Spg032910 (gene) Sponge gourd (cylindrica) v1

Overview


Name	Spg032910
Type	gene
Organism	Luffa cylindrica (Sponge gourd (cylindrica) v1)
Description	LOW QUALITY PROTEIN: uncharacterized protein LOC111022007
Location	scaffold11: 15334401 .. 15353990 (-)
RNA-Seq Expression	Spg032910
Synteny	Spg032910

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRpolypeptideCDS

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

ATGTTGCAAACAATTCACTCTGGGCAAAATTCGCGTTGGCGTCTCGACGCCAGCCTCAAATCTCAACTTGCTGCTTTTCCTCTCGGTACGAGGCTTCAATCTTCGACTTTTGGTGTCATTCTTCAGGCCCGCTTCAACACAATTGGATCTCTTCACCTCCTCGCCGTTCAAGACACCGAGATGGCTCCAAAACTCCGTAATTGGCCTGAATTAACACCAATTAGCGTGATCGGCTCCCGACATAGCGTAAGCTCAATTAATCTGTAAATAAGACAAGTAAAGCATAAAATGATTCTAACAAGCTAAGATTAGAGACGATAAAATAGGACTATTTAGGTCCTATCAGAAAACTAGGAAGCCAAGTAATAAAATATTCAAGCATAATATTCTCAATCCAGCGATCCTTGTCTAAATTGAATTTTATTCCATATTTTCTTCTGATGAATGTTTGTCCTATTTAGCTGTTATTTACATTCGACATTTTATTTACTACTTTGATCTTTCTGTTTTAAAACCCCCTATTGTGTCAAACGCAAAGCCTTTACTCACTAGATTCCCCTTCCCTGTGTTTGACCCCGACTACTATTTCTACAAAAATAGTTGTAGTGCCATGGAATATAAATTTATTTGACACGAGTCCCAATAGCTCGTCCCGTCACCTACCAAGCAATACGGAAAATCCTAAGAGAGAAGGTCTAGGCAAGGATAAGGCCTCCATTGATCAAAAGTAATTTAGAAGTGAAATTGTGTAAGATATGTATGATATGTATGATAATTTTTGTTTTTGGTTTTGTATCTATTTTGCATTGTGTTTTCTTTCCCTTTTGTAAAAAAAAACAAAATCAAGTCTTGTGAACCAAGACTTGCATTTTCCGAATTTGCGAAAAATATAGCAAAATCTTCATTTAAGTCATGTAATTCTTCTTTAATTTTGTGCACTTATCCCGTATGAACATTCTCATCATTTTGAATAACTGTGTAGAAAATAAGTTAAAATACAGGGAAAAGGCGATTGGAGAAAAGGCAGAATTTGCAACATGAATGCGGTCGCAAAGCAACCCTGAGCCAAATAAGGAATTTTATTTTCGGGAGGACATTGCGATGCATTTGCGGCTGCAATTTTGGTAAAATCTGAAGGCCTAGAGTGACGTAAATTAAAATTGACAAATCATTTAAGGGAGGTTCAAAACGTATAAATAGAAGAAAATTTGACGCTAGTCAGTATTCATTCAAACTTCTCCAACGTCTCTCTCGCCCTAAAGGATCCCGCCAAACCCCATTCTCTCTAATCAGCCATTCCGACCATCCACGCCGTCAGAGTTCGCCGCTATTACACTCATAAACTATCATTGACACTTTATATTTCCAACCCACAAAGAAAAACTATAAAAGATGAAGCCTTCATCAGCTCCTCGGTCGAAGAAACCAAGCCCTCAACGAAAATCTTCAAAGGTTTCTTCTTGTAAGTAGCTGAAAGAGGTTTCTAACCCTTCTTCAATCCCTCGACAAGTAAGCACACGACAATCAGTTCGTTCGGACTCTACACGATCGAAACCTCAAGGTAAACCTCCCCAACCCAATACTCGTGCAGGAGTGCGCCCAAGAGTGGGAGGATGAATTGAGAAAGGTAGCCGAGAAAAGCCGTCAGGCCATTGAGGACGCCGCCTTGGACACCGAGGAAGAAGAATAATAGGACACACCCTTAGTACATAAGCCAAAAGTAGTAAGGGTTAAGGAGAGGGAAGAAGCAGAGGCGTGAAAAGTGGAGGTAAAATACTTAAGAAGAATAAGAAGAGATGAAGTTGAACCATGCAGACAAGTTGCGACCGCAAATGTGGAGCAACTTGAGGATTTGTCTAAGGGTCGACCTGAAAATGCGACCGCAACCACCTCCCAGATAGATGAGGATGTGCCAGACACTGAGGCACTTTCTAAGAAGGATGCGCCCGCATCTAAGGTGCAAAGATAGGTTCGGGCTTCAACCTCAGCCACAAATCCATTCAAGATAAAAGGGAAAAGATCAACACGATGGGGTCCGATATTGCAGCAGCAGAAGGAGCAAAGCAGAGTAGTAGTCGATGCTCTATGGTTTACAAAAGCCATGGCCTAACAGATTAGAGATCGAGCAACTAGTTGAAGGAAGAAGAAGAAAGAAGGAAGTGGAAAAGGGAGGCTAAGAGGAAGAAAATCGAAGAAGAAGAATAAGCTGCTCTAGACTTTGTCGCCGCTTGCTTGAAGAACTCAGTGGATACCACTAAGAAAGAGGAAAAAGAGTTTGTGCCCGCTTCTGAGGGCCATTCAAAAGATTTTGCAGAGAAGTTTGCGACCACAAATATGGTGCAAACAGAGCTAGAAATCGAGTCTGCACTAGATCCTGAGGTGCAGTCTAAAGCGCAAATCCCATCTCCACCAAAAGAGGATGAAAATGTGCTCAAGGACCTGTTTGAGAACCAGAAGGAAGCAGTGTTCGAGGATCTGATCGAACATGAGCAAGAAGAGGAGCAACAAGTCCCAATTAATGAAGAAGAGGCCTTTGAAATCTCAAGGGACCAAACGCCCAAGAGGGGCAGACACGAAGAAGACAGTGCAGCTGAAGGGAGAACTAAGAAAAGAAAAAGAATAGACAGTTCCCTGAGGAAGCCTAGCACTAGGGGAGCAACTTCTGTGCATCCCCAAGGAAAGACACCACCATCACCACCGTCTGTGAGGAGAGAACAAGTTGTTCCTCGACCGAAGAAAACTCCAACAAAGAGGCCGAGAGTGGAAGTTCAAGTGGAAGCTCACCCAGACGCTCAAACCCATCCAGCTATCATGAAGAAACAGGTTCTGACGTGTGAAAAAGAATTTTCCACGAAGATAAGTCCTCTGTTATACTATGACCACAAGCGTACGGTTGCCCAAGTAATAATAAAACAGAAAGTATTCCGAGTATCGAATCCACAGGGAGGAAGAACGGTAATTAAGCAAAGTAATTAATTGATCACTAAAAATACTAGAGCAGAATATTATTTAGGAGCCTAATCATGATGCTAAAACAAATTAGGAATAAAGCAATTAAACAAATTCAAGCGATCAATCAAAAATAAAGATTCGGAGAAAGTATCGAGTGAGAAACGGGGTCTTGAAAATCAAAATATAGCTAATTAATTATTCTAATTGTCTTATCTCAATGCCGACTAATTATAATCCTAGAATCTCCGTCTATCACATAGGTACTCCTTTCGCTCTCCCCTAATTGTAATTAACTCATATTAATAACCTAAATGTCCTTAGCGCTATTAAATTCGTTAATTAATACGCTCTGATTCATTTTCGGAATGTAAGTCTAACCAACTAATCTCGCTGTCACTACGAGTAGTTAAACTCAGTTGCATGTATTATGATCTATCCTAATTTCTCTCTGTCGAGTTTCCATTAGGAATCAATTCAATATATAATTGGCCAGATCATATAAAACATTACGAACATCCATACAAATAATTAGTAATTGGACAAGAGATAGGCAATTATAATAACAATTATCTATAAACTTTCATTCCAAGACCCCCAAATGGGATTAGCTATACATGGTAAAAAATTCCCAAATGTACATGATATAAAGCATAAAATAGAGCAAATAAGAGTAAGGAAAGTGACCGTCGAGAACCCCGTTGCTTGCGCTTGGAGTCCCTTCGAACCACGCTCCCGAGCCTCCTAAAATGCTCGTTTTAAAACTTCCCACAAAAATCTCACACTCGACCCTAAAAAAGGCTTAAAAGCCTTGGAAGAATGCTAAAGGAGAGGAAAGGAATGAATTGGGGAATGATTGATGCCAAAATGGGGAGCCAAAATGGGGAGCCAAAATGCGCCTTTTATAGGCCTAGAAATGGGACAGCGTCGCGACGCTAACGTCATACCGTCGTGACGCTGTGACGTCATATCGACTTGCGCGACAAGAAATGGGACAGCGTCGTGACGCTAGGCCGATTCCAGAAGCTTCATGCATTGGCTTGGGCTGATTTCTTGGGCTTTCTCCATTCCTTTTGGATCAACTCTTTTCATGATGATTTTGGGCTTCCTTCTTGACCCAACTTGAGATTTATGGCTTAGATTACTCAATTTTGGTTTCTTTTTCTCCATAATTCCACAAATTGCTCCTAGGGACAAAATAATGAATTTAATTAAATATTCTATATAAAAACACTATAAAAGCATACAAAAGCCTATTAATTTAGGACTAAAATAGTGGCATTTCTGCCCGCTATCATCCTCTCCCAGCATTCATCGAGGATATTTTGCGTAGGTATGGCTAGGAGCGGCTATGCAAGAAGCCGAAGGCTGCATCTATCCAATTGGTCCAAGAGTTTTATGCACAGATAGAGGATGAGATGCAAACGACCATGCTTCTATGTGATTGGGTGGTGGAATTTTCAGCTAGACAGATTAATCAGATTTTCTGACTGCCATCCCTCAAATACCTAATAGCGGGCAGAAATGTCGCAATTTTAGTCCTAAATTATTAAGCTTTTAGGCACTTTAATTGTGTTTTTATTGAAGAAATCTAAAATATTTTGTTATTTGGTCTTTAGGAGCAAATTATGGATTTTGGTGGAAAAATGCCCTAAAATGAGCTATCCAAGCCCAAATTTCCATACATGGGTCAAGGGGGAGTCCAAGAAGTCAACCATATAAAGAAGATCCAAAAAGAAATGAAGAAAGACCCATTTTCAAGCTAAAATTCTCGCCAGCCTGGTTTGAAAACCGCATAGTGTCGCAACGCTGTCCCATTTCTTCGCCAACAAGTTGAGTAACGTCACAACGTCGCGACGCTGTGTCAATACCGTCGCGACGCTGTCCCAAACCTGGGCCTATATAAGGCGCCCCTTGGTGCCCATTTTATGCATCAATCATTCATTCTTCCATTCATTCCTTTCTTTCCTTGGCTCCTTTGAAGCCTTCTCTCACGACTTTTTAGCCTTTTTGAGAGTTCTTAGTGGGAAAATTTTGGGGAGCTTTGGGGAGCACTCTAGGAGGCTCAAGGTGTGCTCGGAGGGACTCCAAGCGCTAGCGACGGGGTCTTCGACGGTCATTTCCTTTCCTTTTATTTTGCTCAATTTTATGCTTTCCATTGTATATCTTGTGAATATTTTAGCCATGTGTAGCTAAATCCCAATTTGGGGTCTTGAAATGAAATTATATAGTTAAATGTTGTTACAATTGCCTATCTCTTGCCCTCTTTTACTGATTATTTGTATGGATGTTCATAATGTTGTATGCAATTTGGCCAATTGTATATTGATCCGATTCTTAATGGAAACTCGATAGAGAGAAAATAGGATAGATCATAATCCATGCAATTAGTTTAATTGCCCGTCGTGACAACGGGATTAGTTGATTAAACTTGGATTCCTAAAATGAATGAGAGCATAATAATTAACGAATTTTTAATGGCGCTAAGGACACTTAGGTTGTTAAAATGGATTAATTATAATTAGGGGAAACCGACAGGAGAACCTATGTGATTAACGGAGATTCTAGGATTATAATTAGTTGGGCAATGAGATAGGATAATTGTAATAATTATTTAGCTATTAATTGATTTTCAAGACCCCACTTCCCATTTAAAATCTCTTTCTCCATATTTTTTTATTTCTTGATTGATCAATTTAATTTCCTTAATCGCTTTAATTTTTAAATTCCTTTTAATTCCATGTTTTGGTCCCTAAATATTATTTCCCCCAAATATTTTTAGTGTTCAAGGAATTTTTGCTTTGCTTAAATTTCGCTTCGCCTCCTTGTGGATTCGATACTCGGAAGATTTCTGTTTTATATTACTTGCGGCCCGTGCACTTTCGGTATTGCGGTGTGACGCCCAACAAAGTTTTTGGCGCCGTTTCCGGAGAGGTTTGATTTTTAAGCAAAATAAATTTTTTCTTGACATTAAAAAGAAAGGGATAAATAGTAATTTAGGTTGTAAATATTTTTGTGAATATTATTTTATTTTATTTTTTGTTTGGTTCTTTTGATTGTTTGGGAGTGTTGCATGCGAAGACATAAGGTGGTTGAATTGTTTCCTTTAGATCTTGAAATTACTAGGACACTCAGATCTATTCGTAGAGCGAAAAGACTAACGGAAGCAATGACCCATCAAGATGAAGCTCCCAAGGCAATCAGAGACTTTTTGCAGCCAGTCCTCCCAACCGAGAATTCAGGCATCGTTTACGCCTTGATCCAAGCAAATAATTTCGAGTTAAAGACGGGATTGATCCAGATGGCGCGAGACAATTCGTTTAAGGGACATCCTTCGGAGGACCCACATTCACATTTGCGATCATTCTTGGAGATATGTGGGACGGTAAAGATGAATGGAGTTTCGGCCGACGCGATAAGATTGAGGTTATTCCCATTTTCTCTTCAAGATAAAGCTAAAGATTGACTTGAATCAGTCGAGACGGGCAGTATCAGCACATGGGACGAGCTTTCCCAGGCATTCCTAACAAAATTTTTCCCGTCTGCCAAGACTACGAAGCTCCGGACTGAGATCGGAACATTCAGGCAGTTGGATGAGGAGCAACTTTACGAGGCATGGGAGAGGTATAAGGAGATGCTTAGGCGGTGCCCGCAGCATGGCTATCCAGATTGGCTCCAGGTGCAGTTATTTTACAATTGGCTGAATCCTTCTACCAAGACAATTTTAGACACATCAGCTGGTGGGAGTTTTCTATCCAAAACAGTGACGGAAGCCAAGGATCTTTTAGAGGAAATGGCAGCGACCAGTTACCAGTGGCCGACTGAAAGGGGGATAGTTTCCAAGAAGGCTGGTATTTATGAATTAGATGAGTCAAGTTCGTTGAAGGCACATATGGCATCATTGACAAACGCTCTGAATAAGCTGACTTCATCTGAGGTGGTCAAGTCCATTTCCACCTTAGCTGAAAGATATTCAAAGAAGGACAATCAAAATGTTGAAGAAGTTCAGTACGTGGGAAACAGAGCATTCACTCAAGGAGTATCGAACTTCTACCATCCCAGTCTGCGCAATCATGAGAACTTTTCTTATTCGAACACCAAGAACGTATTGCAGCCACCACCAGGATTTTCTTCAACCAGTTCGCCAGAAAAGAAGAGTAACCTGGAGGAGATGGTGGCCATGTTTATTAAGGAGTAGAAGGTTTTAAATGTAAATCTCCAGACAACAGTTAATAACCAGGACACGGCTCTAAAAAATATGGAAGTTCAGATAGGTCAGATCGCTTCAGCGGTGAATGCCCTTCAAAAAGGGAAGTTTCCAAGTGACACTGAAACCAACCCAAGAGAGCAATGCAAGATGGTGACTCTGAGAAGTGGTAGACACCTGGAGGTCAGTTCAGAAAAGAAGAAAGAAGTGAAGAGCAAGGATGAAGATGGAAGGGTTGAGGCACAAAAAGCCTCCTCTGAAAGGTCCCAACTTCCTCCTAACTCTATTGATTTGAATTGTGATTTTTCTAACAATTTTACAGGAAGAGAAGAAGATAAGAAAAAGCAGAATGAAAGGCATGAAGAGAAGTCGAGCGAGGAAGAAGTGGTCCCATGCAACCACCATGATAAAGGATCGCACATTAGTCTGCCCAAGTGGAGGGGCGAATGTCCTACCTTTGACTACAGGGAGTTACATTTTCCTCAACGCTTTAAAAATGTTAAATTAGATGAACAGTTTCAGAAATTCCTAGAGATGTTTAGAAAATTATCTGTGGACATTCCCTTAGTCAATGCTTTGTATAATATGCCTAATTATGGGAAGTTCATGAAAGAGATGTTATCTAGGAAGAAAAGTTTGAAAAAAGAGGTTTTTAGGTTGTCTGAAAACAGTAGCACCATAGTGTCAGGAAAGATGCCTTCTAAACAAAAAGACCCAGGGAGTTTTACTGTTCCCTGCATTATAGGAGAAGTATCTTTCAATAGGGCTTTGTGTGATCTAGGCCCTAGTATAAATCTGATGCCCTATTCATTGTACAGGAAGATTGGTTTGACAGGTCTGAAAGACACCGACATCACCCTCCAGCTGGCTGATAGATCGATTACCCAACTGATGGGTATTGTGGAGGATGTGTTGGTGAAGGTCAACAAATTCATTTTCCCTATAGATTTTGTGGTACTTGACATGATAGAAGACAAAGAGGTACCCATCATTTTAGGCAGACCTTTCTTAGCCACAGGTAAGGCTGAAATTAGCGTGCATACTGGTAAGCTTACCTTGAATGTGGATGATGAAAAGGTTGTTTTTAATATTTTTGGACAGGATGAGTCTGTATGTAGTTTGCATACATTTTTTTCTATAGGTCCAGAATATTTGACTGGCGATGATGAAGAGGTAGAGTATAATCTTGGATTAGGATTAGGAGAAGCGCCTAAGAATGATGAGAATTTTAATCCTAATGCATTTTTTTATGACCCTCTGTTTGAAAATGAGCTGATTGATATTGATTTTCCTGATTTTGAAAATGAATTAGAATTGCCTGCTTTTGAGAATGAAATGTCTGCAATTGATAATTTGCCTGCTTTCGAAAATGAAATAGAAATGCCTGAATTAGATGATTTGTTTGATTTTGAGAATGAGCTTGATATGTCTGATAATGAGCATGATTTGCATGGAGATGATTACTTGATAGATGATAATTTTGAGTCTGATCATGACAATGTTGAATCTATTGAGTCTGATCCAGATGAGTATATAGAGTCGGACCCTGAAAGTGTGAATAATTTTGATTCGGGTCCTGATGATGTGGATAATAGTATAAAATCTGACTCAGAAGAGCTTGAATTCTTTAATTCTTCTGATAGTGAGTCATATGATAGCTTAGTTGAATCATTTTTTAATACTGAGTCTGAGGAATCTTCTGAGCATGTAGATATTGAATCTGATGAGTGGATAGGCATAGTTGATAGGCCATCCTTAGATCCTAGACCAGTAGATATCATGACGCTGGATGACTCTGTGAATAACTGTTTTGAGAATAGAGACTTAGAAAAGAGATTCAATGCTGCTACATATTTTTTTGAAATGTTATTATAACAATCTCTTTAGTGATGATGGGCCAGAGGAAAGTTTTTTCTCCCCTGTTTGCAGTGTGCAATTCGGTGTGAGATTTTCTGCAAGGCCCGGAGGACGATGAAAATTTTTATTTGGAGCCTCCGTGGTCGTGCCGAGCCTCGTCTAGCTAAAGACGTTAAAGAAAGAGTTGCTTGGGAGGCAACCCAAGGATTAAAGTTTAGGTAGTTGTTTTTGCGGTAAATAATTTTCCTTGCTTCGTGATCCAATTTTGTTTTGCAGGATCACCTTTGCAAATCTCAAAGCTCCAAGAATCCCATTTTTCTGGAACCAAAGGAAGAGGATGAATTGTTCCTAGCTCAGGGAAGTCTCAGTATCCCTCTTTATGCTTCATTGTTTATAAACATTAGGGACAATGTTTAGTTTAAGTTTGGGGGGAGGCTTTCGCTGTGTTGAGCATATTTAAGTTCCGATGGATGCATGAGTAGATAACTATGATAGCCAAGGATGTGATTTTAGAAGTTTTGGGAGAAAATGGTTTATATGTTGTGGAATCTGGGAGCATAGCAGAAATTGTGAAATTTTAAAATTTTTTGATATTTAGTTTTAATGTCTAAAGCATGCAATAGACTTATCTAATGACGTCTTTGAAAATATAGATTTTTATTATGATTTTTAAAGTTTGTTGTCACCCCGATAGGCTTAGTTTCTAACACTAGGAGTTCATGCTTGATTGTTCTAAAGAGCTAGGTAGAAAAAAAAAATTGCTATGCCTGCTGAGAGAAAAAAAGCAACAAAGCAACAAAAGAAAAGAGAGAAAAGAAAAATCTGTTGAAAACGAAAATTTTTGCTTGCACAAAAGAAAAGCCTAGGGGTAAAAAGAGCTACCTGCGGTGTGATCAGTTAGGCCAACCAGAGAATAAAATTCGGGTTAAGGGTCCCTGCACCGTAGTGTGAAAGCTAGTACCATTAGATGTTAGAATGCAAGTTTGGGGGAGTAGCAAAAGAAAAAGAAGGTGAAAAAATATTTGTGAGTTTTGCTCCCCCATTAAAAAGTAAAATGTTAGGCGCCCTAGTTTTTTTTTTTTTTTGCATGATAGTAGAAGTCCGACCTATTAGAGACTCTTAGCCAGTGTAGGGGGAAAAGAAATGGAGAAACACATAAGACTAATCTAGGTTAGTAAAAGAATCATTAGAAAAGTCTTGAGCATGCTATTCATTAATCTTAAGTTCAAACTCTTTTAACATTTCTTCATGAGTATGCAGTGCTTGCTTATTCCACTTGCATGTTTTCCATTCTAGCTTAAAAGTTCCAAAATCATTGACGCTTGAGTAATTCTATTTCATGCATCTTTCGAATTTATTTTGCTCGAGATTAGCAAAAGCTTAAGTTTGGTGGTGTGATAGCGGGCATAAATGTCGCTATTTTAGTCCTAAATTTTTAAGTTTTTAGGCGCTTTAATTGTGTTTTTATTGAAGAAATCTAAAATATTTTGTTATTTGGTCTTTAGGAGCAAATTATGGATTTTGGTGGAAAAATTCCCTAAAACAAGCTATCCAAGCCCAAATTTCCATACATGGGTCAAGGGGGAGTCCAAGAAGTCAACCATATAAAGAAGATCCAAACAGAAATGAAGAAAGGCCCAATTTCAAGCCCAATCCGTGCCAGCCTGGTCTGAAAACCGCACAGCGTCGAGACGCTGTGGGGACAATGTCACACCCCGCCCCAGACTACTCCTAACAACTAGTGACGTGGTGTGCCGACAATGAATCCTAACTGACTATAGGACCTCATTGCCAACTAGCATGCTCTTAATCACTCTTAAGATCATTGTAAATCCAGCAACAACTTAAATAACCAGAAATTTGGGCAGAGTTTCCCCTGAAACTTGGTTTAAAACACACCTGAAACAAGACTATATATACGTATATAAACTCCCTGGAAGTAAAGATACTATGTCACATCCTAGAACCAGGCTAGAGACACAGACGTCTCAAACCACAATACTCAACCCGACACCTCGTTACAAAACCGTATATAATATAAGTGATATGCATCGAATTTTAGAGACCGGTGGCAGACTCTGGCTAACTTACTCCATTCAATCAACTCTGGTTGAAACTCAAGAGCAACCTGGTGAAAAAATAAAAATAAAAGAATGAGCTGAAAAGCCCAGTGAGTGGTAAGTTCATAATAAAATAATTTCATGAAAACCAATCTCTTCTAAAACAAAATCTCATAGCTCTGGAAAACAACGTAAAACATGTGTTGTCTTAATAACTTTCAAGATAACAAAAACATAAAGAAATATTTATAGAGGTAACTCTTGAAAAACAATAACATATGTCAGAAAGATTTATCACCAAACTTGTACCCAACTCTCTAGTCATACTGGCGTAGAGTAACCTCAATACGCTCAGCAGAGCATGTCTGTCATACTATGCATTGAGTAATCTCGAAATACATAGCAGAGCCATCTCTGTCATACGTGCACGTAGAGCAACCCTTAAAGGGCTAAGCACTCTAACACGACCCAAAGCTCTCGTGTGTGCTAGAGTGGGTCCTAAAGACCCCTCTCGGTACTACGGAAACGCATTCACGTAGTATACGGGTAATCACCATGGGTACATAGATCTAGTGGATTCAAATCACTTTTAACATAAAAACTCAGCATCGACCAATTTCTCTAAAATCATTCTCATGCTCTAAAACAACATTTCATAAACTAAAGAGATTTCTCAAATAACACAAATACTTTTAATTACTCAAATCGTCATAAAATATCTTACATAGCTCTAAATAGTAATTCTGGCTAAAATCATAATATTCGGAAAAACTGTAACACTTGTTTTCTCGAACTCTCGAATGACTTGAAAATCATAACAATATTGGTAATCATAGCAACTCTTGTAAATCTCATAATAGTCTCTTTAAAACTCCAACATAATTGTAAAGCTTTTGAAATCTCATAATAATAATTAAACAAAGAAACATTTTGGAAAATAACCACTCACAGAACTTTCCCCGCAGATGTTTCGGATCATAAATTGTTCCAATCTTTGTTCGACCTGAAATTCCAATACCCATAATATAAATTATGAACTTTCTCCAATAAAGAAATAACATTAACTTCACATTATTCAGTTAAACCAATTTTCAATTTGTTATATTTTCCTTAATCCAAATTCCAAATCCTCATTCTCTCTTCCATTCTAATATTATCAAGCACTCTTTTGTCTTTTCTCTTACTAAAATAGCATTTCCTTCTCTCTCCTCACATTCCATTTCTTACTTCATAATAAAATATTATAGTTTTTCCTCCAAACCCAATTCTCACATGAACATGGGTCTTCAAGCACTTCCCTCTCTCATCTCTCTATTTACTTTTTTTACTATCAATCAATCACTTTTGATTTTTACTTTCCCTTATTTTATCAACTCTTGTTTACCTCCTCTTCTTCTTCTTTATTTTCTATTACCAATTTGCAACACACATAGCAAAAATCAAATAAAAGAAAAGTAAACCCATGAAGAAATCTCTCTCCCTCCCTGTTTTATGCTTCCCCCTCCTCAATTCTCAATGTTTCCTTTCAAGACCTCTAATCTACTCCACCAATCCAACTCTCCACACAAGACCCACACAAACACCCACAAAACTTTGTCTTACACGCTACAAAGGTTAAAGCTTCCATTCTTATTCTTAGTTTTCATACTTCAAAGCAACCCAAGAACTAAAGAATGGAAACCCACACAAATTTTCAAAACGTTCCATGGAATTCCTAAGATAATTTACCAATTTTTTGCAATATTAAGCATTAAAACTATTGATTTAGCATATTCAACTAATTTAAATATTACCAATACCATAATTTCCCCTCATTTCCCTTGCTCTTAGCTTTTAATCTTCCTCAAGGAGGTTATTGTTCAAGAAGAAAAGCCCACCATTAAAAACCCTTAAAACGATTATTCATCCTTAAAAAACAACAATACTTACCAAATCTCACCTTTGGGGCGTTGATAATCCATTGATTTTTCCTTTGTTTTCAGCCTTCAACGTTGATTCAAATTCCTTGATCCCAAAATACAAGAACCCCTTTGACAAGCTCTTATTCTCTGTTTTGCCCCTCTTTTTCCCTTCACCCGAAAAGGTTTGCTCTTGCACTCTTTTTTTTTCCCTTCTTTTCTTTTCTTTTTTTTTCTATTTTTAACACTTGCCACTTGCTAACTTCCAAGTTTGCCAACACACAGACGTGTCCACCACAATTCCTAAAAGAATCCTCTTTTTTTTTTTTTTTATTTCATTTTGTTTTAAAGAAATGCTAAATTTACAAACATGTCCTTACAGACAGCGTCGCGACGCTGTCCCATTTCTTGGCCAGCAAGTTGAGTGACGTCAAAGCGTCGCGACGCAGTGCCGATAGCATCGCGACGTTGTCCCAAATCCGGGCCTACATAAGGCGCCCCTTGGTGCCCATTTTGTGCATCGATCATTCATTCTTCCATTCATTCCCTTCTTTCCTTGGCTCCTTTGGAGCCTTCTCTCAAGGCTTTTTAGCTGGGAAAATTTTGGGGAGCTTTGGGGAGCACTCTAGGAAATTTTTAGCCTTGTTATAATTGTCTATCTCTTGCCCTCTTTTACTTATTATTTGTATGGATGTTCGTAATGTTGTATGCAATCTGGCTAATTGTATATTGATCCGATTCTTAATGGAAACTCGACGGAGAAAAATTAGGATAGATCATAATTCATGCAACTAGTTTAATTGCCTGTCGTGACAACAGGATTAGTTGATTAAACTTAGATTCCTAAAATGAATCAGAGCGTAATAATTAACGAATTTTTAATGGTGCTAAGGACACTTAGGTTGTTAAAATGGATTAATTATAATTAGGGAAACCGACAGGAGAACCTATGTGATTAACAAAGATTCTAGGATTATAATTAGTTGGGCAATGAGATAGGATAATTGTAATAATTATTTAGCTATTAATTGATTTTCAAGACCCCACTTCCCATTTGAAATCTCTTTCTCCATATTTTTTTATTTCTTGATTGATCAATTTAATTTCCTTAATCGATTTAATTTTTAAATTCCTTTTAATTGCATGTTTTGGTCCCTAAATATTATTTCCCCCAAATATTTTTAGTGTTCAAGGAATTTTTGCTTTGCTTAAATTTCACTTCCCCTCCCTGTGGATTCGATACTCGGAATATTTTCGTTTTATATTACTTGCGCCCTATGCACTCGCGGTATTGCGGTGTGACGCCCAACAATACTCAGCTAGCAACAAAGCCATTGAAGAACCAACTAATGAGCAGCTAGTCGAGGCCCTACACATTGTGGCCCACGAGGAAGTTAAGTGGCAGGAGTCCAGAACAGGAGTCAGGACTCTACTGTCAGGAGATTTGAAGCCAGAAGCAGCTGTCTGGCTATACGTGATCAAGAATAGAGTAATGCCAACAACACATGACACCACAATATCTCAAGAGCGTGTCATGTTGTTGTACAAAGTGTTAGTATGTTGGAATGAAGGTATAGATGACCATGAGACTCTCCTTTGCGAAAAAAAAAGTGGAGAAAAAGAGAAAGAAAGCCTAGCAACATCTTTAATAAGTTTGGGGGAGGGAAGTTAGCTTTTCTTTTCCATTTTTGAGAGTCAGGATGGCTTGTGAAAGAGATAGGATAAAGGTTGGGTGGAATAAAATGCAAAAAGAGGTGGGAATGCATGAGAATGCTTTATCTTGAGAGGTGTGAGTGAAGGCCTAATCTTCGTTAGTCACATAGGATCTCCTGTCGGTTTCCCCTAATTCTAATTAATCCATTTTAACAACCTAAGTGTCCTTGGCGCCATTAAAATTCGTTAATTATTACGCTCTGATTCATTTTAGGAATCTAAGTTTAATCAACTAATTTCGTTGTCACGACAGGAAATTAAACTAGTTGCATGGATTATGATCTATACTAATTTCTCTCCATCGAGTTTCCATTAAGAATCGGATCAATATACAACTGGCCAAATTGCATACATCATTACGAGCATCCATACAAATAATTAGTAAAAGAGGGCAAGAAAAAGACAATTATAATAACACTTAACTATTGATAGCGAGCAGAAATGTCGCTATTTTATTCCCAATTTATTAGGCTTTTTTGTACTTTAATTGTGTTTTTATTGAAAATATTTGATGTATTTTGTTAATTGGTCTTTAGGAGCAAACTATGGATTTTGGTGATAAAAGTACCCAAAATGAAGCCATTCAAGCCCAATTTCCATGCTTGGGTCAAGGGGAATCAAAAGAGGTCAGCTATGAACAAAAAGGTCCAAAAAGAAATGTGGAGAGGCCCAAATTGAAGCCCAAATCCGTAGCTGAAAGATCTGAAAAACGCCTAGCGTCGATACACTGTAAGGACAGCGTCGCGATGCTACCCCCTTTTCGAGCCTATATAAGGCGCCCCTTGGTGCCTCATTTTACCATCAGTCATCATATTCTTCCATTCCTTTCTTGCTTTCTTGGCTCCTTTGGGAGCCTCTCTCAAGGCTTCCAAGCCTTTTTGAGAGTTTCTTTAGTGGGAAACTTTTGGAGAATTTTGGGGAGCATTCTAGGAGGCTCAAGGAGTGTTCGGAGGGACTCCAAGCGTCAGCGAAGGGGTCTTCAACAGTCAATTCCTTCCCTTTTATTATGTTCTTAATTATGCTTTCCATTGTAATTATTGTGAATATTTTAGCTATGTATAGCTAAACCCCAATTTGGGGTCTTGAAATGAAATTATAGTTCAAATGTTGTTATAATTGCCTATCTCTAGCCCTTTTGTCCTAATTATTTGTACGGATGTGCTTAATGCTTTATGAAATCTTGCCAATTGTGTACTGATCTGATTCTTAATGGAAACTCGACGGAGAGAAGTTAGGATAGATCATAATCCATGCAACTAGTTTAATTGCCCGTCGTGACAACGAGATTAGTTGATTAAACTTAGATTCCTAAAATGAATCAGAGCGTAATAATTAATGATTTTTAATGGCGCTAAGGACACTTAGGTTGTTAAAATGAATTAATTACAATTAGGGGAGACCGACAGGAGAACCTATGTTATTAACGAAGATTCTAGGAGTATAATTAGTTGGGGGATGAGATAGGACAATTGTAGCAATTTTTTAACTAATAATTGATTTTCAAGACCCCTCTTCCCATTAGAAAACTCTTTCTCCGTATTTTATTTTTATCGATTGATCAAATCTTCTCTTTAATTGTTTTTATTTTTAATTTTCTTTGATTGCATGATCTGGTCCCTAAATATTATTTCGCCCAAGTATTTTTAGTGCTCAAGGAATCTTTGCTTGCTTAAATTTCGTTTCGGCTCCCTGTGGATTCGATACTCGGTATACCTACCGTTTTATATTACTTGTGACGACCCGTGCGTTTGCAGTGTGAAAGTCGTAAAACGGCGAATAGTCGCTGTCCTAACAAGTTTTTGGCGCCGTTGCCGGGGAGGCTTGATTTTCAAGCAAACCAATTTTTCTTGACATCAAAAAGAAAGGGATAAATAGTAATTTAGGTGTAAATATTTTTCTTTTATTGTCTTGTGAATATCATATCATTTTGTTTTATTTTTGTCTGGTTCTTTTGATTGATTGGGAGTATTGTATGCGAAGCGACAAGGTGGTTAATTTGTTTCCGCTATATCTCGAAATTGACAGGACTCTTAGAACCATTCGTAGAGAAAAAAGATTAGCAAAAGCAATGGCCCTACAAGAAGCTCCCAAGGCGATCAGAGACTTTTTACAGTGAGTTCTCCCGACCGAAAATTCAGGAATCGTTTACACCCCGATACAAGCTACAAATTTTGAGTTAAAGACGGGATTGATTCAGATGGCACGCGATAATTCTTTTAAGGGACATCCTTCTGAGGATCCACACTCACATCTGCGATCATTCTTAGAAATATGCAGGACAATGAAGATGAACGGAGTTCTGGCAGATGCTATAAGATTGAGGTTATTTCCATTTTCTTTGCAAGACAAAGCTAAGGATTGGCTCGAATCAGTCGAGACGGGCAGTATTAGTACATGGGATGAGCTTGCCCAGGCTTTCCTAACTAAATTTTTCCCGCCTGCCAAAACTACGAAGCTCTGGACTGAGATTGGAACGTTTAGGCAACTTGACGAGGAGCAGTTGTACGAGGCATGGGAGAGATATAAGGAGATGCTCAGGCGGTGCCCCCAGCATGGATATTCGGATTGGCTCCAGGTGTAGTTATTTTACAATGGATTGAATCCCTCCACTAAGACAGTTCTAGACACATCAGCAGGAGGAAGTTTTCTTTCCAAAACAGTAACGGAAGCCAAAGATCTCTTAGAAGAAATGGCAGCAACCAGTTATCAGTGGTCGATCGAGAGAGGAACAATTTCTAAGAAGGCTGGAATTTATGAATTAGATGAGTCGAGTTCATTGAAAGCACAGATGGCATCTCTGACCAATGCCCTGAACAAGCTGACTTCATCTGAGGTGGTCAAATCCATTTCCACCTTAGCTGAAGGGTATTCGAAGAAGGAAGGTCAAGATGTGGAAGAAGATCAATACGTAGGGAACATACCATTTACTCAAATACCGAACTTCTACCACCCTAGTCTGTGCAATCACGAGAACTTCTCGTACTCAAACACAAAGAATGTTTTGCAGCCATCGCCAGGTTTTGCATCATCCAGTGCGCCTGAAAAGAAGAATAACCTGGAGGAGATGGTGGCTATGTTTATCAAAGAACAAAAAGTGCTGAATGTCAATCTCCAGACGGCAGTCAATAACCACGACACTGCTTTGAAAAATATGGAAGTTCAAATAGGTCAGATAGCTTCAGTAGTGAATGGCCTTCAGAAGGGAAAATTTCCAAGCGACACTGAACCTAACCCAAGAGAACAGTGCAAGATGGTGACACTAAGAAGTGGTAGGAAGCTGGAGATCAGTTCAGAAAAGAAGAAGGAAGAAGAAAAGAGCAAGGATGAAGATGAAAGAGCTGAGGCACAAAAAGCCTCCTCTGAAAGGTCCCAACATCCTCTTAACTCTGTTAATTTGAATTGTGGTTTTTCTAACTCTTTTGCAGGAAAAGAAAAAGAAGAAAGGCAAGAGAAGAAACTAAACGAGGAAGAAGTGGTTCCATGCAACCACCATGACAAAGGTTCGCACACCAACCCGCCCAAGCGGAGGGGCGAATGTCCAACCTTTGACTACAGGGAGTTACCTTTTCCTCAACACTTTAAAAATGTTAAATTAGATGAGCAGTTTCAGAAATTCCTTGAAATGTTTAAAAAATTGTCTGTGAATATTCCTTTGGTAGATGCTTTGTATAACATGCCTAATTATGGGAAATTCATGAAAGAAATGCTTTCTAGGAAGAAAAGTTTGAAAAGAGGAGTTTTTAAATTGTCTGAAAGTAGTAGTACCATAGTTTCTGGAAAGATGCCTTCTAAACAAAAAGATCCAGGGAGTTTTACCATTCCCTACACCATAGGAGAAGTATCTTTCAATAGGGCCTTGTGTGATCTAGGTGCTAGTATAAATTTAATGCCCTATTCTGTATACAGGAAGATTAGTTTAACAGGAATGAAGGACACCGACGTCACTCTCCAGCTTGCTGATAGATCAATTACCCACCCGATGGGTGTTGTGGAGGACGTGCTAGTGAAGGTCAATAAATTTATCTTCCCTGTAGACTTTGTGGTACTCGACATGCAGGAGGACAGAGAAGTACCCATTATTCTAGGCAGACCTTTCTTAGCAACTGGTAAGGCCGAAATTAGTGTGCATACAGGTAAGCTTACCTTGAACATTGATGATGAAAAAGTCGTGTTTAGTATTTTTGGCCAGGATGAGTCTGTATGTAGTCCGCATACTTGTTTTTCTATTGGTCCTGAATACTTGACTGACGATGATGAGGAAGTAGAGTATAATCTTGGCCTAGGCTTAGGAGAAGTGCTTATGGATGATGGGGATTTCAATCATAATGCTTTATTAGATGACCCTCTATTTGAGAATGAGCTGAATGATTTAGAATTGCCTGACTTTGAAAATGAATTAGACTTGCCTGCTTATGAGCATGAAATATCTGCAGTTGATGATTTACCTTCTTTTGAAAATGAGTTGGATTTACCTGAGATTGATGGTTTTGATGATGATATTGATTTGCCTGACATTGAGAATGAGCATGATTTGCATAAAAAGGATTACTTGATAGATAATTTTGAGTTTGATCATGATAATGCTGAATCTATTGAGTCTGATCTTGATATTCCTAAGTGCATGAATCCTGACAATGTTAATAACTTTGATTCGTGTCCTGATGATGTATATAGCATAGAATCTGACCCAGAGGAACTCGAATCTGTGCATAGTATAGAATCTGACCTTGAAGAGCTTGAATTCTTTAATTCTGATAATGAGTCATATGATAGCTTAGTCGAATCATTTTTTAATTCTGAGTCTGAGGAATCTTCTGAGCATATAGATATTGAATCTGATGAATGGACTGGCATGATTGATAGGCCACCTTTAGATCCCAGACCGGTTGATATCATAACGCTTTGA

mRNA sequence

ATGGTGCAAACAGAGCTAGAAATCGAGTCTGCACTAGATCCTGAGGTGCAGTCTAAAGCGCAAATCCCATCTCCACCAAAAGAGGATGAAAATGTGCTCAAGGACCTGTTTGAGAACCAGAAGGAAGCAGTGTTCGAGGATCTGATCGAACATGAGCAAGAAGAGGAGCAACAAGTCCCAATTAATGAAGAAGAGGCCTTTGAAATCTCAAGGGACCAAACGCCCAAGAGGGGCAGACACGAAGAAGACAGTGCAGCTGAAGGGAGAACTAAGAAAAGAAAAAGAATAGACAGTTCCCTGAGGAAGCCTAGCACTAGGGGAGCAACTTCTGTGCATCCCCAAGGAAAGACACCACCATCACCACCGTCTGTGAGGAGAGAACAAGTTGTTCCTCGACCGAAGAAAACTCCAACAAAGAGGCCGAGAGTGGAAGTTCAAGTGGAAGCTCACCCAGACGCTCAAACCCATCCAGCTATCATGAAGAAACAGGTAGAGTATAATCTTGGATTAGGATTAGGAGAAGCGCCTAAGAATGATGAGAATTTTAATCCTAATGCATTTTTTTATGACCCTCTGTTTGAAAATGAGCTGATTGATATTGATTTTCCTGATTTTGAAAATGAATTAGAATTGCCTGCTTTTGAGAATGAAATGTCTGCAATTGATAATTTGCCTGCTTTCGAAAATGAAATAGAAATGCCTGAATTAGATGATTTGTTTGATTTTGAGAATGAGCTTGATATGTCTGATAATGAGCATGATTTGCATGGAGATGATTACTTGATAGATGATAATTTTGAGTCTGATCATGACAATGTTGAATCTATTGAGTCTGATCCAGATGAGTATATAGAGTCGGACCCTGAAAGTGTGAATAATTTTGATTCGGGTCCTGATGATGTGGATAATAGTATAAAATCTGACTCAGAAGAGCTTGAATTCTTTAATTCTTCTGATAGTGAGTCATATGATAGCTTAGTTGAATCATTTTTTAATACTGAGTCTGAGGAATCTTCTGAGCATGTAGATATTGAATCTGATGAGTGGATAGGCATAGTTGATAGGCCATCCTTAGATCCTAGACCAGTAGATATCATGACGCTGGATGACTCTGTGAATAACTGTTTTGAGAATAGAGACTTAGAAAAGAGATTCAATGCTGCTACATATTTTTTTGAAATCAGAGCATGTCTGTCATACTATGCATTGAGTAATCTCGAAATACATAGCAGAGCCATCTCTGTCATACGTGCACGTAGAGCAACCCTTAAAGGGCTAAGCACTCTAACACGACCCAAAGCTCTCGTGTGTGCTAGAGTGGGTCCTAAAGACCCCTCTCGGTACTACGGAAACGCATTCACCGTCGCGACGCTGTCCCATTTCTTGGCCAGCAAGTTGAGTGACGTCAAAGCGTCGCGACGCAGTGCCGATAGCATCGCGACGTTGTCCCAAATCCGGGCCTACATAAGGCGCCCCTTGGTGCCCATTTTGTGCATCGATCATTCATTCTTCCATTCATTCCCTTCTTTCCTTGGCTCCTTTGGAGCCTTCTCTCAAGGCTTTTTAGCTGGGAAAATTTTGGGGAGCTTTGGGGAGCACTCTAGGAAATTTTTAGCCTTTGTTCAAGGAATTTTTGCTTTGCTTAAATTTCACTTCCCCTCCCTGTGGATTCGATACTCGGAATATTTTCGTTTTATATTACTTGCGCCCTATGCACTCGCGGTATTGCGGTGTGACGCCCAACAATACTCAGCTAGCAACAAAGCCATTGAAGAACCAACTAATGAGCAGCTAGTCGAGGCCCTACACATTGTGGCCCACGAGGAAGTTAAGTGGCAGGAGTCCAGAACAGGAGTCAGGACTCTACTGTCAGGAGATTTGAAGCCAGAAGCAGCTGTCTGGCTATACGTGATCAAGAATAGAGTAATGCCAACAACACATGACACCACAATATCTCAAGAGCGTGTCATGTTGTTGTACAAAGTGTTAGAGCAAACTATGGATTTTGGTGATAAAAGTACCCAAAATGAAGCCATTCAAGCCCAATTTCCATGCTTGGGTCAAGGGGAATCAAAAGAGGTCAGCTATGAACAAAAAGGTCCAAAAAGAAATGTGGAGAGGCCCAAATTGAAGCCCAAATCCGTAGCTGAAAGATCTGAAAAACGCCTAGCGTCGATACACTACTTGCCTGCTTATGAGCATGAAATATCTGCAGTTGATGATTTACCTTCTTTTGAAAATGAGTTGGATTTACCTGAGATTGATGGTTTTGATGATGATATTGATTTGCCTGACATTGAGAATGAGCATGATTTGCATAAAAAGGATTACTTGATAGATAATTTTGAGTTTGATCATGATAATGCTGAATCTATTGAGTCTGATCTTGATATTCCTAAGTGCATGAATCCTGACAATGTTAATAACTTTGATTCGTGTCCTGATGATGTATATAGCATAGAATCTGACCCAGAGGAACTCGAATCTGTGCATAGTATAGAATCTGACCTTGAAGAGCTTGAATTCTTTAATTCTGATAATGAGTCATATGATAGCTTAGTCGAATCATTTTTTAATTCTGAGTCTGAGGAATCTTCTGAGCATATAGATATTGAATCTGATGAATGGACTGGCATGATTGATAGGCCACCTTTAGATCCCAGACCGGTTGATATCATAACGCTTTGA

Coding sequence (CDS)

ATGGTGCAAACAGAGCTAGAAATCGAGTCTGCACTAGATCCTGAGGTGCAGTCTAAAGCGCAAATCCCATCTCCACCAAAAGAGGATGAAAATGTGCTCAAGGACCTGTTTGAGAACCAGAAGGAAGCAGTGTTCGAGGATCTGATCGAACATGAGCAAGAAGAGGAGCAACAAGTCCCAATTAATGAAGAAGAGGCCTTTGAAATCTCAAGGGACCAAACGCCCAAGAGGGGCAGACACGAAGAAGACAGTGCAGCTGAAGGGAGAACTAAGAAAAGAAAAAGAATAGACAGTTCCCTGAGGAAGCCTAGCACTAGGGGAGCAACTTCTGTGCATCCCCAAGGAAAGACACCACCATCACCACCGTCTGTGAGGAGAGAACAAGTTGTTCCTCGACCGAAGAAAACTCCAACAAAGAGGCCGAGAGTGGAAGTTCAAGTGGAAGCTCACCCAGACGCTCAAACCCATCCAGCTATCATGAAGAAACAGGTAGAGTATAATCTTGGATTAGGATTAGGAGAAGCGCCTAAGAATGATGAGAATTTTAATCCTAATGCATTTTTTTATGACCCTCTGTTTGAAAATGAGCTGATTGATATTGATTTTCCTGATTTTGAAAATGAATTAGAATTGCCTGCTTTTGAGAATGAAATGTCTGCAATTGATAATTTGCCTGCTTTCGAAAATGAAATAGAAATGCCTGAATTAGATGATTTGTTTGATTTTGAGAATGAGCTTGATATGTCTGATAATGAGCATGATTTGCATGGAGATGATTACTTGATAGATGATAATTTTGAGTCTGATCATGACAATGTTGAATCTATTGAGTCTGATCCAGATGAGTATATAGAGTCGGACCCTGAAAGTGTGAATAATTTTGATTCGGGTCCTGATGATGTGGATAATAGTATAAAATCTGACTCAGAAGAGCTTGAATTCTTTAATTCTTCTGATAGTGAGTCATATGATAGCTTAGTTGAATCATTTTTTAATACTGAGTCTGAGGAATCTTCTGAGCATGTAGATATTGAATCTGATGAGTGGATAGGCATAGTTGATAGGCCATCCTTAGATCCTAGACCAGTAGATATCATGACGCTGGATGACTCTGTGAATAACTGTTTTGAGAATAGAGACTTAGAAAAGAGATTCAATGCTGCTACATATTTTTTTGAAATCAGAGCATGTCTGTCATACTATGCATTGAGTAATCTCGAAATACATAGCAGAGCCATCTCTGTCATACGTGCACGTAGAGCAACCCTTAAAGGGCTAAGCACTCTAACACGACCCAAAGCTCTCGTGTGTGCTAGAGTGGGTCCTAAAGACCCCTCTCGGTACTACGGAAACGCATTCACCGTCGCGACGCTGTCCCATTTCTTGGCCAGCAAGTTGAGTGACGTCAAAGCGTCGCGACGCAGTGCCGATAGCATCGCGACGTTGTCCCAAATCCGGGCCTACATAAGGCGCCCCTTGGTGCCCATTTTGTGCATCGATCATTCATTCTTCCATTCATTCCCTTCTTTCCTTGGCTCCTTTGGAGCCTTCTCTCAAGGCTTTTTAGCTGGGAAAATTTTGGGGAGCTTTGGGGAGCACTCTAGGAAATTTTTAGCCTTTGTTCAAGGAATTTTTGCTTTGCTTAAATTTCACTTCCCCTCCCTGTGGATTCGATACTCGGAATATTTTCGTTTTATATTACTTGCGCCCTATGCACTCGCGGTATTGCGGTGTGACGCCCAACAATACTCAGCTAGCAACAAAGCCATTGAAGAACCAACTAATGAGCAGCTAGTCGAGGCCCTACACATTGTGGCCCACGAGGAAGTTAAGTGGCAGGAGTCCAGAACAGGAGTCAGGACTCTACTGTCAGGAGATTTGAAGCCAGAAGCAGCTGTCTGGCTATACGTGATCAAGAATAGAGTAATGCCAACAACACATGACACCACAATATCTCAAGAGCGTGTCATGTTGTTGTACAAAGTGTTAGAGCAAACTATGGATTTTGGTGATAAAAGTACCCAAAATGAAGCCATTCAAGCCCAATTTCCATGCTTGGGTCAAGGGGAATCAAAAGAGGTCAGCTATGAACAAAAAGGTCCAAAAAGAAATGTGGAGAGGCCCAAATTGAAGCCCAAATCCGTAGCTGAAAGATCTGAAAAACGCCTAGCGTCGATACACTACTTGCCTGCTTATGAGCATGAAATATCTGCAGTTGATGATTTACCTTCTTTTGAAAATGAGTTGGATTTACCTGAGATTGATGGTTTTGATGATGATATTGATTTGCCTGACATTGAGAATGAGCATGATTTGCATAAAAAGGATTACTTGATAGATAATTTTGAGTTTGATCATGATAATGCTGAATCTATTGAGTCTGATCTTGATATTCCTAAGTGCATGAATCCTGACAATGTTAATAACTTTGATTCGTGTCCTGATGATGTATATAGCATAGAATCTGACCCAGAGGAACTCGAATCTGTGCATAGTATAGAATCTGACCTTGAAGAGCTTGAATTCTTTAATTCTGATAATGAGTCATATGATAGCTTAGTCGAATCATTTTTTAATTCTGAGTCTGAGGAATCTTCTGAGCATATAGATATTGAATCTGATGAATGGACTGGCATGATTGATAGGCCACCTTTAGATCCCAGACCGGTTGATATCATAACGCTTTGA

Protein sequence

MVQTELEIESALDPEVQSKAQIPSPPKEDENVLKDLFENQKEAVFEDLIEHEQEEEQQVPINEEEAFEISRDQTPKRGRHEEDSAAEGRTKKRKRIDSSLRKPSTRGATSVHPQGKTPPSPPSVRREQVVPRPKKTPTKRPRVEVQVEAHPDAQTHPAIMKKQVEYNLGLGLGEAPKNDENFNPNAFFYDPLFENELIDIDFPDFENELELPAFENEMSAIDNLPAFENEIEMPELDDLFDFENELDMSDNEHDLHGDDYLIDDNFESDHDNVESIESDPDEYIESDPESVNNFDSGPDDVDNSIKSDSEELEFFNSSDSESYDSLVESFFNTESEESSEHVDIESDEWIGIVDRPSLDPRPVDIMTLDDSVNNCFENRDLEKRFNAATYFFEIRACLSYYALSNLEIHSRAISVIRARRATLKGLSTLTRPKALVCARVGPKDPSRYYGNAFTVATLSHFLASKLSDVKASRRSADSIATLSQIRAYIRRPLVPILCIDHSFFHSFPSFLGSFGAFSQGFLAGKILGSFGEHSRKFLAFVQGIFALLKFHFPSLWIRYSEYFRFILLAPYALAVLRCDAQQYSASNKAIEEPTNEQLVEALHIVAHEEVKWQESRTGVRTLLSGDLKPEAAVWLYVIKNRVMPTTHDTTISQERVMLLYKVLEQTMDFGDKSTQNEAIQAQFPCLGQGESKEVSYEQKGPKRNVERPKLKPKSVAERSEKRLASIHYLPAYEHEISAVDDLPSFENELDLPEIDGFDDDIDLPDIENEHDLHKKDYLIDNFEFDHDNAESIESDLDIPKCMNPDNVNNFDSCPDDVYSIESDPEELESVHSIESDLEELEFFNSDNESYDSLVESFFNSESEESSEHIDIESDEWTGMIDRPPLDPRPVDIITL

Homology

[Close]

BLAST of Spg032910 vs. NCBI nr
Match: XP_038904385.1 (uncharacterized protein LOC120090747 [Benincasa hispida])

HSP 1 Score: 77.0 bits (188), Expect = 9.0e-10
Identity = 31/77 (40.26%), Postives = 52/77 (67.53%), Query Frame = 0


Query: 584 SASNKAIEEPTNEQLVEALHIVAHEEVKWQESRTGVRTLLSGDLKPEAAVWLYVIKNRVM 643
           ++ NK I++P  E++ +AL  +     +W  S  G++TL S  L PEA +W+Y++K R++
Sbjct: 257 ASGNKIIDDPQEEKMEDALRTLTQSGTQWSVSLKGIKTLASSKLLPEARLWVYLVKRRII 316

Query: 644 PTTHDTTISQERVMLLY 661
           PT+HD T+S++RVM  Y
Sbjct: 317 PTSHDKTVSRDRVMAAY 333

[Close]

BLAST of Spg032910 vs. NCBI nr
Match: XP_038876674.1 (chromatin assembly factor 1 subunit A-like, partial [Benincasa hispida])

HSP 1 Score: 75.9 bits (185), Expect = 2.0e-09
Identity = 33/81 (40.74%), Postives = 54/81 (66.67%), Query Frame = 0


Query: 583 YSASNKAIEEPTNEQLVEALHIVAHEEVKWQESRTGVRTLLSGDLKPEAAVWLYVIKNRV 642
           Y++ NK I++PT +Q+ +AL ++    +KW  S  GV TL S  L  E  +W+Y++K R+
Sbjct: 317 YASGNKIIDDPTEQQMEDALQVLMQLGMKWSVSLKGVSTLASKSLLLEGRLWVYLVKKRL 376

Query: 643 MPTTHDTTISQERVMLLYKVL 664
           + TTHD T+S++RVM  Y ++
Sbjct: 377 ISTTHDKTVSRDRVMATYCIV 397

[Close]

BLAST of Spg032910 vs. NCBI nr
Match: KAA0054837.1 (hypothetical protein E6C27_scaffold406G00150 [Cucumis melo var. makuwa] >TYK27771.1 hypothetical protein E5676_scaffold1142G00370 [Cucumis melo var. makuwa])

HSP 1 Score: 67.4 bits (163), Expect = 7.2e-07
Identity = 36/89 (40.45%), Postives = 52/89 (58.43%), Query Frame = 0


Query: 577 RCDAQQYSASNKAIEEPTNEQLVEALHIVAHEEVKWQESRTGVRTLLSGDLKPEAAVWLY 636
           + D +++ A  K   EP++  + EAL  VA    KW  +      L   +L  EA+VWL 
Sbjct: 145 KIDTEKHYAIVKERREPSDCDMQEALERVAWARKKWDVTSIKKYRLFLHNLTTEASVWLV 204

Query: 637 VIKNRVMPTTHDTTISQERVMLLYKVLEQ 666
            IK ++MPT HD TIS ER+MLLY ++E+
Sbjct: 205 FIKKKLMPTRHDNTISFERIMLLYCIMEE 233

[Close]

BLAST of Spg032910 vs. NCBI nr
Match: XP_038898613.1 (LOW QUALITY PROTEIN: uncharacterized protein LOC120086174 [Benincasa hispida])

HSP 1 Score: 65.1 bits (157), Expect = 3.6e-06
Identity = 33/100 (33.00%), Postives = 57/100 (57.00%), Query Frame = 0


Query: 587 NKAIEEPTNEQLVEALHIVAHEEVKWQESRTGVRTLLSGDLKPEAAVWLYVIKNRVMPTT 646
           NK I++PT E +  AL ++A    +W  S  G+RTL S  L  +  +W+Y++K +++PTT
Sbjct: 293 NKIIDDPTEELMRNALKVLAQPGTRWTVSPKGIRTLESKSLLSKGRLWVYLVKKQLIPTT 352

Query: 647 HDTTISQERVMLLYKVLEQTMDFGDKSTQNEAIQA--QFP 685
           HD T+S+++ +   K   +   F     ++ A Q   +FP
Sbjct: 353 HDRTVSKDQGLPQVKCGHKERSFPSAIHRSNARQTCKEFP 392

[Close]

BLAST of Spg032910 vs. NCBI nr
Match: PON41193.1 (LOW QUALITY PROTEIN: hypothetical protein PanWU01x14_291710 [Parasponia andersonii])

HSP 1 Score: 65.1 bits (157), Expect = 3.6e-06
Identity = 36/105 (34.29%), Postives = 57/105 (54.29%), Query Frame = 0


Query: 559 YSEYFRFILLAPYALAVLRCDAQQYSASNKAIEEPTNEQLVEALHIVAHEEVKWQESRTG 618
           Y+E F+F   A  A+  LR    ++S   + +EE T  +L+  L  VA  E +W  S  G
Sbjct: 47  YAEVFKFPEEAINAIFGLRDPVDEHS---EFVEEVTEPKLLTVLETVAVTEAEWNVSSLG 106

Query: 619 VRTLLSGDLKPEAAVWLYVIKNRVMPTTHDTTISQERVMLLYKVL 664
             T L   L     +W + +K+ ++PTTH  T+S++R +LLY +L
Sbjct: 107 AYTCLQSSLNLATKIWYHFLKSYLLPTTHGKTVSKDRALLLYSIL 148

[Close]

BLAST of Spg032910 vs. ExPASy TrEMBL
Match: A0A5D3DVQ6 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold1142G00370 PE=4 SV=1)

HSP 1 Score: 67.4 bits (163), Expect = 3.5e-07
Identity = 36/89 (40.45%), Postives = 52/89 (58.43%), Query Frame = 0


Query: 577 RCDAQQYSASNKAIEEPTNEQLVEALHIVAHEEVKWQESRTGVRTLLSGDLKPEAAVWLY 636
           + D +++ A  K   EP++  + EAL  VA    KW  +      L   +L  EA+VWL 
Sbjct: 145 KIDTEKHYAIVKERREPSDCDMQEALERVAWARKKWDVTSIKKYRLFLHNLTTEASVWLV 204

Query: 637 VIKNRVMPTTHDTTISQERVMLLYKVLEQ 666
            IK ++MPT HD TIS ER+MLLY ++E+
Sbjct: 205 FIKKKLMPTRHDNTISFERIMLLYCIMEE 233

[Close]

BLAST of Spg032910 vs. ExPASy TrEMBL
Match: A0A2P5CPE8 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_135680 PE=4 SV=1)

HSP 1 Score: 65.1 bits (157), Expect = 1.7e-06
Identity = 31/74 (41.89%), Postives = 43/74 (58.11%), Query Frame = 0


Query: 590 IEEPTNEQLVEALHIVAHEEVKWQESRTGVRTLLSGDLKPEAAVWLYVIKNRVMPTTHDT 649
           +E  T  +L   L  VA    +W  S  G  T L   L P A VW + +K+R++PTTH  
Sbjct: 40  VEAITEPELATVLETVAIAGAEWNVSSQGAYTCLRSSLNPPAKVWYHFLKSRLLPTTHGK 99

Query: 650 TISQERVMLLYKVL 664
           T+S+ERV+LLY +L
Sbjct: 100 TVSKERVLLLYSML 113

[Close]

BLAST of Spg032910 vs. ExPASy TrEMBL
Match: A0A2P5AXB5 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_291710 PE=4 SV=1)

HSP 1 Score: 65.1 bits (157), Expect = 1.7e-06
Identity = 36/105 (34.29%), Postives = 57/105 (54.29%), Query Frame = 0


Query: 559 YSEYFRFILLAPYALAVLRCDAQQYSASNKAIEEPTNEQLVEALHIVAHEEVKWQESRTG 618
           Y+E F+F   A  A+  LR    ++S   + +EE T  +L+  L  VA  E +W  S  G
Sbjct: 47  YAEVFKFPEEAINAIFGLRDPVDEHS---EFVEEVTEPKLLTVLETVAVTEAEWNVSSLG 106

Query: 619 VRTLLSGDLKPEAAVWLYVIKNRVMPTTHDTTISQERVMLLYKVL 664
             T L   L     +W + +K+ ++PTTH  T+S++R +LLY +L
Sbjct: 107 AYTCLQSSLNLATKIWYHFLKSYLLPTTHGKTVSKDRALLLYSIL 148

[Close]

BLAST of Spg032910 vs. ExPASy TrEMBL
Match: A0A2P5BNT0 (Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x14_223230 PE=4 SV=1)

HSP 1 Score: 64.7 bits (156), Expect = 2.2e-06
Identity = 30/74 (40.54%), Postives = 44/74 (59.46%), Query Frame = 0


Query: 590 IEEPTNEQLVEALHIVAHEEVKWQESRTGVRTLLSGDLKPEAAVWLYVIKNRVMPTTHDT 649
           +E+ T  +L   L  VA    +W  S  GV T L   L P A +W + +K+R++PTTH  
Sbjct: 50  VEDITEPELAMVLETVAIAGAEWNVSSQGVYTCLRSSLNPPAKIWYHFLKSRLLPTTHGK 109

Query: 650 TISQERVMLLYKVL 664
            +S+ERV+LLY +L
Sbjct: 110 IVSKERVLLLYSML 123

[Close]

BLAST of Spg032910 vs. ExPASy TrEMBL
Match: A0A2P5DAQ2 (Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_080440 PE=4 SV=1)

HSP 1 Score: 63.5 bits (153), Expect = 5.0e-06
Identity = 31/74 (41.89%), Postives = 43/74 (58.11%), Query Frame = 0


Query: 590 IEEPTNEQLVEALHIVAHEEVKWQESRTGVRTLLSGDLKPEAAVWLYVIKNRVMPTTHDT 649
           +E+ T  +LV  L  VA    +W  S  G  T L   L P A VW + +K+R++PTTH  
Sbjct: 154 VEDITKPELVIVLETVAIVGAEWNVSSQGAYTCLRSSLNPPAKVWYHFLKSRLLPTTHGK 213

Query: 650 TISQERVMLLYKVL 664
           T+S+E V LLY +L
Sbjct: 214 TVSKEHVSLLYSML 227

The following BLAST results are available for this feature:

BLAST of Spg032910 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038904385.1	9.0e-10	40.26	uncharacterized protein LOC120090747 [Benincasa hispida]	[more]
XP_038876674.1	2.0e-09	40.74	chromatin assembly factor 1 subunit A-like, partial [Benincasa hispida]	[more]
KAA0054837.1	7.2e-07	40.45	hypothetical protein E6C27_scaffold406G00150 [Cucumis melo var. makuwa] >TYK2777...	[more]
XP_038898613.1	3.6e-06	33.00	LOW QUALITY PROTEIN: uncharacterized protein LOC120086174 [Benincasa hispida]	[more]
PON41193.1	3.6e-06	34.29	LOW QUALITY PROTEIN: hypothetical protein PanWU01x14_291710 [Parasponia anderson...	[more]

BLAST of Spg032910 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Spg032910 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3DVQ6	3.5e-07	40.45	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A2P5CPE8	1.7e-06	41.89	Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_135680 PE...	[more]
A0A2P5AXB5	1.7e-06	34.29	Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_291710 PE...	[more]
A0A2P5BNT0	2.2e-06	40.54	Uncharacterized protein (Fragment) OS=Parasponia andersonii OX=3476 GN=PanWU01x1...	[more]
A0A2P5DAQ2	5.0e-06	41.89	Uncharacterized protein OS=Parasponia andersonii OX=3476 GN=PanWU01x14_080440 PE...	[more]

BLAST of Spg032910 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description

InterPro

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

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 34..54
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 274..288
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 65..94
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 264..298
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 695..717
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 50..144
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 690..717
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..31
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 128..144

Relationships

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


Feature Name	Unique Name	Type
Spg032910.1	Spg032910.1	mRNA