTCCCAAACTATCGATGGAGAAAAGAAGTGCATACAAGACAGAGAATCACAACAAAACAACACTGCAATACACAAACACTCGAACCAACGACTAAGGAGGCACTGAAACCCCACAACCCCTCCAAAAGAGACCCCAACAACACCATCTGTAAACCCAAACTTCAAAGCTTTTCAAAATTGCTTATCAGAAAACAAACAAAAATCTTCAACAGGCGCCCTTTGCAATACTAATGTCGTGACCAATACTTCAGCTTCCTCCCACCAATAACAAAATCCTGATTTACCAAAAACCTCACCATGACTCCAACTACACTCCACGAATCCCAAACCGGAAGAATACTTCTTCGAACTTGCCTCCTCACTCTCGGCTTGAAAGAGAACAACCTCTGAAACAACTGTTTGAAGGAACTTCTTAAAACCAACCCTCTTCGAACCATTTCCTACCAAAGGAAAATTTCAAATTGAAATCACGGGAGACCCCCTTGCATGGATTTCCTTAAAATGCAATCCGCTTGCTTTAATTAAAGCAGCGAACTGGGACAAACCAACCGGGCAATTTGGAGATCCATCCTTGGCATTGCTTCCAGAGGGAGAGACATGATGCAGTGAGAATCAAACAACTTAGAAAGATTAAAAACTGGAGAAAGTTCACCCGAAAAATTCTGGCCGCCCCTTTTTATCGAGCTCAAATCCGGACTACTGAGACTCACCTCCGAAAGAGCAATAGAGTCTTGCCCAAAAACTGGAGAAAGCAAGCAACTCCCTTTATCCTGGCTTACACAATTCTGGAAAGAGACCTTAACAAAGGAAACCTCCTTAGGTCCCAACTGACACTTCTCAACAATGCCAATCGTACCTCTTGGGGGACGACAAGGACTGGCTTTCGACCCCGGCTTTACCAGAGCTGCTGGGTTGTGAAACTCCAATCTCTCATCTGGTTGCTCAAGAAACTCCCTGACTGAAAGCCCTTTCGCCACCTCCAAAATCTGGCTTGATCTTCTTACGTAAACCTTGTCCCAAAACCTGTCTCGTACTACCTTTACAGGTTGCGGTAAAGGGGAAGAAAGCGAAGCCATCTCAGCTTCCATCTGATCTTTTGAAACCGAATCACCCCGCAACGTCCCTGAAACTGTCGTCAAACCAACACCCGAAACAGGACAAACCCCTACCCCATCACCCACCTCCCCACCTGAAGCCTCTCCCGAGCTATCGTCCTCCAACACCACACCCAGATTATCTCCCATAAGAAACTCCTTATGCGACAAATCAGCATCTCCTTCGCCCACAACCAACCCTTGATCCACCCACCCTAAACACTCATCTTTCATGACCTGCCTCACCCTTGCCACATCCAGAGGATTGGACAAGTCCTTAAAGGCTAAAGTTACCATTTTACCACAACTATAGGTTATGCAAATCATATTTGCATAACCATATATTATAAGATATCTCATATCTCATTTTACAAATCACATTTGCAATATTGTGGATTTATTAAATTGAATCACATCCAATTTAATATCTCTCAATCTAATTTCTCCTAATTAGCCTTATTTCAACAATTAGGCTAACCTATAGTTTATTATGAATCTCATTCACATTAAACTATATATTATATCATTCATATCTCATATAAATGACATAAATGCCCTTTTAGTGAACTTGAACACTTCAATTCACACCAAAACATTAACCCTTCTTTTAACCCAGTTTGAGCCAACCGAGGGACCTAATGGACCTACAATGACGAGCTCCAATGATCCGAGATTAACCTATCAAACTCTTTGACCCAGTTAATCAACCTTCATTAGCTACGGTAACACTCCACTAAAGCCCGTAGCTGCACTCCTGTCAGTGCAAAATATTACGTGTCCATTGATATAACCAATGCCCATGAGTCGACCCTTCACAGGTTGTTCAGAGACACCACTGGGTCAAATTAAATGCTTTACCCCCGTGTCTCTACTTCTTGCTCCTTAAGTCCCCATTGCTCCTCTAATGAACAACAACGTTGTAATGGTCCAACCATACACAACAACTCTCTCGTGCCAGTGAGAGAGTGGGCGCCCGTTGTCCAAGCGCTGGAGACAACATTTAAGGGAACAACCCCTCTAGTTTTCCTAAAGGCGGGAACGAGTGGATTCCATCTCGCGTAGTTAAGTTCCCAGCTCCCTACTTGGTTCTGCCCCTGAGAAGATAGGCATATTGGGCGAGTAATCGTGACCACCCTCACCCAGCACTAGTCAAAGGACGGACACTCGCAGAGACAGGAGTCCGTAACACGCTTTCGGGATTCAAAGTCGAGTTACTAATGGTCATCTCACGAAGTTATTAGTCCTCATTGTCAGCGGTGTTACATCGTGAGGTCTAATAATTCACGGTCCGGTCTTGTACAATCTCATTGTACAGGATGCCCCCACTCGCATGTCAACCACATGAACGAGTCAGATCACCTCGTTTGTATCTTAATACAAAGCGGGCTGCATCCACAGCGTATTCAGGATTAGGTCTCCAACCCCATCCATATACTGTAGACCATTCGGGTCATTTACTCGAACGTGATCTTCCCTGTATGTCCACTACACACCGTTCAAGTTCTAGTTCTCTCATATATTCAATGACCCTGGAGCTTAGTTTATTGGTCAAAGTTTGTATAAAATGCGAGACACAAAATGATGAAATGAATAACTCTTTATTAATTTCAAATAGTAATTTACAAACATGAGATTAGGACAAAAATCCCAACACATTCAATATCTAAGGATTTTGGCCTTCTTTGCTTTTCATTCTTTCTGAGTTCTCTGAAGAATAAAATTTATGAACCTTTCTAATGAAGGAGAGCTCTCCTATTTATAGAGCTTTTCCATGTGCTTGTGGGCTTGGATTTTAGTGGTCTTTTGGGCCCGACCATGGACTTGAGCTTTCTGGATTTGGACTTAACCATTTGAATTTGAGTGTTATTTAACTTTGACCTAAATTCCATATAACCCAATTTGACCGAATTAAATTTAATTGTTTGGTCAAATTGTCACATGTGGCCTTTTAATTTTTAGAATTTGCCCATTTTTGTCTTCAAATTAAATTTGGGACACATGCCAATTTATAATTGGTCCAAAATTGAATTATTTGTAGTTTCGTTATTAATTTGGAATAATGACGTGACAATTGAGGATTGACCAAAATTTCTTAGTTAACAAATGTCCCTTTTCAAGATTGTCAACCTCTCAGGCGGCTTGTGTGGCAGAGTTCTGGGATAGTAATACTGGTTCTTGGGGATTTTCGTTTAGACGCTTGTTAAAGGAGGAAGAGATTGTTGATTTTGTGGATCTTATGTGATTTTGGATAGGTTTAAGCCTTCCTCTTTCGAGGATTCGAGGAGTTGCGTGGCGGATCCTTCTGGTTTGTTTACTGTTAAGTCCCTTATTAAACAACTAGTTACTCATTCGTCCATGGACAATTTGGTTTATAAAGCTATCTAGAGAAGCTTAAACACAGTTGATGTCTTGCAAAGAAAAATGCCAATTATGAATTTGCAACCTTCAATATGCCTGCTTTGTCATAAAGCAGCTGAAAATGGTGTCCATCTTTTTATAGAGTGTGTTTATGCCTGAAAATGTTGGGATATCTAATTTCAGAACTTCAATGTTAGTTGGGCGTTCTCGGATGGTCTTAGAGAGAATATTCTTCAGCTTCTAGTGGGGCCTTTTCTTGATAGAAAGGCTTCGGTTCTTTGGGGAAACGCTGTAAAAGCTATTTTATCAGACCTTTGGTTCGAGCGGAATCAACGTATGTTTGAAGAAAAATCCTTATCATGGGAGGCTCGTTTGAGTGCTATTCACCTTAAGGCTTCTTCTTGGTGTGCTCTATCCAAAGGTTTTGAGGATTTTTCTATTTCTGACATTAGTTTAAATTGGGATGCTTTTATTTGTTCTTGTTAATTTTGTTTTTACATTTGTACTTTTCTTTGTTTCTCTTGTTTTTTGGAGCATTAGTCTCTCTTTTCATCATTTCAATGAAAAATTTGTTTCTTGTATAAAAAAAATGCTCCTTTTCGAGATTTATGCACAAGTATGTGTGGGTGAATCTCGAAAAAGAAAGTTTGGAGTCAAAATGTAAGTTTTTTTTTGGTTCCTAATCTTGACTCGCTTTGACGTGTCAATTTTATCAAAATATGAATTTGGCTCAAAATTTTGATTTTTTTGATATTTTTTATGACATTAATCAAAATTTAAATTTTGGACAAATTTTTTATTTTTCTTGTTTGACGACCAACTTTGATTTGAATTTGAATTTCAATTGGATTTAATTCCAAATTGAATTTCGAGCCATGCCCAAACTCTGCCCTATTTTGACATAAGTTTGAAGCATAACTTTTTTTTTTAAAAAAAATTGAATTTCCCTCAAATTTGATATGAGATTGCCCATTGATTATACCCTAACTTTTTTGATTTGAGATCAATGACTTGAATTCAAAATTTATTTGGGACAAAATTTGGAATATGCCAAAATTTTGATTTGAAGCAAAATTGAATTTCTACCATGATTTTTTACTTTTGATAGAATTTAGATTCTTGAATATGGATGAAATTTGAACTTCAATTTTAGTCCAACTTTGAGTTGGAGGAAATTTAGATTATGCCCAACTTTTGATTGGACAAAGCATGAATTTAAATTTTAGTCAAATTTTTGACTAAGCTAAAATTCTATCACACTTTGGCTTGGATTTAGAACAACCTTTGAATTTGGGATAAAATTGGATTTTGCCCTAATTTGGACAACCAAGCAGGTATTCGGTCAAAAAATTGAGATCCAACTCAATTAAGGTGGCCCCGAACCTTTGTGGATTTTGGCCGACTTCCATCCCTGTTGAATACTCGATTTTTGGGAAGTTTTTATTAAACTTTGAAGTATTAGAGGCTGTGGTTTCACCTTCTAGATTGTTGGACTCTCTCGTCTTAAAGTTGGCTAGAATTTATCATGTGTTGGAGGATGAACTTGAGATTGATTCGTCTTGATTCCCTAGGGAGATTTTGAACTATCCTTGTGCTAATGGAAGTTTAGGGGACTGTTTACATTTGGAGTCTGGAAGTTATAAAGAAGAGGGTCATAACTCTTCGGGGGTTGTTCCTTTTTTGGTTCATGACGAACAAGGTAATGATTCTAATGGTGGCTCCTCGTCTTCCAGGTTGGCAGAAACTGGGGGAATGAATAGGTGTGAAAAGGAGAACTTGAGGGGTTGTGTGGTCTCGAATGGACGTGAAAGGATGGAGCCGAAGGGGTGTTTTACTCAGAAGACCGAAATTAATTCAGAATGGAATGAGGAAGAATCAGAAGGGTCGCAATCAGTTAGTCTTGCAGTGGATGAGTCTCAACCCTTGGATTTGAGAGATTCTGATATACCGAACAAGGAAATGGAGGTTGAAGACCCTCTATTCTCTTCCATTGTCCCTGTTAGTGTTAAAGAAATTAAAGTTACTTTTTGTGGAAAATATTATACCAGAAATAGTGGAAGAGAATCAACGTTGGAATCGGAGATTCAGTTGGAAGGAGGTTTTCTAGATTTCCTCGAACAACCTGATCGACTCATTCAACAATGCAACTCTTTGGTGCCATGTTCACAGGTAAACTCTAATCATTCTCTTAAAGCTCTGGTCTTTGCCATTGAAGAATGTCTGTAAACTTGGGCCAAGGGGGGGGGGGGGTGTCGTTTCATTCCACCCATCATTAGCTCCTGTTTGAGGTGAAACCTCTTCTTCTCCAATTTTTGGTCATAATTCGGCAGTAGACTCGGAAGTGAGCCTAAGTAGTTCGGATTTGGACTCGATAAGAAGACTGAGACATAAACCATCATGGGACTTTTCTCCCGCAATTAACCTTGTAAATTTGTTTGACTCTGAGGTTTATCAACCTTCATTGGGGGATGAGAAAGATAAGAATGTATTTGATTGCCCTAATGAATTGTCTCGTTTTAGTGCTTTTATAAATGCGAGTGGTTTACAATTCAAAGAAGTTGTAGCAGGGGGTAATTCTTTGCCCTTGCAATGAAGATATTATCATGGAACACGAGATGATTGGGTGATGGATCGAAGAGAGTTAGTCTTAAAAGGTTTCTTCAAAACGTATGCCCTGATGTGGTGTTCATTCAAGAAACTAAACTTATATTAGTAGATGACAAGGTGATTAAATCTTGATGGAGCTCGAGTGACATAGGCTGGGTTCATGTTGAAGCCTATGGTACATCAGGAGGGATGCTAATTATGTGGGATGAGTCTAAAATATTGGTTAAGCAAGTGTTGAAAGGTGGTTACTCTATTTCGGTTAATGTGTGTTCCCTGTAGGGCAAATCCTTTTGGATTTCTAATTTTTATGGACCAAATCATTAACAAGAGAGAATTTTTGTGGGAAGAATGGCACTCTCTCTCTTACTATTGGGAAGGGCCTTGGTGCATGGGAGGAGATTTTAATATCATCAGATGAGTCCATGAACGGTTGCCTCAAAGAAGAATGACCAAAGGTATGAAGAAATTCAATAAACTTATCTCTGAACTTGGGTTGTTGGAAATCCCCTCACAAATGGGTCCTTTACTTGGTCAAAACCTGGGAATGAAAGTTTGCAATCTATTATAAATAGATTTTTTATAAATCTTGAGTGGGATACTGCTTTTGAAAATACAAGGATTTCAAGACAGACTCGAATCTTTTCTGATCATTTTCCTTTGTTGCTAGAGGCAGGATCATTTCAATGGGGGTCTTCTCCTTTCCGGTTCTATAATTCGTGGTTAAATGTTGCTGATTGTGTAAAAATTATAGAAAACTCTTTAAAGAATAACATGGCTTACGGCTGGGCTGGTTTTGTAATTGCTTTAAAATTAAGCAATGTAAAGGGCGCCGTCAAACCAGAGATTTTGAAAAACTCAGAAAACAAAAGGAAAATGACTTGTTGGATGAAATTAAATGGCTGGATTCAAAGGCAAATTCTACTGCGCTCTCTACTTTAGAATGTTCGACTAGAGTTGCGGCAATGGGAGATCTAACTAATTTGTACTTGTTAGAGGAGCGAAACTTGATTCAGAAATGCAAATTGAATTGGCTGAAAGAGGGGATGAGAACACAGAGTTCTTTCACAGATTTCTGGCGGCAAAGAAGAGAGAAAGGATGATTCTTGAGCTTTTGAGCTCGGATGGAGATGTTCTTATCTCGGCCAACAACATTGAAAAATTGATAATTGATTTCTTCAATGGCCTATATTCGAGAGTTCATGGTAAACGGTTTGTTCCAATTTCAGTAGAATGGGAGATGGTCACTATGGAGCAGAATGTTAAGCTAGTTGTCCCTTTCTCGACAGATGAAATCTTAGAGGCCATTAAAGGTTTGGGTAAAAATAAGGCGTCGGGGCCTGATGGTTTTACTATTGAGTTCTATCTCAGATTTTGGCATCTTCTAAAGTTAGATCGGGTTAGATTTTTTGATGAGTTTTTTTATTAATGGCTAGATTAATGCAGCTCAGAAGGAAAACTTTATATGTTTAATCCAAAAAAAGAGTTTGCCAGCTCGGTTAAAGACTTTCGACCTATTAGTTTGATCTACTCCTCTTATAAGATTTTAGCAAAAGTACCAGCAGAAAGACTGAGAAAGGTTATGCCCTTCATTATTTTAGATACTCAAAGTACCTTCATCCAGGGAAGACAAATTTTAGATCTGATCTTGATTGCAAATGAAATTGTGGAAGAATATTGAGCAAAGAGAAGAAAAGGGTGGGTGATAAAAATTGACATTGAAAAAGTTTTTGATAGTGTTGACTGGGGATTTCTTGAGGAAGTGATGCATTTAAAAGGTTTTTGTGCCAAGTGGGGATTTTCAGAGGGTTTCGGATTTTGATAGTGTCGACCGGGGATTTCCAGAGGGTTTCAGATTTATGTCTTACTTGGCATCCTTTCTTATTTAATATCTAATCTCTGAAGTTTTGTTGGTCTTTTTACTTTTCTGATTCATTAGACTGTTTGGTTTTCTTCTTGTTCTATGTTTGTATTACAAAGTCATGTACTTTGATCTTTTGTATCATTTCATTATATCAATGGAATTACTTTGTTTCCTTGTCAAAAAAAAAAAACTCTAGAATGGTGAATCCAAAGGGAAACACTATCTTGAGGGGGCATGTTGAGGATCCCACATTGGAAAAAAGTAGAGAGACCTCACAATTTATAAGGTACATGGACTACTCCTCACATTGCCAATTGGTTTTGAGGTAGAATTGAAGGGATCAAATCCCACAGCGGAAGCGATTGAATCACTTTGCTCTCGATATATGTTACACAAATTTACACAAAAAACAAAAAAATAGTTAAACATACAAGGTAGAAAGTGAATTACCTTTGAAGAACACTTTCTTCTAGTAATCCTTCCTTTTGGGTCCTCTCGATCTCTACGAACACGACCCAATCTCGAACCAAACACTTCCACAAGATCTTCTCTATTGTTCTCTAGGAGAGGTAGAACGGTGGGAGTTCTTCTTTTGGAGAAAGGGAGAGTTTTTTTAGAGGATTTGAAAATTATGGAAATCTCAATTTCCAAAAAGTAATTTTCCTCTTTTAAAATGCATCAAAATACATGCTTTTATAGGGAGTGAGGGTGGAGATAAATTCTCCATCCATTATCCTACTAATTCACATATTATGCATTATGCAAATCATATTTGCATAATGTAAAGTATCATATATCTTGTTATGCAAATTATATTTGCATAATAAATTGAATCACATTCAATTTTCATCTCTCTCATGTTTAATTCCTCTAATTATGAAATTATTTCATAATTAAGCAATAATATAGTTTATCATGAATCACATTCACATTAAACTATATATTATATCAATTATATCACATATAATCGATATAAGTCCCTTATATGAATTTGAACACTTTAAATTCATTCCAAAACTTCATACCCTCTTAATTTCCATATCGAGCTAACAAAGGGACCTTATGGACCTACAGATCATGAGCTCCAATGATACGAGATTAATTGATCAAACCCGTTAATCAACCTTCATTAAACTACGAGTCACTCTACTATAGACTCGTAGTTGCACACTTCTCACTATAGGACAAGTTGTGTCCATCGATATAATCAATGCCCGTGAGTCAACCCTTCACAGGTCGTTCGTAGTCACAACTGGGTCAAATTACTGTTTTACCCCGTTTTACCCTTGTGACTACTTCTTGCTCCTTAAGTACCATTGATCCTCTTATGAACAACAAGTTTATGGTCCAACCATCCATTCAAATAATTCCCTAGATCCACTTTGAGTCTATTCCAGCTGCCAGAGGGTGGCCAATGTACACAATCAACAAACCAAGAATTTCCTTTTCGGACTTTAAACAAACCAAACACTCCATTGTCGTCTTGGAATTTCCTCCTTTGAAAAAAAGACTTGGAATGAGGACGCAAAACCTCAAAAGCTTCTTTAAACCATTGCAATTGGGCCAAAGATAAAACCAACTTACCTCCTTCTAACTCATCTTCTTAGCCAAAACCAATCTCCATTCCTTCGAATACTGAAATTGGAGCCGCCAATGTTGCAACCAGACGTATCCATGAAAACCCGAAGCGAAGGAAACTGAAAAGAGCTTGAAAACAAACCACAAAAGAAGGAAGAACACGACGAGAAAGCTTAAGAAAGGAAACTAACAGAGAAGCAAGTGAGTAGAAGGAAAGCAAAAGAGGAAACAATAGAAACCAAAAACCGAGGTGGAGAAACAGACGCGAAGACGAGCAGGTCGGACACCGAGTGAATAACGACCAAACGACAGAGATCGACTCCTGCACTGACAAGGGAGAGCCGAAAGAAGACGAAAAGACTAAAAGGGAGACATGCCGACAAAGAGAGAGTAGAGACTTCAGAGAGGACGCGACTTCGGAGAGGAAGACACCAAGCAGCCAAACGAAGCAATCGTCGACACGAGAGGGAGACGCTGACACACTACTAGCCGAAGGAGAGAGCCGACGATGAGAAGGTGCGACACCAGAGGCGAGTTGAACGGAAAAGGAGAAGAAGAAGAGGAGACCAGACGACAAAGATCGACTCCTGCACCAACAAGGGAGAGTCAAAAGAAGACCTTTTGTTTTTTTCCCCTTAATTCAGCCTAATTTATATCCTATCAATTTTAGTAATCCACCCATGTTCTATTGTGGATTTTGCTCCATGGAAGGGTTAATACATTGGAGGTCCTTCAGAAAAAGCAACCTTCCCTAAAGCTGCAACCTTCGATTTGTGGACTATGTATGCAGGCTGAAGAAACGTCTATGCACACTTTTTTCCAGTGTGTATATGCGAGAAATTGTTTGGAAAAGTGGTTGGGCATTTTTGGTCTCTTGGGTCTTTGATGATGCAGTTGCGGGAAACATTTGTCAATTATTGGTGGGCCCTGTTTTGAGTGCTAAAGCTAGAGTGTTGTGGATCTCTGGGGTCAAAGCTATTGTTTCTGAGTTATGGTTTGAAAGAAATCAGAGGCTATTTGAAGATAAAAGCTTAGCATGGGATAGAAGATTTGATTCCATCATCCAAAAGGCTTCCTCTTGGAGCTCCCTTTCAAAGGAGTTGGCTGGATATTCCATCTCAGATTTGTGTTTTTCGTGGAAGCCTTTCTTGTCTTCCGGCTAATACTGCTTTATTTTGCTTTATTTAAACTCTATGTCTGGTTTTTATGATTTTTTCTTTGTAGGTTGTCTGCTTTACTTTTATACTTTTCCTTCTTAGCCTTGTATTGTTTTTCTTCGGGTTTTTTCATTATATCAATGAAATCGTTTTGTTACCTTGTTCAAAAAAAAAAAAATAATAATCCACCCCTGTGCAGATTGAGCAGTTTCTGAAACTTATTCCTCCTGTCTCAGATCCCTCTTTGAATCCTACTTGTTCTATGGCTACATCTGGTATTGTTTTGTATAATTCTCTGTTTGTGTCTTCTTCACTTTGTTCTCGATCAAATGTTAGTTGGATTATTGACTCGGGAGCGTCTAATCATATGACGAACAACTCCTCTTTTTTTTATTCTATTAGATTATATGGGGTTCCATTTCAAAACCAATTGGCAAGAGAGGAGTAGCCCATATACCTTATATATTGTGAAGTTTCTCTTCACTTTTTCAACGTGGGATCCTCAACATGCCCTCTCAAGATGATGTCTCTTTGGGTTCACCATTCTTGGATCAAATCTCAATTTCAATTTTTTGGACCGAATACCCGTTTGGGTTTAATGGGCTCTGATACCATATTAGATTATATGAAGTTCCATCTTAAAATCAATTGACAATGAGAGGAGTAACCCATATACCTTATATATTGTGAGGTTTCTCTCAACTTTTTTAATGTGGGATCCTCAACATATTCATATCGACCTTAGGCTAACAAATGATTTGGGCAGGTCTATAAGAGAAGAATCCCTTAACTGGAACATATTGATCCCCAATCAACGACTACACCAACGTCTCAACCGACACTTGATTCTCCTCTAGATGTCTTAGAAAATTTGGCCTATAGAACTTCGTAAAGGAAAAAGGTCATGTGTTCGGTATCCCAAGTCTCATTATGTTTCCTACACTAATCTATCTCCAAAGTTCTCTTCTTTTTCCACAAATGTCTCTCATGTCCAGATTCCTACTACTATTCAAGATGTCCTTAATAGCCGAGAGTGGAAAATTGTTGTGTTGGAAGAACTAAGAGCACTTGAGAAGAATCAGACGGGTTGTTGCGGATTTGCCAAAGGGAATTCCCATCGTAGGGTGTAAGTGGATATTCACACTCGAATTTAAGAGTGATGGTTCTCTTGAACGTCATAAAGCTCGGTTAGTGGCTAAAGGTTTCACACAAACCTATGGCATTGATTACAGTAAAACATTTGCTCCGATAGCTAAAGTCAACATTATTCGCATTTTATTATCTATTGTTGTAAACTTAGATTGGAAGCTTAGGCAATTCGATGTGAAAAATGCATTTTTGAATGGAAAGTTGGATGGGGAGGTTTACATGCTTCCACCATTGGGATTTGAAACAAACTTCGAATCGAAGGTTTGCAAGTTAGAGAGAGCATTATATGGCCTCAAACAGTCCCCTCGAGCATGGTTCAAAAGATTTACTCAGGTTGTGAAGAATCATGGCTATACTCGTGCACAATCGGACCATACACTATTTACTCGGTTCTCTAGTGAGGGCAAGTGTGTTGTTTTGATAGTATATGTGGATGATATACTCCTTACAAGAGATGATACCAAGGAGGTCAAAGCAATGCAAGTTCGACTGTCAAGGGAGTTTGAAGTTAAAGTTATAGGTGAGATGAAATACTTCCTTGCCATGGAGGTTGAAAGGTCCAACAAGGGGATTGTTGTTTCTCAGAGAAAGTACATCATTGATTTGTTGGAGGAGTCAGGTATGAGTACATGTCGTCCTATAGATACACCTATTGATCCCAACAAGAAATTGGGGTATTTGGAGGGAGGAAAACCGGTCAACACACTACAATATCAACAATTGGTGGATCGCTTAATCTACCTACCACACACAAGGCCATACATAGCCTTCACTGTAAGTATGGTGAGCCAATTCATGCATAATCCACATGAAGAACATCTCAAATACAGTTTACAGAATTCTTTGACACTTGAAGAGTTGTCCAGGAAAAGGATTATTGTTCGAGAAGAACTCTAATAGAAAAGTTGAAGCTTTTACCGATGCAGATTGGACAGGATCTATCATTGACAGGAAGTCTACTTCAGGTTATTGCACTTTTGTGTGGGGCAACCTAGAGACATGGAGGAGCAAAGAACAGAGTGTAGTTGCCCCGTAGTAGTACAGAAGTCGAGTATAGAGCAATGGTTAATGGAGTCTGTGAGTTACTATGGATAAGAAGAGTTCTTGTTGAGGTTTGATGCGACAGTTGGGATTCTTGGTACTGATTTTGTGAGAAATTTGGAAGCAATGTCGGTGCGGGAGTCGCATTTGGAGCAACAAAGGTTGTTTGGTTCGCATTTCAGTAAATCCTTCGGGTATGGATCAATGAGTTAGGAGAGAGTTGGAGGTGCTGGATTTCGACTTTGAAGGCTTGTTGGTTATTACCCTTCTGTTTGCTCGTATTTCTTGGGTGGAGATTAACTTGGACATTGACAAGAGTGAGTGGTAAGACGGGTTAACCCTTTCTCGTCTATTTCTCCACCACTTGGTCGTTATTCACTTGGACATTGAACGTTCGATGCCCTGCATGCAGTCTGGTAAGACGGGTTTGTCGGCCTCTAAGGCCCCAGAGGATTTGGTTTTAAAGGGGTGCTCAATTTCTAGTAGGGAATGCCAGATTGGTCCAAAGGGAGTATCTTTTGTTAAAGCATATTTTCTACATTCGGGGGAGGATGCTCGGGTGGTAGATTCTTCCTCTCCTTTGTTTGGCCGTGATTCAATCATGGGTTCCATGGCGAGTTTAAGTAGTCCAGAATTTGGTTCGGTCAGGAAATCTTTGCTAAGAGATTTGTCGCATGGGCCCCCTATCATTAATCTTGCAAGCTTGTTTGATTCTCTAAGGAGGTGCTCACCTTTGGGGGTAGAGGACTATGCAGCTCTCTGTCCAGAAGTAAGCCGTTTTAGCTCCCTAATTAAGGAAAGTTGTTTGCAATTTAAAGAAGTACCTGCGGGTGGATGTTCATCCTACTTATAATGAAGATCATTTCTTGGAACATGTAGAACTGCGGGTTGGTCCTTTGTGTACGCGGTGTTGATAGAAGAAGAGTGGAAGGGGGTGGAAGTGTTGAGCGTGCCCTTGCTGGATTTTTGTGGAATTAGTTGTTCTCAGTAGCTTTTTGTGAGGTTTTTGTATTTGGCTGGAATTTGGGTTAGTTTCGAATCTGGGTTTTGTTTGGGTTGACTGAAGAGTTGGCAATTTTGGAAGGTTTAATGGGTGCTTTTGACCGTTGAGGAAGGAAGTAGAGTTTGTGGATTTTTTGGGGGTTTTGATGTTTTGCACGATATTTTAAAGTTGCTTTCTTTTTGCTTCAAAATTTGCCTTAGTTTTTGTTCATTAGATTGTTTTGAGTGTTCTCTTGTTTTTTGTTCTTCCTTGTGGATTTGTATTTGGAGCATTAGTCTCTTTTCATTCTTTCAATGAAAATCTTTTCATTACCTTGTCAAAAAAAAAAAAATATTTGCACAGGGGTGAGCGTGGGAGGAGACAATGTTGAAGGTGTGTCTGCAGTGGTGTGAAGGGCATTTTTGTCCAAGCGAGTCTTGCAATTCGGAGGTCTTCCATGAAGCTTCCAGCATTGTTCCCGTGTGTGCCACAGGGGTTTGCAGTAATCACAGAATGGTTTCTTCCTTTGTTCTGGACGCTATTCAGAACCCCGAACAACAAGGATAGAAGAATCAACCCGTACACCATCACCGGTGTTGCACATGATCTTCTTTCAATTCTCCTCCATTCGGACCTCAGAAAACACTTTGCGTATAGACGAGAGGAGTTCACGTCCCAAAATATGACCCTTGACATCATCTAGACTTTGATTTACATTGGCAAGGAACATGAAAACTCGGTCATTCTCTCCACACTTCTTTTGGCGGGCACAATCCACATGACTCTCTCAAACATCATCATGACATTGATCCCATTCTTGCCAAAGAGCAACCATCACATTGTAGTAGGCTGTAACATACTAACATCACGATCCTCTTGCTTGAATTGCCAGAGGCGAGTCTTCAACTCGAAAATCTGATACAATTTTTTCGAGTTCGAATATGTAGCTCTGATTACGTCCTAAACCTCCTTAGCCAAGTGCATAAATAAGTGAGGCTTGGCGATAGAAACATCCATGGAATTCAACCACCACTCCATATCAAGAGAATTTCTTGAGTGCCACACTGAATTGGACGACTCAGACGGTGATGGCTCCACAATTTCTCCGGTAAGGTTAACCAAGCTTCCCTTTGCCATCAATGGCCAACTTGACAAACTGAGGCCATTCCAGGTAATTACAGCTAGTGAGACGATGAAGCGTATTTGCATAGAAAGAAGGGAATCACACAAAGGGACAGATGGAAAAGATTGAGGAGTAATAGGGTCGGTATTGGTGGAAGCTTGATCGGAATCCATGGAAAGAATGGGGAAAAATGAGAACTAAAATTAGAGGAGAAAACGAGGCTTTGATACCATGTAATTTTGAGAAATTCACAGATATCTTTATTTGTATAGCTGAATGGCTTTATATTGGAGTCCAATCTACCCATAACTAATGTGCAGAAACTAATCCCATAAATCAGGGAACAATTCTTATTATTCAACACTAATAACAGAAAAATAAATAAATTACATTTATTCATAATATATTTTATATTTTTTTTGTATAGTGCGTCTTAAAAAAAACCCGCGCCTTTTAGTGCGCGTTGCGCCTTAGTAGGGGTGTTCATAGTTAGGTTTGGTTTGATTTTGGGCAGGACCGTGAACCGAACCAAACATATTGGTTTTCAACTCTTTTAAATTGAAAGAATTGTAGATTGCTTCGGTTTTGGTCTTGAACTAAATCGATTCTTGTTTGGTTTCTCTCGGTTCGGTTCGATTATAACCGTCTTTTCAAAGAAAACCAAAAAAATTGGCATCTATTCTCAAAACTTTAAAATGAAAAATCAGCTAACATTAAGATGAATTGAGCAAAATGAGAAATAAAAATTGAAGAGTGACCGTGTCGGCATTGGGTAGTATTGGCGTCGATTGGTTCGCTTTGGCGAGTTATTGGTGTGGGTAGTGGCTTTGATTGATTAGAGTTAGGGTTTGTTGAAAGAAAATAAGGCTAGAGTTTGATGAAAGAAAATAAAAGGGAGAGAGAAGTGAAGGAGAAAATAGGTTGAATCCGAAAATGAAAATGGAAAGAAGTCGTCTAGGGTTTGATGTTTTTGAAAAAAAATAATATAAATAAAGAAAAGACAGTGATTTGACTAATGACTGCACAACAGTCTGACAACTTCATGTGTGAATGCTTAAAATAGGGGATGAGCGGGGATTAGGAATAAGTTGTTAGGAGTCAGTTGAACAATTGTTACTCTTGTATTGGTTATTTATATGCCACCTCTCCAATGTGGGATCCTCAACATGCCACCTCAAAATGGTGCCTCTTTGGGTTCACCATTCTTGAGTCGGATCCCAATTTTTGGATCGAATACTCGTTTGGGCTTAATGGGCTCTGATACCATATTAATGAGAGGAGGTGACATATAAATAACCAAGTTCCTCCGAAAATTGCTTCTGCCGTGCTCATGAGATTTTAGAAAATCCGCCTGTAAATTACCAAAAGAAATCACCGAAGAGTTATCGAGAGGAGAATCAATCACCCCTTCATCCAGCATTACCTAATCTGAACAAATCCATTGGATTCTCAAAATCCTCCAAAACCAACAGCCGATTGACAATGTTTGGAGTATCCAAAGCACCCACATCTCCAATATGAAGAAAAAGCAACCCCTCAAATTATCTCTAATACGAATTGTAGCCGACATAAATCCACAAAGACTTCTTTTAACATTAATTCTAGCCTCGGAACAATTTAATTCTACCAGCACTTGACTAAGCTTCACCATTTTATCTTTCATCTTACTCGATTAATAAAATATTTACATTTGCAAATGTACACTTGAGTCATGATTAATGTCAAGTTTCTAAACCATTCTTTCTGACCTCGTTGGCTTGTTTCAAAGATATTGGTATGTCTAGCCATTGTCGGGTAACTTGTCTATGGTTTCCTGACTCAGGTACAATTTATAGAGCGGCAGTAGTTTCTTCAAGGACATTTTGCATCGTATGTTGTCATTCCCAGGCCTTTTTTTTAATTGCTTTTTATTGTTCCAAAATGAATTATTTAAGAAATTTCCGCCTGGCTTTGTTGATGTAGATCTTATCTTGTTCAGGTTAGCTTTGGCCAGTCGGAGGCAAAGGTCTGCTTTTTTTTTTTTTCCAACTATCAGCTTTTTTTTTTTTCCAACTATCATCTTGCACACCATCCCTTGTATATAAATTGGGGATATAAATAATAATGTAGTTCGCTGGAATTTTAGTTATGGAATTTTAGCTTTGTTGGAGCTTATGTTTGGTTCCAAGAGTAGTTATTGGTTGTCAGAGGTTTGGGTGGTGTGTTTTGGTTCTCTTACTTTGTTGGCTTCATTCTGGAGTGCTTTTCTATGTTAGCGTTTTTGGTTTCTCCTCTTTGGGTTTTTATAGTTTTTGGTCTTTATTGGGTCTTTATTTCTCGTTGATTCTTGTTTTTTGTGGTTATTCTCCTCTTTCTTTTGGTTTGTTCTGGGAGAGGTGTTATTTTCTCCTTTGTCCTCACTTTATTTTTGAATAGTTTCTTTGCTCTTTTTAAGTTTGTACCTTGAGCATTAGTCTCATTTCATTATTTCAATGAAAGTTTGTTATTATCTTGTAAAAAAAAATAATGTAGTTCGCTGAAATTTTTACTGCTGATTTCTCTTTTTAGACTGCTTACTCCATTTTCCTTATTAAGCACCTTTTTTTTTTCGTTGCTGTATTTTTTAATTCAATGTCCTAGAACTGCCATAGAAATTATGACTTGTTGGACGTATGCTACTTGATCAGATAGAATCTATCATGAATGACTTCATACAGTTGAAGGCACTGTCGAAAGTTGATGAGGCTGAAACTATGGTTGAAGGTTGAATTGCTTTGAGATTTATGCCTTTGTCAATTTCTCTGAATTGTTCAAATTTGCTTACCTCTATCCTCATTCTATCTCCTGTATCTGTAGGAACATTGGATGGCTTCTCATTTGATTCTGAAGATGAGGCTGAGAAAATAACTAAAGTCGCTTCTTCGCCAACTCACCAAAATGAGACTGTAGAAGGGCTCAACAAAAAATCTAAAAATAAAGCCGATAAATCATCAGTATGTTTCTAAGCTTTAATATTCAATTGCATATAGTATCTTAATACCCCATGTTGTGTTGAACGAATGTATGCTTATGCTCTGGAAATGCCAATGTAGGGGCGGAAGCGTGTTAAAACTGGAGGAAAGCTGCAAGCGCCAAAGAAAGCAAGGAAGAAAGCTCAAGGTTCTAAAACTAAAAATACAAAGAGCAAGAAATGA

mRNA sequence

ATGAGCAGTTCGAGAGAGCAATCTCCAGATTGGATGCGATCTTTCCAAGCACCAACTGGTGTTGCCCTATCCTCTAATTCTGAATCTTCAAAGAATGGTAGCTCATCAATGGACAATGCAATTGATCAAAAGGATCCATCTTCACATAAAACCACACAAGTTTTAGATGGAGATCAGGTTCAAGGGGATAGTGGCAACCCTAATCTGGCAAAGGAAGTGAAACTTGAGGAACATACAGGCCATGAAAATTCAAGGCACTCAGTTTGGATGTTATCATCGGATTCAGAGTCATGTCCTGATAAGAGTTTTATAAAGGAGGATTATAGTCATCATGAAGAATTATCTGAACTTACGACATCTCAATTCCAAGGTAGAGGGAAGGATGAAAATGCAGGTCGCAAATTCATCGATGGAAAATCTAAATCAAGGAAAGTATCAAATAAAAAGTCTCCAAAAAAACAAGTGAAATCATGCACTTCGACCAAAGAGAAGATGGTCAATTCAGATACAAATAAAGGCCTTATTTTGGAAGGTTCTGAATGCTGCGTAAAAAATGGTGGCGATGTGGAGATTATAGAAAAAGATGCATTGGATGACTGCAATGGGCCTCCTGCACTTGTTGAGTGTGAAGGAAATTCAATAGAGCTGAGTGGCGACATGGGTGCTGTAGGACGAATTGTTGTTTCTGATTCCTCATCTGCAAAAAATGAACTTTGCCTAGATTTGAAAGGTACAATTTATAGAGCGGCAGTAGTTTCTTCAAGGACATTTTGCATCATAGAATCTATCATGAATGACTTCATACAGTTGAAGGCACTGTCGAAAGTTGATGAGGCTGAAACTATGGTTGAAGGAACATTGGATGGCTTCTCATTTGATTCTGAAGATGAGGCTGAGAAAATAACTAAAGTCGCTTCTTCGCCAACTCACCAAAATGAGACTGTAGAAGGGCTCAACAAAAAATCTAAAAATAAAGCCGATAAATCATCAGGGCGGAAGCGTGTTAAAACTGGAGGAAAGCTGCAAGCGCCAAAGAAAGCAAGGAAGAAAGCTCAAGGTTCTAAAACTAAAAATACAAAGAGCAAGAAATGA

Coding sequence (CDS)

ATGAGCAGTTCGAGAGAGCAATCTCCAGATTGGATGCGATCTTTCCAAGCACCAACTGGTGTTGCCCTATCCTCTAATTCTGAATCTTCAAAGAATGGTAGCTCATCAATGGACAATGCAATTGATCAAAAGGATCCATCTTCACATAAAACCACACAAGTTTTAGATGGAGATCAGGTTCAAGGGGATAGTGGCAACCCTAATCTGGCAAAGGAAGTGAAACTTGAGGAACATACAGGCCATGAAAATTCAAGGCACTCAGTTTGGATGTTATCATCGGATTCAGAGTCATGTCCTGATAAGAGTTTTATAAAGGAGGATTATAGTCATCATGAAGAATTATCTGAACTTACGACATCTCAATTCCAAGGTAGAGGGAAGGATGAAAATGCAGGTCGCAAATTCATCGATGGAAAATCTAAATCAAGGAAAGTATCAAATAAAAAGTCTCCAAAAAAACAAGTGAAATCATGCACTTCGACCAAAGAGAAGATGGTCAATTCAGATACAAATAAAGGCCTTATTTTGGAAGGTTCTGAATGCTGCGTAAAAAATGGTGGCGATGTGGAGATTATAGAAAAAGATGCATTGGATGACTGCAATGGGCCTCCTGCACTTGTTGAGTGTGAAGGAAATTCAATAGAGCTGAGTGGCGACATGGGTGCTGTAGGACGAATTGTTGTTTCTGATTCCTCATCTGCAAAAAATGAACTTTGCCTAGATTTGAAAGGTACAATTTATAGAGCGGCAGTAGTTTCTTCAAGGACATTTTGCATCATAGAATCTATCATGAATGACTTCATACAGTTGAAGGCACTGTCGAAAGTTGATGAGGCTGAAACTATGGTTGAAGGAACATTGGATGGCTTCTCATTTGATTCTGAAGATGAGGCTGAGAAAATAACTAAAGTCGCTTCTTCGCCAACTCACCAAAATGAGACTGTAGAAGGGCTCAACAAAAAATCTAAAAATAAAGCCGATAAATCATCAGGGCGGAAGCGTGTTAAAACTGGAGGAAAGCTGCAAGCGCCAAAGAAAGCAAGGAAGAAAGCTCAAGGTTCTAAAACTAAAAATACAAAGAGCAAGAAATGA

Protein sequence

MSSSREQSPDWMRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQVQGDSGNPNLAKEVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTSQFQGRGKDENAGRKFIDGKSKSRKVSNKKSPKKQVKSCTSTKEKMVNSDTNKGLILEGSECCVKNGGDVEIIEKDALDDCNGPPALVECEGNSIELSGDMGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCIIESIMNDFIQLKALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQNETVEGLNKKSKNKADKSSGRKRVKTGGKLQAPKKARKKAQGSKTKNTKSKK

Homology

[Close]

BLAST of Tan0019185 vs. ExPASy Swiss-Prot
Match: Q9FLU1 (DNA-binding protein BIN4 OS=Arabidopsis thaliana OX=3702 GN=BIN4 PE=1 SV=2)

HSP 1 Score: 132.9 bits (333), Expect = 7.4e-30
Identity = 151/459 (32.90%), Postives = 223/459 (48.58%), Query Frame = 0


Query: 2   SSSREQSPDWMRSFQAP---TGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGD 61
           SSSRE SPDW+RS++AP   + ++LSS+ + S    S + +++   D        VL+ +
Sbjct: 3   SSSREGSPDWLRSYEAPMTTSLLSLSSSDDDSPYRESEVISSLPLPDDDGDDIV-VLETE 62

Query: 62  QVQ----GDSGNPNLAKEVKLEE-----------------HTGHEN----------SRH- 121
            V+     +S    + K+V +E+                   G EN          S+H 
Sbjct: 63  SVELLTRKNSETKVVTKQVSIEQVFSRKKKADASLNLEDSCAGKENGNNVDCEKLSSKHK 122

Query: 122 -------SVWMLSSDSE-SCP-----------DKSFIKEDYSH-------HEELSELTTS 181
                  SVW++SSDSE S P           D  F+ E            +E S  T S
Sbjct: 123 DAQGGADSVWLVSSDSEPSSPIKQEVTVSTEKDADFVLEATEEEPAVKTVRKEKSPKTKS 182

Query: 182 QFQGR-GKDENAGRKFIDGKSK------SRKVSNKKSPKKQVKSC--------------- 241
           +   +  K+ N+ ++ +  + K      + +V+ +KSPK + KS                
Sbjct: 183 KSSRKTPKEGNSAQEILKTEDKDTDTTIAEQVTPEKSPKTKSKSSRKTPKEENCAQEILK 242

Query: 242 TSTKEKMVNSDTNKGLILEGSECCVKNGGDVEIIEKDALDDCNGPPALVECEGNSIELSG 301
           T  K+K  ++DT     +   +    + G    +     +  N    LVECEG+SI+LSG
Sbjct: 243 TEDKDKDTDTDTIIAEEVTTDQKIKPSSGSSSRLPLVLSEKVNRTKVLVECEGDSIDLSG 302

Query: 302 DMGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQ 361
           DMGAVGR+VVSD++    ++ LDLKGTIY++ ++ SRTFC+         IE+IMNDFIQ
Sbjct: 303 DMGAVGRVVVSDTT---GDMYLDLKGTIYKSTIIPSRTFCVVNVGQTEAKIEAIMNDFIQ 362

Query: 362 LKALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQN-----ETVEGLNKKSKN 364
           L   S V EAETMVEGTL+GF+F+S+DE+ K  K A  P  Q+     ET      K+K 
Sbjct: 363 LIPQSNVYEAETMVEGTLEGFTFESDDESNKNAKTAVKPADQSVGTEEETNTKAKPKAKA 422

[Close]

BLAST of Tan0019185 vs. NCBI nr
Match: XP_038894663.1 (DNA-binding protein BIN4 isoform X2 [Benincasa hispida])

HSP 1 Score: 543.9 bits (1400), Expect = 1.1e-150
Identity = 310/393 (78.88%), Postives = 331/393 (84.22%), Query Frame = 0


Query: 1   MSSSREQSPDWMRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQV 60
           M SSREQSPDWMRSFQAP GVALSSNSESSKN SSSMDNA+DQK PSS+KTTQ LDGDQ+
Sbjct: 1   MGSSREQSPDWMRSFQAPAGVALSSNSESSKNDSSSMDNAVDQKGPSSNKTTQDLDGDQI 60

Query: 61  QGDSGNPNLAKEVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTS 120
           QGD GN NLAKEVK EEHT HENS+HSVWMLSSDSESCPD +FIKE+YSHHEELSE  TS
Sbjct: 61  QGDCGNHNLAKEVKPEEHTDHENSKHSVWMLSSDSESCPDNNFIKENYSHHEELSECATS 120

Query: 121 QFQGRGKDENAGRKFIDGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILE 180
           QFQGRG+DENAG +F +GKSKS KVSNKKSPKKQVKS  CTS KEK++NS+TNK GL+LE
Sbjct: 121 QFQGRGRDENAGLRFTEGKSKSSKVSNKKSPKKQVKSQVCTSVKEKIINSETNKGGLMLE 180

Query: 181 GSECCVKNGGDVEIIEKDALDDCNGPP------------------ALVECEGNSIELSGD 240
           GSE  V+NG DV+IIEKDALD CNGPP                  ALVECEG SI+LSGD
Sbjct: 181 GSEYYVRNGEDVDIIEKDALDGCNGPPVSSSRLPLVLSDKVHRLKALVECEGTSIDLSGD 240

Query: 241 MGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQL 300
           MGAVGR+VVSDSSS KNELCLDLKGTIYRAA+V SRTFCI         IESIMNDFIQL
Sbjct: 241 MGAVGRVVVSDSSS-KNELCLDLKGTIYRAAIVPSRTFCIVNFGQSEAKIESIMNDFIQL 300

Query: 301 KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQNETVEGLNKKSKNKADKSS 360
           KALSKVDEAETM+EGTLDGFSFDSEDEAEKI KV SSPT QNE VEGLN KSKNK +KSS
Sbjct: 301 KALSKVDEAETMIEGTLDGFSFDSEDEAEKIPKVTSSPTDQNEPVEGLNTKSKNKPEKSS 360

Query: 361 GRKRVKTGGKLQAPKKARKKAQGSKTKNTKSKK 364
           GRKRVK GGKLQAPKK RKK QGSKTK+TKSKK
Sbjct: 361 GRKRVKIGGKLQAPKKTRKKVQGSKTKSTKSKK 392

[Close]

BLAST of Tan0019185 vs. NCBI nr
Match: XP_038894608.1 (DNA-binding protein BIN4 isoform X1 [Benincasa hispida] >XP_038894616.1 DNA-binding protein BIN4 isoform X1 [Benincasa hispida] >XP_038894623.1 DNA-binding protein BIN4 isoform X1 [Benincasa hispida] >XP_038894633.1 DNA-binding protein BIN4 isoform X1 [Benincasa hispida] >XP_038894639.1 DNA-binding protein BIN4 isoform X1 [Benincasa hispida] >XP_038894649.1 DNA-binding protein BIN4 isoform X1 [Benincasa hispida] >XP_038894657.1 DNA-binding protein BIN4 isoform X1 [Benincasa hispida])

HSP 1 Score: 537.7 bits (1384), Expect = 7.6e-149
Identity = 310/409 (75.79%), Postives = 331/409 (80.93%), Query Frame = 0


Query: 1   MSSSREQSPDWMRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQV 60
           M SSREQSPDWMRSFQAP GVALSSNSESSKN SSSMDNA+DQK PSS+KTTQ LDGDQ+
Sbjct: 1   MGSSREQSPDWMRSFQAPAGVALSSNSESSKNDSSSMDNAVDQKGPSSNKTTQDLDGDQI 60

Query: 61  QGDSGNPNLAKEVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTS 120
           QGD GN NLAKEVK EEHT HENS+HSVWMLSSDSESCPD +FIKE+YSHHEELSE  TS
Sbjct: 61  QGDCGNHNLAKEVKPEEHTDHENSKHSVWMLSSDSESCPDNNFIKENYSHHEELSECATS 120

Query: 121 QFQGRGKDENAGRKFIDGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILE 180
           QFQGRG+DENAG +F +GKSKS KVSNKKSPKKQVKS  CTS KEK++NS+TNK GL+LE
Sbjct: 121 QFQGRGRDENAGLRFTEGKSKSSKVSNKKSPKKQVKSQVCTSVKEKIINSETNKGGLMLE 180

Query: 181 GSECCVKNGGDVEIIEKDALDDCNGPP------------------ALVECEGNSIELSGD 240
           GSE  V+NG DV+IIEKDALD CNGPP                  ALVECEG SI+LSGD
Sbjct: 181 GSEYYVRNGEDVDIIEKDALDGCNGPPVSSSRLPLVLSDKVHRLKALVECEGTSIDLSGD 240

Query: 241 MGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI-------------------- 300
           MGAVGR+VVSDSSS KNELCLDLKGTIYRAA+V SRTFCI                    
Sbjct: 241 MGAVGRVVVSDSSS-KNELCLDLKGTIYRAAIVPSRTFCIVNFGQSEAKVALLFNYYIFY 300

Query: 301 -----IESIMNDFIQLKALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQNET 360
                IESIMNDFIQLKALSKVDEAETM+EGTLDGFSFDSEDEAEKI KV SSPT QNE 
Sbjct: 301 NNDNVIESIMNDFIQLKALSKVDEAETMIEGTLDGFSFDSEDEAEKIPKVTSSPTDQNEP 360

Query: 361 VEGLNKKSKNKADKSSGRKRVKTGGKLQAPKKARKKAQGSKTKNTKSKK 364
           VEGLN KSKNK +KSSGRKRVK GGKLQAPKK RKK QGSKTK+TKSKK
Sbjct: 361 VEGLNTKSKNKPEKSSGRKRVKIGGKLQAPKKTRKKVQGSKTKSTKSKK 408

[Close]

BLAST of Tan0019185 vs. NCBI nr
Match: XP_008460815.1 (PREDICTED: DNA-binding protein BIN4 isoform X2 [Cucumis melo])

HSP 1 Score: 531.9 bits (1369), Expect = 4.2e-147
Identity = 305/393 (77.61%), Postives = 328/393 (83.46%), Query Frame = 0


Query: 1   MSSSREQSPDWMRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQV 60
           MSSSREQSPDWMRSFQAPTGVALSSNS SSKNGSSSMDNAIDQ+DPSSHKTTQ LDGDQ+
Sbjct: 1   MSSSREQSPDWMRSFQAPTGVALSSNSGSSKNGSSSMDNAIDQRDPSSHKTTQDLDGDQI 60

Query: 61  QGDSGNPNLAKEVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTS 120
           QGD GN NLAKE KL+  TGHENS HSVWMLSSDSESC D +FIKED +HHEELSEL TS
Sbjct: 61  QGDCGNHNLAKEGKLDRRTGHENSEHSVWMLSSDSESCSDNNFIKEDCNHHEELSELATS 120

Query: 121 QFQGRGKDENAGRKFIDGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILE 180
           + QGR KDENAGR+F +GKSKSRKVS + SPKK++KS  CTS KEK++NSDTNK GL LE
Sbjct: 121 EIQGRRKDENAGRRFTEGKSKSRKVSKEMSPKKKIKSQVCTSAKEKIINSDTNKGGLTLE 180

Query: 181 GSECCVKNGGDVEIIEKDALDDCNGPP------------------ALVECEGNSIELSGD 240
           GSE  V+N G+ EI+EKDALDDC  PP                  ALVECEG SI+LSGD
Sbjct: 181 GSEGFVRN-GEEEILEKDALDDCIVPPVSSSRLPLVLSDKVHRLKALVECEGTSIDLSGD 240

Query: 241 MGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQL 300
           MGAVGR+VVSDSSSAKNELCLDLKGT+YRA +V SRTFCI         IESIMNDFIQL
Sbjct: 241 MGAVGRVVVSDSSSAKNELCLDLKGTLYRAVIVPSRTFCIVSFGQSEAKIESIMNDFIQL 300

Query: 301 KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQNETVEGLNKKSKNKADKSS 360
           KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSP  QNE VEGLN KSKNKA+KSS
Sbjct: 301 KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPADQNEPVEGLNTKSKNKAEKSS 360

Query: 361 GRKRVKTGGKLQAPKKARKKAQGSKTKNTKSKK 364
           GRKRVK+GG+LQAPKK RKK QGSKTKN KSKK
Sbjct: 361 GRKRVKSGGRLQAPKKTRKKVQGSKTKNAKSKK 392

[Close]

BLAST of Tan0019185 vs. NCBI nr
Match: XP_004147326.1 (DNA-binding protein BIN4 isoform X1 [Cucumis sativus] >XP_011649447.1 DNA-binding protein BIN4 isoform X1 [Cucumis sativus] >KGN62298.2 hypothetical protein Csa_016942 [Cucumis sativus])

HSP 1 Score: 531.2 bits (1367), Expect = 7.1e-147
Identity = 305/393 (77.61%), Postives = 330/393 (83.97%), Query Frame = 0


Query: 1   MSSSREQSPDWMRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQV 60
           MSSSREQSPDWMRSFQAPTGVALSSNS SSKNGSSSMDNAIDQ+DPSSHKTTQ LDGDQ+
Sbjct: 1   MSSSREQSPDWMRSFQAPTGVALSSNSGSSKNGSSSMDNAIDQRDPSSHKTTQDLDGDQI 60

Query: 61  QGDSGNPNLAKEVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTS 120
           QGD GN NLAKEVKL+ HTGHENS+HSVWMLS DSESC D +FIKEDYS+HEEL+EL TS
Sbjct: 61  QGDCGNHNLAKEVKLDRHTGHENSKHSVWMLSLDSESCSDNNFIKEDYSYHEELAELATS 120

Query: 121 QFQGRGKDENAGRKFIDGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILE 180
           + QGR KDENAGR+F +GKSKSRKVSN+ SPKK+VKS  CTS KE ++NS TNK G  +E
Sbjct: 121 EIQGRRKDENAGRRFTEGKSKSRKVSNEMSPKKKVKSEVCTSAKENIMNSGTNKGGSTME 180

Query: 181 GSECCVKNGGDVEIIEKDALDDCNGPP------------------ALVECEGNSIELSGD 240
           GSE  V+N GDVEI+EKDALDDC GPP                  ALVECEG SI+LSGD
Sbjct: 181 GSEGHVRN-GDVEILEKDALDDCIGPPVSSSRLPLVLSDKAHRLKALVECEGTSIDLSGD 240

Query: 241 MGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQL 300
           MGAVGR+VVSDSSSAKNELCLDLKGT+YRA +V SRTFCI         IESIMNDFIQL
Sbjct: 241 MGAVGRVVVSDSSSAKNELCLDLKGTLYRAVIVPSRTFCIVSFGQSEAKIESIMNDFIQL 300

Query: 301 KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQNETVEGLNKKSKNKADKSS 360
           KALSKVDEAETMVEGTLDGFSFDSED+AEKITK A+SP  QNE VEGLN KSKNKA+KSS
Sbjct: 301 KALSKVDEAETMVEGTLDGFSFDSEDDAEKITK-AASPADQNEPVEGLNTKSKNKAEKSS 360

Query: 361 GRKRVKTGGKLQAPKKARKKAQGSKTKNTKSKK 364
           GRKRVKTGG+LQAPKK RKK QGSKTKN KSKK
Sbjct: 361 GRKRVKTGGRLQAPKKTRKKVQGSKTKNAKSKK 391

[Close]

BLAST of Tan0019185 vs. NCBI nr
Match: XP_022140827.1 (DNA-binding protein BIN4 isoform X1 [Momordica charantia])

HSP 1 Score: 526.9 bits (1356), Expect = 1.3e-145
Identity = 301/393 (76.59%), Postives = 323/393 (82.19%), Query Frame = 0


Query: 1   MSSSREQSPDWMRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQV 60
           MSSSREQSPDWMRSFQ PTGVALSSNSESS N SS MDNAIDQKD SSHKTTQ LDGDQ+
Sbjct: 1   MSSSREQSPDWMRSFQVPTGVALSSNSESSNNVSSFMDNAIDQKDLSSHKTTQDLDGDQI 60

Query: 61  QGDSGNPNLAKEVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTS 120
           QGD G+ NL KE+KLEEH GH +S+HSVWMLSSDSE C D S IKEDYSHHEEL E  TS
Sbjct: 61  QGDRGHHNLVKEMKLEEHAGHGDSKHSVWMLSSDSELCSDNSLIKEDYSHHEELFESKTS 120

Query: 121 QFQGRGKDENAGRKFIDGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILE 180
           QF GR KDEN  R+F DGKSKSRKVS+KKSPKK+VKS   T TKEK++N  TNK G +LE
Sbjct: 121 QFLGRRKDENTDREFTDGKSKSRKVSDKKSPKKEVKSQVRTLTKEKIINFHTNKEGFVLE 180

Query: 181 GSECCVKNGGDVEIIEKDALDDCNGPP------------------ALVECEGNSIELSGD 240
           GSECCV+NGGDVEII KDALDDCNGPP                  ALVECEG SI+LSGD
Sbjct: 181 GSECCVRNGGDVEIIGKDALDDCNGPPVSSSRLPLVLSDKVHRLKALVECEGTSIDLSGD 240

Query: 241 MGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCII---------ESIMNDFIQL 300
           +GAVGR+VVSDSS AKNELCLDLKGTIYRAA+V SRTFCI+         E IMNDFIQL
Sbjct: 241 VGAVGRVVVSDSSFAKNELCLDLKGTIYRAAIVPSRTFCIVSFGQSEAKMECIMNDFIQL 300

Query: 301 KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQNETVEGLNKKSKNKADKSS 360
           KA S +DEAETMVEGTLDGFSFDSEDEAEKITKV+SSPT QNE VEGL+KKSKNKA+KSS
Sbjct: 301 KAESNIDEAETMVEGTLDGFSFDSEDEAEKITKVSSSPTDQNEAVEGLSKKSKNKAEKSS 360

Query: 361 GRKRVKTGGKLQAPKKARKKAQGSKTKNTKSKK 364
           GRKRV+TGGKLQAPKKARKK QG KTKN KSKK
Sbjct: 361 GRKRVRTGGKLQAPKKARKKVQGFKTKNGKSKK 393

[Close]

BLAST of Tan0019185 vs. ExPASy TrEMBL
Match: A0A1S3CDA8 (DNA-binding protein BIN4 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103499580 PE=4 SV=1)

HSP 1 Score: 531.9 bits (1369), Expect = 2.0e-147
Identity = 305/393 (77.61%), Postives = 328/393 (83.46%), Query Frame = 0


Query: 1   MSSSREQSPDWMRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQV 60
           MSSSREQSPDWMRSFQAPTGVALSSNS SSKNGSSSMDNAIDQ+DPSSHKTTQ LDGDQ+
Sbjct: 1   MSSSREQSPDWMRSFQAPTGVALSSNSGSSKNGSSSMDNAIDQRDPSSHKTTQDLDGDQI 60

Query: 61  QGDSGNPNLAKEVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTS 120
           QGD GN NLAKE KL+  TGHENS HSVWMLSSDSESC D +FIKED +HHEELSEL TS
Sbjct: 61  QGDCGNHNLAKEGKLDRRTGHENSEHSVWMLSSDSESCSDNNFIKEDCNHHEELSELATS 120

Query: 121 QFQGRGKDENAGRKFIDGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILE 180
           + QGR KDENAGR+F +GKSKSRKVS + SPKK++KS  CTS KEK++NSDTNK GL LE
Sbjct: 121 EIQGRRKDENAGRRFTEGKSKSRKVSKEMSPKKKIKSQVCTSAKEKIINSDTNKGGLTLE 180

Query: 181 GSECCVKNGGDVEIIEKDALDDCNGPP------------------ALVECEGNSIELSGD 240
           GSE  V+N G+ EI+EKDALDDC  PP                  ALVECEG SI+LSGD
Sbjct: 181 GSEGFVRN-GEEEILEKDALDDCIVPPVSSSRLPLVLSDKVHRLKALVECEGTSIDLSGD 240

Query: 241 MGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQL 300
           MGAVGR+VVSDSSSAKNELCLDLKGT+YRA +V SRTFCI         IESIMNDFIQL
Sbjct: 241 MGAVGRVVVSDSSSAKNELCLDLKGTLYRAVIVPSRTFCIVSFGQSEAKIESIMNDFIQL 300

Query: 301 KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQNETVEGLNKKSKNKADKSS 360
           KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSP  QNE VEGLN KSKNKA+KSS
Sbjct: 301 KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPADQNEPVEGLNTKSKNKAEKSS 360

Query: 361 GRKRVKTGGKLQAPKKARKKAQGSKTKNTKSKK 364
           GRKRVK+GG+LQAPKK RKK QGSKTKN KSKK
Sbjct: 361 GRKRVKSGGRLQAPKKTRKKVQGSKTKNAKSKK 392

[Close]

BLAST of Tan0019185 vs. ExPASy TrEMBL
Match: A0A6J1CI66 (DNA-binding protein BIN4 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111011402 PE=4 SV=1)

HSP 1 Score: 526.9 bits (1356), Expect = 6.5e-146
Identity = 301/393 (76.59%), Postives = 323/393 (82.19%), Query Frame = 0


Query: 1   MSSSREQSPDWMRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQV 60
           MSSSREQSPDWMRSFQ PTGVALSSNSESS N SS MDNAIDQKD SSHKTTQ LDGDQ+
Sbjct: 1   MSSSREQSPDWMRSFQVPTGVALSSNSESSNNVSSFMDNAIDQKDLSSHKTTQDLDGDQI 60

Query: 61  QGDSGNPNLAKEVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTS 120
           QGD G+ NL KE+KLEEH GH +S+HSVWMLSSDSE C D S IKEDYSHHEEL E  TS
Sbjct: 61  QGDRGHHNLVKEMKLEEHAGHGDSKHSVWMLSSDSELCSDNSLIKEDYSHHEELFESKTS 120

Query: 121 QFQGRGKDENAGRKFIDGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILE 180
           QF GR KDEN  R+F DGKSKSRKVS+KKSPKK+VKS   T TKEK++N  TNK G +LE
Sbjct: 121 QFLGRRKDENTDREFTDGKSKSRKVSDKKSPKKEVKSQVRTLTKEKIINFHTNKEGFVLE 180

Query: 181 GSECCVKNGGDVEIIEKDALDDCNGPP------------------ALVECEGNSIELSGD 240
           GSECCV+NGGDVEII KDALDDCNGPP                  ALVECEG SI+LSGD
Sbjct: 181 GSECCVRNGGDVEIIGKDALDDCNGPPVSSSRLPLVLSDKVHRLKALVECEGTSIDLSGD 240

Query: 241 MGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCII---------ESIMNDFIQL 300
           +GAVGR+VVSDSS AKNELCLDLKGTIYRAA+V SRTFCI+         E IMNDFIQL
Sbjct: 241 VGAVGRVVVSDSSFAKNELCLDLKGTIYRAAIVPSRTFCIVSFGQSEAKMECIMNDFIQL 300

Query: 301 KALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQNETVEGLNKKSKNKADKSS 360
           KA S +DEAETMVEGTLDGFSFDSEDEAEKITKV+SSPT QNE VEGL+KKSKNKA+KSS
Sbjct: 301 KAESNIDEAETMVEGTLDGFSFDSEDEAEKITKVSSSPTDQNEAVEGLSKKSKNKAEKSS 360

Query: 361 GRKRVKTGGKLQAPKKARKKAQGSKTKNTKSKK 364
           GRKRV+TGGKLQAPKKARKK QG KTKN KSKK
Sbjct: 361 GRKRVRTGGKLQAPKKARKKVQGFKTKNGKSKK 393

[Close]

BLAST of Tan0019185 vs. ExPASy TrEMBL
Match: A0A1S3CDB0 (DNA-binding protein BIN4 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103499580 PE=4 SV=1)

HSP 1 Score: 521.9 bits (1343), Expect = 2.1e-144
Identity = 305/408 (74.75%), Postives = 328/408 (80.39%), Query Frame = 0


Query: 1   MSSSREQSPDWMRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQV 60
           MSSSREQSPDWMRSFQAPTGVALSSNS SSKNGSSSMDNAIDQ+DPSSHKTTQ LDGDQ+
Sbjct: 1   MSSSREQSPDWMRSFQAPTGVALSSNSGSSKNGSSSMDNAIDQRDPSSHKTTQDLDGDQI 60

Query: 61  QGDSGNPNLAKEVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTS 120
           QGD GN NLAKE KL+  TGHENS HSVWMLSSDSESC D +FIKED +HHEELSEL TS
Sbjct: 61  QGDCGNHNLAKEGKLDRRTGHENSEHSVWMLSSDSESCSDNNFIKEDCNHHEELSELATS 120

Query: 121 QFQGRGKDENAGRKFIDGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILE 180
           + QGR KDENAGR+F +GKSKSRKVS + SPKK++KS  CTS KEK++NSDTNK GL LE
Sbjct: 121 EIQGRRKDENAGRRFTEGKSKSRKVSKEMSPKKKIKSQVCTSAKEKIINSDTNKGGLTLE 180

Query: 181 GSECCVKNGGDVEIIEKDALDDCNGPP------------------ALVECEGNSIELSGD 240
           GSE  V+N G+ EI+EKDALDDC  PP                  ALVECEG SI+LSGD
Sbjct: 181 GSEGFVRN-GEEEILEKDALDDCIVPPVSSSRLPLVLSDKVHRLKALVECEGTSIDLSGD 240

Query: 241 MGAVGRIVVSDSSSAKNELCLDLK---------------GTIYRAAVVSSRTFCI----- 300
           MGAVGR+VVSDSSSAKNELCLDLK               GT+YRA +V SRTFCI     
Sbjct: 241 MGAVGRVVVSDSSSAKNELCLDLKGKFHPNMLCFGSKRSGTLYRAVIVPSRTFCIVSFGQ 300

Query: 301 ----IESIMNDFIQLKALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQNETV 360
               IESIMNDFIQLKALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSP  QNE V
Sbjct: 301 SEAKIESIMNDFIQLKALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPADQNEPV 360

Query: 361 EGLNKKSKNKADKSSGRKRVKTGGKLQAPKKARKKAQGSKTKNTKSKK 364
           EGLN KSKNKA+KSSGRKRVK+GG+LQAPKK RKK QGSKTKN KSKK
Sbjct: 361 EGLNTKSKNKAEKSSGRKRVKSGGRLQAPKKTRKKVQGSKTKNAKSKK 407

[Close]

BLAST of Tan0019185 vs. ExPASy TrEMBL
Match: A0A5D3BS94 (DNA-binding protein BIN4 isoform X2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold680G00060 PE=4 SV=1)

HSP 1 Score: 500.4 bits (1287), Expect = 6.5e-138
Identity = 289/377 (76.66%), Postives = 312/377 (82.76%), Query Frame = 0


Query: 17  APTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQVQGDSGNPNLAKEVKLE 76
           APTGVALSSNS SSKNGSSSMDNAIDQ+DPSSHKTTQ LDGDQ+QGD GN NLAKE KL+
Sbjct: 2   APTGVALSSNSGSSKNGSSSMDNAIDQRDPSSHKTTQDLDGDQIQGDCGNHNLAKEGKLD 61

Query: 77  EHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTSQFQGRGKDENAGRKFI 136
             TGHENS HSVWMLSSDSESC D +FIKED +HHEELSEL TS+ QGR KDENAGR+F 
Sbjct: 62  RRTGHENSEHSVWMLSSDSESCSDNNFIKEDCNHHEELSELATSEIQGRRKDENAGRRFT 121

Query: 137 DGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILEGSECCVKNGGDVEIIE 196
           +GKSKSRKVS + SPKK++KS  CTS KEK++NSDTNK GL LEGSE  V+N G+ EI+E
Sbjct: 122 EGKSKSRKVSKEMSPKKKIKSQVCTSAKEKIINSDTNKGGLTLEGSEGFVRN-GEEEILE 181

Query: 197 KDALDDCNGPP------------------ALVECEGNSIELSGDMGAVGRIVVSDSSSAK 256
           KDALDDC  PP                  ALVECEG SI+LSGDMGAVGR+VVSDSSSAK
Sbjct: 182 KDALDDCIVPPVSSSRLPLVLSDKVHRLKALVECEGTSIDLSGDMGAVGRVVVSDSSSAK 241

Query: 257 NELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQLKALSKVDEAETMVEGT 316
           NELCLDLKGT+YRA +V SRTFCI         IESIMNDFIQLKALSKVDEAETMVEGT
Sbjct: 242 NELCLDLKGTLYRAVIVPSRTFCIVSFGQSEAKIESIMNDFIQLKALSKVDEAETMVEGT 301

Query: 317 LDGFSFDSEDEAEKITKVASSPTHQNETVEGLNKKSKNKADKSSGRKRVKTGGKLQAPKK 364
           LDGFSFDSEDEAEKITKVASSP  QNE VEGLN KSKNKA+KSSGRKRVK+GG+LQAPKK
Sbjct: 302 LDGFSFDSEDEAEKITKVASSPADQNEPVEGLNTKSKNKAEKSSGRKRVKSGGRLQAPKK 361

[Close]

BLAST of Tan0019185 vs. ExPASy TrEMBL
Match: A0A0A0LJZ5 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G338790 PE=4 SV=1)

HSP 1 Score: 497.3 bits (1279), Expect = 5.5e-137
Identity = 285/372 (76.61%), Postives = 310/372 (83.33%), Query Frame = 0


Query: 12  MRSFQAPTGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGDQVQGDSGNPNLAK 71
           MRSFQAPTGVALSSNS SSKNGSSSMDNAIDQ+DPSSHKTTQ LDGDQ+QGD GN NLAK
Sbjct: 1   MRSFQAPTGVALSSNSGSSKNGSSSMDNAIDQRDPSSHKTTQDLDGDQIQGDCGNHNLAK 60

Query: 72  EVKLEEHTGHENSRHSVWMLSSDSESCPDKSFIKEDYSHHEELSELTTSQFQGRGKDENA 131
           EVKL+ HTGHENS+HSVWMLS DSESC D +FIKEDYS+HEEL+EL TS+ QGR KDENA
Sbjct: 61  EVKLDRHTGHENSKHSVWMLSLDSESCSDNNFIKEDYSYHEELAELATSEIQGRRKDENA 120

Query: 132 GRKFIDGKSKSRKVSNKKSPKKQVKS--CTSTKEKMVNSDTNK-GLILEGSECCVKNGGD 191
           GR+F +GKSKSRKVSN+ SPKK+VKS  CTS KE ++NS TNK G  +EGSE  V+N GD
Sbjct: 121 GRRFTEGKSKSRKVSNEMSPKKKVKSEVCTSAKENIMNSGTNKGGSTMEGSEGHVRN-GD 180

Query: 192 VEIIEKDALDDCNGPP------------------ALVECEGNSIELSGDMGAVGRIVVSD 251
           VEI+EKDALDDC GPP                  ALVECEG SI+LSGDMGAVGR+VVSD
Sbjct: 181 VEILEKDALDDCIGPPVSSSRLPLVLSDKAHRLKALVECEGTSIDLSGDMGAVGRVVVSD 240

Query: 252 SSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQLKALSKVDEAET 311
           SSSAKNELCLDLKGT+YRA +V SRTFCI         IESIMNDFIQLKALSKVDEAET
Sbjct: 241 SSSAKNELCLDLKGTLYRAVIVPSRTFCIVSFGQSEAKIESIMNDFIQLKALSKVDEAET 300

Query: 312 MVEGTLDGFSFDSEDEAEKITKVASSPTHQNETVEGLNKKSKNKADKSSGRKRVKTGGKL 354
           MVEGTLDGFSFDSED+AEKITK A+SP  QNE VEGLN KSKNKA+KSSGRKRVKTGG+L
Sbjct: 301 MVEGTLDGFSFDSEDDAEKITK-AASPADQNEPVEGLNTKSKNKAEKSSGRKRVKTGGRL 360

[Close]

BLAST of Tan0019185 vs. TAIR 10
Match: AT5G24630.3 (double-stranded DNA binding )

HSP 1 Score: 135.2 bits (339), Expect = 1.1e-31
Identity = 146/454 (32.16%), Postives = 219/454 (48.24%), Query Frame = 0


Query: 2   SSSREQSPDWMRSFQAP---TGVALSSNSESSKNGSSSMDNA------------------ 61
           SSSRE SPDW+RS++AP   + ++LSS+ + S    S + ++                  
Sbjct: 3   SSSREGSPDWLRSYEAPMTTSLLSLSSSDDDSPYRESEVISSLPLPDDDGDDIVVLETES 62

Query: 62  ---IDQKDPSSHKTTQVLDGDQV-------------QGDSGNPNLAKEVKLEEHTGHENS 121
              + +K+  +   T+ +  +QV             +G     N+  E    +H   +  
Sbjct: 63  VELLTRKNSETKVVTKQVSIEQVFSRKKKADASLNLEGKENGNNVDCEKLSSKHKDAQGG 122

Query: 122 RHSVWMLSSDSE-SCP-----------DKSFIKEDYSH-------HEELSELTTSQFQGR 181
             SVW++SSDSE S P           D  F+ E            +E S  T S+   +
Sbjct: 123 ADSVWLVSSDSEPSSPIKQEVTVSTEKDADFVLEATEEEPAVKTVRKEKSPKTKSKSSRK 182

Query: 182 -GKDENAGRKFIDGKSK------SRKVSNKKSPKKQVKSC---------------TSTKE 241
             K+ N+ ++ +  + K      + +V+ +KSPK + KS                T  K+
Sbjct: 183 TPKEGNSAQEILKTEDKDTDTTIAEQVTPEKSPKTKSKSSRKTPKEENCAQEILKTEDKD 242

Query: 242 KMVNSDTNKGLILEGSECCVKNGGDVEIIEKDALDDCNGPPALVECEGNSIELSGDMGAV 301
           K  ++DT     +   +    + G    +     +  N    LVECEG+SI+LSGDMGAV
Sbjct: 243 KDTDTDTIIAEEVTTDQKIKPSSGSSSRLPLVLSEKVNRTKVLVECEGDSIDLSGDMGAV 302

Query: 302 GRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQLKALS 361
           GR+VVSD++    ++ LDLKGTIY++ ++ SRTFC+         IE+IMNDFIQL   S
Sbjct: 303 GRVVVSDTT---GDMYLDLKGTIYKSTIIPSRTFCVVNVGQTEAKIEAIMNDFIQLIPQS 362

Query: 362 KVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQN-----ETVEGLNKKSKNKADKS 364
            V EAETMVEGTL+GF+F+S+DE+ K  K A  P  Q+     ET      K+K K +  
Sbjct: 363 NVYEAETMVEGTLEGFTFESDDESNKNAKTAVKPADQSVGTEEETNTKAKPKAKAKGETV 422

[Close]

BLAST of Tan0019185 vs. TAIR 10
Match: AT5G24630.4 (double-stranded DNA binding )

HSP 1 Score: 135.2 bits (339), Expect = 1.1e-31
Identity = 146/454 (32.16%), Postives = 219/454 (48.24%), Query Frame = 0


Query: 2   SSSREQSPDWMRSFQAP---TGVALSSNSESSKNGSSSMDNA------------------ 61
           SSSRE SPDW+RS++AP   + ++LSS+ + S    S + ++                  
Sbjct: 3   SSSREGSPDWLRSYEAPMTTSLLSLSSSDDDSPYRESEVISSLPLPDDDGDDIVVLETES 62

Query: 62  ---IDQKDPSSHKTTQVLDGDQV-------------QGDSGNPNLAKEVKLEEHTGHENS 121
              + +K+  +   T+ +  +QV             +G     N+  E    +H   +  
Sbjct: 63  VELLTRKNSETKVVTKQVSIEQVFSRKKKADASLNLEGKENGNNVDCEKLSSKHKDAQGG 122

Query: 122 RHSVWMLSSDSE-SCP-----------DKSFIKEDYSH-------HEELSELTTSQFQGR 181
             SVW++SSDSE S P           D  F+ E            +E S  T S+   +
Sbjct: 123 ADSVWLVSSDSEPSSPIKQEVTVSTEKDADFVLEATEEEPAVKTVRKEKSPKTKSKSSRK 182

Query: 182 -GKDENAGRKFIDGKSK------SRKVSNKKSPKKQVKSC---------------TSTKE 241
             K+ N+ ++ +  + K      + +V+ +KSPK + KS                T  K+
Sbjct: 183 TPKEGNSAQEILKTEDKDTDTTIAEQVTPEKSPKTKSKSSRKTPKEENCAQEILKTEDKD 242

Query: 242 KMVNSDTNKGLILEGSECCVKNGGDVEIIEKDALDDCNGPPALVECEGNSIELSGDMGAV 301
           K  ++DT     +   +    + G    +     +  N    LVECEG+SI+LSGDMGAV
Sbjct: 243 KDTDTDTIIAEEVTTDQKIKPSSGSSSRLPLVLSEKVNRTKVLVECEGDSIDLSGDMGAV 302

Query: 302 GRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQLKALS 361
           GR+VVSD++    ++ LDLKGTIY++ ++ SRTFC+         IE+IMNDFIQL   S
Sbjct: 303 GRVVVSDTT---GDMYLDLKGTIYKSTIIPSRTFCVVNVGQTEAKIEAIMNDFIQLIPQS 362

Query: 362 KVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQN-----ETVEGLNKKSKNKADKS 364
            V EAETMVEGTL+GF+F+S+DE+ K  K A  P  Q+     ET      K+K K +  
Sbjct: 363 NVYEAETMVEGTLEGFTFESDDESNKNAKTAVKPADQSVGTEEETNTKAKPKAKAKGETV 422

[Close]

BLAST of Tan0019185 vs. TAIR 10
Match: AT5G24630.5 (double-stranded DNA binding )

HSP 1 Score: 135.2 bits (339), Expect = 1.1e-31
Identity = 146/450 (32.44%), Postives = 219/450 (48.67%), Query Frame = 0


Query: 2   SSSREQSPDWMRSFQAP---TGVALSSNSESSKNGSSSMDNA------------------ 61
           SSSRE SPDW+RS++AP   + ++LSS+ + S    S + ++                  
Sbjct: 3   SSSREGSPDWLRSYEAPMTTSLLSLSSSDDDSPYRESEVISSLPLPDDDGDDIVVLETES 62

Query: 62  ---IDQKDPSSHKTTQVLDGDQV-------------QGDSGNPNLAKEVKLEEHTGHENS 121
              + +K+  +   T+ +  +QV             +G     N+  E    +H   +  
Sbjct: 63  VELLTRKNSETKVVTKQVSIEQVFSRKKKADASLNLEGKENGNNVDCEKLSSKHKDAQGG 122

Query: 122 RHSVWMLSSDSE-SCP-----------DKSFIKEDYSH-------HEELSELTTSQFQGR 181
             SVW++SSDSE S P           D  F+ E            +E S  T S+   +
Sbjct: 123 ADSVWLVSSDSEPSSPIKQEVTVSTEKDADFVLEATEEEPAVKTVRKEKSPKTKSKSSRK 182

Query: 182 -GKDENAGRKFIDGKSK------SRKVSNKKSPKKQVKSCTST-------KEKMVNSDTN 241
             K+ N+ ++ +  + K      + +V+ +KSPK + KS   T       +E +   DT+
Sbjct: 183 TPKEGNSAQEILKTEDKDTDTTIAEQVTPEKSPKTKSKSSRKTPKEENCAQEILKTEDTD 242

Query: 242 KGLIL----EGSECCVKNGGDVEIIEKDALDDCNGPPALVECEGNSIELSGDMGAVGRIV 301
              I+       +    + G    +     +  N    LVECEG+SI+LSGDMGAVGR+V
Sbjct: 243 TDTIIAEEVTTDQKIKPSSGSSSRLPLVLSEKVNRTKVLVECEGDSIDLSGDMGAVGRVV 302

Query: 302 VSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQLKALSKVDE 361
           VSD++    ++ LDLKGTIY++ ++ SRTFC+         IE+IMNDFIQL   S V E
Sbjct: 303 VSDTT---GDMYLDLKGTIYKSTIIPSRTFCVVNVGQTEAKIEAIMNDFIQLIPQSNVYE 362

Query: 362 AETMVEGTLDGFSFDSEDEAEKITKVASSPTHQN-----ETVEGLNKKSKNKADKSSGRK 364
           AETMVEGTL+GF+F+S+DE+ K  K A  P  Q+     ET      K+K K +   G+K
Sbjct: 363 AETMVEGTLEGFTFESDDESNKNAKTAVKPADQSVGTEEETNTKAKPKAKAKGETVIGKK 422

[Close]

BLAST of Tan0019185 vs. TAIR 10
Match: AT5G24630.1 (double-stranded DNA binding )

HSP 1 Score: 133.7 bits (335), Expect = 3.1e-31
Identity = 151/456 (33.11%), Postives = 223/456 (48.90%), Query Frame = 0


Query: 2   SSSREQSPDWMRSFQAP---TGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGD 61
           SSSRE SPDW+RS++AP   + ++LSS+ + S    S + +++   D        VL+ +
Sbjct: 3   SSSREGSPDWLRSYEAPMTTSLLSLSSSDDDSPYRESEVISSLPLPDDDGDDIV-VLETE 62

Query: 62  QVQ----GDSGNPNLAKEVKLEE-------------HTGHEN----------SRH----- 121
            V+     +S    + K+V +E+               G EN          S+H     
Sbjct: 63  SVELLTRKNSETKVVTKQVSIEQVFSRKKKADASLNLEGKENGNNVDCEKLSSKHKDAQQ 122

Query: 122 ----SVWMLSSDSE-SCP-----------DKSFIKEDYSH-------HEELSELTTSQFQ 181
               SVW++SSDSE S P           D  F+ E            +E S  T S+  
Sbjct: 123 GGADSVWLVSSDSEPSSPIKQEVTVSTEKDADFVLEATEEEPAVKTVRKEKSPKTKSKSS 182

Query: 182 GR-GKDENAGRKFIDGKSK------SRKVSNKKSPKKQVKSC---------------TST 241
            +  K+ N+ ++ +  + K      + +V+ +KSPK + KS                T  
Sbjct: 183 RKTPKEGNSAQEILKTEDKDTDTTIAEQVTPEKSPKTKSKSSRKTPKEENCAQEILKTED 242

Query: 242 KEKMVNSDTNKGLILEGSECCVKNGGDVEIIEKDALDDCNGPPALVECEGNSIELSGDMG 301
           K+K  ++DT     +   +    + G    +     +  N    LVECEG+SI+LSGDMG
Sbjct: 243 KDKDTDTDTIIAEEVTTDQKIKPSSGSSSRLPLVLSEKVNRTKVLVECEGDSIDLSGDMG 302

Query: 302 AVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQLKA 361
           AVGR+VVSD++    ++ LDLKGTIY++ ++ SRTFC+         IE+IMNDFIQL  
Sbjct: 303 AVGRVVVSDTT---GDMYLDLKGTIYKSTIIPSRTFCVVNVGQTEAKIEAIMNDFIQLIP 362

Query: 362 LSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQN-----ETVEGLNKKSKNKAD 364
            S V EAETMVEGTL+GF+F+S+DE+ K  K A  P  Q+     ET      K+K K +
Sbjct: 363 QSNVYEAETMVEGTLEGFTFESDDESNKNAKTAVKPADQSVGTEEETNTKAKPKAKAKGE 422

[Close]

BLAST of Tan0019185 vs. TAIR 10
Match: AT5G24630.6 (double-stranded DNA binding )

HSP 1 Score: 132.9 bits (333), Expect = 5.2e-31
Identity = 151/459 (32.90%), Postives = 223/459 (48.58%), Query Frame = 0


Query: 2   SSSREQSPDWMRSFQAP---TGVALSSNSESSKNGSSSMDNAIDQKDPSSHKTTQVLDGD 61
           SSSRE SPDW+RS++AP   + ++LSS+ + S    S + +++   D        VL+ +
Sbjct: 3   SSSREGSPDWLRSYEAPMTTSLLSLSSSDDDSPYRESEVISSLPLPDDDGDDIV-VLETE 62

Query: 62  QVQ----GDSGNPNLAKEVKLEE-----------------HTGHEN----------SRH- 121
            V+     +S    + K+V +E+                   G EN          S+H 
Sbjct: 63  SVELLTRKNSETKVVTKQVSIEQVFSRKKKADASLNLEDSCAGKENGNNVDCEKLSSKHK 122

Query: 122 -------SVWMLSSDSE-SCP-----------DKSFIKEDYSH-------HEELSELTTS 181
                  SVW++SSDSE S P           D  F+ E            +E S  T S
Sbjct: 123 DAQGGADSVWLVSSDSEPSSPIKQEVTVSTEKDADFVLEATEEEPAVKTVRKEKSPKTKS 182

Query: 182 QFQGR-GKDENAGRKFIDGKSK------SRKVSNKKSPKKQVKSC--------------- 241
           +   +  K+ N+ ++ +  + K      + +V+ +KSPK + KS                
Sbjct: 183 KSSRKTPKEGNSAQEILKTEDKDTDTTIAEQVTPEKSPKTKSKSSRKTPKEENCAQEILK 242

Query: 242 TSTKEKMVNSDTNKGLILEGSECCVKNGGDVEIIEKDALDDCNGPPALVECEGNSIELSG 301
           T  K+K  ++DT     +   +    + G    +     +  N    LVECEG+SI+LSG
Sbjct: 243 TEDKDKDTDTDTIIAEEVTTDQKIKPSSGSSSRLPLVLSEKVNRTKVLVECEGDSIDLSG 302

Query: 302 DMGAVGRIVVSDSSSAKNELCLDLKGTIYRAAVVSSRTFCI---------IESIMNDFIQ 361
           DMGAVGR+VVSD++    ++ LDLKGTIY++ ++ SRTFC+         IE+IMNDFIQ
Sbjct: 303 DMGAVGRVVVSDTT---GDMYLDLKGTIYKSTIIPSRTFCVVNVGQTEAKIEAIMNDFIQ 362

Query: 362 LKALSKVDEAETMVEGTLDGFSFDSEDEAEKITKVASSPTHQN-----ETVEGLNKKSKN 364
           L   S V EAETMVEGTL+GF+F+S+DE+ K  K A  P  Q+     ET      K+K 
Sbjct: 363 LIPQSNVYEAETMVEGTLEGFTFESDDESNKNAKTAVKPADQSVGTEEETNTKAKPKAKA 422

The following BLAST results are available for this feature:

BLAST of Tan0019185 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9FLU1	7.4e-30	32.90	DNA-binding protein BIN4 OS=Arabidopsis thaliana OX=3702 GN=BIN4 PE=1 SV=2	[more]

BLAST of Tan0019185 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038894663.1	1.1e-150	78.88	DNA-binding protein BIN4 isoform X2 [Benincasa hispida]	[more]
XP_038894608.1	7.6e-149	75.79	DNA-binding protein BIN4 isoform X1 [Benincasa hispida] >XP_038894616.1 DNA-bind...	[more]
XP_008460815.1	4.2e-147	77.61	PREDICTED: DNA-binding protein BIN4 isoform X2 [Cucumis melo]	[more]
XP_004147326.1	7.1e-147	77.61	DNA-binding protein BIN4 isoform X1 [Cucumis sativus] >XP_011649447.1 DNA-bindin...	[more]
XP_022140827.1	1.3e-145	76.59	DNA-binding protein BIN4 isoform X1 [Momordica charantia]	[more]

BLAST of Tan0019185 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3CDA8	2.0e-147	77.61	DNA-binding protein BIN4 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103499580 PE=4...	[more]
A0A6J1CI66	6.5e-146	76.59	DNA-binding protein BIN4 isoform X1 OS=Momordica charantia OX=3673 GN=LOC1110114...	[more]
A0A1S3CDB0	2.1e-144	74.75	DNA-binding protein BIN4 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103499580 PE=4...	[more]
A0A5D3BS94	6.5e-138	76.66	DNA-binding protein BIN4 isoform X2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5...	[more]
A0A0A0LJZ5	5.5e-137	76.61	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G338790 PE=4 SV=1	[more]

BLAST of Tan0019185 vs. TAIR 10


Match Name	E-value	Identity	Description
AT5G24630.3	1.1e-31	32.16	double-stranded DNA binding	[more]
AT5G24630.4	1.1e-31	32.16	double-stranded DNA binding	[more]
AT5G24630.5	1.1e-31	32.44	double-stranded DNA binding	[more]
AT5G24630.1	3.1e-31	33.11	double-stranded DNA binding	[more]
AT5G24630.6	5.2e-31	32.90	double-stranded DNA binding	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 338..363
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 114..163
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 70..84
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 52..66
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..97
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 298..363
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 127..144
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..42
IPR033246	DNA-binding protein BIN4	PANTHER	PTHR34810	DNA-BINDING PROTEIN BIN4	coord: 1..363

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Type
Tan0019185.1	Tan0019185.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0042023	DNA endoreduplication
cellular_component	GO:0009330	DNA topoisomerase type II (double strand cut, ATP-hydrolyzing) complex
molecular_function	GO:0003690	double-stranded DNA binding