Spg038438 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg038438
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	Zinc finger BED domain-containing protein RICESLEEPER 3-like
Location	scaffold12: 1048712 .. 1070804 (+)
RNA-Seq Expression	Spg038438
Synteny	Spg038438

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptidethree_prime_UTR

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

ATGGTCGGCCTCGGCCCAATACCGAGGCCGACCCAGGCCAAGGTTCCGAGGGCTTCCCTGGTGGTGACTTTGAGCCCGGCAGCAGTGGAAACCCTAAGGGGAGCCTATAAAAGGAAAGACCACACGCATGATTCAGGTATGCAAGCATCAAACCCTAAATACATACTACGTGCTTTCTGGCCACGGCTGACTTAAGCATCGGAGTGTGCGTGGCCTACACCACACCGGTGTGCAGCGTTTGCTCGTCTCGCAGGTCACGTTTTTCCCGCTCATCTACAAATTCACTGTTGACCGTCACGTGGAGCGAAGGGTAAATTCCTGAGCGAAATTTGACCATCAACAAAAATGATAGTTAAGGAACCTATTACATATGTTTTTAAAATGTTTCCACTCAAAATAAAATAAAATAAAATAAAATGTAGGGACTTATTAGACATAAAAATTAAGGAACCAAAGTTGTAATTTAACCATTGTAAAAAAAAAAAAAGTTGTAATTTAACCTAAAATTGATTAATATTTATGTGAAAATAAGATATAATATAATATAATTAATTTGAATTAAAAAATATGTGTAGGTCATGAATTCGAATCAAGAAAGTAGAGTACTTGTGACCAAGAGGTCATGAGTTCGAAAATTGTTCTTTAACACTTAATTTAAAAGAGTAAATTTATAATAGGTTTAAATCTCATTTTAGTCCTTAAACTTTTAAGTTTGTTTTACTTTAATTCTTAAACTTTTTAAACTTTCATTTTGGTCTTTAAACTTTCAAAATTGTTCTATTATGATCCGAACTTTCAAAATGTCTATTTTAGTCTCTAAAAAAAAACAATCACTTTGGTAACAATCTAATACACATGGTCAAAGATATGTTATTAATTTGTTAAAACTAAAATAAAAGTAAGAACCAAAAGAATCATTTTTCTCTTCTAAAATAAAATTATTTTTTGAAAGTTTATGGACCGAAATAAACATTTTAAAAGTGTAGAGACCAAAATAGGATTTAAATCTTTATAATACTAATAATAATTTAAAAAGAAAAGGAAAAAGAAATAGAAAAGGCGGGAAATTCTTCTGCCCTCTCCCCTGTTACTGCTAGAAAACCATTCTCCAGAATCGGGGATGCGGGGCGGGGATGGCAGCCGACGGCCCCGCCCCGCCACGGTTCCATTCTCGAAAAGAAAGCAATACGCCGACCACAAAACCCTAAATCTAGACGCTCATTTCCTCTCTTCTCTCAATCTCTCTCTATTCTGTTCTTCTTCGACCTCAAAACCCCTTCTGTACACCTACACTCGACAAATTTCTCTCAGCGCTCCCCTCTGTCTCCGGTGAGAATCCCTCCTTCTCTGTTTCTTCTTGTTCTGCCTTCTTGCGATGATGCCTGATTTTCAGTTGGAACGTGATTTGCCTCAACAGAGTGGCTCTTCACTGATTTTTGCTGCATTTTGAGGGGGGTGGGGTAATTTATGCTCTGTAGCTTCTTCTGTCGATCCATATTTCGGAACTTAATGGTGGGATTTGCTTAACTTTCAGTTTCAATTCTTGTTGGATGTTGGACGCTTGAGATGACGGTTTCACATGACCTGCTTAACTTTGCTACTTGGGCTTCATTTATTAGTTTTCTTCTACTCATATCACTGTTTCTTCCTGAGAGATTTTAAAGAAACAAATGTTCTATGGATGATGGTTATCTTATAGATTTACTTACTTTTGTGTTCTTTTGTTAAAACTTTTTGCTTTGTTAGTTATTTTTGTGGTTTCCTTGGATCAAGTTCCTGTTTGAAATTGGGTTAACTCTGTGCGGCTGGTGACTTATGTTTGATGCAAAAAATTAGCAAATGAATGTTGTTTAACCTCTTGTAATTTGTATGATACTGATTCTATTCGTTATGGAACAGATTTAACTTGCCCAGTATGGATCCTAGCAAAACTGGGGAGGACCCTAACATTGCAAAGAAATGTGAGTCAAATCCATCAAGTCCGATGAGGGAAAACAAGCGTATTAAAACTTCTGGGGCTCAGGATCATTTTAATGAAGTTGATATTGGGGATTCTGATTGTCCAAAGCCAACAGGTAAGTGTAATGTCATTGTAAATGCATGCGATGACGAACAAAAGAAAAACACCACCAAAGTAGAGCAGATAGTACTTAACTGTGAAAAGGATCCAAGTAGAACGTGTGGCTCGAAGCAAAAGGGGTTGATGGATTGTCAGTCAGAGGTTAAAGAGGGAGAAGGTCGTAATTTTAGTTTGTATGGCGATTTCTTTAGCATGGGGGGGAGGTGTAGGAAAGCGCTTTATAGGATGATTATTCTTCAGAAATTGCCTTTTTGGATGGTGGAGTCTAAATCATTTCAAACATTTTCCCATTCAATACAACCTGGATTTGTTATGCCTTCATGGAAAACAGCTGTTAGGGAGTTTAAAGAACTTTATTTAGAGGAGAGGGAAAAACTGAAAAGAATGTTAGTGGAAAAAGAGGGAAGAGTTTCTTTGGCAATGGAAATTTGGACGACGATCGACAAGATGAATGTGAATTACGTGGTTCTGACTGTGCAATTCATTGATGATGATTGGCAATTACAAAAAAGGATTTTGAATGTTTCATTGATCCCTGATCCTGATGAAGATACCATTGATCCTGATGAAGACACCAATGATCCTGATGAATATACCATTGAAGGTTATACCATTGATGGATATACCGTTGGACAAATGATTGAAACATGCCTATTGGAATGGGGAATTGAGAAGGTATTTACCGTGACAGTAGATAATGGAAGCTATAATGATAGAGCTCTTGCACACTTGGTAGAGAAAATAAGAAACTGGAATGGGGCTGTATTAAATGGCGACTTCATGCATGTAAAATCTTGTGTACACATTGTTAATCTTATGGTTGGTGATGCTTTGAAGGCACTTGATGGCTCGATTGTCAGGATTCGTAATGCTATCGAGTATGTAAAATATTCATCACCTTCACTATTGGAAAATTTCAAAAGTTTTGCAAGGGATAAAAACATATCGTGCAAGAATCCTCTTTATGTGGATGTTCCTACTAGGTGGAATTCCACATACACTATGTTGTACAGAGCTGAAAAATTTCAGAAGGCTTTTGAAAAGTTAGAGGCGGAAGATAAGGAGTTCTGGCACTTAGTATATATAGATCGTGACGTAAAAATGGACCCTCCCATTAGTGAAGATTGGGACAATGTTCGTGCTTTCTTAAAGCTTTTGAGATTCTTTCAAGATGTTACTTTGAGGGTTACAAGATCACCGTGTATAACATCGGATAGATATTTTCATGAGATCTGCTTAATAAAAAGAAAGATTGAAGAGTATTCAAGATCCGACAACTCTCTCTTGGCTAATACCGCACGAAATATCAAAGTGAAGTATGAAACATTGTGGGAGAATAATGACAAGACGAATTTTCTCTTCTATGTTTCCATCGTACTTGACCCTCGATACAAACTCCAATTTGTATTGTTCACTCTATCACTTTTGTATGGGGAGGAAAGGTCAAATGAAATTGTTAAGAAAATTGAGGATATGACGAGAAGTTTATACAATGAATACCAAACTTCAAATATGAAGAGTGAGACTGCATGTACATCTATGGGTCAACCATCAATGGAGGATGCAGGAGACGGTGAGACTGCTTGTACATCTATGGGTCAATCATTTATGGAGGATGCAGGAGAAGGAGAAGAAGAAGATGAAGACTATGCCTATATGTTTACTGAATACTTGATCGAGCAAGATACCAAGAATAATATATCAGAACTAGATAGGTATTTATCTCAACCTTGTGTGATAGCCGATGAAACATTTGATATATTAGATTGGTGGAGAAGGAATTCTTCAAGGTACAAAATCCTCGGAGAAATGGCCAAGGACGTATTTGCGATTTCCCTCTCAACTACTTCCCTGGAGCCAACTTTTAGCACCAGAGGCCGGGTGCTTGATTCATATCACAGTACATTAACTCGGCAATCTCCAAAAATGGTCGAGATTGTCATTTGTTTGCGAAATTGGCTTGGCTCACAAGATGAAACAGATGAGCGTGAGCTTGAAGAGTTGGAAGATGAAGAAGAGATGGATGATGACGAGCTGGAAGGTGAAGAAGATATGGAGGACGAATAGATGAAGGATGAAGAGTGGGGATATGAGCATGGTAATGATTAAGCAGAAACCATGTTTATTTATAACATGGAAGCGTAATAATTAGTGTTATTGAATCATTAGTTGGAATAGTTTATCCAAAATTATGTTATATTGCTTCAATGTTAACTTTTTTGTTTCTTTCCTTCTAGGGTGGACCGAAGAGGAGGAATAGAGGAAGAGAAACTCATGGCGACTGACTGTAACCATTGTGATTTTGGATTTGTGAACAAATTAGTGTTGACAATCTTTTGTTTGACTCTGGTTGATTTGGATTTGTTTCACAGTGATGTGTTTGTTCGACATATTTGTCAAATTGATAGGCTTGGCTTGGGTCTGAGACTCTGAACCGAACTATGCACGATCCTAATGGTAGTAAGTTTGCTTCTGAGTTTCTGTCTAAAACTGTGATAGTGCCAGGTGTTATTAATCTTGAATGTAGCCAATTTCTTTAGTGGGGTTCCCTTTTGTGGACTTGTTTTTTTTGTCCTTGTATTCTTTCGTCATTTCTCAATAAAAGTTGGTCTTTTTTTATAAAAAAAGAAAAAGAATTCAAAATAATGTTAGACACCGATTCATGGAGTGCTTACACCCGTGAAATGAGGAATGAGTAGCCAATTTATGCAATAGTCATTTCTACCTTAGATTTGTTATAAATTAACTTGAGAATTCCTACGTATTCAGAGCTTCCTTCTCAATTTCTATCGCCTAGGCCCCTTTTCTTGAGATTCATTACCGTGTGGATTTTTTTTTGGTTTAATTAGTTTAATAACATGTGGGGTTTGAGAATTCAAACTTCTAACCTTTTGATTAGATTTTGAAAAGATTTTTAAAAAATAAATAGCAAAATGAAGAGTAGTAAGTGAATGTAGGCTCCATTTATTTCAAGGGAATAAGAATCAAGCATGAGAATGAAATTTCAATGTAATTGATAGTGTTTACTAGTTACTTTACAACTCTTTATCATTTTTCTCTCATCTTCAATGAAATCTTAGTCTTTTTATTAGTATTAATCATTTTACAACTTTTGCTCTCTCTCTTGTTTTCAATACTTAATATTTTTCTTCTAATAAAAAAATAATAATATTAATTTATTCTTTTGTATAAAATTGAAATTTTCTATTTAATTTGTTAGATGTTTAATTTTAATTAGTAATGGTTTATTATTTAATTTGTTAGAATAAAATATTTTTATTAGATAGTATATACCAATAAAATTGTTTATATTTTTCAAATATAAATTTATTTAATCTTTTTAAGTTGATGTGGTTTTATTTTAGTTAGTTATTGTTTATTGATATCAAATAAATTATATAAATAAATCATTAAAATTAAAAAAAATATGTTACTATAAAATAAAATAGAAATAAAATAACCTAAAATTTATTATTAATTATTATTATATTAGCTAAAAATTATATTAACATACTATTTAGTAATGTATTTTAATTAGTTAAAAAATATGACAAAGCATTTTAGTAATTATATTAATTAGTTAAAAAATATGACAAAGCATTTTAGTAATTATATTAATTAGTTAAAAAATATGACAAAGCATTTTAGTAATTATATTAAGTTCGATTTTATTTTATTTTATTATTTTTTTTACAACAAATGGGATGAGAGATTTAATCTTCTAACCTTTTAGTCTAGAATACAAGTTTTATATTAATTGAACGATATATTTGTTACTCTGATTTTAATAGTTTGGAGTAAACAACATCATTGGGTTATTGATTTCGATTTCATATATTTCTATTAAACAACATTATAAGAATAATGAATATCGATTCCGATTTTTAGTAAATAAATGAACCGTAGTGTTTACCTCTTAAATTTTTAAAATCACAAAAAAAAAAAAAAAAAAAAAAATAGATTATTGGAGCGCGGGGGCAATAAACGAACCAAACCAAAGAATCCAACTGACCAACGACGTTGGTCGGTTCAATCAATAGCCTCATTGGAAGCCTACTTCTATCTTTATTTCTTCAATCTCTTCAACTTCTTCCCCTCTTCCAACGTTCCCGCCGGCCGCCACCGCCGCTCGGATCTCTGCACATTCACCTTTCCTCACCGGCGCCGCCGTGGGATCCATTTCTCCCTCTCTCATCAGCTCGTAAGTAACCTTTTTCTGTTTTGATAAACAAATTTGAAAAGAATCTTCATTTTCATTGAACCCGTGATTTCGTTCTGAAATGAAAACCCTTGTTTTGATGGTTTTGACAAACATAAACCCCAATGTTTTGATGGGTGATATTCCGGAAGCCGACTAGACCGAACCGAACCGAACAGTGGTTCGACCAAAACTAATCGGAGACGTTTGAACTTTTCTAGTTTTCTCCATTTAGTGGCTTTCGGTGCAATGCTCCAGATAGTTTTACACCGTTGGATAAATTGTAAAAGTATCTCAATTTTGTATCTACCAGTTACTAAAGTAGACAAATTTGAAGATATAGGGTAAAACTATATGGACAGCACCTAATAATTTGTCCATTTATTAGATTTTTGTGCTGATATTCAGCTTATTTTTGTTTTCTTAATATGGTTTCCTTGGGTCAAGTTCCTGTTTGAAACTGGGCTGATTCTGCTTCGCTTGTGGTCATTTTATTTCAAAAATGTTTTATTACCTATTCTTTACAAATCCCTGCAGTGGATGGAAGTTTGATGCAAATTTAGCACCTTGATTTAGATTTCGCCAGTTAGCCACTCCAATCCATATGTTATTGATTTTATTCAGGTTAAATTATGAATTTTGTCCTTATATGTTTCGGCTTAATCTTAATTTGGTTCCTATCATTTTAAAATTTTCAATTTGCTATGTATAGTTTCGTTGAATGTCACAAATCATCCCTAAACCTACCCCTACAAATCCAACTCATTGTTTCCTTGTTCTACACCTAGCCTTCAACTTTAATATATGTGACAGGTTTGGCTTGCCAAGCATGGATCTTAGCCATGGTGGGGAGCAGGATTCTAACATAGGAAAGAAACATGACTCTAATCCATCAAATCCAATAAGAAAGAACAAGCGAAGCAAGATTGAAGTTGATAGAGGGAATTTGGATACTGGTGATGGTGGGGACTCTGATGAATCTGATGCAAGAAAGAACAGCACCACCAATATGAAGCAAATGGAACTTAACTGCAAAAAGGATCCCAATCAGTCTGAGGATAGGCTGGGAGAAGGTAGTAATAGTAACTTGGATAGTAATTTCTTTGGCTTGAAGTGTTGTAAGGATGCGCTTTCTAGGATGATTATTATGGACAAACTGCCTTTCCGAATAGTGGAGTGTGAAGGGTTTCGAAACTTTTTCCTTTTATTACATCCTAACCTTATTATACCTTCGTGTGAAACCGTCGTTACGGATTGCTTTCAGCTTTATGACGAAGAGATGGAAGGGCTGCAAAGAATGTTGGTGGAAAAAGAGCAAAGGGTTTGTTTGACGGCGGAGACTTGGACGTCGATGCAAGCTTTGGATTATATGGCTCTTACTGCACACTTCATCGATGATGGTTGGAAATTGCAAAAGAAAATACTCAACTTTTGTTTGATCCCTGATCGTAAAGGCGATACCATTGGAAAGACGATTGAGAAACGTCTAATGGAATGGGAGATTGAGAAGGTGTTTACCGTGATGGTAGATAGTGCAAGTTATATAGATGGAGATCTTGCATACTTGACAGAGAAAATGAGAAATCAAAATGGGGTTGTTTTAAATGGCGACTTTGCACCCATTGTTAATGTTATGGCATGTGATGCTTTGAAGGAACTTCATGGTTCAACTATCAAGATTCGTAGTGCTATTGAGTATGTAAAATCATCACCTGAAGTATCAGAAGCTTTTCGAAATTTTGCAATGAATGAAAAAATTCCATGCGCAAAATATCTTTGTTTAGATATTCCTACAAAGTGGAATTCCACATATACTATGTTGGACAACGCTCTAAAATTCCAAAAAGCTTTTGAAAGGTTAGATAGTGAAGATGAAAAGTTCTGCTTGAAGTTTATTGAAAATGAGTTGAAAAAGGTCCCTCCCTTAAATGAAGATTGGGATAATGTACGTGCTTTCTTGGAACTATTGAGATTCTTCCGTAGAGTTACTTTGAAGCTTTTGGGATCACCATCTTGTGTAACATCACATGATTTTTTTCATAAGGTTTTCGTAATAAAAAAGGAAATCGAAAAGTATTCAAACTCCGACAATTCTCTCTTGGCTAACACGGCAAGAAATATGAAAGTCAAGTATGAAAAGTTTTTGGAGGATAATTTAAGGACAAATTTCCTCTTGTATGTTTCCATTGTACTTGACCCTCGATACAAGTTAGATTTTCTATCATTTGGCCTCTCATATTATGAGGTGGAAAGGCCAAATGAGATTAGAAAGAAAATCGAGGATATGACAAGAAGTCTATATAATGAATTCCAAACTTCAAATATGGAGAGTGAGTCTTCATGTAATTCTGAAGAGGAAGATGAAGATGAAGATGAAGATGAAGTATCTACATCGACTAAATACTCGATAAAGCAAGATGCTTGGTATAATAAATCAGAACTGGATAAGTATTTATCTGAACCTTGTGAGCCACTCGTTGAAACATTTAATATATTAGATTGGTGGAGAATGAAATCTTCAAAGTACCCAATCCTTGGAAAAATGGCGAAGGACATATTGACGATTCCCCTCTCTACTAATGTCCTAGAATCGGCTTTTAACACTGGAGATCGAGTACTCGATTTATACCATAGCTCATTACCTCCAAAAGCGATCGAGATTATCATTTGTTTGCGAAGTTGGCTTTGCTCACAAAAGAATATCAATCCTAATGTAATAGCTGATGATCCTCAACTTCAAGAGTTGGTGGATGGTAATGGTTTTATATTTTGAATGATGACTCTAAGTGAAAGTTATGTTTTGTACAACACTGATTTGTTTTGTGTCTCTTACTTGCAGAAGGGATTCAACAGGCATGGGGACAGAATAATTGTTATTGAGGTCTTAGTTTGAATAGTTTCTGCAAAGTATGTTGTATTGCTACAATGTTGACTTGATTTTCTTCTCTTTTTGTTTTTTAAAATCTAGGGTGGACTCTTGGAGAAAGAATTGAGGAAGAGAAACTCATGGCCATTGACCAATGAAGTATTTGACTGACTGTTCTTGTAGATATTGTTTAATTTACTTTGATTATCCATATGTGCTTGGATGTATTTTGGATGTGCTTAAAGTTTAGTTACCAACTTACCATTATGATTTTAAGTACCTTCAATGGGTAACCATCTTTTGACTGTGGTTTATTTAGATTGTAATAATATTTAGTTGTCTGGATCTGCTTTGTAACTTCATTAGGATTTTGCTATGAAAGGAGTCCGACTTCAGTACAGTTCAATACCGGTTCTTCTATTACTGTGATTTTTTTTCTTCTTTTAGTTCAACAAATGTGGGGAGAGAATTTGAATTCTTGACTTGAAGAGAAGGAATTAGTAGTACCTTAATTGCTGAACTAGGCTCGTGTTGACCATAGTGTTCCTTTCATGGACATATTTGTCAAACTAATAAGCTCGATTTACGACTCTAAATCGAGTCGTGCACGATCTTGTATTGCTTTCTCTTGTGGGGTGAAACCGATTCATTAATTATTAGGAAGAGACCATTTCAACAATGAAGTACAAATGTGGAGTGAGAATTTGAATTCTTGACAACGTGCACTACTGACATGCACTATCGAAGTCATAAACCGAGCTAATAAGCTTGGTTCATAAAACAACATTCTTTTAGTGTATGAAATAACATTTTTTTTAGTCATGAAAGGGCATTCATAAGCATATTGCAATGCAAAACTCTTGTAACAATAAATTACAAACAAAGGAATTAGGAATGGTGAGTTCTTGAAAAGTACTTAATGTGTTAGTTACATTATCAGAAACTTTAACTTTTAGTTGTTGGATAAGACACCAATTATCATTCTAAATATCGATGATTCAATCCTCTCCATTGTTGAATTAAAAAAAGATATATAAATTTTAATCTCTCCTATATTCAATGGTATAAAATTGTCAACTTTATTATTTTAGTCTACTCAAATAATTCCTCAACTTCCATAACTTCATAACTAGGATATGAAATTTCTGTCTACATGTCACATGTCTATATATAAGTTCAACATAGATAAAAGGTGAGTCAACATTTCACATGTCTATAGATTCAATATAGATAAGGAGTGACTTGACATTTCATTGTATCATAGAAAATTCGACGAAAAAAATATTGCTAATATGGACATAATACAAGAAATTTTAAAATGGTGAAATGTGTATGTGTTAATTTAAATAATTCTTTTATGATTTTTCTAAAAATATTTAGAATTTTATCAATATTTCTATCCACATATTATATGTATAGTAAAAATCAAAACAAAAATCAAAACGCAAATTAATATTACATATAACCAATATATAAGTTGTTGTCAAAATATATATATATATATATAGGTTAATAAGTAATTGTTGCAATTATAATTAATTGGTACTTAAGTTAATCTTTAATTAACACAAATCAACAAATATAAAAATAAATAAATAACACAAATCAACAAATATCACATAAAATGATATTTTAAAATAATAATATTTTAACTACCATTATTTTAGTTAATACTTAATATCATAATTATAAGTTTTTAAAATAAATGGTATATTTCTAATTTATTTGTTTAAAAATGCTTTATTTGGTCTTTTCAAAAAAAAAAAATGCTTTATTTGGCATTGCCGAAGAGCAGGGTAAGGTGGTAAGAAACGAACCAAACGAACCAAACCAAGCAAACGAACCGACCAACTTAAGTTAGTCGGTTCAATCTTCACGTCGGTTCGGTTTGAACCGAACCGAACCTACAAGTATCGATTTAGATTTTTTTCTTCTTCAGGCAATCGGTTTAGACACCTCGTTAGGGCTTCAATCTAACTCGATCTTTATTTCTTCAGCCGCTCAATCTTCTTCTTTCTCTCTAACTTCATCTTCCAACTTCGACGCCGGCCGCCGCATTTCTCTCTCCCGGCGTCGGCCCTCGCCGCTCGGACCTCCGCAGTCGCCTTCCGTCGTCGGCGCCTCCGTGAGAATCTATTCCTTTCGCTCTCATCAACTCGTAAGTAATTTTCTTTTTTATATTTGAAAAACAATCTTCATTTTCATTGAACTTATGAACCTGTGATTTTGTTCTGAAATGAAAATCCTTGTGTTGACGGTTCTGAAAAACCCCCCATGTCTTGATGCTTGGTATTCTGGAAACCGAAAGAACCGACCAGAACCGAACCGAACCGAACCGACCGACGGTTCGATCAAAACTGATCTGATGAATTAAGACGTACACAATTTTTCTTTGCTTCCTTGATTAGTCTTCTTGTGCTGATATTCTTGTTAGAATGGTTCTATGAAGGATGATTTGTAAGCTATGACTAAATCAAAGGGATTGTATTGAATATTTTAAAGTCGAAATGACTAAACCCAGATCATAAAGATCAAATTGAAACTTTTAGAATCATAGAGATGAAAAACTGAAACCATGTCTAAAAACATAGTACATAATTGGACCTTGTATTTATTATGCAACAGGGTTTGGCTTGCCAAGTATGGATCCTTGCCATACTAAGGAGGAGGATTCTAACATTGGAAAGAAACGTGAGTCTGATGACTCTGATCCATCAAATCCAACAAGAATGAACAAGAGAAGTAAGGCTGAAGTAGATAGAGAGAATTCTGATACTGATAGTGGAGATTCTGATAGTGTTAGGTGTTCTGATGAATCTGATGCACGAGAAAACAACACCACCAAGATGAACCAAATGGAACTTGACTCCAACAAGGATCCTAATCAATCAGAGGATAGTGAGGGAGAAGATAGTAACTGTAGTTTGGATGGTAATTTCTTTAGCATGAAGAGGTGTAGGGATGCACTTTGTAAGATGATTATTATGGACAAATTGTCTTTTAGAACAGTGGAGTATGAAGGGTTTCAAGAATTTTTCCATTCATTTCAACCTAAATTTGTTATGCCTTCGCTTAGAACTGTGGTTAGGGACTGTTTTCGACTTTATTTCGAAGAGATGGGAAAGTTGAAAAGAATGTTGGTGGAAAAGGAGGGAAGGGTTTGTTTGACGATGGAGACTTGGACGTCGATGCGAACTTTGGATTATATGGTTCTCGCTGCACACTTTATTGATGATGATTGGAAATTGCAAAAGAGAATTTTAAATTTTTCTTTGATTCCTGATCGTAAAGGAGAAACCATTGGAAAGACGATTGAGAAATGTCTATTGGATTGGGGGATTGAGAAGGTGTTTACTGTGATGGTAGATAATGCAAGCTATAGTGATGGAGCTCTTGCATACTTGAAAGAGAAAATTGAAAACCGAAATGGGGTTGTATTAAATGGTGACTTTGCACACATTGTTAATCTCATGGCCTGTGATGCTTTAAAGGAACTTCAAGGTTCAACTTTCAAGATCCGTAGTGCTGTTGAGTATGTAAAATCATCCCTTGAAGTATTAGAAACTTTCAAAAAGTTTGCTGAGGATGAAAAAATATCATGCAAAAATCAACTTTGTTTAGATGTTCCTACCAGGTGGAATTCCACATATACTATGTTGGAAACAGCTCTAGAATTCCAAAAGGCTTTTGAAAGGTTAGAGCGTGCAGACGAGGAGTTTTGCTTGAAATTTATTGAAAATGAGGATAAAAAGGTCCCTCCCCTCCGCGAGGATTGGGATAATGCTCGTGCTTTCTTGAAGCTATTGAAGTTCTTTCATGGTGTTACTTCGAGGATTTCAAGATCATCATCATGTGCAACGTCACATAGATTTTTTCATGAGATTTTCTTAATAAAAACGACGATCGAAAAGTGTTCAAAGTTCGACAATTCTCTTCTGGCTAACACTGCAAGAAATATGAAAGTCAAGTACGAAACATTTTTGGAGGACAATGAAAGGACTAATTTTCTCTTGTATATTCCCATTGTACTCGACCCTCGATACAAGCTAAAATTTGTATCGTTCTCCCTCTCACATTATGAGGCAGAAAGGTCAGATGAAATTAGAAAGAAAATCGAGGATATGACAAGAAGTTTATATAATGAATACGAAACTTCAAACATGGAGAATGAGGCTTCATGTAAATCTATGGATCAACCATCAGTGAGGGATTCAGGAGGAGAAGATGATGATGTTTTTGAAGATTTTGCAGACTTTACCAGGTACTTGATGGAGCACGATGTTTGGTATAAGAAATCAGAACTGGACAAGTATTTATCTGAACCTTGTGAGAGAGCTGATCAAACCTTCAATATATTAGATTGGTGGAGAATGAAATCCTCAAATTACAAAATCCTTGGGAAAATGGCAAAGGACATATTCTCAATCCCCCTCTCTGCTAATGTCCTAGATTCAACTTTTAGCACCGGAGACCGAGTACTTGATTTATACCATAGCTCTTTACCTCCAAAAACAGTCGAGGTTGTCATTTGTTTGCGAAATTGGCTTTGCTCACAAAAGAATATCAATACTGATGAAACAACAGAGGAAGCAACTGATGAGCTGCAACTTGAAGAGTTGGAGGATGGTAATGAGTTTATATTTTTGAATGATAACCTTAAGTGAAAATCATGTTTTGTGTGAGACTAACTTGTTTTGTGTCTATTGTAGAAGGGCTTCAGTCAACAGACATGGAAATGGAGACAGAATAATTGGTTTTTGAGGTCTTTAGTTAAAATAGTTTGTACAAAAGTATATTGTATTGCTACAATGTTAGCTTGGTTTCTTCTCCCTCTGTCTCTTTGTTTTTGAATCTAGGGTGGGGAGAAAGAATAGGGGAATAGGGAAACTTATGGTTATGGCCAATTAAGTATTTGACTACTGGCTGTTTTGGGAATCTGGTTGGGTCATGTTTGTAGATTTTGTTTAAATGGAGTTTGATTATCTAAATGTTCTTGGAGATGTTTTGGATATGTTCTAAATTTACTTTGATTATCATCTTTTGACTGTGGTTTGCTTTAGATTTGTAATAGTCTTTAGTTCATCTGGATTTGCTTCTTAATAAATACATCTTCTCTTCAAGTTGGTAATAATTTCAATTAGGATATGTGTTTCATTGACATATTTATCAAACTAATAAGCTTAGTTTATTGGTATAAATTGAACTGTTTACGGGTCCGTTTGGAATACATTTTAATTTAAATGTTTCTCAAGAATGTATTTTCTGAAAAACATTTTGTATAAAAATTGTTCATAAGTGTTTTTGTGCTCAAGTTCTTGTATACTTAATAACTCTTTTTAGAAAAGTTAGTTTCAAGTGTTTCTCTTAAAATGGTTTATTTCTCAATCTCATACTCTAATAAGTCATTTTTAGTAGTTGCCAAACATTTGAAATTTTTTCAAAATGATTTTTTTTCAAAATTAAACACTTAAAAAGCTAAACCAAACACACCCTACCATTTCTAATGATAATGTAAGTTTTCTTTGAAACTTGAGTAGGGAAAAAATGAGGTTTTTTTTTTTAGAATAGAAAAAAAAAAATGAGATGTTTTGAAAGTTGACATTTAAAAAAAAAAAAAAATAACCGTGGATTGAGCTTGCTCACTTGACATATTATATTAATTTTTATCAAATCAACAAAATGCAGTAAATAATTTAACTGTCCTATCATCTTATCGTCAATCTTTTTTTTTTTTAGAATATGTGGAGTGGGGGATTGAACCACAGACCTCGTGGCTATCCGTTCAACTTTATGTCAATTGAGCTAAGCTCTTGTTGGCATCATCTTATCGTCAATCAAATCATAGTTAAAACGAACTTGGGGACAATTTAGAACGGAACAGAATGGAGGAGACAAGGGAAATTAATGAAACAAAAATTATGGTGGATGGGCTTCTTTAACCCATTAATTTCAAATTTGTCTAAATCTTCTAAATTTATAAATGGTAAGATTTCATGCATTAATTCAATTTTTGTTCTTCCCTAAATGTCCTTATTTAATTTGATAACTCTTATTTTAGTATTATATTTTCTTTTTCTGTCAACCGATAAGGGCAAATACGTAAATGGGCTTCTTAAACTCCTTTAATATCCGGGTGTGAGTTGACAAAAATGTAAAATTATAATAAAATAGACACTTTTGGAATAAATGGGTTACTATTGATCCATTTGTGTCCTTAATGAAACTGAGAGCATTCAGTATATGGAAAAAAAAATTCATTCTAGTACTCGATAGTACCTACTCTCAAGGAAATTTTCTTCATAAATAATCTTTTAATATTACAGGACCCATGTTATTTTTAAATAATGTTGATGTGGCAAATAATTAATGAAAGTAGTATCCATACTAAGGTAGTATAGAAAATTTTCTCAAATGGAATATGTTTAAAGGGAAAAAACAAATAACCTCAACGTACACTAAATATCAATTGAACGTGGTTTAGAAACATTCCAAGTTTGGCCAAATGGGAACTCAAAAAAAAAAAAAAAAAAAAAGTTTGGCCAAATGGATTGCACCCAAATTATTTTGGTCATATAAATTTAATGGGCACATGAAAGAGAAGAGCTTTTATTAATTAAATTAGAAAAATTAAAAGAAGAAACTTTTTTTTTTTCAAGAAACCTTGTGAGGATAAAGAAGAAAAAAAAAATCAAAACTAAGAGAATTTTCAAGCGATAAGATAGACTTCTGGTGTGTTTGGTTTAACTTTTCAAGTGTTTAATTTTGAAAAAAAATCATTTTGAAAAAAATTCTAGTGTTTGATAACCACTAAAAATGACTTATTAAAAAATGAGATTGAGAAATAATCCATTTGGAGAGAAACACTTGAAAGCAACTTTTTAAAAAAAAAATTGTTAAGTATATAATAACTTGGGTATAAAAACACTTATGAACAAGTGTAACCAAACATATGAGTGTTTAAATTTTAAACCATTTTTATGCAAAATGTTTATAATAAAATGCATTTTTTAAAAACACTTAAATTAAAAGGTATTCCAAACGAACCCTTCGAACTGGTTGGTTGGGTTCAATCTTCTCGTCGATTCAACCAAACCGAACCGAACCGACAATATCGAGTTAAAAAAAAAAAAAAAAAAATCAAGTATCGATTAGCCATAGCCTCGTCGTTAGGTTTTCAATCTACTTGTAAGTTCAACATTTCAGCTGGTCGCTCAATCTTCTTCTTCCTCTCTAACTTTTCATTCTTCCGACTTTGCCGCCGGCCGGATCTCTGCACATTCGCCTTCCGTTCCCTCTTCGTCGCCGCCGTCGGACTCTGTTTTTCTCGCTCTCATTAGCTCGTAAGTAACTTTTGTTTATTTATTTGTTTTTGTGTGTGGATAACAATCTTCATTTAATCATTTTCATTGAGCTTTTGATTTCATTCTGAAATGAAAACCGTTGTGTTGTTGGTTCTGAAAAACCCCTTCGTCTTGATGCTTGGTTATTCCGAACCCGACGGACCCGAACCGAACGGTTCGGCTAGTTCGACCGAAGTTGATTTGTGACGATTGTTATAAATAATGTCTACGTAACTTTTCCAGTTTGTAATGCTTCGTTTGTTTGTGTTCCTTTCCTTGTGCTGATTTTCTTGTCGGGTATATGTTAAAAAGTTAACACCATAAATTTACACTAATCATTTGGCCCCGTTTGATAACCATTTTGTTTTTGGTTTTTGGTTTTTGAAAATTAAGCCTACAAACACCACTTTCATCTATAAGTTTTGTTGTGTTCTTCTCTGTCTTATTCCCACGTTTTCAAAAACTAACTCAAGTTTTGAAAACTAAAAAAAATAGTTTTCAAAAACTTGTTTTTGTTTTTGGAATTTGGCTAGGAATGCAAATGTATCTCCAACAAATATGAAAATCATTCTAAGGGAAATTGGAAGGAAACAAGCTTAATTTTCAAAAACCTAAAAACCAAAAACCAAATAGTTATCAAACGGAGCCTTGGTTTTTGGTTTTTGGTTTTTAAAAATTAAGCTTATTAACACTACTTCTATCAATGAATTTCTTGATTTTGTTATCTACCGCCGTTTCATGTTTTCAAAAACCAAATAAAGTTTTGAAAACTAAAAAAAAGTAGTTTTCAAAAACTTATTTTTGTTTTTGGAATCTTGCTAGGAATTCAAATGTGTCATTAACAAAGCTGAAAACCATGATATGGATATTGAGAGAAAACAAGCTTAATTTTCAAAAACCAAAAACTAAAAACCAAATGGTTATCAAACGGGGCCTTAAATACTATTAAAACCTGAACTAAAAAAAAAAAAAAAAAACCTTTTAAACTACAAAGAACTAAATACCCCAAAATTCCGAACCAAATTTAGAATTCAACCTTTTGTTTTCTGTTGTTCAAACTAATTTTGCCTTATTAGTTATTTTCGTGGTTTCTTTGGATCAAGTTCTTGTTTCAAAATGGGCTTGTTCTAGTTCAAAATGGACGTCGGTTTCACGCTCATTTTGTAATTATTCTATAGGTCTCATTGTCTTGGATTTGAGCCTCTTTATCAAATGGGGTTTCTTTTCTTTTCTGGAGCTTGATATTTTTTGTTTACCATTGTATTCTTTCATTTATTCTAAGTGAAAGTATGGTCAATTATTTTTAAAAAAAAAAAATCCAAGGAATATGGGTAAATTAACCATTATAATCCATATATTATTGATGTTTATTTTCCTTATAGGACAGATTTATCTTCCCAAAGCATGGATTCTCCCCATACTGGGGAAGAGGATTCTAACATTGCCAAGAAATGTGAGTCAAATCCATCAACTCCACCAAGAAAAAAGAACAAACAAAGTATGTCTTCTATGGCTTTCAATCATTTCAATGAAGTTGAAAATGAGGATTCTGATTCTGATTCTGATTCTGAGTATAGAATGGAAACATGTAATCACTATGAAATTAATAAGAATCAAATGCAACTTAACTGTGAAAAGCATCCAAGTAGACTATGTGACTCTAAACAGAAGATGTTGATCAATGATCAATCAGGGAATAGTGAGGGAGAGAGTAGCAATTGTAGTTTGGTTGGTGATTTCTTTAGCATGAAAAGGTGTAGAGAAATGCTTTGTAGGATGATTGTTATGGAGAAATTGCCTTTTCAAATAGTGGAGTGTGAATGGTTTCAAGCATTTGCTCTTTCATTATCACCTAAATTTGTTATACCTTCCCCTAAAACCATTGTGAGAGATTGTTTTCAACTCTATGTTGAAGAGGTGAGGAAATTGGAAAGCTTGTTGGGGGACAAACAGCAAAGAGTTTGTTTGTCGACCGAGACGTGGACGTCGGTGCAAGATTTGGATTATATGGTGATTACTGCACACTTCGTCGATGATGATTGGAAATTGCAAAAGAGAATTCTTAGCTTTAGTTCTATTCGTGATCGTAAAGGAGATACCATTGGAAGGACGATCGAAAAATGTCTATTGAATTGGAGGATTGAGACGGTCGTTACTGTGACGGTAGATAATACAAGCTATAATGATGAAGTTGTTTCTTACCTGAGAAAGAAATTAAGTATTCGGAATGGGGTTATATTAAATGGTGACTTCATGCAGGTAAGATCTTGTGCACACATTGTTAATCTTATGGTATGTGATGCTTTGAAGGAATTTCGTGGTTCGATTAGCAAGATTCGTAATGCTATTGCGTATGTAAACTCATCACCTAAAATATTAGAGACTTTCAAAAATTTTGCAAGGGATGAAAAGATATCATGCAAAAGTCCTCTTTGTTTAGATGTCCCTACCAAGTGGAATATCACATACACTATGTTGGACACTGCTGTAAGATTCCAAAAGGTTTTTGAAAGGTTAGAGGCTATAGATGAAGAATTCTGCTTGAAATTTAATGGAGAAGAGACAAAAAAGGACCCTCCCCTTAGTGAAGATTGGGATAATGTCCATGCTTTCATAAAGCTTTTGAAACTCTTTCATGGTGTTACTTCAAAGGTTTCGGGATCATCAGATAAATTCTTAACTGAAATTTTCAGGATAAAAAATAGAATTGAAAGATCTTCAGGATCTGATAATTCTCTCCTGGCTAACACGGCAAGAAATATGAAAATGAAGTATGAAACATTTTGGGAGATCAACGAAAAAACAAATTTTCTCTTGTACGTTGCCAATGTACTTGACCCGAGATACAAGCTCGAATTCGTACACTTCGGTCTCTCATCGTTGTATGGGGAGGAAAGATCAAACGAACTTGGAAAGAAAGTTGAGGATATGACAAGACGTTTATACAATGAATACCAAACTTTAGATATGGAGACAACGGATCAACCATCGGCGAGCGATGTGGGAAAAGAGGATCGTGATCCTTATGTCCCTATTCATATTAGATACATGATGTACCGAAAAGTTAGAGATAAGAAATTAGAACTCGATAGGTATTTAGCTGCCCCTTGTGAGCCAGATGATGATAAAACATTTGATGTATTAGATTGGTGGAAAAGGAATTCTTCAAAGTACAAGACTCTTGGGAAAATGGCTAAGGACATATTTGCAATTCCTCTCTCAACGAATGCCTTAGAATCAGCTTTTGGCATTGGAGACCGAGTGCTTGATTTATACTATAGCTCTTTGCCTCCAAAAACGGCTGAGATTGTCATTTGTTTGCGAAATTGGCTGTCCTCACAAATCAATATCAATACTGATGAAACGACTGAAAAGCTTCAGCTTGGAGAGTTGGAGGATGGTAATGAGTTTGTATTTTGATTGATAACTGTAAATGAAAACTATGTATTTGATTGTTTTGAGAATTGGGTTGGGTTGTGTATGTTGACATTTTTCGAGTTTAAGGACCTTTTGAATATTTGTATGGACCTTTCGACATGTACTGTAATCATCTTTTTACTATGGATTATTTTGATTTGTCTCTTTTGGATATAGTTTCATTTGTGTTTCTTTTTAGATATATCTATTATCAGGATTGTTGACATATTTGTTGAGTGGATATACTCCGTTTGTGGGTTTAAACCGAATCGTGCACAACCCTAATAATGTTAGACTCAAAAAGTTGGCAGACAATAGTCAAATAATTCAATTTTGGAAAGATACTTGGTGATGTAACCTCACAATATGTAGGGGAAAGGGATTCGAACCACAAACCTTGTGGTTATCGGTACAACTTTATGAAAGTTGAGCTAAGCTCTTGTTGGCAAGGATTGTTTTATTATGTGTTCCTCTTCTACAAGTTTTCTTATCATTTATGGTGTAAAATCATTCATTTTCAGTTATTACGACAATAGTCAGAAGAGAATATTATTACTAATTTGAGTATAATTTAACTAATTAAGTCATATATTCTTGTTCAAGAGATGAAATGTTTGAATCTTTTCACACACTAGAAGTTGAACGCAAAAAAGTATAGTAATAATAAAACCTAATTTCTTTAATTATTGAAATAACATAGTTAATGGTATTGAATGCTTGATTGTTCATTTTGTTTGAATCTTTCCACACACTACAAGTCAAGTGTTTTAGTCTATGCTCAATTTTTACAAAATTCGCCCACTAATTTTGTAAAAATCTTTCAAAACTTATCTATTGTGGAAAAAAAAAATTAAGTTTTACACAAAATTAAGCTCATTTAATACACAACAAAGATGAATAAATATTTTAAAACTCACCATATTTAATAAAAACCTAGTTCTAATTTTGATCTTCTCTTTATTAGTTTCATACTAAACATATATTTTATGTTCATTCAATGCACACTTGAATATGAGAAAATTGTGGTGGAAATTAACAAATATCTTTTTCCATGTGTACCTTTGTACCTTTTCAATTATAAAAAAAAAAAAAAAAAAAAAATATTTTTTTAGTGGATATTCAAATCTTTTTCCATGTGTACCTTTGTAAATTTCGTTTAGTATTTTTTTCTCTTTTATGCAACTGTTTTATGTTTTTAAGTCTTTTCAGATTTTAAAGAATTTTAGATTTGAATATCCACTAAAAAATATTAATTTTTTTATAAATATAATATTTGATGTTATATACTAATTTCATTTGTATTAAAAACAAAAACTATTTATAATGTATTATGAATTATATAATATTGTAAAATAGTAATTATACAAATTTTATAATATGTTAATAAATTAATTAATAAAGCTTGATATTTTACTATATATTTAGCCACTATTTCCATTATTTATGAATATATTACTAAACCCTTTAACAATTTTTTAAATTGAGATCCAATTTCTAAGTCTACCACTAAATACATATACAAAAATAATGAAATGATAGAATACAACTGTGCTTTTCATTAAATCCTTTATTTCAAATCTCTGTTTTCAAATGATTTACCAAACATCCTCTTATCTTCTTAGAAGGTCTAGGCAAAGTTTTATAATTTAACTTTTCCTACCTATAATCTTTCAATTTTGAAAATTAGAGGGGAGGAGAGGGAGAAAATTTTAAAATCTTAATCTTAATGTTTTTTATATGTTGAGTTTGATGGTTAATGAATCTATTCTTTCCCTTAAAGTTGGAAATTCACACTCTTCTAAAATATATATGAATGTGAGGAGGGAGAGAAAATTGAAGTTAATATTTGAAAATGTTAAAACGGTTGAGTAAACTATGTCTCTAATTAACCTTTTAGTAAATTATATAATATCTTAGCTAGTTGAGTTATACTTATTGTTATGGGTAATTTTGGACCACTCCGATATACAAGGAGCTGACGAGGACAACCCGACGCGAGCCCAGAAATAGGACCGAAAGATGGACCCTGGAGGCGAAACGGGTCAAGGGGTCGGGCCAAGGCCGAAGGGATCTGGCTTTTGGCCCGACCCCATGGTCGGCCTCAGCCGGCCCGCTTGCGCGGGCCGAGTTCGTCCGACTCTGTTCGGTCCCAGCAACCTCTAGCCGTCCCGGTTCCGCCTGGTTCGTCTTGA

mRNA sequence

ATGGTCGGCCTCGGCCCAATACCGAGGCCGACCCAGGCCAAGGTTCCGAGGGCTTCCCTGGTGGTGACTTTGAGCCCGGCAGCAGTGGAAACCCTAAGGGGAGCCTATAAAAGGAAAGACCACACGCATGATTCAGAAAACCATTCTCCAGAATCGGGGATGCGGGGCGGGGATGGCAGCCGACGGCCCCGCCCCGCCACGTTCCTGTTTGAAATTGGGTTAACTCTATTTAACTTGCCCAGTATGGATCCTAGCAAAACTGGGGAGGACCCTAACATTGCAAAGAAATGTGAGTCAAATCCATCAAGTCCGATGAGGGAAAACAAGCGTATTAAAACTTCTGGGGCTCAGGATCATTTTAATGAAGTTGATATTGGGGATTCTGATTGTCCAAAGCCAACAGGTAAGTGTAATGTCATTGTAAATGCATGCGATGACGAACAAAAGAAAAACACCACCAAAGTAGAGCAGATAGTACTTAACTGTGAAAAGGATCCAAGTAGAACGTGTGGCTCGAAGCAAAAGGGGTTGATGGATTGTCAGTCAGAGGCTTGGCTTGGGTCTGAGACTCTGAACCGAACTATGCACGATCCTAATGGTAGTAAGTTTGCTTCTGAGTTTCTGTCTAAAACTGTGATAGTGCCAGATTTTTGTGCTGATATTCAGCTTATTTTTGTTTTCTTAATATGGTTTCCTTGGGTCAAGTTCCTGTTTGAAACTGGGCTGATTCTGCTTCGCTTGTTTGGCTTGCCAAGCATGGATCTTAGCCATGGTGGGGAGCAGGATTCTAACATAGGAAAGAAACATGACTCTAATCCATCAAATCCAATAAGAAAGAACAAGCGAAGCAAGATTGAAGTTGATAGAGGGAATTTGGATACTGGTGATGGTGGGGACTCTGATGAATCTGATGCAAGAAAGAACAGCACCACCAATATGAAGCAAATGGAACTTAACTGCAAAAAGGATCCCAATCACCGCTCAATCTTCTTCTTTCTCTCTAACTTCATCTTCCAACTTCGACGCCGGCCGCCGCATTTCTCTCTCCCGGCGTCGGCCCTCGCCGCTCGGACCTCCGCAGTCGCCTTCCGTCGTCGGCGCCTCCGTGAGAATCTATTCCTTTCGCTCTCATCAACTCGGTTTGGCTTGCCAAGTATGGATCCTTGCCATACTAAGGAGGAGGATTCTAACATTGGAAAGAAACGTGAGTCTGATGACTCTGATCCATCAAATCCAACAAGAATGAACAAGAGAAGTAAGGCTGAAGTAGATAGAGAGAATTCTGATACTGATAGTGGAGATTCTGATAGTGTTAGGTGTTCTGATGAATCTGATGCACGAGAAAACAACACCACCAAGATGAACCAAATGGAACTTGACTCCAACAAGGATCCTAATCAATCAGAGGATATCAAGTACGAAACATTTTTGGAGGACAATGAAAGGACTAATTTTCTCTTGTATATTCCCATTGTACTCGACCCTCGATACAAGCTAAAATTTGTATCGTTCTCCCTCTCACATTATGAGGCAGAAAGGTCAGATGAAATTAGAAAGAAAATCGAGGATATGACAAGAAGTTTATATAATGAATACGAAACTTCAAACATGGAGAATGAGGCTTCATGTAAATCTATGGATCAACCATCAGTGAGGGATTCAGGAGGAGAAGATGATGATCTGGTCGCTCAATCTTCTTCTTCCTCTCTAACTTTTCATTCTTCCGACTTTGCCGCCGGCCGGATCTCTGCACATTCGCCTTCCGTTCCCTCTTCGTCGCCGCCGTCGGACTCTGTTTTTCTCGCTCTCATTAGCTCGACAGATTTATCTTCCCAAAGCATGGATTCTCCCCATACTGGGGAAGAGGATTCTAACATTGCCAAGAAATGTGAGTCAAATCCATCAACTCCACCAAGAAAAAAGAACAAACAAAGTATGTCTTCTATGGCTTTCAATCATTTCAATGAAGTTGAAAATGAGGATTCTGATTCTGATTCTGATTCTGAGTATAGAATGGAAACATGA

Coding sequence (CDS)

ATGGTCGGCCTCGGCCCAATACCGAGGCCGACCCAGGCCAAGGTTCCGAGGGCTTCCCTGGTGGTGACTTTGAGCCCGGCAGCAGTGGAAACCCTAAGGGGAGCCTATAAAAGGAAAGACCACACGCATGATTCAGAAAACCATTCTCCAGAATCGGGGATGCGGGGCGGGGATGGCAGCCGACGGCCCCGCCCCGCCACGTTCCTGTTTGAAATTGGGTTAACTCTATTTAACTTGCCCAGTATGGATCCTAGCAAAACTGGGGAGGACCCTAACATTGCAAAGAAATGTGAGTCAAATCCATCAAGTCCGATGAGGGAAAACAAGCGTATTAAAACTTCTGGGGCTCAGGATCATTTTAATGAAGTTGATATTGGGGATTCTGATTGTCCAAAGCCAACAGGTAAGTGTAATGTCATTGTAAATGCATGCGATGACGAACAAAAGAAAAACACCACCAAAGTAGAGCAGATAGTACTTAACTGTGAAAAGGATCCAAGTAGAACGTGTGGCTCGAAGCAAAAGGGGTTGATGGATTGTCAGTCAGAGGCTTGGCTTGGGTCTGAGACTCTGAACCGAACTATGCACGATCCTAATGGTAGTAAGTTTGCTTCTGAGTTTCTGTCTAAAACTGTGATAGTGCCAGATTTTTGTGCTGATATTCAGCTTATTTTTGTTTTCTTAATATGGTTTCCTTGGGTCAAGTTCCTGTTTGAAACTGGGCTGATTCTGCTTCGCTTGTTTGGCTTGCCAAGCATGGATCTTAGCCATGGTGGGGAGCAGGATTCTAACATAGGAAAGAAACATGACTCTAATCCATCAAATCCAATAAGAAAGAACAAGCGAAGCAAGATTGAAGTTGATAGAGGGAATTTGGATACTGGTGATGGTGGGGACTCTGATGAATCTGATGCAAGAAAGAACAGCACCACCAATATGAAGCAAATGGAACTTAACTGCAAAAAGGATCCCAATCACCGCTCAATCTTCTTCTTTCTCTCTAACTTCATCTTCCAACTTCGACGCCGGCCGCCGCATTTCTCTCTCCCGGCGTCGGCCCTCGCCGCTCGGACCTCCGCAGTCGCCTTCCGTCGTCGGCGCCTCCGTGAGAATCTATTCCTTTCGCTCTCATCAACTCGGTTTGGCTTGCCAAGTATGGATCCTTGCCATACTAAGGAGGAGGATTCTAACATTGGAAAGAAACGTGAGTCTGATGACTCTGATCCATCAAATCCAACAAGAATGAACAAGAGAAGTAAGGCTGAAGTAGATAGAGAGAATTCTGATACTGATAGTGGAGATTCTGATAGTGTTAGGTGTTCTGATGAATCTGATGCACGAGAAAACAACACCACCAAGATGAACCAAATGGAACTTGACTCCAACAAGGATCCTAATCAATCAGAGGATATCAAGTACGAAACATTTTTGGAGGACAATGAAAGGACTAATTTTCTCTTGTATATTCCCATTGTACTCGACCCTCGATACAAGCTAAAATTTGTATCGTTCTCCCTCTCACATTATGAGGCAGAAAGGTCAGATGAAATTAGAAAGAAAATCGAGGATATGACAAGAAGTTTATATAATGAATACGAAACTTCAAACATGGAGAATGAGGCTTCATGTAAATCTATGGATCAACCATCAGTGAGGGATTCAGGAGGAGAAGATGATGATCTGGTCGCTCAATCTTCTTCTTCCTCTCTAACTTTTCATTCTTCCGACTTTGCCGCCGGCCGGATCTCTGCACATTCGCCTTCCGTTCCCTCTTCGTCGCCGCCGTCGGACTCTGTTTTTCTCGCTCTCATTAGCTCGACAGATTTATCTTCCCAAAGCATGGATTCTCCCCATACTGGGGAAGAGGATTCTAACATTGCCAAGAAATGTGAGTCAAATCCATCAACTCCACCAAGAAAAAAGAACAAACAAAGTATGTCTTCTATGGCTTTCAATCATTTCAATGAAGTTGAAAATGAGGATTCTGATTCTGATTCTGATTCTGAGTATAGAATGGAAACATGA

Protein sequence

MVGLGPIPRPTQAKVPRASLVVTLSPAAVETLRGAYKRKDHTHDSENHSPESGMRGGDGSRRPRPATFLFEIGLTLFNLPSMDPSKTGEDPNIAKKCESNPSSPMRENKRIKTSGAQDHFNEVDIGDSDCPKPTGKCNVIVNACDDEQKKNTTKVEQIVLNCEKDPSRTCGSKQKGLMDCQSEAWLGSETLNRTMHDPNGSKFASEFLSKTVIVPDFCADIQLIFVFLIWFPWVKFLFETGLILLRLFGLPSMDLSHGGEQDSNIGKKHDSNPSNPIRKNKRSKIEVDRGNLDTGDGGDSDESDARKNSTTNMKQMELNCKKDPNHRSIFFFLSNFIFQLRRRPPHFSLPASALAARTSAVAFRRRRLRENLFLSLSSTRFGLPSMDPCHTKEEDSNIGKKRESDDSDPSNPTRMNKRSKAEVDRENSDTDSGDSDSVRCSDESDARENNTTKMNQMELDSNKDPNQSEDIKYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSHYEAERSDEIRKKIEDMTRSLYNEYETSNMENEASCKSMDQPSVRDSGGEDDDLVAQSSSSSLTFHSSDFAAGRISAHSPSVPSSSPPSDSVFLALISSTDLSSQSMDSPHTGEEDSNIAKKCESNPSTPPRKKNKQSMSSMAFNHFNEVENEDSDSDSDSEYRMET

Homology

[Close]

BLAST of Spg038438 vs. NCBI nr
Match: CAN61798.1 (hypothetical protein VITISV_044291 [Vitis vinifera])

HSP 1 Score: 60.1 bits (144), Expect = 8.6e-05
Identity = 36/98 (36.73%), Postives = 55/98 (56.12%), Query Frame = 0


Query: 464 DPNQSEDIKYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSH-YEAERSDEIRKKIE 523
           D  Q+   KY+ +  + +R+N LLY+ +VLDPRYKLKFV F     Y+ E + ++  ++ 
Sbjct: 328 DMAQNMKAKYDKYWGNLKRSNLLLYVVVVLDPRYKLKFVQFCFDQLYDKEVAKDMSTRVV 387

Query: 524 DMTRSLYNEYETSNMENE-ASCKSMDQPSVRDSGGEDD 560
           D+ R LY+EY      NE    +   QP   + G +DD
Sbjct: 388 DVLRKLYDEYRLLYFHNEVCDLEEFSQPKESELGEQDD 425

[Close]

BLAST of Spg038438 vs. NCBI nr
Match: KAA0057700.1 (zinc finger BED domain-containing protein RICESLEEPER 3-like [Cucumis melo var. makuwa] >TYK27486.1 zinc finger BED domain-containing protein RICESLEEPER 3-like [Cucumis melo var. makuwa])

HSP 1 Score: 59.3 bits (142), Expect = 1.5e-04
Identity = 36/98 (36.73%), Postives = 56/98 (57.14%), Query Frame = 0


Query: 472 KYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSL-SHYEAERSDEIRKKIEDMTRSLYN 531
           K+E +L +NE+ N LLY+ IVLDPR KLKFVSF L + +  E ++ +   +E   R L++
Sbjct: 480 KFEKYLGNNEKNNLLLYVAIVLDPRKKLKFVSFCLKTFFGPEVAESMGNVVEQCCRRLFH 539

Query: 532 EYETSNMENEASCKSMDQPSVRDSGGEDDDLVAQSSSS 569
           EY T+   +   C S    S +   G D ++   S+ +
Sbjct: 540 EYSTTRSGSRQGCSSTSITSTQTVSGLDANIDFDSNEN 577

[Close]

BLAST of Spg038438 vs. NCBI nr
Match: KZV38952.1 (hypothetical protein F511_41435 [Dorcoceras hygrometricum])

HSP 1 Score: 57.4 bits (137), Expect = 5.6e-04
Identity = 35/83 (42.17%), Postives = 50/83 (60.24%), Query Frame = 0


Query: 461 SNKDPNQSE-----DIKYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSH-YEAERS 520
           + KDP  S      + K+  +  D E+ N LL++ IVLDPRYKLKF  + LSH YE E  
Sbjct: 128 TEKDPLLSRMAKGMERKFNKYWGDFEKINSLLFVAIVLDPRYKLKFTKYCLSHFYEKEIV 187

Query: 521 DEIRKKIEDMTRSLYNEYETSNM 538
           DE+ + ++   R LY+EY  S++
Sbjct: 188 DEMVRFVDQTLRRLYDEYRLSSL 210

[Close]

BLAST of Spg038438 vs. NCBI nr
Match: KAA0042176.1 (zinc finger BED domain-containing protein RICESLEEPER 2-like [Cucumis melo var. makuwa] >TYK26750.1 zinc finger BED domain-containing protein RICESLEEPER 2-like [Cucumis melo var. makuwa])

HSP 1 Score: 57.0 bits (136), Expect = 7.3e-04
Identity = 32/82 (39.02%), Postives = 46/82 (56.10%), Query Frame = 0


Query: 472 KYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSHYEAERSDEIRKKIEDM-TRSLYN 531
           K+E +  +NER N LLY+ IVLDPR KL+FVSF L ++      E    +E+   R L++
Sbjct: 97  KFEKYWGNNERNNLLLYVAIVLDPRKKLRFVSFCLKNFFGPEVAESMGNVEEQCCRRLFH 156

Query: 532 EYETSNMENEASCKSMDQPSVR 553
           EY T+   +   C S    S +
Sbjct: 157 EYSTTRSGSRQGCSSTSTTSTQ 178

[Close]

BLAST of Spg038438 vs. NCBI nr
Match: TYK28895.1 (putative transposase [Cucumis melo var. makuwa])

HSP 1 Score: 57.0 bits (136), Expect = 7.3e-04
Identity = 34/98 (34.69%), Postives = 55/98 (56.12%), Query Frame = 0


Query: 472 KYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSH-YEAERSDEIRKKIEDMTRSLYN 531
           K+E +  +NE+ N LLY+ IVLDPR KL+FVSF L + +  E ++ +   +E   R L++
Sbjct: 273 KFEKYWGNNEKNNLLLYVAIVLDPRKKLRFVSFCLKNFFGPEVAESMGNVVEQCCRRLFH 332

Query: 532 EYETSNMENEASCKSMDQPSVRDSGGEDDDLVAQSSSS 569
           EY T+   +   C S    S +   G D ++   S+ +
Sbjct: 333 EYSTTRSGSRQGCSSTSTTSTQTVSGLDANIDFDSNEN 370

[Close]

BLAST of Spg038438 vs. ExPASy TrEMBL
Match: A5BUV6 (BED-type domain-containing protein OS=Vitis vinifera OX=29760 GN=VITISV_044291 PE=4 SV=1)

HSP 1 Score: 60.1 bits (144), Expect = 4.2e-05
Identity = 36/98 (36.73%), Postives = 55/98 (56.12%), Query Frame = 0


Query: 464 DPNQSEDIKYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSH-YEAERSDEIRKKIE 523
           D  Q+   KY+ +  + +R+N LLY+ +VLDPRYKLKFV F     Y+ E + ++  ++ 
Sbjct: 328 DMAQNMKAKYDKYWGNLKRSNLLLYVVVVLDPRYKLKFVQFCFDQLYDKEVAKDMSTRVV 387

Query: 524 DMTRSLYNEYETSNMENE-ASCKSMDQPSVRDSGGEDD 560
           D+ R LY+EY      NE    +   QP   + G +DD
Sbjct: 388 DVLRKLYDEYRLLYFHNEVCDLEEFSQPKESELGEQDD 425

[Close]

BLAST of Spg038438 vs. ExPASy TrEMBL
Match: A0A5A7SX87 (Thiamine biosynthetic bifunctional enzyme TH1 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold56G001560 PE=4 SV=1)

HSP 1 Score: 57.4 bits (137), Expect = 2.7e-04
Identity = 33/98 (33.67%), Postives = 56/98 (57.14%), Query Frame = 0


Query: 472 KYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSH-YEAERSDEIRKKIEDMTRSLYN 531
           K+E + E+NE+ N LLY+ I+LDPR KL+FVSF L + +  E ++ +   +E   R L++
Sbjct: 429 KFEKYWENNEKNNLLLYVAIMLDPRKKLRFVSFCLKNFFGPEVAESMGNVVEQCCRRLFH 488

Query: 532 EYETSNMENEASCKSMDQPSVRDSGGEDDDLVAQSSSS 569
           EY T+   +   C +    S +   G D ++   S+ +
Sbjct: 489 EYSTTRSGSRQGCSNTSTTSTQTVSGLDANIDFDSNEN 526

[Close]

BLAST of Spg038438 vs. ExPASy TrEMBL
Match: A0A2Z7BWC4 (DUF4413 domain-containing protein OS=Dorcoceras hygrometricum OX=472368 GN=F511_41435 PE=4 SV=1)

HSP 1 Score: 57.4 bits (137), Expect = 2.7e-04
Identity = 35/83 (42.17%), Postives = 50/83 (60.24%), Query Frame = 0


Query: 461 SNKDPNQSE-----DIKYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSH-YEAERS 520
           + KDP  S      + K+  +  D E+ N LL++ IVLDPRYKLKF  + LSH YE E  
Sbjct: 128 TEKDPLLSRMAKGMERKFNKYWGDFEKINSLLFVAIVLDPRYKLKFTKYCLSHFYEKEIV 187

Query: 521 DEIRKKIEDMTRSLYNEYETSNM 538
           DE+ + ++   R LY+EY  S++
Sbjct: 188 DEMVRFVDQTLRRLYDEYRLSSL 210

[Close]

BLAST of Spg038438 vs. ExPASy TrEMBL
Match: A0A5A7UFZ0 (Zinc finger BED domain-containing protein RICESLEEPER 3-like OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold1994G00070 PE=4 SV=1)

HSP 1 Score: 57.0 bits (136), Expect = 3.5e-04
Identity = 34/98 (34.69%), Postives = 55/98 (56.12%), Query Frame = 0


Query: 472 KYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSH-YEAERSDEIRKKIEDMTRSLYN 531
           K+E +  +NE+ N LLY+ IVLDPR KL+FVSF L + +  E ++ +   +E   R L++
Sbjct: 201 KFEKYWGNNEKNNLLLYVAIVLDPRKKLRFVSFCLKNFFGPEVAESMGNVVEQCCRRLFH 260

Query: 532 EYETSNMENEASCKSMDQPSVRDSGGEDDDLVAQSSSS 569
           EY T+   +   C S    S +   G D ++   S+ +
Sbjct: 261 EYSTTRSGSRQGCSSTSTTSTQTVSGLDANIDFDSNEN 298

[Close]

BLAST of Spg038438 vs. ExPASy TrEMBL
Match: A0A5D3CXI1 (Zinc finger BED domain-containing protein RICESLEEPER 3-like OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold21G004160 PE=4 SV=1)

HSP 1 Score: 57.0 bits (136), Expect = 3.5e-04
Identity = 34/98 (34.69%), Postives = 55/98 (56.12%), Query Frame = 0


Query: 472 KYETFLEDNERTNFLLYIPIVLDPRYKLKFVSFSLSH-YEAERSDEIRKKIEDMTRSLYN 531
           K+E +  +NE+ N LLY+ IVLDPR KL+FVSF L + +  E ++ +   +E   R L++
Sbjct: 364 KFEKYWGNNEKNNLLLYVAIVLDPRKKLRFVSFCLKNFFGPEVAESMGNVVEQCCRRLFH 423

Query: 532 EYETSNMENEASCKSMDQPSVRDSGGEDDDLVAQSSSS 569
           EY T+   +   C S    S +   G D ++   S+ +
Sbjct: 424 EYSTTRSGSRQGCSSTSTTSTQTVSGLDANIDFDSNEN 461

The following BLAST results are available for this feature:

BLAST of Spg038438 vs. NCBI nr


Match Name	E-value	Identity	Description
CAN61798.1	8.6e-05	36.73	hypothetical protein VITISV_044291 [Vitis vinifera]	[more]
KAA0057700.1	1.5e-04	36.73	zinc finger BED domain-containing protein RICESLEEPER 3-like [Cucumis melo var. ...	[more]
KZV38952.1	5.6e-04	42.17	hypothetical protein F511_41435 [Dorcoceras hygrometricum]	[more]
KAA0042176.1	7.3e-04	39.02	zinc finger BED domain-containing protein RICESLEEPER 2-like [Cucumis melo var. ...	[more]
TYK28895.1	7.3e-04	34.69	putative transposase [Cucumis melo var. makuwa]	[more]

BLAST of Spg038438 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg038438 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A5BUV6	4.2e-05	36.73	BED-type domain-containing protein OS=Vitis vinifera OX=29760 GN=VITISV_044291 P...	[more]
A0A5A7SX87	2.7e-04	33.67	Thiamine biosynthetic bifunctional enzyme TH1 OS=Cucumis melo var. makuwa OX=119...	[more]
A0A2Z7BWC4	2.7e-04	42.17	DUF4413 domain-containing protein OS=Dorcoceras hygrometricum OX=472368 GN=F511_...	[more]
A0A5A7UFZ0	3.5e-04	34.69	Zinc finger BED domain-containing protein RICESLEEPER 3-like OS=Cucumis melo var...	[more]
A0A5D3CXI1	3.5e-04	34.69	Zinc finger BED domain-containing protein RICESLEEPER 3-like OS=Cucumis melo var...	[more]

BLAST of Spg038438 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
IPR025525	hAT-like transposase, RNase-H fold	PFAM	PF14372	DUF4413	coord: 472..532 e-value: 1.2E-9 score: 38.3
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 629..655
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 535..549
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 258..313
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 261..308
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 34..64
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 535..566
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 34..58
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 387..449
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 609..674
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 83..108
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 383..467

Relationships

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


Feature Name	Unique Name	Type
Spg038438.1	Spg038438.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0003677	DNA binding