Bhi07G000112 (gene) Wax gourd (B227) v1

Overview
NameBhi07G000112
Typegene
OrganismBenincasa hispida (Wax gourd (B227) v1)
DescriptionSEC12-like protein 2
Locationchr7: 6911800 .. 6940740 (+)
RNA-Seq ExpressionBhi07G000112
SyntenyBhi07G000112
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.
ATGGAAGCTCCCCAACCTTCAAATTCCCGCAAGTATGGCATCCCTTTCTATGCAGTCGCTTGGCTTCCTTCAACTTCTCTCAAATCCCAGCAGGAACCTCCAGAATCTGAAAATCATTCTGATCAATCCGCTGATGCTGACATTTCCGCCGACGACAACAAATCACTTCCATCCCACCCCGCCACCGCTGATAATTACTACGTAGCCGCCACTGGCGGTGGCGGAGAAGGTCGGAGTGGGATTTCCAATGCCCTCATACTCGCTCACTTCGATTTTGAATCCCGCTCCCTCTCTGACCAGCCTGTAAACTCTCTCTCTCTCTGTTCTTTGGTGATTGTTTCGCGTGTTTGAGTTTTTCTTTTCCGCTAAATGCTTGGCGTTGTTTATCATTTTGAATATGTTATTGAGTGAAGCAGAAATGGGGACGGGTTATGAATTCTTTCGATTGTTGATTCTCTTATTGACTCTTTGCTATATTAGTAGTCTTTAAATTTTCATGATTTCTTTTCACGTATATATAGAAGTTTGAATTGGGTGAAATTTTGAAAATCTAAGGTGTTGGATGCTTACATTGATTTTGCCACCTCAAATCTCCTTATGATTCGGCGGCGTAATTGTCCCTTACTGTCTTGCGGTTTTGGTGGTTGACCCGATGATTTTCCAGTACATTTTGATGTTTTTTTTTGTTTTCTTTAATCCGGGAAATGTGAACTTTATATTAGTGAAATGATGAAGTGTTGCAAAATATGAAGATAAGCTTCCCAGTGTTTCCCGAGAAGACGCCAAAGATACTCTCCAATTTGAAATTGGCCTTAGAGTACATCAAGCAGAAGTAACAGAACAAATAAGATCTTTGTTACATTTTATGATTTAACAAAAGCCTATACATCCTTGATCCTATTGAAAACTCTATTCCTCTCTAACATACGTTCCTATGAAGTACAAAGGAAGCATTAAAAGTATCTTGAATTTATATCCTAAAGGATGATCAAGGATCAATTGGGAGGTGTATGTTCAATTCACTATAGGAAACACCATGTGACTATTGAAATTGCTCAAGAGATCATACGACGTTACTTGAATAGGATATGTTCTATAGGTTGTACAATTGTGTTCTTGAGTTCTAAAGATTATACCAACATCATTTCTTTGCTAATATATAATTTATTTGACTTGGAGTGTAAACATCTACTATTCTATTTTCCCACTAAAGTACTTTATTTCATTGTTGATTTGCCTGTGGTTTGGTTGCTTATTTTCTATGCTTTTAGTATCTTTGTAATTTGAGCATTAATCTATGTTCAATAGTTCAATGAAAAATTCTGTTTTCGTCTCAGAGAATATAGAAGAAAATATAGAATAAAATATATTATTGCTAGAAATTGTGCTTTATTTATGGGCCCTTTATTTTAAATGTACATTTTGTTATAGGTTTTCATTTATTAAATTGTTATTTCTGACCTGCCAGTGTCATTTTGCCTGTGTGAAAATCTTTGCAACTTCAAACTTTTTCCCTCTATCTTGAAGCTGACGTTAACAATCTTCCAACAAGATAAAGCGGACAAGTCATTCAGGCGAACGATTTTCACTAAGAACACATTCAATAATCTGCTTTCTCTATCACTTGCTGATACCTTTCATAGAGAGAATAACATGCAAAAATACCTAATCAACAATGCTATATGCTTTCTCAAGATCTAAATTAAAGACAATTCCTTTGTGTTTTCCTTCTATTCTTCAACTCATGCATACCTTCTTTTGCAAATGAATGGAATAGACAATATGCTTATTGGCTATTACCATCAAATCCAGCATGCTTAGCTAAAATCATGGAGGTTTTGGATTAGTGTCATCAGGGCTATTACTTCCAAGGATCGGTTTTATTTAACTTGGTAGAAACAGTTTGATTTAGTGAAGATTAAATCTTCTCATTGGTGTTCTCCATCTCCTTTATTTGCAAATTACTCTTTTAGTGATATTTGTATGAATTTTCCTTGTTATTTAGTGGGAGGGTCTCTCTTTTCCCATGTTCTTAGGTTATTTCTCTTTTCTTTTTTTTTATTTTTAATTTGTCAGGGTTCTTATAATAAAAGTGATATTTGTACGAACGGGGGATGGGGGCTTTCATTTCCCTTCGTTAGTTTGTTTGTTATTTTCACTCTCAATGGTAGCTCATATGCATGAACATTTTTTAAGTATATTTTTTGCTATTCTGTAAATCTCTTGTTATCATTTTGCTTTTTTTCCCTTAAAAGTATTCTTTTATATCAACAAAAGTTTCGGGCTAAAAAAATGCTCTCCCCTCTCTCCTCCTTTTTTCCCTTCCCCCGCCTCCCCCCTTTCGACCACCCCACTGGAGCTCACCATGCCCTCCCTAGCCTTCCTTCCCTCTGACCGCCTCTCCTACCCCTCTCCCTCTGCCCCCCTTCCGGCTCTTTCACTTCCCCCGATCTCCTTTCTTGCCCTGTTTCTTGCCCTGTTTCTAGCCCTGTCTTTTAACCCTTGCTGCTTCGAGTAAAAGTGAGCATTTTGTGTAAAGACCTTTCGACTCCTTGATAGGAGTGCTTTCCGGTCATGGAGATTAAAAACTGCAACATATTCGGTCATTTCTTTTGTATGTGGCAAGAGGGTCCAGGATTCATAGTGGAAGATTTGAAAAAAGGACAGTCCTTGTTCCTCTCTTTAGCAGCAGCCAATTGGCTAAAAGAAAGCTTCAGAAGAATTTTGTTTGCCTCAACGGTTGAGTTCTTTTTGTTAAAAGAAAGAGTAGATGAGAGTTTCATACGTCTAGCCAAATTCAGAGTCAAAGACAATTGGTTTGTAGAATGTGCAGTGTGGCCTACCACAAGGGGAAGAAAGAATATTCATGTTCCTTATGGGGTTGGATGTTCAGGCTGGCTAGAGTTCAAGGAAATGATTGATGCCAGCATCCATATCTTCAAAGATAATTCAGCTCAGCAAGCTCCTCAAGTGAAGAGTTTCTCAGAAGCAGTGAAAGGTAGGTTCTATCAACCATATCTAAAGCCTTCAAAGTTTAAGTCTATTGCATTTCAAAAATCCTGTAGTCAAGGTCAATTAAATCAAGGAAAGGGTTCTTATTGGATTCAAAAAGATCATGAAGTTCTCAAAGAAGATTTCAATAGTTTATGGCTCATCTCAAGGCTTTTAGTCTTCAATGATTGGAAGGATATCTCGAAGGTATTGAGTGAGGCCTTTAAAACCAGTGTCACTATCAATCCTCTGTTTGCAGATAAAGCTTTAATCAAAGTCAACAATGGTGATTTGGCCACTTTGATATCAAATCCAGGCAAATGACAGTTGTTTGGTTCTTTTCACTTGCTATTCGAAAAGCGGAATCCCAAAATGCATGGAAGAGCCTCTGTGATGAAAGGTTTTGGTGATTGGATTTCAATCAAGAATCTTCCACTAGATTTTTGGGGAAGAAAGACCTTTGAAGCCATAGGTGCTTACTTTGGGGGTTTGGAATCAATTGCCTCAGAAACTCTTAACCTAACTAATTGTTTGGAAGCCAAAATTCAAGTTAGAAGAAACCTATGTGGATTTATGCCTGCCACAATCGAAATAAAGGATGTAATTCGTGGGAATTTTTTTCTAAATTTTGGAGATGTCGAATGTTTAGAAGTTCCTTCTAAGGCACGGGGGAATTTATTATTTAAGGACTTCTCTAATCCTATTGACCTTGTTAGGTTAAATGATGTAATTAAAGATGAAGGAGTTAATTTCAAATTGGATATTTCGGAATGGAATTTCCTTGTCTCTTCACATTCCAAACCCACCTTTTCAAGGAACCCGAATCCGGTCCAAGAACCCCGGCAAAGAGCTGAAATTTACACAGAGGAAGTCGAAAAGTCTCATTCTCCCCTTGCAAGGAGTTTATTTACAAAGAATCCAACCACCCCTGCCTCCTTTACTGTTGAGGAAGTTGTCTAGCCCCCTACAAGTGAAGAGTTTAGTGTGAAAGAAGTCGAAGAGTCACTGCACTTTAATGAAAAAGTTGAAAAGGTGCCTAGAGCCTTTAAGAAGAGAGAAAAGGGTGCCTTTAATGGGGTATCCAGCCCCTTGGCTAAGGAATCTGAACAGTCACCTATTCAAAAAAATGAAAAGTCAATGGGAATTAAAGTTAATTTTATTTCGAAGCAATCAATAGTGATTTTCTCAAGCAACAAATTTACCCCTTCGTCTTCCAAGACTGCTGCTCTGCTCCCCTGTTCCAGTCCGGATAAGTCTCCCTCCTCTGTTTTCACTAAAAATCCAGCTCCTCTGCTTCAGCCGGCCTTCGAGCTAGCCTCAAAAGTCTCTGCCCCCTCCTCGGCACTCCTCCTCCCTCCCTGTAGTAAACAAGCGCCAAAGGCAAGCAAAACAAGGGCTAAACGTCAGCACAAATTCAAGCATCCCCCTACCTTTTTAAATCATTCCCTAATCATTTCATCAGAAGAAAGTTAGCCAAGGACTCATCCAAGAAACCAAGCTTTAAAGCCAAATCAGTGGCAATTCACAACCCGGATTTATTAGAAGCCCAATGCACCCAAATTCAAGGACAACCTCAATGCTCCAGGTCGGGCTCCCCTTCTCCTCTCCCTACTCTCTTTGAACACTCTGTTTTTTCATTACCTAATACAGAGCATACATTCTTGAGAGGTTCCACAACCCATCCGGGGGAGTTCCCAGCAGATAAAGGGGAGGTCCTTATTGATTCTCCTTTCAGTATGAGTAGTGAAGAAGAGGTTTGGGCAAGATCAGTTGGTTTTTTACAAGAAAAAAGTAAAGAGGACCCTATAGTTCAAGATTTGAACCCCTGTTTTAGATAGAGGATGACACTTTTTCAGAGGCTGTTGGTTCAATTTTTTCCAGCCATTCCTTGTGATCTTCCAGCTCATTTAACCTTAATTGTCAAGGATTGTCATCTCATCCTTGATTAATGTTTAAAAGTTGAGGCTACAATCCTTCCTTTAAATCTGAATCATGAGAATTGTGTCGTGGAATACTAGAGGCCTGAAAGATGTTAATACAAGGTTAGCTCTCAAGCGTTTTCTAAAGAAAATTAATCCTACAGTAGTTCTAATTCAAGAGTCAAAAAAAGATAGCTTTGAAGGGAGTTTCATCAAAAGCTTGTGGAGTTCTAAAGATATAGGCTGGGAATTTGTGGAATCTTATGGTTATTCAGGTGGATTATTGACTCTATGGGATAAGAATTTGATCTCGGTTGTTGAAACTTTGAAGGGGGGTATTCGTTATCAGTAAAATGCATCACTGCTTGCAATAAGACTTGCTGGATCACTAATGTCTATGGACCAAATGATTACAAAGAGAGAAAATTCATGTGGCCAGAACTTTTATCTCTTTCTTTTTATTGTGTAGAAGCATGGTGTATCGGGGGAGATTTTAATATCACAAGATGGGCACATGAAAGATATTCGTTGGGCAAAAGCACTAAAGGAATGAGGAAGTTTAACAACTTTATAGACCAAGCCAATCTTTTGGAGATACGGTTGGGAAATGGCAGCTTCACTTGGTCTAGGGAAGGTGTTTCAGCTTCAAGATCTCTTTTAGATCGATTTTTCATCACCAAAACGTGGGACGAGTTGTTTGAGAACTCTAGAGCCAATAGACAAGTAAGATCCTTCTCGGATCACTTTCCAATTTTGCTAGAAGCGGGGTCGTTCAGCTGGGGTCCTTCGCCTTTTAGAGTTTGTAACAGCTGGTTGTTTAATAAAGAGTGCATCAAAATCATCGAATCAGCTTGGTCTAGTAGAAACATTCAAGGGTGGGTTGGTTTTGTCCTTAATCAGACATTGAAATGTGTAAAGGCAGCAGTAAAGGATTGGTACTCTAAATTTCAGGAGGATCAAAGAAGCAAAGAAGAGGGGCTGTTAAAAGAAATTGAAAAACGGGATGCTCTTGCTGATTGCTCTATCCTTGATAATAGTGAATTGGCACTTAGATCCACTTTAAAGTCAGATTTAATGTCTCTTTACAGATTGGAGGAAATTAATTTAATTCAAAAAAGTAAGTTGAATTAGTTGAAGTTGGGAGATGAGAACACAAGCTTTTTCCATAAGTATTTAGTTGCAAAGAAGAGAAGAAATTTCATTGCTGAATTAATAGATGATCAAGGGGTGCCAACAACTTCTTTTCAAGAGATTGAACATCTAATCCTGAATTTTTACAGCAACATCTTCCTGAAGTCTCCGGGTTTAAGGCATCTTCCATTGAACCTTGATTGGTCTTGTATCAATGCTACTCAAAACATAAGCTTACAAGCCAAGTTCTCTCTTGAAGAAATCAAGGCTGCTGTAAGGAAACTAGGAAAATGTAAAGCACCAGGACCCGATGGTTTCACTCTGAAATTTTGGCACTTGATCAAGGATAATCTGCATTCCACCTTTGAAGATTTTTATAAGAATGGTAAGCTAAATGCGTGCATAAAGGAAAACTTCATTTGTCTTATTCAAAAGAAGAAAATAGCAGTCAAAGTAAGTGATTTCAGGCCAATTAGCTTAACTACAGTGATATATAAGGTTGTTGCAAAGGTGCTGGCTGAAAGATTAAAATTAGTAATCCCTAGCATTATAGCCTCTTCCCAAAGTGCCTTTATTGAAGTAAGGCAAAATGACGTTGTAGAAGAGTATAGAGTGAAAAAGAAGAAAGGATGGATCCTCAAACTTGATTTGGAGAAGGCCTTTGACAGTGTGGATTGGGATTTCCTAGAAAGGTGTTGAGAAGCAAAAACTTTGATAAAAAATGGATTGACTGGATTCTGGGCTGTGTTAAAAATCCAATGTTTTCTGTGTTCATCAACGGAAAACCAAGGGGAAGAGTGGCTGCCACTAGAGGCATTAGGCAAGGTGATCCCCTCTAACCTTTCCTTTTCCTTCTAGTAAGTGAAGTTTTAAGTGCTTTGGTGATTAAGATCATTCAAGCTGGTCTATATGAAGGTTTTGTGGTTGGCAAAGATAAAATCCAGATCTCCATCCTTCAATTTGCAGATGATACGCTCTTGTTTTGTAAGTATGACAGCAGCATGCTTGCAAAACTAAAGCAAACGGTGGAGTTTTTTGAATGGTGCTCAGGGCTGAAGGTAAACTGGGATAAATCAGCCCTTTACGGCGTAAATGTGGATGAAAAAGAGTTGCTTTCAATGACTGCTGCATTAAATTGTAAGGCCGATCAGCTTCCAATCCTCTATCTTAGGCTGCCTCTAGGAGGGTGCCTGAAGAAGCTGTCTTTTTGGCAACCAGTTTTGGACAACTCCCAAGCCAAATTGGATAAATGGAAGCGTTTCAATCTTTCTAGAGGAGGCAGAGTCACATTATGCAAGTCAGTTCTATCCAACCTCCTAACACACTTCATGTCCATTTTTATATTGCCAGAAGGAGTTGCTTCGAAATGGGAGAGAATCACAAGAAATTTCTTTTGGGAAGGGCAAAATGGCACCAAGCTAAATCATTTGGTGAAGTGGGCTATGGTTCAAAAACCATTGACAGATGGAGGCCTCGGCCTTGGTGGATTCAAATTTATTAACCAAGCCCTACTTGCTAAATGGGGCTGGAGGTTCTTCAAAGAAGAAGGCTCATTTTGGGGGCAAGTTATCAGAAGCATCCATGACATAGATTCTTTCAATTGGCACACTGCAGGTAAAGGGGGTAGAAGTCTGAGAAGCCCTTGGATTAGTATTTCTAAATCTTGGCTAGAAGTTGAATTGTTGGCCACTCTTAAGATTGGAAATGGTAGAAGAATTGCTTTTTGGCTGGACTCTTGGGTGGGAGCAACTCCTTTCCGTTCCTTATTCCCAAATCTCTTTCGAATATCTTTGTTACCAAACGGTTCGATTGCTGACCATTAGGACACTAGTTTGGCAGCTTGGTCAATCACCTTTTGCCGATTGCTTAAAGATGATGAAATCACCTCCTTTCAAGATTTGCTTGGGGTCATTGCAACAAGGAAAGTTTCGGAATTTGTTGATAGCAAGGTATGGTCTATCTCAGCCTCGGGACTCTTTACGGTCAACTCACTTAGAACACACCTTTCCCACTCCTCCCCAATGGATAAATCTCTATTCTCGGCCCTATGGAAGACTTGTAGCCCAAGAAGAATTAACATTCTTGTCTGGATAATGCTTAGTGGGTAGTTGAATGTAGCCTCGGTGTTGCAAAGTAAGATGGCCGCCAACAATATCTCTCCTTCAATATGCCCTTTGTGTCTAAATTGGTCAGAAGACTCCCTCCACCTTTTCTTTCATTGTTCCTATTCAGCTTGGTGTTGGAATAAGTTACTGTCCTTCTTCAACATCTCATGGGTTATGTGTAATGACTTTAAGGGCAACTTGCAGCAGCTGTTAGTTGGTATAAACCTTCACAAACCCAGCAATTTCTGGCTGATCTTTGGTTTGAAAGAAATCAGAGGGTGTTCCATGATAAGGTGCTTGGATGTCAAGATCGGTTCGAATCAGCCCGTCGGTTAGCTTCTTCTTGGTGTATCCTCTCCAAGCATTTTAATGCATACAGTTTATCAGAATTTAATCTCAATTGGAGGGTGTTTGCCTCCCTCCCAAGTGACAGGATTTAGTCTCTTCAGCATCCAGTGGTTTTCTTAGTTTTTTCAGAATGTTTATTTAATTATTAGCCCCGTTGTTTGTCCTTTTGGGAATGTAAAGAAGCTATGCTTCTGCTTTAAGCTAGTCTTAGATAATTATTGGTTATGATGAGGGCGCTAAGGGGGTGTCAACCTAGTTGAGATGCCCGGGTGCGCTAGCTGATCCGTTTTGGTTTTCGGTTGTTATTTAGCTCATTGTATAATCCTCTTGTACTTTGGGCTTTTGTTCGATATTCTCTTAAATTAATGAATTGTTTCCGTTTCAAAAAAATGTATTCTTTTATACTTTTTTATGTGCACTAATTAGTAATCTATCCTTCCAGGTTGCAAAATATGGAACTGGTTCTGATTTGCCTTACAGAATGGCTGTCCATCCAGCTGGAGATGGAATTATTTGTTCTTTGCCAAAAAGTTGCAGGTCCAGCCATTTCCTTTGTTTAACTTCACAGCAATCAATATGAACCGAACATAAGGATCATAGTTCTTTCTTGGATGAACTTTTGGGCAGTCTAAGTCTCAATATACTAATAACTGTTTTAGGCAGGCAGACATATTTATAGATATTTTTTAAATTTATAAGAAACGGATCTTTATATTCATCAAAAGGGCCAACGAAACATCCTACAGGGGCACGGAGTTGAGGAAACCCACTCACAAAACTGTTCGATATGTTATGACAAAAACTAAGAATGTTTCAAAAATTTGATATGTTATATCCATATTTGTCACGTTAAGGTCCTCCAATAGGTGCCATTTTCTGAAGGATGAAAATATGACAGGTTAAGTTGTCAATTAAGAAATAAGATTGGATTATAGTTCTTTCAGTCTTGAAATAAATCTTCCTGTTCATTCGTCTGTTCTCATTTTATAAATGAAAAGTATCTTTTTTTTTTCCTTCCAAAAAAGAAAAGAGTATTTAACTGTACGGTAGAGTCGTATCCTGTGGTTAATTTGATTGAGTCATCACCTGCTTTGGGGTTGTCAATTTGCAAGGTCTGTGTGGATATGCTTCTTGCAAGAGTTTGATATTCAGATTGCCAGCTAGAGGGACATCCGTGCGGATATGCTCCTCCATCCATCCGTCTTTTAGAAAGAAGGGCCCGTTTTTGTGGTTTGCGACAGTGTTGTGGGATATAGGGTGAGAGAAACAAGAGAGTGTTAAGAAGTTTGGAGGACCCTAGTGAAGTTTGGTTCTTAGTGAGGTTTCATGTTTCGCTTTGGGCTTCGGTTTCAAAACTTTCTTGTAATTATTATCTAGGTAATATATTACTTAGTTGGAAACCCTTTCTGTAGAAGGTTTGTATTTTTTATGTCTTTGTATTCTTTCATTCTTTCTCAATGAAAGTTGTTTCTATTTTTTTATTTTTTATTTTTTTAAATTGAGTCATCTATTATACCATGGTGTAACTTGAGAGGTGTTGATTTGTAATTAATATTCTGCTCTCTATTCAGCCTATTTAAAGTGGATACCAAGAAAGATGCTAGAGATGAGAAACTTGGACTAAAGCTCTCTCAGGAGGTGCTCAGCCAGTTAGAAGATGTTGGACAGCAGTTAGCGTTGACATTTAACAATGGGGGCTCTTTGCTTGCCACGGGTGGTGAGGTAGGAATTTTGAAGATTTGATTGCTCATTATTTTTTTTTTGGGGAAAGGAAAACAACTTTCTACACACACATAATTCAATATGAGATGGGTGAAGGCAAGATATTCTCCCAGACAAATAAAAGGAGCTTACAAATTGAATCATTACAAACTAGAATGTTAATAGCCAGTGCATTTCTCGACGTGCTCGCTGTTTGCAACTCTACACTTTCTTTATAATGTCATTTTCTCTCCAATTAATATTGATTTCCACTTATTAAACTTTCTATAAATTTCCAAGCCCACAAGTGATGGAGTGTTAAAATATTAATGTAATTAGAATTAATCTTTTGGGTTGAACAATAATTAAACACATTGTTTGTATATATTAAAATGCTGTATGATGTTTGATTATTATCGAGAAGTAGCTTGCATTATTATTTTCTGATTTGAATGCAGTACAGGATGGCAATTTAAGGGTCTTAAAGTGGCCTAGCTTGGACATCGTTCTCAATGAGCCCAGTGCCCATTCTACTGTGAAGGACTTGGATTTCAGGTCTGCAATGTTATAATTTATTTTTCTTGATAGCTTCTGCATTTGTTAGATAACATGATACGTGTATGTTGCTTGTTTATCCAAACTCCGTTGTGTAATGAAGTTATAGTGATAGCCGTCATTTTATTTTTTGCAGTCTTGATGACAAGTATCTTGTCTCCTTAGGTGGCCCTTGTAGAGTGTGGGATGTGACTACATCAACTTTAGTAACTTCTCTTCCAAAAGAAAACGTGAGCAAGTAGCTGTTTTATTATTTGAAGGTGTAATGATTTTAGTTGTATAATAGGCACTTGCATCTATGTTTGTAGAAGCTCTTTATACGTATATATATATAAAACAGAAAACTTCATTCAAGGCTGGAGCCATAAAAAACGTCCTAGAGGACAAAGGGATAAGTCATCCCTTGTCTAGAAGGAATGTTTGAAAAAGCTCTTTATATGCCCTTCGATACTTGGACCCGTGTGGTGTCATTGACCCACTGACATTTACTAAGTTTTTCATCTTTTTGATAGATTGTGTTTGGGGTGGGGTGGAGTGGCTGGGAGGGATTCTTTTTGGTCTTTTTCGGGCTTTCTTGTTGTTTGATCGCGTTGGGTTCTTTTGGACGCTTCCCTCTACTTTTTTCCTTTCACCTAGTTTTCTCTTATTTATTCATTCATTTATTTAAAAAAGCAAAATCTCCAGCTTTAAATTGAGTATTTCCTTGGGACGAATAAGATTTTGACCTTGACCAAGATCCTTCATAATGACTGAATGCATGGTAGAAGTGACAATTCTTTTTATGAATTACTCGTCTTGACCATGGCATCTGGTTACCCCAGTAATTCATGAGAGATAGAAGCATGGCCCACTTCTTATTTTTTTCCCTTTTTTTTACAAGTTACACCAAGAAACTTGTTATATATGTTTTCTTTCACTCATTGTTGAAAACATTACCACCATTCCATCCTGATGTCATCTCATCCCCTGACACCATGGCAATGTTTACAATTCATATTTCTATTTCTTCTTATTTAAAAACATGATTTGGTGCACATCTGATGTAGGGACATTCAGGGTATTTTGTGCATTTCTTGTAAAAAGGGTATTTTGGATATTTCTTGTAAAATGATAGATTGTATTCTCTTTTTAAATTCAGTTTTAATTTTAGAATAGGTGTGACAAAACTCTTCTCCTTTGGGTCTATTTAAAGGAGGTTAGGTTAGTTAGTTAATTAGGTGTGTACAAGCCCTTTCCCTTTGGGCCTATTTAAAGGGAACTTATCACTCATTTTAATCAATGAATAAAAACTTCAGCACCAAAATTCTTCCAAGATTTCTCCAAGACTCTTTAGTCTTCAACATTTGGTATCAGAGTGACCTCGTGAAGGGACCTCATGACGAGTAAAGGGCTCGGTAAACTCCTCACTCTTTTCCCCCTTTCTTCTAATGATGCGGAAGTATCTTTTTCCACTTCTCCTCAAACCACCAACCGAAGATTAGGCAATCTAGAAACTACCGTCAATGGCATCATGGATCATATGAGTGCTATGCAAAGTTCTATGGTGGGTTTGCAACAAGCAATTGAAAAGTTGACTTTGGACGTGGGAAGAGTGGTTGAAATCAACCAAGAACTCATCAAGAAGCACTAGCTGAACTCCAAGCTGGTGGAAACAATCAAGATCAGCTGCAATAAGTTCAACAAAGGCCTGAAAACCAGCATCAATTACTTCAAAGAAACCAAGATTTTCCTAGGAGCTCCAAGAATTCAAGAACCAACAAGAATGCATCAAAGATTTGAAGATAGAGAGTGGCTGCCAAATCCTGTTCATAATCATCATCTGCCGGTTTACCCAGCTTCTAGACCCGTGCCACCAAATTTGTTGGGGCTGGATTCTGATTCATCCGAGGATGAAGACTCGGCTAGTCCCCAACCACATTGCCAAGCAAGAATGATGCATCCACCTCATGGCAATAACCCACTTTTTCAACAACAAATTCCTTTTGCACAAGCATAGGGGTATGGAAATCAAGATTATTATCAAGATTGGCATGGACAACCAAATTAGAGTCAAGAAAATGACTTTAAAATGAAGATCGACATACCCACATATAATGGCAAGATGAATATTGAAATCTTTTTGGATTATGTGAAAAGCATGGAAAATTTCTTTGATTATATGGGAACCCCGGAACACAAGAAGATAAAACTTGTTTCTTTGAAACTTAAAAGTGGTGCATCGACGTGATGGGATCAAATTCAAGGCAATCGACGTTTGTATGGTAAAAGACCTATCACTAGTTGGCCAAAAATGTTGAAATTAATGATAAAAAAGGTTCTTGCCGGCTAATCATGAGAGACTCCTTTACAACCAATTTCACCATTGCAAGCAAGGAACTCGTACAATTGAAGACTATACGGAAGAATTTCATCGCCTAAGTGCTAGGAACAATTTGACTGAAAGTGATAGCCAACAAGTAGCTTGATTTGTCAATGGCTTGAGACAAGACATAAAGGAAAATTTACATTTACAGCCCCTATCTTTTTTGGCAGAAGCGGTATCCGTGGCATCTACAATCAAGGAAGATGAAGCATTAAAACAGAAACGATGGGCTGGCCGAAGAAGCAATTGGGATAGAAATTCAACAACCACCAAAAAATCCATGGCAGAAATTTTAAAAGGGCAGTCCAGTGAAGTACCTACTAAAAACAAGGGGAAAGAAGTTGAATCTAAGGGAAGTCCTACTTTTTCTTCTAGAAATAAAATAATCCTTATAATAGAACTAATCTTGGCAAATGCTTTAGGTGTGGTCAAACGGGACACCTTTCTAACTATTGTCCCCAAAGGAAGAACCTCACAATTCAAGAACATGAGGATGAAGAAGATGAGGACTACTCTAAGGAAGATATCAATGTGGCCCAACCGGATGAGGGAGGCATTCTTTCTTGTGTAATCCAAAAGGTAGGATGGATTAAAAAGGGGGGAGAGATTATTGTTAATGAACTTTGTACGGTTCTATTGTCAATTGGAACAAATTACAAAGATCAAATCATATGCGATGTCCTAGACATGGAAGCTTGTCATATTCTACTTGGAAGACCTTGGCAATACGATAATCATACCAAACATAATGGTAATGTCAACACATATGAGTTTGAATGGATGGGTAAAAAGGTGATCCTTGTACCTATTGATTTGAAAACTCCTATGAGCAAACATATCATCAAGGAGAAGCACAAGGCAAACTTATTTTCTATCATGCCTTATAAATAAGCTTGGTCAAATGCAAACACATTCAAACGAGCTTTATTTGTCCATGCCAAACCCGAGGCCTTATTACCAACCCCTATGGACAGCAAAGTGTAGAACCTTTTAGACAAGTTTCCCTCCATTACTAAAGTCTCAAGGTGCCTACCTCCACTCCGGGACATCCAACATAACATAGATTTCATCCCCGGATCTTCTTTACCTTACTTGCCCCACTATCGAATGAGCCCTAGTGAGTATCAAGCCCTCCAAGGCATTATCCAAGATCTTTTACATAAGAAACATATTCAACCTAGCCTCAGTCCTTGGGCTGTCCCAGCTCTTTTAGCTCCTAAAAAAGATGGTAGTTGGCGCTTATGCATAGATAGTCGTGCGGTCAATAAGATAACAATCAAATATAGATTTCTAATTCCAAGAATTTCGAACCTACTTGACCAATTAACTAGTGCAAAGGTATTTTCCAAGGTGGATCTACATAGTGGATACCACCAAATAAGAATTAGACCAGAGGATGAGTGGAAAACCGCGTTCAGAACTGACCAAGGACTATTTGAGTGGCTTGTAATGCCCTTTGGGTTGTCAAATGCACCTAGCACTTTTGTGAGACTTATGAACCAAATATTTTTACGTTGCATCAACAAATTTGTGACCATTTACTTTGATGACATCCTAATTTACAGCAAGACTATCAATGACCACCTTACACACTTCCAAGAAGTATTCTCTATCCTTGAATCTAATGCTCTATACATCAATCCTAAGAAATGTGTCTTCTTATGCAGCAACATCAAATTTCTTGGCTTCATTATTGGACAAGAAGGTGTCCAAGTGGATCCTCAAAAAATTGCAGCCATCAAAGAATGGCCAATACCTACATCGGTCAAAGAGGTGCAATCTTTCCTTGGTTTAGCATTATTTTACCGCAAATTTATTAAGAATTTTAGCTCCATAGCTGTCACTTTAACTCGTTGCCTAAAGAAAGGTAAATTTGCATGGTTTAAAGAGACTACGGATAGTTTTAATGCTTTAAAAGACAAATTAGCTAACCCATCGGTTTTAGCTCTCCTAGATTTTAGTAAAGTATTTGAAGTAGTTGTAGATGAAAGTTCTACTGGCATAGGGGCTGTCATCTCACAAGAATCCCATCCTTTAGAGTTTTTTAGTGAAAAGTTAAGTGAGGCTAGACAAAAGTGGTCCCACCTATGAACAAGAACTTTATGCATTGGTCAGAGCCCTCCATCAATAGGAACATTATCTTATAGGCAAGGAATATGTTTTAATAACTGATCATTATTCCTTAAAATTCCTTCATTCTCAGAAAAACATAAACCGAATGCATGCTAGATGGATTTATTTTATACAAAAAATCGATTTTATCATCAAACATACATCTGGAATCACTAACAAAGTGGTTGATGCCTTGAGTAGAAAGTCATCTCTCCTTACCATGCTTCAAAGTAAAATTATTGCCTTTGACCATCTATCAAATTGTCATGAGAATGACCCTGATTTCCATGATATTTGGCATAAATGTTTCTCTAACTCTCCTCCTAAGGACTACCACCTTTTGGATGTTTTTTTTTATTTTGTGGTAATAGGTTATACATCCCACAAGGATCTCTATGCGAGGCTATCATCATGGAAGGCCATTCGGGCGGCCTAGCAGCTCATTTAGGTCGTGACAAAACCTATGAAACCCTTGCCACACGATTTTTCTGGCCTCAGCTTCGCAAAGATGTCAACAATTTAGTAAAAAGGTGTTTTACTTGCCAAATCTCCAAAGGTCACACTCAAAACATCGGTTTGTATACTCCTTTTCCAATCCCTACTAACATTTGGAGGACTTATCGATGGATTTTATATTAAGGTTGCCAAGGACACAAAGGGGTTTGACTCTATATTTGTCGTTGTGGATAGGTTTAGCAAAATGGCTCATTTTACCTTGTAAAAAAACATATGATGCTTTGAACATTGCTAATCTTTTCTTTCGAGATATTGTCAGGCTTCATGGAATTCCAAAGACAATTGTGTCTGATAGAGATGTCAAATTTATGAGTTTTTTTTGGAAAAGTTTGTGGAAACGTTTTGGCACTAACCTCAAATTTAGCTCTTCAAGCCACCCACAAATGGACGGTCAAACAAAAGTTACAAACCGAACATTGGGTAATATGCTTCGATGTCTAAGTGGAAATCAACCAAAACAATGGGATACTAACCTTGCACAAGCTGAGTTTGCTTACAACAACATGCAGAATAAATCAATAGGGAAGTGTCCATTTGAGATTGTATACACTAAACCCCCTCGTTTGACTTTTGATCTTACGACTCTTCCTTCTAACGTAGATATTAGCGAAGAAGTTGAACAACTTGATGAACATATCCAAGAACTACATTCGGAAGTCATTGACCACCTAGAGAAAGCAACCTCCACATACAAAGCTCAAGCGGATAGTCATAAAAGACATGTTTCATTCAAGCCAGGAGACCTTGTAATGATATATCTTCGAAAGGACCGCTTGCCAAAAGGAGCATACAACAAACTTAATGACAAAAAGCTCGGACCATTTGCTGTCCTTGAGAAATACAGTGATAATGCTTACAAGATCGACCTCCCATCTTCATTCAACATAAGCAATACTTTCAGTGTTGCAGACATCTTCCCTTATCAAACCCTGGATGAGTTCAAGCTTTCAACTTCAAACTCGAGGACGAGTTTAATTCTAAGGGGTCCGAGTTGATGTAGGGATATTAAGGGTATTTTGAGCGTTTCTTGTAAAAAGGGTATTTTGGATATTTCTTGTAAAATGACAGATTGTATTCTCTTTTTAAATTCAGTTTTAATTTTAGAATAGGTGTGACAAAACTCCTCTCCTTTGAGTCTATTTAAAGGAGGTTAGGTTAGTTAGTTAATTAGGTGTGTACAAGCCCTTTCCCTTTGGGCCTATTTAAAAGGGAACTTATCACTCATTTTAATCAATGAATAAAAACTTTAGCTCCAAGATTCTTCCAAGATTTCTCGAAGACTCTTTAGTCTTCACCAACATCTCTGTAGACTTGACCGAGTAACTTCTAACCATTACCTATGGACTTTAGTTTTTGGAGACATTTCTTGGGGCGTTGCCTATTAGGTTTGAAAACTTGTGGTTACAGAATAGTTCCTTTTGTGATGTGGTAGACAGTTGGTGGGCTCAAAATCCTCGTCAGGGATGGCTGGGACATGGTTTATGATGGACTTAAGGGACTGAAATTTGTTCTTTGAAATTGGAACACACAGAGAGCTCTAGCATCTTTACTCCCTTCACTCATCTTGGAATTAAGGAATTTGGACAGCCTTGAAGACAGGTTTGCTCGACATTTGATCAAAAAATCGTGAGGTTTGAGGTTTCAGTTACGAGGAAAGATCAAAGATTTGACTGCGAAAGATTATACTTATTGGTGGGACAATGTAAGTTATAATGGTTTCAAGATTAAGAGGGAGACGGAAATACTACTTTCTTCCATCGGCTTTTGGCTGGCAGACTGTAAAATGGACTCGATTTGTGAAGTACTTTCTTGTGAGGGGCATATTTTACTTACATATCCACAAATGTTGAAAACGATTTCATTGCTTTTTATAAGGCCTTATTTACAAAGGCCAGTAGCCCACGTTTCTTTCCTACAAAATTAGATTGGTGTGATTAATTAGTCATAGTCTCTTTTCATTCTCTCAATGAAAAGTGGGGTATCCTTTCGAAAAATAATCGATGGGAGAATGTTCTACCTTTTCCTATTGCTGAAAACCAAATAGCCTTTATGGCTAATAGGCAAAATTTGGACGCTTCTTTAAATTGCAAATGAGGTGATGGATGATTTGACAATATTTTAGAAGAAAGGTGTGGTCCTTAAACTTGATTTGGAAAGAGCTATCGATGAAGTTGATTGGATTTTTTGGATGCAATTCTAAGGAAATAAGGTGAAGGACTTTGGTTTGTGGTTGTATCTTTAGTGTTAGTTACTCGACAATGTTTCTTTTTTCTTTTTTTTGGAAAAGGAAACAATGCTTTTCATTGATATAATTAAAAGAGCGTAATGCTAAAAAATACAAGATACCAAATAACAATAATATAAGACTACACGAGTTAAATTGGAGATATGAGAGCAGTCCAATTTAAACAAATGTTCTGTATGGAATAATCAGCAAAAACTTTGGATTGAGAACACCAAGAAGAGGCGAGAAGACGAGCACAACCCAACCAATCAGATGAAGCTAAAGAATTTTCATGAAAAGCCCTCTGTTATGCTCGAACCAAGTTTTTGATAACAAAGCCTTGACTACATTGGACCAAAGTAATTGAGATTTGAAAGATAATAATGGACCAACTAAGACTTGATAGATATTCTTTTGAAGAGAATTGCCAAAGACCCATTGGAGATTGAAATATGAAAATAGCCTCCACCAACATGATCATGAGAATGAACAGGTTATTAGGAATGTCTTACAAGTTACTCGACAATGATTAAATAGTGATATGGTGTAACATCATTGTTGGTAAAAACTTTCATTTAGAGGCTAATTCTTTTTGGCCAAACCATACCTCGAGGGGTCCTTACAAATCTTGTTGGTATTTTATTTGTTCTACCATTGATCTAGTTGCCAACTGTGCTCAAAGATGTCTAAAAAGCCACTACATCCTTTTGGCATAACTCTTGGTTGACATGGGGATTATTGCTACAGTTAAACCTTTGTTGATTAACTACTTAACCTAATACAATTGCTTAAGGTTGGAATAGTTCACAAAAAGCTTGGGATTTGGGTCTTCATCTTAATCTTAATGATTTGGAGGTGATTGAATGGGCTAGTCTCTCCCATTTTCTATTGCATACTTTACAGCTGGTGGAGTTGTCTTCAGCAGATCCTAATTTTTGCCTTCACTAGAGTCATCCATTCGACAAAAGACATCTCACCTTCTCAATCTCCTTTAGGGTGTGATGATGACTCTAATGTGGAATCTAAAGTTAGCTTGAATGGTGTGAAATCAGTCTTCCTCCTTCCTCCTCGGTGGCTTGCAAATTTTCTTCTCTTACTGAAGCTTGTGGCCTCGAGATGCATAAAATTCATCCCATGATTTGGAAAAGGGAAACATTTTAAAAGCTTTAATTGAAGGAAGTCTCCATGTTTTTAGGACAAACCATGCCACTTGCACAAATCATTCGGGATGAACTTGTGATATCAGTTGATTTGAAAAAGTACCTTTAAGTCAGATGCAAGGAATGATAGCAATAGAAGCGTTGATCCTAACAATCCTTGAGCGAGGCTTGGTTTATTGGTTGCTGACAAAATTTTTGTATTTAGTCACTGAAGTTAACAAGAGAACAATTTGTAGATTTATTCCTTTTCTATGAAATATGTTGAAATTAGGGTTTTTGTACTCTAGGGGCAATTTTGTCTTTTTCATTGTACCCTAGGATTTCCCTGTTCTCTATTTAAGCTGTTGGTCTGTTGTATTTCTTTGTATCAGTTTTCTAATAAGAATCCCTTTATCCCGTGGTTTTTCTCCCTAATTAGGGTTTTCCACGTAAATCCTTGGTGTACCATTTTCTTTTCACTATATTTTTCATCATGCTATCAGAGCATGGAGACGAAACCCTGGCCACCATTGAGGAAAATCCAACAGGAGAATCCCAAACCAATAACCTAGATATAACCAATATTATTCAAAAAGCCATTGACAGGTACTTCCAAACCCTTCTTCCCCACTTCCATGAAGACCAGCTGTCGCCGCCACCGCCCTACCTACAGCCGGCCATCTCCTTCGCAGACCCAACAACCAGTCGCCAGACCCAGCGACCGACGACCAACGAACTAGCCGCTACCCACCCGATCCAGCCATGCGCAGATGAAGATAGCAGCGAACCAGCCAATACACACCCGGTTCAGACGACGCAGACGAGGTCGACCAACGGTCGGCCACTCGAATCCTGTTCGGCCGATCTCAGGCGGTGCCGACCGACGCCTTGGAGCCCCGATCTACTATACCCACCAGCGACCGGTCCAGATCTGTGATGCCCAGCACCGATCAGTTAGGTTTTCGTCTGTTGGAGCCCCGATCTGCTATCCCCACCGCCGACCGGTCCAGATCCGTGATGCCCAACGCCGATCAGTCATGTTTCTGTCCGTTGGGGTTGCTGCCGGCCTTCTCCTCTCAGATCAGTGTCTCATCTCAACCTATGCCGCATCAAAGGACAGATGGAAGAAGTATGGGTATTTTCCAGCCGGGTATTAGCAACCGAATAGGGCAGTTTTCGCCGATCACGGATGAATTTGGAGGGGGTGAGTCTTCGTCATACCACCAGGACCAAGGAAATATAATCCAAGATCAAGTTACCCAATTGCAGTTGCGGATTAATCGACAGAACGAGATGTTTCAGCAGCAGCTTGCTGCTATTGGGGAAGCCCTAGGATCGACATCCAAGATCCAACCATACCCTGAAAACTCAGTAACTTCGTTCCCTGCTTACCCCTCAAATTTATGTTTTGGAACTATAGGCAATTCTTCTGGAGTTATTATAGGAGAAAAGTTGAATGGTGATAATTACTTCTCTTGGTCTCAATCGATTAAAATGGCCTTGGAGGGCCGTCATAAATTTGGATATCTAACAGGTGAAATACAAAAACCAAGGATCAGTGATCCCCAAGAGTGAATGTGGAAAGGAGAGGATTCTTTGTTGAGGTCGATTTTGATTGGAAGTATGGAACCTCAGGTTGGAAAACCTTTATTATATGCAGCTACAGCCCGTGATATTTGGGTGGCAGCCCAGAAACTCTACTCCAGGAGACAGAATGCCTCACGGTTTTATACTCTACGTAAGCAGGTCCATGAATGCAAACAAGGAACGATGGACGTTACTGCTTACTTTAACAAGCTATCTCTGTTGTGGCAAGAGATGGATTTGTGCCGTGAGATGATTTGGAACTGTCCGTTTGGAGGAGTGTTTCATTATCAATCTAAAGAAACAGATCGCATGTATGACTTTCTTGTAGGACTCAACTTTAAATTTGATACAGTGCGCAGTCGTATATTGGGGACCAGATCTATACCATCCCTAATGGAAGTCTGTTCTGAAGTTTGCCTGGAGGAAGATAGGTCGAGGGCCATGAACAGTACACCTGTAACACCAACAGATTCTGTTGCTTTCAAGACATCAGGCCCTGTAAAAGATAAACAAAACAGTAAGCCACCCCCAGTGTGTGAACATTGCAAAAAACCCTGGTACACTAAAGATCAGTGTTGGAAACTTCACGACCGACCGCCAAATGGTAAGAAACGACAGCCAAGTCGGGCTCTTGTAGGTGAATCTGTTACGGGAGATACTCAGACTCAGAATCAGGAAACTACTCAGAGCACTACTACTACAGTGGGTGTAAGTGCAATTGCCCATACAGGTACTTTTCACTCTTTTGGCCTTGTGAGGATAACTGGTAATAAACCGTGGATATTAGACTCAGGAGCCATAGATCACTTAACTGGCGTTTCTGATCAATTTTTATCTTATCAACCTGGTGCTGGAAATGAAAGAATCAGAATTGCAGATGGGTCATTTGCTCCCGTTGCTGGAAAAGGACGGGTGTACCCTTTGTCGACTTAATACTCCAAGATGTGTTGCATGTGCCAAAAGTGTCTTACAATCTGTTATCTATTAGTAAACTTACAAGAGATTTAAAGTGTCGTATTATCTTCTCACCTGATGATGTTGTTTTTCAGGATCTGAACTTGGGGATGACAATTGGCACTGCCCGGCATGACAGGGGACTCTATTTCCTCACTGAAGAAGCTTCCTTTAGGATATGTGATAGGACTAGTTTGTTTTCTTCCAATTTTTCTATTTCTGAAACTGATTATATGTTATGGCATTATCGTCTTGGCCATCCTAATTTCCAGTATATGAATTATTTGTTTCCTCATCTCTTTCGCAACATTAATATTTCTAAATTGAAATGTGATGTGTGTGTCCAGGCTAAACAGCCTCGTGTTTCTTTCTCTTCTCAGCCCTATAAGCCCTCTAAACCGTTTACTCTGTTCCATAGCGATGTCTGGGGTTCTTCACCAGCCACTACCATAAGTAGGAAGCGTTGGTTTGTAACCTTTATTGACGATCATACTCGTCTAACCTGGGTTTCCCTTCTGACCGATAAATCAGAAGTCACTTCATTTTTCCAACAATTTTACAATTCTATAGAAACCCAGTTCAACGCTAGAATCGCTATTCTCAAGAGTGATAATGGTCGAGAATACCTTAGTAACGCCTTACGCTAATTCCTTGTCTCCAAAGGTGTTGTCCATCAGAGTTCCTGTGCATACACTCCTCAACAAAATGGAGTGGCCGAATGGAAAAACCGTCACCTCGTTGAAGTTGCCCGCTCTCTTATGTTGTCAACTTCCCTTCCCTCTTATTTGTGAGGTGATGCTATCTTGACAGCAGCCCATCTAATAAACCGCATGCCATCCTGGGTCTCAAAATTCCAAACCCCCTTAGATTTCTTCAAAGAGTCTTACTCAAATTCCAAACTTCTTTCTGATGTACCCCTTCAAGTCTTTGGCTGTGTGGTGTTCGTTCATACACACGGACCTAACCGTACCAAGTTTACCCATAGGGCACAAAAATGCGTTTTTGTAGGGTACCCTGTACATCAGCGTGGGTACAAGTGTTATCACCCTCCTTCTAGAAAATACTTTGTCTCTATGGATGTGACATTCTTTGAAGATCATCCATTCTTTCCCAATGGTTCTCTTCAGGGGGAGCATTCCAGTGAAGAAACCAATTGGGGTCCCAGCCTTTCTGCCTTACCTGAACTTGAACCCATCCTTGATGTGAGTATCAGTATCAACGTACCTATCCTCCCAACCAAACAAGTCCCTTGGATCACATACTATAGAAAGAATCTCAGGAAGGAAATAGCGCCGCCTGTTATCTCTCTGGCTCCAGTTCATGAGTTTGAACAAAGATTAGTTCCAAGTACTAGTAGTTCTATCCCTGATCATGATAATAAATGTGACAAAACTAATGCTTGTGTTGAGTTGAGAGCAAAAGTAGGGAAGATAATGATAGTAAGGATGTGATTGAGGTCGATGATGGTGTAGAGACAGATGATTGTGTGACTCTTGAGGACATGGTAGAACCTGGAAAAGAAGCATCTCTTATTCCCGCTGGAAAAAATGTCGAGAGGGAAAATAACAGAACCGGAGGGAGAATGCAGTATGTTAGAAGAAAGTAAAGATAGAGACGAATCCCTTGATATTCCGATTGTACTAAGAAAAGGTAATAGATCATGTACTAAATATCCGTTGCAGACTTACCTGTCCTATAGTAATTTATCTTCTGAGTTCAAGGCCCTCACTACAAACCTAGACATAGTGGTGATACCAAACAATACACACACAGCGTTGGAAAGTCCTGAATGGAAAGCCACAGTTATGGAAGAAATGAGAGCTCTCGAGAAAAATCATACGTGGGATCAAGTCAATCTTTCAAATGGTCATAAAGCAGTCGGATGTAAATGGGTGTTCACAATAAAATATAGGTCCGATGGAACTGTTGACAGATACAAAGCCAGATTAGTTGCCAGGGGTTTTACTCAGACTTTTGGGGTTGATTATTCCGAGACTTTTTCGCCAGTAGCAAAGCTAAACACAGTTCGGGTCCTCTTTTCTGTTGCAATTAATAAGGATTGGCCCCTTCACCAGCTTGATGTGAAGAATGCCTTTCTCAATGGAGAACTGGAGGAAGAAGTCTATATGAGTCCTCCCCTAGGATTCGAGAAACAGTTTAATCATCGAGTGTGTAGATTGAGAAAGTCCTTATATGGGCTAAAACAGTCACCAAGGGCTTGGTTTGGCAGATTTACTATGTTTGTAAAGTCGCAAGGATATAAATAGGGTCATTCAAATCATACTCTGTTTACTAAAAGATTTGTATCGAGGAAAATTGCAGTTTTAATTGTCTATGTTGATGACATTGTTATTTCAGGCGATGATACCTCAGAGATTAATCGATTGAAGGCAAAGATGGCTGAGGAATTTGAGATCAAGGACATTGGAAAACTAAGATACTTCCTTGGAATGGAAGTAGCTCGATCAAGAGAAGGAATTTCAGTTTCCCAACGGAAGTATACTCTGGACTTGCTTAAGGAAACAGGTATGACGGGGTGCAAACCAGTTGATACCCCTATAGAAGCAAATTCAAAGTTAAGTAATATGAGTGAAAGTGTTCCAATGAGCAAAGAAAGATATCAGCGACTTGTTGGGAAATTAATATATCTATCTCATACTAGACCCGATATCTCTTATGCAGTGAGTATGGTAAGTCAGTTCATGCAGTCTCCATACGAAGAACACATGAGGGCAATAGAGCGCATTTTGAGATATCTGAAAACCTCTACAAGGAAAGGCTTGATGTTTAGGAAAACTGAAAAACGATGCATCAAAGCTTACACCGATGCTGATTGGGTAGGATCTGTAGTAGACAGAAAATCAACATCTGGGTATTGTACCTTTGTGTGGGGCAACCTTGTTACATAGAGAAGCAAAAAGCAAGGTGTCGTTGCCAGAAGTAGTGCCGAGGCAGAATACAGGGTCATGAGTCTGGGAATCTGTGAAGAGATCTGGCTTGAAAAAGTTTTGAAAGACCTTGATCAAGAGCATTCCGGTCCAATGAAACTCTACTGTGATAATAAAGCGGCCATAAGCATAGCAAATAATCCTATTCAACATGACAGAACAAAGCATGTGGAGATTGACTGGCATTTTATCAAGGAAAGACTTGATAGTGGCAACATTTGTGTTCCTTATATTCCTTCCAATCAACAAATTGCAGATGTCCTAACAAAGGGACTTCCCAGACAGTTGTTTGACGCATGTGTGAGCAAGTTGGATCTTATTGACATCTACGCCCCAACTTGAGGGGGAGTGTTGAAATTAGGGTTTTTGTACTCTAGGGGCAACTTTGTCTTTTTCATTGTACCCTAGGGTTTCCCTGTTCTCTATTTAAGTTGTTGGTCTATTGTATTTCTTTATATCAGTTGTCTAATAAGAATCCCTTTATCCCGTGGTTTTTCTCCCTAATTAGGGTTTTCCACGTAAATCCTTGGTGTACTATTTTCTTTTCCCTACTCTATTTTCCATCAAAATATTTTATCTTTATTTAGTTGAATTTACATTTTTTTACATTATATTTGTTAGTTTCAAAATGTAATTTCCTTTTTTATGTTTTATGTGTAAGATATCTTCTTGCAACTTCTGTCTTTGAAAAATAAATTATTATTTTTCTCCCTAAAACTTTATGTTTGAAGAATGAGCCATTTGAGAAAGGAAAACAAATTGACATCTGGTGAAGGCAAGTAAAGTTGATTGCACAATGGACTATATGAGCACGGTTGGCAGATCAGTTGGGACATTTTGGATCGTCTCATATGCCATGGTGCAGTGAATATGTGACAAATTGGTTATCTTCTATTAGGTTTAAAAACTATCATCAGTACAAAATTTACAAACCAATGGGAGGATATTGGTTTTGTGATAAGTCAGCCCTTTGCCGATGTCTTTAATTAATTTTCAGTGGTTTGTGTAGTCTTCTTAGTTTCAAAGATAGTTTGCAAGTTTTCAGTGTCTTATTTTGGTTCTCAGATGGCGAGGATTTGGGTCTGTCTATTGTTTAAATGTTTTCATGGTTAATCACTATTTGATTGTACTTCTCTCTAATTTCTTGTTTTTAATTGTTTCTTTATTTTCACTCTGTTCAGGAGCCAGTATCCCTTGAACATTTATTCCTTTTCACTATATTAGTGAGAAGTTTGTTCATGTTTAATAAAAAAAAGGAGCTCACCGTTAGGTAATAAACTTCTTGTGGTTTGCAGGATGAGGTTTTTATCTCATGCAGATTTTCCTTCGCGAACAACGGGGATATGGTTTTATACACTGCTGCAGTGACTGGTAAAGATATTTCTTCTGACTTGTGTTTGCGTTATAATAATCGTATTGTTATCTAATTTTATTGAGGGATGTAATAGGCAAAGGTGGAAGCATTGTATCTTGGAATGCAGCCACTTGGAGGAGGGTGGCTTCAAAGCTCATAACTCGTGATAATATTACTGCATTCAATGTTTCAGCTAATGGGAGACTCCTTGCCTGGTACTAAAATAAGTGAATTTTTTTTCTCTTGCAAGGATCTGTTTATTTATTATTTTTTATAATACTCGAACATTGTAGTCATGCCTGGTTAGGTGTTCTAGAAAATGCTTAGAAAATGTCAATACACAATGGGAGGGGACATTCTAGCTACTTAGGTGTTCAAACCTTGTAGGCTGCTATCAACACCTTGTAGGCTGCTATCTGTGATATTGTCCATGATTTACGTAGGCCTTCAAATGAAAAAGACATATATGGTAGAATTGTAACCCTAGAATACAATCTTAATCGAAATGCATACATTTGTCTCATACACTATTTGGATGGTGAGAAAAGATATATTTTATCGATTTACTTAGGCCTTCGTTGGGTGCACTGTGAGATTGGTTACTTAACCGAACCCCAATGGTTGAGAGAATAAGACGTATTAGGTAGTTGGAAGAAAATTTTGGAATTTACTTTTATAGGCTTTCAATAGGTTAATGCCAATTGCCAACTTAACTCAGATTATTTATTCTCATACTATATCTTATCTCACCTTTTTTTGTTTATAAGAAAAATTCAGGTCAAGGTTAATTATCTGTAACTGTTTATTCGAGTGGTAGTTCAAAGGCTATTTTGCAATGAGATTTAGTTGAAGACCAAAAAATGTATTCTGATAGTTCTTTCAACAAGCCTTCGCTAGTAATTATTCTATTAGAGATAACGAAATGACATTTTCATTTCGTTACCTTGTTGGCTTGGCGGCTACTCTTTAATATACATTATTTTTGTATCTGAAGGGGTGTTGTACTTTTTAATACATTTCAATAACAGTTTCTGCTTCATGGTTGGTGTAGTGGTACAACTCAGGGAGATGTTCTGATCATAAATTCAACCAGCATGCGAGTTCAAAAGATAGTTAAGAAGGCACACCTTGGTTTTGTAACGGCATTGAGCTTTTCCCCCGATTCAAGGTTTTAATCGAACATCTCCATTTAACATGATTAGATATCACTGTAATAAAATATCGATTATGAAATATGTTATTTCTTTGAATCCAGAGCTTTGGCTTCTGCATCAATGGACTCCAGTGCTAGGGTGACTGTAATTGAGGAGGAGCAGAAAAACGGTACTTGTATCCTTGCTTTCTTGTCTAATAATTCGAACGTATATACGTGCCACAGTTGTCAATTGTCACCCCACAGCACTCCCTATAGAAACGAAATAAAGAATAGGCTAACTTATAACAAATATCTTTAAACTTTGTCATTTGAAACAAATTTACCCCTATACTTTTAAACATTTAAATATTACCTCCCAACTCTCATAATTGTTTCAATAGAAATATTTTGGAATTTCAAACAGAAATTAGGATTTAGAACGGTGTGGTGATGACCTAAAACTACCTAGTGATTCAAATTTTGAATTTAGATCACTGCCACACCATTTCATGTCTCAACGTCTGTCCAAAATTCTAAAAAATTTATAGAATATCAGGGTATTTTTGAAACGTTAATGAAAGTTCAAAGGTAAAATTGATGTTTTTGAAAGTAAAGGAATATTTTTTAATGAAATGGCAAAATTTTAGGGTATTTTTTATCATTTAACAATCTAAAGAATATGTAACCACGCGGCATCATCACTAATAGCAGGCTTAGGTTTAAAACAGTATGATGTTTCAATTTTGATAGAAAACATTATGATATTACTTTTGGCTTTAGTCGATGGATTTTATGTTGATTGTTTGGTCATGGTTGTTAATGGGGGAAGATGCGATGTGCTTGATGCAAGCCTGATTGGAACAATATTACGTAAAAGTTAAAAGTGCCTGTTATCACGTATGTTCTCTCATTTAACTGAAAATGACAAAAGGATAAAAATTTGAAGGGTTGGTTTTTTGTTTTTTTATTGTTCTTTCTTTTTTTTTTTTTTTTTTTTCCTTTCTAAAGTCCCAATATAAGAGACTCAAAGCTCAGACCTCTTGGTTATACTTTTAGATATGTTTGTTGGTATGTATTTCTTTAAAAAAAGTTAAATTATATAAAATATTCCTAAACTTTATATATTGTGTCGAAAATACTCTTGATCTTTCAAAAGCTTCAAAAATATCTTTAAACTTGGAAAAAAAAGGTTAAAAAATATTCTTACTGTTAATTTTAGATGGAAACTCTTATTAAAATAAGAGTATTTTCCTAACTTTTCTTTAAATTTAAGAATATTTTTTAAACTAAGTTTTTTCTATTCTACTTTTTTTAAGAAAACACCAACAGTTTCTATCAAAAACCCAATTCTAAGGGTATTTTTGAACTCTTTCGCAAAGTTTTAGGATATTTTTAAAACTTTAAAAGTTTAGGAGTATGTTTGAAACAGTCTAGGGCTTTTTTTTTTTTTTTTTTTTAATATTTTAGCCAAAAAATACTTGGGAAAATTTATATTCATAGACATGTATTGTTTGAGTAAAATTCTATATTTATTTTTATTTTTAAACTTGCAGAATAAGTAAAGGCTCAACCTTCATATACATAGATAAATAGATAGTAGTATATTAACCTATAATTGATATCTAATTCATGTAGTATAATGACTTTTTACATCAGAGTAAAAATTTGCTTACCCTTTATTTAACTTCAGTAGTCTTTTAGCCAATGGAAAACTGAGGGTATCACTAAATTACCATTAATTTGGCTGCAGGATTTAACTTGTGGATCGTCATATTCATCATGTTAATTGCTGTTGCTGCATATTTCATCAACAATTATGAAATTCATAAGTTTGAGCTTCCCGCCTTTTTCAGTGCTTAA

mRNA sequence

ATGGAAGCTCCCCAACCTTCAAATTCCCGCAAGTATGGCATCCCTTTCTATGCAGTCGCTTGGCTTCCTTCAACTTCTCTCAAATCCCAGCAGGAACCTCCAGAATCTGAAAATCATTCTGATCAATCCGCTGATGCTGACATTTCCGCCGACGACAACAAATCACTTCCATCCCACCCCGCCACCGCTGATAATTACTACGTAGCCGCCACTGGCGGTGGCGGAGAAGGTCGGAGTGGGATTTCCAATGCCCTCATACTCGCTCACTTCGATTTTGAATCCCGCTCCCTCTCTGACCAGCCTGTTGCAAAATATGGAACTGGTTCTGATTTGCCTTACAGAATGGCTGTCCATCCAGCTGGAGATGGAATTATTTGTTCTTTGCCAAAAAGTTGCAGCCTATTTAAAGTGGATACCAAGAAAGATGCTAGAGATGAGAAACTTGGACTAAAGCTCTCTCAGGAGGTGCTCAGCCAGTTAGAAGATGTTGGACAGCAGTTAGCGTTGACATTTAACAATGGGGGCTCTTTGCTTGCCACGGGTGGTGAGGATGGCAATTTAAGGGTCTTAAAGTGGCCTAGCTTGGACATCGTTCTCAATGAGCCCAGTGCCCATTCTACTGTGAAGGACTTGGATTTCAGTCTTGATGACAAGTATCTTGTCTCCTTAGGTGGCCCTTGTAGAGTGTGGGATGTGACTACATCAACTTTAGTAACTTCTCTTCCAAAAGAAAACGATGAGGTTTTTATCTCATGCAGATTTTCCTTCGCGAACAACGGGGATATGGTTTTATACACTGCTGCAGTGACTGGCAAAGGTGGAAGCATTGTATCTTGGAATGCAGCCACTTGGAGGAGGGTGGCTTCAAAGCTCATAACTCGTGATAATATTACTGCATTCAATGTTTCAGCTAATGGGAGACTCCTTGCCTGTGGTACAACTCAGGGAGATGTTCTGATCATAAATTCAACCAGCATGCGAGTTCAAAAGATAGTTAAGAAGGCACACCTTGGTTTTGTAACGGCATTGAGCTTTTCCCCCGATTCAAGAGCTTTGGCTTCTGCATCAATGGACTCCAGTGCTAGGGTGACTGTAATTGAGGAGGAGCAGAAAAACGGATTTAACTTGTGGATCGTCATATTCATCATGTTAATTGCTGTTGCTGCATATTTCATCAACAATTATGAAATTCATAAGTTTGAGCTTCCCGCCTTTTTCAGTGCTTAA

Coding sequence (CDS)

ATGGAAGCTCCCCAACCTTCAAATTCCCGCAAGTATGGCATCCCTTTCTATGCAGTCGCTTGGCTTCCTTCAACTTCTCTCAAATCCCAGCAGGAACCTCCAGAATCTGAAAATCATTCTGATCAATCCGCTGATGCTGACATTTCCGCCGACGACAACAAATCACTTCCATCCCACCCCGCCACCGCTGATAATTACTACGTAGCCGCCACTGGCGGTGGCGGAGAAGGTCGGAGTGGGATTTCCAATGCCCTCATACTCGCTCACTTCGATTTTGAATCCCGCTCCCTCTCTGACCAGCCTGTTGCAAAATATGGAACTGGTTCTGATTTGCCTTACAGAATGGCTGTCCATCCAGCTGGAGATGGAATTATTTGTTCTTTGCCAAAAAGTTGCAGCCTATTTAAAGTGGATACCAAGAAAGATGCTAGAGATGAGAAACTTGGACTAAAGCTCTCTCAGGAGGTGCTCAGCCAGTTAGAAGATGTTGGACAGCAGTTAGCGTTGACATTTAACAATGGGGGCTCTTTGCTTGCCACGGGTGGTGAGGATGGCAATTTAAGGGTCTTAAAGTGGCCTAGCTTGGACATCGTTCTCAATGAGCCCAGTGCCCATTCTACTGTGAAGGACTTGGATTTCAGTCTTGATGACAAGTATCTTGTCTCCTTAGGTGGCCCTTGTAGAGTGTGGGATGTGACTACATCAACTTTAGTAACTTCTCTTCCAAAAGAAAACGATGAGGTTTTTATCTCATGCAGATTTTCCTTCGCGAACAACGGGGATATGGTTTTATACACTGCTGCAGTGACTGGCAAAGGTGGAAGCATTGTATCTTGGAATGCAGCCACTTGGAGGAGGGTGGCTTCAAAGCTCATAACTCGTGATAATATTACTGCATTCAATGTTTCAGCTAATGGGAGACTCCTTGCCTGTGGTACAACTCAGGGAGATGTTCTGATCATAAATTCAACCAGCATGCGAGTTCAAAAGATAGTTAAGAAGGCACACCTTGGTTTTGTAACGGCATTGAGCTTTTCCCCCGATTCAAGAGCTTTGGCTTCTGCATCAATGGACTCCAGTGCTAGGGTGACTGTAATTGAGGAGGAGCAGAAAAACGGATTTAACTTGTGGATCGTCATATTCATCATGTTAATTGCTGTTGCTGCATATTTCATCAACAATTATGAAATTCATAAGTTTGAGCTTCCCGCCTTTTTCAGTGCTTAA

Protein sequence

MEAPQPSNSRKYGIPFYAVAWLPSTSLKSQQEPPESENHSDQSADADISADDNKSLPSHPATADNYYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPAGDGIICSLPKSCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLATGGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGPCRVWDVTTSTLVTSLPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNITAFNVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMDSSARVTVIEEEQKNGFNLWIVIFIMLIAVAAYFINNYEIHKFELPAFFSA
Homology
[Close]
BLAST of Bhi07G000112 vs. TAIR 10
Match: AT2G01470.1 (SEC12P-like 2 protein )

HSP 1 Score: 369.0 bits (946), Expect = 4.9e-102
Identity = 201/395 (50.89%), Postives = 266/395 (67.34%), Query Frame = 0 

Query: 2   EAPQPSNSRKYGIPFYAVAWLPSTSLKSQ--QEPPESENHSDQSADADISADDNKSLPSH 61
           E  QPSN + YG+P YA  W+P   ++S+   +P +SE             DD++S  S 
Sbjct: 7   ETNQPSNMQTYGVPIYAADWIPEVDVRSKIIMDPEKSE-------------DDDES--SS 66

Query: 62  PATADNYYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHP 121
            +++    +  +GGGGEGRSGISN +++   D  + SLS+QP+ +   GSDLPYRMAVHP
Sbjct: 67  SSSSSRSCIVLSGGGGEGRSGISNVILICRVDLNTNSLSEQPLGRLVVGSDLPYRMAVHP 126

Query: 122 AGDGIICSLPKSCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLA 181
              G+IC+LP SC LF  +      D + G   S+EV+ +L DVGQQLAL FN  GS+LA
Sbjct: 127 REGGLICALPNSCKLFHWEDIMSREDNQAG--ESEEVIKELRDVGQQLALAFNPEGSVLA 186

Query: 182 TGGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGP-CRVWDVTTSTLV 241
            G EDG LRV KWPS++ +LNE  AHS+VK L FS   ++LVSLGGP CRVWDV  S  V
Sbjct: 187 AGAEDGTLRVFKWPSMNTLLNESQAHSSVKCLTFSESGQFLVSLGGPVCRVWDVNASAAV 246

Query: 242 TSLPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNIT 301
            SL KE DE+F SCRFS  + G+ VLY AA T +GGSI++ +   W+R  SK I +++I+
Sbjct: 247 ASLSKEKDEMFASCRFSVDSAGNEVLYIAANTERGGSIITCDTKLWKRKWSKPIKKNSIS 306

Query: 302 AFNVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMD 361
           AFNVSA+G+LLA GT +GDVLI+ ST M+  ++VKKAHLG VTAL+FSPDSR L S S D
Sbjct: 307 AFNVSADGKLLAIGTLEGDVLILESTRMQTIQVVKKAHLGLVTALTFSPDSRGLVSVSFD 366

Query: 362 SSARVTVIEEE-QKNGFNLW-IVIFIMLIAVAAYF 392
           S AR+T+IE++  K G   W +V+ I+L+ V AY+
Sbjct: 367 SRARLTMIEQKGDKPGVRWWLLVLLIVLLYVVAYY 384

[Close]
BLAST of Bhi07G000112 vs. TAIR 10
Match: AT5G50550.1 (Transducin/WD40 repeat-like superfamily protein )

HSP 1 Score: 362.8 bits (930), Expect = 3.5e-100
Identity = 195/392 (49.74%), Postives = 264/392 (67.35%), Query Frame = 0 

Query: 6   PSNSRKYGIPFYAVAWLPSTSLKSQQEPPESENHSDQSADADISADDNKSLPSHPATADN 65
           PSN + YG+P YAV W+   +++S+            + D D   DD  S  S       
Sbjct: 8   PSNLQTYGVPIYAVDWILEEAVRSK-----------ITKDQDDDDDDGSSSSS------- 67

Query: 66  YYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPAGDGII 125
            Y+  +GGGGEGRSGI N +++   D  + SLS+QP+ +   G+DLPYRMA+HP   G+I
Sbjct: 68  -YIVLSGGGGEGRSGIPNVILICRVDLHTNSLSEQPIGRRVIGTDLPYRMAIHPRQGGLI 127

Query: 126 CSLPKSCSLFKVDT-KKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLATGGED 185
           C+LP SC LF  +   +D  +E+     S++V+ +L+DVGQQL+L+FN  G++LATG ED
Sbjct: 128 CALPNSCRLFDWENIIEDDNEEE-----SEKVVKELKDVGQQLSLSFNQDGTVLATGAED 187

Query: 186 GNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGP-CRVWDVTTSTLVTSLPK 245
           G LRV +WPS+  +LNE   H++VK L FS   K+LVSLG P CRVWDV  S  + SL K
Sbjct: 188 GTLRVFEWPSMKTLLNESKTHASVKSLTFSESGKFLVSLGAPLCRVWDVNASAAIASLSK 247

Query: 246 ENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDN-ITAFNV 305
           E DE+F SCRFS  N+G  VLY AA T +GGSI++W+  +WRR +SKLI R+N I+AFNV
Sbjct: 248 EKDEMFASCRFSVDNSGSEVLYVAANTQRGGSIITWDTTSWRRRSSKLIKRNNSISAFNV 307

Query: 306 SANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMDSSAR 365
           SA+G+LLA GT +GDVLII+ST M+  +IVKKAHLG VTAL+FSPDSR L S S DS AR
Sbjct: 308 SADGKLLAVGTLEGDVLIIDSTKMQTNQIVKKAHLGLVTALTFSPDSRCLVSVSFDSRAR 367

Query: 366 VTVIEEE-QKNGFNLWI-VIFIMLIAVAAYFI 393
           +TVI+++ +K    LW+  +  +L+ V  Y++
Sbjct: 368 LTVIKQKGEKRRVYLWVAALLFVLVYVVLYYL 375

[Close]
BLAST of Bhi07G000112 vs. TAIR 10
Match: AT5G50650.1 (Transducin/WD40 repeat-like superfamily protein )

HSP 1 Score: 362.8 bits (930), Expect = 3.5e-100
Identity = 195/392 (49.74%), Postives = 264/392 (67.35%), Query Frame = 0 

Query: 6   PSNSRKYGIPFYAVAWLPSTSLKSQQEPPESENHSDQSADADISADDNKSLPSHPATADN 65
           PSN + YG+P YAV W+   +++S+            + D D   DD  S  S       
Sbjct: 8   PSNLQTYGVPIYAVDWILEEAVRSK-----------ITKDQDDDDDDGSSSSS------- 67

Query: 66  YYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPAGDGII 125
            Y+  +GGGGEGRSGI N +++   D  + SLS+QP+ +   G+DLPYRMA+HP   G+I
Sbjct: 68  -YIVLSGGGGEGRSGIPNVILICRVDLHTNSLSEQPIGRRVIGTDLPYRMAIHPRQGGLI 127

Query: 126 CSLPKSCSLFKVDT-KKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLATGGED 185
           C+LP SC LF  +   +D  +E+     S++V+ +L+DVGQQL+L+FN  G++LATG ED
Sbjct: 128 CALPNSCRLFDWENIIEDDNEEE-----SEKVVKELKDVGQQLSLSFNQDGTVLATGAED 187

Query: 186 GNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGP-CRVWDVTTSTLVTSLPK 245
           G LRV +WPS+  +LNE   H++VK L FS   K+LVSLG P CRVWDV  S  + SL K
Sbjct: 188 GTLRVFEWPSMKTLLNESKTHASVKSLTFSESGKFLVSLGAPLCRVWDVNASAAIASLSK 247

Query: 246 ENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDN-ITAFNV 305
           E DE+F SCRFS  N+G  VLY AA T +GGSI++W+  +WRR +SKLI R+N I+AFNV
Sbjct: 248 EKDEMFASCRFSVDNSGSEVLYVAANTQRGGSIITWDTTSWRRRSSKLIKRNNSISAFNV 307

Query: 306 SANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMDSSAR 365
           SA+G+LLA GT +GDVLII+ST M+  +IVKKAHLG VTAL+FSPDSR L S S DS AR
Sbjct: 308 SADGKLLAVGTLEGDVLIIDSTKMQTNQIVKKAHLGLVTALTFSPDSRCLVSVSFDSRAR 367

Query: 366 VTVIEEE-QKNGFNLWI-VIFIMLIAVAAYFI 393
           +TVI+++ +K    LW+  +  +L+ V  Y++
Sbjct: 368 LTVIKQKGEKRRVYLWVAALLFVLVYVVLYYL 375

[Close]
BLAST of Bhi07G000112 vs. TAIR 10
Match: AT3G52190.1 (phosphate transporter traffic facilitator1 )

HSP 1 Score: 155.6 bits (392), Expect = 8.5e-38
Identity = 103/337 (30.56%), Postives = 174/337 (51.63%), Query Frame = 0 

Query: 65  NYYVAATGGGGEGRSGISNALI-LAHFDFESRSLSDQPVAKY--GTGSDLPYRMAVHPAG 124
           N+ + A      G S  S AL+ +  FD  + SLS  P+A +        P  ++VHP G
Sbjct: 26  NWVLIAKASKRRGSSVSSPALLNIFSFDPITASLSSSPLATHTLKDSDGDPVAVSVHPGG 85

Query: 125 DGIICSLPK-SCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLAT 184
           D  +CS  K  C LF++           G+ +  + L  L++ G Q  + F+  GS LA 
Sbjct: 86  DYFVCSTSKGGCKLFEL------VGGATGITILAKELLPLQNAGLQKCMAFSFDGSKLAV 145

Query: 185 GGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYL--VSLGGPCRVWDVTTSTLV 244
           GG DG LR+++WP+L ++L+EP AH +++D+DFSLD ++L   S  G  R+W       +
Sbjct: 146 GGVDGCLRIMEWPNLSVILDEPKAHKSIRDMDFSLDSEFLATTSTDGSARIWKAEDGFPL 205

Query: 245 TSLPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNIT 304
           ++L +  DE    CRFS  +     L+ AA  G    +  ++ +TW+++  K ++R   +
Sbjct: 206 STLERSGDENIELCRFS-KDGTKPFLFCAAQRGDTPMVNVYDISTWKKLGFKKLSRKTAS 265

Query: 305 AFNVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLG-FVTALSFSPDSRALASASM 364
              VS +G+ +A G   GDV +    +M +    K+ HLG  + +L F P  R + + S 
Sbjct: 266 TMAVSLDGKYIALGGKDGDVSVAEVKTMEIYHYSKRLHLGQSIASLEFCPSERVMLTTSS 325

Query: 365 DSSARVT--VIEEEQKNGFNLWIVIFIMLIA--VAAY 391
           +    VT   + +E K  + ++ ++F + +A  +AAY
Sbjct: 326 EWGEMVTKLTVPKEWKE-WQIYALLFCLFMASVIAAY 354

[Close]
BLAST of Bhi07G000112 vs. ExPASy Swiss-Prot
Match: Q39221 (SEC12-like protein 2 OS=Arabidopsis thaliana OX=3702 GN=STL2P PE=1 SV=4)

HSP 1 Score: 369.0 bits (946), Expect = 6.9e-101
Identity = 201/395 (50.89%), Postives = 266/395 (67.34%), Query Frame = 0 

Query: 2   EAPQPSNSRKYGIPFYAVAWLPSTSLKSQ--QEPPESENHSDQSADADISADDNKSLPSH 61
           E  QPSN + YG+P YA  W+P   ++S+   +P +SE             DD++S  S 
Sbjct: 7   ETNQPSNMQTYGVPIYAADWIPEVDVRSKIIMDPEKSE-------------DDDES--SS 66

Query: 62  PATADNYYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHP 121
            +++    +  +GGGGEGRSGISN +++   D  + SLS+QP+ +   GSDLPYRMAVHP
Sbjct: 67  SSSSSRSCIVLSGGGGEGRSGISNVILICRVDLNTNSLSEQPLGRLVVGSDLPYRMAVHP 126

Query: 122 AGDGIICSLPKSCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLA 181
              G+IC+LP SC LF  +      D + G   S+EV+ +L DVGQQLAL FN  GS+LA
Sbjct: 127 REGGLICALPNSCKLFHWEDIMSREDNQAG--ESEEVIKELRDVGQQLALAFNPEGSVLA 186

Query: 182 TGGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGP-CRVWDVTTSTLV 241
            G EDG LRV KWPS++ +LNE  AHS+VK L FS   ++LVSLGGP CRVWDV  S  V
Sbjct: 187 AGAEDGTLRVFKWPSMNTLLNESQAHSSVKCLTFSESGQFLVSLGGPVCRVWDVNASAAV 246

Query: 242 TSLPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNIT 301
            SL KE DE+F SCRFS  + G+ VLY AA T +GGSI++ +   W+R  SK I +++I+
Sbjct: 247 ASLSKEKDEMFASCRFSVDSAGNEVLYIAANTERGGSIITCDTKLWKRKWSKPIKKNSIS 306

Query: 302 AFNVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMD 361
           AFNVSA+G+LLA GT +GDVLI+ ST M+  ++VKKAHLG VTAL+FSPDSR L S S D
Sbjct: 307 AFNVSADGKLLAIGTLEGDVLILESTRMQTIQVVKKAHLGLVTALTFSPDSRGLVSVSFD 366

Query: 362 SSARVTVIEEE-QKNGFNLW-IVIFIMLIAVAAYF 392
           S AR+T+IE++  K G   W +V+ I+L+ V AY+
Sbjct: 367 SRARLTMIEQKGDKPGVRWWLLVLLIVLLYVVAYY 384

[Close]
BLAST of Bhi07G000112 vs. ExPASy Swiss-Prot
Match: Q8GYE0 (SEC12-like protein 1 OS=Arabidopsis thaliana OX=3702 GN=PHF1 PE=1 SV=2)

HSP 1 Score: 155.6 bits (392), Expect = 1.2e-36
Identity = 103/337 (30.56%), Postives = 174/337 (51.63%), Query Frame = 0 

Query: 65  NYYVAATGGGGEGRSGISNALI-LAHFDFESRSLSDQPVAKY--GTGSDLPYRMAVHPAG 124
           N+ + A      G S  S AL+ +  FD  + SLS  P+A +        P  ++VHP G
Sbjct: 26  NWVLIAKASKRRGSSVSSPALLNIFSFDPITASLSSSPLATHTLKDSDGDPVAVSVHPGG 85

Query: 125 DGIICSLPK-SCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLAT 184
           D  +CS  K  C LF++           G+ +  + L  L++ G Q  + F+  GS LA 
Sbjct: 86  DYFVCSTSKGGCKLFEL------VGGATGITILAKELLPLQNAGLQKCMAFSFDGSKLAV 145

Query: 185 GGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYL--VSLGGPCRVWDVTTSTLV 244
           GG DG LR+++WP+L ++L+EP AH +++D+DFSLD ++L   S  G  R+W       +
Sbjct: 146 GGVDGCLRIMEWPNLSVILDEPKAHKSIRDMDFSLDSEFLATTSTDGSARIWKAEDGFPL 205

Query: 245 TSLPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNIT 304
           ++L +  DE    CRFS  +     L+ AA  G    +  ++ +TW+++  K ++R   +
Sbjct: 206 STLERSGDENIELCRFS-KDGTKPFLFCAAQRGDTPMVNVYDISTWKKLGFKKLSRKTAS 265

Query: 305 AFNVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLG-FVTALSFSPDSRALASASM 364
              VS +G+ +A G   GDV +    +M +    K+ HLG  + +L F P  R + + S 
Sbjct: 266 TMAVSLDGKYIALGGKDGDVSVAEVKTMEIYHYSKRLHLGQSIASLEFCPSERVMLTTSS 325

Query: 365 DSSARVT--VIEEEQKNGFNLWIVIFIMLIA--VAAY 391
           +    VT   + +E K  + ++ ++F + +A  +AAY
Sbjct: 326 EWGEMVTKLTVPKEWKE-WQIYALLFCLFMASVIAAY 354

[Close]
BLAST of Bhi07G000112 vs. ExPASy Swiss-Prot
Match: Q9WUQ2 (Prolactin regulatory element-binding protein OS=Mus musculus OX=10090 GN=Preb PE=1 SV=1)

HSP 1 Score: 85.5 bits (210), Expect = 1.5e-15
Identity = 97/383 (25.33%), Postives = 164/383 (42.82%), Query Frame = 0 

Query: 70  ATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPAGDGIICSLP 129
           A GGGG  ++GI N +     +  +  LS   +  + T +     +A+  AGD +     
Sbjct: 30  AAGGGGAAKTGIKNGVHFLQLELINGCLSASLLHSHDTETRATMNLAL--AGDILAAGQD 89

Query: 130 KSCSL--FKVDTKKDARDEKLG-------------------------------LKLSQEV 189
             C L  F+V  +K ++ EK G                               +K  + V
Sbjct: 90  AQCQLLRFQVHQQKGSKAEKSGSKEQGPRQRKGAPPAEKKSGAQVHPEGVELKVKNLEAV 149

Query: 190 LSQLEDVGQQLALTFNNGGSLLATGGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLD 249
            +   +   Q  + FN+  +LLATGG DG++RV K PSL+ VL   +    + DL    D
Sbjct: 150 QTDFSNEPLQKVVCFNHDNTLLATGGTDGHVRVWKVPSLEKVLEFKAHEGEIGDLTLGPD 209

Query: 250 DKYLVSLGGPCRVWDVTTST-----LVTSLP-KENDEV-------FISCRFSFANN--GD 309
            K LV++G     WD   S      LVT L  +EN          + +CRF    +  G 
Sbjct: 210 GK-LVTVG-----WDFKASVWQKDQLVTQLQWQENGPASSNTPYRYQACRFGQVPDQLGG 269

Query: 310 MVLYTAAVTGK------GGSIVSWNAATWRRVASKLITRDNITAFNVSANGRLLACGTTQ 369
           + L+T  +  K         + +W+++T+  + ++    + I+  +VS +G  L  GT  
Sbjct: 270 LRLFTVQIPHKRLRQPPPCYLTAWDSSTFLPLRTRSCGHEVISCLSVSDSGTFLGLGTVT 329

Query: 370 GDVLIINSTSMRVQKIVKKAHLGFVTALSFSPD-----------SRALASASMDSSARVT 388
           G V I  + S++    VK+AH   VT ++F P+             AL S ++DS  ++ 
Sbjct: 330 GSVAIYIAFSLQRLYYVKEAHGIVVTDVTFLPEKGCGPKLLGPHETALFSVAVDSRCQLH 389

[Close]
BLAST of Bhi07G000112 vs. ExPASy Swiss-Prot
Match: Q9WTV0 (Prolactin regulatory element-binding protein OS=Rattus norvegicus OX=10116 GN=Preb PE=1 SV=2)

HSP 1 Score: 84.7 bits (208), Expect = 2.6e-15
Identity = 97/390 (24.87%), Postives = 164/390 (42.05%), Query Frame = 0 

Query: 70  ATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPAGDGIICSLP 129
           A GGGG  ++GI N +     +  S  LS   +  + T +     +A+  AGD +     
Sbjct: 30  AAGGGGAAKTGIKNGVHFLQLEQISGCLSASLLHSHDTETRATMNLAL--AGDILAAGQD 89

Query: 130 KSCSL--FKVDTKKDARDEKLG-------------------------------LKLSQEV 189
             C L  F++  +K ++ EK G                               +K  + V
Sbjct: 90  AQCQLLRFQIHQQKGSKAEKSGSKEQGPRQRKGAAPAEKKSGAEVHPEGVELKVKNLEAV 149

Query: 190 LSQLEDVGQQLALTFNNGGSLLATGGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLD 249
            +       Q  + FN+  +LLATGG DG++RV K PSL+ VL   +    + DL    D
Sbjct: 150 QTDFSTEPLQKVVCFNHDNTLLATGGSDGHVRVWKVPSLEKVLEFKAHEGEIGDLALGPD 209

Query: 250 DKYLVSLGGPCRVWDVTTST-----LVTSLP-KENDEV-------FISCRFSFANN--GD 309
            K LV++G     WD   S      LVT L  +EN          + +CRF    +  G 
Sbjct: 210 GK-LVTVG-----WDFKASVWQKDQLVTQLQWQENGPTSSNTPYRYQACRFGQVPDQPGG 269

Query: 310 MVLYTAAVTGK------GGSIVSWNAATWRRVASKLITRDNITAFNVSANGRLLACGTTQ 369
           + L+T  +  K         + +W+++T+  + ++    + I+   VS +G  L  GT  
Sbjct: 270 LRLFTVQIPHKRLRQPPPCYLTAWDSSTFLPLQTRSCGHEVISCLTVSESGTFLGLGTVT 329

Query: 370 GDVLIINSTSMRVQKIVKKAHLGFVTALSFSPD-----------SRALASASMDSSARVT 395
           G V I  + S++    VK+AH   VT ++F P+             AL S ++DS  ++ 
Sbjct: 330 GSVAIYIAFSLQRLYYVKEAHGIVVTDVTFLPEKGCGPKLLGPHETALFSVAVDSRCQLH 389

[Close]
BLAST of Bhi07G000112 vs. ExPASy Swiss-Prot
Match: Q9HCU5 (Prolactin regulatory element-binding protein OS=Homo sapiens OX=9606 GN=PREB PE=1 SV=2)

HSP 1 Score: 79.7 bits (195), Expect = 8.3e-14
Identity = 92/385 (23.90%), Postives = 157/385 (40.78%), Query Frame = 0 

Query: 70  ATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPAGDGIICSLP 129
           A GGGG  ++GI N +     +  +  LS   +  + T +     +A+  AGD +     
Sbjct: 30  AAGGGGAAKTGIKNGVHFLQLELINGRLSASLLHSHDTETRATMNLAL--AGDILAAGQD 89

Query: 130 KSCSLFK-----------------------------VDTKKDARDEKLGLKLS----QEV 189
             C L +                              + K  A  +  GL+L     Q V
Sbjct: 90  AHCQLLRFQAHQQQGNKAEKAGSKEQGPRQRKGAAPAEKKCGAETQHEGLELRVENLQAV 149

Query: 190 LSQLEDVGQQLALTFNNGGSLLATGGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLD 249
            +       Q  + FN+  +LLATGG DG +RV K PSL+ VL   +    ++DL    D
Sbjct: 150 QTDFSSDPLQKVVCFNHDNTLLATGGTDGYVRVWKVPSLEKVLEFKAHEGEIEDLALGPD 209

Query: 250 DKYLVSLGGPCRVWDVTTSTLVTSLP-KENDEVFIS-------CRFSFANN--GDMVLYT 309
            K LV++G   +        LVT L  +EN   F S       CRF    +    + L+T
Sbjct: 210 GK-LVTVGRDLKASVWQKDQLVTQLHWQENGPTFSSTPYRYQACRFGQVPDQPAGLRLFT 269

Query: 310 AAVTGK------GGSIVSWNAATWRRVASKLITRDNITAFNVSANGRLLACGTTQGDVLI 369
             +  K         + +W+ + +  + +K    + ++  +VS +G  L  GT  G V I
Sbjct: 270 VQIPHKRLRQPPPCYLTAWDGSNFLPLRTKSCGHEVVSCLDVSESGTFLGLGTVTGSVAI 329

Query: 370 INSTSMRVQKIVKKAHLGFVTALSFSPD-----------SRALASASMDSSARVTVIEEE 395
             + S++    V++AH   VT ++F P+             AL S ++DS  ++ ++   
Sbjct: 330 YIAFSLQCLYYVREAHGIVVTDVAFLPEKGRGPELLGSHETALFSVAVDSRCQLHLLPSR 389

[Close]
BLAST of Bhi07G000112 vs. ExPASy TrEMBL
Match: A0A1S3C056 (SEC12-like protein 2 OS=Cucumis melo OX=3656 GN=LOC103495101 PE=4 SV=1)

HSP 1 Score: 684.1 bits (1764), Expect = 3.6e-193
Identity = 346/408 (84.80%), Postives = 372/408 (91.18%), Query Frame = 0 

Query: 1   MEAPQPSNSRKYGIPFYAVAWLPSTSLKSQQEPPESENHSDQSADADISADDNKSLPSHP 60
           ME P+PSNSRKYG+PFYA AW PSTSLKS+ +P +SE+   QSADADISA DNKS+PSH 
Sbjct: 1   METPEPSNSRKYGVPFYAAAWFPSTSLKSEHQPSQSEDPPHQSADADISAADNKSVPSHL 60

Query: 61  ATADNYYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPA 120
           A   +YYVAA GGGGEGRSGISNALILAHFDF+SRSLSD PVAKYGTGSDLPYRMA+HPA
Sbjct: 61  A---SYYVAAAGGGGEGRSGISNALILAHFDFDSRSLSDHPVAKYGTGSDLPYRMAIHPA 120

Query: 121 GDGIICSLPKSCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLAT 180
           GDGIICSLPK+C LFKVDT+KDA D KLGLKLSQEVLS LEDVGQQL+L FN  GSLLAT
Sbjct: 121 GDGIICSLPKNCCLFKVDTEKDAGDGKLGLKLSQEVLSPLEDVGQQLSLAFNKEGSLLAT 180

Query: 181 GGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGPCRVWDVTTSTLVTS 240
           GGEDGNLRVLKWPSLDIVLNEPS+HSTVKDLDFS D KYLVSLGGPCRVWD+T+STLVTS
Sbjct: 181 GGEDGNLRVLKWPSLDIVLNEPSSHSTVKDLDFSPDGKYLVSLGGPCRVWDITSSTLVTS 240

Query: 241 LPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNITAF 300
           LPKENDEVFISC+FS  NNGDM+LYTAAVTGKGGSIVSWNA TWR VASKLITRDNITAF
Sbjct: 241 LPKENDEVFISCKFSLTNNGDMILYTAAVTGKGGSIVSWNATTWRSVASKLITRDNITAF 300

Query: 301 NVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMDSS 360
           NVSA+GRLLACGTTQGDVLI+NSTS+RV KIVKKAHLGFVTALSFSPDSRAL SASMDSS
Sbjct: 301 NVSASGRLLACGTTQGDVLIMNSTSLRVLKIVKKAHLGFVTALSFSPDSRALVSASMDSS 360

Query: 361 ARVTVIEEEQKNGFNLWIVIFIMLIAVAA-YFINNYEIHKFELPAFFS 408
           ARVTVIEEEQK G NLWI+IFI+LIA+AA YFINN E HKFE+P FF+
Sbjct: 361 ARVTVIEEEQKKGMNLWIIIFILLIAIAAYYFINNPEFHKFEVPTFFN 405

[Close]
BLAST of Bhi07G000112 vs. ExPASy TrEMBL
Match: A0A6J1K6N4 (SEC12-like protein 2 OS=Cucurbita maxima OX=3661 GN=LOC111492787 PE=4 SV=1)

HSP 1 Score: 670.6 bits (1729), Expect = 4.1e-189
Identity = 340/409 (83.13%), Postives = 368/409 (89.98%), Query Frame = 0 

Query: 1   MEAPQPSNSRKYGIPFYAVAWLPSTSLKSQQEPPESENHSDQS--ADADISADDNKSLPS 60
           MEAP+PSNSRKYG+PFYA AW+PS SLKS+QE  ESE   DQS   D D+SADD K+LPS
Sbjct: 1   MEAPEPSNSRKYGVPFYAAAWVPSISLKSEQESLESEIDRDQSGDGDGDVSADD-KTLPS 60

Query: 61  HPATADNYYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVH 120
           HP TA NYYVAA GGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVH
Sbjct: 61  HPTTAVNYYVAAAGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVH 120

Query: 121 PAGDGIICSLPKSCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLL 180
           PAGDGIICS PKSCSLFK+D KKD  D+KLGLKLSQ+VLSQL+DVG QLAL FNN GSLL
Sbjct: 121 PAGDGIICSFPKSCSLFKLDIKKDDGDQKLGLKLSQKVLSQLDDVGLQLALKFNNEGSLL 180

Query: 181 ATGGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGPCRVWDVTTSTLV 240
           ATGGEDGNLRV KWPSLDI+LNEP+AHSTVKDLDFS D KYLVSLGGPCRVWDVT+ST+V
Sbjct: 181 ATGGEDGNLRVFKWPSLDIILNEPNAHSTVKDLDFSPDGKYLVSLGGPCRVWDVTSSTVV 240

Query: 241 TSLPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNIT 300
           T+LPK NDEVF+SCRFS ANNG+MVLYTA VTGKGG+IV+W+A TWRRVASKLITRDNIT
Sbjct: 241 TALPKGNDEVFVSCRFSLANNGNMVLYTATVTGKGGAIVTWDATTWRRVASKLITRDNIT 300

Query: 301 AFNVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMD 360
           AFNVSANG+LLACGTTQGDVLIINSTSMRVQKIVKKAH+GFVTA+SF  DSRAL SASMD
Sbjct: 301 AFNVSANGKLLACGTTQGDVLIINSTSMRVQKIVKKAHIGFVTAMSFFHDSRALVSASMD 360

Query: 361 SSARVTVIEEEQKNGFNLWIVIFIMLIAVAAYFINNYEIHKFELPAFFS 408
           SS RVT+IEEEQKNG NLW++IFI+LIAVAAY I N +  KFELP F S
Sbjct: 361 SSVRVTLIEEEQKNGMNLWVIIFILLIAVAAYLIKNGKFDKFELPTFSS 408

[Close]
BLAST of Bhi07G000112 vs. ExPASy TrEMBL
Match: A0A6J1GYX6 (SEC12-like protein 2 OS=Cucurbita moschata OX=3662 GN=LOC111458762 PE=4 SV=1)

HSP 1 Score: 666.8 bits (1719), Expect = 5.9e-188
Identity = 336/407 (82.56%), Postives = 365/407 (89.68%), Query Frame = 0 

Query: 1   MEAPQPSNSRKYGIPFYAVAWLPSTSLKSQQEPPESENHSDQSADADISADDNKSLPSHP 60
           MEAP+ SNSRKYG+PFYA AW+PS SLKS++E PESE   DQS D D+SA+D ++LPSHP
Sbjct: 1   MEAPESSNSRKYGVPFYAAAWVPSISLKSEKESPESEIDRDQSGDGDVSAED-ETLPSHP 60

Query: 61  ATADNYYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPA 120
            TA +YYVAA GGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPA
Sbjct: 61  TTAVSYYVAAAGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHPA 120

Query: 121 GDGIICSLPKSCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLAT 180
           GDGIICS PKSCSLFK+D KKD  D+KLGLKLSQ+VLSQLEDVG QLAL FNN GSLLAT
Sbjct: 121 GDGIICSFPKSCSLFKLDIKKDDGDQKLGLKLSQKVLSQLEDVGLQLALKFNNEGSLLAT 180

Query: 181 GGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGPCRVWDVTTSTLVTS 240
           GGEDGNLRV KWPSLDI+LNEP+AHSTVKDLDFS D  YLVSLGGPCRVWDVT+ST+VT+
Sbjct: 181 GGEDGNLRVFKWPSLDIILNEPNAHSTVKDLDFSPDGMYLVSLGGPCRVWDVTSSTVVTA 240

Query: 241 LPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNITAF 300
           LPK NDEVF+SCRFS ANNG+MVLYTA VT KGG+IV+W+A TWRRVASKLITRDNITAF
Sbjct: 241 LPKGNDEVFVSCRFSLANNGNMVLYTATVTSKGGAIVTWDATTWRRVASKLITRDNITAF 300

Query: 301 NVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMDSS 360
           NVSANG+LLACGTTQGDVLIINST MRVQKIVKKAHLGFVTA+SF  DSRAL SASMDSS
Sbjct: 301 NVSANGKLLACGTTQGDVLIINSTGMRVQKIVKKAHLGFVTAMSFFHDSRALVSASMDSS 360

Query: 361 ARVTVIEEEQKNGFNLWIVIFIMLIAVAAYFINNYEIHKFELPAFFS 408
            RVTVIEEEQKNG NLW++IFI+LIAVAAY I N +  KFELP F S
Sbjct: 361 VRVTVIEEEQKNGMNLWVIIFILLIAVAAYLIKNGKFDKFELPTFSS 406

[Close]
BLAST of Bhi07G000112 vs. ExPASy TrEMBL
Match: A0A6J1FTE5 (SEC12-like protein 2 OS=Cucurbita moschata OX=3662 GN=LOC111447960 PE=4 SV=1)

HSP 1 Score: 666.4 bits (1718), Expect = 7.7e-188
Identity = 341/406 (83.99%), Postives = 369/406 (90.89%), Query Frame = 0 

Query: 1   MEAPQPSNSRKYGIPFYAVAWLPSTSLKSQQEPPESEN-HSDQSADADISADDNKSLPSH 60
           ME P PS SRKYG+PFYA AWLP TSL S QEPP+SEN H DQS DA ISA ++KS PSH
Sbjct: 1   METPDPSYSRKYGVPFYAAAWLPFTSLNSHQEPPQSENDHPDQSNDAHISA-NHKSPPSH 60

Query: 61  PATADNYYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHP 120
           P  A NYY+AA GGGGEGRSGISNAL+LA+FDFESRSLSDQPVAKYGTGSDLPYRMAVHP
Sbjct: 61  PTAALNYYIAAAGGGGEGRSGISNALLLAYFDFESRSLSDQPVAKYGTGSDLPYRMAVHP 120

Query: 121 AGDGIICSLPKSCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLA 180
           AGDGIICSLPKSCSLFK+DTKKDA D KLGLKLSQEVLSQLEDVG QLAL FNN GSLLA
Sbjct: 121 AGDGIICSLPKSCSLFKLDTKKDAGDNKLGLKLSQEVLSQLEDVGLQLALAFNNEGSLLA 180

Query: 181 TGGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGPCRVWDVTTSTLVT 240
           TGGEDGNLRV KWPSLDI+LNEPSAHS+VKDLDFS D KYLVSLGGPCRVWDVT+S++VT
Sbjct: 181 TGGEDGNLRVFKWPSLDIILNEPSAHSSVKDLDFSYDGKYLVSLGGPCRVWDVTSSSVVT 240

Query: 241 SLPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNITA 300
           SL KENDEVFISCRFS A +G+MVLYTAAVTG+GGSI++WNA TWRRVASKLITRDNITA
Sbjct: 241 SLTKENDEVFISCRFSMAIDGNMVLYTAAVTGRGGSIITWNATTWRRVASKLITRDNITA 300

Query: 301 FNVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMDS 360
           FNVS NG+LLACGTTQGDVL+INSTSMRVQ+IVKKAHLGFVTALSFS DSRALASASMDS
Sbjct: 301 FNVSTNGKLLACGTTQGDVLVINSTSMRVQQIVKKAHLGFVTALSFSRDSRALASASMDS 360

Query: 361 SARVTVIEEEQKNGFNLWIVIFIMLIAVAAYFINNYEIHKFELPAF 406
           SARVTVIEE+QK G +LW++IFI+LIA+AAYFI N EI K ELP+F
Sbjct: 361 SARVTVIEEKQKKGMSLWVIIFILLIAIAAYFI-NAEILKLELPSF 404

[Close]
BLAST of Bhi07G000112 vs. ExPASy TrEMBL
Match: A0A6J1J4E0 (SEC12-like protein 2 OS=Cucurbita maxima OX=3661 GN=LOC111483300 PE=4 SV=1)

HSP 1 Score: 659.1 bits (1699), Expect = 1.2e-185
Identity = 337/406 (83.00%), Postives = 365/406 (89.90%), Query Frame = 0 

Query: 1   MEAPQPSNSRKYGIPFYAVAWLPSTSLKSQQEPPESEN-HSDQSADADISADDNKSLPSH 60
           ME P PSNSRKYG+PFYA AWLP TSL S QEPP+SEN H DQS DA ISA+  KS PSH
Sbjct: 1   METPDPSNSRKYGVPFYAAAWLPFTSLNSHQEPPQSENDHPDQSNDAHISANP-KSPPSH 60

Query: 61  PATADNYYVAATGGGGEGRSGISNALILAHFDFESRSLSDQPVAKYGTGSDLPYRMAVHP 120
           P  A NYY+AA GGGGEGRSGISNAL+LA+FDF+SRSLS QPVAKYGTGSDLPYRMAVHP
Sbjct: 61  PTAALNYYIAAAGGGGEGRSGISNALLLAYFDFQSRSLSHQPVAKYGTGSDLPYRMAVHP 120

Query: 121 AGDGIICSLPKSCSLFKVDTKKDARDEKLGLKLSQEVLSQLEDVGQQLALTFNNGGSLLA 180
           AGDGIICSLPKSCSLFK+DTKKDA D KLGLKLSQEVLSQL DVG QLAL FNN GSLLA
Sbjct: 121 AGDGIICSLPKSCSLFKLDTKKDAGDNKLGLKLSQEVLSQLADVGLQLALAFNNEGSLLA 180

Query: 181 TGGEDGNLRVLKWPSLDIVLNEPSAHSTVKDLDFSLDDKYLVSLGGPCRVWDVTTSTLVT 240
           TGGEDGNLRV KWPSLDI+LNEPSAHS+VKDLDFS D KYLVSLGGPCRVWDVT+S++VT
Sbjct: 181 TGGEDGNLRVFKWPSLDIILNEPSAHSSVKDLDFSYDGKYLVSLGGPCRVWDVTSSSVVT 240

Query: 241 SLPKENDEVFISCRFSFANNGDMVLYTAAVTGKGGSIVSWNAATWRRVASKLITRDNITA 300
           SL KENDEVFISCRFS   +G+MVLYTAAVTG+GGSI++WNA TWRRVASKLITRDNITA
Sbjct: 241 SLTKENDEVFISCRFSMTIDGNMVLYTAAVTGRGGSIITWNATTWRRVASKLITRDNITA 300

Query: 301 FNVSANGRLLACGTTQGDVLIINSTSMRVQKIVKKAHLGFVTALSFSPDSRALASASMDS 360
           FNVS NG+LLACGT QGDVL+INSTSMRVQ+IVKKAHLGFVTALSFS DSRALASASMDS
Sbjct: 301 FNVSTNGKLLACGTAQGDVLVINSTSMRVQQIVKKAHLGFVTALSFSRDSRALASASMDS 360

Query: 361 SARVTVIEEEQKNGFNLWIVIFIMLIAVAAYFINNYEIHKFELPAF 406
           SARVTVIEE+QK G +LW++IFI+LIA+AAYFI N EI K ELP+F
Sbjct: 361 SARVTVIEEKQKKGMSLWVIIFILLIAIAAYFI-NAEILKLELPSF 404

The following BLAST results are available for this feature:
BLAST of Bhi07G000112 vs. TAIR 10
Match NameE-valueIdentityDescription
AT2G01470.14.9e-10250.89SEC12P-like 2 protein [more]
AT5G50550.13.5e-10049.74Transducin/WD40 repeat-like superfamily protein [more]
AT5G50650.13.5e-10049.74Transducin/WD40 repeat-like superfamily protein [more]
AT3G52190.18.5e-3830.56phosphate transporter traffic facilitator1 [more]
BLAST of Bhi07G000112 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q392216.9e-10150.89SEC12-like protein 2 OS=Arabidopsis thaliana OX=3702 GN=STL2P PE=1 SV=4[more]
Q8GYE01.2e-3630.56SEC12-like protein 1 OS=Arabidopsis thaliana OX=3702 GN=PHF1 PE=1 SV=2[more]
Q9WUQ21.5e-1525.33Prolactin regulatory element-binding protein OS=Mus musculus OX=10090 GN=Preb PE... [more]
Q9WTV02.6e-1524.87Prolactin regulatory element-binding protein OS=Rattus norvegicus OX=10116 GN=Pr... [more]
Q9HCU58.3e-1423.90Prolactin regulatory element-binding protein OS=Homo sapiens OX=9606 GN=PREB PE=... [more]
BLAST of Bhi07G000112 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A1S3C0563.6e-19384.80SEC12-like protein 2 OS=Cucumis melo OX=3656 GN=LOC103495101 PE=4 SV=1[more]
A0A6J1K6N44.1e-18983.13SEC12-like protein 2 OS=Cucurbita maxima OX=3661 GN=LOC111492787 PE=4 SV=1[more]
A0A6J1GYX65.9e-18882.56SEC12-like protein 2 OS=Cucurbita moschata OX=3662 GN=LOC111458762 PE=4 SV=1[more]
A0A6J1FTE57.7e-18883.99SEC12-like protein 2 OS=Cucurbita moschata OX=3662 GN=LOC111447960 PE=4 SV=1[more]
A0A6J1J4E01.2e-18583.00SEC12-like protein 2 OS=Cucurbita maxima OX=3661 GN=LOC111483300 PE=4 SV=1[more]
InterPro
Analysis Name: InterPro Annotations of Wax gourd (B227) v1
Date Performed: 2021-10-22
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR001680WD40 repeatSMARTSM00320WD40_4coord: 325..365
e-value: 0.013
score: 24.6
coord: 195..231
e-value: 39.0
score: 6.9
coord: 153..191
e-value: 0.71
score: 17.9
coord: 283..322
e-value: 19.0
score: 9.0
IPR001680WD40 repeatPFAMPF00400WD40coord: 334..363
e-value: 0.0024
score: 18.7
IPR001680WD40 repeatPROSITEPS50082WD_REPEATS_2coord: 333..363
score: 9.271977
IPR015943WD40/YVTN repeat-like-containing domain superfamilyGENE3D2.130.10.10coord: 58..371
e-value: 3.1E-63
score: 216.3
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 34..48
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 25..61
NoneNo IPR availablePANTHERPTHR23284:SF5SEC12P-LIKE 2 PROTEIN-RELATEDcoord: 5..393
NoneNo IPR availablePANTHERPTHR23284PROLACTIN REGULATORY ELEMENT BINDING PROTEINcoord: 5..393
IPR036322WD40-repeat-containing domain superfamilySUPERFAMILY50978WD40 repeat-likecoord: 105..363

Relationships

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

Feature NameUnique NameType
Bhi07M000112Bhi07M000112mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0016036 cellular response to phosphate starvation
biological_process GO:0006817 phosphate ion transport
biological_process GO:0009306 protein secretion
biological_process GO:0050790 regulation of catalytic activity
biological_process GO:0003400 regulation of COPII vesicle coating
cellular_component GO:0030176 integral component of endoplasmic reticulum membrane
molecular_function GO:0005096 GTPase activator activity
molecular_function GO:0005515 protein binding