Spg004693 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg004693
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	Fanconi-associated nuclease
Location	scaffold5: 20280496 .. 20290576 (+)
RNA-Seq Expression	Spg004693
Synteny	Spg004693

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptide

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

ATGAACGATCCGCCTGGGGTGAGGTTCGAGCTTGATCCAGAAATCGAGAGGACATTCAGGATAAGAAGGAGAGAGCAGCGTAGACAGCAAAATCAAATGGCTGACGTGCCGCGTCCCCCGCAGGGTCCAGAAGATCCAGCTGATCCCCAGCAGAATCGTGTGCTGCAGCAAAACCCGCCGCTGGAGCAAAATGAGCAGCAAAATAATCAGGCTGAGAATCCTATCTTGGTAGCGAACGATAGGACCAGAGCCATTCGAGCATATGCTTTTCCAATGTTTGATGAGTTGAATCCAGGGATTGCACGTCCTCAAATTCAAGCGGCAAATTTTGAAATGAAACCGGTAATGTTTCAGATGTTGCAAACCGTGGGTCAATTCCATGGTTTGTCATCTGAAGACCCTCATTTACATCTTAAGTATTTTCTAGGAGTTAGTGATTCTTTTGTAATTCAAGGAGTGCCTAGAGATGCTCTTAGATTAACTTTGTTCCCGTATTCTCTTAGGGATGGAGCGAAGGCGTGGTTAAATTCTTTTGCTCCAGGATCAATTAGGACGTGGGATGAGTTAGCTGAAAAATTTTTGAGTAAATATTTCCCACCTAATAGAAATGCTAAATTAAGGAGTGAAATAGTAGGGTTTAGGCAACTTGAAGATGAGACTTTTAGTGAGGCTTGGGAGAGGTTTAAGGAGCTTTTGCGAAAGTGTCCCCACCATGGCTTACCACATTGTATCCAAATGGAAACATTTTACAATGGATTAAACGCGGTAACTCAAGGTATGGTTGATGCTTCGGCTGGAGGGGCCCTTTTGGCAAAGACTTTTAACGAAGCCTATGAAATTTTAGAAAGAATATCTACTAATAGTTGTCAGTGGTCGGATGTTAGAGGCACAAATAAAAAGGTTAAGAGTGTATTGGAAGTTGATGGTATGTCCACCATTAGGGCTGATCTTGCAATGATTGCTAACGCTCTTAAGAATGTGACAGTGATTAGTCATCAGCAGCCGCCAGTTGTGGAGCCTACTGCAGTGGTGAATCAAGTTGCAGCGGAGGCATGTGTCTATTGTGGTGAAGATCACAACTAGGAGTTTTGCCCCAGCAATCCAGCTTCTGTGTTTTTTGTAGGTAATCAGAGGAACAACACGTATTCTAACTTTTATAATTCAGGTTGGCGTAACCACCCCAATTTCGCGTGGGGAGGACAAGGGAGTAATGTGCAAACACAACAAAAGGTGAACCAGTCAGGATTTGCTAAAGCACAGGTATTGCCCCAGCAAAATAAGCAAGCTTTACCCCAGCAAAATGCAAAGAGTTCTCTTGAGACGATGATGAAAGAATATATGGCTCGCACAGATGCCGCTATTCAAAGTAATCAAGCTTCAATGAGAGCCCTGGAATTGCAAATGGGCCAGCTAGCCAATGAGCTGAAGGCAAGGCCTCAAGGGAAACTTCCTTCAGATACTGAACACCCTAGAAGGGAAGGTAAGGAGCAGGTAAAGGCAGTGACTCTTAGGAGTGGTAAGCCATTGGAAGAAAGAGTAGAGCCTAGTAAAACCCAAGCTGTAGAAAAAAATGGTGATAAAAATGTTGTTGTTGAGAAAGAGTTGGAGACTGGTCAGGGTGTTGGAGGCAGCAATAGAGATGCTGGAGCATCTGGTTCTATTCCAGATGTGGAACCACCTTATGTGCCGCCTCCACCTTATGTACCACCTCTACCTTTTCCACAAAGGCAAAAGCCTAAGAATCAGGATGGTCAATTTAAAAAGTTTTTAGAGATTCTTAAGCAATTGCATATAAATATCCCCTTAGTAGAAGTTATAGAGCAAATGCCTAATTATGCTAAATTTCTTAAGGATATTTTAACTAAAAAGAAAAGGTTAGGTGAGTTTGAAACTGTATCTCTTACTGAGGAATGTAGTGCTATTCTTAAGAATGGGCTACCACCCAAGGCTAAGGATCCAGGATCATTTACTATACCTGTGTCTATAGGTGGAAAAGAGTTAGGTAGAGCACTCTGTGATTTAGGTGCAAGCATTAACCTTATGCCTCTTTCGGTCTATCGGAAGCTAGGTATTGGTGAAGCTAGACCTACCACAGTCACACTCCAACTAGCTGACAGGTCTATCACATATCCAGAGGGTAAAATTGAGGATGTCTTATTGAAAGTGGATAAATTCATATTTCCTGTTGATTTCATTATTTTAGACTATGAGGCTGACAAAGATGTCCCAATTATTCTAGGACGTCCATTTTTGGCTACTGGTAGGGCGTTAATAGATGTTCAAAAAGGGGAATTAACAATGAGAGTCTGTAAGGAGGAAGTAAAATTTAATGTGTTTAAGGCCATGAAGTATCCAGACGAGATGGAAGATTGCTCTTTCATTAGGATTCTGGAGAGCACAATTGTTGAGACAGCAATTCGGGATTCGGCAAATAAGCATTTGGAAAATCATGGAGAGGTTAGTGTAGAAGATTTAGAGGTTTGTCCTTTAGAAAGAAAAAATGAAAAAGAAGTGTTTAGGTGTGAGGAAGTTTTTGAGTCTTTAGATTTAGATCAAAGAAAGGCTCCCCCGATTAAGTCATCCCTGATTGAGGCACCTACTTTACATTTGAAGCCCTTACCGGATCATCTAAAGTATTTGTATCTTGGGGAAGGTGAGACGTTGCCTATTATTGTTGCATCAAATTTAATGCCGGAGCATGAGGAGGCCTTAATAAAATTGCTGCAGCAATACCGCAAGGCTATCGGTTGGACATTGGCTGACATTCAGGGGATTAGCCCATCTTTTTGTATGCACAAAATCACTCTAGAGGAGGGATCCTTTAGGAGTATTGAGCAACAAAGAAGACTTAACCATGCAATGAAAGAAGTGGTTAAAAAGGAGGTGATTAAATGGTTGGATGCTGGCATCATTTATCCAATTGCAGACAGCAATTGGGTAAGCCCTTTCCAATGTGTTCCTAAGAAAGGAGGTGTCACTGTGGTGAGCAATAAAGACAATGAGTTGATCCCAACTAGGACAGTAACTGGCTGGAGGGTTTGAAGGGATAAAAGCCCCACGCAGCGGAAAGTATTACCGAACCTACTCGGAGTCTTAGATTCTAATTGAAATACCAATACAATTTGCAAAATATTACAACAATAAATCTCTATTTAAAGGGCTGTACATAGGCTATAAACATGCTAAAAAATCAACTAGATTGATCCTAGTGATCAAGGATTTCATAGAAAACTTACTTTTGTAGAAAGCCTTGATCAATTCGCCTTTTCTTGCCAATAAGATTGAAAACGCAGCAACCCTCTTGTGCGAACACCACCAATCGGCTACACCGGTATATCTCTAAGACTTCTTGAAGCAGGAGACTTGTGGGAGTCTTTTGGGAGATATCTCTGAGAGAAGGAGAGACAATGGGATGCCTTTCACCCCACCCCAGGGGTCCTATATATAGGTAAAGACCAAGACCTTTTCCTAATAGGAAAAGGTCTAGGAATAAGTTCAAATCTATTATCTGAACAATATCTAATTTTAATAAATAATTAATTAATTCCATAATTAATTAATTACCCAATTAAATATCACATATTTAATCTTTAGGGATTTTATTAAAATTAATATGAATCCAATTCATATTAAATTTATTTGAACTCTTTCAAATATTTTCTTTCCTAATAGGAAAAGGTCTCTAATTAATAAATAATTAATTAATTCCATAATTAATTAATTACCCAATTAAATATCATATATTTAATCTTAGGGATTTTATTAAAATTAATATGAATCCAATTCATATTAAATTTATTTGAACTCTTTCAAATATTTTCTCTCAAGAATTAATTTTTGAAATTAATTCAAAAATTATATTATAAAGTTTCATAAACTTTATATTATAATGCATCAATATACATTATACGATTCTCAGGATAAATTGAACACTTTCAATTTACAATTTATATTTGTTTCCTTCAAGTCTTTTTACGAGCTACCAGTGGGACCTAATGGACCTACAGATCAGAAGCTCCAACGATACGAGACTAATCGGCTTAAACTCATTAACCAAGTTAGTCTTCATTCGTTAACTGTGGGTCATTCCACTAAAGACCCTCAGCTGCACTCTTCTCACTGCAGAATATTTCTGTGTCCACGGATATCGACCAATACTACAAGTCAGTCCTTCACGTGTGTTCGTATCCCAGCTGGGTCAAATTACCGTTTTACCCCTGGTTTACATCTTTGTCCTTAAGTCCCCAGTGCTCCTCTAATGAACAACCTGTTTGAGGTCCAACCAACAAACAGAAGTCCCTCTCGTGCCATAGAGAGGGTTGGGCCCATTGTTCAAGTCCCAGAGACACCACTTAAGGGAACACACCTCTACTTACCCTAGAGTCGGGAAGGAGTGAATTCCATCTTGTGTGATTATGTTCCCAGCTCCCCACTCGGTATTGTCCCCAAAATGGTAGGCTTATTGAGTCGGCGTGCTGGCCACTCTCACCCATACAAATCAAAGGACAACTCCTCGTGAACAGGAGTCCATAATCCACTCAGGATTGAGACTGAGTTGTCTAGGTCATCCTAGTGAAATAGAAACCAAGCCAACTAACGGTGTTACAGTTAGTGGTTAACTATTTCGCGGTCCGGTCTTATGCAAACTCATTGCATAGGATACCCCCACTCGCATGTCAACTACATGAACGCGTTGGATCATAGCGTTTGTATCATAATACAAAGTGGGTCGTATCCATAGTGTCACTAGGATAAGGTACCCAGCCTTATCCTTGTACTATAGACCTTTTAGGTTGTTACTTGAATATCGATCCCCGTATGTCCCCACATACTAGTTCAAGTTACATACAAACAACCTTGGATCTTAGTTTATTGGATTTGGGTCAAATAGTGCAATATTTAACAATAACATTTTATTGCAGAAACTAAATAACACTTTATTAAACACAAGTATAAAATTTGTTTACATTCACTATCTACGAGTTTTAGGGCATAAAACCCAACAGGGTTTGCATGGATTACAGGAGGCTTAATAAAGCCACCCGTAAGGACCACTTCCCTCTGCCATTTATTGACCAGATGTTGGATAGGTTGGCTGGTCAGGCCTACTACTGTTTCTTGGATGGTTATTCTGGGTATAACCAGATTACTATTGCTCCTGAGGATCAGGAAAAAACCACTTTCACCTGCCCTTATGGGACGTTTGCTTTCAGGCGAATGCCTTTTGGCCTTTGCAATGCTCCAGCAACATTTCAGCGGTGTATGTTAGCAATTTTTTCTGATATGATGAGTCCACTGTTGAGGTGTTTATGGACGATTTTTCAGTTTTTGGAGGGTCTTTTCAGAGTTGTTTAGATAATTTAGGTCAGGTGTTAAAAAGATGTGAGGATACCCATCTAGTTCTTAATTGGGAGAAATGCCACTTCATGGTGAAGGAGGGCATAGTGTTAGGTCATAGGATTTCTAAGAATGGTCTAGAAGTTGATAGAGCAAAAGTTGAGGTCATTGAAAGATTAGAACCACCGAATTCAGTGAAGGGGATTCGGAGTTTTTTAGGTCATGCTGGATTTTATAGAAGGTTCATAAAGGATTTTTCAAAAATCAGTAAACCTCTTTGTAACTTATTGTGCACTGATCATGTTTTTGACTTTAATGCAGATTGTAGGAAGGCTTTTGAGACTTTAAAGGCTGCTTTAATCTCAGCACCCATTCTTTGTGCACCTAATTGGAATTTACCATTTGAGGTAATGTGCGATGCGAGTGATGCTGCGGTAGGTGCTATGCTGGGGCAAAAGCAGGGTAAATTTATTCATCCTATATATTATGCAAGCAGGGTTTTAAATGAGGCACAAGTCAACTATACAACTACTGAAAAGGAGTTGTTAGCTGTTGTGTTTGCCTTTGAGAAATTCCGCCCATATTTGGTTGGATCCAAAGTCACGGTTTTCATGGATCATGCAGCAATAAGGTATTTGATGTCAAAAAAAGATGTTAAACCTAGACTAATTCGTTGGGTTTTATTATTGCAGGAGTTCGACTTGGAGATAAAGGACAAGAAGGGATCAGAGAATGTCATTGCAGATCACTTGTCTCGTCTTGATCCATCATCATCTTCGCTGAAGCAATCTGCCATTTCAGATTCTTTTCCAGATGAACAGCTTTTTGCTGTTGAGGTAAAGGTAGTAAAGGAGATCCCTTGGTATGCTGATATTGCCAACTTTTTGGTGAAAGGAGTCACTCCTGTTGACATGGATTGGAGGCAGAAGAAAAAGTTTAAGCATGATGCAAAATTTTTCTATTGGGATGAGCCATTTATGTATAAGTAATGCTCTGATGGTATCATTCGTAGGTGTGTTTCAGGTGATGAAGCAAAAGAAATCCTGGAGCAATGTCACTCTTCGCCGTATGGAGGCCATTTCAGCGGTCAGAGGACAGCTATGAGGATTTTGCATTGTGGATTCTTCTGGCCTACCTTGTTTAAGGATGCCCATTGGTTCTACAAGCAATGTGATGCTTGCCAAATGAGAGGAAACTTAGGGCCTAGAGATGAAATGCCTCTTACTTACATTTTAGAAGTTGAATTATTCGATGTCTGGGGTATTGATTTTATGGGGCCATTTCCCCCTTCTAATGGAATTGTTTTTATCTTATTGGCAGTAGATTACGTGTCCAAGTGGGTGGAGACCATTGCATGCCATCAGAGTGATGCCAAGACGGTTTCAAGGTTTCTCGAATCGCACATCTTTGCGCGGTTTGGGACACCTAGAGCTCTAATAAGTGATGAGGGTACACATTTTGTTAATAATATCTTAACTAAGCTTTTAGCTAAGTATGGAATCAAGCATAGGATAGCTATCCCCTATCACCCACAGGCTAATGGTCAAGCTGAAATAAGTAATAGGGAAATTAAATCAATTCTAGAAAAAGTAGTCCATCCATCTAGGAAGGATTGGTCTTTTAGGTTGGATGAGGCTCTTTGGGCTTATAGGACAACCTATAAGACTCCTCTAGGTATGTCTCCCTATCGGTTAGTATATGGGAAAGCTTGTCATTTACCATTAGAGCTAGAGCATAAAACGTTTTGGGCTTTGAAGAAATTAAACTTTGATCTGAGTCGTGCAGGAGCAATTAGAATGCTGCAGCTTAACGAATTGGAGGAATTTCGCCAATTTTCTTATGAGAATGCGAAAATGTATAAAGAAAAGACTAAGTTGTGGCATGACAAGAAAATTAAGCCTAAAGAGTTTGTCAAAGGTCAAAAAGTTTTGCTTTATAATTCTAGATTGAAATTGTTTCCTGGGAAACTAAAATCCAAATGGTGAGGTCCGTTTGTGGTGATTGAGGTTTTCCCCCATGGAGCAATTACTTTGCAAGATGAAAAAGATGGAAGAGTATTCAAAGTGAATGGACAGCGTGTCAAGCATTATTGGGGAGAGGAGTTTCAGTCGAAATATCCTTCCCTAGAGCTGGTTGATGATTGAGTGAGCATGATTTTTGCGGGAGCAGTTTGCAGAGCAAAATTTTGAGCTCCCAGAATTTGTTGTGATTTTATTTTCGTTGTTATGATTTGGTTTAATTTTAATTTTAATTGTAGTAGATTTGATTGCTTTAAATTCTGCAAGATTTATCTCTATTTGTAGTTATTTTTAATCCGTAGATTTTATTTTATTTTCGCTAGATATTTAATTTGATTAGTTTAGATTCGAGTTGGTTGAGTTTTATTTTCTGATTAGATTTAATTATATTCTGTATTTATTTTCAGTTATTTGAATTTCTGTTCAGGTTTTGATTTAATAAAGATTTTCTTGATTTATTTGGCTTTGAATAAAAATAAAAGATAAGATTTGATTTGAGCGGTTCAAATTTGAATTTCCTGATTTGATTTTGTATACGAGATTTTTTTGGAAAATAATCTTGTGTTCAGAAGGATGTTGCGACAAAGTTATGGCTGAAGCAAATCTTCCATCCGGATGGAAAGGATTTTATTGTGAATTAATTATTTTTACCGTTTGATTTTGAATTTCTGTGGGCAGGTAAATTGCATGGATGCTGCCACGTGTCGCGCAGGGATAATCCAACGGTTTAGCCGTTGACAGCACGCAATTATTTACCATGGGCGATTGAAATTCAAGTTTTTACTGTTAGTGGATTTGATTTGCAAATTAAATGTGAACGGTAAATCCATTTAATACAGGGCAAAATCTTTCGGTTACGATTTGATTTGCTGCAGCTCTATTTATTCCTAAGCCTTCGGTAAGTTCTTCTCACTTCAATTTCTTGTTCATCCCTTGCCATTTGCATTCTTCTTTCTTTCTCTGTGTGCGACAGAAATTACTTTGAGTCTTCCATGGCCAAAACGAGAGCAAGAAAAGAGAGAGATAATGAGGAATAAGAGGTACCCGTGACCCCCGAAGCACCGAAAGTAAAGGCGAAGAAGAAGAAGACACCAGAAGAAAAAGAAGCTAAAAGAAGAAGAAGACAGCAGAGGGCTGAGGATCAAGAAGTTGTAGAGAAGGTGGTGGAAGATGTCGCTGCCACGGTGGTTGAAGAGGATCCGAAAGAACAAGAAGAACAAAACCCAGAGCAGACTGAGCCAGGTGTTGCGGATACCGAGGAAGTTCGAGAGGAAAATACAGAGGAAGTTCGAGAAGAAATTACAGAGGAAGTTCGAGAAGAAATTACAAAGGAAGTTCCAGAAAAGCAGGCCGAGGTTGTGCAAGAAGAACAGGTAGAGGTTGCACCTGAGGAAGTTAATGAGCAAGAACGGGAGGCTCGGGTGGAGGTGATCATGTCGGAAGTGCCCAAACGCCGCCGTATAAAGCGAAAAGCGGGCCGTGTTAAGGTAGTCCGAACTGATACCCCCTCGCCTCCAACTACTGATTCTGAAAGAGAGAATGCAGAAAGAGAAGAGCGTGAGAAGAAGGAGGCCGAGGATAAAGCAAGAGAGGAAGCAGAGAAAAAGGCTGAAGAAGAAAGATTGTGCAAGCAAAGGGCAGACAGGGGCAAGAGTGTTGCTGCAGCAACCGAGGAACCTGATGAAATAGAAGAGTCACAATTGCCGTATGATCGCTTTGTCAACAATCTTGTCAGAGCAAAGTATGCAGAGTTGCTGAAAAGAGACTTCCTGTTTGAAAGGGGATTTAGTGGTGATCTTCCACATTTTCTGAGGACCGGTATTGCAGACCACTGTTGGGAACGGTTTTGTTCAAAGCCTGAATCTGTGAATGCGCAGGTGGTGCGCGAGTTTTATGCAAATATTGACAAAGAAGAAGGTTTCCTAGCGATTGTTCGAGGTATTGAGGTCGACTGGAGTCCTGGTGCTATTAATGCACTGTATAACCTTCAAAATTTCCCCCACGCAGCATATAATGAGATGGCTGTAGCGCCATCCAATGAGCAGCTGAGTGACGCTGTGAGGGAAGTTGGTATTGAAGGGGCGCAGTGGCGGCTTTCGAAAACAGAGAAGAGGACGTTCCAGTCAGCCTATTTGAAGAGGGAAGCAAATACTTGGATGGGATTTATCAAATAAAGGCTGCTTCCAACGACTCACGACTCGACGGTTTCTAGGGAACGAGTGCTTCTGGCTTTCGCTATTTTGAGGTCTCTCAGTATTGATGTGGGAAAAATTATTGCTGATGAAATATCTGGATGTTGGAAGAAGAAAGTGGGGAAGCTGTTTTTCCCGAATACCATTACCATGCTTTGCAAGCGAGCAAGGGTTCCAGAGAATGAAGGAGATGTGATATTATTTGACAAGGGAATCATTGACACGCCTAACTTGGCGCGGCTTCAGCGTACGCAAGAGGCACGTCAGGGTGGGCTGGTCTACGGCATCAACACGATTTTAGAACAACTCGCACTTTCGGCCAGCAGGCAGGAGTTTGCCGAGCGGCAAGCTTTAACCTTCTGGAACTATGTTAGAAATCGTGATGCCAATCTGAAGAAGGCGCTACAGGAGAATTTTTCCAAACCATTTCCAGCCCTTCCAGCATTCCTTGAAGATTTATTGAACCCCTGGATTCCGCCACCGCCTGTCGAGAGAGAAGGAGATGGAGAAGAAGATCCTGGTCAGGAGGATTGA

mRNA sequence

ATGAACGATCCGCCTGGGGTGAGGTTCGAGCTTGATCCAGAAATCGAGAGGACATTCAGGATAAGAAGGAGAGAGCAGCGTAGACAGCAAAATCAAATGGCTGACGTGCCGCGTCCCCCGCAGGGTCCAGAAGATCCAGCTGATCCCCAGCAGAATCGTGTGCTGCAGCAAAACCCGCCGCTGGAGCAAAATGAGCAGCAAAATAATCAGGCTGAGAATCCTATCTTGGTATTGCCCCAGCAAAATAAGCAAGCTTTACCCCAGCAAAATGCAAAGAGTTCTCTTGAGACGATGATGAAAGAATATATGGCTCGCACAGATGCCGCTATTCAAAGTAATCAAGCTTCAATGAGAGCCCTGGAATTGCAAATGGGCCAGCTAGCCAATGAGCTGAAGGCAAGGCCTCAAGGGAAACTTCCTTCAGATACTGAACACCCTAGAAGGGAAGGTAAGGAGCAGGTAAAGGCAGTGACTCTTAGGAGTGGTAAGCCATTGGAAGAAAGAGTAGAGCCTAGTAAAACCCAAGCTGTAGAAAAAAATGGTGATAAAAATGTTGTTGTTGAGAAAGAGTTGGAGACTGTGGGACCTAATGGACCTACAGATCAGAAGCTCCAACGATACGAGACTAATCGGCTTAAACTCATTAACCAAGTTAGTCTTCATTCGTTAACTGTGGGTCATTCCACTAAAGACCCTCAGCTGCACTCTTCTCACTGCAGAATATTTCTGTGTCCACGGATATCGACCAATACTACAAGTCAGTCCTTCACGTGTGTTCCACCGAAAGTAAAGGCGAAGAAGAAGAAGACACCAGAAGAAAAAGAAGCTAAAAGAAGAAGAAGACAGCAGAGGGCTGAGGATCAAGAAGTTGTAGAGAAGGTGGTGGAAGATGTCGCTGCCACGGTGGTTGAAGAGGATCCGAAAGAACAAGAAGAACAAAACCCAGAGCAGACTGAGCCAGGTGTTGCGGATACCGAGGAAGTTCGAGAGGAAAATACAGAGGAAGTTCGAGAAGAAATTACAGAGGAAGTTCGAGAAGAAATTACAAAGGAAGTTCCAGAAAAGCAGGCCGAGGTTGTGCAAGAAGAACAGGTAGAGGTTGCACCTGAGGAAGTTAATGAGCAAGAACGGGAGGCTCGGGTGGAGGTGATCATGTCGGAAGTGCCCAAACGCCGCCGTATAAAGCGAAAAGCGGGCCGTGTTAAGGTAGTCCGAACTGATACCCCCTCGCCTCCAACTACTGATTCTGAAAGAGAGAATGCAGAAAGAGAAGAGCGTGAGAAGAAGGAGGCCGAGGATAAAGCAAGAGAGGAAGCAGAGAAAAAGGCTGAAGAAGAAAGATTGTGCAAGCAAAGGGCAGACAGGGGCAAGAGTGTTGCTGCAGCAACCGAGGAACCTGATGAAATAGAAGAGTCACAATTGCCGTATGATCGCTTTGTCAACAATCTTGTCAGAGCAAAGTATGCAGAGTTGCTGAAAAGAGACTTCCTGTTTGAAAGGGGATTTAGTGGTGATCTTCCACATTTTCTGAGGACCGGTATTGCAGACCACTGTTGGGAACGGTTTTGTTCAAAGCCTGAATCTGTGAATGCGCAGGTGGTGCGCGAGTTTTATGCAAATATTGACAAAGAAGAAGGTTTCCTAGCGATTGTTCGAGGTATTGAGGTCGACTGGAGTCCTGGTGCTATTAATGCACTGTATAACCTTCAAAATTTCCCCCACGCAGCATATAATGAGATGGCTGTAGCGCCATCCAATGAGCAGCTGAGTGACGCTGTGAGGGAAGTTGGTATTGAAGGGGCGCAGTGGCGGCTTTCGAAAACAGAGAAGAGGACGTTCCAGGAACGAGTGCTTCTGGCTTTCGCTATTTTGAGGTCTCTCAGTATTGATGTGGGAAAAATTATTGCTGATGAAATATCTGGATGTTGGAAGAAGAAAGTGGGGAAGCTGTTTTTCCCGAATACCATTACCATGCTTTGCAAGCGAGCAAGGGTTCCAGAGAATGAAGGAGATGTGATATTATTTGACAAGGGAATCATTGACACGCCTAACTTGGCGCGGCTTCAGCGTACGCAAGAGGCACGTCAGGGTGGGCTGGTCTACGGCATCAACACGATTTTAGAACAACTCGCACTTTCGGCCAGCAGGCAGGAGTTTGCCGAGCGGCAAGCTTTAACCTTCTGGAACTATGTTAGAAATCGTGATGCCAATCTGAAGAAGGCGCTACAGGAGAATTTTTCCAAACCATTTCCAGCCCTTCCAGCATTCCTTGAAGATTTATTGAACCCCTGGATTCCGCCACCGCCTGTCGAGAGAGAAGGAGATGGAGAAGAAGATCCTGGTCAGGAGGATTGA

Coding sequence (CDS)

ATGAACGATCCGCCTGGGGTGAGGTTCGAGCTTGATCCAGAAATCGAGAGGACATTCAGGATAAGAAGGAGAGAGCAGCGTAGACAGCAAAATCAAATGGCTGACGTGCCGCGTCCCCCGCAGGGTCCAGAAGATCCAGCTGATCCCCAGCAGAATCGTGTGCTGCAGCAAAACCCGCCGCTGGAGCAAAATGAGCAGCAAAATAATCAGGCTGAGAATCCTATCTTGGTATTGCCCCAGCAAAATAAGCAAGCTTTACCCCAGCAAAATGCAAAGAGTTCTCTTGAGACGATGATGAAAGAATATATGGCTCGCACAGATGCCGCTATTCAAAGTAATCAAGCTTCAATGAGAGCCCTGGAATTGCAAATGGGCCAGCTAGCCAATGAGCTGAAGGCAAGGCCTCAAGGGAAACTTCCTTCAGATACTGAACACCCTAGAAGGGAAGGTAAGGAGCAGGTAAAGGCAGTGACTCTTAGGAGTGGTAAGCCATTGGAAGAAAGAGTAGAGCCTAGTAAAACCCAAGCTGTAGAAAAAAATGGTGATAAAAATGTTGTTGTTGAGAAAGAGTTGGAGACTGTGGGACCTAATGGACCTACAGATCAGAAGCTCCAACGATACGAGACTAATCGGCTTAAACTCATTAACCAAGTTAGTCTTCATTCGTTAACTGTGGGTCATTCCACTAAAGACCCTCAGCTGCACTCTTCTCACTGCAGAATATTTCTGTGTCCACGGATATCGACCAATACTACAAGTCAGTCCTTCACGTGTGTTCCACCGAAAGTAAAGGCGAAGAAGAAGAAGACACCAGAAGAAAAAGAAGCTAAAAGAAGAAGAAGACAGCAGAGGGCTGAGGATCAAGAAGTTGTAGAGAAGGTGGTGGAAGATGTCGCTGCCACGGTGGTTGAAGAGGATCCGAAAGAACAAGAAGAACAAAACCCAGAGCAGACTGAGCCAGGTGTTGCGGATACCGAGGAAGTTCGAGAGGAAAATACAGAGGAAGTTCGAGAAGAAATTACAGAGGAAGTTCGAGAAGAAATTACAAAGGAAGTTCCAGAAAAGCAGGCCGAGGTTGTGCAAGAAGAACAGGTAGAGGTTGCACCTGAGGAAGTTAATGAGCAAGAACGGGAGGCTCGGGTGGAGGTGATCATGTCGGAAGTGCCCAAACGCCGCCGTATAAAGCGAAAAGCGGGCCGTGTTAAGGTAGTCCGAACTGATACCCCCTCGCCTCCAACTACTGATTCTGAAAGAGAGAATGCAGAAAGAGAAGAGCGTGAGAAGAAGGAGGCCGAGGATAAAGCAAGAGAGGAAGCAGAGAAAAAGGCTGAAGAAGAAAGATTGTGCAAGCAAAGGGCAGACAGGGGCAAGAGTGTTGCTGCAGCAACCGAGGAACCTGATGAAATAGAAGAGTCACAATTGCCGTATGATCGCTTTGTCAACAATCTTGTCAGAGCAAAGTATGCAGAGTTGCTGAAAAGAGACTTCCTGTTTGAAAGGGGATTTAGTGGTGATCTTCCACATTTTCTGAGGACCGGTATTGCAGACCACTGTTGGGAACGGTTTTGTTCAAAGCCTGAATCTGTGAATGCGCAGGTGGTGCGCGAGTTTTATGCAAATATTGACAAAGAAGAAGGTTTCCTAGCGATTGTTCGAGGTATTGAGGTCGACTGGAGTCCTGGTGCTATTAATGCACTGTATAACCTTCAAAATTTCCCCCACGCAGCATATAATGAGATGGCTGTAGCGCCATCCAATGAGCAGCTGAGTGACGCTGTGAGGGAAGTTGGTATTGAAGGGGCGCAGTGGCGGCTTTCGAAAACAGAGAAGAGGACGTTCCAGGAACGAGTGCTTCTGGCTTTCGCTATTTTGAGGTCTCTCAGTATTGATGTGGGAAAAATTATTGCTGATGAAATATCTGGATGTTGGAAGAAGAAAGTGGGGAAGCTGTTTTTCCCGAATACCATTACCATGCTTTGCAAGCGAGCAAGGGTTCCAGAGAATGAAGGAGATGTGATATTATTTGACAAGGGAATCATTGACACGCCTAACTTGGCGCGGCTTCAGCGTACGCAAGAGGCACGTCAGGGTGGGCTGGTCTACGGCATCAACACGATTTTAGAACAACTCGCACTTTCGGCCAGCAGGCAGGAGTTTGCCGAGCGGCAAGCTTTAACCTTCTGGAACTATGTTAGAAATCGTGATGCCAATCTGAAGAAGGCGCTACAGGAGAATTTTTCCAAACCATTTCCAGCCCTTCCAGCATTCCTTGAAGATTTATTGAACCCCTGGATTCCGCCACCGCCTGTCGAGAGAGAAGGAGATGGAGAAGAAGATCCTGGTCAGGAGGATTGA

Protein sequence

MNDPPGVRFELDPEIERTFRIRRREQRRQQNQMADVPRPPQGPEDPADPQQNRVLQQNPPLEQNEQQNNQAENPILVLPQQNKQALPQQNAKSSLETMMKEYMARTDAAIQSNQASMRALELQMGQLANELKARPQGKLPSDTEHPRREGKEQVKAVTLRSGKPLEERVEPSKTQAVEKNGDKNVVVEKELETVGPNGPTDQKLQRYETNRLKLINQVSLHSLTVGHSTKDPQLHSSHCRIFLCPRISTNTTSQSFTCVPPKVKAKKKKTPEEKEAKRRRRQQRAEDQEVVEKVVEDVAATVVEEDPKEQEEQNPEQTEPGVADTEEVREENTEEVREEITEEVREEITKEVPEKQAEVVQEEQVEVAPEEVNEQEREARVEVIMSEVPKRRRIKRKAGRVKVVRTDTPSPPTTDSERENAEREEREKKEAEDKAREEAEKKAEEERLCKQRADRGKSVAAATEEPDEIEESQLPYDRFVNNLVRAKYAELLKRDFLFERGFSGDLPHFLRTGIADHCWERFCSKPESVNAQVVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNFPHAAYNEMAVAPSNEQLSDAVREVGIEGAQWRLSKTEKRTFQERVLLAFAILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVILFDKGIIDTPNLARLQRTQEARQGGLVYGINTILEQLALSASRQEFAERQALTFWNYVRNRDANLKKALQENFSKPFPALPAFLEDLLNPWIPPPPVEREGDGEEDPGQED

Homology

[Close]

BLAST of Spg004693 vs. NCBI nr
Match: PON46472.1 (hypothetical protein PanWU01x14_251180, partial [Parasponia andersonii])

HSP 1 Score: 145.2 bits (365), Expect = 2.4e-30
Identity = 106/374 (28.34%), Postives = 166/374 (44.39%), Query Frame = 0


Query: 471 ESQLPYDRFVNNLVRAKYAELLKRDFLFERGF-------SGDLPHFLRTGIADHCWERFC 530
           E++    R+ NN        +  R    E+GF        G LP F+   I  H W++FC
Sbjct: 26  ETEAAATRYENN--------IQNRPLNAEKGFVLDNSETMGQLP-FIAQVITQHNWKQFC 85

Query: 531 SKPESVNAQVVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNFPHAAYNEMAVA 590
           + PE     +VREFYAN+   E     VRG++V WS  AINA++ L + P   ++E    
Sbjct: 86  AHPEDPIVPLVREFYANLTDPEENTVYVRGVQVSWSEEAINAVFGLGD-PVDEHSEFIQN 145

Query: 591 PSNEQLSDAVREVGIEGAQWRLSKT------------------------------EKRTF 650
            + + L   +  V   GA+W +S                                 K   
Sbjct: 146 ITQQDLITVLETVAAAGAEWNVSAQGAYTCIRSALTPAAKVWYHFLKSRLLPTTHGKTVS 205

Query: 651 QERVLLAFAILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVI 710
           ++R+LL  ++L   SI+VG++I  EI  C  +K G LFFP+ IT LC+ AR P    +  
Sbjct: 206 KDRMLLLHSMLIGKSINVGRMIHSEIRACAARKTGALFFPSLITRLCRNARAPFLVNEEK 265

Query: 711 LFDKGIIDTPNLARLQR---TQEARQ---------------GGLVYGINTILEQLALSAS 770
           L + G ID   +AR+ +   T+  +Q               G ++  +  + ++L+    
Sbjct: 266 LHNTGEIDAIAVARIAQEGPTESTQQPSSSRPATASSNRTNGDILQQLKALEQRLSQQEV 325

Query: 771 RQ-------EFAERQALTFWNYVRNRDANLKKALQENFSKPFPALPAFLEDLLNPWIPPP 783
           +Q       +   +Q   FW Y + RD  LKKALQ NF++P P  PAF +++L       
Sbjct: 326 QQYHMMSLLQHTHKQQQQFWAYSKERDTALKKALQNNFTRPMPTFPAFPQEILKDLDYEY 385

[Close]

BLAST of Spg004693 vs. NCBI nr
Match: PON78020.1 (hypothetical protein PanWU01x14_023740 [Parasponia andersonii])

HSP 1 Score: 122.5 bits (306), Expect = 1.6e-23
Identity = 93/297 (31.31%), Postives = 135/297 (45.45%), Query Frame = 0


Query: 533 VVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNFPHAAYNEMAVAPSNEQLSDA 592
           +VREFYAN+   E     VRG++V WS  AINA++ L + P   ++E     +  +L   
Sbjct: 16  LVREFYANLTDPEENTIYVRGVQVSWSEEAINAVFGLGD-PVDEHSEFIENITEPELITV 75

Query: 593 VREVGIEGAQWRLSKT------------------------------EKRTFQERVLLAFA 652
           +  V   GA+W +S                                 K   ++R+LL  +
Sbjct: 76  LETVAAAGAEWNVSAQGAYTCIRSALTPAAKVWYHFLKSRLLPTTHGKIVSKDRMLLLHS 135

Query: 653 ILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVILFDKGIIDT 712
           +L   SI+VG++I  EI  C  +K G LFFP+ IT LC+ A    NE    L + G ID 
Sbjct: 136 MLNGKSINVGRMIHSEIRACAAQKTGALFFPSLITRLCRNAPFLVNEEK--LHNTGEIDA 195

Query: 713 PNLARL------QRTQE-----------ARQGGLVYGINTILEQLALSASRQEFAERQAL 772
             +AR+      + TQ+           +R  G V      LEQ     S+QE   +Q  
Sbjct: 196 IAVARITQEGPTESTQQPSSSRPAAASSSRTNGDVLQQLKALEQ---RLSQQEHTHKQQQ 255

Query: 773 TFWNYVRNRDANLKKALQENFSKPFPALPAFLEDLLNPWIPPPPVEREGDGEEDPGQ 783
            FW Y + RD  LKKALQ NF++P P  PAF +++L         E + DG  +  +
Sbjct: 256 QFWAYSKERDTALKKALQNNFTRPIPTFPAFPQEILQDLDYEYEAESDKDGSNEAAE 306

[Close]

BLAST of Spg004693 vs. NCBI nr
Match: PON35554.1 (hypothetical protein PanWU01x14_335450, partial [Parasponia andersonii])

HSP 1 Score: 113.2 bits (282), Expect = 1.0e-20
Identity = 80/260 (30.77%), Postives = 118/260 (45.38%), Query Frame = 0


Query: 471 ESQLPYDRFVNNLVRAKYAELLKRDFLFERGF-------SGDLPHFLRTGIADHCWERFC 530
           E++    R+ NN        +  R    E+GF        G LP F+   I  H W++FC
Sbjct: 17  ETEAAETRYENN--------IQNRPLNAEKGFVLDNSETMGQLP-FIAQVITQHNWKQFC 76

Query: 531 SKPESVNAQVVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNFPHAAYNEMAVA 590
           + PE     +VREFYAN+         VRG++V WS  AINA++ L + P   ++E    
Sbjct: 77  AHPEDPIVPLVREFYANLTDPVENTVYVRGVQVSWSEEAINAVFGLGD-PVDEHSEFIEN 136

Query: 591 PSNEQLSDAVREVGIEGAQWRLSKT------------------------------EKRTF 650
            +   L   +  V + GA+W +S                                 K   
Sbjct: 137 ITEHDLITVLETVAVAGAEWNVSAQGAYTCIRSALTPAAKVWFHFLKSHLLPTTHGKTVS 196

Query: 651 QERVLLAFAILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVI 694
           ++R+LL  ++L   SI+VG++I  EI  C  +K G LFFP+ IT LC+ AR P    +  
Sbjct: 197 KDRMLLLHSMLIGKSINVGRMIHSEIRACAARKTGALFFPSLITRLCRNARAPFLVNEEK 256

[Close]

BLAST of Spg004693 vs. NCBI nr
Match: KAE8695166.1 (hypothetical protein F3Y22_tig00110733pilonHSYRG00282 [Hibiscus syriacus])

HSP 1 Score: 109.4 bits (272), Expect = 1.4e-19
Identity = 81/320 (25.31%), Postives = 136/320 (42.50%), Query Frame = 0


Query: 479 FVNNLVRAKYAELLKRDFLFERGF------SGDLPHFLRTGIADHCWERFCSKPESVNAQ 538
           FV+   +  Y  +  R   FE GF      + +L   +   +  H W++F   P  VNA 
Sbjct: 15  FVDEAAKEHYQTIKNRRVFFELGFVFSEAENANLGSEVLDVVTKHKWQKFAKHPVPVNAT 74

Query: 539 VVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNFPHAAYNEMAVAPSNEQLSDA 598
           +V+EFY+NI +      +VRGI + ++P AIN  + LQ          A    +E     
Sbjct: 75  IVKEFYSNITEPNQHAVMVRGISIRFTPTAINRYFKLQ-VADDHNTSFAQEVDHETYQGI 134

Query: 599 VREVGIEGAQWRLSKTEKRTFQ------------------------------ERVLLAFA 658
           + ++ + G +W   + +++T                                +R+LL  +
Sbjct: 135 LEDLCLPGTRWNGQQLKRKTVDRDRLLPHVKLWNHFMKHKLMPTSHNTTVSCQRMLLLHS 194

Query: 659 ILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVILFDKGIIDT 718
           IL   +ID+GKII +    C K++   L FPN IT LC++ +V E   D IL     ++ 
Sbjct: 195 ILTGRTIDIGKIIVEHAHLCLKRQASALVFPNLITALCRKKKVREEMFDEILSGIAGLNK 254

Query: 719 PNLARLQRTQEAR------------QGGLVYGINTILEQLALSASRQEFAE--RQALTFW 749
             +  L   +EA+                V   +T LEQ A+  + Q   +   + + ++
Sbjct: 255 AKIPMLLGYKEAKGKKHEATTSRVASSPHVRASSTDLEQ-AVQRTHQHVGQLSDKLMVYF 314

[Close]

BLAST of Spg004693 vs. NCBI nr
Match: KAE8718449.1 (hypothetical protein F3Y22_tig00110013pilonHSYRG00240 [Hibiscus syriacus])

HSP 1 Score: 107.8 bits (268), Expect = 4.2e-19
Identity = 93/361 (25.76%), Postives = 148/361 (41.00%), Query Frame = 0


Query: 474 LPYDRFVNNLVRAKYAELLKRDFLFERGF------SGDLPHFLRTGIADHCWERFCSKPE 533
           + + +F N+  +A++     R+  FE GF       G     +   +    W +F   P 
Sbjct: 12  IAWQQFENDEAKARFQNFKNRELFFELGFIFTEETDGGFGPDVMDIVMPLKWPKFAHHPG 71

Query: 534 SVNAQVVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNF--PHAAYNEMAVAPS 593
           SVNA +V+EFYANI K       VRG ++ ++  AIN  ++LQ     HA + E A    
Sbjct: 72  SVNASLVKEFYANISKPNQHSIFVRGKQIRFTSIAINRYFHLQEVVDGHAMFEEEA---D 131

Query: 594 NEQLSDAVREVGIEGAQWRLSKTEKRTFQ------------------------------E 653
           + +    + ++  E  +W   +T + +                                 
Sbjct: 132 SNKYDGVLEDLCFENTEWNGRQTSRYSVNRERLQPRAKLWNHFLKHKLMPTSHNTTVSLS 191

Query: 654 RVLLAFAILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVILF 713
           R+LL  +++ S  IDVG+II  ++  C  KK   L FPN IT LC++ +V EN  D IL 
Sbjct: 192 RLLLLHSMIVSRPIDVGRIIVQQVHDCLGKKASALVFPNLITALCRKKKVEENAFDEILP 251

Query: 714 DKGIIDTPNLARLQRTQEARQGGLVY-------GINTILEQLAL-SASRQEFAERQAL-- 773
               I    L  L   +  +    V+         N  +  LAL  A  Q  A+  AL  
Sbjct: 252 GLSGITRDRLPLLLGLENPKSKDPVHEQSVGTTESNAEVRLLALEEAVTQTQAQLHALHG 311

Query: 774 ---TFWNYVRNRDANLKKALQENFSKPFPALPAFLEDLLNPWIPPPPVEREGDGEEDPGQ 784
               F+ YV++RD  ++   QE         P F +++L  +      E E D  + P  
Sbjct: 312 DIRNFFGYVKHRDVMVESLFQEIIPYGQRNFPGFPDEILPAFNAEASPEPEHDAPDPPAA 369

[Close]

BLAST of Spg004693 vs. ExPASy TrEMBL
Match: A0A2P5BCG4 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_251180 PE=4 SV=1)

HSP 1 Score: 145.2 bits (365), Expect = 1.1e-30
Identity = 106/374 (28.34%), Postives = 166/374 (44.39%), Query Frame = 0


Query: 471 ESQLPYDRFVNNLVRAKYAELLKRDFLFERGF-------SGDLPHFLRTGIADHCWERFC 530
           E++    R+ NN        +  R    E+GF        G LP F+   I  H W++FC
Sbjct: 26  ETEAAATRYENN--------IQNRPLNAEKGFVLDNSETMGQLP-FIAQVITQHNWKQFC 85

Query: 531 SKPESVNAQVVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNFPHAAYNEMAVA 590
           + PE     +VREFYAN+   E     VRG++V WS  AINA++ L + P   ++E    
Sbjct: 86  AHPEDPIVPLVREFYANLTDPEENTVYVRGVQVSWSEEAINAVFGLGD-PVDEHSEFIQN 145

Query: 591 PSNEQLSDAVREVGIEGAQWRLSKT------------------------------EKRTF 650
            + + L   +  V   GA+W +S                                 K   
Sbjct: 146 ITQQDLITVLETVAAAGAEWNVSAQGAYTCIRSALTPAAKVWYHFLKSRLLPTTHGKTVS 205

Query: 651 QERVLLAFAILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVI 710
           ++R+LL  ++L   SI+VG++I  EI  C  +K G LFFP+ IT LC+ AR P    +  
Sbjct: 206 KDRMLLLHSMLIGKSINVGRMIHSEIRACAARKTGALFFPSLITRLCRNARAPFLVNEEK 265

Query: 711 LFDKGIIDTPNLARLQR---TQEARQ---------------GGLVYGINTILEQLALSAS 770
           L + G ID   +AR+ +   T+  +Q               G ++  +  + ++L+    
Sbjct: 266 LHNTGEIDAIAVARIAQEGPTESTQQPSSSRPATASSNRTNGDILQQLKALEQRLSQQEV 325

Query: 771 RQ-------EFAERQALTFWNYVRNRDANLKKALQENFSKPFPALPAFLEDLLNPWIPPP 783
           +Q       +   +Q   FW Y + RD  LKKALQ NF++P P  PAF +++L       
Sbjct: 326 QQYHMMSLLQHTHKQQQQFWAYSKERDTALKKALQNNFTRPMPTFPAFPQEILKDLDYEY 385

[Close]

BLAST of Spg004693 vs. ExPASy TrEMBL
Match: A0A2P5DXM3 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_023740 PE=4 SV=1)

HSP 1 Score: 122.5 bits (306), Expect = 8.0e-24
Identity = 93/297 (31.31%), Postives = 135/297 (45.45%), Query Frame = 0


Query: 533 VVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNFPHAAYNEMAVAPSNEQLSDA 592
           +VREFYAN+   E     VRG++V WS  AINA++ L + P   ++E     +  +L   
Sbjct: 16  LVREFYANLTDPEENTIYVRGVQVSWSEEAINAVFGLGD-PVDEHSEFIENITEPELITV 75

Query: 593 VREVGIEGAQWRLSKT------------------------------EKRTFQERVLLAFA 652
           +  V   GA+W +S                                 K   ++R+LL  +
Sbjct: 76  LETVAAAGAEWNVSAQGAYTCIRSALTPAAKVWYHFLKSRLLPTTHGKIVSKDRMLLLHS 135

Query: 653 ILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVILFDKGIIDT 712
           +L   SI+VG++I  EI  C  +K G LFFP+ IT LC+ A    NE    L + G ID 
Sbjct: 136 MLNGKSINVGRMIHSEIRACAAQKTGALFFPSLITRLCRNAPFLVNEEK--LHNTGEIDA 195

Query: 713 PNLARL------QRTQE-----------ARQGGLVYGINTILEQLALSASRQEFAERQAL 772
             +AR+      + TQ+           +R  G V      LEQ     S+QE   +Q  
Sbjct: 196 IAVARITQEGPTESTQQPSSSRPAAASSSRTNGDVLQQLKALEQ---RLSQQEHTHKQQQ 255

Query: 773 TFWNYVRNRDANLKKALQENFSKPFPALPAFLEDLLNPWIPPPPVEREGDGEEDPGQ 783
            FW Y + RD  LKKALQ NF++P P  PAF +++L         E + DG  +  +
Sbjct: 256 QFWAYSKERDTALKKALQNNFTRPIPTFPAFPQEILQDLDYEYEAESDKDGSNEAAE 306

[Close]

BLAST of Spg004693 vs. ExPASy TrEMBL
Match: A0A2P5AGA5 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_335450 PE=4 SV=1)

HSP 1 Score: 113.2 bits (282), Expect = 4.8e-21
Identity = 80/260 (30.77%), Postives = 118/260 (45.38%), Query Frame = 0


Query: 471 ESQLPYDRFVNNLVRAKYAELLKRDFLFERGF-------SGDLPHFLRTGIADHCWERFC 530
           E++    R+ NN        +  R    E+GF        G LP F+   I  H W++FC
Sbjct: 17  ETEAAETRYENN--------IQNRPLNAEKGFVLDNSETMGQLP-FIAQVITQHNWKQFC 76

Query: 531 SKPESVNAQVVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNFPHAAYNEMAVA 590
           + PE     +VREFYAN+         VRG++V WS  AINA++ L + P   ++E    
Sbjct: 77  AHPEDPIVPLVREFYANLTDPVENTVYVRGVQVSWSEEAINAVFGLGD-PVDEHSEFIEN 136

Query: 591 PSNEQLSDAVREVGIEGAQWRLSKT------------------------------EKRTF 650
            +   L   +  V + GA+W +S                                 K   
Sbjct: 137 ITEHDLITVLETVAVAGAEWNVSAQGAYTCIRSALTPAAKVWFHFLKSHLLPTTHGKTVS 196

Query: 651 QERVLLAFAILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVI 694
           ++R+LL  ++L   SI+VG++I  EI  C  +K G LFFP+ IT LC+ AR P    +  
Sbjct: 197 KDRMLLLHSMLIGKSINVGRMIHSEIRACAARKTGALFFPSLITRLCRNARAPFLVNEEK 256

[Close]

BLAST of Spg004693 vs. ExPASy TrEMBL
Match: A0A6A2ZUE4 (Uncharacterized protein OS=Hibiscus syriacus OX=106335 GN=F3Y22_tig00110733pilonHSYRG00282 PE=4 SV=1)

HSP 1 Score: 109.4 bits (272), Expect = 7.0e-20
Identity = 81/320 (25.31%), Postives = 136/320 (42.50%), Query Frame = 0


Query: 479 FVNNLVRAKYAELLKRDFLFERGF------SGDLPHFLRTGIADHCWERFCSKPESVNAQ 538
           FV+   +  Y  +  R   FE GF      + +L   +   +  H W++F   P  VNA 
Sbjct: 15  FVDEAAKEHYQTIKNRRVFFELGFVFSEAENANLGSEVLDVVTKHKWQKFAKHPVPVNAT 74

Query: 539 VVREFYANIDKEEGFLAIVRGIEVDWSPGAINALYNLQNFPHAAYNEMAVAPSNEQLSDA 598
           +V+EFY+NI +      +VRGI + ++P AIN  + LQ          A    +E     
Sbjct: 75  IVKEFYSNITEPNQHAVMVRGISIRFTPTAINRYFKLQ-VADDHNTSFAQEVDHETYQGI 134

Query: 599 VREVGIEGAQWRLSKTEKRTFQ------------------------------ERVLLAFA 658
           + ++ + G +W   + +++T                                +R+LL  +
Sbjct: 135 LEDLCLPGTRWNGQQLKRKTVDRDRLLPHVKLWNHFMKHKLMPTSHNTTVSCQRMLLLHS 194

Query: 659 ILRSLSIDVGKIIADEISGCWKKKVGKLFFPNTITMLCKRARVPENEGDVILFDKGIIDT 718
           IL   +ID+GKII +    C K++   L FPN IT LC++ +V E   D IL     ++ 
Sbjct: 195 ILTGRTIDIGKIIVEHAHLCLKRQASALVFPNLITALCRKKKVREEMFDEILSGIAGLNK 254

Query: 719 PNLARLQRTQEAR------------QGGLVYGINTILEQLALSASRQEFAE--RQALTFW 749
             +  L   +EA+                V   +T LEQ A+  + Q   +   + + ++
Sbjct: 255 AKIPMLLGYKEAKGKKHEATTSRVASSPHVRASSTDLEQ-AVQRTHQHVGQLSDKLMVYF 314

[Close]

BLAST of Spg004693 vs. ExPASy TrEMBL
Match: A0A6J1DYG0 (uncharacterized protein LOC111025764 OS=Momordica charantia OX=3673 GN=LOC111025764 PE=4 SV=1)

HSP 1 Score: 100.5 bits (249), Expect = 3.2e-17
Identity = 66/124 (53.23%), Postives = 75/124 (60.48%), Query Frame = 0


Query: 62  EQNEQQNNQAENPILVLPQ----QNKQALPQQNAKSSLETMMKEYMARTDAAIQSNQASM 121
           +QN+Q         +  PQ    Q  Q  P QN  S+LE MMKEYMARTDA IQS  ASM
Sbjct: 170 QQNKQPYVPPTQQYIPPPQQRYNQRTQTPPVQNNNSNLENMMKEYMARTDAVIQSQAASM 229

Query: 122 RALELQMGQLANELKARPQGKLPSDTEHPRREGKEQVKAVTLRSGKPLEERVEPSKTQAV 181
           R  E Q+GQLANELK RPQG  P  TE P+REGKEQ KAVTLRSG   +E   P+    +
Sbjct: 230 RNFETQLGQLANELKNRPQGSFPXHTELPKREGKEQCKAVTLRSGLAYDEPTMPTADVQI 289

The following BLAST results are available for this feature:

BLAST of Spg004693 vs. NCBI nr


Match Name	E-value	Identity	Description
PON46472.1	2.4e-30	28.34	hypothetical protein PanWU01x14_251180, partial [Parasponia andersonii]	[more]
PON78020.1	1.6e-23	31.31	hypothetical protein PanWU01x14_023740 [Parasponia andersonii]	[more]
PON35554.1	1.0e-20	30.77	hypothetical protein PanWU01x14_335450, partial [Parasponia andersonii]	[more]
KAE8695166.1	1.4e-19	25.31	hypothetical protein F3Y22_tig00110733pilonHSYRG00282 [Hibiscus syriacus]	[more]
KAE8718449.1	4.2e-19	25.76	hypothetical protein F3Y22_tig00110013pilonHSYRG00240 [Hibiscus syriacus]	[more]

BLAST of Spg004693 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg004693 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A2P5BCG4	1.1e-30	28.34	Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x1...	[more]
A0A2P5DXM3	8.0e-24	31.31	Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_023740 PE...	[more]
A0A2P5AGA5	4.8e-21	30.77	Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x1...	[more]
A0A6A2ZUE4	7.0e-20	25.31	Uncharacterized protein OS=Hibiscus syriacus OX=106335 GN=F3Y22_tig00110733pilon...	[more]
A0A6J1DYG0	3.2e-17	53.23	uncharacterized protein LOC111025764 OS=Momordica charantia OX=3673 GN=LOC111025...	[more]

BLAST of Spg004693 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (cylindrica) v1
Date Performed: 2022-08-01


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 110..130
None	No IPR available	COILS	Coil	Coil	coord: 414..448
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 416..464
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 395..470
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 265..290
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 764..784
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 137..184
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 131..184
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 334..361
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 303..377
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..67
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 9..31
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 252..290
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 50..67

Relationships

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


Feature Name	Unique Name	Type
Spg004693.1	Spg004693.1	mRNA