Spg009210 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg009210
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	Ty3-gypsy retrotransposon protein
Location	scaffold1: 52475131 .. 52487819 (-)
RNA-Seq Expression	Spg009210
Synteny	Spg009210

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideCDS

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

ATGTACGAGGAGCTGACGAGGACAATCGGGGAGAAATTGGGCTGGGATACGGGCCAAGGAGGAGGAGCCGGCAAGTGGGACGGGCCAAGGCCGAAGGGGTCGGGTCTTGACCCGACCCCATGCTCGGCCTCGGCCATGGGCCGAGGCCGAGCCCGTTCGGTCTCGTCTGGTCCCCACCGCCTCTGGCTGCCCCGGTTTCGCCTGGTTTGACCTAAAACGCCTCCGAATACCTAAAAACCCTAGGAGGATGAGCAGGTATTTATATCCCTCTTCGCCCCTGAAGAGGGGATCCCGAATTCTATCCCTAAACTCTACTCTCGAACTCTGTACTTTCTCCTCTTGCTCTTACTTTTCCACGCCCCTCCATTCTACTTGCTGACTTAAGCATCGGAGCCGGTGTGGCGAGCACCACACCGGTGTGCAGGTTTACTGTCTTGCAGGTCACGTCTTCCCCCTCATCTACAAATTTACCATTGGTGGCACGTGAAGGTCAGGTGAGATCCTCTTGCCAAAATCGACCATCAACACATGCCTTTATATAGGCTTACAAAAATGACCATAGAATACTAATCGTTAAAAACTATAAACGTCATCAAATGCTCATAACTTTAGATAACACACATAACTCAAAAGTCACTACCGGTTTCAAAAAACTAAAAGTCACAAAAACCAAAAGCCACACTAAATGCCATGAATAAAGTTTAATAACGAAAAACCTTTATCATTTTCTCAACATCCTTAAACTTGATTTGTTACATCAAGTAAACTCCTCATTTTGATAAAAGTCTCCATGTTGAGTGAGAAATTTCGGCCAATCACGAATTGCCACGTCATTAATTTGAATTAATGATAAAATAAATTTGGGACCAATTACAAATTTACATGTGTCCCTAAATTAAATTAATAGACATTAAAATTCGGCAAATCAAACAATGCCACTTGTCTATTATTGATACATAAGCCGAGTCCAATCAAATTATGCCATGTGGCAATTGGACCTGAGACTAATGTGACCTGAGATCATTGAAGAAATTGGGCTAAATTAAAATAATCCAATTTTATTAAAAAAAAAATAATAAGTTGGATTAAAGCCCAAATATAGTCTAAACCCAAAGATTGGGCCCAGGCCCAAGCCCATATGAGGTCCACCAAACTCTATAAATAGAGGAGGCCACCATTCATTTGGGGCATTCAGACAGAGAAGCCAGAGTCCAGAGCATTCTCCCAAGGTCCAGAGTCTTCAGAAGTCAGAGAGTCCAGAGAATTCAGAAGATCCAAGATTCAGAATTCTTCATCAAGATACAAGTTGAAGATTCAACCTTGCTCCATCTGAGATCAAGCTCGCCAGCCCTCAGATCAGACTCTACATTTTGAGAAAAAACATCAGAGGATAAATATTAGAGATTGTAACACTTATACATACTAAATCAATAAAATCAAGTTCATTTCCACGAATTAAATTTCCTTTGTCGAAATCTCGTGTGAACAAATTGGCACGCCCAGTGGGACCATCTCTACCTCTCATCTATTTTTCTCGCAAAGAAATCATGACTTCCGAAGAAGCTTCTTCAAAGATCGCTGCTTCAAGCAACTCCTATGTGGGGCCAATTACTCGTAGTCGCTCCAAGGAAACCCAACACGAAGACAACCAAACTCCTGTCATTGCAAACAAGATGCTGAGACGCATGACAGAATCTGCTCAACTTGAAATCGCCGCTGCAGAAAATCTGATGCTTGGAAAATTCATCTCTTATTATCAGCAACCAAACAAAACATCTAGTCCTGATGTGATGTATGTTATGATGACTGATGCTGGAACTAGCGAAGAACGAATGGCTGAAGTCGAGAAGAAAATCAGCATGATACTGAAGATGGTCGAAGAGAAAGACCAAGAAATCGCCTCTCTCAGGAACCAAATGGAAAGTCGAGATGTTGTTGAATCGAGTCAGACCCCTGCCATCAAAGATAAGGGAAAGATCATTACACAAGATCAGTCACAACATTCCGCTTCTATTGCTTCACTGTCCGTTCAGCAGCTCCAGGATATGATCATGAATTCCATCAGAGCTCAATATGGTGGACCGACTCAGAACTCTCTCTTGTATTCCAAGCCGTATACCAAGAGAATCGACAATCTGAGAATGCCTCATGGATACCAGCCACCAAAGTTTCAACAATTCGACGGGAAGGGCAATCCCAAGCAGCACGTTGCTCATTTCGTCGAGACATGTGAAAACGCTGGTACTAGAGGAGACCAACTAGTCAGGCAGTTTGTACGAACACTAAAGGGGAATGCTTTTGACTGGTATACCGATCTTGAGCTTGAGACTATCGATAGTTGGGAACAACTTGAGAAGGAGTTCCTCAACCGCTTTTACAGCACAAGACGAACCGTTAGTATGTCGGAGCTCACTAGCACTAAACAACGGAAAGGTGAACCGGTTCTTGACTACATCAACCGTTGGAGAGCTTTGAGCTTAGATTGCAAGGACAAACTTACCGAATTGTCTGCTGTTGAAATGTGCATCCAAGGCATGCATTGGGGACTCCTCTATATCCTGCAAGGAATAAAACCCCGCACTTTCGAGGAGTTGGCAACTTGCGCTCATGACATGGAATTGAGCATTGCTACTAGAGGGAACAAAGATTCTATTGTCCCTGATGGAAGGAAAGAAAAGAAAGAAGTTAAAAATACCGAGAAAGCTACCAAAAGCACTACGAAAGAGTCAATGGTAGTTAATGCAGCTCCTTTCAAGTTTTCGTCGAAAGGAAAAGAAAAGAAGATAGAGAAACAACAAGAGGGAGGCGAGAGACGTCGTCTGACCTTGAAAGAAAGGCAAGAGAAAGTTTACCCTTTTCCAGATTCTGACATTTCAGATATTTTAGAACAACTCCTGGAAAAACAACTTATTGAGCTACCAGAATGCAAGCGACCAGAAGAGATGGGGAGAGTTAATGATCCCAACTACTGCAAATATCATCGAGTCATCAGCCACCCGGTGGAAAAGTGCTTCGTCCTGAAGGAGCTAATCTTGAAATTAGCTAAAGAAAAGAAGATCGAGTTAGATCTTGATGAGGTAGCTCAATCAAATCATGCGACGATAGCAACGAATCTGAACAACCGAGTAGCTCCAAGCCCGGTTCATGATTCAGTAGCAAGTTTGATCCAGTTCGGGACATTAGAACCGATTGTTATTTGGCTTCAGCAAAAATCTGCAAGAGACATCTGCCAAGACCAACTTGAGTCTGTTGAAAATGAAGACGAAGGATGGACTTTGGTAACTCGTCGAAAGAAGCAAAAGAAACATTACGTTCAAAGAGAGCCTCACATGTTCCGAAACTACAGGAGAAAGAACATGTCACAAAAACAAAAAAGAAAGATAAAAGGTTTGAGAAAGCCTAAACTAGTTGTCGAAGAGAATCAAGATTTTGTTATGTCTCGACAACCAGTGACCCTTAAAGATTTTTTCCCGAAGAATTTTCTTAATGACGATCATGAGGACATCCCTGAGATAGTCGCATGTCATGCTGTCAATACGTGCGAAGAAGGCGATTCTTCCTCATGTCCATCTCAGGTGATGACGAGGCCATAAGATTCACCTTCATTCACAATAGATGATTTGGTGTCACTCCCTCAAGCAACCAAAGATGTTATTGTTGAAACATTGAAAAGTTCTAACGTTGCAGACGTTCCAGACTTGCAAGAACACAAATGTGTCTCATGTTATATGTCCATTAGCTTCACAGATGAAGACTTGATGTTGGGATCGAAGCCTCATAATAGGCCCTTATTCGTCTCTGGATATATTCGAGAGCAAAAAGTTGGCAGAATTCTTATCGACGATTGATCTGCGGTGAATATAATGCCTAAGTCAACCATGACATAGATAGAAATTTCAATGGACAAACTATCAAATAGTAGGTTGGTCATTCAAGGCTTCAACCAAGGCGGCCAACGAGCAATCGGTATGATCCGTTTGGAGCTTATTATTGGAGATTTGAAGGCCAACACTTTATTCCATATCATAGATTCCAAGACCACTTACAAGTTATTGTTAGGTCGTCCTTGGATTCATGGAAATGGAGTGATATCTTCTACACTTCATCAGTGTTTCAAGTTTTATCAAGATGGTGTCAAGAAAGTTGAAGCCGACACTAATCCATTCTCAGAGGCAGAATCCCACTTCGCAGATGCAAAGTTTTATATGCAGAATGATAAAGCAGGAGAGATCATCCCAGGTGAGATTCCTCTGATTGAAAGTCAAAAAATAGAGCATCCAAAGAATGCGAAGAAGGAGTCGATCGAAGAAGTAGATGCTTGTGAAGTTCAATCAAAGGAAACATCCGCTCACCCTACAAAATCGAAAGCTCCAAAGGAAGAGGCATCGTCAAACGTCCCTATATTACGCTACGTTCCTTTATCTCGACGCAAGAAAGGGGAATCACCATTCACAGAATGTTCAGGAATTTTGAAGGTTGGTGATGTGGAGATTCTAAAAGAAAATTTCACCACGCCTCTGACAGCAATCACCAAGCAAGATATTCAGGAATCAAAGACGGATCGTACCAAAATAACTTTGTCGAAAAGACGAACGAAGGCTGGATTTGACCCAAATGCATACAAACTCCTAGAAAAGGCAGGATGCGACTTTACAACTCATACTGAGTTTAAAAGTCTAAAAATCTTCGATGGGAGATCTGAGCCTTCTCCGACACAGAAGAAGCTCCAAAAAGAAGGTTATGCCATACCATCCTCGAGAGCCGGACTAGGGTACAATCCCCCAGAGCCAGTTCGTATAACCAGAAAATGGAAAGTTGTAGATGCACATCACATAACGATAGAAGAGATGAGCGATCCAGAAGATAAAAAGAATGATGATGGCCAGAAAATCTCTGTCTTCGATCGCATTAGAGCGCCGACTACTTGTCTTTCAGTTCATCAACGACTGAAATATTCATCTTCGGAAAAGGAAGGTCAGAGCAAAACTTCTACTCCTACCCGACGTTCAGTGTTTCATCGTTTGAGTGTGTCTACATCAAAGAAAGTAGATGAACCTTCGAGATCCGTGTTCGACCGCCTTCAAGCAACATATGGCCAATGCAAGGGAAAGTTGAAAAGTCTTCAAGCAAAATCTGACGAGATGAATGACAACAACGGATTTTCCAGCACTGTTCCTTCACGGATGAAGAGAAAACCTTTTGTTCTCATAAATACAGAAGGTGCTTTAAAAGTAAAGCGACAGTTAGTCATTCTAACTAACCCTTCGAAGGTGAACCAAGAGCTTGAAGAAGAACATGTCAATTGTTGTCATATTTCTTTCGAAGAAATGCCAGATACTAAAATTTCTGAAGAAGATGCTGAAGAAGCACCCGCATCGTTAGAAGATGGCAATCAATCAACAATTGATGAACTCAAAGAGGTAAACTTGGGTACGACAGAAGAACCGCGCCCGATATTCATCAGTGCGTCACTTAGTACTGAAGAGGAACGTGAATACTTGAATTTGCTCGTTACATATAACGATGTCTTCGCTTGGTCGTACAAAGAGATGCCAGGACTCGATCCAAAAATAGCAGTCCACCATCTTTCGATTAAACAAGGATATCGACCTATTAAGCAGGCCCAAAGGCGTTTTCGACCAGAGCTCGTTCCTCAAATTGAAATTGAAGTCAATAAGTTGATAGAGGCGGGGTTCATTCGAGAGGTGAAATATCCAACATGGATCGCAAACATTGTGCCTGTCAAAAAGAAGAACGAACAACTGCGTGTATGTGTGGATTTCCGTGACTTGAATAATGCATGTCCCAAAGATGATTTTCCATTGCCCATCACCGAACTTATGGTCGACGCCACTACAGGACATGAAGCCTTATCTTTCATGGATGGATCATCAGGATATAATCAAATTCGAATGGCCCTTGAAGATGAAGAGATGACAACATTTCGAACTCCAAAAGGAATATACTGTTACAAGGTGATGCCATTTGGATTAAAGAACGCTGGGGCAACTTACCAACGAGCCATGCAGAAGATCTTTGATGATATGCTCCACAAACGTGTTGAGTGCTATGTTGATGATCTAGTGGTCAAATCCAAGAAACGAGAGGACCACTTGCAAGATTTGAAGATAGTTTTTGACCGTTTGAGAAAGTACCAGTTGAAAATGAATCCTCTTAAATGCGCCTTCGGTGTGACATCAGGAAAGTTTCTTGGTTTCGTAGAAAGGCATCGAGGAATTGAAATCGACCAATCAAAGATTGACGCCATTCAAAAAATGCCAGAACCACGAAACTTGCGAGAATTGAGAAGTCTCCAAGGACGCCTGACCTATATCAGAAGGTTCATCTCCAATCTAGCAGGTCGATGTCAGCCATTTCAAAGACCGATGAGAAAAGACACAACCTTTGAATGGGATAAAGCTTGCCAAAATGCTTTTGATAGCATGAAAAAGTATTTGCTTAATCCTCCCGTTTTAAGCGCTCCAATTGCAGGAAAACCGTTGATATTGTACATTGCTGCACAAGAAAGATCACTTGGGGCATTGCTCGCTCAAGAGGGAGAGAAAGGAAAAGAATGTGCTTTGTATTATCTAAGTAGAACTTTGAATGGGGCAGAGCTAAATTATTCACTCATCGAAAAGATGTGCCTTTCACTTTTCTTTGCCATTGACAAACTGAGACATTACATGCAAGCCTTCACGGTGCACTTGGTGGCAAGGGCTGATCCGATCAAGTATGTCTTGTCTAGACCAATTATCTCAGGGAGGTTAGCTAAGTGGGCGATCTTACTTCAGCAATACGACATTGTCTATGTTTCGCAAAAGGCGGTGAAGGGGCAAGCCTTGGCAGACTTCTTAGCCGACCACCCGGTACCGTCAGACTGGAAATTATCTGAAGCCTTGCCTGACGAGGAGATATTCTACATTGAATTGGCCGAGCCTTGGACTATGTATTTTGACGGAGCAGCTCGAAGGAATGGCGCAGGGGCAGGAGTAATATTCATTTCGCCTGAAAAACATATGCTGCCATATAGCTTCACATTTGGAGAAGTGTGCTCGAACAACGTCGCTGAATATCAAGCGCTCATCATTGGTCTTCAAATAGCCAAAGAGATCGGGGTGACGTACATTGAAATTTTTGGAGATTCAAAATTGATAGTCAATCAATTGTTGCTCCAATATGAGGCAAAACATGAAGATTTGATACCTTACTTCAACTACGCCAGAGAATTATTGGAAAACTTCGAGAGTGTGACGATAGAACATGTTCCAAGATCTGAAAATACAAAGGCTGACGCATTGGAAAATTTAGCCACTGCTCTGACGATTTCAGAAGGTGAAGTTCTAAACATTCCACTCTGCCAAAGATGGGTTGTGCCTCCAACTGAAAAGGAAAGTCAAGAAACGAATGCAATATCCGTTTATGTGATTGAAGAAGAAGATTGGCGACAGCCGATTATAGATTACCTACAACATGGAAAGCTTCGTGTCGAGACGCGTCATAAGATTGAGATACGAAGAAGAGCATCTCGATTTATCTACTACAAAGATATCCTATATCGTCGCTCATATGAAGGCCTTTATCTTCGATGTTTGGGAAAAGATGAATCAGTGCAGGCATTAGAGGAAGCACATTCAGGTGTTTGTGGAGCTCATCAATCCGGGCCAAAGCTTCATTTTCAACTAAAGAGAATGGGCTACTATTGACCTACGATGGTTCAGGATTCGATGCAATATGCAAAGAGGTGTGAAGCTTGTCAATTTCACGCCAACTTCATACATCAGTCACCAGAGCCACTCCACCCAACTGTAGCTTCATGGCCATTTGAAGCTTGGGGACTTGACCTTGTTGGTCCTATAACACCGAAATCATCGGCAGGACACTCTTATATCCTTGCAGGAACTGATTATTTCTCAAGATGGGCTGAAGCTGTTGCATTAAAAGAAGCAAAGAAAGAAAATGTAGCAGATTTTGTTCGTAATCATCTCATTTATCAATATGGCATTCCTCATCGCATCGTGACAGATAATGGAAGACAGTTCTCTAGCAGTTTGATGGACAAGTTATGTGAAAAGTTTGGCTTCAAACAATATAATTCGTCTATGTATAATGCTGTTGCGAATGGTTTGGATGAAGCATTCAACAAGACGTTATGCAACTTGTTGAAGAAAGTAGTCTCCAAGACGAAGAGAGACTGGCAAGAAAGAATTGGTGAAGCGTTATGGGCGTACCGGACCACTTATCGTACTCCAACAGGAGTCATACCCTACTCTCTTGTCTATGGAGTAGAAGCTGTTCTCCCTCTAGAAAGAGAGATCACATCGTTGCGAATGGCGGTGCAAGAAGGTTTGACTGTAGAAGACAATGCTAAGTTACGTCTTCAAGAGTTAGAAGCATTAGATGAGAAAAGACTGGATGCTCAACAAGCTTTGGAATGTTATCAAGCGCGCATGTCTAAAGCTTTCAACAAAAAGGTACGACCTCGTTCATTTCAAGTTGGTGAGCTCGTACTCGCAGTTCGAAGACCTATCATCACGACTCGACATACAGGACACAAGTTTACACCTAAATGGGACGTCCCCTACGTTGTGAAAGAAGTCTACACAAATGGAGCATACAAGATAGTTGACAAAGACAGACTCAAAATTGGCCCAATCAACGGCAAGTTTCTCAAGAAATATTATGCTTAAAATGTAATACTCCTTATCGTAAGAGTATAAACTACATGATACTCCTGGCCCGCATGAGTTAAAAAGGTGAATGGCCCAAAAAAAAAATCAAATTTGTACCCTGAACTACGTTATGACTTGATCCCATATATTAATGGGTAAGTAGGCAACTTAAAGGAAACTTTAAGCTCAGTCCATAAAATAAAAAAAAAAAATCATTATCCCATGTTGGTAAAAAAAAAAAAAAAAGAAATTTCATTCTTGAATAATACAAAAAAAAATTGTAAGTGAATTACGATGAGAAACAAGTCTGATACTGAATGATGAAGTTTTCCTATTACAAAAAAAAAAAGGATACATCTTCGATATCAAAAAAAAAAAAAAAAAAGCTACAAAAGAAATTGAGGTCTGATCACGGCATCCACTTGTAGTTCTTCAGCTCTTCTTGTGCGTCTTCCAACATTCCACGAAGTATCGTTAGAGTTTTAGCATCAGCATCAGTAAGAACAGTGGCATCTTTAATACTACTTATAGTTCCTTGCAGTTTGGAAGCCTCGAGTTGATTTTGTTTTAAAAGATCCTCCTTCTCAATAATCGACTTAGAAATCTCAACTCGCTTAGCTTTCACAGTTTCAATCCTAGCTTCCAATTCTTCTTCTTCTCGCAATGCTTGCAGATGTTGTTGCTGAAGTGAACCTTTCGCGGTGAGTAGTTCACTTTCACTGTATAGTATCTTCTCCAAGCTAAACCTAGTCTCTTCCAGTTGGCGATTCTTACTCTCCAAAGTTAATTGAGAAGAAAATGACGACTGCAGCTGGTTATACTTTTCTACCTTCTTGAAATACGCATTTACAATTTCTTTAAGAGAATCCAAGCCGGGTCACCCAATAAAATGACGACTGGTCTAGACAGAGTGGAATCACTTTAGGGTAGTCTGGTGACTACTCCTGCAGGTTACTCAGATCACCCAATAAAATGGGGATTGGTCTAGCAGGACTGTAGGCGAATCTGGTGACTACCCCTGCAGGTTACTCAGATCACCCAATAAAATGGGGACTGGTCTAGCAGGAGTGCATCACTGTAGGCGAATCTGGTGACTACCCCTGCAAGTTACTCAGATCACCCAATAAAATGGGGACTAGTCTAGCAGGAGTGCATCACTGTAGGCGAATCTGGTGACTACCCCTACAAGTTACTCAGATCACCCAATAAAATGGGGACTGGTCTAGCAGAAGTGCATCACTATAGGCAAATCTGGTGACGACCCCTGCAGGTTACTCAGATCATCCAATAAAATGGAGAATGGTCTAGCAGGAGTACATCACTGTAGGCGAATCTGGTGGCCACCCCTGCAGGTTACTCAGATCACCTAATAAAATAGGGACTGGTTTAGCAGGAGTGCATCACTGAAGGCGAATCTGGTGACCACCCCTGCAGGTTACTCAGATCATCCAATAAAATGGAGACTGGTCTAGCAGGAGTACATCACTGTGGACGAATCTGGTGACCACCCCTGCAGGTTACTCAGATCACCCAATAAAATGGAGACTGGTCTAGCAGGAGTGCATCACTGTGGACGAATTTGGTGGCCACCCCTGCAGGTTACTCAGATCACCCAATAAAATGGAGACTGGTCTAGCAGGAGTGCATCACCGTGGACGAATCTGGTGACCAGCCCTGCAGGTTACTCAGATCATCCAATAAAATGGAGACTGGTCTAGCAGGAGTGCATCACTGTAGGCAAATTTGGTGACGACTGTTGCACGATGCTTACACGTTCAAGCAAGAAAGAAACAAATTGCAAGAATATATGTGCAAAAAAAAAAAAAAAAAGACAAAAAGCTCTTTGAAACAATCAAAACAGTTCATATGTGTGATATTCAATAAGATGTTGATGGAACATATGCATATTTAAAAAAAAAAAACAAGTTTGAATATGTATATACCTTCCAACTGATGGGCAAAGGTTGATGTTGTGTCCCAGGAGACCATAAAATAACTATGTTAGTTACAAATCCTACAAAGAAAGGAAGGTAAAAAAAAAACATGTGATTTTAGAAAAAGGATTGCAAACAAGTTAAAAAAAAAACAAAAAAAAGCGGCTTAGGCATTTTTTTTAAACCTAATTTAGGTTTGTGGAGTGATGACGACAATATTGGCAAGGTTTTGTAAAAAAAAAAATGTTGAACATGGGGAAAAACACACATATGTGCATCAGTGTATGTGGGGCATCATGCAGTGAAAAAAAAAGGTGCTCATTCGAGAAGGAAGGAAGTAAAAAAAAAAAAAAAAAGTGAGCGGTGCACAAAAAAAAACAAGAAAGGTTCTGCGGTGTTATCTAAAAAAAAAATCTTTTAGACTTTGTGGCAATATGTGTGGTTATATATATTAAAAAAAAATCCCAAACGGCAACAGCTCTTGCATGTATGTGTGATTGTGTATATGATGGCAGAATGACATGAATAGCCGGCAAACCAAACAAAAGCTTAATAAATACATACTTTGACATTCAGAAAACAATGACGGAAGTGGCGATAATTGAAAAGATATATATATACACAAATATATATGATGTTATTCCTAGCTTGAGGTGTGAGTAATTAATTAAAAAAAAAAATCAAATCAAGTTCAAGGTAAACAAGCATTGAAAGCGGCAACACACATACATGAAGAACTTGTATATACTACGATTCGTGGGCCAAAACTGAGAAAATTTCTTGAATATTGTGGCGGCAATAGCTTATAAAAAAATCAATATTGATTTTGACTCACCGATGAAGCGACAAAGAGGCACAAAGGGAGATGTTTGCTCGAACTCGAGGCCTACACAAAGAAGGAGAAACATGAGCATTCGAAATCAAATGAAAAAAAGAAAAGAGAAATTAAAGAGGAGAGAATTTTTCTTACCTAGACTTCTTGCTTGAATGGCTTTGTGTCTTGACCTATCCAACTTATTCAATTTATAAGGGAAAAATTAGGTCAAACACATAAGGAAAAGTTGATTTTTGGCTAAGGAAAATTTTGCCTAATCAAATATGGCAATGAATTTCCTACAATTGCTATTTAGGAAAAAAAAATTGCCTCCAAATTACATGAATCAAGAGAGAATTTTTGGCTTAATCAAATATGGCAATGAATTTCCTACAATTGCTATTTAAAAAAAAAAATTGGAAATCAAAATTCAAAATTTGGCCAAAATCAATGTTGGTAGCAAAATCGAAATTATTTGGAATTATAAGTTAATATTCTGATTAATTTTGCCTATCGACACAAATTAAAGTTATGACTAAACGTCATATATTTTTCCTCACAAAACGTGCTTTTCAAAATCCATGCACACATATAGGTGCATAAATTTCGAAAAGGGGGCATTTGTTGAGTGAGAAATTTCGGCCAATCACGAATTGCCACGTCATTAATTTGAATTAATGATAAAATAAATTTGGGACCAATTACAAATTTACATGTGTCCCTAAATTAAATTAATAGACATTAAAATTCGGCAAATCAAACAATGCCACTTGTCTATTATTGATACATAAACCGAGTCCAATCAAATTATGTCATGTGGCAATTGGACCTGAGACTAATGTGACCTGAGATCATTGAAGAAATTGGGCTAAATTAAAATAATCCAACTTTATTAAAAAAAAATAATAAGTTGGATTAAAGCCCAAATATAGTCTAAACCCAAAGATTGGGCCCAGGCCCAAGCCCATATGAGGTCCACCAAACTCTATAAATAGAGGAGGCCACCATTCATTTGGGGCATTCAGACAGAGTCAGAGAAGCTAGAGTCCAGAGCATTCTCCCAAGGTCCAGAGTCTTCAGAAGTCAGAGAGTCCAGAGAATTCAAAAGATCCAAGATTCAGAATTCGGCCATCTCAAGACTCAGAAGATCCAACGACTGGAAGACTCCAAAGAATCGACCGTTTCTTCATCAAGATACAAGTTGAAGATTCAACCTTGCTCCATCTGAGATCAAGCTCGCCAGCCCTCAGATCAGACTCTACATTTTGA

mRNA sequence

ATGTACGAGGAGCTGACGAGGACAATCGGGGAGAAATTGGGCTGGGATACGGGCCAAGGAGGAGGAGCCGGCAAGTGGGACGGGCCAAGGCCGAAGGGGTCGGGTCTTGACCCGACCCCATGCTCGGCCTCGGCCATGGGCCGAGGCCGAGCCCGTTCGGTCTCGTCTGGTCCCCACCGCCTCTGGCTGCCCCGGTTTCGCCTGGTCACGTCTTCCCCCTCATCTACAAATTTACCATTGGTGGCACGTGAAGGTCAGACAGAGAAGCCAGAGTCCAGAGCATTCTCCCAAGGTCCAGAGTCTTCAGAAGTCAGAGAGTCCAGAGAATTCAGAAGATCCAAGATTCAGAATTCTTCATCAAGATACAATCGCTCCAAGGAAACCCAACACGAAGACAACCAAACTCCTGTCATTGCAAACAAGATGCTGAGACGCATGACAGAATCTGCTCAACTTGAAATCGCCGCTGCAGAAAATCTGATGCTTGGAAAATTCATCTCTTATTATCAGCAACCAAACAAAACATCTAGTCCTGATGTGATGTATGTTATGATGACTGATGCTGGAACTAGCGAAGAACGAATGGCTGAAGTCGAGAAGAAAATCAGCATGATACTGAAGATGGTCGAAGAGAAAGACCAAGAAATCGCCTCTCTCAGGAACCAAATGGAAAGTCGAGATTTCGGGACATTAGAACCGATTGTTATTTGGCTTCAGCAAAAATCTGCAAGAGACATCTGCCAAGACCAACTTGAGTCTGTTGAAAATGAAGACGAAGGATGGACTTTGGTAACTCGTCGAAAGAAGCAAAAGAAACATTACGTTCAAAGAGAGCCTCACATGTTCCGAAACTACAGGAGAAAGAACATGTCACAAAAACAAAAAAGAAAGATAAAAGGTTTGAGAAAGCCTAAACTAGTTGTCGAAGAGAATCAAGATTTTGTTATGTCTCGACAACCAGTGACCCTTAAAGATTTTTTCCCGAAGAATTTTCTTAATGACGATCATGAGGACATCCCTGAGATAGTCGCATGTCATGCTGTCAATACGTGCGAAGAAGGCGATTCTTCCTCATGTCCATCTCAGAATGCGAAGAAGGAGTCGATCGAAGAAGTAGATGCTTGTGAAGTTCAATCAAAGGAAACATCCGCTCACCCTACAAAATCGAAAGCTCCAAAGGAAGAGGCATCGTCAAACGTCCCTATATTACGCTACGTTCCTTTATCTCGACGCAAGAAAGGGGAATCACCATTCACAGAATGTTCAGGAATTTTGAAGGTTGGTGATGTGGAGATTCTAAAAGAAAATTTCACCACGCCTCTGACAGCAATCACCAAGCAAGATATTCAGGAATCAAAGACGGATCGTACCAAAATAACTTTGTCGAAAAGACGAACGAAGGCTGGATTTGACCCAAATGCATACAAACTCCTAGAAAAGGCAGGATGCGACTTTACAACTCATACTGAGTTTAAAAGTCTAAAAATCTTCGATGGGAGATCTGAGCCTTCTCCGACACAGAAGAAGCTCCAAAAAGAAGGTTATGCCATACCATCCTCGAGAGCCGGACTAGGGTACAATCCCCCAGAGCCAGTTCGTATAACCAGAAAATGGAAAGTTGTAGATGCACATCACATAACGATAGAAGAGATGAGCGATCCAGAAGATAAAAAGAATGATGATGGCCAGAAAATCTCTGTCTTCGATCGCATTAGAGCGCCGACTACTTGTCTTTCAGTTCATCAACGACTGAAATATTCATCTTCGGAAAAGGAAGGTCAGAGCAAAACTTCTACTCCTACCCGACGTTCAGTGTTTCATCGTTTGAGTGTGTCTACATCAAAGAAAGTAGATGAACCTTCGAGATCCGTGTTCGACCGCCTTCAAGCAACATATGGCCAATGCAAGGGAAAGTTGAAAAGTCTTCAAGCAAAATCTGACGAGATGAATGACAACAACGGATTTTCCAGCACTGTTCCTTCACGGATGAAGAGAAAACCTTTTGTTCTCATAAATACAGAAGATGTTGTTGCTGAAGTGAACCTTTCGCGGACTGTAGGCGAATCTGGTGACTACCCCTGCAGGTTACTCAGATCATCCAATAAAATGGAGAATGGTCTAGCAGGAGTACATCACTGTAGGCGAATCTGGTGGCCACCCCTGCAGGAGTACATCACTGTGGACGAATCTGGTGACCACCCCTGCAGGTTACTCAGATCACCCAATAAAATGGAGACTGGTCTAGCAGGAGTGCATCACTGTGGACGAATTTGGTGGCCACCCCTGCAGAGTCTTCAGAAGTCAGAGAGTCCAGAGAATTCAAAAGATCCAAGATTCAGAATTCGGCCATCTCAAGACTCAGAAGATCCAACGACTGGAAGACTCCAAAGAATCGACCGTTTCTTCATCAAGATACAAGTTGAAGATTCAACCTTGCTCCATCTGAGATCAAGCTCGCCAGCCCTCAGATCAGACTCTACATTTTGA

Coding sequence (CDS)

ATGTACGAGGAGCTGACGAGGACAATCGGGGAGAAATTGGGCTGGGATACGGGCCAAGGAGGAGGAGCCGGCAAGTGGGACGGGCCAAGGCCGAAGGGGTCGGGTCTTGACCCGACCCCATGCTCGGCCTCGGCCATGGGCCGAGGCCGAGCCCGTTCGGTCTCGTCTGGTCCCCACCGCCTCTGGCTGCCCCGGTTTCGCCTGGTCACGTCTTCCCCCTCATCTACAAATTTACCATTGGTGGCACGTGAAGGTCAGACAGAGAAGCCAGAGTCCAGAGCATTCTCCCAAGGTCCAGAGTCTTCAGAAGTCAGAGAGTCCAGAGAATTCAGAAGATCCAAGATTCAGAATTCTTCATCAAGATACAATCGCTCCAAGGAAACCCAACACGAAGACAACCAAACTCCTGTCATTGCAAACAAGATGCTGAGACGCATGACAGAATCTGCTCAACTTGAAATCGCCGCTGCAGAAAATCTGATGCTTGGAAAATTCATCTCTTATTATCAGCAACCAAACAAAACATCTAGTCCTGATGTGATGTATGTTATGATGACTGATGCTGGAACTAGCGAAGAACGAATGGCTGAAGTCGAGAAGAAAATCAGCATGATACTGAAGATGGTCGAAGAGAAAGACCAAGAAATCGCCTCTCTCAGGAACCAAATGGAAAGTCGAGATTTCGGGACATTAGAACCGATTGTTATTTGGCTTCAGCAAAAATCTGCAAGAGACATCTGCCAAGACCAACTTGAGTCTGTTGAAAATGAAGACGAAGGATGGACTTTGGTAACTCGTCGAAAGAAGCAAAAGAAACATTACGTTCAAAGAGAGCCTCACATGTTCCGAAACTACAGGAGAAAGAACATGTCACAAAAACAAAAAAGAAAGATAAAAGGTTTGAGAAAGCCTAAACTAGTTGTCGAAGAGAATCAAGATTTTGTTATGTCTCGACAACCAGTGACCCTTAAAGATTTTTTCCCGAAGAATTTTCTTAATGACGATCATGAGGACATCCCTGAGATAGTCGCATGTCATGCTGTCAATACGTGCGAAGAAGGCGATTCTTCCTCATGTCCATCTCAGAATGCGAAGAAGGAGTCGATCGAAGAAGTAGATGCTTGTGAAGTTCAATCAAAGGAAACATCCGCTCACCCTACAAAATCGAAAGCTCCAAAGGAAGAGGCATCGTCAAACGTCCCTATATTACGCTACGTTCCTTTATCTCGACGCAAGAAAGGGGAATCACCATTCACAGAATGTTCAGGAATTTTGAAGGTTGGTGATGTGGAGATTCTAAAAGAAAATTTCACCACGCCTCTGACAGCAATCACCAAGCAAGATATTCAGGAATCAAAGACGGATCGTACCAAAATAACTTTGTCGAAAAGACGAACGAAGGCTGGATTTGACCCAAATGCATACAAACTCCTAGAAAAGGCAGGATGCGACTTTACAACTCATACTGAGTTTAAAAGTCTAAAAATCTTCGATGGGAGATCTGAGCCTTCTCCGACACAGAAGAAGCTCCAAAAAGAAGGTTATGCCATACCATCCTCGAGAGCCGGACTAGGGTACAATCCCCCAGAGCCAGTTCGTATAACCAGAAAATGGAAAGTTGTAGATGCACATCACATAACGATAGAAGAGATGAGCGATCCAGAAGATAAAAAGAATGATGATGGCCAGAAAATCTCTGTCTTCGATCGCATTAGAGCGCCGACTACTTGTCTTTCAGTTCATCAACGACTGAAATATTCATCTTCGGAAAAGGAAGGTCAGAGCAAAACTTCTACTCCTACCCGACGTTCAGTGTTTCATCGTTTGAGTGTGTCTACATCAAAGAAAGTAGATGAACCTTCGAGATCCGTGTTCGACCGCCTTCAAGCAACATATGGCCAATGCAAGGGAAAGTTGAAAAGTCTTCAAGCAAAATCTGACGAGATGAATGACAACAACGGATTTTCCAGCACTGTTCCTTCACGGATGAAGAGAAAACCTTTTGTTCTCATAAATACAGAAGATGTTGTTGCTGAAGTGAACCTTTCGCGGACTGTAGGCGAATCTGGTGACTACCCCTGCAGGTTACTCAGATCATCCAATAAAATGGAGAATGGTCTAGCAGGAGTACATCACTGTAGGCGAATCTGGTGGCCACCCCTGCAGGAGTACATCACTGTGGACGAATCTGGTGACCACCCCTGCAGGTTACTCAGATCACCCAATAAAATGGAGACTGGTCTAGCAGGAGTGCATCACTGTGGACGAATTTGGTGGCCACCCCTGCAGAGTCTTCAGAAGTCAGAGAGTCCAGAGAATTCAAAAGATCCAAGATTCAGAATTCGGCCATCTCAAGACTCAGAAGATCCAACGACTGGAAGACTCCAAAGAATCGACCGTTTCTTCATCAAGATACAAGTTGAAGATTCAACCTTGCTCCATCTGAGATCAAGCTCGCCAGCCCTCAGATCAGACTCTACATTTTGA

Protein sequence

MYEELTRTIGEKLGWDTGQGGGAGKWDGPRPKGSGLDPTPCSASAMGRGRARSVSSGPHRLWLPRFRLVTSSPSSTNLPLVAREGQTEKPESRAFSQGPESSEVRESREFRRSKIQNSSSRYNRSKETQHEDNQTPVIANKMLRRMTESAQLEIAAAENLMLGKFISYYQQPNKTSSPDVMYVMMTDAGTSEERMAEVEKKISMILKMVEEKDQEIASLRNQMESRDFGTLEPIVIWLQQKSARDICQDQLESVENEDEGWTLVTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKRKIKGLRKPKLVVEENQDFVMSRQPVTLKDFFPKNFLNDDHEDIPEIVACHAVNTCEEGDSSSCPSQNAKKESIEEVDACEVQSKETSAHPTKSKAPKEEASSNVPILRYVPLSRRKKGESPFTECSGILKVGDVEILKENFTTPLTAITKQDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFTTHTEFKSLKIFDGRSEPSPTQKKLQKEGYAIPSSRAGLGYNPPEPVRITRKWKVVDAHHITIEEMSDPEDKKNDDGQKISVFDRIRAPTTCLSVHQRLKYSSSEKEGQSKTSTPTRRSVFHRLSVSTSKKVDEPSRSVFDRLQATYGQCKGKLKSLQAKSDEMNDNNGFSSTVPSRMKRKPFVLINTEDVVAEVNLSRTVGESGDYPCRLLRSSNKMENGLAGVHHCRRIWWPPLQEYITVDESGDHPCRLLRSPNKMETGLAGVHHCGRIWWPPLQSLQKSESPENSKDPRFRIRPSQDSEDPTTGRLQRIDRFFIKIQVEDSTLLHLRSSSPALRSDSTF

Homology

[Close]

BLAST of Spg009210 vs. NCBI nr
Match: TYK05005.1 (ty3-gypsy retrotransposon protein [Cucumis melo var. makuwa])

HSP 1 Score: 273.1 bits (697), Expect = 8.0e-69
Identity = 221/681 (32.45%), Postives = 302/681 (44.35%), Query Frame = 0


Query: 204 MILKMVEEKDQEIASLRNQMESRDFGTLEPIVIWLQQKSARDICQDQLESVENEDEGWTL 263
           +IL++  EK       + +++  +FGT EP+V+   Q+ A +  Q++   +E +DE WT+
Sbjct: 327 LILRLAREK-------KIELDLEEFGTFEPVVVRFHQEVAPEDSQEKERLIEEDDERWTI 386

Query: 264 VTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKRKIKGLRKPKLVVEENQDFVMSRQPVTL 323
           VTRRKK+K   +Q+E   +RNYRR N +QK K+K K  RK KL+ +E++DF  +++ +TL
Sbjct: 387 VTRRKKRKSTPIQKEHRFYRNYRRWNKAQKNKKK-KKTRKLKLMHKEDKDFPRTQRLITL 446

Query: 324 KDFFPKNFLNDDHEDIPEIVACHAVNTCEEGD---------------------------- 383
            DFFP  FL D  ++ P +VACHA+N  EE                              
Sbjct: 447 ADFFPTRFLGDHQDENPGVVACHAINATEEESIPLRSLEEEKVSKDLSRFNVDDLLSLPQ 506

Query: 384 -----------SSSCPSQNA---------------------------------------- 443
                      +S+  S +A                                        
Sbjct: 507 EIKTILINALLNSAASSSSASTVTYESTPYCMSIDFSNDDLLLGSKLHNRPLYVSGYVRE 566

Query: 444 ------------------------------------------------------------ 503
                                                                       
Sbjct: 567 QRVDRILVDNGSAVNIMPKSTIRQLGILMKELSNSKLVIQGFNQGSQRVIDGVKKVEADS 626

Query: 504 -----------------KKESIEEVDACEV----------------------------QS 563
                            K +S  EV + EV                            + 
Sbjct: 627 NPFSEAESHFADAKFYLKNDSSPEVVSVEVPLVNREDNLQLKSLASKEPHISIGTFHSEK 686

Query: 564 KETSAHPTKSKAPKEEASSNVPILRYVPLSRRKKGESPFTECSGILKVGDVEILKENFTT 623
            E S    KS    +E +SN  ILRYVPLSRRKKGESPF E    LKVGD+E+LKE+FTT
Sbjct: 687 SEASTSTAKSVILMDEKTSNPSILRYVPLSRRKKGESPFVESPQGLKVGDIEVLKESFTT 746

Query: 624 PLTAITKQDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFTTHTEFKSLKIFDG 673
           PLT ITKQ+I   K D T+ +L +RRTK  FDP AYKL+ KAG DFTTHTEFKSLKI + 
Sbjct: 747 PLTKITKQEI---KIDLTEASLPQRRTKDEFDPKAYKLMAKAGYDFTTHTEFKSLKIHE- 806

[Close]

BLAST of Spg009210 vs. NCBI nr
Match: KAA0061113.1 (ty3-gypsy retrotransposon protein [Cucumis melo var. makuwa] >TYK03782.1 ty3-gypsy retrotransposon protein [Cucumis melo var. makuwa])

HSP 1 Score: 261.2 bits (666), Expect = 3.1e-65
Identity = 187/488 (38.32%), Postives = 252/488 (51.64%), Query Frame = 0


Query: 238 LQQKSARDICQDQLESVENEDEGWTLVTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKRK 297
           L+++   +  Q++   +E +DEGWT+VTRRKK+K   +Q+E  ++ NYRR N +QK K+K
Sbjct: 458 LEEEVTPEDSQEKERLIEEDDEGWTVVTRRKKRKSTLIQKESRLYINYRRGNKTQKNKKK 517

Query: 298 IKGLRKPKLVVEENQDFVMSRQPVTLKDFFPKNFLNDDHEDIPEIVA------------- 357
            K  RK KLV E+++DF  +++ VTL DFFP  FL D  ++ P +VA             
Sbjct: 518 -KKTRKLKLVHEKDKDFPRTQRVVTLADFFPTRFLGDHQDENPGVVASASSSSAPIATYE 577

Query: 358 ----CHAVNTCEEG----------------------------DSSSC------------- 417
               C +++  +E                             D+ S              
Sbjct: 578 STPYCMSIDFSDEDLLLGSKLHNRPLYVSGYVQEQRVERILVDNGSAVNIMPKSTMRQLG 637

Query: 418 -------------------------------------------PSQN----------AKK 477
                                                      P  N          A +
Sbjct: 638 ILMEELSNSKLVIQGFNQGSQRVIDAKFYLKNDGSPEVVSVEVPLVNKEDNLQLKSLASR 697

Query: 478 ESIEEVDACEVQSKETSAHPTKSKAPKEEASSNVPILRYVPLSRRKKGESPFTECSGILK 537
           ES +          E S    KS    +E +SN PILRYVPLSRRKKGESPF E    LK
Sbjct: 698 ESHKSTGTFHSGKSEASTSTAKSVIVMDEKTSNPPILRYVPLSRRKKGESPFVEFPQGLK 757

Query: 538 VGDVEILKENFTTPLTAITKQDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFT 597
           VGD+E+LKE+FTTPLT ITKQ+I   K D  + +L +RRTK GFDP AYK + KAG DFT
Sbjct: 758 VGDIEVLKESFTTPLTKITKQEI---KIDLIEASLPQRRTKDGFDPKAYKSMAKAGYDFT 817

Query: 598 THTEFKSLKIFDGRSEPSPTQKKLQKEGYAIPSSRAGLGYNPPEPVRITRKW--KVVDAH 613
           THTEFKSLKI + + + S TQKKL +EG+AIP SR GLGY PPEP+RITRK   KVVD++
Sbjct: 818 THTEFKSLKIHE-QPKLSSTQKKLLREGHAIPMSRKGLGYKPPEPIRITRKGKEKVVDSN 877

[Close]

BLAST of Spg009210 vs. NCBI nr
Match: KAA0055891.1 (uncharacterized protein E6C27_scaffold438G00090 [Cucumis melo var. makuwa])

HSP 1 Score: 250.0 bits (637), Expect = 7.2e-62
Identity = 213/598 (35.62%), Postives = 289/598 (48.33%), Query Frame = 0


Query: 198 VEKKISMILKMVEEKDQEIASLRNQMESR--------DFGTLEPIVIWLQQKSAR----- 257
           ++KKI + L  + + +   A++  Q +SR         FG+LEP+VI+   K  +     
Sbjct: 119 LDKKIELELDDMAQTNH--AAVIIQSDSRLSAIWSLIQFGSLEPVVIYSSSKDLQNNDFR 178

Query: 258 -DICQDQLESVENEDEGWTLVTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKR------- 317
            D  +++ + V+N +EGWTLVTRR K+K+ + Q+E   +R YR K   ++QK        
Sbjct: 179 ADGPKEEEKQVDNVEEGWTLVTRRTKRKQSFSQKESGSYRTYRSKGYIREQKLNQILINN 238

Query: 318 -----------------KIKGLRKPKLVVE------------------------------ 377
                             ++ L   KLV++                              
Sbjct: 239 GFAINILSKSTMNQLGISVEELSNSKLVIQGFNQGAQRAIGTVRLEIVIGDLKVSTIFHV 298

Query: 378 -----------------EN--------QDFVMSRQPVTLKDFFPKNFLNDD--------- 437
                            EN        Q F   +Q +   D   + F   +         
Sbjct: 299 IDSRTTYKMLLGRPWIHENGIVTSTLHQCFKFHKQGIRKVDADSRPFTKAESHFADAKFY 358

Query: 438 --HEDIPEIVACHAVNTCEEGDSSSCPSQNAKKESIEEVDACEVQSKETSAHPTKSKAPK 497
              ED+ EI++     T  +G   +       K+S  + DA   Q    S   TK +AP+
Sbjct: 359 TKSEDVSEIISTEVPVT--KGTFKNEQEMITSKKS-NKGDALNSQQNGESTTETKLRAPE 418

Query: 498 EE-------ASSNVPILRYVPLSRRKKGESPFTECSGILKVGDVEILKENFTTPLTAITK 557
            E         SN+P+L Y+  SR KKGESPF ECS  L V + EILKENFT PLT I K
Sbjct: 419 AEKIATLQKEVSNLPVLCYISFSRHKKGESPFAECSKNLTVKNTEILKENFTAPLTKIEK 478

Query: 558 QDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFTTHTEFKSLKIFDGRSEPSPT 617
            + ++ +    +  L +RRT  GFDP AYKL+ KAG DFTT TE KS+KIFD R E SPT
Sbjct: 479 GEAKKIEKKDLEAYLPERRTVEGFDPKAYKLMAKAGYDFTTRTELKSVKIFDERPELSPT 538

Query: 618 QKKLQKEGYAIPSSRAGLGYNPPEPVRIT--RKWKVVDAHHITIEEMSDPEDKKNDDGQK 675
           QKKLQK+GY+IP+SRAG+GY   EPVRIT  RK KV +  HIT+EE  D E+ KND  Q+
Sbjct: 539 QKKLQKQGYSIPNSRAGIGYQSSEPVRITGKRKVKVANTCHITVEESKDSEEGKNDRSQR 598

[Close]

BLAST of Spg009210 vs. NCBI nr
Match: XP_031735972.1 (uncharacterized protein LOC116401693 [Cucumis sativus])

HSP 1 Score: 249.6 bits (636), Expect = 9.4e-62
Identity = 248/856 (28.97%), Postives = 329/856 (38.43%), Query Frame = 0


Query: 199  EKKISMILKMVEEKD-------QEIASLRNQMESR----DFGTLEPIVIWLQQKSARDIC 258
            EK+I + L+ V + +        E +S R   E R     FGT EPIV+   Q+ + +  
Sbjct: 503  EKRIELDLEEVAQTNHAEVTIMSEASSSRLIFEQRKSLVQFGTFEPIVVQFFQEISYEDP 562

Query: 259  QDQLESVENEDEGWTLVTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKRKIKGLRKPKLV 318
            Q +   +E +DEGW +VT RKK++    QRE   ++NYRR N +QK K+K K   K KLV
Sbjct: 563  QGEKRPIEEDDEGWIVVTHRKKRQSIPTQRESRSYQNYRRGNKTQKNKKK-KKTHKLKLV 622

Query: 319  VEENQDFVMSRQPVTLKDFFPKNFLNDDHEDIPEIVACHAVNTCEE-------------- 378
              E+ +F   ++ VTL DF PK+FL D  ++ PE+VACHA+NT EE              
Sbjct: 623  HNEDMNFSRPQRLVTLADFLPKSFLCDHQDEDPEVVACHAINTTEEEIIPPRSLEGEGVS 682

Query: 379  ------------------------------GDSSSCPS---------------------- 438
                                            SSS P+                      
Sbjct: 683  KDLSRFNVEDLLSLPQETKTILIDALLNSRASSSSTPTMTYESGSYCMSIDFSDEDLLLG 742

Query: 439  ------------------------------------------------QNAK-------- 498
                                                             N+K        
Sbjct: 743  SKLHNRPLYVSGYVREQRVDRILIDNGSAVNIMPKSTMWQLGILMDELSNSKLVIQGFNQ 802

Query: 499  -----------------------------------------------------------K 558
                                                                       +
Sbjct: 803  GSQRAIGMIRLELIIGDLKASALFHVIDSRTTYKLLLGRPWIHGNGVVTSTLHQCFKFYQ 862

Query: 559  ESIEEVDACEVQSKETSAH----------------------------------------- 618
            + +++V+A      E  +H                                         
Sbjct: 863  DGVKKVEADSNPFSEAESHFADAKFYSKNNNILEVLPAETPLTKGEDNSQLKSLATTEPH 922

Query: 619  ----------------PTKSKAPKEEASSNVPILRYVPLSRRKKGESPFTECSGILKVGD 678
                             TK    K+E ++N P+LRYVPLSRRKKGESPF E    LKVGD
Sbjct: 923  ESARTFNSGKGEAYTSSTKGMILKDENAANTPVLRYVPLSRRKKGESPFMESPKGLKVGD 982

Query: 679  VEILKENFTTPLTAITKQDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFTTHT 738
            +EI+KE+FTTPLT I KQ++   K D  +  L +RRTK GFDP AYKL+ KAG DFT HT
Sbjct: 983  IEIIKESFTTPLTKIAKQEV---KVDLVEANLPQRRTKDGFDPKAYKLMAKAGYDFTAHT 1042

Query: 739  EFKSLKIFDGRSEPSPTQKKLQKEGYAIPSSRAGLGYNPPEPVRITRKW--KVVDAHHIT 748
            EFKSL+I D R E S TQKKL +EG++IP SR GLGY  PEP+RIT+K   KVVD +HIT
Sbjct: 1043 EFKSLEIHD-RPELSSTQKKLLREGHSIPVSRKGLGYKSPEPIRITKKGKEKVVDINHIT 1102

[Close]

BLAST of Spg009210 vs. NCBI nr
Match: TYK06199.1 (uncharacterized protein E5676_scaffold287G00570 [Cucumis melo var. makuwa])

HSP 1 Score: 249.2 bits (635), Expect = 1.2e-61
Identity = 212/597 (35.51%), Postives = 290/597 (48.58%), Query Frame = 0


Query: 198 VEKKISMILKMVEEKDQEIASLRNQMESR--------DFGTLEPIVIWLQQKSAR----- 257
           ++KKI + L  + + +   A++  Q +SR         FG+LEP+VI+   K  +     
Sbjct: 397 LDKKIELELDDMAQTNH--AAVIIQSDSRLSAIGSLIQFGSLEPVVIYSSSKDLQNNDFR 456

Query: 258 -DICQDQLESVENEDEGWTLVTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKR------- 317
            D  +++ + V+N +EGWTLVTRR K+K+ + Q+E   +R YR K   ++QK        
Sbjct: 457 ADGPKEEEKQVDNVEEGWTLVTRRTKRKQSFSQKESGSYRTYRSKGYVREQKLNQILINN 516

Query: 318 -----------------KIKGLRKPKLVVE------------------------------ 377
                             ++ L   KLV++                              
Sbjct: 517 GFAINILSKSTMNQLGISVEELSNSKLVIQGFNQGAQRAIGTVRLEIVIEDLKVSPIFHV 576

Query: 378 -----------------EN--------QDFVMSRQPVTLKDFFPKNFLNDD--------- 437
                            EN        Q F   +Q +   D   + F   +         
Sbjct: 577 IDSRTTYKMLLGRPWIHENGIVTSTLHQCFKFYKQGIRKVDADSRPFTKAESHFTDAKFY 636

Query: 438 --HEDIPEIVACHAVNTCEEGDSSSCPSQNAKKESIEEVDACEVQSKETSAHPTKSKAPK 497
              ED+ EI++     T  +G   +       K+S +E DA   Q    S   TK +AP+
Sbjct: 637 TKSEDVSEIISTEVPVT--KGTFKNEQEMITSKKSNKE-DALNSQQNGESTIETKLRAPE 696

Query: 498 EE-------ASSNVPILRYVPLSRRKKGESPFTECSGILKVGDVEILKENFTTPLTAITK 557
            E         SN+P+L Y+P SR KKGESPF EC   L V + EILKENFT PLT I K
Sbjct: 697 AEKIATLQKEVSNLPVLCYIPFSRHKKGESPFAECLKNLTVKNTEILKENFTAPLTKIEK 756

Query: 558 QDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFTTHTEFKSLKIFDGRSEPSPT 617
            + ++ +    +  L +RRT  GFDP AYKL+ KAG DFTT TE KS+KIFD R E SPT
Sbjct: 757 GEAKKIEKKDLEAYLPERRTVKGFDPKAYKLMAKAGYDFTTRTELKSVKIFDERPELSPT 816

Query: 618 QKKLQKEGYAIPSSRAGLGYNPPEPVRITRKWKVVDAH--HITIEEMSDPEDKKNDDGQK 675
           QKKLQK+GY+IP+SRAG+GY+  EPVRIT K KV  A+  HIT+EE  D E+ K D  Q+
Sbjct: 817 QKKLQKQGYSIPNSRAGIGYHSSEPVRITGKGKVKVANTCHITVEESKDSEEGKKDRSQR 876

[Close]

BLAST of Spg009210 vs. ExPASy TrEMBL
Match: A0A5D3C0W6 (Ty3-gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold143G002360 PE=4 SV=1)

HSP 1 Score: 273.1 bits (697), Expect = 3.9e-69
Identity = 221/681 (32.45%), Postives = 302/681 (44.35%), Query Frame = 0


Query: 204 MILKMVEEKDQEIASLRNQMESRDFGTLEPIVIWLQQKSARDICQDQLESVENEDEGWTL 263
           +IL++  EK       + +++  +FGT EP+V+   Q+ A +  Q++   +E +DE WT+
Sbjct: 327 LILRLAREK-------KIELDLEEFGTFEPVVVRFHQEVAPEDSQEKERLIEEDDERWTI 386

Query: 264 VTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKRKIKGLRKPKLVVEENQDFVMSRQPVTL 323
           VTRRKK+K   +Q+E   +RNYRR N +QK K+K K  RK KL+ +E++DF  +++ +TL
Sbjct: 387 VTRRKKRKSTPIQKEHRFYRNYRRWNKAQKNKKK-KKTRKLKLMHKEDKDFPRTQRLITL 446

Query: 324 KDFFPKNFLNDDHEDIPEIVACHAVNTCEEGD---------------------------- 383
            DFFP  FL D  ++ P +VACHA+N  EE                              
Sbjct: 447 ADFFPTRFLGDHQDENPGVVACHAINATEEESIPLRSLEEEKVSKDLSRFNVDDLLSLPQ 506

Query: 384 -----------SSSCPSQNA---------------------------------------- 443
                      +S+  S +A                                        
Sbjct: 507 EIKTILINALLNSAASSSSASTVTYESTPYCMSIDFSNDDLLLGSKLHNRPLYVSGYVRE 566

Query: 444 ------------------------------------------------------------ 503
                                                                       
Sbjct: 567 QRVDRILVDNGSAVNIMPKSTIRQLGILMKELSNSKLVIQGFNQGSQRVIDGVKKVEADS 626

Query: 504 -----------------KKESIEEVDACEV----------------------------QS 563
                            K +S  EV + EV                            + 
Sbjct: 627 NPFSEAESHFADAKFYLKNDSSPEVVSVEVPLVNREDNLQLKSLASKEPHISIGTFHSEK 686

Query: 564 KETSAHPTKSKAPKEEASSNVPILRYVPLSRRKKGESPFTECSGILKVGDVEILKENFTT 623
            E S    KS    +E +SN  ILRYVPLSRRKKGESPF E    LKVGD+E+LKE+FTT
Sbjct: 687 SEASTSTAKSVILMDEKTSNPSILRYVPLSRRKKGESPFVESPQGLKVGDIEVLKESFTT 746

Query: 624 PLTAITKQDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFTTHTEFKSLKIFDG 673
           PLT ITKQ+I   K D T+ +L +RRTK  FDP AYKL+ KAG DFTTHTEFKSLKI + 
Sbjct: 747 PLTKITKQEI---KIDLTEASLPQRRTKDEFDPKAYKLMAKAGYDFTTHTEFKSLKIHE- 806

[Close]

BLAST of Spg009210 vs. ExPASy TrEMBL
Match: A0A5D3BY54 (Ty3-gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold863G001700 PE=4 SV=1)

HSP 1 Score: 261.2 bits (666), Expect = 1.5e-65
Identity = 187/488 (38.32%), Postives = 252/488 (51.64%), Query Frame = 0


Query: 238 LQQKSARDICQDQLESVENEDEGWTLVTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKRK 297
           L+++   +  Q++   +E +DEGWT+VTRRKK+K   +Q+E  ++ NYRR N +QK K+K
Sbjct: 458 LEEEVTPEDSQEKERLIEEDDEGWTVVTRRKKRKSTLIQKESRLYINYRRGNKTQKNKKK 517

Query: 298 IKGLRKPKLVVEENQDFVMSRQPVTLKDFFPKNFLNDDHEDIPEIVA------------- 357
            K  RK KLV E+++DF  +++ VTL DFFP  FL D  ++ P +VA             
Sbjct: 518 -KKTRKLKLVHEKDKDFPRTQRVVTLADFFPTRFLGDHQDENPGVVASASSSSAPIATYE 577

Query: 358 ----CHAVNTCEEG----------------------------DSSSC------------- 417
               C +++  +E                             D+ S              
Sbjct: 578 STPYCMSIDFSDEDLLLGSKLHNRPLYVSGYVQEQRVERILVDNGSAVNIMPKSTMRQLG 637

Query: 418 -------------------------------------------PSQN----------AKK 477
                                                      P  N          A +
Sbjct: 638 ILMEELSNSKLVIQGFNQGSQRVIDAKFYLKNDGSPEVVSVEVPLVNKEDNLQLKSLASR 697

Query: 478 ESIEEVDACEVQSKETSAHPTKSKAPKEEASSNVPILRYVPLSRRKKGESPFTECSGILK 537
           ES +          E S    KS    +E +SN PILRYVPLSRRKKGESPF E    LK
Sbjct: 698 ESHKSTGTFHSGKSEASTSTAKSVIVMDEKTSNPPILRYVPLSRRKKGESPFVEFPQGLK 757

Query: 538 VGDVEILKENFTTPLTAITKQDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFT 597
           VGD+E+LKE+FTTPLT ITKQ+I   K D  + +L +RRTK GFDP AYK + KAG DFT
Sbjct: 758 VGDIEVLKESFTTPLTKITKQEI---KIDLIEASLPQRRTKDGFDPKAYKSMAKAGYDFT 817

Query: 598 THTEFKSLKIFDGRSEPSPTQKKLQKEGYAIPSSRAGLGYNPPEPVRITRKW--KVVDAH 613
           THTEFKSLKI + + + S TQKKL +EG+AIP SR GLGY PPEP+RITRK   KVVD++
Sbjct: 818 THTEFKSLKIHE-QPKLSSTQKKLLREGHAIPMSRKGLGYKPPEPIRITRKGKEKVVDSN 877

[Close]

BLAST of Spg009210 vs. ExPASy TrEMBL
Match: A0A5A7UQP2 (Integrase catalytic domain-containing protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold438G00090 PE=4 SV=1)

HSP 1 Score: 250.0 bits (637), Expect = 3.5e-62
Identity = 213/598 (35.62%), Postives = 289/598 (48.33%), Query Frame = 0


Query: 198 VEKKISMILKMVEEKDQEIASLRNQMESR--------DFGTLEPIVIWLQQKSAR----- 257
           ++KKI + L  + + +   A++  Q +SR         FG+LEP+VI+   K  +     
Sbjct: 119 LDKKIELELDDMAQTNH--AAVIIQSDSRLSAIWSLIQFGSLEPVVIYSSSKDLQNNDFR 178

Query: 258 -DICQDQLESVENEDEGWTLVTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKR------- 317
            D  +++ + V+N +EGWTLVTRR K+K+ + Q+E   +R YR K   ++QK        
Sbjct: 179 ADGPKEEEKQVDNVEEGWTLVTRRTKRKQSFSQKESGSYRTYRSKGYIREQKLNQILINN 238

Query: 318 -----------------KIKGLRKPKLVVE------------------------------ 377
                             ++ L   KLV++                              
Sbjct: 239 GFAINILSKSTMNQLGISVEELSNSKLVIQGFNQGAQRAIGTVRLEIVIGDLKVSTIFHV 298

Query: 378 -----------------EN--------QDFVMSRQPVTLKDFFPKNFLNDD--------- 437
                            EN        Q F   +Q +   D   + F   +         
Sbjct: 299 IDSRTTYKMLLGRPWIHENGIVTSTLHQCFKFHKQGIRKVDADSRPFTKAESHFADAKFY 358

Query: 438 --HEDIPEIVACHAVNTCEEGDSSSCPSQNAKKESIEEVDACEVQSKETSAHPTKSKAPK 497
              ED+ EI++     T  +G   +       K+S  + DA   Q    S   TK +AP+
Sbjct: 359 TKSEDVSEIISTEVPVT--KGTFKNEQEMITSKKS-NKGDALNSQQNGESTTETKLRAPE 418

Query: 498 EE-------ASSNVPILRYVPLSRRKKGESPFTECSGILKVGDVEILKENFTTPLTAITK 557
            E         SN+P+L Y+  SR KKGESPF ECS  L V + EILKENFT PLT I K
Sbjct: 419 AEKIATLQKEVSNLPVLCYISFSRHKKGESPFAECSKNLTVKNTEILKENFTAPLTKIEK 478

Query: 558 QDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFTTHTEFKSLKIFDGRSEPSPT 617
            + ++ +    +  L +RRT  GFDP AYKL+ KAG DFTT TE KS+KIFD R E SPT
Sbjct: 479 GEAKKIEKKDLEAYLPERRTVEGFDPKAYKLMAKAGYDFTTRTELKSVKIFDERPELSPT 538

Query: 618 QKKLQKEGYAIPSSRAGLGYNPPEPVRIT--RKWKVVDAHHITIEEMSDPEDKKNDDGQK 675
           QKKLQK+GY+IP+SRAG+GY   EPVRIT  RK KV +  HIT+EE  D E+ KND  Q+
Sbjct: 539 QKKLQKQGYSIPNSRAGIGYQSSEPVRITGKRKVKVANTCHITVEESKDSEEGKNDRSQR 598

[Close]

BLAST of Spg009210 vs. ExPASy TrEMBL
Match: A0A5D3C783 (Ribonuclease H OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold287G00570 PE=4 SV=1)

HSP 1 Score: 249.2 bits (635), Expect = 6.0e-62
Identity = 212/597 (35.51%), Postives = 290/597 (48.58%), Query Frame = 0


Query: 198 VEKKISMILKMVEEKDQEIASLRNQMESR--------DFGTLEPIVIWLQQKSAR----- 257
           ++KKI + L  + + +   A++  Q +SR         FG+LEP+VI+   K  +     
Sbjct: 397 LDKKIELELDDMAQTNH--AAVIIQSDSRLSAIGSLIQFGSLEPVVIYSSSKDLQNNDFR 456

Query: 258 -DICQDQLESVENEDEGWTLVTRRKKQKKHYVQREPHMFRNYRRKNMSQKQKR------- 317
            D  +++ + V+N +EGWTLVTRR K+K+ + Q+E   +R YR K   ++QK        
Sbjct: 457 ADGPKEEEKQVDNVEEGWTLVTRRTKRKQSFSQKESGSYRTYRSKGYVREQKLNQILINN 516

Query: 318 -----------------KIKGLRKPKLVVE------------------------------ 377
                             ++ L   KLV++                              
Sbjct: 517 GFAINILSKSTMNQLGISVEELSNSKLVIQGFNQGAQRAIGTVRLEIVIEDLKVSPIFHV 576

Query: 378 -----------------EN--------QDFVMSRQPVTLKDFFPKNFLNDD--------- 437
                            EN        Q F   +Q +   D   + F   +         
Sbjct: 577 IDSRTTYKMLLGRPWIHENGIVTSTLHQCFKFYKQGIRKVDADSRPFTKAESHFTDAKFY 636

Query: 438 --HEDIPEIVACHAVNTCEEGDSSSCPSQNAKKESIEEVDACEVQSKETSAHPTKSKAPK 497
              ED+ EI++     T  +G   +       K+S +E DA   Q    S   TK +AP+
Sbjct: 637 TKSEDVSEIISTEVPVT--KGTFKNEQEMITSKKSNKE-DALNSQQNGESTIETKLRAPE 696

Query: 498 EE-------ASSNVPILRYVPLSRRKKGESPFTECSGILKVGDVEILKENFTTPLTAITK 557
            E         SN+P+L Y+P SR KKGESPF EC   L V + EILKENFT PLT I K
Sbjct: 697 AEKIATLQKEVSNLPVLCYIPFSRHKKGESPFAECLKNLTVKNTEILKENFTAPLTKIEK 756

Query: 558 QDIQESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFTTHTEFKSLKIFDGRSEPSPT 617
            + ++ +    +  L +RRT  GFDP AYKL+ KAG DFTT TE KS+KIFD R E SPT
Sbjct: 757 GEAKKIEKKDLEAYLPERRTVKGFDPKAYKLMAKAGYDFTTRTELKSVKIFDERPELSPT 816

Query: 618 QKKLQKEGYAIPSSRAGLGYNPPEPVRITRKWKVVDAH--HITIEEMSDPEDKKNDDGQK 675
           QKKLQK+GY+IP+SRAG+GY+  EPVRIT K KV  A+  HIT+EE  D E+ K D  Q+
Sbjct: 817 QKKLQKQGYSIPNSRAGIGYHSSEPVRITGKGKVKVANTCHITVEESKDSEEGKKDRSQR 876

[Close]

BLAST of Spg009210 vs. ExPASy TrEMBL
Match: A0A5A7UJR2 (Reverse transcriptase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold135G001080 PE=4 SV=1)

HSP 1 Score: 241.9 bits (616), Expect = 9.5e-60
Identity = 164/355 (46.20%), Postives = 207/355 (58.31%), Query Frame = 0


Query: 337  EDIPEIVACHAVNTCEEGDSSSCPSQNAKKESIEEVDACEVQSKETSAHPTKSKAPKEE- 396
            ED+ EI++     T  +G   +       K+S  + DA   Q    S   TK +AP+ E 
Sbjct: 747  EDVSEIISNEVPVT--KGTFKNEQEMITSKKS-NKGDALNSQQNGESTTETKLRAPEAEK 806

Query: 397  ------ASSNVPILRYVPLSRRKKGESPFTECSGILKVGDVEILKENFTTPLTAITKQDI 456
                    SN P+LRY+PLSRRKKGESPF ECS  L V + EILKENF  PLT I K + 
Sbjct: 807  IATLRKEVSNFPVLRYIPLSRRKKGESPFAECSKNLTVKNTEILKENFIAPLTKIEKGEA 866

Query: 457  QESKTDRTKITLSKRRTKAGFDPNAYKLLEKAGCDFTTHTEFKSLKIFDGRSEPSPTQKK 516
            ++ +    +  L +RRT  GF+P AYKL+ KAG DFTT TE KS+KIFD R E SPTQ K
Sbjct: 867  KKIEKKDLEAYLPERRTVEGFNPKAYKLMAKAGYDFTTRTELKSVKIFDERPELSPTQTK 926

Query: 517  LQKEGYAIPSSRAGLGYNPPEPVRIT--RKWKVVDAHHITIEEMSDPEDKKNDDGQKISV 576
            LQK+GY+IP+SRAG+GY   EPVRIT   K KV +  HIT+EE  D ++ K D  Q+ SV
Sbjct: 927  LQKQGYSIPNSRAGIGYQSSEPVRITGKGKTKVANTCHITVEESKDSKEGKKDRSQRSSV 986

Query: 577  FDRIRAPTTCLSVHQRLKYSSSEKEGQSKTSTPTRRSVFHRLSVSTSKKVDEPS------ 636
            FDRI      LSV QR+  S ++   Q  T + TR S F RL+ + +KKV   S      
Sbjct: 987  FDRIALSAVRLSVFQRVSTSITKDSNQVSTCSSTRLSAFQRLN-TNAKKVQSISPTPTTR 1046

Query: 637  RSVFD--RLQATYGQCKGKLKSLQAKSDEMNDNNGFSSTVPSRMKRKPFVLINTE 675
            +S F   RL  T GQ K  + S+  KS  +  +    S  PSRMKRK FV +NTE
Sbjct: 1047 KSAFKSLRLSVTRGQKKASI-SVSNKSSLVTRDEEIRSAFPSRMKRKMFVSVNTE 1096

The following BLAST results are available for this feature:

BLAST of Spg009210 vs. NCBI nr


Match Name	E-value	Identity	Description
TYK05005.1	8.0e-69	32.45	ty3-gypsy retrotransposon protein [Cucumis melo var. makuwa]	[more]
KAA0061113.1	3.1e-65	38.32	ty3-gypsy retrotransposon protein [Cucumis melo var. makuwa] >TYK03782.1 ty3-gyp...	[more]
KAA0055891.1	7.2e-62	35.62	uncharacterized protein E6C27_scaffold438G00090 [Cucumis melo var. makuwa]	[more]
XP_031735972.1	9.4e-62	28.97	uncharacterized protein LOC116401693 [Cucumis sativus]	[more]
TYK06199.1	1.2e-61	35.51	uncharacterized protein E5676_scaffold287G00570 [Cucumis melo var. makuwa]	[more]

BLAST of Spg009210 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg009210 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3C0W6	3.9e-69	32.45	Ty3-gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E567...	[more]
A0A5D3BY54	1.5e-65	38.32	Ty3-gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E567...	[more]
A0A5A7UQP2	3.5e-62	35.62	Integrase catalytic domain-containing protein OS=Cucumis melo var. makuwa OX=119...	[more]
A0A5D3C783	6.0e-62	35.51	Ribonuclease H OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold287G00570...	[more]
A0A5A7UJR2	9.5e-60	46.20	Reverse transcriptase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold13...	[more]

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BLAST of Spg009210 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: 140..160
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..57
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 591..605
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 771..793
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 765..793
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 83..136
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 584..605
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 371..396

Relationships

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


Feature Name	Unique Name	Type
Spg009210.1	Spg009210.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0090304	nucleic acid metabolic process