Spg036001 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg036001
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	Transposase, Ptta/En/Spm, plant
Location	scaffold5: 25134300 .. 25146271 (+)
RNA-Seq Expression	Spg036001
Synteny	Spg036001

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.

ATGCTCACCTCAATAGCTGAACAAGTTTATCGGCTAGAGGAATTAATTGATCCTCCTCCAGCGCCCGTTAAACCAATGTTCAGTCCTCTCGAGCCAGTCAATCTAAGAACTCCAAAGACAAGACTTTTGGAGGAAATTGACAGAAAGCTATCTGCCATATCAAAAGGTGAAAGCTCTAATCAGCTTAACACCCTTGATGATACAGAAAGTGAGGATGTTGATTCAATAATTGACCAGCTTAAAGGTCTTCACTTAGAAGACCCTCCATCTCTAAACAAACTGGGTTATAATCCCAGTGATAGAGTAAACTGGTACCAAAGGTATTTAATTGGGTAATTAATTAATTAACTAATAGAAGGTCTGAAATTAAATATATGATATTTAATTGGGTAATTAATTAATTAACTAATAGAAGGTCTGAAATTAAATATATGATATTTAATTGGTGATTAATTAATTAAAGAATTGATTAATGGGAAATTAATCAATTATGGAAATGATTAATCACTTATGGAAGTGATTAATCATTTATGGAAATGATTTAATCACTTATTGAAGTGATCAATCATTTATGGAAATGATTTAATCACTTATGGAAGTGATCAATCATTTATGGAAAAGATTAATCAATTATGAAATTGATTGGTTATTGAATTGATTAATTATGGAAAAGATTAAATCAGTTATGGAAATAATTGATTTTAAATGAATATTCTATTCATGGCCTTTCTCCTATAAACAGAACACTAACCTTGGGTTCAAGTACTACAACATAAGGCCATATGAATGTACTCTTGCATTCTCTCTAGCCTGCCTCTCATATTCTCTCAACCCAAGAACTCTAGGGAGAATTTTCTCTCTAGGGTTTTTCCCATTCAAGATTAGGTAGTCCCACAACTACGTTCCTAATCTCAGAGTCATAGCGGGGAAGATCAATTGGTGGTGTCCCAATTGTTGACGCTTCGTCCAAAATCAAGAAAAGGTGTCCGTTGAAGTATTCAGAGTCGTCAACGACGGTATGTTTGCTTCTCCCATTTAGATTTAGATCTAATAATTTTTGTATGCTTAGCCTTAAGTTTGTATATAATTTGTTCTATGCTTTTTTGTCAAAGTAATAGTATTTTTGGATAAACAAAATTAACTACGAATCGGTCTCAATTACGCTTCCCCTTTAACGGAATTGGGGAATTCCAAATCCTACAATTGGTATCAGAGACGATCGTAGATCTAATCTTGTTTCTCTAAAATTTGCATTGGTTTTTGGTGGGTACCTTTATGCATTTGATGAATGAAAGGTTTGCTAGTAGATGTTTTGGGTTTTTGGCATTAGATTTTGCAATTTTTTATTGACTTGATCAATGTAAGGGCCCGATGTCTTGGGCGTTTTAATTGCAATCGAGTCTGTAAGTCCGTGTCAATAGTTTTTGGTGAAATTCCATGAAAAGCTGAAGAATTTGGAGCAAAAAATGGAAAACAACAGAGGCTGAAAGAAGGAAAAAACTGTAGAAAACCGAGGTTGCAATTGCATTAAAAAAAAGGAAAGAAATTCACGGAAACGCGCGGAAACGCGCGGAATATAAAAATAAAAAAACAGTGTAAGGATGTGAAGCTGGCGTGTGCGTGTTGGTTGATTCAGTGTTTTCGTGAATAAGAGTGCAAGGGTTCGAATCACACCGTTTGAAAAGTGCAACTTCTGGGGCTCGAACTCAGGCACGCGTGCATCAGATGTTCGCATAATGAAAGCTCTAAGCAACTAAAATGGGGAGTTGTTTTTGTGAATATGTTAGCGTTTTTTATTACTTATCTTCTTCGGTTCGAGAGATTAAGCTGCGGTTCAGCGACTTTCCGACCGGTTCAAGCAGTTTTGGAGCTGGTTCATGCGGTCTGAAGCTGGTTCGGGCTGGTTCACGGCTAGATAGGACATTTTTTTAAATTAATTATTGTAATTTTTCCTAATTTATTTTGTCCTAGGATGCCAAAACCCGTCTACTTAGCTATTTAATTGCTTTATGGATGTCATATAACTTAAAATCCCACCATAGGTTAAGCATATTCATGCATTTTTAATTATAATTGTTATAATATAAGTATTATGCATGAATTTAATTTTCATGGGTATTTAATATAAATTGTTATGATTAAATGGATGAAAATTGAGAAGCATTGAGCATGAAATTACTTTAGTAAAAATATAAAAAGTTATATTTATGAAAGTAATTTATTTGCTTATTTATTTTCATGAGCAATTAATATAAAGTGTTATGTTAATGTATGAAAATTTGAATGCTTATTTTAATTTTCTTGGGTAATTAATTTAAGAGTTAGATTAATTGAAGAAAATTAATTTGCATTGAGCATGAAATTACTTTAGTTTAAAAATATAAGAGTTATATTTATATAAGTAATTAACATGCTTAATTAATTTTCATGATATATTAATATAAATGTTATGTTAATGTATGAAAATGGTAATGCTTAATTTTAATTTTCTTGTATAATTAATTTAAGAGTTAGGTTAATTAAAAGGAAATTAAATTGCATTGAGCATGACATTACCTTAGATTAATATAATTGTTATATTTTTTGGTATGTCACGTATGCTAATGTATGATTTTATAAAATAATTAGAATTTAATTGTTAATTTATTCACCATAGTAGCATGTTAAAGGGTTAATTCATTAAAATTTATAGTAGTTATAATATTAATGAATAGAAACCGTTAACCTATAACAAAGAATTGCATGCAAACATATGATCTTAGAATAAATAAATTAATTTTAAAATGTTTAAAATTAATTAGATCTAAGATCACATTTCTAATAGGATTAGAATTATTCTTATTTAGAATTAAAATTAGTTTTAATTGACTAAGTAGGAAAATCATTACTGTGATTATAAGGGAACTCCACTAGTTAAGTTCTGTCTACAGCTGGGGGTATTTAAGCTGACGGTTTACGGAACACCTCCTACCTGGAAACTGACCTGGAATACCGAAGTTGAATTAATCATAGCTAAATGTTAGCATGCAATGTCACTAGGTTTGTTAAAAGTGTTTAATGCACTTAGATCTTTAGAGTAAAGACCTTACATTACTGTGGTTATAAGGGAACTCTCTCGGTAAAGTTCTGTCTAAGGTTGGAGGTATTTAAGTTGACGGTTTACGGAACACCTCCTACATGGGAACTGACCCGAACCTTGAGTTGAATTAACCATAGTAATGTTGACTTGCAATGTTGGGTTTATTAAAAGAAGTTTAATTCACCTAAAACATTGTCACTACAAGAAAACAGCGTTTTAGCGATGAAATCTTAGTGACGAAAAACCAAAAGTCGCATCTTTTGCGAAAAAATAAATAATTTGTCGCAGGTCCTGCGACGTCAATTGATTTACGTCGCAAGCGTGCGACGAAAATAACATTTCGTCGCATTATAGAAATTCGCGCACCCTTTTGGAATTTTTGGCAGCCCAGATATGCGACGAAAGGCACATTTGCGTCGCTGATCTGCGAAGAAAACCGTGTTCGTTGCAAACTCGGAAAGCACATGAAAAATGGGCAGCCCAGATCTGCGACGAAAGACCCAATTTCGTCGCAGATCTGCAATGAAAATCATGTTTCGTCGCAAGGGTTAAAACCCACGTCGAATGGCGCCTTTTTTGGCAGCCATATCTGCGACGAAAATCGTTTTTTCGACGCAGATCTGCAACGAAATTGGGTCGTTCGTCGCAAGGGTGTTGCGACGCAGTGTACATTGCGTCGCAAACCTTTAAAAAAACAGCACAACCCCTTTCAATTCGGGATTTTTTTTCTATCTCTCCACAGCCCCTCTCGGTTTCATGGGTAAGAAAAGAAGGTCGTGGGTGCCTCAAACCGTCGGAAAAGCACCTCAAACCTCCAGAAATGGAACTCAAACCGCTGGAAAAATTTGTGGGTAAGTTTTCTTGAATTTCATCTCAAGTTCTTTTGGTTGTGTTTTGTATTTTGGGAAAATTTCTCTTAGTTTCGAACAGAATAGAAGGGGAGGTGTGGGTTTTGTGCATGCCTCAAATCGCTTGAAAACACGGGAACCCGACCTCAAACCGCCGGAAAACATACGTGGGTAAGTTTTCTTTAAGCTCATTTCACATTCTTTAGGTTGTGTTGTGCATTTTGGTGAACCCATTAGCTTTGTGAGCATATTGTGGACAATGTTGTGGGAGTTTGTTTTTCAAGTTTAATTTCAAGAATTTGTGAAAGTATATATACATTTGTTTTTCTAGATATTGATTTGTGAGCATATTGTGGACAATGTTGGATTGAATTTGTAGTTTTTTTTTTCATTTCTAGTTTATTTTGTGTTAAATTTTGTTTTGAATGTTTTTTGTTACTTTTGTCTTGTAGAAATTTTGTTAATATATAAAGTTCTTGGGACAATCTTTAAGAGGTATGTAAAATAGTTGCATTATGTTTTTCTTATGTTTGTTTAATCTTTAAATTGTGTTAAACTTATGGTTGGTTCAAATATCCATATGTTTTTCTTTATTGAAATGTATTATTAAGAACTTATATTGTACATTTGTTATGTAATTTTTTTATGGAGTATTGTATTTGTTGAATGAAAGGAGTTTTGAGGGGAGAGAGAAGAAGAATAGAATATAAATATAGTTTTCTTGGGGGGGTGTTCATATTTGTTGAATAAATGTAGTTTGAGAAGGGGTGTTCATGTGTTATTATTGTAACTGAGACTAAAATAATTATGTGATTGAGTTTTTTTTAGTAGAATTATAGTTTGGTTCTAAGCTTATTTCAAGGTTTTTTTTTTCCTTTTCTTTTTTGAGTTCAATTCAAGCTTAGTTTGTGAGTATATTGTTGAAGTTTATAACGTGTCTTTTATACACTTAGTGTTAAATTAAGTTAATGATAAGTTGTCATTTATATTTTTTAGGATAAGTCATGGATAGAAGTTAGATAAAACTTCGAAATAGATTATGCAAAGAGTATACTGATGGAATAAGATCGTTTATTAGTGTGGCAAAGAATTATGTTGATACGAGAGGGTTAACACGTTGTCCATGCAAAAAGTGCAAAATGTCATAATTAAACGACCTTATGATGTCGAAGGGGATTTATATCAATATGGAATGTCCATTACCTATGATAGATGGCTATATCATGGAGAAACTCCAGATTTGTCTTCTTATTTGAAACCTAAAGAACCTACAGAGTCTTCTGAAAATAAAGATAAGGAAGATGAAATGGTTGAATTATTGAATGATTTGACAGAAGTCAATGAACATATTGGTGAAGATAACGTAAGTAGGGTTGAAACAAATGCTAGCATGGGAGGTTGGAATAAGTTCCAGTTAATGTATGACGAAGTTAATGCAGAATTATACCCTGGATGTACTAAGATTTCAAGTTTAACTTTTTTGGTAAAATTAATGCATATCAAAGTACTTAATCATTGGAGCAATAAGTCATTTGATATGTTATTAAAATTACTCAAAGAAGTTTTACCTGATGGTACCAACATTCCTGAATCTTATTATGGTGCAAAAAAGATGCTACGTGACTTAGGTTTAGGGTATGAATGCATACATGTCTGTAAGAATGGTTGTATGTTATTTTGGAAAGAAAATGAGGAAGTAGAAGTTTGTTTTCAATGCAATGAATCTCGTTATAAAGTCGATAACAAGAAGGGGAAGAGGGTTCCACACAAAATTTTAAGACACTTTCCTTTAACGCCGAGATTACAAAGATTGTTTTATTCTAAGCATACTGCTAGTGATATGAGATGACATAAGGAAAAAAGGATGAATATTGATGGAGTTTTAAGTCATCCGGCAGATGCTGAGGCATGGAAACACTTCGACAGACAATATGATTGGTTTGCAAACGATCCAAGGAATGTAAGATTAACTCTAGCTACTGATGGATTTAACCCATTTGGCAATATGAGTACATCATACAGTACCTGGCCAGTGATATTAATTCCATATAACTTGCCACCATAGAAATGTGTGAAGGAAACATTTTTTCTTTATGTCTTTACTTATACCGGGACCAAAGTCTCCAGGAAAAGAGATAGATATATATTTACAGCCACTGATAGAAGAATTAAAGGATTTATGGAGTAATGGCATAGAGACTTATGATGCTTATAGTGGTCAAAACTTTCGTCTTCATGCAGCTTTGATGTGGACAATTAATGATTTTCCAGCGTACGGTAATTTGTCAAGATGGAGCACAAAAGGATATAAAGAATGTCCAGTTTGTAATCAAGATGTCTCATCTGATTCATTGCATAGTAAGATATGTTATACAGGACATCGTCGTTACTTACCTATGAATCATTCTTGGCGGAAAAACAAACAATTTAATGGCAAAACAGAATATAGAGTGGCACCTCGATCTTTCTCGGGATTAGATGTTCTTCACTAGTTAGAGACTATAGATTTCCCACAACTTGGGAAAACTATAAATATATTGCAATAGAAAAGGAAACGACCTCATACTGAATTAAATTGGGTGAAGAAAAGTATTTTTTTTGAGTTACCATATTGGTCAAGTCTTAAGATCCGACACAAACTCGATGTGATGCATATTGAGAAAAATATTTGTGATAATGTCTTGGGTACCTTATTGAATATTGAAGGAAAAACAAAAGACACTGATAAAGCACGTAAGGATTTAATGAAGTTGAATATTCGCAAAAAATTACATCTTCAACGTGTTGGAAACAAATTGGTTAAGCTACATGCTAGTTACACGTTAACAGTTGACGAACGAAAAAAGTTTTGTGGTTTCTTAAAAACAATCAAGTTTCCCGACAGTTTTGCATCAAACATCTCAAAGTGTGTCAGTGTCAAAGATGGAAAGATACATGGACTGAAAAGTCACGACTCACATGTGTTACTGCAACGACTTTTACCAGTGGGAGTTCGTCATTTTTTACCAAAGGATGTGGGTGGTGCAGTTGCTGAATTGTCGAATTTTTTCAAAGATTTGACTGTGAAGAAATTAAAAGTTGAGACCTTGAATAAACTACAAGAATCGATCGTGATAATCCTATGTAAGTTCGAAAGAATATTTCCTCCAACCTTTTTCGACATTATGGTTCATCTAGCCGTTCATTTACCAGAAGAAGCCAAACTTGTTGGTCCTGTCGGATATAGTTGGATGTATCCAATAGAGAGGTATATCTCTTCGCCTTTTATTATCCTTAATTTATATGATTTCTTTTTGGATTTTTTGTTAATATACAAATAAAACGTATTATAGGAGTTTGATAACATTGAAACAATATGTCAAAAATAAAGCTCGTCCTGAAGGTTCGATAGCTGAGGCATTCGTAGCAAATGAAGCATTAACATTTTGTTCAATGTACTTGAATGGAATTGAAACAAAATTCAATAGGACAATTCGAAATGATGATACAGTGAACTCTAGTACATCCAACAACATTTCACAACTACCTATATTTTCACAAAAAGTACATCCAACTGGTGGCTCGCGAATGCAACAATTATTGCGTGACGAACTACAAAAAGCTCATTGGTATGTTCTAACCAACTATGAAGCAGTGGATCCATGTAGAAGGTATGAACTTCACGTACATTAACACAAAATCTTCTATTAAAGTTTTTTACTTATTGTTGATTTCATGTCAGTAGTGAACACGAGGTTGAGCTAAGGAATAAGAGACAAGATAATATTCTTGGAATACATGAAGCACAATTTCCAACGTGGATTAAAAATAAAGTGAGTTTTTACCATTTTAGTTTATGTGAAAATCGTCATAGATACAACTGTATGGTAATTTGTCCATTTTATAACTTTGTTTTTAGATTCAATCCCAAGTTCAATCGACATCTAATGAAGTTGAGCGAGAGTTATATGCAGTATCATGTGGCCCTGATACTCGAATTAGTTCGTATAGTGGGTGTATTGTTAATGGCGTTCGATTTAGTTGCAAGGATCGGGATGATCGTTGCACAACTAAAAATAGTGGAGTTTGTGTTTTCGGAGGACATGATAGTGAAGGGGCCAACTTCTAGGGTATCATGAAAGAAGTGATTGAATTGAAATATGTTGATAGGAAAGAAGTCATTTTATTCCGTTGTGATTGGTTTGATACAAATCCCAGAAGAAATCGAATTCGTGAGGACCACAATTTTACAAGCGTAGATACTCGATATTTTTCGTATCAAAATGAACCATTCATTCTTGCCTCCCAAGCACAACAGGTATTTTATGTTGACGATATTCAATTAGGTCATGGGTGGAAGATAGTTTAAAGAGTTGAACATAGACATTTATGGGATGTTGCTGAAATAAAAGAAACTAATCCACCTGAAATAGATTTGCTTGAATGTGTAGTTTAAGATATAGATTTTGAAACACAAACATTTCATAGAGTTGATGTGAATCCGATCATAGTTTCTGAAAGTAGTGATATCAGTGAAAAAATGTTGAATTTGGAAGAACAAATTTTAGAAGAGGAAGATGATGAAGATGAGGAAGAAGGTGAAGAAGATGAAGCAGATGAAGGTGAAGAAGAAGAAGATGAAGACGAGCATGAAAGATCATCGTTAAATAGCGATGAATTTTATGTCGACACGTAGTTAGTACAATATGCTTTATTATTTTTACTTATAATATAATTTATGCTAAACTTTTATTGAATTGTATTTTTGTGTTTTTTAGGGAAAAATGTTTTCAAATGATGAGAATGATATGACTAAGGGGTATCGTCTAATAGTAGTGCAACGCGTGGAGTGTCACGTGGAATTGACACAAAAAGAATTATTGAGGCTACTGGAAACAGAGTAAGTATTTCATGGACTCCTCAGCAAGGCAGATCGGTGAGAAGAGTTGTCAGTATGTTTAGCACTGAAATTGGCATTTTGGCAAGAGGGTATATCCCCATGAAGTATGCAAAGAAGAAAGACATTCCAGATGAAGTTATGACTAAGATCGTAGAACGACTATTAGTAAGATTAGTTACTTTACTAAATTTATTATTCCTCATTATAGACTTACACTAATGAATGACAATGGTTTACTAACCAGTGTTTTTCTTTTTTAAAGAATAAATTTGATGTGGACTACTCGCAGCCGCATATTAAGAAGTTCATTCGTCGCGAGATTGGTGCCCGATTTAATGATTACAGATCTAGGTTACACCAATATTACAAAAAGATTGGTGATCCAGTTGCAGCTCGTGAACGTCCACATAAGGACATTTCTCCTCAGGACTGGCAGATATTATGTGACAAATGGGAGGATCCAAAATGGAAGGTAAATATTAGTTGAAGTTTAAATAAGAATTTTTTTTTTTATAACAACACATTCTAATGCAGGACAAGTTAGAAAAAAATAAACGTAGTCGTAGTAAGCTACCTTTCAACCATTGTGCTGGAACGAAATCTTTTCTTTCTCATAGAGAAGATAATGTAAGTATTAAGTATTTTATTTGTAGTTTTCAACATATTATATTCTTTATTTATGTTTATTATTATACTCAATAGAGACAAGAAGACGATACATACGTGAGCCCCATAGAAGTCTTCCGTCGAACTCATTGGTCCGAAGCAAAGGGATGGACTGATGATGCAGCAAGTGAAGCACATGTACGTATTAAGTACTATTTATTAGTTTACAAGATAACAATGTATTTTATGTTTCATATGTTTGTAATTTTGACGTGTATAGGAAAAAATGGTAGCGTTGACCCAAGAGCAGGCCAGCTCGAGTACACCAATGGATGCTGATGAAGTTATGGCTACTGTTCTCGGAAAAAGACCATCGTATGTCCACAGCCGCCACAGAGTCAGAAAACAAATTATTCACAAGAGTATGTCCAGTCATTAGAGACTCGCCTTGTAAGGTCCGAAGAATGTTTGGAGAACCAAGTACGAGAAAAGAAAGAATCAGAGGCTCGAGTGAAAGAACAAATGAAGGAAGAAATGGCAGAACTATTGGCCATGCAGCGTCAAGAGTATGAAAGAAAATTTAGCCAAATGAATGAAATCTTAGAAAGATTCATTGGAGCAAATCCATCAGCTAGAAAGGTATAGTTTCCGTACCTTTGACATGTTCATACTACTTTCGTAAACTGATTATATATTTGTTGGGACTTTGGTTATTGTATGTGAGTTTCTTAGTAAATGTGTTGATAATTGAGGGGGGGGGGGGAGTTATTATATGATATTGTCATGAGAATGTTTCTTTTTAGGGGGATGATATTTGTGTGGTTGTAGTTTGGGTGAAAGCGTTATAAACTTTGTGAATGAGAATGATTTGGAGATTTTTTCTCTTTTCTTTTGTTTTATTTTTTTTTTCTGGGGGGAGGGGGGGGGGGAGGGGGAGTTATTATATGATATTGTCATGAGAATGTTTCCTTTTAGGGGATGATATTTGTGTGATTGTTGTTTGGGTGAAAACGTTATAAACTTTGTGAATGAGAATGATTTGGAGATTTTTGCTCTTTTCTTTTGTTTTATAAACTATGTGTGATTGTTGGATTATACTTTGAGCTTGACACTCGTATTTTTTAACAAGAATGTGATTTTTAATCTTAATATGTAGTTGTTAGAATCTTAATGTGTGATTCTATAATTGTAATGATTATGCATGTAATTTTTTTAGGTGAATGAGGTTGATTTCGTGGTTTTTCTTTATATATGTAATTATTAGATTGTACTTTGTGGTTGAGGTTGTTTGTGGAGGATATGGCTTTCTAAATTTTAAGTTGTGATACTAGTTGTTTGATTATTCCCATTGTAAGTTAACTTATACAAATATATTTTATTTGTTTATGTGCAGGATTAAATGTTGATGGTTTGCTGACAAATTGTCGTTTTCTTTTTGGCATTTTGGAGGCTAGTGTATGTTGGTATATCAACTTATTAGTTGTAATCACATAGCTTGATGTGAGAGTCCATATTTTGTAACTTGATACTCTAACTTAGGACCTTGTTAAGTTTTTTGTTAAAGCTTATTGTGGTTTTGTAAATCTTTGCAACATGACTAAGCAAAGTAATTTTTATTTCTTCTCATTATATTTGCAACATTTTATTGTATTTAATAAATACTATCAAACAGTTAGTATAGGTTATAATCTGTTTTATGTAAAAATTATTATACAGGATCAAAGGGGAAAATATAAATAAAAGAAATTATAAAAAAAACTGTAAAATTTGCGACGAAATATAAGTTACGTCGCAAGCGTCCAACATGCGATAGTTATCTGCGTAAGCGACGTTTAATGGGTTTCGTCGCAACTTGCGACGTTTGGTTCGTTCGTCGCAAGTTGCGACGTTTAACTGGTTTCGTCGCAAGTTTGCGACGTTTATTGCTTTCGTCGCAACTTGTGACGTTTGATTGCTTTCGTCGCACCTTGCGACGAAAATTACGAAAAACGGAGCTGATGATCGTCTGCGACACGCCTTTTGCGACGTATTGTGCGACGTTTGTTTTTTCGTTGCTAAGAGGGATTTGAGACGAATTGTTATATTTTAGCAACGATTTTCGTTCGTCGCTAAATACTGGAATTTTTGTAGTGTGTGGTTGAATCCTTTCCATAATTGTTATAATAGGATCAAACTTAGATAGATTGACTTAGTCGAATTTTATCTAAGTTAAACAACCCTAAATTAACCTTAGGACATTTTTCAGTGGGAGGAAAATTACAAAATGTGATTTAAATCAAGTTTTGCTCCTACGTCCCTATATTCACAACGTGAGGTTCATGCTCGGCTTCGAGTCGCCCTAGGAGCGGCCTCCCTTCGGAAAGTGTTTGCATGAATCAATAACAAGGTGAATGGGAAAAATGTCTAGAGTAAGTGGGAGCGGGACACGTGTCAACGTATCCCTCGGTCTTCGCCCCTAGTTCGCACCATGAGAGTCCTATGATCCGCCTGCAGGCTGTCCTGGCGCAACCATCCCTTCGGAGGGCCTGATCATAGGATTCAGAACACCGTGAACTCCTGA

mRNA sequence

ATGCTCACCTCAATAGCTGAACAAGTTTATCGGCTAGAGGAATTAATTGATCCTCCTCCAGCGCCCGTTAAACCAATGTTCAGTCCTCTCGAGCCAGTCAATCTAAGAACTCCAAAGACAAGACTTTTGGAGGAAATTGACAGAAAGCTATCTGCCATATCAAAAGGTGAAAGCTCTAATCAGCTTAACACCCTTGATGATACAGAAAGTGAGGATGTTGATTCAATAATTGACCAGCTTAAAGGTCTTCACTTAGAAGACCCTCCATCTCTAAACAAACTGGGTTATAATCCCAGTGATAGAGTAAACTGGTACCAAAGATCAATTGGTGGTGTCCCAATTGTTGACGCTTCGTCCAAAATCAAGAAAAGGTGTCCGTTGAAGTATTCAGAGTCGTCAACGACGATTAAGCTGCGGTTCAGCGACTTTCCGACCGGTTCAAGCAGTTTTGGAGCTGGTTCATGCGGTCTGAAGCTGGTTCGGGCTGGTCCTGCGACGTCAATTGATTTACGTCGCAAGCGTGCGACGAAAATAACATTTCGTCGCATTATAGAAATTCGCGCACCCTTTTGGAATTTTTGGCAGCCCAGATATGCGACGAAAGGCACATTTGCGTCGCTGATCTGCGAAGAAAACCGTGTTCGTTGCAAACTCGGAAAGCACATGAAAAATGGGCAGCCCAGATCTGCGACGAAAGACCCAATTTCGTCGCAGATCTGCAATGAAAATCATGTTTCGTCGCAAGGGTTAAAACCCACGTCGAATGGCGCCTTTTTTGGCAGCCATATCTGCGACGAAAATCGTTTTTTCGACGCAGATCTGCAACGAAATTGGAATAGAAGGGGAGGTGTGGGTTTTGTGCATGCCTCAAATCGCTTGAAAACACGGGAACCCGACCTCAAACCGCCGGAAAACATACGTGGAGTTGATGTGAATCCGATCATAGTTTCTGAAAGTAGTGATATCAGTGAAAAAATGTTGAATTTGGAAGAACAAATTTTAGAAGAGGAAGATGATGAAGATGAGGAAGAAGGTGAAGAAGATGAAGCAGATGAAGGGGTATCGTCTAATAGTAGTGCAACGCGTGGAGTGTCACGTGGAATTGACACAAAAAGAATTATTGAGGCTACTGGAAACAGAGTAAGTATTTCATGGACTCCTCAGCAAGGCAGATCGGTGAGAAGAGTTGTCAGTATGTTTAGCACTGAAATTGGCATTTTGGCAAGAGGGTATATCCCCATGAAGTATGCAAAGAAGAAAGACATTCCAGATGAAGTTATGACTAAGATCGTAGAACGACTATTAAATAAATTTGATGTGGACTACTCGCAGCCGCATATTAAGAAGTTCATTCGTCGCGAGATTGGTGCCCGATTTAATGATTACAGATCTAGGTTACACCAATATTACAAAAAGATTGGTGATCCAGTTGCAGCTCGTGAACGTCCACATAAGGACATTTCTCCTCAGGACTGGCAGATATTATGTGACAAATGGGAGGATCCAAAATGGAAGAGACAAGAAGACGATACATACGTGAGCCCCATAGAAGTCTTCCGTCGAACTCATTGGTCCGAAGCAAAGGGATGGACTGATGATGCAGCAAGTGAAGCACATGAAAAAATGGTAGCGTTGACCCAAGAGCAGGCCAGCTCGAGTACACCAATGGATGCTGATGAAGTTATGGCTACTGTTCTCGGAAAAAGACCATCGTCCGAAGAATGTTTGGAGAACCAAGTACGAGAAAAGAAAGAATCAGAGGCTCGAGTGAAAGAACAAATGAAGGAAGAAATGGCAGAACTATTGGCCATGCAGCGTCAAGATTATCTGCGTAAGCGACGTTTAATGGGTTTCGTCGCAACTTGCGACGTTTGGTTCGTTCGTCGCAAGTTGCGACGTTTAACTGGTTTCGTCGCAAGTTTGCGACGTTTATTGCTTTCGTCGCAACTTGTGACGTTTGATTGCTTTCGTCGCACCTTGCGACGAAAATTACGAAAAACGGAGCTGATGATCGTCTGCGACACGCCTTTTGCGACGCTGTCCTGGCGCAACCATCCCTTCGGAGGGCCTGATCATAGGATTCAGAACACCGTGAACTCCTGA

Coding sequence (CDS)

ATGCTCACCTCAATAGCTGAACAAGTTTATCGGCTAGAGGAATTAATTGATCCTCCTCCAGCGCCCGTTAAACCAATGTTCAGTCCTCTCGAGCCAGTCAATCTAAGAACTCCAAAGACAAGACTTTTGGAGGAAATTGACAGAAAGCTATCTGCCATATCAAAAGGTGAAAGCTCTAATCAGCTTAACACCCTTGATGATACAGAAAGTGAGGATGTTGATTCAATAATTGACCAGCTTAAAGGTCTTCACTTAGAAGACCCTCCATCTCTAAACAAACTGGGTTATAATCCCAGTGATAGAGTAAACTGGTACCAAAGATCAATTGGTGGTGTCCCAATTGTTGACGCTTCGTCCAAAATCAAGAAAAGGTGTCCGTTGAAGTATTCAGAGTCGTCAACGACGATTAAGCTGCGGTTCAGCGACTTTCCGACCGGTTCAAGCAGTTTTGGAGCTGGTTCATGCGGTCTGAAGCTGGTTCGGGCTGGTCCTGCGACGTCAATTGATTTACGTCGCAAGCGTGCGACGAAAATAACATTTCGTCGCATTATAGAAATTCGCGCACCCTTTTGGAATTTTTGGCAGCCCAGATATGCGACGAAAGGCACATTTGCGTCGCTGATCTGCGAAGAAAACCGTGTTCGTTGCAAACTCGGAAAGCACATGAAAAATGGGCAGCCCAGATCTGCGACGAAAGACCCAATTTCGTCGCAGATCTGCAATGAAAATCATGTTTCGTCGCAAGGGTTAAAACCCACGTCGAATGGCGCCTTTTTTGGCAGCCATATCTGCGACGAAAATCGTTTTTTCGACGCAGATCTGCAACGAAATTGGAATAGAAGGGGAGGTGTGGGTTTTGTGCATGCCTCAAATCGCTTGAAAACACGGGAACCCGACCTCAAACCGCCGGAAAACATACGTGGAGTTGATGTGAATCCGATCATAGTTTCTGAAAGTAGTGATATCAGTGAAAAAATGTTGAATTTGGAAGAACAAATTTTAGAAGAGGAAGATGATGAAGATGAGGAAGAAGGTGAAGAAGATGAAGCAGATGAAGGGGTATCGTCTAATAGTAGTGCAACGCGTGGAGTGTCACGTGGAATTGACACAAAAAGAATTATTGAGGCTACTGGAAACAGAGTAAGTATTTCATGGACTCCTCAGCAAGGCAGATCGGTGAGAAGAGTTGTCAGTATGTTTAGCACTGAAATTGGCATTTTGGCAAGAGGGTATATCCCCATGAAGTATGCAAAGAAGAAAGACATTCCAGATGAAGTTATGACTAAGATCGTAGAACGACTATTAAATAAATTTGATGTGGACTACTCGCAGCCGCATATTAAGAAGTTCATTCGTCGCGAGATTGGTGCCCGATTTAATGATTACAGATCTAGGTTACACCAATATTACAAAAAGATTGGTGATCCAGTTGCAGCTCGTGAACGTCCACATAAGGACATTTCTCCTCAGGACTGGCAGATATTATGTGACAAATGGGAGGATCCAAAATGGAAGAGACAAGAAGACGATACATACGTGAGCCCCATAGAAGTCTTCCGTCGAACTCATTGGTCCGAAGCAAAGGGATGGACTGATGATGCAGCAAGTGAAGCACATGAAAAAATGGTAGCGTTGACCCAAGAGCAGGCCAGCTCGAGTACACCAATGGATGCTGATGAAGTTATGGCTACTGTTCTCGGAAAAAGACCATCGTCCGAAGAATGTTTGGAGAACCAAGTACGAGAAAAGAAAGAATCAGAGGCTCGAGTGAAAGAACAAATGAAGGAAGAAATGGCAGAACTATTGGCCATGCAGCGTCAAGATTATCTGCGTAAGCGACGTTTAATGGGTTTCGTCGCAACTTGCGACGTTTGGTTCGTTCGTCGCAAGTTGCGACGTTTAACTGGTTTCGTCGCAAGTTTGCGACGTTTATTGCTTTCGTCGCAACTTGTGACGTTTGATTGCTTTCGTCGCACCTTGCGACGAAAATTACGAAAAACGGAGCTGATGATCGTCTGCGACACGCCTTTTGCGACGCTGTCCTGGCGCAACCATCCCTTCGGAGGGCCTGATCATAGGATTCAGAACACCGTGAACTCCTGA

Protein sequence

MLTSIAEQVYRLEELIDPPPAPVKPMFSPLEPVNLRTPKTRLLEEIDRKLSAISKGESSNQLNTLDDTESEDVDSIIDQLKGLHLEDPPSLNKLGYNPSDRVNWYQRSIGGVPIVDASSKIKKRCPLKYSESSTTIKLRFSDFPTGSSSFGAGSCGLKLVRAGPATSIDLRRKRATKITFRRIIEIRAPFWNFWQPRYATKGTFASLICEENRVRCKLGKHMKNGQPRSATKDPISSQICNENHVSSQGLKPTSNGAFFGSHICDENRFFDADLQRNWNRRGGVGFVHASNRLKTREPDLKPPENIRGVDVNPIIVSESSDISEKMLNLEEQILEEEDDEDEEEGEEDEADEGVSSNSSATRGVSRGIDTKRIIEATGNRVSISWTPQQGRSVRRVVSMFSTEIGILARGYIPMKYAKKKDIPDEVMTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLHQYYKKIGDPVAARERPHKDISPQDWQILCDKWEDPKWKRQEDDTYVSPIEVFRRTHWSEAKGWTDDAASEAHEKMVALTQEQASSSTPMDADEVMATVLGKRPSSEECLENQVREKKESEARVKEQMKEEMAELLAMQRQDYLRKRRLMGFVATCDVWFVRRKLRRLTGFVASLRRLLLSSQLVTFDCFRRTLRRKLRKTELMIVCDTPFATLSWRNHPFGGPDHRIQNTVNS

Homology

[Close]

BLAST of Spg036001 vs. NCBI nr
Match: XP_038895319.1 (uncharacterized protein LOC120083572 isoform X1 [Benincasa hispida])

HSP 1 Score: 184.5 bits (467), Expect = 3.1e-42
Identity = 116/308 (37.66%), Postives = 168/308 (54.55%), Query Frame = 0


Query: 304 ENIRGVDVNP--IIVSESSDISEKMLNLEEQILEEEDD--EDEEEGEEDE-----ADEGV 363
           E++  +D  P  II+ E  +   K  N+   +LE++      E +G  D+         +
Sbjct: 72  EDMAPLDCEPNIIILDEFEETDTKRTNV-ASVLEQQHHPASIESQGNHDDFVYPNTTNDM 131

Query: 364 SSNSSATRGVSRGIDTKRIIEATGNRVSISWTPQQGRSVRRVVSMFSTEIGILARGYIPM 423
           +      RG SRG+   +   AT  R+ ++WTP QG+ +  + S+F+ EIG+L R +IP+
Sbjct: 132 TRAERRVRGASRGVRLNK-TTATMGRIKVTWTPTQGKPIGDMASLFNGEIGVLVRKFIPL 191

Query: 424 KYAKKKDIPDEVMTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLHQYYKKIG 483
           KY K+KDIP+E+   + E+LLN+FDVD SQPHIK++I  EIG RF DYR  L+++Y+K  
Sbjct: 192 KYEKQKDIPNELYDILTEQLLNQFDVDISQPHIKRYIYYEIGNRFKDYRWTLYKHYQKYA 251

Query: 484 DPVAARERPHKDISPQDWQILCDKWEDPKWKR---------------------------- 543
           DPV AR  P+K  +  DW ILCD+WE   WK                             
Sbjct: 252 DPVEARRNPYKYTTTDDWNILCDRWESSSWKEKSARNKVSRSKIRFNHCGGSKSFLSRRV 311

Query: 544 ---QEDDTYVSPIEVFRRTHWSEAKGWTDDAASEAHEKMVALTQEQASSSTPMDADEVMA 572
              +ED TY+S IEVF  TH S +KGW D AA EA+E M+ L + +   +     +E++ 
Sbjct: 312 DKGKEDGTYISLIEVFYETHCSASKGWVDQAAKEAYENMLMLRKVEKHKTD----EEIIV 371

[Close]

BLAST of Spg036001 vs. NCBI nr
Match: XP_038895321.1 (uncharacterized protein LOC120083572 isoform X3 [Benincasa hispida])

HSP 1 Score: 173.7 bits (439), Expect = 5.6e-39
Identity = 106/276 (38.41%), Postives = 151/276 (54.71%), Query Frame = 0


Query: 304 ENIRGVDVNP--IIVSESSDISEKMLNLEEQILEEEDD--EDEEEGEEDE-----ADEGV 363
           E++  +D  P  II+ E  +   K  N+   +LE++      E +G  D+         +
Sbjct: 72  EDMAPLDCEPNIIILDEFEETDTKRTNV-ASVLEQQHHPASIESQGNHDDFVYPNTTNDM 131

Query: 364 SSNSSATRGVSRGIDTKRIIEATGNRVSISWTPQQGRSVRRVVSMFSTEIGILARGYIPM 423
           +      RG SRG+   +   AT  R+ ++WTP QG+ +  + S+F+ EIG+L R +IP+
Sbjct: 132 TRAERRVRGASRGVRLNK-TTATMGRIKVTWTPTQGKPIGDMASLFNGEIGVLVRKFIPL 191

Query: 424 KYAKKKDIPDEVMTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLHQYYKKIG 483
           KY K+KDIP+E+   + E+LLN+FDVD SQPHIK++I  EIG RF DYR  L+++Y+K  
Sbjct: 192 KYEKQKDIPNELYDILTEQLLNQFDVDISQPHIKRYIYYEIGNRFKDYRWTLYKHYQKYA 251

Query: 484 DPVAARERPHKDISPQDWQILCDKWEDPKWKR---------------------------- 540
           DPV AR  P+K  +  DW ILCD+WE   WK                             
Sbjct: 252 DPVEARRNPYKYTTTDDWNILCDRWESSSWKEKSARNKVSRSKIRFNHCGGSKSFLSRRV 311

[Close]

BLAST of Spg036001 vs. NCBI nr
Match: XP_038895320.1 (uncharacterized protein LOC120083572 isoform X2 [Benincasa hispida])

HSP 1 Score: 173.7 bits (439), Expect = 5.6e-39
Identity = 106/276 (38.41%), Postives = 151/276 (54.71%), Query Frame = 0


Query: 304 ENIRGVDVNP--IIVSESSDISEKMLNLEEQILEEEDD--EDEEEGEEDE-----ADEGV 363
           E++  +D  P  II+ E  +   K  N+   +LE++      E +G  D+         +
Sbjct: 72  EDMAPLDCEPNIIILDEFEETDTKRTNV-ASVLEQQHHPASIESQGNHDDFVYPNTTNDM 131

Query: 364 SSNSSATRGVSRGIDTKRIIEATGNRVSISWTPQQGRSVRRVVSMFSTEIGILARGYIPM 423
           +      RG SRG+   +   AT  R+ ++WTP QG+ +  + S+F+ EIG+L R +IP+
Sbjct: 132 TRAERRVRGASRGVRLNK-TTATMGRIKVTWTPTQGKPIGDMASLFNGEIGVLVRKFIPL 191

Query: 424 KYAKKKDIPDEVMTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLHQYYKKIG 483
           KY K+KDIP+E+   + E+LLN+FDVD SQPHIK++I  EIG RF DYR  L+++Y+K  
Sbjct: 192 KYEKQKDIPNELYDILTEQLLNQFDVDISQPHIKRYIYYEIGNRFKDYRWTLYKHYQKYA 251

Query: 484 DPVAARERPHKDISPQDWQILCDKWEDPKWKR---------------------------- 540
           DPV AR  P+K  +  DW ILCD+WE   WK                             
Sbjct: 252 DPVEARRNPYKYTTTDDWNILCDRWESSSWKEKSARNKVSRSKIRFNHCGGSKSFLSRRV 311

[Close]

BLAST of Spg036001 vs. NCBI nr
Match: XP_022159083.1 (uncharacterized protein LOC111025525 [Momordica charantia])

HSP 1 Score: 148.3 bits (373), Expect = 2.5e-31
Identity = 73/160 (45.62%), Postives = 101/160 (63.12%), Query Frame = 0


Query: 348 DEADEGVSSNSSATRGVSRGIDTKRIIEATGNRVSISWTPQQGRSVRRVVSMFSTEIGIL 407
           D   E   +  +  +G +RG    R++   G ++ + WT QQGR V    + F++EIG L
Sbjct: 4   DSEGEDTIAGITRAQGETRGEFLLRVVNRVG-KIKLEWTEQQGRPVGPGSASFNSEIGYL 63

Query: 408 ARGYIPMKYAKKKDIPDEVMTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLH 467
           AR YI  K AKKK+I      KI++ LL KF VD SQPH+ ++I  EIG RF DYR++LH
Sbjct: 64  ARNYIDAKRAKKKEITXLETNKIIQMLLEKFAVDISQPHVHRYILYEIGTRFKDYRAKLH 123

Query: 468 QYYKKIGDPVAARERPHKDISPQDWQILCDKWEDPKWKRQ 508
           ++YKK  DP  AR++P+KDI  + W ILCD+WE P WK +
Sbjct: 124 RHYKKSRDPARARQKPYKDIKQEXWNILCDRWESPAWKEK 162

[Close]

BLAST of Spg036001 vs. NCBI nr
Match: KDO39328.1 (hypothetical protein CISIN_1g041788mg, partial [Citrus sinensis])

HSP 1 Score: 127.5 bits (319), Expect = 4.6e-25
Identity = 83/258 (32.17%), Postives = 137/258 (53.10%), Query Frame = 0


Query: 367 GIDTKRIIEATGNRVSISWTPQQGRSVRRVVSMFSTEIGILARGYIPMKYAKKKDIPDEV 426
           G+D  R+++A   R+ IS+T ++GR +    S F+ EIG+  R + P++Y     IPDE 
Sbjct: 2   GLD--RLLQAR-ERIHISFTEEEGRPICNHASRFANEIGVAVRLFSPIQYESWCAIPDEE 61

Query: 427 MTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLHQYYKKIGDPVAARERPHKD 486
              + E+LL KF+ D S PHI  ++   +  R++D+R   H+++KK   P  AR+  ++ 
Sbjct: 62  KKVVFEQLLTKFEFDMSMPHILNYVNSSMAKRYSDHRYNCHKHFKKYATPSEARQHAYRK 121

Query: 487 ISPQDWQILCDKWEDPKWKRQEDDTYVSPIEVFRRTHWSEAKGWTDDAASEAHEKMVALT 546
            S QDW  LC+ +E  ++KR+      + IE+F  TH+S  KGW++  A   +EKM  + 
Sbjct: 122 NSQQDWAWLCNHFESDEFKRKATGEQPNEIELFYITHFSIKKGWSNAEAQHDYEKMKEME 181

Query: 547 QEQ-ASSSTPMDADEVMATVLGK-------RPSSEECLENQVREKKESEARVKEQMKEEM 606
           QE  A   TP+   E++  V+GK       RP+              S ++   Q++ EM
Sbjct: 182 QEPVAEDGTPLSPKEIVELVVGKNFRGFGFRPT-----------LPTSGSKTSSQVENEM 241

Query: 607 AELLAMQRQDYLRKRRLM 617
             ++  Q + Y  K R+M
Sbjct: 242 RGIIDSQEKSY--KARVM 243

[Close]

BLAST of Spg036001 vs. ExPASy TrEMBL
Match: A0A6J1DXU5 (uncharacterized protein LOC111025525 OS=Momordica charantia OX=3673 GN=LOC111025525 PE=4 SV=1)

HSP 1 Score: 148.3 bits (373), Expect = 1.2e-31
Identity = 73/160 (45.62%), Postives = 101/160 (63.12%), Query Frame = 0


Query: 348 DEADEGVSSNSSATRGVSRGIDTKRIIEATGNRVSISWTPQQGRSVRRVVSMFSTEIGIL 407
           D   E   +  +  +G +RG    R++   G ++ + WT QQGR V    + F++EIG L
Sbjct: 4   DSEGEDTIAGITRAQGETRGEFLLRVVNRVG-KIKLEWTEQQGRPVGPGSASFNSEIGYL 63

Query: 408 ARGYIPMKYAKKKDIPDEVMTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLH 467
           AR YI  K AKKK+I      KI++ LL KF VD SQPH+ ++I  EIG RF DYR++LH
Sbjct: 64  ARNYIDAKRAKKKEITXLETNKIIQMLLEKFAVDISQPHVHRYILYEIGTRFKDYRAKLH 123

Query: 468 QYYKKIGDPVAARERPHKDISPQDWQILCDKWEDPKWKRQ 508
           ++YKK  DP  AR++P+KDI  + W ILCD+WE P WK +
Sbjct: 124 RHYKKSRDPARARQKPYKDIKQEXWNILCDRWESPAWKEK 162

[Close]

BLAST of Spg036001 vs. ExPASy TrEMBL
Match: A0A067D926 (Uncharacterized protein (Fragment) OS=Citrus sinensis OX=2711 GN=CISIN_1g041788mg PE=4 SV=1)

HSP 1 Score: 127.5 bits (319), Expect = 2.2e-25
Identity = 83/258 (32.17%), Postives = 137/258 (53.10%), Query Frame = 0


Query: 367 GIDTKRIIEATGNRVSISWTPQQGRSVRRVVSMFSTEIGILARGYIPMKYAKKKDIPDEV 426
           G+D  R+++A   R+ IS+T ++GR +    S F+ EIG+  R + P++Y     IPDE 
Sbjct: 2   GLD--RLLQAR-ERIHISFTEEEGRPICNHASRFANEIGVAVRLFSPIQYESWCAIPDEE 61

Query: 427 MTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLHQYYKKIGDPVAARERPHKD 486
              + E+LL KF+ D S PHI  ++   +  R++D+R   H+++KK   P  AR+  ++ 
Sbjct: 62  KKVVFEQLLTKFEFDMSMPHILNYVNSSMAKRYSDHRYNCHKHFKKYATPSEARQHAYRK 121

Query: 487 ISPQDWQILCDKWEDPKWKRQEDDTYVSPIEVFRRTHWSEAKGWTDDAASEAHEKMVALT 546
            S QDW  LC+ +E  ++KR+      + IE+F  TH+S  KGW++  A   +EKM  + 
Sbjct: 122 NSQQDWAWLCNHFESDEFKRKATGEQPNEIELFYITHFSIKKGWSNAEAQHDYEKMKEME 181

Query: 547 QEQ-ASSSTPMDADEVMATVLGK-------RPSSEECLENQVREKKESEARVKEQMKEEM 606
           QE  A   TP+   E++  V+GK       RP+              S ++   Q++ EM
Sbjct: 182 QEPVAEDGTPLSPKEIVELVVGKNFRGFGFRPT-----------LPTSGSKTSSQVENEM 241

Query: 607 AELLAMQRQDYLRKRRLM 617
             ++  Q + Y  K R+M
Sbjct: 242 RGIIDSQEKSY--KARVM 243

[Close]

BLAST of Spg036001 vs. ExPASy TrEMBL
Match: A0A438HJV7 (Uncharacterized protein OS=Vitis vinifera OX=29760 GN=CK203_046712 PE=4 SV=1)

HSP 1 Score: 118.2 bits (295), Expect = 1.3e-22
Identity = 73/211 (34.60%), Postives = 117/211 (55.45%), Query Frame = 0


Query: 362 RGVSRGIDTKRIIEATGNRVSISWTPQQGRSVRRVVS-MFSTEIGILARGYIPMKYAKKK 421
           RG +RG  T  I++ +G ++ + +  + GR      S  FS E G L R + P+++ K  
Sbjct: 61  RGPTRGKGTDTIVQMSG-KIKLDFNIECGRPKDSDKSAKFSNECGYLIRKFAPLQFEKWP 120

Query: 422 DIPDEVMTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLHQYYKKIGDPVAAR 481
            I       +V+RLL+KFD+D S+ +I K++   +G R+  YR  LHQ++K+      AR
Sbjct: 121 AILAMDTQPLVDRLLSKFDLDMSKTYITKYVHEIMGQRYRTYRYDLHQHFKQFETVEEAR 180

Query: 482 ERPHKDISPQDWQILCDKWEDPKWKRQEDDTYVSPIEVFRRTHWSEAKGWTDDAASEAHE 541
             P  D++ +DW  LC+ +   K+K          +E+FR TH++E+KGW +D A   +E
Sbjct: 181 LHPPDDVTQEDWDYLCNLFSLEKFKSVATGELQGEVELFRATHYNESKGWINDTAKSRYE 240

Query: 542 KMVALTQEQAS--SSTPMDADEVMATVLGKR 570
           +M  L QEQ++    TP+   E+   VLGKR
Sbjct: 241 EMRKL-QEQSTQDGDTPISDLEITQRVLGKR 269

[Close]

BLAST of Spg036001 vs. ExPASy TrEMBL
Match: A0A443P6A9 (Transposase, Ptta/En/Spm, plant OS=Cinnamomum micranthum f. kanehirae OX=337451 GN=CKAN_01520500 PE=4 SV=1)

HSP 1 Score: 117.5 bits (293), Expect = 2.3e-22
Identity = 86/314 (27.39%), Postives = 147/314 (46.82%), Query Frame = 0


Query: 347 EDEADEGVSSNSSATRGVSRGIDTKRIIEATGNRVSISWTPQQGRSVRRVVSMFSTEIGI 406
           E EA    S+++   RG S+ I   ++I+ TG ++ I       R V +    F TE+GI
Sbjct: 18  EPEAHSIASTSTRRGRGRSKNISLTKLIKDTGQKLRIEIPEGLSRPVGKYAKEFKTEVGI 77

Query: 407 LARGYIPMKYAKKKDIPDEVMTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRL 466
           + R Y P+       +  E      +R+L+KFD+D   P +KK I   + + F +YR+RL
Sbjct: 78  ICRTYAPLACYTWPTVKQEHRQIFYDRILDKFDIDLHNPRLKKAINSYLASTFKNYRNRL 137

Query: 467 HQYYKKIGDPVAARERPHKDISPQDWQILCDKWEDPKWKR-------------------- 526
           H +YK++G+   A ++P++ +S +DW++ C+++   ++++                    
Sbjct: 138 HSHYKRVGNHREACQKPYEGVSQEDWELCCNRFCSEEFQKVSKKNFENRMLLKVNHCVGS 197

Query: 527 --------QEDDTYVSPIEVFRRTHWSEAKGWTDDAASEAHEKMVAL-TQEQASSSTPMD 586
                   +  D  +S IE++ +TH+S+ KGW+       +EKM+ L +Q     S P+ 
Sbjct: 198 KSFVEYLHETRDAPISRIELWHKTHYSQDKGWSTPECQMLYEKMITLQSQPTEDDSPPLT 257

Query: 587 ADEVMATVLGKR--------------PSSEECLENQVR-EKKESEARVKEQMKEEMAELL 617
            DE+   VLG R              PSS   L N  R E+    A   E+  +E+AE L
Sbjct: 258 DDEICRQVLGTRPGYVRGLGHGVVAPPSSSTGLYNSQRVEELTKRATAAERQSQELAEQL 317

[Close]

BLAST of Spg036001 vs. ExPASy TrEMBL
Match: A0A438FRA2 (Uncharacterized protein OS=Vitis vinifera OX=29760 GN=CK203_063901 PE=4 SV=1)

HSP 1 Score: 109.4 bits (272), Expect = 6.2e-20
Identity = 76/297 (25.59%), Postives = 143/297 (48.15%), Query Frame = 0


Query: 351 DEGVSSNSSATRGVSRGIDTKRIIEATGNRV--SISWTPQQGRSVRRVVSMFSTEIGILA 410
           D   ++     RG SRG+ T ++I+A G+R    +   P+         S   +EIG + 
Sbjct: 18  DADSTTGRRKVRGDSRGVGTDKLIQANGSRPLGGVEIKPENNAPTGVNSSRMKSEIGTIV 77

Query: 411 RGYIPMKYAKKKDIPDEVMTKIVERLLNKFDVDYSQPHIKKFIRREIGARFNDYRSRLHQ 470
           R Y P+   K  DI +     ++E+L  KF +D++Q H+KK I  ++ AR+ D+R++ H+
Sbjct: 78  RNYAPLDVEKWADISESDKVFMMEKLQEKFIIDFTQDHVKKAIEGKMAARYRDHRNKCHK 137

Query: 471 YYKKIGDPVAARERPHKDISPQ-DWQILCDKWEDPKWKRQEDDTYVSPIEVFRRTHWSEA 530
           ++KK      A++ P+K +S Q  W  LCD++   K++ +        IE+F+  HW+  
Sbjct: 138 HFKKYPTIALAKQNPYKHVSDQKQWDWLCDRFASEKFQARHTGQAPGQIELFKLMHWTSQ 197

Query: 531 KGWTDDAASEAHEKMVALTQEQA-SSSTPMDADEVMATVLGKRPSSEECLENQVREKKES 590
            GW +  A  ++EKM+ L ++        +   E+   VLG R    + L +  R    S
Sbjct: 198 NGWINQEAEASYEKMLELQKQPVPEGGQALKEAEICVQVLGSRSGYIKGLGHGPRPPSSS 257

Query: 591 EARVKEQMKEEMAELLAMQRQDYLRKRRLMGFVATCDVWFVRRKLRRLTGFVASLRR 644
                +  +E       ++ ++ L+  R +       +   + ++ +L  FV+ +R+
Sbjct: 258 SKSTHKSHRE-------IELENELKATRELLQSQETRIQHQQSQIAQLASFVSEMRQ 307

The following BLAST results are available for this feature:

BLAST of Spg036001 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038895319.1	3.1e-42	37.66	uncharacterized protein LOC120083572 isoform X1 [Benincasa hispida]	[more]
XP_038895321.1	5.6e-39	38.41	uncharacterized protein LOC120083572 isoform X3 [Benincasa hispida]	[more]
XP_038895320.1	5.6e-39	38.41	uncharacterized protein LOC120083572 isoform X2 [Benincasa hispida]	[more]
XP_022159083.1	2.5e-31	45.63	uncharacterized protein LOC111025525 [Momordica charantia]	[more]
KDO39328.1	4.6e-25	32.17	hypothetical protein CISIN_1g041788mg, partial [Citrus sinensis]	[more]

BLAST of Spg036001 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg036001 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DXU5	1.2e-31	45.63	uncharacterized protein LOC111025525 OS=Momordica charantia OX=3673 GN=LOC111025...	[more]
A0A067D926	2.2e-25	32.17	Uncharacterized protein (Fragment) OS=Citrus sinensis OX=2711 GN=CISIN_1g041788m...	[more]
A0A438HJV7	1.3e-22	34.60	Uncharacterized protein OS=Vitis vinifera OX=29760 GN=CK203_046712 PE=4 SV=1	[more]
A0A443P6A9	2.3e-22	27.39	Transposase, Ptta/En/Spm, plant OS=Cinnamomum micranthum f. kanehirae OX=337451 ...	[more]
A0A438FRA2	6.2e-20	25.59	Uncharacterized protein OS=Vitis vinifera OX=29760 GN=CK203_063901 PE=4 SV=1	[more]

BLAST of Spg036001 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: 319..346
None	No IPR available	COILS	Coil	Coil	coord: 573..607
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 335..366
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 335..353
None	No IPR available	PANTHER	PTHR33499	FAMILY NOT NAMED	coord: 345..568
None	No IPR available	PANTHER	PTHR33499:SF17	OS12G0231700 PROTEIN	coord: 345..568

Relationships

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


Feature Name	Unique Name	Type
Spg036001.1	Spg036001.1	mRNA