Bhi11G000312 (gene) Wax gourd | Cucurbit Genomics Database (CuGenDB)

Overview


Name	Bhi11G000312
Type	gene
Organism	Benincasa hispida (Wax gourd)
Description	Transposon protein, putative, CACTA, En/Spm sub-class
Location	chr11 : 9301336 .. 9311095 (-)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRpolypeptideCDSthree_prime_UTR

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

TTTAAAAACTCTTTTCTCTCCCTTCTTCTTCCTCCCTCACCTCCTCCTCCTCCCCCCCCCCCCCCCCCCAGAACCTCTCTGTGTGCCCTAGCAGCCCCGACCATCTCCTCTCTAGCTGGAATCGCGCGCATCCGACTGAGCCGCCACCAGTTCGCCGGTCGTTCGTTCGTGGGCCGTCGTTTGCACAGGTCAGCTCAATCTCGTCAGCAAGCAGCGATCATCAAGATCTTCTTCGCCGCGCGCCGATCTCGCCCATCTTGTCAGATTTGCGTCCATGCTGCCGTCGTCCCAACCGCTTGACCATTGCGTGCCGCCCCCATCTCCCAGCAGCTCGAGCCACCACCGTAAGATCCAAACACACCGCATCTATTCGACAGAGTCGTCTGCGTCGGTGGTGCCGTCGTCGCCGCCTCCAACCGATCTCTTCCACCACCCATCGCTGCACTGGCCAGCCCTTGTTGTGTGGGTCTTTGTCAGACTCTTTGATTTAGATAAGATCTATTTTTCTGTTGGGTTAAGTTTCTTGAAGGATTTTTGGATGCCCATTAACTTGGAATGGAAGTTAAATTTGTCGCATTATTTTGACTTTAGATTTGAGCATGGGAAACTACTCAAGAGGCTGTCCAGCGGATTCGAGATTATTCAATAAGAGTTGTGGTTCTTATTATTGGTTTTTGGGTATGCATTGATTACTGGATTAAATGTTGACTTAACTCGTATATCTTGAAGGTTCCAAGTCGTTGTCCATTTGGATTTAAAATCTGTTAAGAGGAGATTTTGGAGTCGAAATCTTGGGAGTGTTTGTTGATCAAGTTTCGTTGGGTAAGCTTTTGGGTATCTTGGATTTGGGTATGAGGTTTCGTAGTTATTGTTGGACTAAAATTTAATGGTTTTATTCGTATGTTAGGGTTGTTACATCAAATTGCTGTCATCGTTTGGTTGCCTGATTTTATCTGTGGATTTTCGATTAAGGTAAGTAATCTTACTACTGGAACTGCCCTAGTGCCAGGAAATGATATTTATGATTTATTGAGGATTATTAGTTAGCATGATATTTATATATGCCTTCATTGACTGAGGTTTGAAAGGACTGGTGCCAGGTATTGATAAATATGATTTACTAAGGATATATTGATAGTTTGATGTTTATGTATACCTTGTTGACATGAGGGTTTAAAAGACTAATTGCACATAGAGATGGTTGAATACTAGTATGAATTGAGTATATTATTGTTATTGGAGATCTTGTTGAATCTGAAGATGATGAGATGCATACGTATGTTATAGAGCTATGATGAAGAAATTTATATGTATGTTATAGAACCATGATGATGAGATGTATATGTATGTTATGAGACTAGGATGACGAGAGATATATGTATGTTGTAGAATTATGATGATGAGATGTATATGTATGTTATAGAATCATGTTGTGATACTTGTGATGTTGAGAGTATGATAGTGTCCTTGCTGATTAGTTAGATATTCATCCGAGGTTGTGTTTCCTTCGGGATTCACCAGAGGTTGTGTTTCCTTTAGGATTCACTAGGGGTTTTGTTTCTTTCGGGATTCACCAAGGGTTGTATTTTTTTCGGGATTCACCAGGGGTTATGTTTCCTTCAGGATTCGTCAGGGGTTGTGTTTCCTTTGAGATTCACCAGAGGTTGTGTTTCCTACGGGATTCACCAGAGGATGTGGGTCCTACGGGAATTACTAGAGATAGTGGGCATACTTAACTAGTGTAGGATGAAAGTCCGTTATTCATGTATGTATATGTACCATGAGGACTAGAGAAGTTTATATGTTCCACCAGAGGTAGGAAACTGGAGGACATAGATGCCTAGCTTGACCCCAGTAGTGGGGTTACTTACTGAGTATTTTATACTCATTCTTTCTCATGTTGTTGTTTCAAGTAAAGGTAGAGATGCACCGACGATTGACAAGCAGAATCCGAGGACCCATTTTATGCTTCCACTCATGATATTTAAATTTCTTTTCATGTTTTCAACTTTCCGTTTTGATGTTTGAAACTTACTATCAAGATTTGTTTTCAGACTTATTTATTATCATTTATGATTTATGGGTACCCCATCGTTCCATGCATGCATGTATTTAGTAACGACCCAACTTGAGTCTTAGGGGGTTGGGTCGTTACAACACCCCACTAGCTTTAGAATAAGTGGGAGATTGTTGGGGTTGATGCCCTGAATCTTGTGGTTTTATAGTTTTAAATTGTATTGTACAAACATTTTATTTATCTAACAAAATAAGAGGTATTTTATTTGACATTTAGTTGCATTAACCTACAAAAACCAATAAACTAAGATCTAGGGTTATTTTCTGTAAGTTAAACATGTATGTAGAGACATATCGGTGGATCATGTTTAAGTGATAATCTAAATGGTCAGTAGTAGACGGATAAGGTTGAGTATCTTATCTGAGTGCACTACGAAACGACCTGCCTTGTAGTTGTTACAATTGTTGTAAAGTGTTACAAATGATCTGATCCTAATCATTCATGTAGAGACATGTGAGTGGAGTATACTATACAAAGAGTAGGTATAAGACCGGACCACGAAATGAATAGTCTCTATATATAACACTATTGTTAGTAGAGACTTACATTTCATCAAGATGACCATATGTGACTTGACCTGAATCTTGAGTGAGTTATAGGATGACCATAGGTGTTGTGATGAGATCCTTTGTCTCTCAAATCAAGAACATTCATCCCATTCCAAATTAATCTTGAAACCCGCAAACTCTCAAAGATTCTCTACCTCGAGAATATCGAGGTTTCTACATGAAGGTGTCTAGTTTATTGAGAAATTTGATGTGTTTTTTGGTTGCTCGTGAATTCGAATGGAATTCGAAGAGTTCACAATTTCAAGAGGATCGTGAAGTTATTATTATTTTTTTTTGTCTTTAAGGGCATGTGATCCTCAAATCTCTTTTTCCTCTTTAATTTCTATAAATAAACATGCTTATTAGATTATGTATATATTGTTTCCGTCCTCTGTGTTTTCTGTATGTTCTATAAAATTAGAATTGGGAGATGATCGCTTTCGCAATGTGTATTCGCATATCATTTCACAAAGTGTGGTGGTGGTGGAAGTATAACCCTTTTATCAAACGTGCATGCCGCCGTCGCCATTTGTCCGACTAGATGGGTTTAGGTAACCGCACTTGTTTGAGTAATGCAACACGGTTTTTTTTTTCGTGTTCGGGTTTAGACGACTCTAAGGTGGTTTGTGATGGTTTTTGTCATTGTCACAAATGTTATCTTATCGTCTATCTTTGACACTATTAATTCCTGCTGTAATTTTTTCTTTCCTTATCTTGAAATTTTCTATAGATTTTTTTTGTCCGATATATTTTCCTTATTTGAGGCACTGTTTATTATTTTCTAATTGATGGTTGCTTCCTTTTTTTGCCATGGTTTTAAAAAGGAAAATAATGGTGTTCATTTAGGGTTGCTGCACTTTATTATAGTTGAAGAGTGTTTTTATTTTTGGTGGCCGAATTGTGTAACCATTCTGTTTTTAGTCCATTCATCATATTTCGCTATGCAATTGCATTGATTGAAAATTGTAATTCCTTAAAGATAATTTATGCCTTAGTGGGAACCTAAGGCACTACAGTTGAGAAGGAATTCTTGATCCTAGGGACAGACTAAGACTTCGTTTTTCGAGAAAGAGTTCTTCATCTTAGGGAGTACCTAAGATTCATCAGTGAATGGAGTTCATTGAGAAGCAGAGAATATAATAAAGTTGGAAGTGAGTTTCACACACTGTTGGAGGCCGATGTGATCAACACTAATAATAACATATTTAGGGGGAGTCTAAGTTCGTTTGCGAGGGAGTCTCACATCTAAGGGGAACCTAGATGATCGGTGAGTTGGGCTCCACGTGAGTTGTTGTAATAGTTGTTGTATTGTAGATAAGTTCTATGTTGTAATTGCTTGACTCTTTAATATTAGTAGATTTTCACCAAACTGGGTTACGAACTTCCTTATGTCTTTACTTGATTTCTTGTTGTTGGTATTTTGTTCTCACAATGTTTGTCTTTGCTTTTTGTTTAACATCTGTGTTCTTAATGACGAGTCATCTTATAGCTTTTTCAATAGCTATTTTCATTTTGGATAATGTTTGAGGTTAGGCTTAGTACTTCTACAGTGGATTTATTGTTTTGGAGTAATGAAATTTATACTTTTGTTGATGCATGGTTTGTAAGTTTCCGTATTTTCTTTAATATCCTATTTTTCTCATTGTTGATGGTAAAAAACAATCACAACTTTTATGTTATATGGAGCTTATATTGATGGGCAAAAATCATCAATGAAGGTTATGAGGCATATGTTGAGGGACAAAACTAGTCACCAAAGGTCTTTTTTCATGTCAGGCATTGCCTGTGAACGTTTAGTTGAATTATTAAAGGGGGAAATCTTCTCTTCAAACCACGTTCTTGTAGCTAGCATCTAGAAAAGTCATTTCTCACTACAAGAAAATTGAGCTATTTCGACAATCTTTTATCGGAGGCTATAAAAAACCTTTGAGAAAGATAAATATATTTATTGAAGGTATTGGAAAAACCTTTGAGAAATATGTACTTTTTATTGAAGGTTAATAAAAACATTTGAAAAAGATATATATTTATTGGAGGTTTTGAAAAAAACTTTGAGAAATATTTAGTTTTTATCGAAGGATAATAAAAGCCTTAGAGAAACACATACATTTATCAGAGGCTTTGATAAGTCCTTTGAAAAATATGCACCTTTTATTGAAGGTTAATAAAAAAATTTGAGAAAGATATACATTTATTGAAGGTATTGGAAAAACCTTTGAGAAATATGTACTTTTTATTTATTAGAGGTTTTGAAAAAACCTTTGAGAAATATGTAGTTTTTATCGAAGGGTAATAAAAACCCTTGCCAAAGACATACATTTGTCGGAGGCTTTGATAATTCATTTGAAAAATATGCATCTTTTATTGAATGTTAATAAAAACCTTTGAGAAAGGCTAGGATCGTGAAGATGCGTTAGACGGTCGTGAAGATGCACGCAGTGTTAAACGATGAGGAATGACGCACTAGACGATCGGGCTATACGATAGACAAAGTACTGCACGATCAGTGAAAGCACTAGACGATAGCTGTGCTGCGCTAAACGATGAGCAGACACGCTACACAATAGGCAGAATACTAAGCGATGGGCGTTGGGCGATAGACGTAGGCATGGGGTGATGACGTTAAGCGATAGGCGGATGCGTTAGACAATTGTGAAGATGCGTGCGACATTAAATGATGACGAATGACGTGCTAGACGATCAGATTATACGATAGGCAAAGAACTGCACGATCAGTGAAAGCGCTAGATGATAAGCATAGAAGCTGGACGATAGCGTTAGACGATAGCCGTGCTATGCTAAACGATGACCAGATGCGCTATACCATAGGCAGAATACTAAGTGATGGGTGTTGAGCGATAGACGTAGGCGCTGGGCGATGACGTTAAACGATAGGCAGATGCGTTAGACGATAAGGCGTCAGCGTTAAATGATGGAGGTAAACGATGGGCGCGATAGCTAAACGATAGGCTATGCACAAGTGATATTTATTTATTTTTATTCTGGAAGAATAGTCAAATTTATTATAGTTTTGGGAATTATTACAAAATATGCATTTGTAATAATTTAGAAAAGAAAACAAAAAAACCACTAGGGTTTTTATTTGGGAATTATTATAGATAGTTAGTGATTTTTTAGCATATGGAAACTTATCTGGTTGGAATACAAGTGGTACTTTAGCTTGTCCTTCATGCAATTTTGATACTCGTTCACTTTATTTTAAAAATAGTAAAAAGATGTGCTACATGGGTCATCGTCGTTTCTTACCCATAGAGCATGAATGGAGACTACAACGAGAGTTGTTCGATGGGTTTATTAAAGAAAATCTACCTCTTAAGAATTTTTCTGGAAGTAATATACTTGAACAAGTGAACCAATTTGGAGAACATGTATTTGGCAATAGTGTGAAAAAGAGAAAACGTTCTAAAGATTGGCTAAAGAAAAGCGTATTCTTTGAGCTACCTTATTGGTGCACTTTATTACTACGACACAATTTAGATGTCATGCATATTAAAAAAAATGTTTCTGAAAACGTAATCAGTACATTATTGAATATTAAAGGGAGGACTAAAGATAATTTGAAGTCTCGTCTTGATCTTGAAGAAATGGATCTAAGAAAGGAATTGCATCCAATACAAGAAGAAAACAAATTATACTTACCAGCTTCATGTTGTACATTGTTATCAGATGAAAGAAATGCATTTTGTGAGTATTTGAAGAAATTAAAAGTTCCAGATGGATTCTCTTCTACTGTTGGAAGGTGTGTCGATCTAAAAGGAAGAAAATTATTTGGTCTTAAAAGTTGTGACTACCATATTATTATGGAATATTTTCTTCCATATGCACTTCAAGGGTTGATGAGAAAGGAAGTTCGAGATGTATTAATTAAATTGAGCAATTTTTTTAAGATATTGTGCTCAAAAGTGGTTAAAGTGGACGATATAAATCTTCTTCCTCCGTCGTTCTTTGATATAATGGTGCATTTATTAATCCATTTACCAAATGAGATTAGAGTTGGTGGATTAGTTCAGTATAGGTGGATGTACCCATTTGAAAGGTATTTAAGTAAGTTAAAAACTTATGCACGCAATCGAGCTCATCCTGAAGGTTCTATTGCAGAAGGTTAGATCAGCAATGAATGTGTAATGTTGTGTACTAGATATTTTCACACCATAGAAACTAAGTTCACCAATAGAGAAGAAATGAAGATAATGATTATAATCCTTATGAAGGAATATTATCTTTAAACCACTTGGTCATCCTATGGGACCAGACAAATAAACAAGAAGGCTAAAAATACATAAGTGGAAACAAGCTCATCTCTATATTTTAAAGAACTGTGATGATGTCCTCCCATATATTAGGTATGTAAAAGTTTTCTTATTGATAATTTTTTTAAAATATTTTAAAATAGAATCTAAAGTAACTTTCTAATTTTTTAGTGAGGACATACAAGGATTATAACATCTTGACCCTAGAAACGCACAAAAAAAAGCATGATAAAGAGTTTGTAGAATGGTTTGAAGATCATGTAAGTGAGAAAAGACAACAGTTATGATATATATTCATCTATACAATTTCTATTCATTTTAAAATTTGATACTATTTTCTATGTATGTTACTAAATTATATATCGATGGAAGCAACAAAGTTGACAAGTAGTTATTAGATTTAACTCGAGGTCCATCACAAGAAGTAACATGCTACAAAGGGTACATTATTAATGGATTTAGATTTCGTATCAAGAATGGTGATGATTTAAGAAAAACACAAAAGAGTGGGATAGTAATGAGAGGAGCTGATGATCAAGAGTACTTTGGTGTATTGCATGATATTATTGAATTGAAATATATGGGTGGAAACAAGGTCGTCTTTTTTCAAATTATTTCTGAAATGAAATCAAAGAAAATACTAAATAATAAGCCAATGATTTTTTTTCCGTGTTTCAGAATCGAATTGGCTTAAATAGTCATGATCTTGCCACTATGTCAACGCTCCGTATCCTTCGCGGCCGCCAATAGGTCTATGCCCCTTTTACCCCTTATCACCGGAGACTTGAAGTAAGGAATTCACCTAGAGCTTCTATAAAAAAAAGAGGGCAAGTAAAAATTCAAATGGTAGAATATCAACGGTCTTGGTAAAGGAATTAGTTGATGATCATGGACTAACTAGTGTGAATATAATGTACACATTGGCTGCAAATGAGCCATTTGTATTAGCATGCCAATTTGAACAAGTTTTTTACCTTGAAGATAGAAGAAACCCGGTTTGGTATTTTGTGTTGAAAGTTGATCCAAGAGATTATTACAATATCCCTTTGATCATAGATGAAGATTGTCAAGAAGAAGATGACGAAGAAGACGTAAATAGAGCAATTTAATTCTTAATTTTTTTGTCTATCATTTATGTTAGGTAATCTCTTTTTAACTTTATAATATATGATCTCTTATTTCTTAAACTAATACTCAATTTTTATTATTTTATTTATCTAACTTGTTTTTTTTTTTCCAACAAGTTCATTATTTGTGTAAAGGATGAAAAAAGTAAGAAGCAGATTCAACAACAATAATAGTATAGATAGTCACGAGAATGCTACGATTGCATCTACATCTAACCAAATAGTTGAAGATCAACAATATTCAATAAAATCTAAAGTTGGTTTACAAACTTCATCATCGTTTACGGGAGAAATTAGATCAACTACTAGTCATGAAAAATTTCTTAATAGAGGTAACATGATTTTTTATAATATATGTTATTTGTTTTTGATTTGTTAGTAACTTACTTTCTTTTCTTTCTTTTTACTTTAGAATCTTCTTTTGGAGTAAGAAAAGTATGTGGTCCCACACGAAATCTCAACCTAGTTAAACTACCTCATGTGATTAGATTTGAAGTATCGTGGAGGAAGAAACGACCCGTTGGAGATAATGCTGATATCTTTAAAAGCCAATGCACTATCTTAGCTAGACAAGTCAACTTTACTCCTCTATAAGTAAAAAGTTGGAGAGATATTGATACAACAACAAAAAGGAAACTATTTGAGCTTACATTGGTATGTGAAAAAATTATAATTTTTTTTTCCTTTAATTTACTTCCTACATAATTAGATTACAACTACAATTTTTTTTAGGAACGATTTAAAGTTAAAGGTCATGAGGCTTCAGTATTGCTTCAAATTCATCGATCTTATAATAATTGGAGAGACAGTTTAAAGAAAAATAGTTGTACAAATATGATATAGTTGCAAAACCTTTAGTAAATATTCCACCAGGAATTACAAGAGAAGATGCAGAATATCTTTCAAAGTTGTGGAAGTCAACTGAATATCAGGTTGTATTCTTATATCTTTTTCTTGTACATAAAAAAAAATTGTACTTATTGTTATTTTTTCTATTGATGCTCATACTCTACTTTTGAAATACAGGAGATGTGTGAAAGAAATCAAAAGAACCGTTCTAAATTGAATGTATCTCACACATGTGGTTCACAAAGTATACAACAAAGAGCTGAAAAAGAGGTAATTAGATGAAAAATTACATAAACTTCTTTTAATTTAGTCAAATTATCTAATATATAATATTTTCACTTAAATAGGTTCAAGTCACTAACGAAGAACCGAGTCGAATTAGAATTTGGGAGCTAACTCACTTGAGCAACAATGGATTGGCTGTAAATGAAACTACGCAGGAGAAAATGGTAAATACAAATATTATAGTTCTAACAAAGACACGTGTTTGTTTGTTGTAAACATTTGAATTTATATGTGTTAGTTTTTGAATTATAATATGTGAATTTGTATTTATAGTCGAAACTTAAATCATATGCTTCTCAAGTGATTGATGGTACACTTGACATGAACGAGGATGAGACTTTTGTACGAGTATTTGGACCGGAGAAACACGGGCATGTTCATGGTTATGGAGTAGGTGTTACTCCTTCTGAGTTGTTTGGATCATCGTCTACTATACGCGATCATGAGCGTCGTCTCAATGAGTCCGAACAACGACTTCAAGAATTTGAACAACAAAGAAAAGAATTTGAACAACAAAGAGAGCTTGAGGTAGAAGTACTTAAGCGTCAAATAAGCGAATTAGAAAATCGTTTTGAGGATAGATTTCAAAAAATGATGGCAGAG

mRNA sequence

TTTAAAAACTCTTTTCTCTCCCTTCTTCTTCCTCCCTCACCTCCTCCTCCTCCCCCCCCCCCCCCCCCCAGAACCTCTCTGTGTGCCCTAGCAGCCCCGACCATCTCCTCTCTAGCTGGAATCGCGCGCATCCGACTGAGCCGCCACCAGTTCGCCGGTCGTTCGTTCGTGGGCCGTCGTTTGCACAGGTCAGCTCAATCTCGTCAGCAAGCAGCGATCATCAAGATCTTCTTCGCCGCGCGCCGATCTCGCCCATCTTGTCAGATTTGCGTCCATGCTGCCGTCGTCCCAACCGCTTGACCATTGCGTGCCGCCCCCATCTCCCAGCAGCTCGAGCCACCACCGTAAGATCCAAACACACCGCATCTATTCGACAGAGTCGTCTGCGTCGGTGGTGCCGTCGTCGCCGCCTCCAACCGATCTCTTCCACCACCCATCGCTGCACTGGCCAGCCCTTGTTGTGTGGGTCTTTGTCAGACTCTTTGATTTAGATAAGATCTATTTTTCTGTTGGGTTAAGTTTCTTGAAGGATTTTTGGATGCCCATTAACTTGGAATGGAAGTTAAATTTGTCGCATTATTTTGACTTTAGATTTGAGCATGGGAAACTACTCAAGAGGCTGTCCAGCGGATTCGAGATTATTCAATAAGAGTTGTGGTTCTTATTATTGGTTTTTGGGTATGCATTGATTACTGGATTAAATGTTGACTTAACTCGTATATCTTGAAGGTTCCAAGTCGTTGTCCATTTGGATTTAAAATCTGTTAAGAGGAGATTTTGGAGTCGAAATCTTGGGAGTGTTTGTTGATCAAGTTTCGTTGGGGTTGTTACATCAAATTGCTGTCATCGTTTGGTTGCCTGATTTTATCTGTGGATTTTCGATTAAGGTAAGTAATCTTACTACTGGAACTGCCCTAGTGCCAGGAAATGATATTTATGATTTATTGAGGATTATTAGTTAGCATGATATTTATATATGCCTTCATTGACTGAGGTTTGAAAGGACTGGTGCCAGGTATTGATAAATATGATTTACTAAGGATATATTGATAGTTTGATGTTTATGTATACCTTGTTGACATGAGGGTTTAAAAGACTAATTGCACATAGAGATGGTTGAATACTAGTATGAATTGAGTATATTATTGTTATTGGAGATCTTGTTGAATCTGAAGATGATGAGATGCATACGTATGTTATAGAGCTATGATGAAGAAATTTATATGTATGTTATAGAACCATGATGATGAGATGTATATGTATGTTATGAGACTAGGATGACGAGAGATATATGTATGTTGTAGAATTATGATGATGAGATGTATATGTATGTTATAGAATCATGTTGTGATACTTGTGATGTTGAGAGTATGATAGTGTCCTTGCTGATTAGTTAGATATTCATCCGAGGTTGTGTTTCCTTCGGGATTCACCAGAGGTTGTGTTTCCTTTAGGATTCACTAGGGGTTTTGTTTCTTTCGGGATTCACCAAGGGTTGTATTTTTTTCGGGATTCACCAGGGGTTATGTTTCCTTCAGGATTCGTCAGGGGTTGTGTTTCCTTTGAGATTCACCAGAGGTTGTGTTTCCTACGGGATTCACCAGAGGATGTGGGTCCTACGGGAATTACTAGAGATAGTGGGCATACTTAACTAGTGTAGGATGAAAGTCCGTTATTCATGTATGTATATGTACCATGAGGACTAGAGAAGTTTATATGTTCCACCAGAGGTAGGAAACTGGAGGACATAGATGCCTAGCTTGACCCCAGTAGTGGGGTTACTTACTGAGTATTTTATACTCATTCTTTCTCATGTTGTTGTTTCAAGTAAAGGTAGAGATGCACCGACGATTGACAAGCAGAATCCGAGGACCCATTTTATGCTTCCACTCATGATATTTAAATTTCTTTTCATGTTTTCAACTTTCCGTTTTGATGTTTGAAACTTACTATCAAGATTTGTTTTCAGACTTATTTATTATCATTTATGATTTATGGGTACCCCATCGTTCCATGCATGCATGTATTTAGTAACGACCCAACTTGAGTCTTAGGGGGTTGGGTCGTTACAACACCCCACTAGCTTTAGAATAAGTGGGAGATTGTTGGGGTTGATGCCCTGAATCTTGTGGTTTTATAGTTTTAAATTGTATTGTACAAACATTTTATTTATCTAACAAAATAAGAGGTATTTTATTTGACATTTAGTTGCATTAACCTACAAAAACCAATAAACTAAGATCTAGGGTTATTTTCTGTAAGTTAAACATGTATGTAGAGACATATCGGTGGATCATGTTTAAGTGATAATCTAAATGGTCAGTAGTAGACGGATAAGGTTGAGTATCTTATCTGAGTGCACTACGAAACGACCTGCCTTGTAGTTGTTACAATTGTTGTAAAGTGTTACAAATGATCTGATCCTAATCATTCATGTAGAGACATGTGAGTGGAGTATACTATACAAAGAGTAGGTATAAGACCGGACCACGAAATGAATAGTCTCTATATATAACACTATTGTTAGTAGAGACTTACATTTCATCAAGATGACCATATGTGACTTGACCTGAATCTTGAGTGAGTTATAGGATGACCATAGGTGTTGTGATGAGATCCTTTGTCTCTCAAATCAAGAACATTCATCCCATTCCAAATTAATCTTGAAACCCGCAAACTCTCAAAGATTCTCTACCTCGAGAATATCGAGGTTTCTACATGAAGGTGTCTAGTTTATTGAGAAATTTGATGTGTTTTTTGGTTGCTCGTGAATTCGAATGGAATTCGAAGAGTTCACAATTTCAAGAGGATCGTGAAGTTATTATTATTTTTTTTTGTCTTTAAGGGCATGTGATCCTCAAATCTCTTTTTCCTCTTTAATTTCTATAAATAAACATGCTTATTAGATTATGTATATATTGTTTCCGTCCTCTGTGTTTTCTGTATGTTCTATAAAATTAGAATTGGGAGATGATCGCTTTCGCAATGTGTATTCGCATATCATTTCACAAAGTGTGGTGGTGGTGGAAGTATAACCCTTTTATCAAACGTGCATGCCGCCGTCGCCATTTGTCCGACTAGATGGGTTTAGGTAACCGCACTTGTTTGAGTAATGCAACACGGTTTTTTTTTTCGTGTTCGGGTTTAGACGACTCTAAGGTGGTTTGTGATGGTTTTTGTCATTGTCACAAATGTTATCTTATCGTCTATCTTTGACACTATTAATTCCTGCTGTAATTTTTTCTTTCCTTATCTTGAAATTTTCTATAGATTTTTTTTGTCCGATATATTTTCCTTATTTGAGGCACTGTTTATTATTTTCTAATTGATGGTTGCTTCCTTTTTTTGCCATGGTTTTAAAAAGGAAAATAATGGTGTTCATTTAGGGTTGCTGCACTTTATTATAGTTGAAGAGTGTTTTTATTTTTGGTGGCCGAATTGTGTAACCATTCTGTTTTTAGTCCATTCATCATATTTCGCTATGCAATTGCATTGATTGAAAATTGTAATTCCTTAAAGATAATTTATGCCTTAGTGGGAACCTAAGGCACTACAGTTGAGAAGGAATTCTTGATCCTAGGGACAGACTAAGACTTCGTTTTTCGAGAAAGAGTTCTTCATCTTAGGGAGTACCTAAGATTCATCAGTGAATGGAGTTCATTGAGAAGCAGAGAATATAATAAAGTTGGAAGTGAGTTTCACACACTGTTGGAGGCCGATGTGATCAACACTAATAATAACATATTTAGGGGGAGTCTAAGTTCGTTTGCGAGGGAGTCTCACATCTAAGGGGAACCTAGATGATCGGTGAGTTGGGCTCCACGTGAGTTGTTGTAATAGTTGTTGTATTGTAGATAAGTTCTATGTTGTAATTGCTTGACTCTTTAATATTAGTAGATTTTCACCAAACTGGGTTACGAACTTCCTTATGTCTTTACTTGATTTCTTGTTGTTGGTATTTTGTTCTCACAATGTTTGTCTTTGCTTTTTGTTTAACATCTGTGTTCTTAATGACGAGTCATCTTATAGCTTTTTCAATAGCTATTTTCATTTTGGATAATGTTTGAGGTTAGGCTTAGTACTTCTACAGTGGATTTATTGTTTTGGAGTAATGAAATTTATACTTTTGTTGATGCATGGTTTGTAAGTTTCCGTATTTTCTTTAATATCCTATTTTTCTCATTGTTGATGGTAAAAAACAATCACAACTTTTATGTTATATGGAGCTTATATTGATGGGCAAAAATCATCAATGAAGGTTATGAGGCATATGTTGAGGGACAAAACTAGTCACCAAAGGTCTTTTTTCATGTCAGGCATTGCCTGTGAACGTTTAGTTGAATTATTAAAGGGGGAAATCTTCTCTTCAAACCACGTTCTTGTAGCTAGCATCTAGAAAAGTCATTTCTCACTACAAGAAAATTGAGCTATTTCGACAATCTTTTATCGGAGGCTATAAAAAACCTTTGAGAAAGATAAATATATTTATTGAAGGTATTGGAAAAACCTTTGAGAAATATGTACTTTTTATTGAAGGTTAATAAAAACATTTGAAAAAGATATATATTTATTGGAGGTTTTGAAAAAAACTTTGAGAAATATTTAGTTTTTATCGAAGGATAATAAAAGCCTTAGAGAAACACATACATTTATCAGAGGCTTTGATAAGTCCTTTGAAAAATATGCACCTTTTATTGAAGGTTAATAAAAAAATTTGAGAAAGATATACATTTATTGAAGGTATTGGAAAAACCTTTGAGAAATATGTACTTTTTATTTATTAGAGGTTTTGAAAAAACCTTTGAGAAATATGTAGTTTTTATCGAAGGGTAATAAAAACCCTTGCCAAAGACATACATTTGTCGGAGGCTTTGATAATTCATTTGAAAAATATGCATCTTTTATTGAATGTTAATAAAAACCTTTGAGAAAGGCTAGGATCGTGAAGATGCGTTAGACGGTCGTGAAGATGCACGCAGTGTTAAACGATGAGGAATGACGCACTAGACGATCGGGCTATACGATAGACAAAGTACTGCACGATCAGTGAAAGCACTAGACGATAGCTGTGCTGCGCTAAACGATGAGCAGACACGCTACACAATAGGCAGAATACTAAGCGATGGGCGTTGGGCGATAGACGTAGGCATGGGGTGATGACGTTAAGCGATAGGCGGATGCGTTAGACAATTGTGAAGATGCGTGCGACATTAAATGATGACGAATGACGTGCTAGACGATCAGATTATACGATAGGCAAAGAACTGCACGATCAGTGAAAGCGCTAGATGATAAGCATAGAAGCTGGACGATAGCGTTAGACGATAGCCGTGCTATGCTAAACGATGACCAGATGCGCTATACCATAGGCAGAATACTAAGTGATGGGTGTTGAGCGATAGACGTAGGCGCTGGGCGATGACGTTAAACGATAGGCAGATGCGTTAGACGATAAGGCGTCAGCGTTAAATGATGGAGGTAAACGATGGGCGCGATAGCTAAACGATAGGCTATGCACAAGTGATATTTATTTATTTTTATTCTGGAAGAATAGTCAAATTTATTATAGTTTTGGGAATTATTACAAAATATGCATTTGTAATAATTTAGAAAAGAAAACAAAAAAACCACTAGGGTTTTTATTTGGGAATTATTATAGATAGTTAGTGATTTTTTAGCATATGGAAACTTATCTGGTTGGAATACAAGTGGTACTTTAGCTTGTCCTTCATGCAATTTTGATACTCGTTCACTTTATTTTAAAAATAGTAAAAAGATGTGCTACATGGGTCATCGTCGTTTCTTACCCATAGAGCATGAATGGAGACTACAACGAGAGTTGTTCGATGGGTTTATTAAAGAAAATCTACCTCTTAAGAATTTTTCTGGAAGTAATATACTTGAACAAGTGAACCAATTTGGAGAACATGTATTTGGCAATAGTGTGAAAAAGAGAAAACGTTCTAAAGATTGGCTAAAGAAAAGCGTATTCTTTGAGCTACCTTATTGGTGCACTTTATTACTACGACACAATTTAGATGTCATGCATATTAAAAAAAATGTTTCTGAAAACGTAATCAGTACATTATTGAATATTAAAGGGAGGACTAAAGATAATTTGAAGTCTCGTCTTGATCTTGAAGAAATGGATCTAAGAAAGGAATTGCATCCAATACAAGAAGAAAACAAATTATACTTACCAGCTTCATGTTGTACATTGTTATCAGATGAAAGAAATGCATTTTGTGAGTATTTGAAGAAATTAAAAGTTCCAGATGGATTCTCTTCTACTGTTGGAAGGTGTGTCGATCTAAAAGGAAGAAAATTATTTGGTCTTAAAAGTTGTGACTACCATATTATTATGGAATATTTTCTTCCATATGCACTTCAAGGGTTGATGAGAAAGGAAGTTCGAGATGTATTAATTAAATTGAGCAATTTTTTTAAGATATTGTGCTCAAAAGTGGTTAAAGTGGACGATATAAATCTTCTTCCTCCGTCGTTCTTTGATATAATGGTGCATTTATTAATCCATTTACCAAATGAGATTAGAGTTGGTGGATTAGTTCAGTATAGGTGGATGTACCCATTTGAAAGGTATTTAAGTAAGTTAAAAACTTATGCACGCAATCGAGCTCATCCTGAAGGTTCTATTGCAGAAGGTTAGATCAGCAATGAATGTGTAATGTTGTGTACTAGATATTTTCACACCATAGAAACTAAGTTCACCAATAGAGAAGAAATGAAGATAATGATTATAATCCTTATGAAGGAATATTATCTTTAAACCACTTGGTCATCCTATGGGACCAGACAAATAAACAAGAAGGCTAAAAATACATAAGTGGAAACAAGCTCATCTCTATATTTTAAAGAACTGTGATGATGTCCTCCCATATATTAGGTATGTAAAAGTTTTCTTATTGATAATTTTTTTAAAATATTTTAAAATAGAATCTAAAGTAACTTTCTAATTTTTTAGTGAGGACATACAAGGATTATAACATCTTGACCCTAGAAACGCACAAAAAAAAGCATGATAAAGAGTTTGTAGAATGGTTTGAAGATCATGTAAGTGAGAAAAGACAACAGTTATGATATATATTCATCTATACAATTTCTATTCATTTTAAAATTTGATACTATTTTCTATGTATGTTACTAAATTATATATCGATGGAAGCAACAAAGTTGACAAGTAGTTATTAGATTTAACTCGAGGTCCATCACAAGAAGTAACATGCTACAAAGGGTACATTATTAATGGATTTAGATTTCGTATCAAGAATGGTGATGATTTAAGAAAAACACAAAAGAGTGGGATAGTAATGAGAGGAGCTGATGATCAAGAGTACTTTGGTGTATTGCATGATATTATTGAATTGAAATATATGGGTGGAAACAAGGTCGTCTTTTTTCAAATTATTTCTGAAATGAAATCAAAGAAAATACTAAATAATAAGCCAATGATTTTTTTTCCGTGTTTCAGAATCGAATTGGCTTAAATAGTCATGATCTTGCCACTATGTCAACGCTCCGTATCCTTCGCGGCCGCCAATAGGTCTATGCCCCTTTTACCCCTTATCACCGGAGACTTGAAGTAAGGAATTCACCTAGAGCTTCTATAAAAAAAAGAGGGCAAGTAAAAATTCAAATGGTAGAATATCAACGGTCTTGGTAAAGGAATTAGTTGATGATCATGGACTAACTAGTGTGAATATAATGTACACATTGGCTGCAAATGAGCCATTTGTATTAGCATGCCAATTTGAACAAGTTTTTTACCTTGAAGATAGAAGAAACCCGGTTTGGTATTTTGTGTTGAAAGTTGATCCAAGAGATTATTACAATATCCCTTTGATCATAGATGAAGATTGTCAAGAAGAAGATGACGAAGAAGACGTAAATAGAGCAATTTAATTCTTAATTTTTTTGTCTATCATTTATGTTAGGTAATCTCTTTTTAACTTTATAATATATGATCTCTTATTTCTTAAACTAATACTCAATTTTTATTATTTTATTTATCTAACTTGTTTTTTTTTTTCCAACAAGTTCATTATTTGTGTAAAGGATGAAAAAAGTAAGAAGCAGATTCAACAACAATAATAGTATAGATAGTCACGAGAATGCTACGATTGCATCTACATCTAACCAAATAGTTGAAGATCAACAATATTCAATAAAATCTAAAGTTGGTTTACAAACTTCATCATCGTTTACGGGAGAAATTAGATCAACTACTAGTCATGAAAAATTTCTTAATAGAGATTTGAAGTATCGTGGAGGAAGAAACGACCCGTTGGAGATAATGCTGATATCTTTAAAAGCCAATGCACTATCTTAGCTAGACAAGTCAACTTTACTCCTCTATAAGTAAAAAGTTGGAGAGATATTGATACAACAACAAAAAGGAAACTATTTGAGCTTACATTGGAACGATTTAAAGTTAAAGGTCATGAGGCTTCAGTATTGCTTCAAATTCATCGATCTTATAATAATTGGAGAGACAGTTTAAAGAAAAATAGTTGTACAAATATGATATAGTTGCAAAACCTTTAGTAAATATTCCACCAGGAATTACAAGAGAAGATGCAGAATATCTTTCAAAGTTGTGGAAGTCAACTGAATATCAGGAGATGTGTGAAAGAAATCAAAAGAACCGTTCTAAATTGAATGTATCTCACACATGTGGTTCACAAAGTATACAACAAAGAGCTGAAAAAGAGGTTCAAGTCACTAACGAAGAACCGAGTCGAATTAGAATTTGGGAGCTAACTCACTTGAGCAACAATGGATTGGCTGTAAATGAAACTACGCAGGAGAAAATGTCGAAACTTAAATCATATGCTTCTCAAGTGATTGATGGTACACTTGACATGAACGAGGATGAGACTTTTGTACGAGTATTTGGACCGGAGAAACACGGGCATGTTCATGGTTATGGAGTAGGTGTTACTCCTTCTGAGTTGTTTGGATCATCGTCTACTATACGCGATCATGAGCGTCGTCTCAATGAGTCCGAACAACGACTTCAAGAATTTGAACAACAAAGAAAAGAATTTGAACAACAAAGAGAGCTTGAGGTAGAAGTACTTAAGCGTCAAATAAGCGAATTAGAAAATCGTTTTGAGGATAGATTTCAAAAAATGATGGCAGAG

Coding sequence (CDS)

ATGTGCTACATGGGTCATCGTCGTTTCTTACCCATAGAGCATGAATGGAGACTACAACGAGAGTTGTTCGATGGGTTTATTAAAGAAAATCTACCTCTTAAGAATTTTTCTGGAAGTAATATACTTGAACAAGTGAACCAATTTGGAGAACATGTATTTGGCAATAGTGTGAAAAAGAGAAAACGTTCTAAAGATTGGCTAAAGAAAAGCGTATTCTTTGAGCTACCTTATTGGTGCACTTTATTACTACGACACAATTTAGATGTCATGCATATTAAAAAAAATGTTTCTGAAAACGTAATCAGTACATTATTGAATATTAAAGGGAGGACTAAAGATAATTTGAAGTCTCGTCTTGATCTTGAAGAAATGGATCTAAGAAAGGAATTGCATCCAATACAAGAAGAAAACAAATTATACTTACCAGCTTCATGTTGTACATTGTTATCAGATGAAAGAAATGCATTTTGTGAGTATTTGAAGAAATTAAAAGTTCCAGATGGATTCTCTTCTACTGTTGGAAGGTGTGTCGATCTAAAAGGAAGAAAATTATTTGGTCTTAAAAGTTGTGACTACCATATTATTATGGAATATTTTCTTCCATATGCACTTCAAGGGTTGATGAGAAAGGAAGTTCGAGATGTATTAATTAAATTGAGCAATTTTTTTAAGATATTGTGCTCAAAAGTGGTTAAAGTGGACGATATAAATCTTCTTCCTCCGTCGTTCTTTGATATAATGGTGCATTTATTAATCCATTTACCAAATGAGATTAGAGTTGGTGGATTAGTTCAGTATAGGTGGATGTACCCATTTGAAAGGTATTTAAGTAAGTTAAAAACTTATGCACGCAATCGAGCTCATCCTGAAGGTTCTATTGCAGAAGGTTAG

Protein sequence

MCYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQVNQFGEHVFGNSVKKRKRSKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGRTKDNLKSRLDLEEMDLRKELHPIQEENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGFSSTVGRCVDLKGRKLFGLKSCDYHIIMEYFLPYALQGLMRKEVRDVLIKLSNFFKILCSKVVKVDDINLLPPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFERYLSKLKTYARNRAHPEGSIAEG

Homology

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BLAST of Bhi11G000312 vs. TrEMBL
Match: tr|A0A2N9GUI6|A0A2N9GUI6_FAGSY (Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS30961 PE=4 SV=1)

HSP 1 Score: 363.2 bits (931), Expect = 5.4e-97
Identity = 177/311 (56.91%), Postives = 222/311 (71.38%), Query Frame = 0


Query: 2   CYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQVNQFGEHVFGNSVK-KR 61
           C+MGHRRFLPI+H WRLQ  LFDG  + +   K  SG +++ QV+     +FG  VK KR
Sbjct: 538 CFMGHRRFLPIKHRWRLQSRLFDGKKETSSSPKQLSGDDVVHQVHNLEGLIFGKGVKRKR 597

Query: 62  KRSKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGRTKDNLKSRLD 121
             S +WLKKS+FFELPYW TLLLRHNLD MHI+KNV ++VI TL+NIKG+TKDN +SRLD
Sbjct: 598 DESTNWLKKSIFFELPYWRTLLLRHNLDAMHIEKNVCDSVIGTLMNIKGKTKDNFRSRLD 657

Query: 122 LEEMDLRKELHPIQEENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGFSSTVGRCVDLK 181
           L+   +R+ELHPI    K+ LP++C TL ++E+  FCE+L ++K PDG+SS + R V+LK
Sbjct: 658 LQARGIREELHPIPHGEKMLLPSACYTLSTEEKRVFCEFLTEVKFPDGYSSNIARLVNLK 717

Query: 182 GRKLFGLKSCDYHIIMEYFLPYALQGLMRKEVRDVLIKLSNFFKILCSKVVKVDDIN--- 241
            RK+ GLKS D HI++E  LP A+ GL+ K V   LI+LSNFFK LCSKV+ VDD+    
Sbjct: 718 DRKISGLKSHDCHILLETLLPMAIDGLLPKNVSAPLIELSNFFKTLCSKVLNVDDLKKIE 777

Query: 242 ------------LLPPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFERYLSKLKTYARN 297
                       + PPSFFD+M+HL IHL +E  + G VQYRWMYP ERYL  LK Y RN
Sbjct: 778 SRIVIVLCQLEMIFPPSFFDVMMHLPIHLASEAMIAGPVQYRWMYPIERYLHTLKNYVRN 837

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BLAST of Bhi11G000312 vs. TrEMBL
Match: tr|A0A2N9HCP8|A0A2N9HCP8_FAGSY (Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS40018 PE=4 SV=1)

HSP 1 Score: 354.8 bits (909), Expect = 1.9e-94
Identity = 174/310 (56.13%), Postives = 218/310 (70.32%), Query Frame = 0


Query: 3   YMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQVNQFGEHVFGNSVK-KRK 62
           +MGHRRFLPI+H WRLQ  LFDG  + +   K  SG +++ QV+     +FG  VK KR 
Sbjct: 457 FMGHRRFLPIKHRWRLQSRLFDGKKETSSSPKQLSGDDVVHQVHNLEGLIFGKGVKRKRD 516

Query: 63  RSKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGRTKDNLKSRLDL 122
            S +WLKKS+FFELPYW TLLLRHNLD MHI+KNV ++VI TL+NIKG+TKDN +SRLDL
Sbjct: 517 ESTNWLKKSIFFELPYWRTLLLRHNLDAMHIEKNVCDSVIGTLMNIKGKTKDNFRSRLDL 576

Query: 123 EEMDLRKELHPIQEENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGFSSTVGRCVDLKG 182
           +   +R+ELHPI    K+  P++C TL ++E+  FCE+L ++K PDG+SS + R V+LK 
Sbjct: 577 QARGIREELHPIPHGEKVLSPSACYTLSTEEKRVFCEFLTEVKFPDGYSSNIARLVNLKD 636

Query: 183 RKLFGLKSCDYHIIMEYFLPYALQGLMRKEVRDVLIKLSNFFKILCSKVVKVDDIN---- 242
           RK+ GLKS D HI++E  LP  + GL+ K V   LI+LSNFFK LCSKV+ VDD+     
Sbjct: 637 RKISGLKSHDCHILLETLLPMVIDGLLPKNVSAPLIELSNFFKTLCSKVLNVDDLKKIES 696

Query: 243 -----------LLPPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFERYLSKLKTYARNR 297
                      + PPSFFD+M+HL IHL  E  + G VQYRWMYP ERYL  LK Y RNR
Sbjct: 697 RIVIVLCQLEMIFPPSFFDVMMHLPIHLAGEAMIAGPVQYRWMYPIERYLHTLKNYVRNR 756

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BLAST of Bhi11G000312 vs. TrEMBL
Match: tr|A0A251V720|A0A251V720_HELAN (Uncharacterized protein OS=Helianthus annuus OX=4232 GN=HannXRQ_Chr03g0071531 PE=4 SV=1)

HSP 1 Score: 325.9 bits (834), Expect = 9.6e-86
Identity = 159/312 (50.96%), Postives = 220/312 (70.51%), Query Frame = 0


Query: 2   CYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQVNQFGEHVFGNSVKKRK 61
           C+MGHRR+LP +H +R  ++ FDG  +     +  +GS +L+++N F E  FG  VK   
Sbjct: 515 CFMGHRRYLPGDHAFRKDKKSFDGTKETERQPRGLTGSEVLDELNGF-EIKFGKLVKTNP 574

Query: 62  RSK-DWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGRTKDNLKSRLD 121
               +W K+S+FFELPYW T LLRHNLDVMHI+KNV ++V+ TL+N+ G+TKD+LK+RLD
Sbjct: 575 DLPFNWKKRSIFFELPYWKTNLLRHNLDVMHIEKNVCDSVVGTLMNLDGKTKDHLKARLD 634

Query: 122 LEEMDLRKELHP-IQEENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGFSSTVGRCVDL 181
           L+EM +R ELHP +Q  NK+YLP +C ++   E++ FC  LKK+KVPDG+++ + RCV+L
Sbjct: 635 LQEMGIRPELHPKVQNNNKVYLPPACFSMDKKEKDIFCRVLKKVKVPDGYAANISRCVEL 694

Query: 182 KGRKLFGLKSCDYHIIMEYFLPYALQGLMRKEVRDVLIKLSNFFKILCSKVVKVDDI--- 241
           K  KLFGLKS D HI+M+  LP AL+ ++ K VR  ++KL  ++K LCSKV+  +D+   
Sbjct: 695 KPPKLFGLKSHDSHILMQQLLPIALRNVLPKHVRYPVMKLCRYYKQLCSKVLNPNDLVQM 754

Query: 242 ------------NLLPPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFERYLSKLKTYAR 297
                        + PPSFFD+MVHL +HL +E ++GG V YRWMYP ERYLS LK+Y +
Sbjct: 755 ENEIGKILCDLERIFPPSFFDVMVHLSVHLASEAKLGGTVHYRWMYPIERYLSTLKSYVK 814

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BLAST of Bhi11G000312 vs. TrEMBL
Match: tr|A0A1S4AY24|A0A1S4AY24_TOBAC (uncharacterized protein LOC107802577 isoform X1 OS=Nicotiana tabacum OX=4097 GN=LOC107802577 PE=4 SV=1)

HSP 1 Score: 323.9 bits (829), Expect = 3.7e-85
Identity = 160/316 (50.63%), Postives = 221/316 (69.94%), Query Frame = 0


Query: 2   CYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQV-NQFGEHVFGNSVKKR 61
           CYMGHRRFLP+ H+WR  +  F+G  ++ LP K  SG +IL+QV + +G  +  +  KK 
Sbjct: 164 CYMGHRRFLPLNHKWRNDKASFNGTKEKRLPPKQLSGDDILDQVADLYGLQLTKDPKKKI 223

Query: 62  K-----RSKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGRTKDNL 121
           K     R  +W KKS+FF+LPYW  LLLRHNLDVMHI+KN+ +N++ T+LNIKG+TKD +
Sbjct: 224 KISHESRGDNWNKKSIFFDLPYWKALLLRHNLDVMHIEKNICDNILGTILNIKGKTKDTI 283

Query: 122 KSRLDLEEMDLRKELHPIQEENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGFSSTVGR 181
            +RLDL+ M++RKELHPI+  +K  LP +C TL  +E++ F  +LK LKVPDGFSS + +
Sbjct: 284 NTRLDLQAMNIRKELHPIKIGDKYDLPTACYTLSPEEKDRFFSFLKNLKVPDGFSSNIFQ 343

Query: 182 CVDLKGRKLFGLKSCDYHIIMEYFLPYALQGLMRKEVRDVLIKLSNFFKILCSKVVKVDD 241
           CV+LK RK+ GLKS D H+++++ LP AL+G++ K V ++LI+LS FF +L SK + VD+
Sbjct: 344 CVNLKDRKISGLKSHDCHVLLQHLLPLALRGMLCKSVCELLIELSLFFNVLGSKCLSVDE 403

Query: 242 I---------------NLLPPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFERYLSKLK 297
           +                + PP+FFD+M HL IHL NE ++ G  QYRWMYP ERY+  +K
Sbjct: 404 LEQIDAQIPITECKLEKVFPPTFFDVMEHLPIHLANEAKIAGPSQYRWMYPMERYIYFIK 463

[Close]

BLAST of Bhi11G000312 vs. TrEMBL
Match: tr|A0A1S4AYF5|A0A1S4AYF5_TOBAC (uncharacterized protein LOC107802577 isoform X2 OS=Nicotiana tabacum OX=4097 GN=LOC107802577 PE=4 SV=1)

HSP 1 Score: 323.9 bits (829), Expect = 3.7e-85
Identity = 160/316 (50.63%), Postives = 221/316 (69.94%), Query Frame = 0


Query: 2   CYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQV-NQFGEHVFGNSVKKR 61
           CYMGHRRFLP+ H+WR  +  F+G  ++ LP K  SG +IL+QV + +G  +  +  KK 
Sbjct: 164 CYMGHRRFLPLNHKWRNDKASFNGTKEKRLPPKQLSGDDILDQVADLYGLQLTKDPKKKI 223

Query: 62  K-----RSKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGRTKDNL 121
           K     R  +W KKS+FF+LPYW  LLLRHNLDVMHI+KN+ +N++ T+LNIKG+TKD +
Sbjct: 224 KISHESRGDNWNKKSIFFDLPYWKALLLRHNLDVMHIEKNICDNILGTILNIKGKTKDTI 283

Query: 122 KSRLDLEEMDLRKELHPIQEENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGFSSTVGR 181
            +RLDL+ M++RKELHPI+  +K  LP +C TL  +E++ F  +LK LKVPDGFSS + +
Sbjct: 284 NTRLDLQAMNIRKELHPIKIGDKYDLPTACYTLSPEEKDRFFSFLKNLKVPDGFSSNIFQ 343

Query: 182 CVDLKGRKLFGLKSCDYHIIMEYFLPYALQGLMRKEVRDVLIKLSNFFKILCSKVVKVDD 241
           CV+LK RK+ GLKS D H+++++ LP AL+G++ K V ++LI+LS FF +L SK + VD+
Sbjct: 344 CVNLKDRKISGLKSHDCHVLLQHLLPLALRGMLCKSVCELLIELSLFFNVLGSKCLSVDE 403

Query: 242 I---------------NLLPPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFERYLSKLK 297
           +                + PP+FFD+M HL IHL NE ++ G  QYRWMYP ERY+  +K
Sbjct: 404 LEQIDAQIPITECKLEKVFPPTFFDVMEHLPIHLANEAKIAGPSQYRWMYPMERYIYFIK 463

[Close]

BLAST of Bhi11G000312 vs. NCBI nr
Match: XP_022143595.1 (uncharacterized protein LOC111013454 [Momordica charantia] >XP_022143596.1 uncharacterized protein LOC111013454 [Momordica charantia] >XP_022143597.1 uncharacterized protein LOC111013454 [Momordica charantia])

HSP 1 Score: 479.6 bits (1233), Expect = 7.9e-132
Identity = 228/311 (73.31%), Postives = 264/311 (84.89%), Query Frame = 0


Query: 1   MCYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQVNQFGEHVFGNSVKKR 60
           MCYMGHRRFLP+++E RLQ ELFDG I+E L L+  SGS+ILEQVNQF E++FGNSVK+R
Sbjct: 1   MCYMGHRRFLPLDYERRLQPELFDGHIEEELRLEQLSGSDILEQVNQFEEYIFGNSVKER 60

Query: 61  KRSKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGRTKDNLKSRLD 120
           KR+K+WLKKS+FFELPYW TL+LRHNLDVMHI++N+ EN+I TLLNIKGRTKDNLKSRLD
Sbjct: 61  KRAKNWLKKSLFFELPYWGTLMLRHNLDVMHIERNICENMIGTLLNIKGRTKDNLKSRLD 120

Query: 121 LEEMDLRKELHPIQEENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGFSSTVGRCVDLK 180
           L++M +R +LHP+Q ENK +L ASCCTL  DE+NAFCEY   LKVPDGFSST+G CV+LK
Sbjct: 121 LQQMGIRTKLHPVQHENKWHLAASCCTLSLDEKNAFCEYFNTLKVPDGFSSTIGGCVNLK 180

Query: 181 GRKLFGLKSCDYHIIMEYFLPYALQGLMRKEVRDVLIKLSNFFKILCSKVVKVDDINLL- 240
           GRK+FGLKS DYH+IMEY LPYALQGLM+K+VRDVLI LSNFFK LCSKVVKVDDI ++ 
Sbjct: 181 GRKIFGLKSHDYHVIMEYLLPYALQGLMKKDVRDVLIDLSNFFKTLCSKVVKVDDIKIIE 240

Query: 241 --------------PPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFERYLSKLKTYARN 297
                         PPSFFD+MVHLL+HLPNE+R+ G VQYRWMYPFERYLSKLK Y RN
Sbjct: 241 DEIIRILCRMEMMFPPSFFDVMVHLLVHLPNEVRISGSVQYRWMYPFERYLSKLKAYVRN 300

[Close]

BLAST of Bhi11G000312 vs. NCBI nr
Match: XP_020999494.1 (uncharacterized protein LOC107489344 [Arachis duranensis])

HSP 1 Score: 334.7 bits (857), Expect = 3.1e-88
Identity = 170/323 (52.63%), Postives = 222/323 (68.73%), Query Frame = 0


Query: 2   CYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQVNQFGEHVFGN--SVKK 61
           C++GHRRFLPI H WR ++ELFDG  +     K  SG +IL+QV      V  N   +KK
Sbjct: 468 CFLGHRRFLPIRHRWRREKELFDGTKELRRLPKQLSGDDILQQVFNLEGLVVSNHKDIKK 527

Query: 62  RKR---------SKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGR 121
           RKR         S  WLKKS+FFELPYW TLLLRHNLDVMHI+KN+ +NV+ TL++I G+
Sbjct: 528 RKRSAAGKEMGSSNPWLKKSIFFELPYWRTLLLRHNLDVMHIEKNICDNVLGTLMDIPGK 587

Query: 122 TKDNLKSRLDLEEMDLRKELHPIQE-ENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGF 181
           TKDNL SRLD+EE+ ++K+LHPI+E E  L +P +   L + ER + CE+L+ +KVPDG+
Sbjct: 588 TKDNLNSRLDMEELGIKKDLHPIREGEKVLSVPDAIYKLNNKERRSLCEFLQNVKVPDGY 647

Query: 182 SSTVGRCVDLKGRKLFGLKSCDYHIIMEYFLPYALQGLMRK-EVRDVLIKLSNFFKILCS 241
           SS + RC++LK +K++GLK+ D H+++E FLP  L+GL    +VR  LI L +FFK LCS
Sbjct: 648 SSNLRRCINLKEKKIYGLKTHDCHVLLECFLPLVLRGLFSSHDVRSALIGLCSFFKELCS 707

Query: 242 KVVKVDDIN---------------LLPPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFE 297
           KV+ V ++                + PPSFFD+M+HL IHL +E ++ G V YRWMYP E
Sbjct: 708 KVLTVKNLEKIEEQIIITLCKLEMIFPPSFFDVMIHLPIHLASEAKIAGPVHYRWMYPIE 767

[Close]

BLAST of Bhi11G000312 vs. NCBI nr
Match: XP_025646460.1 (uncharacterized protein LOC112741639 [Arachis hypogaea] >XP_025646471.1 uncharacterized protein LOC112741639 [Arachis hypogaea])

HSP 1 Score: 334.3 bits (856), Expect = 4.1e-88
Identity = 170/323 (52.63%), Postives = 222/323 (68.73%), Query Frame = 0


Query: 2   CYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQVNQFGEHVFGN--SVKK 61
           C++GHRRFLPI H WR ++ELFDG  +     K  SG +IL+QV      V  N   +KK
Sbjct: 468 CFLGHRRFLPIRHRWRHEKELFDGTKELRRLPKQLSGDDILQQVFNLEGLVVSNHKDIKK 527

Query: 62  RKR---------SKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGR 121
           RKR         S  WLKKS+FFELPYW TLLLRHNLDVMHI+KN+ +NV+ TL++I G+
Sbjct: 528 RKRSAAGKEMGSSNPWLKKSIFFELPYWRTLLLRHNLDVMHIEKNICDNVLGTLMDIPGK 587

Query: 122 TKDNLKSRLDLEEMDLRKELHPIQE-ENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGF 181
           TKDNL SRLD+EE+ ++K+LHPI+E E  L +P +   L + ER + CE+L+ +KVPDG+
Sbjct: 588 TKDNLNSRLDMEELGIKKDLHPIREGEKVLSVPDAIYKLNNKERRSLCEFLQNVKVPDGY 647

Query: 182 SSTVGRCVDLKGRKLFGLKSCDYHIIMEYFLPYALQGLMRK-EVRDVLIKLSNFFKILCS 241
           SS + RC++LK +K++GLK+ D H+++E FLP  L+GL    +VR  LI L +FFK LCS
Sbjct: 648 SSNLRRCINLKEKKIYGLKTHDCHVLLECFLPLVLRGLFSSHDVRSALIGLCSFFKELCS 707

Query: 242 KVVKVDDIN---------------LLPPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFE 297
           KV+ V ++                + PPSFFD+M+HL IHL +E ++ G V YRWMYP E
Sbjct: 708 KVLTVKNLEKIEEQIIITLCKLEMIFPPSFFDVMIHLPIHLASEAKIAGPVHYRWMYPIE 767

[Close]

BLAST of Bhi11G000312 vs. NCBI nr
Match: XP_010662631.2 (PREDICTED: uncharacterized protein LOC100245099 [Vitis vinifera])

HSP 1 Score: 331.6 bits (849), Expect = 2.7e-87
Identity = 160/320 (50.00%), Postives = 219/320 (68.44%), Query Frame = 0


Query: 2   CYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQVNQFGEHVFGNSVK--- 61
           CYMGHRRFLPI+H +R  ++ FDG  +     K  SG +IL Q++       G + K   
Sbjct: 185 CYMGHRRFLPIDHRFRCDKKSFDGNEEHRAAPKQLSGEDILHQLDGMEHITLGKTSKNKV 244

Query: 62  --KRKR-----SKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGRT 121
             KRKR       +W KKS+FF+ PYW TL+LRHNLDVMHIKKN+ ++++ TLL I G++
Sbjct: 245 SAKRKREHVELEHNWKKKSIFFQFPYWKTLILRHNLDVMHIKKNICDSIVGTLLTIDGKS 304

Query: 122 KDNLKSRLDLEEMDLRKELHPIQEENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGFSS 181
           KDN  SRLDL+ + +R +LHPIQ  N++ LPA+C +L S+E+  FC++LK++KVPDG++S
Sbjct: 305 KDNFNSRLDLQVIGIRDQLHPIQRGNRVILPAACYSLTSNEKKEFCKFLKEVKVPDGYAS 364

Query: 182 TVGRCVDLKGRKLFGLKSCDYHIIMEYFLPYALQGLMRKEVRDVLIKLSNFFKILCSKVV 241
            + RCV +  RK+FGLKS D H++M+  LP A++G++ K V  V+++L +FFK LCSKV+
Sbjct: 365 NISRCVQVNERKIFGLKSHDCHVLMQQLLPLAIRGVLHKNVCAVIVELCSFFKQLCSKVL 424

Query: 242 KVDDI---------------NLLPPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFERYL 297
           K D +                + PPSFF +MVHL IHL +E +V G VQYRWMYP ERYL
Sbjct: 425 KTDQLEHLENDIIVTLCKLERIFPPSFFYVMVHLPIHLASEAKVAGPVQYRWMYPIERYL 484

[Close]

BLAST of Bhi11G000312 vs. NCBI nr
Match: XP_019255076.1 (PREDICTED: uncharacterized protein LOC109233657 [Nicotiana attenuata])

HSP 1 Score: 328.9 bits (842), Expect = 1.7e-86
Identity = 153/315 (48.57%), Postives = 215/315 (68.25%), Query Frame = 0


Query: 1   MCYMGHRRFLPIEHEWRLQRELFDGFIKENLPLKNFSGSNILEQVNQFGEHVFGNSVKKR 60
           +CYMGHR FLP++H W   R LFDG +++ +     +G ++L Q+   G   FG   K++
Sbjct: 242 LCYMGHRCFLPLDHPWHKNRRLFDGKVEKGVAPNPLTGDDVLMQLQGLGNVTFGKGQKRK 301

Query: 61  ----KRSKDWLKKSVFFELPYWCTLLLRHNLDVMHIKKNVSENVISTLLNIKGRTKDNLK 120
                 + +W KKS+FFELPYW TLLLRHNLD+MHI+KNVS N++ST++N+ G+TKD LK
Sbjct: 302 CNAPNNAYNWKKKSIFFELPYWKTLLLRHNLDMMHIEKNVSHNILSTVMNVVGKTKDTLK 361

Query: 121 SRLDLEEMDLRKELHPIQEENKLYLPASCCTLLSDERNAFCEYLKKLKVPDGFSSTVGRC 180
           SR DL ++  R+ LHPI + N + LPA+C  L  +E+   C +L  LKVPD FSS + RC
Sbjct: 362 SRYDLVDLGTRQGLHPIHDRNNVLLPAACYALSPEEKLKVCNFLANLKVPDAFSSNISRC 421

Query: 181 VDLKGRKLFGLKSCDYHIIMEYFLPYALQGLMRKEVRDVLIKLSNFFKILCSKVVKVDDI 240
           V ++ +K+ GLKS D+H+++E   P A+ G++ KEV + +I++  FFK LCSK + ++D+
Sbjct: 422 VKVEEKKIHGLKSHDHHVLLEDIFPLAIYGVLPKEVSEPIIEIGKFFKNLCSKCLTIEDL 481

Query: 241 NLL---------------PPSFFDIMVHLLIHLPNEIRVGGLVQYRWMYPFERYLSKLKT 297
           ++L               PP+FFD+++HL IHL  E ++GG VQYRWMYPFERYL  LK+
Sbjct: 482 DILEAEIAITLCKFQMVFPPAFFDVIIHLPIHLAREAKLGGPVQYRWMYPFERYLQILKS 541

The following BLAST results are available for this feature:

BLAST of Bhi11G000312 vs. TAIR10


Match Name	E-value	Identity	Description

BLAST of Bhi11G000312 vs. Swiss-Prot


Match Name	E-value	Identity	Description

BLAST of Bhi11G000312 vs. TrEMBL


Match Name	E-value	Identity	Description
tr\|A0A2N9GUI6\|A0A2N9GUI6_FAGSY	5.4e-97	56.91	Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS30961 PE=4 SV=1	[more]
tr\|A0A2N9HCP8\|A0A2N9HCP8_FAGSY	1.9e-94	56.13	Uncharacterized protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS40018 PE=4 SV=1	[more]
tr\|A0A251V720\|A0A251V720_HELAN	9.6e-86	50.96	Uncharacterized protein OS=Helianthus annuus OX=4232 GN=HannXRQ_Chr03g0071531 PE...	[more]
tr\|A0A1S4AY24\|A0A1S4AY24_TOBAC	3.7e-85	50.63	uncharacterized protein LOC107802577 isoform X1 OS=Nicotiana tabacum OX=4097 GN=...	[more]
tr\|A0A1S4AYF5\|A0A1S4AYF5_TOBAC	3.7e-85	50.63	uncharacterized protein LOC107802577 isoform X2 OS=Nicotiana tabacum OX=4097 GN=...	[more]

BLAST of Bhi11G000312 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022143595.1	7.9e-132	73.31	uncharacterized protein LOC111013454 [Momordica charantia] >XP_022143596.1 uncha...	[more]
XP_020999494.1	3.1e-88	52.63	uncharacterized protein LOC107489344 [Arachis duranensis]	[more]
XP_025646460.1	4.1e-88	52.63	uncharacterized protein LOC112741639 [Arachis hypogaea] >XP_025646471.1 uncharac...	[more]
XP_010662631.2	2.7e-87	50.00	PREDICTED: uncharacterized protein LOC100245099 [Vitis vinifera]	[more]
XP_019255076.1	1.7e-86	48.57	PREDICTED: uncharacterized protein LOC109233657 [Nicotiana attenuata]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR025452	DUF4218
IPR004242	Transposase_21

Relationships

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


Feature Name	Unique Name	Type
Bhi11M000312	Bhi11M000312	mRNA

InterPro

Analysis Name: InterPro Annotations of wax gourd
Date Performed: 2019-11-17


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR004242	Transposon, En/Spm-like	PFAM	PF02992	Transposase_21	coord: 1..47 e-value: 1.8E-8 score: 33.8
IPR025452	Domain of unknown function DUF4218	PFAM	PF13960	DUF4218	coord: 216..296 e-value: 1.1E-27 score: 95.9
None	No IPR available	PANTHER	PTHR10775	UNCHARACTERIZED	coord: 2..287
None	No IPR available	PANTHER	PTHR10775:SF96	SUBFAMILY NOT NAMED	coord: 2..287

Synteny

The following gene(s) are orthologous to this gene:

None

The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:


Gene	Organism	Block
Bhi11G000312	Cucumber (Gy14) v1	cgywgoB016
Bhi11G000312	Cucumber (Gy14) v2	cgybwgoB209
Bhi11G000312	Cucurbita maxima (Rimu)	cmawgoB0419
Bhi11G000312	Cucurbita maxima (Rimu)	cmawgoB0988
Bhi11G000312	Cucurbita maxima (Rimu)	cmawgoB0995
Bhi11G000312	Cucurbita moschata (Rifu)	cmowgoB0414
Bhi11G000312	Cucurbita moschata (Rifu)	cmowgoB0985
Bhi11G000312	Cucurbita pepo (Zucchini)	cpewgoB0276
Bhi11G000312	Cucurbita pepo (Zucchini)	cpewgoB1074
Bhi11G000312	Wild cucumber (PI 183967)	cpiwgoB218
Bhi11G000312	Cucumber (Chinese Long) v3	cucwgoB223
Bhi11G000312	Cucumber (Chinese Long) v2	cuwgoB218
Bhi11G000312	Bottle gourd (USVL1VR-Ls)	lsiwgoB534
Bhi11G000312	Melon (DHL92) v3.6.1	medwgoB498
Bhi11G000312	Melon (DHL92) v3.5.1	mewgoB506
Bhi11G000312	Watermelon (Charleston Gray)	wcgwgoB002
Bhi11G000312	Watermelon (Charleston Gray)	wcgwgoB080
Bhi11G000312	Watermelon (97103) v2	wgowmbB003
Bhi11G000312	Watermelon (97103) v1	wgowmB023
Bhi11G000312	Silver-seed gourd	carwgoB0016
Bhi11G000312	Silver-seed gourd	carwgoB1009