Tan0018817 (gene) Snake gourd v1

Overview


Name	Tan0018817
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Unknown protein
Location	LG07: 9199713 .. 9220446 (+)
RNA-Seq Expression	Tan0018817
Synteny	Tan0018817

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR

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

ATTTCCCCTAGAAATGCCTTCCACCCTCTTTCAAAATTTCACCATCTCCATAACTGATTCTCTCTGTTTCTGCAAATTATTCCGTCATCGCTGCATCGTACTCGCACTCCTCCCAAGCTCGCGCACGCTCAAGAATTCTATGGTCTAAATTCAGTTCAGAAAAAGGAAGGGGAAAGAGACCCAAAAAGGTTAAAGAACACAGAGAGAGCACAGAGAAGATTATAGCGAAACAAGCTATCGAGTGGGGAGTACGGTGGCTGGAGGTGGTTACGAGGTTGGAACGGTTTGTTGTTGGGTAGGTGGATTTTTCAAATGGTATATGATGCTCTGCAATTCATTGAGAGATCGACTTCGGCCATGGCTTCGTGATTATGACAGGCTTCAGTCTTTCGCAGTTATTCTCATTTATATCCAGGTGCATTCTTTCCCCCAACTCTGCCTTCCTTTCTCGATTCTTGTTTTTCTATTCTCTTCCGTGACTACTGTTATTCGTTGTTTTCATTTTGCACTCTTAATCTAATTTTTCTTCATATGAGAAAGATCGGGTGCGCATTGATTGGATCCCTAGGGGCATTGTACAATGGTGTATTGCTTATCAATTTGGCGATCGCATTATTCGCTTTGGTAGCCATAGAGAGCAGCAGTCAGAGTCTTGGCCGTACATATGCTGTTCTCCTGTTCTCTGCGATCTTCCTCGACATCTCCTGGTTCATTCTTTTTGCCTACGACACATGGTCTCTCTCTCTCTCTTTCTCTCGTTTTAGTAGTCTTTGTATGTTTAGTTTGTTTCTGTGAATGGGAGTCTGGACTGCTTGGCGGACTTAGCGATGTCTTACCCTTGTTCATAGAGTAAAATTAGAAAGGATGCGTTCAGAACAAGTTTGTGTTATATTATATTTCTACTATGTATATTGATATGCTTGGTATGATAGCCGGTATGTTCCCTGTTAGCCCTCGATCTAGTTTTTACCAATTATTTTCCCTCATTTTCTATCTCCCTGAAATTACATTTCCAACGCGGAGGCCGCTTATCGTACTCCTACAGTGCTTTTATTCTTTAACTACTTGGGATAATTTCATGACAAAATTTCCTCATTTGTTTGATGTTTGTCACCGTTCCATGGAAGCATTGCCGTATATCAGGTAGATGAAGGTGATTCAATTAATGCTGAAACTTCACACTCGAAGTTGAATTCTAATTCCAGACAAAATATGATTTTACATTAGCTATGATTAATTTTAAAAAAAAAAAGATTTTGAAGGAAGCTTTGATCTTGGTTGCAACAAAACTTGTTTTATCATCTGTTGCTGCTCGCCTATCACCCAACCTAGAGTATTTTTTTTTATTGTTTGTAAAAGTCTATTTGAACAAATGCATTCTCCTGATACCCATCTTTGTGCCTGCTTTTTCTTTTCTAATGTTCATCAAGTGCACACGCGCATGATGTGCTCTAAATTGATGTATGGTGTTGACTGCTGTTTTACCCTGTAAATTGAATGAAAGATTTCTATGTGCAGGAACATCTCATCTGAGCATTATGGACCCCTTTTTACCTTTTCAGTGAAACTTACTCTGGCTATGCAGATTATTGGATTTTCTGTTAGACTATCGTCTTCGCTGCTGTGGATTCAGATTTACCGATTGGGGATTTCATACATAGAAAATCCAGTTCACCGAGAGGCAGATTATGATTTGAGAAATAGTTTTCTTAGCCCTACTACTCCAGTTGTAGCTAGACAGCCCTCAGGTTCTGATGATATAATAGGGGGCTCTATCTATGATCCAACTTATTACTCGTCCCTCTTCGAAGATGGTCAAGATAGTAAATGTTTGTCTGAGGTAACGTGTCAATTTTTTTATGCACTCTTGCATGCACCTGTTCTTGATCTGTTGTCATTCATTTATTAGTTCTAATTTCTGCTGCGATCCTATTGCTTTATCCTCCTTTTTACAAGTATTTGGTTTTCCATGGTATTTTTTTGCTCAAGTTAATATCATCAGCATTCAATTCTTACAAGATGAAGAGGGTTAGCCTTTATTACAAGTTTCTTTTACTGAATGAAGTTTTTTTTGTTTAAAAATATTTTTATACACCAAATAAAACTTTATTACTATTACTATTACTAGTAGTAGCAGGTAGAAATCAACTTTTATTAGGATGAACAATAGTAGAAGCAAGGACCATGGATACACACAAGCTCAAAACAAAAGAGAGTCCATGGAAAGAATTACTAAAAAGAAAAGCTTTGAATACTAGAAATAAAATATTGAAGATAATTACAAAAATGCTTTGTTGAAAACATCCAAAGGGAGAGGTTGAATTGTGTCAAACTTAGAATCTCCTCACAAGGTCCTTCCCTCACAAACCCTTCTAATGTTTAAAAGAATAGCAATGAGAGTGACTTGTTAAAGAATTGTTCTTGTATCGTGGAAAGGTGATCATAAAAGCATCTATTCCATCATAGTATATCATCAACAAGTTTATGGAATAGGTGCTTTTACATTCACCTATTCTATCTAAACAAGTTTATGGAAAGTTGAATGTTTTTTTATGAGGAAACCAAGTTTTCATTGAGAAAAAATGAAATAATACACGGGCATACAAAAAAGAAAGCCCTCAAAAGGGAGCCCACTATAAAAAGGGGCTCCAATCAAGTAAAATAAGACTAAGAGAATAATTACAAAAAGACTTCGACATCGAAGCCCAAAGAGAAATGTAGAATCTAGCAAGGGACCACACTTCCAAAGAAGAGGTCTCTCTCTCTCGAAAGATTCTATTATTTCTCTCCCTTCACAAACCCCACAAAATAGCACACACCACAGCTTGCCACAAAAATAACCCTTTCCCACGAAATGACAACCCAGTGAGAAGCTCCATGAACAACTCTCTGTTATTCAGAAAATCCACGTAATTGAAATTAAACTGCTGAAAGAAAGAACTCCAGACCGCCCTCGCGAAATCACACGACCAAAGTAAATGATCAAGGTCTTCAGCTGCTCTCATGCACATAATACAACAGAAAAGATCTGACGAAGGGAACCCCCTGACCATCAATCGATCCAAGGTGTTAACCCTTCCATGCCAAACCTGCCAAACAAAGAACTTAACTTTCTTCGGGACCTCAATCTTCCAGAGGGAGGAAAAGGAGGAACCACTCGACTCATCCGGAAAAACAAGACACTGAAAAAAGGAGCTACAAGAAAAGCCTCTAAGGGGGGAAGGAGTTCAGAGACGGGCATCCCGCTGATGAGGACTGAAACGAAAATGGCTGATTAAAGATAACAAAGAGACAACATCAACTGTTTCCCTATCGCTTAAAGCACGACAAAATCAAAGAGAAGGGGATAGACCGACTTCCGAGGAAGAACGAGGGAAAATTGAAGCCACTGACTGAAGCTTAACAGAAGATAGAAAGTATAAACGAGGAAACATAGAGCAAAGGGGGCTATCCCCCACCCACTGGTCCAAGTATCCCTTCCGTCCCCCACAACACACCGGACAAACTGAGACATAACAGGAAACTCAAAAGAAATCTCTTTCCACGAGTTTCTAGAAGTGCCACGAATCCGCCCATCAATCCACTCAAAAGGGGTGTGGGCCATGCTTGCTAACTATGACCTTGTGCCATAAAGTGTCGGGTTCATGATAGAATCGCCAAAACCATTTAGCTAGCAAAATCTTGTTTCTAGACCTCACGTTACCAATTCCCTAAACCTCCCCGAGCGAGGGGCCTGGAAACCACCTCCCAATTTAACAAGTGAGAGCCTTTTCCTTCATCCACCCATTCCCACAAGAAATCCCTCATAAGCTTCTCAATTCCTTTACTAATTGAACATGAGATTCTAAAAAGGGATAAAAAATACAAAGGAATGCCACTCAAAACTTACTGGATGAGGGTTAGTCTTCCTCCTTTTGAGAAAAAGTTTTTCTTCCAAGACGTCAATCTCTTTCAAATCTTAGCCAAGACTGGATCCCAAAAAGAAATGCTTTTAGGACTGTTACCGAGGGGAAGACCAAGAGAGGAGGAAGGGAAGGTACCAATCTCACAACGCACAAACGAAGCCCAACGATCCAGCTTAGATGACTCACAATTCAGGCCCAAGATCTGACATTTAGCCCTGTTGCGAAGCCCTGAGATGGACTCAAAGAACTTAAGAATCTGATTCCATCATAGTCAGTGTTGTTGACGCGCAGGCGAGGCGACCTTGCGGTCTTGCGCCTCACAACCTGTCAAGGCGAGCCCCTTCAACGGGGCGCACGCCCGGCTGCGCCTTTTGGCGCCTTGCAGCCGCCTCTTTTCTTTTTTCTTTTTTAATTTTATTTTAATAAATCTTAACTACTTAACTTAAAGTTCAAGAAACCTTAAAAAAATCCATTCAGAGTTGTCACTTCGTGTTTTCTTTTTATTAATGAAAATGGAAACAACTCTTCACCTTCATATTCCAATCTATCGAGAGTAGACTATCGATTTTATATGATGTTTACTATACAATTTATGCTCTATATATTATTTATTTATATATTTAATTATTGCGCCTCACATCACTCGGGCCACGCCTTTTTGTCGCCTCTCGCCTTCGGGCGATCACAGGGCTTGTCGCCCTGAGGTGCGCCTTGCGCTTTGAAAACACTGATCATAGTACATACATATGGAAAGTTGAATGTAAAAGCGCCTATTCCATCATAGTACAAGATCAATGTAAAAGCACCTTGATCTTTTTGTACAACATCAACAAGTTTATTGCAACCTTATTTGGAGCTTGTGGTTGGAATGAAATAGAAGATTTTTGAAGATAAGTCTTCTCCTTTGATGTTTCTTATATATAAAAAAAAGAGAAGATAAGTCTTCTTCTTTTGATTTTTTTTGGGGATTGTGTACAACTTAATGCTTCGTGGTGGTGTCGTAGCTTTACAAATTCCTTTGCAACTACCCTTTCTCTTTGATCCCTATCGATTGTAAGGTCTTTTGTTAATAGTTCTTTGGGTGGGGGTTCTCACTTCCCCTAGCCCTTATGTTGTTTTTCCTTTCTTTATTCAAAAAAAAGAAAAGAAAAGAAAAGAAAAGGAAGATACAATCTTGCACATAATTTAGCATTGCAATCACCACGGAGGATACTTGGGTTGGCCAGCTCCAATGGCTCTTTCTCTATGAAGTCCCTCTTGTCGGATCCTCTCTTGGCTAAAGCTATATGGAAGGACCATTATCTAAAAAGGTAAAATTTTCCTTTGGCTTTGGGAAATCTCTCACGGCGCCATCAACACTCCTGTTCTTCTCCAAAAGTGTATGCTCTCTCTATAAAACATATGAAGAATCTCAAAGCCATATTTTTCTCCTATGCCCTTTTGCTTGGAAACTCTGGAGCAAAATTTTGAAGGTGTTTGATTGGTCAACTTTGCTTCCTTCTTACATGGAAGGCCCTTCTCTCTTATACTCTCTTGGGCCACCCCTTCAAAGAGGAGAAGATGTTGTTGTTGATGCACATATCAAGGGCCTTTTTTGAGTCTTTGGATAAATAAAAAGCATCCTTTCGATATGTTTTATGATATTGTTATTTATTTTGCTATTTCTTGGTGTAAAATGCCTTCTCTCTTTACTTCCTATAGTTACCCTTTTAACTAATTGGAAAAGTCTTTTGTAATCTCCTTGGATTTTTCATCCTTTTTGTAAATTTCATACTTCAATAAAATCATTTCTTGTGAAAAAAAAAAAGGAAAAAAGTTTGTAAGAAGTTTAGTTTCACCATTCAAATCCGTGTTCAGCTTACTTAACATAGTAGATTGTACTCCAATTTTGGCACAAATAAAATATATTTAAGAGATAGGGAGCTAGATATTTGAATACTCTAGGGAGGTGTGTAATTAGCTATTTGAACAAAAAGATTACCATTATACAAATAAAAAGATGAGAATAAGTATCTATCACCTGTCATGTGATTGGAGGCTTCAGAGTCCATTATCCATTTAGATGGAAGAGTTTGAGTATGAGAACAACTTGTTGCATATTCCTAGAATTACTTCATTATTTTAAGTTATATAGAATACCCCATACTGGTATTTTTTTTTTTAAAAGCAGCAATTATAATAAAAGAAAATTAGTACATAGACCAATTGGACACCAAAAATTGAGCTAAATCCTGAACTTGACATAAGTATCCCATACTACATCTCGAACCATATCTCCCATAGAAGAGTCTTGACTTGGAGCCGCTACTATTGCTACAGTGGGAGATGCTGTGCATTGGGCCTCAAACCATTCTTATTCCCTCTAGATTGAAACCACACGGTAGATTCTCCATTCTCTCTCCCATATATTGTGGAAAGCGCCATTTAATCTCAATAACATGGAAAAACTTCTTCTAACAATTTAGAGTATGAGAGCAGCGGCAAAAATATGGAAATTGTCTTCTGCACTGTTTTACAAAGAACGTACCAATTGAGGGAGGAGGCTATGGATGGATATCTTTCATGAATTCTCTCTCCTGTGTTTATACCCTCAAACTTCTTGTCAATTAGAAAAGCTTGATCGTTTTTATTGTTCTTTTTCCACTCTCTCTCTCTGCTTTTCTTTGCTTCTAGATGGTATCAATTAATGCTCTTTTCTGGAATCACATATAGCTGTGATGGGATTAAATAAAGGATTTACAGAGAATTACCTCAACGGTCTGCCATCTGCTGGTTGGTTGGAAATTCTGAATCAAGCCCACAGAGTTGATCCACTCCTCAGTGTCTTAATTTGAAAGCTCCTCCTAACATACCACCCTTACTCCACACTGTGTTGACTGAGGGATCTTTGGAGAGAAATTGCTGGCTGGGTTAGCTTTGAGAAAAGTATTGTTTTAAGAAGGTGTTTAAAGTCCACGTCTTTCCAATCTTCCTAGGATCTTATCTGGGCCTCCTCTTGATGACTATGTACTGAGATAGACCCCTTGGACCTTCCAATCACAAATCTACTCATTTTAGGCCTCCAAAAAATATGATCTTCCTGCCCATTCTTTACCTTCTGCACCTTTTTGGCTGGCAGCCATTCCTTCCTCACAGTGCCCTTACCGTGTTCCCGGTTCTGCTTTAGGGACATCTTCTATTAGATAAAGAAGGATCTTCTGGTTGCAACTTCCGAGGGCCTCTTTTTGGCTCTGGATGGAGAGGAACATAGGCTCTTCAACAAAAAAGTTAAATCTATTGGAAGGTTTTTGGATCATGTTTTTGGTTGATCTCTTTCAGCTATGCTCCATATAAATTGTAATCTTTCCTATCTTTCTACTGATTGGAAGAGTTTTTCATCGCTTCCTTGGCTTGGAGTTTGGTTTTCCTCCCCTTTCTGAAATTTCATGTGTTCTATGAAATAAAATCATTTCTCCTTGAAGAAAAAAAAGAACCGTGTTTCTCTTACACCTAGCATTTGAGGTTGTGCTGCCCCTGCATGCACGTGCAAACACATATATTATTGAGCCTCATTCATGTCTTCTGTTTTTGATCGTTAGTAACCAACCAATTGTAGCATCAATTCTTGCTATTTGTGTCTGCAGATCTCCCATTTTGGTAATGGTGATAATGGTTCTACTTCTGGGCCTGATGTGTCTCGATCAAAGCTGTCCAGACATTTCCAAGTAGCTGTCGTGAGTGTACTTATCTCAGACAATGAAATCTGTTAGTTATCTTAGGTGTATGGAATATAATCACTCTGCCTGATCAATGTTATGTGATCAAAATTTATTATGTTTGGATATTTAAATGGATGATAGGAAGTACATATATTGGATTGCCTCTGCTGTTGGTTGGTATTGAGATTATTTTGTTAGATATGATTTCAAATTTTTTGCTTGATATTTACATATGATCTCAAAACCTGTTGCCATCGCCCAATATTATGTCGTATGCTTACTTGTTGAATCTTTTGGCAAAGTAAATGTAGCCTAAAGTATGAAGTTTTGCAATATTTTTGTTTGAATGTTTCAACTTCACCAGTGTTTTGTAGATGTCCATCACTGTTTTGATTAAATTTCATCTATATATATATGGATGAAATTTAAGCTCATAACCCATTTGAACAATCTTAGGCCCCGTTTGATAACCATTTTCTTTTTGGTTTTTAGTTTTTGAAATTTAAACCTAAAAATACCACTTTTACTAATGAGTTTATTATATGTCTTTTTATCTGCTTTGTACCTATGTTTTCAAAAACCAAACCAACTTTTGAAAACTAAAAAAAGTAGGTTTCAAAAACTTGACTTTGTTTTTTGAATTTGACTAAGAGTTTAAATGCTTACTTAAGGGAGATGATCTCTATGGTAGAAAAATTAGGTGAAAATAAGCTTAATTTTCAAAAACAAAAAACAAAAAACAAAATGGTTATCAAACGGGACCTATGTTACTTGATTTATGAATGTTTTTATTCAATCTTATTCCACTTTTATACTGTATATTCTTTATTGGCAGAATTTTGTAATAACTGGGGGTGCTTTTATTTACTCATTTCTTTGTATTTGTTTTTTCTTTTTTTCTTTTTCATTTCCGGGGGAGTTTGTATCTTGAACATTTTGTTCTTATTAGGGGAAAAAAATGCTTAGGTAGATCTAAATTTATCATTAATGGGATAATATGCTATACTTTGCCTATTCTACATTGTGTATAAGAAACAATTTCATTGATGAATGAAATGGAGAAAAACTTCAAAAAGTGTATTACAAGAAAATACCAAAAGGAAATAAAAAAGAACAACCAAAAAGGCTAAATGGATGAACAATCTTGCACCATGAATAAACAAATAGAAGAAACTTTGTCCATAAAACCCCAACAAGAACAGAAAAAACCCTGAAAAGACAACTATTTCTCTCAAACCAAAGTAAAGCTACCAATCCTGAGTGACTTCTTTAACAGTAAAGCCCGGTTCACTCCAAAAATAAAATCCACCAGCAGAAATAAGTGCATCAAGGAAAGCCCACCAAGCTCCAAATAGAGTTTATCGGTTGGCGATGACGAAGATACTTAGTTTCTAAACAATTCAATTTTGTTTGAGAATGAATTCCTTAAACAAGAATTGTTTCTTCCAAGAAACTAAACCCCTAACATTCCAAGTGATAAATTTCATTTTACAACCAAGATCCTCCATTAGAGCCAATGTGGCGGTTTGTCATAGTGAGCAGTGGTTTGTAAATTCAGTAACTCCTCTTTTAATTTGTCCTTCTTCCCATTTCTATTATAAGTCTTTTTAGGCTTGGTAGGTGGGGTAGGGTTGGAATGGGCATGATACATAACCCATGCTTAGTGAGAAGGTGAGCAATGTCACGCAACTCACACGGAAAAGTATTGGTATGATGTTTCGCGGAGAAGGTTGGAGAAGATGGTTCAATGGAAGGTTCCAAGGAGGAGAAAAAGGTAAAGGTGGTTTGTTTAAAAATCGAGAGATTGATTCACACAGTGGCACTTGAATTCAAGTCCTGTGGAATTGGAGGTAAAGTGTCTAAGGGAATAAGCGAGAATCAATGGATGGATTATCCCAGAAAATGGCGAAATCCAAGGGTTACGTTGGAAAACAACATCATGGCTTTGATCGAATAGAATTGGGACTAGAGAGATACGCCTCTGTGTCCAAAGCATTGAAGGGTAGATTTGGCTTTCCATCGATGTAGAGTGTTTCAATCCAATATGGAGTGTTGAAGGATCGGGTCAATCAGGGGCCCCAATAAATGAAATGGAGGAGAGAGTTGGTTGTATCGGAGCGGGGAGCTCGTGTTCGATGATTCCCAATTAAAACCGAAGAATAAGATGCTTTAGAGATACCCAAATGATTCATACCTTGTAAAGGGGGGTCCACCAGAATCGGTGGATTTGGTAAATCAATCAAAACCAAAATTTTAGGAGGAGAATTAACAACCAAATCACTAAAAACCGAAATTTTAGGAGGAGAATCAGCAACCAAATTATTCAAAACCGAAATTTTAGGAGGAGAATCAAACAAACAAATTACTCAAAACCGAAATTTTAGGAGGAGAATCAAAGAAACCAAATCACTCAAGCACGAATTACGATTTCCTTCAACAACAAGATCTTCCAAATTAAAGGTTGGTTGCCTTTTTATCTCTGCGTGATCATAGGAAACCGACGCGAGTCAACATTAATCGCAATTAAAGATTCCATAATAGTAGGATTTTCCTTTAATTGTTCGCTAGCCGTTATCGATCGGATGTGAACGGAGATCGAGACTCGCAAATGGATTCCGGTACAACAATCACCGCTGGAATGAAACCAGTTGAATTTCTTCTAACTTTCAACCACGCCGCCATGAGGGACAACCACCTTTCTGTGTGATTTGAAACTTGAACAAAGCCGCCACATTGATCTCCAATGAACCTAAAAATTTCCTCTGTCCATAGGTTGAGAGGGAGATCCAACACCTCAATCCAATCACCATAAGAGGCAATCATCCTGTCTTGCAAAAAGGAAGAAGTAGAGAAAGCATGAAATTTGAGCTTGAAATCCCTAACCAAATGCCAAGAGGAACTAGTACGAAACTGCACAGGAAAATAAGCATCATAAATATGAATCACCGCCTTGTTATCCTGAAATGGATTGATAGTACATCGAGGAGAAAAGCCTTCTTGTAGGGAAATTCGAATATTTGGCCAAGAATCTTTTTGGGAAAAACGCCGACAAATGAGAACTCCACTCCAAATCTTTGTTGAATTTGTCGTTTGTTGATGGGAGTTGGTTGGTAGGTCACCACAATCAACATAGTTTTCCTTAAGAAATGGCTTCGTGACAGCCGCACTAAAAGACATAGACGAATCCTTTTTGTGAGCCTCACCAGGGTAATCAGAAATAAGAGAAAAGGAAGATAAATTGATTTTCACAATGTAGAATAGGCGAAAAGCAAGGATGGTTTTCTTTCTTTTCGCCTATTCTACATTGTGAAAATCAATTTATCTTCCTTTTCTTAACTTCCCTTTACTCCGTGGTCTATAAGAAACAATTCTATCTATAATTAAAGATATGAAACAAGTAGTGTTCAAAATCCTTTTAGGCGAGCTTAGAAATCAACACTTTATCGCGATAAAAATTTTAATGCTTAAAAATTTATTTTACGATCGAATACCATGGGGAATGATTGAAGAACATTTTCTTTTATTCTATGGCATTGTGAAGTCATAGCTTATGAATGATAAATTCTCATTAATATTTCTGACAAAAACTGTTGAAAGAAAACTTTCTCCATGACTCTCTCTTTCTCTCACCAACCCTTTCCCCTTCTCCCTCCTCCTCTTCCACCAACCTCCATGGCCTCTGACCCAATCAACCATGACCATCACACAGACAACAAATGCTGGAAATTGGAACTATTCAAAGAGAGCAGTCTCAATCAATCAAAAGACGTTTGACGAATACTTCAGAGTTAGTCAGACAAATATAAAGGAAAGCAGTAGATTCTCCTCCTTCAACCTCTCCATCACCTGGAACTCTTTAATTTGACTCTCGACTACTATCAACAGTCAACACTCTTTATGGGGAAACCTACCAATACAAACTCTTTAAGGAACACATAGCAGAAGACTACATCCTATGAATGGGAAAACTAAGTTAAAATCGTGAATATTCGGCCTAATCTCCCGTAACTCATGGATCAGTTCGAGCGGGTAGTAGAACCTGAAGAAATTTTTGGCCTTCACAAGGATTCAGATTTAGATAGCTGGGAGGTGTTCGTGAAGTGGAAAGGGTTGCTCGAACATGAGGTCACGTAGGAGACAGTTGACATAATGAAGCATCAGTAATTGAACGTTGATGATTTTGGGAATTAACGTCGATGATTCTGAGATGGAGTGGATCTTGTCGACTTTTGGTTGTAAGCAGGGATTTTGGCCAAGCACTTACCTTGGATTGCCTTTGGGAGGGAATTCAAAAACTATTTCCTTTTGGCAACCAGTAATTGAACGTTTGCAGCGGAACCTTCATTACTGGAAATATGCTTTCATCTCAAAAGGGGGGTGACATACTTTGATCCAAGCCACTTTGTCTAGTATGCCTACCTACTATATGTCCTTATTTAAATTGCCTTCAAAGATTATTAAGGTCTTGAATAAGACTGTTCGTGATTTTTTTTGGGAAGGTTCAAGGTTTGATGGGGGAGTTCATAATGTTAATTGGGCAACAACACAACTTCCTAATCTAATGGGCGGTCTTGGCATTGGCAATTTTGGCCATCGGAATTCAGCCCTATTGGCTAAATGGATTTGGCGGTTCACACAAGAACCAAAATCTCTTTGGCGAAAGTTTGTTGTTGCTAAATACTATGGGGAGATGCAAACCGATGGTTGGTCTTTACCAATTAGGTAGGGGTGAGCAAAAAGACCCGAAAACTCGACCGAATCAAGGCAGGGCGGTCGGTCGGTTTTATGGCTTTTTTTGGTCGGGAAATCGATCGGTCGGTTTGGGGCAAGCCCCAAACCGATCGAACCGACCGATATTTTAATTTTTTTTAAATATATAATAATAATAATAATAATAATAATAATTAAAAAAATAAAAAACTAAAAATATTTTCTCAAAATATATTAAATAAATAATTAAATAAATATTTAAAAACCGACACCTTGGTTTGGTCGGTCGGTTTTGATCAGTTTTTTTTTTTTTTTTTTTTAAAAAAGCGTCGGCCGAACCGACCGACCTTGGTCGGTTCGGAGGTCAGTTGGGGTCGACAACCGACCCCGACCGACCGATGCTCACCCCTACAATTAGGCATACCTCTCATAAATCACCTTGGAAACATATTTGTTATGTTCGAGATCTGGTTAAATCGCAGTCTATTAGGCGTATTGGAAATGGATCTGCTACTGCTTTTTTGACTGACTCTTGGCTCAATTGTGGCTCTCTTGATGTTGCTTTCCCACGTCTCTTTCGGCTTACTATGCATCCTGATTCCTCGGTGGCTGGTTTGTGGAATTTCACTAATTCTTCTTGGGATCTAAAGCTTCGCAGGAACTTAACAGATTTGGAAACCAGTGATTGGGCATGCCTTTCTCAATTGCTTTCTCATATTAGGCTATCAGAGGGTGTTGATTCCTGGACTTGGCCTTTGGAGCCTACAGTTTGCTTTTCTCAAGTCTCTTACTACTTGTTTGTTGAGCTCTGGAAATTTGATATTAAGTGATCTTTACTCTATTATTTGGAAGGATTAGTATCCCAAGAAGATAAAGATTTTCTTTTGGGAGTTTAGCTTGGAAGCTATTAATACTGCTGATAGGTTGCAAAGACGAATGCCTTATATGAGTCTTTCTCCTTTTGGTTCATCATGTGTGGATTGGATTCAGAGACAACGTATCATCAGTTTGATTCTTGCTACTAGGGGGCTTAGGCAAGGTGACCCTCTCTCACCCTTCCTTTTTATTCTAATTGTTGACTGCCTCAGTAGGCTGTTATCTTTCAAGGAGAGCAAAGACCATATTCATGGATTTGATGTGGGTAATGAAAAGCTTGTTATCAACCACCTCCAGTTTGTAGACGACACAATTCTCTTCTCTGCTCCTTCCAAGGAACATGTTACTGCCATTCTAGACACGGTCAAGGTTTTCGAGCAAGCATCAGGCCTTTCGATAAACCATCACAAATCAGAGATCAGTGGTATTCATCTCCCATCCCACTATATTACAGACCTTGCCTCGACATTTGGTTGCAAGATTGCTGAATGACCTATGGTTTATCTTGGGCTTCCTTTGAATGGTAAACCCCAATCAAAAGCTTTTTGGGCCCCTATCATTGAAAAGATCGAGAGACGTCTTACGGGATGGAAGGGTGCATACCTATCCAAAGGTGGTCGATTAACTCTTATACAGGCCACATTAACAAACCTTCCCACTTATTATTTATCCATCTTCAAGATTCCAACAGAGGTCGCCAACATCATAGAGAAACTTTTCCACCATTTCTTGTGGAATGGCACAAAGGAGAAGCGGGGCTATCAACCCATAAGATGGAACACCGTGTGTCGTCCTCTAATCGAAGGTGGCTTGGGCCTCATTGACCTTAAATCCAAAAACAAAAGCCTCCTTGCCAAATGGATTTGGCATTTTCGTCATGAAAACTCTTCTCTATGGAGGAGATTTATTGCTGCCAAATACGGATCTCAACACTTCGATCTTCATCCTGAACACAAAAAGCTTAGATATCACCAAGGGCCTTGGAAGCACATCGTGGCTCAAAGAGATTTGATCTATGAAAATGTTAGTTGTGTGGTGGGTAATGGCAAGCAAACTTCCTTCTGGCACGATAACTGGGTGGGTGGAAGCCCCATCAAAGTCCTTGCCCCCCCGGCTATATGCATTATCCTCGAAAAAGTATGGCTCCATTGATGATTTGAGAGGTGTGGATAATCTTTCATGGGACCTTGCTCTTCGAAGAAACCTAAAAGAAGAGGAGATTACCGAATGGGCATGTCTTTCCACACTCCTACCCCTCCCAACGACACACACAAATGCAGATTCTTGGAGATGGAACCTTGATGTAACCGGCCAATCCACATCAAAATCACTCTCTCACAAGATTGTTTCCAGCCATGGTCACCCCTCCAAGCTATTATTCATCAACATTTGGAAAAGGCCTATCCCTAAAAAAATCTGCTTCTTCCTCTAGGAAGTCAGCCATGAAGGCATTAATACGCCAAATACCCTTCTTAATAAGGCCCCTTGGATGGTATTATCCCCAAATTGGTGTGTCCTATGCAAACAAGCCAATGAATCCATGAGTCACCTCTTCACCAGTTGCAATTACACTTCACAAATTTGGACCAAGATCCTTATGACCTTCAAATTGCAGATTGCTCTTCCAAACAAGATGACGGTGCTTCTCGAGTCTCTTCTTATAGGGCATCCTTTCAACTGGGATAAAGCTTGCATCTGGGGCAATTTTATAAAAGCACTGTTTTGGTCCATCTGGATTGAGAGAAACAACAGGATCTTCATAGATTGTGCCCGAGATCATCATATTTTATTCGATGTTATTACTTTCCTTGCTATCTCTTGGTGTAAATTAACCCCTCACTTTTGTGATTATAGTCTCACATCCCTTGTTAATAGTTGGGATTTTATTTTGTAATGGGTTCCTTACCCACTCTTTTGTACATTTCATACTATCAATGAAATGACCATTATGTTTCTCATAAAAAAAAAACGTATCATCAGTTTGCCCATTTTTCTTTTGCTCAGAGGCTTTGGTGGTGTCTTTTGGATGTTTTTGGTTGGTCTACGACTCTACCAAAAAATATCTTCGATTTCCTTTCCTCTGTCTTGGTGGGCCATCCTTTTAAAGGAACAAAGAGGACTTTATGGTTGGTCTTTGTTCGTGTTTTTCTATGGAATCTTTGGATGGAGAGAAATGGTCGCCTATTTAGGGATGCTTTTTATACTTTTGAACGTTTTATGGACCATGTTCTTTCTATTGTTTATTTGTGGTGCAAATCTTTACCATCTTGTGGCCTTTATAGTTTATCGTTTTTTATATCAAATTGGCGTTATTTCTTGTAATTCACCTATGGGTGCTCGGAGTTCACTCCATTTCATTTATCAATGAAATTGTTTCTTATACCAAAAAAAAAAACTTCCACCTCGAGGACAAGGTGACTTTGATCCACGAGGGTGTAGTGTAAGGCCTTCAGTTGTCAATTCTTATGTTAGAAGGGGCAGAGAAGGATTCCAAAAAAAAAAGGCAGGGAAGAATTTCACATTCCCCTAGTACGGATTAATAAGTTATGTTGTGTTAGTGTATATTTTGTGTTGTTTTGTTGAGACGTTTGGTGAGGACTCTTTGTGAGTAGAGAGACTCCAACCCTTTCAAAAGGTTGTGAACATTCTTATCTTTTAGGGTCTGTTTGGAACACAAGTTATAATAACCTGTGACATACTCTGCACCCTAAACACAGGCTATTATAACCCCAGACTATACTACTCTCATTTTAAATAATATTATATGATTTCACAAACTATAATAACCCACAGACTATTATAACCCCGGTTATTATAACCCACTCAGCGCCCTTGGGGGTTGTTTGGGGCATATGTTATAATAACCTGTGTTATTATAATCTGTGGAATGCTCTGCACCCCAAACACAGACTATTATAATCTCATACTATACTACTCTGCATTTTAAATAATATTATATGATTCCACATATTATAATAACCCACCGACTATTATAACTCATGTTATTATAATTCACTCAGCGCCCCAAACAACTCCTTAGTTATTATAGAACGTTGGTATTTTGGTAGTGTTGGATACCCCACATAGACCAACACTTCGGAGTATGAACATTTTCAATCAGTTTATCACCTACCACTGCCTCCTTGGCATGCCCTTGCTAAATGGCAAATACACATGGTCCAACTATAGAGAAAGACCAGCTCTGTTTCTCTTGGACAAGTTTCTGACCACCCATGTATGCCAATCCAAGTTTGGCTTTGCTTATCAACATTAGAGAGGGTGACATCTGATCATTTCCCAATTTTACTCTCCTTTGATGATATTCAATGGGGGTTCCAGCCCCATTTCATTTCAACATCTCTCGGTTACTGCAAAAGTTGTACCCCCTTTTCTTAAGGATTGGTGGAATAACCATCCTATAACTTATGAGGGGTTGACCAGAAGATGGATTGATGACCAAACTTAAAGCCTTTATGCTAAAGTGGAAGAACTCCTCGCTTAATGGCTCCGAATTTCAAAAAACCCACCTGGAATCACAATTGAAGACCATTGGAGTGGAAGAAAGCTGAACTCTTACTGTGGATCAAAGACTGTCCCAGACAAAAATCAAAGAAGACCTCTGGGAAATAGCTGCTATGGAATGCATCTCTTGGAGACAAAAATGTAAGGTCCATTGGCTTTGAAGAAGGGGTTGAGAATGCTTTTTTTTTCCCACCGAGGATATTAGCCACAAGAAAGAGAAGAGCCTCATATCTGAAATCTACTCTCAAAGATGGCAATAGTCTTCTAAACATTGCTGATAGCCTGATATTGTAAAGGAGTTTATTGACTTCTATCAGAATCTTTCCACCAAGGAAATAGGTTCATGTTTCCTCCCCTTTAATCTCAATCTGCAGCCCATCTCTGAAGAGCAAGCAATAGCATTGTAAGCCCCCTTCACCGAGGAGCAAAATTTTTATTGCAGTGGCTGCTTTGGGAACTAACAAGACCACTGGCCTTAATGGCTTTACAACGAAATTCTTTATAAACTCGTGGAACACCATCAAATTAGATTTGTTGGTCCTAAAATTGTGGAGATTGGGAAGTGAGCAAAAAGAAAGGTATAGCTCTAAAGCTGGATCTGGAAAAGGCCTTTGATAAGATTTGATTGGGACTTCTTAGGATCCCATTATACAAGTCAAATGGTTTGGCGGTGTCTGGAGCAAATTGATCTTTGGATGCATATCTAGCACAAGGTTTTTTTTATCATTATTAATGGGAAACCTCGTGTTAAAATCTTCCCAACCGGATTGAGGTGTAGCAATCCACTTTCACCTTTTCTTTCATTCTTGGAGCTGATTGCTTTAGCAGATGACTCAACCACGGTATGGCTATGGGGCTTTGGCATCGACCACATCCAATTTTCCAGTTACACTCTTATCTTCTCTCCCTTTAAAGACAACGCCCTTTCCAATATAATCACTCTTATCTCCATCTTTGAAAAGGCTTCTGGTTTAAACACAAACTTTTCCAGAGAGTGAGATCCTTGGCATAAACATTAGCAAAGAGGAGATACAATGGGCTGGCTGTATTGGGTGCAAAAGGAACACATTGCCGATGACTTATTTAGGTCCCTCCCCCTCGGAGGAAAACCAAAATCTAGCTACTTATGGGAGCCAATCATGGAATACATGACAAAAAAGCTCTATAGTTGAAAATATTCCTACATTTGCAAAGGAGGCCAACACACACTCATAAATGCTACACTCTCCAATCTCCCTATATATTATTTGTCTTTGTTTAAGATCCTAGCTAAGGCGGCAGGTCAGACTTCAGAACTCATTAGAAATTTCTCCTGTGGAGGGCCAAGGATGGAGAAAGGCATGCACAGTGTCAGATGGGATATTACCAAGAAACCCCTCTTCCTTGGAGGTTTGGGTATTGGTAATATAAAACAAAGAAATGAAGCCTTACTTGCCAGGTGGATTTGGAGATTCTCTCATGAAAGGCAAGCTCTATGGAGGAAGGTATTAATGTCTAAGTTACTTATCTGCTACCAATGATCATCCCCCTCTTTCCAGCATCATAAAAGACCTTTGCAAGTGGAAAATTGGTGACGGGAAGGAGACATCTTTTTGGAATGAGCATTGGATTGGAAAATAGAAATAGCTCTTTTTCGCTAACACCTATCCCAATCTTTATAGACTCACAAACAAGTCCAATGCTTCCATTTTGGAATGTTGGAAGTCAATCACCAAAACATGGACCTTTGACTTTTGAAGAAACCTAAAGGAGAATGTGTTAGGAATCCAAATACTACGAACTAGGAATTGAAATATATTGAAGGTAAAGGATAAAAAAGCTACAAGATAAACCAAGTATAAGGCACTTGGAACCTCCCTCTCTTGAGTACGCTAACTCAAGCCCTAAAACACTCAACAATTGCTTGTCTTCCCTCAATCCCCTTCCCTCTATTTATAACCAAAAGCACGAACTAACTCCCTAACTAATTCCCTAACTAATTTCCTTTATGCCCTTACTAAAACCATACTACTCCTACCCATAAACCCCTATTAGTTCCCTTACTTATGATATCACTGAATGGGCTTCCTTAATATTCTCGAGTTGTTTGCTCTTACAAATTCTATGGATAAATGGAATTGGCCGATGGAATCCTTTGTTGCTTACTCAGTGAAGTCCTACTACAACCACACTCTCTTTAGCAACCAAAACAGCGAGGCATATCCTCTTTTCAAGTGCATCTGGGAAGGAAAATACCCTAGGAAAGCAAAGATTTTCCTTTGGGAGCTCAACCACAAGGGAATCAACACCAATGACAGATTGCAAAAGCTACTGCATCAGATCTTATCTCCATCAGTCTGTTTTCTGCTGGAAGGAATCAGAGTCGCAAAGCCATCTCTTTGTCACTTGCTCCTTTGCTGTGCATTTCTGGTCCTCGGTTTTGGAATCCATTGGCTGGTTTACTGTGCTGCCTATCAACACACGATTTTCTCTCCTATATCCTTATGGGGCATCCCTTTACAGGCCAAAAAATCTTGAGAGAAATGAACACAAATGTCAGTCCTTAGATTTTGATTTTCCTTTTGCTTCATTTGTGTTAGACCTCCAGTTACCAAAACTTATGAGAGAAGGGGCAATGTGGGAAGAAAGTAGTGATGTTGGTGGGGACCCCGGGATCGTGGATCTCTGTTTGGGGGGGAGGGTGAGGTTTATGTAAGGAGAGTTTGTTAGGCAGGCAGAATTTGGTGAAGGTTAAGGGCTAAGGAGAGATTCTCAACTCTCTCGAAATAGCTGAGTGTTTGGTTTCTTTTATCTTGTTTTCTTTCCTTTGGATGCCTTATTTTTGGATCATAACTCACTATTCATGGAAGAACTATCAATAGAACAGGGCTTTTCCTTATTTATCTGTGTTATGAGTCTATTTTCTGTTTCTTAGCAGGTTATATCTTAATCGATACCAAACAGTTTGTTTTCTAAATGTACAAGTTTTCAGTAATCTGCTCTTTTCCCCCTCTTTAACATTTTTAAACGAAGACCTTTTATTCTATTGTATTGTACTTGTTTTTTTAATTGTGTGTTTGGTTTTTCTAAAGAAAATGTTCATGGGGAAACCATAGATTATTCAAAATCAAGGTCCATTGTTTTTTATTTCAGCTTAAGGAGACTAGTGATGTCCAAGACAAAGGAATACTCAGATCAAATCTAACGTGTTAGAAGCGCTTTGATAACTTGGAGAGCATTGTCTTCTCTAACGTCTTTACTATGGTTAATTCATAGAGTTTAAGATTACTGTACAGAAAGGCACATGCTCCCATCATTTTCCCCATGCCAACACGAGAAAGAGGCTTGGTTTTTCCATATAATTGGATAGGATTGATAAAATGAAATGTTATTTCCAGCATTTATCTTCTGTTAGCTACCTTATTATGCTGATTCTCACTAGGTTACGTCTTTGTTTTGTAGGATGAGCATGCAGCTGGAAATCAGCAGACGGTTTAGAGCCCCGAGTTGGCGAATTTGTCGACTAATCCGCTCCTGTTATATTGATGTCACGAATTTCGGTTACGACCAACGACTCTCAGGTGCGGCCTGGTTAAAGTAGAATGATGTTTGTACAGCTTCACATTATTAGATATAATTCTTTTTCCAGGACAAGGAAATTCTTGTACCGTCCGGCTCTGTGTTGAGTAAGAGAGCTGCATTGGCTTTGAAGTCTCAATAGGGAAAGAAGTTTTTGTTTTTGTTTTTTTTTTTTGTTTTTCTGGTTTTGTTTTTGTTTTGGGGTAAAGGAATTGGGAAAAAGAAGTTCAATAACAAGAGGTATGATTTTCATTTTCCTTCTGAATTCATTCCGTAGATAAAAGAGTACTAGGTCTACAAAAGTTGGGGTTCAGTTCGGTCGTGGATCGAGAGAAATCTGTGGCCTAATGATTCATGTAAGGATACTTAATTTTTGTTATAATATTTTCAAATTTTGGGGCTATTGTGGAAATTAGGATTTTATTTATTTATTTTTGGGTGAATAAGGTACCATGATCAATCGAC

mRNA sequence

ATTTCCCCTAGAAATGCCTTCCACCCTCTTTCAAAATTTCACCATCTCCATAACTGATTCTCTCTGTTTCTGCAAATTATTCCGTCATCGCTGCATCGTACTCGCACTCCTCCCAAGCTCGCGCACGCTCAAGAATTCTATGGTCTAAATTCAGTTCAGAAAAAGGAAGGGGAAAGAGACCCAAAAAGGTTAAAGAACACAGAGAGAGCACAGAGAAGATTATAGCGAAACAAGCTATCGAGTGGGGAGTACGGTGGCTGGAGGTGGTTACGAGGTTGGAACGGTTTGTTGTTGGGTAGGTGGATTTTTCAAATGGTATATGATGCTCTGCAATTCATTGAGAGATCGACTTCGGCCATGGCTTCGTGATTATGACAGGCTTCAGTCTTTCGCAGTTATTCTCATTTATATCCAGATCGGGTGCGCATTGATTGGATCCCTAGGGGCATTGTACAATGGTGTATTGCTTATCAATTTGGCGATCGCATTATTCGCTTTGGTAGCCATAGAGAGCAGCAGTCAGAGTCTTGGCCGTACATATGCTGTTCTCCTGTTCTCTGCGATCTTCCTCGACATCTCCTGGTTCATTCTTTTTGCCTACGACACATGGAACATCTCATCTGAGCATTATGGACCCCTTTTTACCTTTTCAGTGAAACTTACTCTGGCTATGCAGATTATTGGATTTTCTGTTAGACTATCGTCTTCGCTGCTGTGGATTCAGATTTACCGATTGGGGATTTCATACATAGAAAATCCAGTTCACCGAGAGGCAGATTATGATTTGAGAAATAGTTTTCTTAGCCCTACTACTCCAGTTGTAGCTAGACAGCCCTCAGGTTCTGATGATATAATAGGGGGCTCTATCTATGATCCAACTTATTACTCGTCCCTCTTCGAAGATGGTCAAGATAGTAAATGTTTGTCTGAGATCTCCCATTTTGGTAATGGTGATAATGGTTCTACTTCTGGGCCTGATGTGTCTCGATCAAAGCTGTCCAGACATTTCCAAGTAGCTGTCGATGAGCATGCAGCTGGAAATCAGCAGACGGTTTAGAGCCCCGAGTTGGCGAATTTGTCGACTAATCCGCTCCTGTTATATTGATGTCACGAATTTCGGTTACGACCAACGACTCTCAGGTGCGGCCTGGTTAAAGTAGAATGATGTTTGTACAGCTTCACATTATTAGATATAATTCTTTTTCCAGGACAAGGAAATTCTTGTACCGTCCGGCTCTGTGTTGAGTAAGAGAGCTGCATTGGCTTTGAAGTCTCAATAGGGAAAGAAGTTTTTGTTTTTGTTTTTTTTTTTTGTTTTTCTGGTTTTGTTTTTGTTTTGGGGTAAAGGAATTGGGAAAAAGAAGTTCAATAACAAGAGGTATGATTTTCATTTTCCTTCTGAATTCATTCCGTAGATAAAAGAGTACTAGGTCTACAAAAGTTGGGGTTCAGTTCGGTCGTGGATCGAGAGAAATCTGTGGCCTAATGATTCATGTAAGGATACTTAATTTTTGTTATAATATTTTCAAATTTTGGGGCTATTGTGGAAATTAGGATTTTATTTATTTATTTTTGGGTGAATAAGGTACCATGATCAATCGAC

Coding sequence (CDS)

ATGATGCTCTGCAATTCATTGAGAGATCGACTTCGGCCATGGCTTCGTGATTATGACAGGCTTCAGTCTTTCGCAGTTATTCTCATTTATATCCAGATCGGGTGCGCATTGATTGGATCCCTAGGGGCATTGTACAATGGTGTATTGCTTATCAATTTGGCGATCGCATTATTCGCTTTGGTAGCCATAGAGAGCAGCAGTCAGAGTCTTGGCCGTACATATGCTGTTCTCCTGTTCTCTGCGATCTTCCTCGACATCTCCTGGTTCATTCTTTTTGCCTACGACACATGGAACATCTCATCTGAGCATTATGGACCCCTTTTTACCTTTTCAGTGAAACTTACTCTGGCTATGCAGATTATTGGATTTTCTGTTAGACTATCGTCTTCGCTGCTGTGGATTCAGATTTACCGATTGGGGATTTCATACATAGAAAATCCAGTTCACCGAGAGGCAGATTATGATTTGAGAAATAGTTTTCTTAGCCCTACTACTCCAGTTGTAGCTAGACAGCCCTCAGGTTCTGATGATATAATAGGGGGCTCTATCTATGATCCAACTTATTACTCGTCCCTCTTCGAAGATGGTCAAGATAGTAAATGTTTGTCTGAGATCTCCCATTTTGGTAATGGTGATAATGGTTCTACTTCTGGGCCTGATGTGTCTCGATCAAAGCTGTCCAGACATTTCCAAGTAGCTGTCGATGAGCATGCAGCTGGAAATCAGCAGACGGTTTAG

Protein sequence

MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALVAIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQIIGFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIGGSIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAGNQQTV

Homology

[Close]

BLAST of Tan0018817 vs. NCBI nr
Match: XP_004149633.1 (uncharacterized protein LOC101215314 isoform X1 [Cucumis sativus] >KGN54008.1 hypothetical protein Csa_021678 [Cucumis sativus])

HSP 1 Score: 443.0 bits (1138), Expect = 1.7e-120
Identity = 228/244 (93.44%), Postives = 234/244 (95.90%), Query Frame = 0


Query: 2   MLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV 61
           MLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV
Sbjct: 1   MLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV 60

Query: 62  AIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQII 121
           AIESSSQSLGRTYAVLLFSAIFLD+ WFILFAYDTWNISS+ YGPLFTFSVKLTLAMQII
Sbjct: 61  AIESSSQSLGRTYAVLLFSAIFLDVFWFILFAYDTWNISSKQYGPLFTFSVKLTLAMQII 120

Query: 122 GFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIGG 181
           GFSVRLSSSLLWIQIYRLGISY+E  V READYDLRNSFLSP TPVV RQPSGSDD+IGG
Sbjct: 121 GFSVRLSSSLLWIQIYRLGISYMETSVPREADYDLRNSFLSPATPVVVRQPSGSDDMIGG 180

Query: 182 SIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAGN 241
           SIYDPTYYSSLFEDGQDSKCLS ISHFGNGDNGSTSGPDVSRSKLSRHFQVA DE+A G+
Sbjct: 181 SIYDPTYYSSLFEDGQDSKCLSGISHFGNGDNGSTSGPDVSRSKLSRHFQVADDEYADGH 240

Query: 242 QQTV 246
           QQTV
Sbjct: 241 QQTV 244

[Close]

BLAST of Tan0018817 vs. NCBI nr
Match: XP_022144718.1 (uncharacterized protein LOC111014335 isoform X1 [Momordica charantia] >XP_022144724.1 uncharacterized protein LOC111014335 isoform X1 [Momordica charantia] >XP_022144732.1 uncharacterized protein LOC111014335 isoform X1 [Momordica charantia] >XP_022144739.1 uncharacterized protein LOC111014335 isoform X1 [Momordica charantia] >XP_022144748.1 uncharacterized protein LOC111014335 isoform X1 [Momordica charantia] >XP_022144755.1 uncharacterized protein LOC111014335 isoform X1 [Momordica charantia])

HSP 1 Score: 439.5 bits (1129), Expect = 1.9e-119
Identity = 227/245 (92.65%), Postives = 233/245 (95.10%), Query Frame = 0


Query: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60
           MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL
Sbjct: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60

Query: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQI 120
           VAIESSSQSLGRTYAVLL SAIFLDI WFILFAYDTWNISS+ YGPLF+FSVKLTLAMQI
Sbjct: 61  VAIESSSQSLGRTYAVLLLSAIFLDIFWFILFAYDTWNISSKQYGPLFSFSVKLTLAMQI 120

Query: 121 IGFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIG 180
           IGFS+RLSSSLLWIQIYRLGISY+E  V READYDLRNSFLSPTTPVVARQ SGSDD+IG
Sbjct: 121 IGFSIRLSSSLLWIQIYRLGISYMETSVPREADYDLRNSFLSPTTPVVARQTSGSDDMIG 180

Query: 181 GSIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAG 240
           GSIYDP YYSSLFEDGQDSKCLS ISHFGNGDNGSTSG DVSRSK+SRHFQV  DEHAAG
Sbjct: 181 GSIYDPAYYSSLFEDGQDSKCLSGISHFGNGDNGSTSGLDVSRSKISRHFQVVDDEHAAG 240

Query: 241 NQQTV 246
           NQQTV
Sbjct: 241 NQQTV 245

[Close]

BLAST of Tan0018817 vs. NCBI nr
Match: XP_008449916.1 (PREDICTED: uncharacterized protein LOC103491645 isoform X4 [Cucumis melo])

HSP 1 Score: 439.5 bits (1129), Expect = 1.9e-119
Identity = 228/244 (93.44%), Postives = 233/244 (95.49%), Query Frame = 0


Query: 2   MLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV 61
           MLCNSLRDRLRP LRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV
Sbjct: 1   MLCNSLRDRLRPCLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV 60

Query: 62  AIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQII 121
           AIESSSQSLGRTYAVLLFSAIFLD+ WFILFAYDTWNISSE YGPLFTFSVKLTLAMQII
Sbjct: 61  AIESSSQSLGRTYAVLLFSAIFLDVFWFILFAYDTWNISSEQYGPLFTFSVKLTLAMQII 120

Query: 122 GFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIGG 181
           GFSVRLSSSLLWIQIYRLGISY+E  V READYDLRNSFLSP TPVV RQPSGSDD+IGG
Sbjct: 121 GFSVRLSSSLLWIQIYRLGISYMETSVPREADYDLRNSFLSPATPVVVRQPSGSDDMIGG 180

Query: 182 SIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAGN 241
           SIYDPTYYSSLFEDGQDSKCLS ISHFGNGDNGSTSGPDVSRSKLSRHFQVA DE+A G+
Sbjct: 181 SIYDPTYYSSLFEDGQDSKCLSGISHFGNGDNGSTSGPDVSRSKLSRHFQVADDEYADGH 240

Query: 242 QQTV 246
           QQTV
Sbjct: 241 QQTV 244

[Close]

BLAST of Tan0018817 vs. NCBI nr
Match: XP_038901808.1 (uncharacterized protein LOC120088513 isoform X2 [Benincasa hispida])

HSP 1 Score: 436.0 bits (1120), Expect = 2.1e-118
Identity = 227/246 (92.28%), Postives = 233/246 (94.72%), Query Frame = 0


Query: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60
           MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL
Sbjct: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60

Query: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQI 120
           VAIESSSQSLGRTYAVLLFSAIFLD+ WFILFAYDTWN SSE YG LFTFSVKLTLAMQI
Sbjct: 61  VAIESSSQSLGRTYAVLLFSAIFLDVFWFILFAYDTWNFSSEQYGSLFTFSVKLTLAMQI 120

Query: 121 IGFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIG 180
           IGFSVRLSSSLLWIQIYRLGISY+E  V READYDLRNSFLSP TPVV RQPSGSDD+IG
Sbjct: 121 IGFSVRLSSSLLWIQIYRLGISYMETSVPREADYDLRNSFLSPATPVVVRQPSGSDDMIG 180

Query: 181 GSIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAG 240
           GSIYDP+YYSSLF+DGQDSKCLS ISHFGNGDNGSTSGPDVSRSKLSRHFQVA DE+A G
Sbjct: 181 GSIYDPSYYSSLFDDGQDSKCLSGISHFGNGDNGSTSGPDVSRSKLSRHFQVADDEYADG 240

Query: 241 NQ-QTV 246
           NQ QTV
Sbjct: 241 NQLQTV 246

[Close]

BLAST of Tan0018817 vs. NCBI nr
Match: XP_023533647.1 (uncharacterized protein LOC111795446 isoform X1 [Cucurbita pepo subsp. pepo])

HSP 1 Score: 431.0 bits (1107), Expect = 6.8e-117
Identity = 218/243 (89.71%), Postives = 229/243 (94.24%), Query Frame = 0


Query: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60
           MMLCNSLRDR+RPWLRDYDRLQSFAVILIYIQIGCAL+GSLGALYNGVLL+NLAIALFAL
Sbjct: 1   MMLCNSLRDRIRPWLRDYDRLQSFAVILIYIQIGCALVGSLGALYNGVLLVNLAIALFAL 60

Query: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQI 120
           VAIESSSQSLGRTYAVLLFSAIFLDISWF+LFAYDTWNISSE YGP FTFSVKLTLAMQI
Sbjct: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFLLFAYDTWNISSEKYGPFFTFSVKLTLAMQI 120

Query: 121 IGFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIG 180
            GFSVRLSSSLLWIQIYRLGISY+E P+ READYDLRNSFLSP TPV  R+PS SDDIIG
Sbjct: 121 TGFSVRLSSSLLWIQIYRLGISYMETPIPREADYDLRNSFLSPATPVAVREPSVSDDIIG 180

Query: 181 GSIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAG 240
           GSIYDPTYYSSLFEDGQDSKCLS +SHFG+GDNG+ SG DVSRSKL RHFQVA DEHAAG
Sbjct: 181 GSIYDPTYYSSLFEDGQDSKCLSGVSHFGHGDNGTASGSDVSRSKLPRHFQVADDEHAAG 240

Query: 241 NQQ 244
           +QQ
Sbjct: 241 HQQ 243

[Close]

BLAST of Tan0018817 vs. ExPASy TrEMBL
Match: A0A0A0KWY7 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G266940 PE=4 SV=1)

HSP 1 Score: 443.0 bits (1138), Expect = 8.3e-121
Identity = 228/244 (93.44%), Postives = 234/244 (95.90%), Query Frame = 0


Query: 2   MLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV 61
           MLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV
Sbjct: 1   MLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV 60

Query: 62  AIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQII 121
           AIESSSQSLGRTYAVLLFSAIFLD+ WFILFAYDTWNISS+ YGPLFTFSVKLTLAMQII
Sbjct: 61  AIESSSQSLGRTYAVLLFSAIFLDVFWFILFAYDTWNISSKQYGPLFTFSVKLTLAMQII 120

Query: 122 GFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIGG 181
           GFSVRLSSSLLWIQIYRLGISY+E  V READYDLRNSFLSP TPVV RQPSGSDD+IGG
Sbjct: 121 GFSVRLSSSLLWIQIYRLGISYMETSVPREADYDLRNSFLSPATPVVVRQPSGSDDMIGG 180

Query: 182 SIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAGN 241
           SIYDPTYYSSLFEDGQDSKCLS ISHFGNGDNGSTSGPDVSRSKLSRHFQVA DE+A G+
Sbjct: 181 SIYDPTYYSSLFEDGQDSKCLSGISHFGNGDNGSTSGPDVSRSKLSRHFQVADDEYADGH 240

Query: 242 QQTV 246
           QQTV
Sbjct: 241 QQTV 244

[Close]

BLAST of Tan0018817 vs. ExPASy TrEMBL
Match: A0A6J1CT50 (uncharacterized protein LOC111014335 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111014335 PE=4 SV=1)

HSP 1 Score: 439.5 bits (1129), Expect = 9.2e-120
Identity = 227/245 (92.65%), Postives = 233/245 (95.10%), Query Frame = 0


Query: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60
           MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL
Sbjct: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60

Query: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQI 120
           VAIESSSQSLGRTYAVLL SAIFLDI WFILFAYDTWNISS+ YGPLF+FSVKLTLAMQI
Sbjct: 61  VAIESSSQSLGRTYAVLLLSAIFLDIFWFILFAYDTWNISSKQYGPLFSFSVKLTLAMQI 120

Query: 121 IGFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIG 180
           IGFS+RLSSSLLWIQIYRLGISY+E  V READYDLRNSFLSPTTPVVARQ SGSDD+IG
Sbjct: 121 IGFSIRLSSSLLWIQIYRLGISYMETSVPREADYDLRNSFLSPTTPVVARQTSGSDDMIG 180

Query: 181 GSIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAG 240
           GSIYDP YYSSLFEDGQDSKCLS ISHFGNGDNGSTSG DVSRSK+SRHFQV  DEHAAG
Sbjct: 181 GSIYDPAYYSSLFEDGQDSKCLSGISHFGNGDNGSTSGLDVSRSKISRHFQVVDDEHAAG 240

Query: 241 NQQTV 246
           NQQTV
Sbjct: 241 NQQTV 245

[Close]

BLAST of Tan0018817 vs. ExPASy TrEMBL
Match: A0A1S3BMI4 (uncharacterized protein LOC103491645 isoform X4 OS=Cucumis melo OX=3656 GN=LOC103491645 PE=4 SV=1)

HSP 1 Score: 439.5 bits (1129), Expect = 9.2e-120
Identity = 228/244 (93.44%), Postives = 233/244 (95.49%), Query Frame = 0


Query: 2   MLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV 61
           MLCNSLRDRLRP LRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV
Sbjct: 1   MLCNSLRDRLRPCLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV 60

Query: 62  AIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQII 121
           AIESSSQSLGRTYAVLLFSAIFLD+ WFILFAYDTWNISSE YGPLFTFSVKLTLAMQII
Sbjct: 61  AIESSSQSLGRTYAVLLFSAIFLDVFWFILFAYDTWNISSEQYGPLFTFSVKLTLAMQII 120

Query: 122 GFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIGG 181
           GFSVRLSSSLLWIQIYRLGISY+E  V READYDLRNSFLSP TPVV RQPSGSDD+IGG
Sbjct: 121 GFSVRLSSSLLWIQIYRLGISYMETSVPREADYDLRNSFLSPATPVVVRQPSGSDDMIGG 180

Query: 182 SIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAGN 241
           SIYDPTYYSSLFEDGQDSKCLS ISHFGNGDNGSTSGPDVSRSKLSRHFQVA DE+A G+
Sbjct: 181 SIYDPTYYSSLFEDGQDSKCLSGISHFGNGDNGSTSGPDVSRSKLSRHFQVADDEYADGH 240

Query: 242 QQTV 246
           QQTV
Sbjct: 241 QQTV 244

[Close]

BLAST of Tan0018817 vs. ExPASy TrEMBL
Match: A0A6J1K8Q2 (uncharacterized protein LOC111491660 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111491660 PE=4 SV=1)

HSP 1 Score: 431.0 bits (1107), Expect = 3.3e-117
Identity = 218/243 (89.71%), Postives = 229/243 (94.24%), Query Frame = 0


Query: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60
           MMLCNSLRDR+RPWLRDYDRLQSFAVILIYIQIGCAL+GSLGALYNGVLL+NLAIALFAL
Sbjct: 1   MMLCNSLRDRIRPWLRDYDRLQSFAVILIYIQIGCALVGSLGALYNGVLLVNLAIALFAL 60

Query: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQI 120
           VAIESSSQSLGRTYAVLLFSAIFLDISWF+LFAYDTWNISSE YGP FTFSVKLTLAMQI
Sbjct: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFLLFAYDTWNISSEKYGPFFTFSVKLTLAMQI 120

Query: 121 IGFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIG 180
            GFSVRLSSSLLWIQIYRLGISY+E P+ READYDLRNSFLSP TPV  R+PS SDDIIG
Sbjct: 121 TGFSVRLSSSLLWIQIYRLGISYMETPIPREADYDLRNSFLSPATPVAVREPSVSDDIIG 180

Query: 181 GSIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAG 240
           GSIYDPTYYSSLFEDGQDSKCLS +SHFG+GDNG+ SG DVSRSKL RHFQVA DEHAAG
Sbjct: 181 GSIYDPTYYSSLFEDGQDSKCLSGVSHFGHGDNGTASGSDVSRSKLPRHFQVADDEHAAG 240

Query: 241 NQQ 244
           +QQ
Sbjct: 241 HQQ 243

[Close]

BLAST of Tan0018817 vs. ExPASy TrEMBL
Match: A0A6J1H3M3 (uncharacterized protein LOC111459800 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111459800 PE=4 SV=1)

HSP 1 Score: 431.0 bits (1107), Expect = 3.3e-117
Identity = 218/243 (89.71%), Postives = 229/243 (94.24%), Query Frame = 0


Query: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60
           MMLCNSLRDR+RPWLRDYDRLQSFAVILIYIQIGCAL+GSLGALYNGVLL+NLAIALFAL
Sbjct: 1   MMLCNSLRDRIRPWLRDYDRLQSFAVILIYIQIGCALVGSLGALYNGVLLVNLAIALFAL 60

Query: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQI 120
           VAIESSSQSLGRTYAVLLFSAIFLDISWF+LFAYDTWNISSE YGP FTFSVKLTLAMQI
Sbjct: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFLLFAYDTWNISSEKYGPFFTFSVKLTLAMQI 120

Query: 121 IGFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIG 180
            GFSVRLSSSLLWIQIYRLGISY+E P+ READYDLRNSFLSP TPV  R+PS SDDIIG
Sbjct: 121 TGFSVRLSSSLLWIQIYRLGISYMETPIPREADYDLRNSFLSPATPVAVREPSVSDDIIG 180

Query: 181 GSIYDPTYYSSLFEDGQDSKCLSEISHFGNGDNGSTSGPDVSRSKLSRHFQVAVDEHAAG 240
           GSIYDPTYYSSLFEDGQDSKCLS +SHFG+GDNG+ SG DVSRSKL RHFQVA DEHAAG
Sbjct: 181 GSIYDPTYYSSLFEDGQDSKCLSGVSHFGHGDNGTASGSDVSRSKLPRHFQVADDEHAAG 240

Query: 241 NQQ 244
           +QQ
Sbjct: 241 HQQ 243

[Close]

BLAST of Tan0018817 vs. TAIR 10
Match: AT1G55535.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: cellular_component unknown; EXPRESSED IN: cultured cell; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT3G13420.1); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 300.4 bits (768), Expect = 1.3e-81
Identity = 155/228 (67.98%), Postives = 185/228 (81.14%), Query Frame = 0


Query: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60
           MMLC SLRDR+ PWLRDY +LQS AV LIY QIGCALIGSLGALYNGVLLINLAIALFAL
Sbjct: 1   MMLCGSLRDRIHPWLRDYVKLQSLAVFLIYAQIGCALIGSLGALYNGVLLINLAIALFAL 60

Query: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQI 120
           VAIES+SQSLGRTYAVLLF A+ LDISWFILF  + W+IS+E YG  F FSVKLT+AM++
Sbjct: 61  VAIESNSQSLGRTYAVLLFCALLLDISWFILFTEEIWSISAETYGTFFIFSVKLTMAMEM 120

Query: 121 IGFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIG 180
           IGF VRLSSSLLW QIYRLG + ++  + RE D DLRNSFL+P TP +ARQ SG+++I+G
Sbjct: 121 IGFFVRLSSSLLWFQIYRLGAAIVDTSLPRETDSDLRNSFLNPPTPAIARQCSGAEEILG 180

Query: 181 GSIYDPTYYSSLFEDGQ---DSKCLSEISHFGNGDNGSTSGPDVSRSK 226
           GSIYDP YY+SLFE+ Q   +S   ++++H+  G+NGS S  + S  K
Sbjct: 181 GSIYDPAYYTSLFEESQTNINSPKATQVNHYSAGNNGSPSAAEASHIK 228

[Close]

BLAST of Tan0018817 vs. TAIR 10
Match: AT1G55535.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: cellular_component unknown; EXPRESSED IN: cultured cell; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT3G13420.1); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 300.4 bits (768), Expect = 1.3e-81
Identity = 155/228 (67.98%), Postives = 185/228 (81.14%), Query Frame = 0


Query: 1   MMLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFAL 60
           MMLC SLRDR+ PWLRDY +LQS AV LIY QIGCALIGSLGALYNGVLLINLAIALFAL
Sbjct: 1   MMLCGSLRDRIHPWLRDYVKLQSLAVFLIYAQIGCALIGSLGALYNGVLLINLAIALFAL 60

Query: 61  VAIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQI 120
           VAIES+SQSLGRTYAVLLF A+ LDISWFILF  + W+IS+E YG  F FSVKLT+AM++
Sbjct: 61  VAIESNSQSLGRTYAVLLFCALLLDISWFILFTEEIWSISAETYGTFFIFSVKLTMAMEM 120

Query: 121 IGFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSPTTPVVARQPSGSDDIIG 180
           IGF VRLSSSLLW QIYRLG + ++  + RE D DLRNSFL+P TP +ARQ SG+++I+G
Sbjct: 121 IGFFVRLSSSLLWFQIYRLGAAIVDTSLPRETDSDLRNSFLNPPTPAIARQCSGAEEILG 180

Query: 181 GSIYDPTYYSSLFEDGQ---DSKCLSEISHFGNGDNGSTSGPDVSRSK 226
           GSIYDP YY+SLFE+ Q   +S   ++++H+  G+NGS S  + S  K
Sbjct: 181 GSIYDPAYYTSLFEESQTNINSPKATQVNHYSAGNNGSPSAAEASHIK 228

[Close]

BLAST of Tan0018817 vs. TAIR 10
Match: AT3G13420.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G55535.1); Has 66 Blast hits to 66 proteins in 16 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 0; Plants - 66; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). )

HSP 1 Score: 242.7 bits (618), Expect = 3.2e-64
Identity = 134/213 (62.91%), Postives = 156/213 (73.24%), Query Frame = 0


Query: 2   MLCNSLRDRLRPWLRDYDRLQSFAVILIYIQIGCALIGSLGALYNGVLLINLAIALFALV 61
           MLC SLR+R+  WLRDY RLQS  +ILIY QIGCALIGSLGALYNGV+LINLAIALF LV
Sbjct: 1   MLCVSLRNRIHNWLRDYVRLQSVVLILIYAQIGCALIGSLGALYNGVVLINLAIALFGLV 60

Query: 62  AIESSSQSLGRTYAVLLFSAIFLDISWFILFAYDTWNISSEHYGPLFTFSVKLTLAMQII 121
           AIES+SQSLGRTYAVLLF AI LD+SWFILF+ + WNISS+ Y   + FSVKLTLAM+I 
Sbjct: 61  AIESNSQSLGRTYAVLLFCAILLDVSWFILFSKEIWNISSDMYQVFYIFSVKLTLAMEIA 120

Query: 122 GFSVRLSSSLLWIQIYRLGISYIENPVHREADYDLRNSFLSP------------------ 181
           GF VRLSSSLLW QIYRLG S I++P  R++D DLRNSFL P                  
Sbjct: 121 GFVVRLSSSLLWFQIYRLGASIIDSPFPRQSDSDLRNSFLEPPLLARQRSRDPELRNSFL 180

Query: 182 TTPVVARQPSGSDDIIGGSIYDPTYYSSLFEDG 197
             P +A+Q S SD+I+  SI +P  Y+ L + G
Sbjct: 181 QAPAIAKQRSRSDEILEDSIDEPASYTPLLDGG 213

The following BLAST results are available for this feature:

BLAST of Tan0018817 vs.


Match Name	E-value	Identity	Description

BLAST of Tan0018817 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004149633.1	1.7e-120	93.44	uncharacterized protein LOC101215314 isoform X1 [Cucumis sativus] >KGN54008.1 hy...	[more]
XP_022144718.1	1.9e-119	92.65	uncharacterized protein LOC111014335 isoform X1 [Momordica charantia] >XP_022144...	[more]
XP_008449916.1	1.9e-119	93.44	PREDICTED: uncharacterized protein LOC103491645 isoform X4 [Cucumis melo]	[more]
XP_038901808.1	2.1e-118	92.28	uncharacterized protein LOC120088513 isoform X2 [Benincasa hispida]	[more]
XP_023533647.1	6.8e-117	89.71	uncharacterized protein LOC111795446 isoform X1 [Cucurbita pepo subsp. pepo]	[more]

BLAST of Tan0018817 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0KWY7	8.3e-121	93.44	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_4G266940 PE=4 SV=1	[more]
A0A6J1CT50	9.2e-120	92.65	uncharacterized protein LOC111014335 isoform X1 OS=Momordica charantia OX=3673 G...	[more]
A0A1S3BMI4	9.2e-120	93.44	uncharacterized protein LOC103491645 isoform X4 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A6J1K8Q2	3.3e-117	89.71	uncharacterized protein LOC111491660 isoform X1 OS=Cucurbita maxima OX=3661 GN=L...	[more]
A0A6J1H3M3	3.3e-117	89.71	uncharacterized protein LOC111459800 isoform X1 OS=Cucurbita moschata OX=3662 GN...	[more]

BLAST of Tan0018817 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G55535.1	1.3e-81	67.98	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic...	[more]
AT1G55535.2	1.3e-81	67.98	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic...	[more]
AT3G13420.1	3.2e-64	62.91	unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA...	[more]

InterPro

Analysis Name: InterPro Annotations of Snake gourd (anguina) v1
Date Performed: 2021-10-25

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR35471:SF1	OS07G0223700 PROTEIN	coord: 1..211
None	No IPR available	PANTHER	PTHR35471	OS07G0223700 PROTEIN	coord: 1..211

Relationships

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


Feature Name	Unique Name	Type
Tan0018817.1	Tan0018817.1	mRNA
Tan0018817.2	Tan0018817.2	mRNA
Tan0018817.3	Tan0018817.3	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane