Tan0017533.3 (mRNA) Snake gourd v1

Overview


Name	Tan0017533.3
Type	mRNA
Organism	Trichosanthes anguina (Snake gourd v1)
Description	Autophagy-related protein 18b
Location	LG08: 7914534 .. 7936391 (+)
Sequence length	1501
RNA-Seq Expression	Tan0017533.3
Synteny	Tan0017533.3

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.

GACAAACATCCGTTTCAATGGATTCCCGTCTCTGAACTCCGATTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCATGGCAAATCAACCATCCTCTTACCCAATTCTCTGCGCCTCCTTCAATCAGGACGCCAGGTTTGTTCCTCTCTTTCTCTGTGTATCGATTGGGGGTCTGATCATTCTTTTCAGTTTAATTAGGATCATTCTCTGATAAACAAAATTGATTGAATTATATGTAATCTGGAGGTATTATTATTAGTGAAGCATATGGAGAGGCGTATTGGAAAATTAAGCAGTGTTTTTATGTTAGTTACATAATTGTGTTTGTTTAGAGTTTTTGTAAACTAGCTGGTGATATTATGTAGGTGTGGATTTGGTATTATCGGAGTTCTCTAAATAGGTTGGTATTTAGTAACGTTGAATTTTGTCTTTGGGGAAGAAAAACAAAGAGGTTTGAGAGAGTTTGAGCATGGGTGACTTCGTTCGTTCTGAATTATTCCTATTATTTCAAGTGCCTGCCACACACATTCAACATAGTATTAGTATTAGAGCTTTAGCCTTAAATGAGAAAGCAGCAACTTAGCTTTAAGTGCTTCGACTTACCAGTGGTAATTCATATGAAGCCTCCACCTGATTCACAAGATGCATGAGAAATTGTTAACGGAGGCTATATAGAACCAGAAAAATTAAGCGATCTTAACCAGGCTAAGTGAAGTTTTACACCATCTTAGCACGAAAGATCAAAAGGCTTTCAAAGTTTCAGTTAATTCATCCAACTATTACCAATGCAAATTTTGACAAAATTTCTGTTACTTATACTACCCAAGCAAGTATGATAAACTTTATAGGTTTCTTTTAAAAGTGTTATGGAGTTTAGAAGGTTTCCTCTAAAATTAAGTGGCAATTGTGAAGCGTTGCTCGTGAAGGAGTTTGAATCAAATTGTATGTATTGTGAGTGCCAATCGCTTGACCTTCCTACATTTGGTTGCCAAAGATACTCGTAAGATATTATATTGTAGGTTGGTGGCCACCATAGTTTGAACCCATTCCCTTTATTTTCTTTTGAACAAGAAACAAACCTTTCCATTGAATAAATGTAAAGGCTTTAACTGCATTAAAAAATCTCCTTTTGCAAAGTGCAAGAGACTGCCAAATGCCAAGATAATGATCTCACTGAGAAAACACTAGAATAATCTAAATATCAAAGACTAAAAAGCATCAACTCCCATTCTAGACCCCGTAAATCATCCAACGAGCCAAAACAACCAAGACTACTCCCACCAAGCTGCTCCAAGCTATTGACCAGAAGAAAATAACAACCAGAAACTCATTCCTTTAAACCCTTCACTTTTTCGTTCTTTCATTTCTTGTTCAACCCTCTTACCCTGTCTTCTCATCTCTGTGGAAGGTGAAATTTTAAAAAAGATTAAATTCTTTGTTGGGCAGGCTATCTGTGGAAGAGTGAACACTTTAGATCGACTTTTGAGGAAGTTGTCCTCTTTGATAGGGTCGTTTTGTTGCATTACTTGTCGAAAGGCAGAGGAAGACTTAGATCATATCCTTTGAAGCGCCATTTTGGGAGAAGGGAGAGTTTTTTCAGCAAGCTGGGATTTGCGGGGAGAAAGGGAAATGAACAATAAAACCTTTAGAGAAGCGGAGAGGGACCCTTGTGATGTTTGGTTCCTTGTTAGGTTTTATGCTTCACTTGGGATATCGGTGACGAAATCTTTTTGTAATTACTTATCAGTTCTATTATTTTACTTGATTATAGTTCCTTTCCTTAGCAAGACTTGCTTTTGTGGGCTGGTTTTTTTGGATGTCCTTGTATTCTTTCATTTTTTCTCAATAAAAGTTTGGTTGTTCATAAAAAATTATGGCGGTTGAATAAAATTCGTATTTATACCAAAAGATTATTAAGCATAGTGATGATAGAATAAAGCGAGACATTAAATGATGAACAAATAGTTGAAAAGACACAACTCATTGGAAGAGAGATTCAATTTTATTGTTGCGGCTTTTGAAGAATTAGAAGAGTGGAGTTCTATGTTGACTCATCAAGTTATTGTTATATTTGCAAGCCCGCAAAGAGAAGATTAATGAGAAGAACAAATAGTCAACTAAACAACATTTTCAATCAATGTTGTATTTAGAGAGAAAAATATCAGTCATGAAAAGAACTATCAAGGTTGAGATCACGCTAAAAGTTGTGAGCCTAGTGATTTTAGAGGTTGAGGTATCGAAAATTTTGGCTAAAGAGAACTTGATAGGAATAATTTCTGTTCTAGCTCATCTTGTGGAAGGCATAATCATTCAAGAGGATGGCCAAATGATGATGGAGGGTATGATAAAAATCGTGTTTGAATGTTTTTTTTTTCAAGAAACAATTTCATTGATGAATGAAATGAGGGAGTAATACTCCTGGTCCCCAAAAGAAGGGTTACATGAAAACTTTCCAATTAGAGAATAAAAAGATAAACCAGTAAAGCGAGAAAGGATATTGATTTACACCATTGGAAAGCGATAATAAAAAGCGTATCAAGAAACTTGTCAAACGTAGAAGAAATTCCATTGAAGATCCGCCCGTTTCGTTCCGTCCACAAAGTCCAGAAGTAAGCACGAGTGAAGGCAAGCCAAAGTTTTTGTTTAAGACCGTGAAATGGATGTCCCCCAAGAACTAAAGAAAGTAACTCAGGGATCGCGAAGGGAAACGGTTGACACCAACCAAAGGCTTCAAGCATAAAAGACCAGAAACGCGAAGCAAAGGAACAATGCATTAAGAGATGGCCAACACATTCCGCGTCAGAATAACACATAACACACCATGATGGTGAGAGCGACATGTAAGGCAATCTTCTTTGAAGTCTCTCTTTGTATTGATTGCTCCCAAACCGAGTTTCCAAACGAAAATTTTGACCTTTTTGGATATTTGTCCTTCCAAATAGTTTGTATACAAGTCTTTTAACTGTGGAGCGGACTCACTAACCATAGAATCCAAAAGTGAGTGGATGAAAAAGAACCGAAAGGATCTAAAGACCAAGACCAAGAGTCGAGAGATATTCTCAAGTCTAACTAGATACAAGAGTTGAGATAGAGTAGCCCACTCTCTATTTCTAGTTCATTTAAATTATGGCGAGGTTGCAAATCCCAAGCATTTGTGGATGCATTCCACATGTTTACCACCAAGCTGTCCTGGATTCGCGAGCTAATCGAAATAACCGAGGGAAAGCTAAAGCACATGGTCCACAACTGAGCCAAGCATCCTTCCAAAACAATGTATGACAACCATCACCTAAAACACTAGAAGCATTGCTTGAAACCAAGTTCGACAAGAGTGAAATATTTCGCGGGGTGATTTATGAGCATTCGAATGGACAACTTGGGCCAACCCCATCATGAGGAAACCCGTAGTACTTGGCAATAATCGGTTTCCTCCACAAAGCATCTTTTCTTGAACCGAACCGCCACACCCATTTGGCTAGAAGTGCATCATTTCTAACTTTGAAGTTACCGATACCAAGATCTCCCATCAGGTTTGGAAGTTGTACTAGCTTCCAATTTACATTGTGAATCCCCCCATCTCCTCTAGAGCCCTCCCAAAAAAAGTCACAAATAATCTTGTTTAGGATTTTTATAACGAGAAGAAGGCATCTTAAAAGGGATAAGTAATATATTGGTATCTTGCAAGTAGGTAGCTTTGAATAAGAGTGTGTCTTCCCCTTTTTGAGATATAAGCATACTTCCAGATTCACGTAGCTTAGTTGCAACTTCTCAACTCTGGATTCCAGCAGGCCCAATTTAGAATTCCCTCCCAAGGGAAGTCCCAGATAGGAAGAAGGCCAACAACCCTGTTTACACCCATATTTGGTCAAAAACCACTCCATTTCTCCATCATCGACATTGATCCCTAGCAGTTCACTTTTAGACAAATTGATCTTTAAACCAGAGGCGATTCAAAGATTTTTACTACTTCAAAAAGACGGGTCACACAGCGATCCTGCCAGTAGAGAATAAGAGAGTGTCATCAGCGAATTGCAAGTGATTCAAGCAGAAAGGTGTGTGACCGATCGGATGAGTAGAGATAACCCCCATTGAAGCACTATGAGACATGAGACGACTCAGACAATCAGAGACCAAGATAAAAAGACAAGGTGATAGTGGATCTCCCTGTCGAATGCCTCGAGATGGAATGATCTTGCCTCGTGGCTTTGCCATTAACAATAATTGAGTAATTAGCACTAGAGATACAACCCCTAATCCAAGCTCTCCACTTCATACCAAAGCCTTTGGCATGCAGGATGGCATCCAGAAAGTCCCAATCAACTGTATCAAAGGCTTTCTCTAAGTCGAGCTTTAATACCACACCACTACGCTGTGAGATAGTCCAATCATCGATTATCTCGTTAGCCATAAGAGATGCATCAATAATTTATCTGTCAGCCACATATGCGAGTTGATTTTCGAAATAGTAAAAGGCAGAACCAACTTCAATCTATTCGATAAGACTCGAGCAATAATCTTGTAGGCATAGGAGATCAAGCTAATAGGACGAAACTCTGAGACCAACTTAGGTGTGAGTTTCTTTGGAATTAAACACAGGTATGTCTCATTTAGTGCAACGTTGATAACCCCGGAAGAGTGGAAATCATGCATCATAACCATAATATCAAGTTTGATGGTATCCCGGAAGAATCTAAAAAATTCTACTGTAAAGCCATCTGGTCCAGGAGACTTACTTGTGCCTAGAGAAGTAACTGCTCTGTATACTTCCTCCTCAGTAAAGACTCCCTCAAGATTTGTGGCCTGATCGGTGTTCTAAGAAGCACGGACACAGACACGGGACACGGACACGGACACGACACGACACGGCGTTACGTCAATTTCTAAAAAACTAGGACACGGACACGTTGGGGATACGTTCTTTTTTATTATTATTTTAGGATATATGTACATTTAACATAAAATTCTAAACTTAATCCACTAAAAAACATAAAATGTCAAGTTAATTAACCATAGTAATTGTACAAAACACATTATCCAACATTCAATAAACAAAGTTTTCAAATGAAATAAGAGTAAATATCAAAAAAAAAAAAAATGAAAACAATTTTATATACAAAAAGAAAATAGAAAACATGTTCTGTTCATGAGTGGTAGAAGAGTTTTTAATTTTTAGTTTTATTATTTATGTTTTTAATGTCTTTTTTGTGTTTAAAATTTAAAATTAAATGAGTTTTTAACTTTGGGCTAAAAAAAAGGGTTAGGCCTTTTTTTTCGGTTAAAAATTTACCCAGTGTGTCCAATGCGTGTCCACAACGTGTCCCTCGCGTGTCCACAACGTGTCCGTCGCGTGTCCATAACGTGTCCGAAATTAAAAAGAATAATAATAATAAGGGACACGTAAATTGGCGTGTCCGACACGTGTCCGGAGCGTGTCCGAGCGTGTCCGTGTCCGACACGTGTCCGACACGGACACTCTGTCTAAAATAGAGTGTCCGTGCTTCTTAGTCGGTGTTGATAGGGCTCCAAAAGACATTCGTTGGAATAAATCTCTGATTGTCATCCTTTGTGAAGAGAGTTGAGTAAAAACTGATGAATTCTGTCTCAATGTTATTAGCTGTCAACAGGCTACGCCCATCCCTTGAGATAATCTCAGTAATCGTGTATTTTCGCCTACGGGCAGCCACAATTCTATGAAAGAATTTTGTATTTTCATCCCCCTCACTGATCCACTTCAACTTATAACGTTGTTGCCAGGAAATATGTTCTTGAACAATCAAGTCTTCAATCTGTTCACAAAGCAAATGACGAGATTCCAATTGTGAACCCGTAAGAGTGCCACTATCTGCTAAGTTATCAAGATTATGCAACTGGGCCATAAGAGAGGAAAAAAGAGAAGCACGTGAGTTAATTGATTTACTCAACTGTTTAAGTACAATTCTGAGCCCTTTCAATTTCATCATGAGTCCATGTCCAGGCCAACCTTCAAGTTTGTTTTGTTGCCACCAATCATTTACCACCTGGCGAATAGACAAGTTTTGGAGCCACGCATTTTCAAAGCGAAAGGGACAAGGCCCCCACTCTATATCCCCAAAGGATAAAACTAATGGATAATGATCGGAAGTGATTCGGTCAATGCGTTTGAATTTAGCATTACCAAATTTCCTGAGGCAAGCATCTGTGAGTAGGAACCGATCGAATGTGGATCTCGTAATGTGAACCACTAAAAATTGGACCGAGTAAACTTACCATTCAGCAAAGGGATGTCTAAGAGCTCATAATTGCTAATCCACTGATTAAAAACCCGCATACTTCTGGAAATAGATTGATCATGTGATTTCTCCGAAGACCAACGTGTAACATTAAAGTCACCTCCAACAACCCAACGATCTCCTCCCGGACCAAAGAATATCGTTCAATTCACGCCAATAGTCCTCGTGAAAACTCGAAAAAGTGAAGGACCATATATTCTTCGATAACGAAAATGGTAAAACCATCAGATAATAAAACGTGAATTGAAAGAGAATATAGGCCGCAGATAACCTCTAGAATCGAAAAGTCTGGTTCATTCCAAAGAATAAGGATTCCACCTGCCGAATTAGTGGCATCAAGTGTCGTCCAACCAATGTTGGAGGAGCTCCAGATTGATTTTATCATGTAGGAATCAGTTGAATTAAGCTTAGTTTCTTGCAACAACACAATACCCGGATTTTGAAGTTGTATGGTCTTCTTAATCAATGACCTCTTCTTCCAGGAACCCAACTCTTGAACATTCCAAGTTAAGAATTTCATGAGGCAACAGAGGAGCCCTCCAACAATGCTAAAGTTGCTGTTTTGTCATAATGGATTGAAGAATTCAGGTTTTGTAGCTCTCTCTGTAGACTTTTCTTCCTTCCCCTCGTGGGGCACTTCTTCTTTTTGTTATTTGGTGTGGGCAGTGCAGGTATTGGCAAAATACACAGACCATGATCGGAGAGGAAATCTGCTATTTCCCGTAGGCTGCAAGGCGACTGGGAAGGCACATAGCCCGAAACCGAGGGATCCGTGGCCTTGGGTATGGTGGATGGAAGGGTAGAAGGTGGGTTAAGAGTAAGGGTAGGTGCCACTTCAAAGTTATTTTCCATAGCTATGGGTGAAATATCTTCTGGAATAGGTGGGAGGAATTCGATTGGTTGTTGCAACTCTGGGTTTGGATCATCCCCGAAGATTGCTAGGTCGAATGGTTGGGGTTGGAACTCTAAAGGTTGAACTGAAGTAGCTGAAACTGGGTTGGACAGGTATGCCTCTGTATCAAATCCTTGAAAATTTGTGAACGACTGTTTGGATGTAGTGAACTTGACCGATCCAAGCTGTAGGGAAGAGAACGGTTGATTGGTGGTGCCCTCGATGAAAGAGACAACATTAAATGAGGGTTGAATGAGGGCAGGGGAGAGGGAAGTCGATGGAATAAACCGAGGATCAGTCCCAGGGATTAGGGTTTCTGTACCAGCCGCCAAGATTGGAAGAGAATCCGTGATATTAGGGCAGATCTCGGGGATTAAATCTTCACTAACCAAAGGATCCGCGTGAATTTCTGAGAGGATTTTAAAACCACCAGAGGCGAGCAAAAAATTACCGTCCACGTGTGCAGGAGAATCCGAGATATTGGGGCAGTCCTTTTGCGAAAGATCTTCCACTAGGATCTTGGCAGAATCACCAACTGTTTCCACATTTAACGGTCGCTTGCCTTTTGAGTTATAATGCCCATTTAATTCCAAGAAACCTTCCTTTTTCGATAGGGAAGGGTCCTTAATCGGTGCACCACCATAATTACTTGTAACAACTATTTTTCTGGCCGAAAAACCTTTAATCTGAACGGAGATTTGTTCACCTGCTAGGTCCGGTGGGATGGCTATGGTTGCAGGGAGAAAACCTATGTCATTTGCTCTAACCTTGATTCTTGCAGCCATACACGACAAATTCCTTTCTGTAATGTCTGAAACTTTGAGGAAGCCTCCACATTCATCACCAATGAATTTAAAAATAATGTCTAGCCAAAGTGTTGGAGGAAGGTTTAGGATCTCAATCCAGCCACCATATGAGGCAACTTTGTGATTTTGTATACAAGAAGAGGTTGTGAGCAGAGAAAATTTCAGACTAATGGAATCAAAGAGTGACCAATCCTTTAGGCTACAAAGTTTTGAAGCTAGAGCACTGTCATAAACATGAAGCGAGCTTTATTATCCTGAAACGGGTTGATTGTGCACCTGTTTGGAGAGAGAACTACGGAGAACAGCAAGGATGAGTGGCCACTTATCTGATTGGAGACGCCGCTCAATTACTACAATTTCGCTTTGACACTCAGAGGAGGCAGGGGGCAGTGAAGGATTTGACTTATGAGTAGTTGAAGGAAGATCAGCCACTTTGAAGTTCATGGGGTAAGAGGTTTGGTTGTCGATCTTTTTCTGGGGATAGTCTGAAATCAGTGAGTAAAAAGAGAACCAGCCTTGCTTTTTTTCCTCTGAAGGGATGAAAAGTTTCTTCCTTTCACCCGAATGTTGTAGCTGTGTAAGCTCAACAAAGAAACCATGCTTGTTGCTATGTTTTTCCAACCAAAGGTTGTCATTCTCACCTCGAAATTTCTTGAAGAATTTGAAGGTTGTGGGTTCTTTGCAGAGTATCTCGAAAGAAAGAGAGAGTCATTCCAAAGATTGCCAAGTCAGGGAGATGGAGAAAGAAGAGAGTTTGCCTTGTTCGGTGATCTTTGCCCTACTCCCTCTATATGCTTCATCAAAAGCAATGTGGAAGATCTTACGATCAATTAAAATGGATCTTGTTGAGTGGTTCCATGGGGTGGAGGAGATGGTTGGGGTCATAGTTGGAGGAAAGAAAGGGTTGCCGGAAAAGTCACCGGAGTTCTAGTAACTGGTAAGGGGAGAGAGGAGGGAAGAGAGAGGAGAGAGAAGAGAGCATTTTAAAAAAAAAATTACTTAAACATTCGTGTTTGAATGTTATAATTGCCATAAATTTTGCTATATTCTTGGAATAGCAAGATTGAAGTTAGGGAAAATGTTAGTTACATTGAGGTAGTAAGAACGTCGTGACATGTGAGAACATTCATGATATTTTGATAACAGTGCATGCAATTTGTAGGTAAGCAAGCAAAATAATATTCGTTTAACTTGATAACTCTATTTTGTCCTTATTAATGTTAGACGGAAAGGTAAGATCTTTGCTTCTAGAGGCCCTAGAAAAAGTAATTTGCTGCCTCCTTTTCTCTTCATTTTAGTGGTGAATGTTCTTCGCATATTGGTTTCTACTGGGATGGAAAAGGGGAGTATTGAGGCACCTTCAATTTATGGATGATTTTTTTTTTTTTGGGGCAAGAAAAGATCTTTTGTTAATTTGAGTAGCATTGTCCTTTGTTGAATCCATGTCATCTTAAGATTAACCGAGGAAAAGTTCAATCATTGACATTAATTGCAATCCTTCCAAACTGAAAACTTGGACGTCCTTATGGGTTGTGAGTTAAATTGTCTGCCTTTCTCATACCTTGGACTCCCTCTAGGTCATAACTCGAGGTGTGCTTCTTTTTGGAGTCTAGTCCTGAAAAGGTTTCACAAGCACCTTTCTTCTTTGGAAAAGGCTTTCTTTCTAAGGGAGAGATACTTAACTCTTATATTTTTGGATAGAAATCCTTTTTTGTTGTTTGTCGGACTGTTTGTTTCTATGCTCTTGTATATTCTTTCATTTCTCTCAATGAAAGTTCGGTTTCTTATTAAAAAAACATTTCTAGTGATTCTACAATTTATAAACAATACCTTTTATAATGGGCCGAAAATGAAATATTTTTATCTTAGATGCATTCTACACTATGCATGAATTTTGGATTCACGTACTTCGAGTTTTCATGTGAATTAAATAGTGAAACATGTATGAACGGTTCATAGTATTTGAGTTATTATAGAAGTCTAGAATTTTTCTTGAAGTCCTACAAGTATGTTGGTGCAAGTATGTAGAGAAGAAAAACAGAGAAAATTGAAACTTGAAAGAATTGGTGTACCAAGTTTATATTTATGTAAAGAGCTCGAAGCTAAGTGACATCAAGTGTGTGACATTGTTTTTATTCCGTTATTTTTCTTGTCTCAATATCCTCTCTTAGTGACGACCCCATTCTTTGAAGAATTAGAAGCAAATAATACTAATAACATCAATAAATAAGCAGACAAAGATTTATGATGTTTGTTTGGTTGGAATTGGCAGTTTATTTGCAATAGGTACAAGAGATGGCTTTCGAATATTTGATTCCAACAATGGAAGGCTCTGCTATGAACGAGGTATGTGTTTGAGCTAGATTCTTCATCTTTTTTCCTAATTTTGTTTTTGTAGCAAAGCTGCTTTTATGATGAAACAAATAACAAAGAAAAAGTTCAACGATTTTTTTAAAAAAAAATTGTATTGTGCTATGGCTAGAATCCCTTGCGCTAAATTTAAAATGACTAGGTTTGCACCATACTTAGACTTGTTAATTGAAGTAGAGTTCTTGCTGGAGCCTTGATTTGTCCAGACAAATACCACAATTTTTTTAATTTTTTTTAAAATAGATTTAGTACAGGGTAAGTTTATAGGTAACTCAAAAAATTTTGAAGTATAGACTTGAAGTATTTGTATGGAATAGTTTTCATGCACAAAATATGTATACAGCCAGATACTAATTAGTGAACTGTTACTCTTAAGGTGTGGAATCAGAAATGTTACATGTTTACAAAACAATTTAATTCTCGGTATCTTTTTCTCTAATTTTCACACATACAAGCAAACACATGGGCTCAGTATTTGATTTTATGTTGAGAGAACAACAAATTTGATTATCTTTTAATGAGTCAATATCTATTGTCATGAGACTCTTTGTTTGTGCAATCAAGTTCATAATTTTTTTATTTAGAAAAGAATGAACTTGGAAGTTTTGATTTGTCGATTTTTTACTTTTTAGTATTTGGAAGCAATGAAGCTCTTGAGTTCACTCTGTGTTTGATCTCGTTCTCTCTTGCTAGCTCTTGGTGCATTCAATATTGTTGAGATGCTGTTTAGCTCTAATCTTGTTGCCATTGTTGGAGCTGGTGAACAGGTGATTTGGAAGTTAATTACATGCTACATTTCAATATTTATCTATTCTAACATGCAGTATCACACATTTTATGCATCTGGTTGGTTGCTAATTAATGAAAAAATATTTTTCTTTGATTGTCCACAGCCATCTTTATCCCCACGTCGTCTTTGCTTGTTTAATACAATGAGTGGAAATGCTCTTAGAGAACTGAATTTTTTAACTTCAATACTAGCTGTTCGCATGAATAGGAAAAGGTAAAGAAAAAAAAAATCTAGCTATTAAGTTGCATTATTTTTTTAAAAATGGCTATGATGTATTATTTAAATATATTTATTATTCTTCTGACAATAAACACACATTTTGATTATCATATGGTAATACAAATTTTTATTCTATTTAATATAATATAAATTTGTTTTTTATTCCGAAACTGCTGATAGTAACTTGAATAAGTTTGTATCGGAGGCAGCTTGTATGCTAACTTTTGGTTGACATAATTTTATAAATGAACTTAGAGATGAAGCTGGCAAGATGATCTGGATACTGATAATTGAGCCATATGTCTCGGGTATTTTTGACATTTTCATATATTGATCATCGACTATTTTACCTACCCTTCAAATCTAGTATCTGCATATCAAACCTGTTTAGTCCTAGAAACTATCTTTCTATAATTTCGTCTAAGGGTATCATATATTTTTTACTCTTTGGTTATCCTTCATTTCCTTTTTGGTGGCTTCATTTCCTTTTTGGTGGCTCCAATTTTTCGTTTCCCCTCCTTTTGGTTGTATGTTAGACCCCCAATTTTACACAAATATTCTAGAAGGGGCAAGAGGGTAAATACGGTTGAGAAGTCGGGGACCACAGGGGAGGAATGAGAGGGGTACGGCCGAGAACGTGGGAGTGAGGGCTTAAAGGTTTTGGGATCCTCCGAGGGACGATTTTTGGGGTTTTGGAAGTTGTTTTGCGGGGAGGAGCCGGCCTCTCGAATAGCCGTGCCACTTGTTGTTATCTTTTGTTATCGGAAATCAATGAAATAACCCCCTTCGTTGTTGAAGAACTCTCAACCAACGAAGGGTTGGTTCTCTACTTCTGCTTTTTTCTCTCTTATTACTCTTAGAACTATTATCTCTCGGGTTTGGATACCTAACAAATTGGTATCGAGCACGTCGACTGGGAAAAACACGTAGAATGGCCATGGAGGAGAGAGTCTCCGACGACAGAGAGAGTGATCGCGAAATCAAAGAAAAGTTACGTGGGTTGGAATCAACCTTAGAGCGAGGTTGGGAAAGAGTAGCCACGGATATGCGGGAAAACCGTAAGGCGCCGATCTTGATCTTTGGCCGAAGGATCGTCCCGGGAAAAAGCGCGGCGAGAATGTCGAAACCCGGTGACATCAAGGGCAAGCAACGATCGTCCTGTTTCTAGCACCATGGGAAGGAGGACTCATCACAAAGCAAGTGATAGAGAGATAACCTCGGACCGAAGTAAGTATAAAAACTTGAAATGCTGTGTTTACGAGGACAATCCCGATCGTGGATGATACGTGCGAGAGACTTATTTTGAAGTACACGGCTAAGCGATGTAGAAAATATTAATGTGTCGATAGTCGGTTTTGATCCTGATGTAATCGAATGGTTCACATTGGGCGAACAATCGGAAGAAGATCACCGATCCGAACGAGCGTGAGGAGAGACTTACGTTGAGATACTGCCAACCAACTCGGGAAGGCAACCCTTGCGGGCGATTCCTTCGATTAAACAAGAAGGCACGGTGAGGAATACGAGAAAGAAATTTGAGTCTTATTCGTGACCGCTATCCGGAATGGCGGAAGACGTGCTTGAAAACACGTTCATCAGCGGCTTGATTCATCGCCGATCGAGCGGCCGTCATCGATCGTGAACCAAAGGGACTAGAGGATGCGATGAAACAGGCCCAATTAATTGAAGGCCGTGAATGGGCCCTAGCTGCGTGGGGAAGGATGGGGCTACGACGGGGAGAAGGAAGTGACGAAGGTCGACCGAGGTTGATTCTAAGACGATTGGGCCCAACAATGGGAAGCCAAACCCAAAGCCCAACGACCATCTCCTGGTCCATTTCGGTTCTGAAAAACCCAACCCCAACCGCCGGCTTACCTATGCCCCAAGATTGACGGATCTTTGAGTTTGAGCAAAAGAGAGCATGGTTTATGTTTCCGATCGACGAAAAATACTCCAAGGACCACCATTGTAAAAAACTCGAGATCGAGAGAGAGAGTAGTTTGGGAAAGCAACACCGCGACATTGAAGTGAAACAAGAAGAGATTGAACCGGAAGAAGAGTGGGTTCTTGCCGACACCGAAGTTTTCGGCATGCTGCAGTGGAGCAAATTAAGCTCAACCTGAAATCCATGGTGGGATTTTCAAACCCGAGTACGATGAAATTACGCGGGAAGATTAAAGGGAAAGAAGTAATCGTATTGGTCGACTGTGGAGCAACTCATAACTTCATCTCTCGACATCATCGCCGGAAGAAACCGGAGCTCCCAGGGTAGACACTCTTAACTATGGAATAGTGATGGGAAATGGGTCGACGATGACCAGGACAAGGAATGTGTCGGGAGGTGGTGATCCACACAGCGGAGATGTGTCCTTCCAAGAGGACTTATTACCTATTGACCTAGGAGGAGTGGATGTAATTCTAGGCATGATATGGCTACGATCCTTGGGAGTGATGGAGGTAGATGGGGTCGAGCTCACGATGACGTTTAATCTGCGGTGGAAATCGAATTACGATAAAAGGGGACCCTCGTTAACAAAGGCACAAGTCTCCTTGAAAATGTTGTTGAAGGATGGGACGAAGAAGACCAAGGTTTCTGGTAGGCCTCTGAGAACACCGGGCGAGAGATGATGAAGGCCGGTTGTTCGGACCCCGAATGGAAAGGTCGACATGACGAAGGAAATACAACAAGCTCAAACGCCGATATGGTGAGTTGTTCATCGAAAAAAAGGACCTTCCGCGGAGAGGATGTCGACCACCGGATTATATTGATGGAAGGAAGGACCAATCAATGTGAGACCTATAAATACGCACACACGCAGAAAGAATGAAATAGAAAGACTTGTGACGGAGATGCTCTCTTGGGTATTATACGGCCAAGTACCAGGTCCTACTACTCAAGTCCAAAGACTTACGGTCAAGAAGAAAAAGACGGCGGATGGCGCTTTTGTGTCGACTACTACTTCACCGAACAAGGTCACGTTTAGGATAAATTTCCCATTCCCATGATCGAAGAATTACTTGGATGAGCTAAAGGGATCCGTAATCTTTTCGAAATTGGATTTGAAGTCCGGATACCACCGATCGGGATGAACAAAGCAGGACATCGAGAAGACCGCATTCGCATACACGAGGGGGCATTATGAATTCTTAGTAATGCCGTTTGGTCTCACGAATGCTCCCGCCACTTTCCAAGCTCTAATGAACAAGGTATTTCGTCCTTTCCTCGGGACGATGTGTGTTGGTTTTTTTGACGATATTCAGTTTACGATCCTAGTTATGAGACTCATCTACTTCATCTAGACCTTGTGTTCAATGTGTTTGAAGGAAAACAAACTAGTGTTAAATGAAAAGAAATGTAGTCTGGGCAGGGATCGCATAGAATACTTGGGACAACTGGATCTCCGGTAAGGGAGTGGAGGCGGATGACGGTAAGATAAAAGCCATGCTTTGAATTGGCGAGGCCAACATCTCTTAAGGAGCTCAGAGGATTTCTGGGACTCACGGGGTATTATCGTCGATTTGTGTTGAACTATGGAAGTATTGCCGCCCCACTACACAACATGCTTAAGAAGAATTGTTTTCTATGGAGTGATGAATCGATTGAAGCTTTTGAGAAACTAAAAAGCAGCAATGACCACTCTGCTGTCCCTAGCCTGCCGGATTTTAATCGACCTTTTATCATAGAAAAACAGATCGTCGGGAAATGTGCCGGGAGCGATGATTTACATGCAGAACCAACGACCCATCGCCTATTTTAGTCACGCGCTGTCGGATAGAGCAAAATTGAAACCCATCTATGAAAGGGAGCTGATGGCGATCGTTTTCGCAGTCCAAAGGTGGCGACATTACTTGTTGGGGCAGAAATTTGTGGTCCTATCCGATCAGAGAGCACTTAAGAACCTGTTGGAGCAACGGGAAGTTCAACCTGAGTACCAAAAATGGTTAACGAAATTGTTGGGGTACTCTTTTGAAATCAAGTATAAAGCTGGAATTCTGAACCGGGCGGCGGATGCCTTATCTCGTTTACGTTCAACAGGTGAATGTTCCTCCTTGTCCGCACCCAGAATTATTGACATAGACACTATCCGGAAGGAAGTAGAGGAAGATGTTGAATTATCCAAGATCATGAGAGACATCGAGGTTGACCCAAGGAGTCACCCAAAATATATCGTCCATCAGGGACAACTTCGGTACAAGGATCGTTTAGTTATCTCTAGTCACTCCACTCTCATCCCGGCCATCCTACAAATGTTCCATGATTCGGTTTTGGGAGGTCACTCGGGTTTTCTCAGGACATACAAGCGGATGACCGGAGAACTCATCTTTGGATGGGAATGAAGAAAGCGATTCGAATTATGTGGCGAGTGTGTTGTTTGCCAACGGAACAAGGCCGGCCGTGGCCCCGCCGGTTTATTACAACCCCTACCTATCCCGGATAGGGTGTGGGAGAAATCGAAAGATCGACTTCATTGAAGGACTACCTAAATCTCACGGGTATGACTCGATTCTTGTAGTGGTGGACCGTGCGAGTAAATATGCACACTTCGCTTTGTTGAAACACCCGTATTCAGCCAAAGAAGTTGCGACCCTATTCATCAAGGAGATTGTGCGGTTGCACGGTTACTCGAAATCCATAATATCTGATAGAGACGTTATCTTCTTAAGCAACTTCTGGAGTGAATTATTTCGCTTGCAGGGCACGTCCCTCAAGAAGAGCACTGCTTTTCATCCACAAACCGACGGCCAAACTGAAAGGATGAACAGATGTCTAGAGACATATCTCCGATGCTTTTGTAACGAACAACCTCGGCGGTGGGAGAGATGGATCGATTAGGCGGAATCTTTGGTACAATACCAACTACCATGTGTCCATCAATACCACCCCCTTCAATGTGGTGTATGGCCGAGCTCTGCCTCCACTAATTTCCTATGGGGAAAAGAAAACAACAAACTGCACTCTGGAACAACAGCTCATTGATCGGGATATTGCCTTAACAACACTCAAAGAACAACTACGAGTAGCACAAGAGAGAATGCGGAAACAAGCAGACCGCCACCGAAGAGAAGTAGAATTTGAACCAGGAGATTGGGTATTCTTGAAGTTGAAACCGTATCGACAGAAGTCTGTGGCTAGGAGAAGGAGCGAGAAACTATCACCAAAATTTTATGGTCCGTATGAAGTGATGGAACGCATTGGCCAAGTAGCATACAAGCTGCACCTACCCCCTACTGCTGCAGTTCATCCAGTTTTTCATGTTTCCCAACTTAAAAGAATGATAGAGGCATACGCATGATCCTACAATCAGCACCACCTTGTTTCTCTGATGAGTATGAATGGACAGAAACACCAAAGGAGGTCCTGGGTTATCGCTGGAACGAGGACTTGTTTATTTGGGAATGCCTGATTGAATGGGAGAAACGACCACGTAGTGATGCTACTTGGGAACCGTACGAGGAGATCAAGAAGAACTACCCCCATTTCCACCTTGAGGACAAGGTGGTTGTTTACCCCTGGCAATGCTAGTAGACCCCCAATTTTACACAAATATTCTAGAAGGGGCAAGAGGGTAAATACGGTTGAGAAGTCGGGGACCATAGGGGAGGAATGAGAAGGGTACGGTCAAGAACGTGGGAGTGAGGGCTTAAAGGTTTTTGGGGATCCTCTGAGGGGACAGTTTTTTGGGGTTTTGGAAGTTGTTTTGCAGGAGGGAGCCAGCCTCTCGAATAGCTGTGCCCTTGTTGTTATCTTTTGTTATCGGAAATCAATGAAATAACCCCCCTTCGTTGTTGAAGAACTCTCAACCAACGGAGGGTTGGTTCTCTACTTCTCTGTTTTTCTCTCTTATTACTCTTAGAACTATTATCTCTGGGTTTGGATACCTAACATTGTACTTGCGCTCTTTTTGATGGAAGTGGCCGAAATATATAAACAAATTACAAATTTGCTATGCAAAATGGCGTTTTGCACTGTTTCTCCACCTGAAGTTAGTTCTTGATTCGAACTTCGGGGTAGTTATAGACTATTTCTTCTAATTGGAAATTCAGTCTCAGTGGTCTATTGTTGACAATGAAAAAACCTATCTTTTAAGTAAAACTAAAACCATCAAACATAATATACTTGAAGGAAGTTCGTTTATGAAATGGCGGCTGCATTGGACACTTCCTCTTTAAGAGGAGGAATTCATGAGTTCATTGAGACCATCAACCAGATGAATATGACCAGCATCAATAACCTTTATTTTCGAGTAATGTTGAGAATAATCGTCAGTTATTGTTATAAAATATAATAGAAACTAAAATTTTCTTGTTGTACTTTTACCAGTATTTTAAGTTGTACTGACTCTAAGATTTGATGGAAAATGCAGACTTGTTGTACTACTGCAAGATAAGACATTTATATACGACATAAATAGTCTCACAATCTTGGACACGATAGATACAGTACCAAATTTAAAAGGTCAGGTTGGTATTATTCCTGTATGTACTTGCTATGTCCGGCATAATATGTTTGTGCTGGAGAATTTTGTTAAAATGTCTGGCATTTCTTTACATTCCTGTTTTATTCAAGTATTGTCATGCTCGTTACAGTGTTTGAACTTGGTAAAGAACATTTAACTCTGTCATGTTTATATTTTTATGGCTCATTACTACCATAAACACAGTTGGACGACGGCTTACATGCTTAAATAGTTGACCCAAATCTTACATGCTTAATAAGTTGTGTTTTGATTCTTGTGAGTGTAAAAGCTTGTTAAGTGACTGAGGTTCTTTTCCAAAAATTAAAATTCTTAGGAATCTGTGCATTCTCCCCCAGTTTGGATGGTTGCTTCTTAGCTCTTCCAGCCAGCATCACTAAGGGATCTCTGTTGTTGTACAATGTCATGGAGCTTCAGTTACACTGCGAGGTTTGGACTTGAACTTTCTTTGTTTTTGGGAAGGAAGAAAAAGATACAGGATACAATCATAAATTGTTCTTTGACATGACCTGAACCTTGGAAATGGCCATTTTTTTTGTTTTTTTGGAACAAAGAAATTGCCACGGTTAGTGATGCAAGTTTGTAGATGCGTGGGTTAAAGTGCACACACTCGTTTCAGGAATATTTGGGAACAAGCATCATCTAGTCTGTATTGTCACACTCTTAGCGAGAATAAACATCACTGATAGTTTCAGTTTTTTTACATTTCCTATTGCGTGATTTGGATTTTATTTATTGACCGTGAATTTGTATGGCAATAAATTATTCAATTTATCTTTTATAATTGATGATATTCTTTCTTAATCAATTTGTAATTTTATCTTCTTTTTTTTTTTTGCGGAAATGTAATTGCAGATAGATGCTCATCGTGCACCACTGGCCACAATGGTCCTTTCTTCAAATGGGATGTACATAGCAACAGCATCAGAACAAGGAACTATGGTTAGGGTGCATCTGGTATCAGAAGCAACTAAGGTGGATAATACTATACCTTGCCCTCAAAAGTCTCTGTACATTTATATTGGTTACTTACTACCAACCATGTAAGATGCTTCAAATGATTCTTTAAATCATGATCAGAATATGGGTCCTTATCATCCTATCCCTTCTAGAACCTTATAATAAGAACATCAATGGTTTTTGGACTGGTCAGAACTACTTCAATTATCTGCCTGGGAAATTTATTGCAGCAAAATTGGTTTGAGATTGGTAGCATTGAATTTCAAGACTACACCTTTTGACGCATTGAAAATTGTTTGAAGCCTTGCACAGTTGTTGATTAGTCGAGCTTATTCATCTTGAAAGCAGTGAACTACTTTAGATGGTACTAACTCAATTTATTTGGCAGTCATACAGTTTCCGCAGAGGATCATATCCATCAACTATATTTTCCTTGTCCTTTGGGCCATGTTCTCAATCTCAAGTTCCGGAAATTCTGGTGGCAACCAGTTCCTCTGGTTCTGTTCATGTTTTTCCTCTGGGGTTTGCTATAGACCAAAGGTGACTTATGCATCTGTTTTTCTCTGTCAGAGATCCAGGAAGGAAGGATAAATAATTTTTTTACATAATTTTGTATTCATGCTTGTGGAATTCTTTAATCGGCAATCTTTACGCCTAGGTTTCCGTTTTAGGCACATCTGTTCTGCTTCATAGTTATTCTGGTTGAACCGTCAATATGCATTATTCATCATGTTCCTGATATTTGTATTTGCTAATCTTTCAAATACATGACACACCTTTGGTTTTTTCTATATTACTTCATTCTTTTTTTATATTTCATCACAGACCTTTAAGGTTCTTAACAACATATAAATCTTTCAGTCTGTTGGATCCTGCATCCGATAATGAGATGCTAGATAGATTTCCCCAGTTTTTCTAGGGACTAGAAATTATTGAAAAATAAAGAAACTGTGATGTCATATAAAAGAACATAGTGGAAAGGTTCATTTGTTGAAATGAATTGTGAATTGGGGATAATAATTTTCTTGAATTGGAAGAAATTTGACTCCTGAAAGTTAATAGGTTTGGGAGGGGTTATGTCAACTAAGAAATGTAAATATGAGCACATTGCGATCCAGGTGCACTCAAAATATATAGTTTTATTTTAAACACTTACTACGAATTTCGTACATCCATGAGATTTTCAACTGTGGGTTGGTCTCTCTTCCTTTGTTTTGTTATTTTATTGTTTTATTTACTTTTTAGTTGCTTTTCTTATGCAGACCTCTAGTGTGATTAGTATTTAATATTTTTTAGTTTTAGAAAATCGTCTACTATAATGCCTCTCAGCATTACCCTAAATTAATTCAAAACCCTCAGGTTTTTCCAATACCAAAATCTTCCCTTCTTTCTTTCTGTAAGCTCTACATGGTATTGTATAAACATGGAAGTGGTTCAGTCTCTTTCATCTTTTTTTTTTTGCAATAAATTTTATGCTATGGAGATTTCATTGGTGATCTGATTGTCCCTCTGCTGGTTAGCTTGATCTTATCTGGTTCCTCTTACCTCAGAAGCAGCAGAAGGTCAGGTGGGTTTCTTGGATCGATGATGCCCGACTCCATCAGCGATGCACTGGATCCAGCGAATCATCACATAGTTCATAATGCTGTACCAGCAGGAATCAGAAGGTATGACATGTTAATTGAGATAATATTTTTTCTAATACCCCCCCAAAAAAAAGAGGAAGAAGAAAGTTGATCCACAAGTTTTTTGATTGTTTAAGCTCATTCAAAATCTTTTTTGACACAGCATATGTAGCTTTCTTTTAAAGTATCGTCCTAGTTTTTAGAAGATACTAAGTTTTTGCTTAAAAATTCCAAGTTGAGGTTCTTTGCTATCAAGTTCACGAAGTGTTGTTTCGCAGCTATGCAGTGATACGCAAGGTCGACAGGGTTGGCGATGCTTCAAGTTCTGAAATAGTAGCTTGCAGGTGAGTTGTTTATAATTTACCTCTTTGACACTTTCTGATAAGAAATCTCACAGGTTCTTTTCCACCTTAGCACTAATGACTAACCTGTAAAGAATTCCTCAATAGGAGATTAGAAATAACTAAATCCCGTGTAACATTAACTAGATGAAGTGTCATCCTACCCAATATATTAAATTTCTGTCAGCATGTCGACATTTTCATGGACATGTGGACGCCTAACATTAAAATGAAAAATGCCTTTTTTGTGAAATGCCAACCAATTGCATGTAGGTAGTTTCCATGAAATGAACTACTTTGCATCACAGAAACTTCAAACTTGTTGGTTGTTTACAAACATCGTTTCTGGTCTTTTAAATGAAACTATATTTTTCAGTTGTGGTGAGTTCCAAAAATTAAGGTCATTGAGTATTTGGAATCATGATTCATGAGTATGTGATTTTTGAAGGACTGCAGAAACAAACTAAGTGATGTAAATAACTTCTTGAAAATAATTGTTTTTCTAGGATGAATAAGTTCTTCCTTTTCATTTGATTTTGAATTTTGATACAGGGCCACATTAGCAATCATAACCTACAATGGTTACTTCCAGGAGTACAACGTAAGTCTCGATAACCAGAACGAGTTCTCGAGAAGCTTGGACCGTGAATTTAATCTTATGACTGCGATCTCCGACAACGATGTTCAGTTATGAGTTTGTTTGCTTCATGGAAGCCAAGAGAGTTCATTTGACTTTCAGAAAGGTTGTCCATTAAGACAACAAATGTTGTCACCATTGCTGGTGAGAGCTTCCAGTCAACCAACCTATTGAAGAAACAAAAGCTCCCTCACTTTTATTTTCTGGTTCAAATGGTCGGCGTAGGTAAAAGTTTATACAAAATTCCGTAAATAGAGAATAAAATACAACCCGGAGTTTGTTAATTATAGTGATTTTTTAGTTCAACATGTGGGGTAGGGGATTCAAATTTCTAATCTCTTAGTCAAAGGTATATATCTTTAACTAGTTACGTTATATTCAGGTTGGTTGTAATTATAGTGGATACTCGATGGTCATGACATGGAATATGTAAATTAAAATGAAATGTGTGATATTATTTCTCTAA

mRNA sequence

GACAAACATCCGTTTCAATGGATTCCCGTCTCTGAACTCCGATTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCATGGCAAATCAACCATCCTCTTACCCAATTCTCTGCGCCTCCTTCAATCAGGACGCCAGTTTATTTGCAATAGGTACAAGAGATGGCTTTCGAATATTTGATTCCAACAATGGAAGGCTCTGCTATGAACGAGCTCTTGGTGCATTCAATATTGTTGAGATGCTGTTTAGCTCTAATCTTGTTGCCATTGTTGGAGCTGGTGAACAGACTTGTTGTACTACTGCAAGATAAGACATTTATATACGACATAAATAGTCTCACAATCTTGGACACGATAGATACAGTACCAAATTTAAAAGGAATCTGTGCATTCTCCCCCAGTTTGGATGGTTGCTTCTTAGCTCTTCCAGCCAGCATCACTAAGGGATCTCTGTTGTTGTACAATGTCATGGAGCTTCAGTTACACTGCGAGATAGATGCTCATCGTGCACCACTGGCCACAATGGTCCTTTCTTCAAATGGGATGTACATAGCAACAGCATCAGAACAAGGAACTATGGTTAGGGTGCATCTGGTATCAGAAGCAACTAAGTCATACAGTTTCCGCAGAGGATCATATCCATCAACTATATTTTCCTTGTCCTTTGGGCCATGTTCTCAATCTCAAGTTCCGGAAATTCTGGTGGCAACCAGTTCCTCTGGTTCTGTTCATGTTTTTCCTCTGGGGTTTGCTATAGACCAAAGAAGCAGCAGAAGGTCAGGTGGGTTTCTTGGATCGATGATGCCCGACTCCATCAGCGATGCACTGGATCCAGCGAATCATCACATAGTTCATAATGCTGTACCAGCAGGAATCAGAAGCTATGCAGTGATACGCAAGGTCGACAGGGTTGGCGATGCTTCAAGTTCTGAAATAGTAGCTTGCAGGGCCACATTAGCAATCATAACCTACAATGGTTACTTCCAGGAGTACAACGTAAGTCTCGATAACCAGAACGAGTTCTCGAGAAGCTTGGACCGTGAATTTAATCTTATGACTGCGATCTCCGACAACGATGTTCAGTTATGAGTTTGTTTGCTTCATGGAAGCCAAGAGAGTTCATTTGACTTTCAGAAAGGTTGTCCATTAAGACAACAAATGTTGTCACCATTGCTGGTGAGAGCTTCCAGTCAACCAACCTATTGAAGAAACAAAAGCTCCCTCACTTTTATTTTCTGGTTCAAATGGTCGGCGTAGGTAAAAGTTTATACAAAATTCCGTAAATAGAGAATAAAATACAACCCGGAGTTTGTTAATTATAGTGATTTTTTAGTTCAACATGTGGGGTAGGGGATTCAAATTTCTAATCTCTTAGTCAAAGGTATATATCTTTAACTAGTTACGTTATATTCAGGTTGGTTGTAATTATAGTGGATACTCGATGGTCATGACATGGAATATGTAAATTAAAATGAAATGTGTGATATTATTTCTCTAA

Coding sequence (CDS)

ATGGCTTTCGAATATTTGATTCCAACAATGGAAGGCTCTGCTATGAACGAGCTCTTGGTGCATTCAATATTGTTGAGATGCTGTTTAGCTCTAATCTTGTTGCCATTGTTGGAGCTGGTGAACAGACTTGTTGTACTACTGCAAGATAAGACATTTATATACGACATAAATAGTCTCACAATCTTGGACACGATAGATACAGTACCAAATTTAAAAGGAATCTGTGCATTCTCCCCCAGTTTGGATGGTTGCTTCTTAGCTCTTCCAGCCAGCATCACTAAGGGATCTCTGTTGTTGTACAATGTCATGGAGCTTCAGTTACACTGCGAGATAGATGCTCATCGTGCACCACTGGCCACAATGGTCCTTTCTTCAAATGGGATGTACATAGCAACAGCATCAGAACAAGGAACTATGGTTAGGGTGCATCTGGTATCAGAAGCAACTAAGTCATACAGTTTCCGCAGAGGATCATATCCATCAACTATATTTTCCTTGTCCTTTGGGCCATGTTCTCAATCTCAAGTTCCGGAAATTCTGGTGGCAACCAGTTCCTCTGGTTCTGTTCATGTTTTTCCTCTGGGGTTTGCTATAGACCAAAGAAGCAGCAGAAGGTCAGGTGGGTTTCTTGGATCGATGATGCCCGACTCCATCAGCGATGCACTGGATCCAGCGAATCATCACATAGTTCATAATGCTGTACCAGCAGGAATCAGAAGCTATGCAGTGATACGCAAGGTCGACAGGGTTGGCGATGCTTCAAGTTCTGAAATAGTAGCTTGCAGGGCCACATTAGCAATCATAACCTACAATGGTTACTTCCAGGAGTACAACGTAAGTCTCGATAACCAGAACGAGTTCTCGAGAAGCTTGGACCGTGAATTTAATCTTATGACTGCGATCTCCGACAACGATGTTCAGTTATGA

Protein sequence

MAFEYLIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEILVATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRSYAVIRKVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTAISDNDVQL

Homology

[Close]

BLAST of Tan0017533.3 vs. ExPASy Swiss-Prot
Match: Q8H1Q8 (Autophagy-related protein 18b OS=Arabidopsis thaliana OX=3702 GN=ATG18B PE=2 SV=2)

HSP 1 Score: 354.8 bits (909), Expect = 1.0e-96
Identity = 176/259 (67.95%), Postives = 225/259 (86.87%), Query Frame = 0


Query: 42  RLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYN 101
           RLVV+L +KTF+YD+N+L +LDTIDTVPN KG+ AFSPSL+GC+LA+PAS TKGS+L+YN
Sbjct: 107 RLVVVLLEKTFVYDLNTLVMLDTIDTVPNPKGLSAFSPSLEGCYLAVPASTTKGSVLVYN 166

Query: 102 VMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPS 161
           VM+LQ H EIDAHR+PLA + LSSNGMYIAT SEQGT++RVHLVSEATKSYSFRRG+YPS
Sbjct: 167 VMDLQSHSEIDAHRSPLAAIALSSNGMYIATGSEQGTLIRVHLVSEATKSYSFRRGTYPS 226

Query: 162 TIFSLSFGPCSQSQVPEILVATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDA 221
           TI+SLSFGP   +Q+P+IL+ATSSSGS+H F L  AI+QR S+RS  FLGS++PDS+SDA
Sbjct: 227 TIYSLSFGP--STQLPDILIATSSSGSIHAFSLSLAINQR-SKRSTSFLGSVLPDSVSDA 286

Query: 222 LDPANHHIVHNAVPAGIRSYAVIRKVDRV-GDASSSEIVACRATLAIITYNGYFQEYNVS 281
           LDPA+HH++ NAV +GIRSYAV+RK+D++ G +S S   + RAT+++ITYNGYFQEY +S
Sbjct: 287 LDPAHHHVLQNAVSSGIRSYAVVRKIDKLEGTSSPSHFTSLRATVSVITYNGYFQEYTLS 346

Query: 282 LDNQNEFSRSLDREFNLMT 300
           ++N+NE   +L+REFNL +
Sbjct: 347 INNKNESLWTLEREFNLFS 362

[Close]

BLAST of Tan0017533.3 vs. ExPASy Swiss-Prot
Match: Q54NA2 (Autophagy-related protein 18 OS=Dictyostelium discoideum OX=44689 GN=atg18 PE=3 SV=1)

HSP 1 Score: 126.7 bits (317), Expect = 4.5e-28
Identity = 91/285 (31.93%), Postives = 149/285 (52.28%), Query Frame = 0


Query: 42  RLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYN 101
           R+VV+++ K  IYDIN++ +L+T +   N KG+CA SPS +  ++  PAS   G++L+ +
Sbjct: 106 RIVVIMETKIHIYDINNMKLLETREIASNPKGLCALSPS-NTNYIVYPASQNNGNILVMD 165

Query: 102 VMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPS 161
           V+ L+    I AH++ ++ + LS +G  +ATAS++GT++RV  +  A KS SFRRGS P+
Sbjct: 166 VLTLETVNLIQAHKSQISALALSQDGTLLATASDKGTVIRVFALPYANKSLSFRRGSIPA 225

Query: 162 TIFSLSFGPCSQSQVPEILVATSSSGSVHVFPLGFAID--------QRSSRRSGGFLG-- 221
            I S++F     S     L  +S +G++H+F + F+          Q SS  SGG +G  
Sbjct: 226 IIHSMTF-----SLDGRYLCVSSDTGTIHIFKIDFSSSNSSSFHQAQPSSSPSGGMMGLN 285

Query: 222 ---------SMMPDSISDALDPANHHIVHNAVPAGIRSYAVIRKVDRVGDASSSEIVACR 281
                    S +P+ IS   +P +    H  +P GI S   + + ++             
Sbjct: 286 FGGLTSKMSSYLPEVISQVWEP-SRDFAHIKIPPGIPSICALMQNNK------------- 345

Query: 282 ATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFN-LMTAISDNDV 307
            T  ++T +  + +YN   D        L +EF+ LM    DNDV
Sbjct: 346 -TAMVLTADSLYMQYN--FDESVGGELKLAKEFSLLMEPDLDNDV 367

[Close]

BLAST of Tan0017533.3 vs. ExPASy Swiss-Prot
Match: A2RAG5 (Autophagy-related protein 18 OS=Aspergillus niger (strain CBS 513.88 / FGSC A1513) OX=425011 GN=atg18 PE=3 SV=1)

HSP 1 Score: 125.6 bits (314), Expect = 1.0e-27
Identity = 86/242 (35.54%), Postives = 132/242 (54.55%), Query Frame = 0


Query: 42  RLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALP------------ 101
           RLV++L+D+ ++YDI ++ +L TI+T PN   +CA SPS D C+LA P            
Sbjct: 92  RLVIVLEDQIYLYDIQTMKLLYTIETSPNPNALCALSPSSDNCYLAYPLPQKAPPSTFQP 151

Query: 102 ----------ASITKGSLLLYNVMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTM 161
                      + T G +L+++ ++L+    I+AHR+PLA + L+S+G  IATAS++GT+
Sbjct: 152 PAHAPPGTTHVTPTSGEVLIFDTLKLEAINVIEAHRSPLACITLNSDGTLIATASDKGTI 211

Query: 162 VRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEILVATSSSGSVHVFPLGFAID 221
           +RV  V +  K Y FRRGS PS I+S+SF   S      +L  +SS+ ++H+F L     
Sbjct: 212 IRVFSVPDGRKLYQFRRGSIPSRIYSMSFNTTS-----TLLCVSSSTETIHLFKLS---- 271

Query: 222 QRSSRRSGGFLGSMMPDSI-SDALDPANHHIVHNAVPAGIRSYAVIRKVDRVGDASSSEI 261
                     L S  PD+  S +L  A+     +++  G  S A     DRVGD  SSE+
Sbjct: 272 ----------LQSQSPDATPSSSLTAADRRSSQSSL--GQLSDA----DDRVGDMGSSEL 308

[Close]

BLAST of Tan0017533.3 vs. ExPASy Swiss-Prot
Match: Q2U6D5 (Autophagy-related protein 18 OS=Aspergillus oryzae (strain ATCC 42149 / RIB 40) OX=510516 GN=atg18 PE=3 SV=1)

HSP 1 Score: 125.2 bits (313), Expect = 1.3e-27
Identity = 78/205 (38.05%), Postives = 117/205 (57.07%), Query Frame = 0


Query: 42  RLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALP------------ 101
           RLV++L+D+ ++YDI ++ +L TI+T PN   ICA SPS D C+LA P            
Sbjct: 92  RLVIVLEDQIYLYDIQTMKLLYTIETSPNPSAICALSPSSDNCYLAYPLPHKAPPTSFTP 151

Query: 102 ----------ASITKGSLLLYNVMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTM 161
                      S T G +L+++ ++L+    I+AHR+PLA + L+S+G  IATAS++GT+
Sbjct: 152 PSHAPPGNTHISPTSGEVLIFDTLKLEAINVIEAHRSPLACITLNSDGTLIATASDKGTI 211

Query: 162 VRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEILVATSSSGSVHVFPLGFAID 221
           +RV  V +  K Y FRRGS PS I+S+SF   S      +L  +SS+ ++H+F L     
Sbjct: 212 IRVFSVPDGHKLYQFRRGSIPSRIYSMSFNTTS-----TLLCVSSSTETIHLFKLSQGQS 271

Query: 222 QRSSRRS-GGFLGSMMPDSISDALD 224
             SS  S      SM   S+S++ D
Sbjct: 272 SESSLPSPSAPQRSMSQSSLSNSPD 291

[Close]

BLAST of Tan0017533.3 vs. ExPASy Swiss-Prot
Match: Q0CW30 (Autophagy-related protein 18 OS=Aspergillus terreus (strain NIH 2624 / FGSC A1156) OX=341663 GN=atg18 PE=3 SV=1)

HSP 1 Score: 124.8 bits (312), Expect = 1.7e-27
Identity = 72/187 (38.50%), Postives = 108/187 (57.75%), Query Frame = 0


Query: 42  RLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALP------------ 101
           RLV++L+D+ ++YDI ++ +L TI+T PN   ICA SPS D C+LA P            
Sbjct: 92  RLVIVLEDQIYLYDIQTMKLLYTIETSPNPNAICALSPSSDNCYLAYPLPQKAPPSSFNP 151

Query: 102 ----------ASITKGSLLLYNVMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTM 161
                      S T G +L+++ ++L+    I+AHR+PLA + L+S+G  IATAS++GT+
Sbjct: 152 PSHAPPGSTHVSPTTGEVLIFDALKLEAINVIEAHRSPLACITLNSDGTLIATASDKGTI 211

Query: 162 VRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEILVATSSSGSVHVFPLGFAID 207
           +RV  V +  K Y FRRGS PS I+S+SF   S      +L  +SS+ ++H+F L     
Sbjct: 212 IRVFSVPDGHKLYQFRRGSIPSRIYSMSFNTTS-----TLLCVSSSTETIHLFKLSHQTS 271

[Close]

BLAST of Tan0017533.3 vs. NCBI nr
Match: XP_011648907.2 (autophagy-related protein 18b isoform X2 [Cucumis sativus])

HSP 1 Score: 540.4 bits (1391), Expect = 9.9e-150
Identity = 281/308 (91.23%), Postives = 294/308 (95.45%), Query Frame = 0


Query: 1   MAFEYLIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLT 60
           M  EYLIP MEG AMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKT+IYDINSLT
Sbjct: 1   MVSEYLIPIMEGYAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTYIYDINSLT 60

Query: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120
           ILDTIDTVPN KG CAFSPSLDGCFLA+PASITKGSLLLYNVMELQLHCEI+AHRAPLAT
Sbjct: 61  ILDTIDTVPNSKGTCAFSPSLDGCFLAIPASITKGSLLLYNVMELQLHCEIEAHRAPLAT 120

Query: 121 MVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEIL 180
           MVLSSNGMYIATASEQGTM+RVHLVSEATKSYSFRRGSYPSTIFSLSFGPC  SQVPEIL
Sbjct: 121 MVLSSNGMYIATASEQGTMIRVHLVSEATKSYSFRRGSYPSTIFSLSFGPC--SQVPEIL 180

Query: 181 VATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRS 240
           VATSSSGSVHVFPLGFAI+QRSSRRSGGFLGS+MPDSISDALDPA+HHIVHNA PAGI+S
Sbjct: 181 VATSSSGSVHVFPLGFAINQRSSRRSGGFLGSIMPDSISDALDPAHHHIVHNAAPAGIKS 240

Query: 241 YAVIRKVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTA 300
           YAVIRKVDRV D S+SEIVACRATLAIITYNGYFQEY +SL+N NEFSRSLDREFNLMT 
Sbjct: 241 YAVIRKVDRVSDPSTSEIVACRATLAIITYNGYFQEYTLSLNNHNEFSRSLDREFNLMTV 300

Query: 301 ISDNDVQL 309
           I+DNDV+L
Sbjct: 301 ITDNDVRL 306

[Close]

BLAST of Tan0017533.3 vs. NCBI nr
Match: XP_008452446.1 (PREDICTED: autophagy-related protein 18b isoform X2 [Cucumis melo] >XP_016901034.1 PREDICTED: autophagy-related protein 18b isoform X2 [Cucumis melo])

HSP 1 Score: 535.4 bits (1378), Expect = 3.2e-148
Identity = 277/308 (89.94%), Postives = 293/308 (95.13%), Query Frame = 0


Query: 1   MAFEYLIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLT 60
           M  EYLIP +EG AMNE LVHSILLRCCLALILLPLLELVNRLVVLLQDKT+IYDINSLT
Sbjct: 1   MVSEYLIPIVEGYAMNEFLVHSILLRCCLALILLPLLELVNRLVVLLQDKTYIYDINSLT 60

Query: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120
           ILDTIDTVPN KG CAFSPSLDGCFLA+PASITKGSLLLYNVMELQLHCEIDAHRAPLAT
Sbjct: 61  ILDTIDTVPNSKGTCAFSPSLDGCFLAIPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120

Query: 121 MVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEIL 180
           MVLSSNGMYIATASEQGTM+RVHLVSEATKSYSFRRGSYPSTIFSLSFGPC  SQVPEIL
Sbjct: 121 MVLSSNGMYIATASEQGTMIRVHLVSEATKSYSFRRGSYPSTIFSLSFGPC--SQVPEIL 180

Query: 181 VATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRS 240
           VATSSSGSVHVFPLGFAI+QRSSRRSGGFLGS+MPDSISDALDPA+HHIVHNA PAGI+S
Sbjct: 181 VATSSSGSVHVFPLGFAINQRSSRRSGGFLGSIMPDSISDALDPAHHHIVHNAAPAGIKS 240

Query: 241 YAVIRKVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTA 300
           YAVIRKVDRV + SSSEIV+C+ATLAIITYNGYFQEY +SL+N NEFSRSLDREFNLMT 
Sbjct: 241 YAVIRKVDRVSNTSSSEIVSCQATLAIITYNGYFQEYTLSLNNHNEFSRSLDREFNLMTV 300

Query: 301 ISDNDVQL 309
           I+DND++L
Sbjct: 301 ITDNDIRL 306

[Close]

BLAST of Tan0017533.3 vs. NCBI nr
Match: XP_022999719.1 (autophagy-related protein 18b isoform X4 [Cucurbita maxima] >XP_022999720.1 autophagy-related protein 18b isoform X4 [Cucurbita maxima] >XP_022999721.1 autophagy-related protein 18b isoform X4 [Cucurbita maxima] >XP_022999722.1 autophagy-related protein 18b isoform X4 [Cucurbita maxima])

HSP 1 Score: 529.3 bits (1362), Expect = 2.3e-146
Identity = 280/308 (90.91%), Postives = 293/308 (95.13%), Query Frame = 0


Query: 1   MAFEYLIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLT 60
           M  E+LIP  EGSAMNELLVHSILLRCCLALILLPLLELVNRL+VLLQDKT+IYDINSLT
Sbjct: 1   MVSEFLIPITEGSAMNELLVHSILLRCCLALILLPLLELVNRLIVLLQDKTYIYDINSLT 60

Query: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120
           ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAH APLAT
Sbjct: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHLAPLAT 120

Query: 121 MVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEIL 180
           MVLSSNGMYIATASEQGTM+RVHLVSEATKSYSFRRGSYPSTIFSLSFG C  SQVPEIL
Sbjct: 121 MVLSSNGMYIATASEQGTMIRVHLVSEATKSYSFRRGSYPSTIFSLSFGQC--SQVPEIL 180

Query: 181 VATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRS 240
           VATSSSGSVHVFPLGFAI+Q  SRRSGGFLGS+M DSISDALDPA+HHIVHNAVPAGI+S
Sbjct: 181 VATSSSGSVHVFPLGFAINQ--SRRSGGFLGSIMLDSISDALDPAHHHIVHNAVPAGIKS 240

Query: 241 YAVIRKVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTA 300
           YAVIRKVDRV D SSSEIVACRATLAIITYNGYFQEYN+SL NQNEFSRSLD EFNL+TA
Sbjct: 241 YAVIRKVDRVADTSSSEIVACRATLAIITYNGYFQEYNLSLSNQNEFSRSLDCEFNLLTA 300

Query: 301 ISDNDVQL 309
           I++NDV+L
Sbjct: 301 IANNDVRL 304

[Close]

BLAST of Tan0017533.3 vs. NCBI nr
Match: XP_022946797.1 (autophagy-related protein 18b isoform X3 [Cucurbita moschata] >XP_022946798.1 autophagy-related protein 18b isoform X3 [Cucurbita moschata] >XP_022946799.1 autophagy-related protein 18b isoform X3 [Cucurbita moschata] >XP_022946800.1 autophagy-related protein 18b isoform X3 [Cucurbita moschata])

HSP 1 Score: 528.1 bits (1359), Expect = 5.1e-146
Identity = 279/308 (90.58%), Postives = 293/308 (95.13%), Query Frame = 0


Query: 1   MAFEYLIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLT 60
           M  E+LIP  EGSAMNELLVHSILLRCCLALILLPLLELVNRL+VLLQDKT+IYDINSLT
Sbjct: 1   MVSEFLIPITEGSAMNELLVHSILLRCCLALILLPLLELVNRLIVLLQDKTYIYDINSLT 60

Query: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120
           ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAH APL+T
Sbjct: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHLAPLST 120

Query: 121 MVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEIL 180
           MVLSSNGMYIATASEQGTM+RVHLVSEATKSYSFRRGSYPSTIFSLSFG C  SQVPEIL
Sbjct: 121 MVLSSNGMYIATASEQGTMIRVHLVSEATKSYSFRRGSYPSTIFSLSFGQC--SQVPEIL 180

Query: 181 VATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRS 240
           VATSSSGSVHVFPLGFAI+Q  SRRSGGFLGS+M DSISDALDPA+HHIVHNAVPAGI+S
Sbjct: 181 VATSSSGSVHVFPLGFAINQ--SRRSGGFLGSIMLDSISDALDPAHHHIVHNAVPAGIKS 240

Query: 241 YAVIRKVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTA 300
           YAVIRKVDRV D SSSEIVACRATLAIITYNGYFQEYN+SL NQNEFSRSLD EFNL+TA
Sbjct: 241 YAVIRKVDRVADTSSSEIVACRATLAIITYNGYFQEYNLSLSNQNEFSRSLDCEFNLLTA 300

Query: 301 ISDNDVQL 309
           I++NDV+L
Sbjct: 301 IANNDVRL 304

[Close]

BLAST of Tan0017533.3 vs. NCBI nr
Match: XP_038890106.1 (autophagy-related protein 18b isoform X5 [Benincasa hispida])

HSP 1 Score: 523.5 bits (1347), Expect = 1.3e-144
Identity = 276/309 (89.32%), Postives = 289/309 (93.53%), Query Frame = 0


Query: 1   MAFEYLIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLT 60
           M  EYLIP MEG AMN LLVHSILLRC LALILLPLLEL NRLVVLLQDKT+IYDINSLT
Sbjct: 1   MVSEYLIPIMEGYAMNVLLVHSILLRCYLALILLPLLELANRLVVLLQDKTYIYDINSLT 60

Query: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120
           ILD IDTVPN KG CAFSPSLDGCFLA+PASITKGSLLLYNVMELQLHCEIDAHRAPLAT
Sbjct: 61  ILDRIDTVPNSKGTCAFSPSLDGCFLAIPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120

Query: 121 MVLSSNGMYIATASEQGTMVRVHLVSEATK-SYSFRRGSYPSTIFSLSFGPCSQSQVPEI 180
           MVLSSNGMYIATASEQGTM+RVHLVSEATK SYSFRRGSYPSTIFSLSFGPC  SQVPEI
Sbjct: 121 MVLSSNGMYIATASEQGTMIRVHLVSEATKQSYSFRRGSYPSTIFSLSFGPC--SQVPEI 180

Query: 181 LVATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIR 240
           LVATSSSGSVHVFPLGFAI+QRSSRRSGGFLGS+MPDSISD LDPA+HHIVHNA+PAGI+
Sbjct: 181 LVATSSSGSVHVFPLGFAINQRSSRRSGGFLGSIMPDSISDKLDPAHHHIVHNAIPAGIK 240

Query: 241 SYAVIRKVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMT 300
           SYAVIRKVDRV D SSSE VACRATLAIITYNGYFQEY +SL++QNEFSRSLD EFNLMT
Sbjct: 241 SYAVIRKVDRVSDTSSSETVACRATLAIITYNGYFQEYTLSLNDQNEFSRSLDHEFNLMT 300

Query: 301 AISDNDVQL 309
            I+DNDV+L
Sbjct: 301 TITDNDVRL 307

[Close]

BLAST of Tan0017533.3 vs. ExPASy TrEMBL
Match: A0A1S4DYH8 (autophagy-related protein 18b isoform X2 OS=Cucumis melo OX=3656 GN=LOC103493470 PE=4 SV=1)

HSP 1 Score: 535.4 bits (1378), Expect = 1.5e-148
Identity = 277/308 (89.94%), Postives = 293/308 (95.13%), Query Frame = 0


Query: 1   MAFEYLIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLT 60
           M  EYLIP +EG AMNE LVHSILLRCCLALILLPLLELVNRLVVLLQDKT+IYDINSLT
Sbjct: 1   MVSEYLIPIVEGYAMNEFLVHSILLRCCLALILLPLLELVNRLVVLLQDKTYIYDINSLT 60

Query: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120
           ILDTIDTVPN KG CAFSPSLDGCFLA+PASITKGSLLLYNVMELQLHCEIDAHRAPLAT
Sbjct: 61  ILDTIDTVPNSKGTCAFSPSLDGCFLAIPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120

Query: 121 MVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEIL 180
           MVLSSNGMYIATASEQGTM+RVHLVSEATKSYSFRRGSYPSTIFSLSFGPC  SQVPEIL
Sbjct: 121 MVLSSNGMYIATASEQGTMIRVHLVSEATKSYSFRRGSYPSTIFSLSFGPC--SQVPEIL 180

Query: 181 VATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRS 240
           VATSSSGSVHVFPLGFAI+QRSSRRSGGFLGS+MPDSISDALDPA+HHIVHNA PAGI+S
Sbjct: 181 VATSSSGSVHVFPLGFAINQRSSRRSGGFLGSIMPDSISDALDPAHHHIVHNAAPAGIKS 240

Query: 241 YAVIRKVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTA 300
           YAVIRKVDRV + SSSEIV+C+ATLAIITYNGYFQEY +SL+N NEFSRSLDREFNLMT 
Sbjct: 241 YAVIRKVDRVSNTSSSEIVSCQATLAIITYNGYFQEYTLSLNNHNEFSRSLDREFNLMTV 300

Query: 301 ISDNDVQL 309
           I+DND++L
Sbjct: 301 ITDNDIRL 306

[Close]

BLAST of Tan0017533.3 vs. ExPASy TrEMBL
Match: A0A6J1KBL2 (autophagy-related protein 18b isoform X4 OS=Cucurbita maxima OX=3661 GN=LOC111493984 PE=4 SV=1)

HSP 1 Score: 529.3 bits (1362), Expect = 1.1e-146
Identity = 280/308 (90.91%), Postives = 293/308 (95.13%), Query Frame = 0


Query: 1   MAFEYLIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLT 60
           M  E+LIP  EGSAMNELLVHSILLRCCLALILLPLLELVNRL+VLLQDKT+IYDINSLT
Sbjct: 1   MVSEFLIPITEGSAMNELLVHSILLRCCLALILLPLLELVNRLIVLLQDKTYIYDINSLT 60

Query: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120
           ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAH APLAT
Sbjct: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHLAPLAT 120

Query: 121 MVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEIL 180
           MVLSSNGMYIATASEQGTM+RVHLVSEATKSYSFRRGSYPSTIFSLSFG C  SQVPEIL
Sbjct: 121 MVLSSNGMYIATASEQGTMIRVHLVSEATKSYSFRRGSYPSTIFSLSFGQC--SQVPEIL 180

Query: 181 VATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRS 240
           VATSSSGSVHVFPLGFAI+Q  SRRSGGFLGS+M DSISDALDPA+HHIVHNAVPAGI+S
Sbjct: 181 VATSSSGSVHVFPLGFAINQ--SRRSGGFLGSIMLDSISDALDPAHHHIVHNAVPAGIKS 240

Query: 241 YAVIRKVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTA 300
           YAVIRKVDRV D SSSEIVACRATLAIITYNGYFQEYN+SL NQNEFSRSLD EFNL+TA
Sbjct: 241 YAVIRKVDRVADTSSSEIVACRATLAIITYNGYFQEYNLSLSNQNEFSRSLDCEFNLLTA 300

Query: 301 ISDNDVQL 309
           I++NDV+L
Sbjct: 301 IANNDVRL 304

[Close]

BLAST of Tan0017533.3 vs. ExPASy TrEMBL
Match: A0A6J1G4P6 (autophagy-related protein 18b isoform X3 OS=Cucurbita moschata OX=3662 GN=LOC111450756 PE=4 SV=1)

HSP 1 Score: 528.1 bits (1359), Expect = 2.5e-146
Identity = 279/308 (90.58%), Postives = 293/308 (95.13%), Query Frame = 0


Query: 1   MAFEYLIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLT 60
           M  E+LIP  EGSAMNELLVHSILLRCCLALILLPLLELVNRL+VLLQDKT+IYDINSLT
Sbjct: 1   MVSEFLIPITEGSAMNELLVHSILLRCCLALILLPLLELVNRLIVLLQDKTYIYDINSLT 60

Query: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLAT 120
           ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAH APL+T
Sbjct: 61  ILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHLAPLST 120

Query: 121 MVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEIL 180
           MVLSSNGMYIATASEQGTM+RVHLVSEATKSYSFRRGSYPSTIFSLSFG C  SQVPEIL
Sbjct: 121 MVLSSNGMYIATASEQGTMIRVHLVSEATKSYSFRRGSYPSTIFSLSFGQC--SQVPEIL 180

Query: 181 VATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRS 240
           VATSSSGSVHVFPLGFAI+Q  SRRSGGFLGS+M DSISDALDPA+HHIVHNAVPAGI+S
Sbjct: 181 VATSSSGSVHVFPLGFAINQ--SRRSGGFLGSIMLDSISDALDPAHHHIVHNAVPAGIKS 240

Query: 241 YAVIRKVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTA 300
           YAVIRKVDRV D SSSEIVACRATLAIITYNGYFQEYN+SL NQNEFSRSLD EFNL+TA
Sbjct: 241 YAVIRKVDRVADTSSSEIVACRATLAIITYNGYFQEYNLSLSNQNEFSRSLDCEFNLLTA 300

Query: 301 ISDNDVQL 309
           I++NDV+L
Sbjct: 301 IANNDVRL 304

[Close]

BLAST of Tan0017533.3 vs. ExPASy TrEMBL
Match: A0A5A7TJW2 (Autophagy-related protein 18b isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold546G00160 PE=4 SV=1)

HSP 1 Score: 478.0 bits (1229), Expect = 2.9e-131
Identity = 253/303 (83.50%), Postives = 270/303 (89.11%), Query Frame = 0


Query: 6   LIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLTILDTI 65
           L  TM G+A+ EL   + +L   +            RLVVLLQDKT+IYDINSLTILDTI
Sbjct: 79  LFNTMSGNALRELNFLTSILAVRMNR---------KRLVVLLQDKTYIYDINSLTILDTI 138

Query: 66  DTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLATMVLSS 125
           DTVPN KG CAFSPSLDGCFLA+PASITKGSLLLYNVMELQLHCEIDAHRAPLATMVLSS
Sbjct: 139 DTVPNSKGTCAFSPSLDGCFLAIPASITKGSLLLYNVMELQLHCEIDAHRAPLATMVLSS 198

Query: 126 NGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEILVATSS 185
           NGMYIATASEQGTM+RVHLVSEATKSYSFRRGSYPSTIFSLSFGPC  SQVPEILVATSS
Sbjct: 199 NGMYIATASEQGTMIRVHLVSEATKSYSFRRGSYPSTIFSLSFGPC--SQVPEILVATSS 258

Query: 186 SGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRSYAVIR 245
           SGSVHVFPLGFAI+QRSSRRSGGFLGS+MPDSISDALDPA+HHIVHNA PAGI+SYAVIR
Sbjct: 259 SGSVHVFPLGFAINQRSSRRSGGFLGSIMPDSISDALDPAHHHIVHNAAPAGIKSYAVIR 318

Query: 246 KVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTAISDND 305
           KVDRV D SSSEIVAC+ATLAIITYNGYFQEY +SL+N NEFSRSLDREFNLMT I+DND
Sbjct: 319 KVDRVSDTSSSEIVACQATLAIITYNGYFQEYTLSLNNHNEFSRSLDREFNLMTVITDND 370

Query: 306 VQL 309
           V+L
Sbjct: 379 VRL 370

[Close]

BLAST of Tan0017533.3 vs. ExPASy TrEMBL
Match: A0A0A0LK48 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G036700 PE=4 SV=1)

HSP 1 Score: 476.5 bits (1225), Expect = 8.5e-131
Identity = 252/303 (83.17%), Postives = 270/303 (89.11%), Query Frame = 0


Query: 6   LIPTMEGSAMNELLVHSILLRCCLALILLPLLELVNRLVVLLQDKTFIYDINSLTILDTI 65
           L  TM G+A+ EL   + +L   +            RLVVLLQDKT+IYDINSLTILDTI
Sbjct: 26  LFNTMSGNALRELNFLTSILAVRMNR---------KRLVVLLQDKTYIYDINSLTILDTI 85

Query: 66  DTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYNVMELQLHCEIDAHRAPLATMVLSS 125
           DTVPN KG CAFSPSLDGCFLA+PASITKGSLLLYNVMELQLHCEI+AHRAPLATMVLSS
Sbjct: 86  DTVPNSKGTCAFSPSLDGCFLAIPASITKGSLLLYNVMELQLHCEIEAHRAPLATMVLSS 145

Query: 126 NGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPSTIFSLSFGPCSQSQVPEILVATSS 185
           NGMYIATASEQGTM+RVHLVSEATKSYSFRRGSYPSTIFSLSFGPC  SQVPEILVATSS
Sbjct: 146 NGMYIATASEQGTMIRVHLVSEATKSYSFRRGSYPSTIFSLSFGPC--SQVPEILVATSS 205

Query: 186 SGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDALDPANHHIVHNAVPAGIRSYAVIR 245
           SGSVHVFPLGFAI+QRSSRRSGGFLGS+MPDSISDALDPA+HHIVHNA PAGI+SYAVIR
Sbjct: 206 SGSVHVFPLGFAINQRSSRRSGGFLGSIMPDSISDALDPAHHHIVHNAAPAGIKSYAVIR 265

Query: 246 KVDRVGDASSSEIVACRATLAIITYNGYFQEYNVSLDNQNEFSRSLDREFNLMTAISDND 305
           KVDRV D S+SEIVACRATLAIITYNGYFQEY +SL+N NEFSRSLDREFNLMT I+DND
Sbjct: 266 KVDRVSDPSTSEIVACRATLAIITYNGYFQEYTLSLNNHNEFSRSLDREFNLMTVITDND 317

Query: 306 VQL 309
           V+L
Sbjct: 326 VRL 317

[Close]

BLAST of Tan0017533.3 vs. TAIR 10
Match: AT4G30510.1 (homolog of yeast autophagy 18 (ATG18) B )

HSP 1 Score: 354.8 bits (909), Expect = 7.2e-98
Identity = 176/259 (67.95%), Postives = 225/259 (86.87%), Query Frame = 0


Query: 42  RLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYN 101
           RLVV+L +KTF+YD+N+L +LDTIDTVPN KG+ AFSPSL+GC+LA+PAS TKGS+L+YN
Sbjct: 53  RLVVVLLEKTFVYDLNTLVMLDTIDTVPNPKGLSAFSPSLEGCYLAVPASTTKGSVLVYN 112

Query: 102 VMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPS 161
           VM+LQ H EIDAHR+PLA + LSSNGMYIAT SEQGT++RVHLVSEATKSYSFRRG+YPS
Sbjct: 113 VMDLQSHSEIDAHRSPLAAIALSSNGMYIATGSEQGTLIRVHLVSEATKSYSFRRGTYPS 172

Query: 162 TIFSLSFGPCSQSQVPEILVATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDA 221
           TI+SLSFGP   +Q+P+IL+ATSSSGS+H F L  AI+QR S+RS  FLGS++PDS+SDA
Sbjct: 173 TIYSLSFGP--STQLPDILIATSSSGSIHAFSLSLAINQR-SKRSTSFLGSVLPDSVSDA 232

Query: 222 LDPANHHIVHNAVPAGIRSYAVIRKVDRV-GDASSSEIVACRATLAIITYNGYFQEYNVS 281
           LDPA+HH++ NAV +GIRSYAV+RK+D++ G +S S   + RAT+++ITYNGYFQEY +S
Sbjct: 233 LDPAHHHVLQNAVSSGIRSYAVVRKIDKLEGTSSPSHFTSLRATVSVITYNGYFQEYTLS 292

Query: 282 LDNQNEFSRSLDREFNLMT 300
           ++N+NE   +L+REFNL +
Sbjct: 293 INNKNESLWTLEREFNLFS 308

[Close]

BLAST of Tan0017533.3 vs. TAIR 10
Match: AT4G30510.2 (homolog of yeast autophagy 18 (ATG18) B )

HSP 1 Score: 288.5 bits (737), Expect = 6.3e-78
Identity = 143/198 (72.22%), Postives = 176/198 (88.89%), Query Frame = 0


Query: 42  RLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLYN 101
           RLVV+L +KTF+YD+N+L +LDTIDTVPN KG+ AFSPSL+GC+LA+PAS TKGS+L+YN
Sbjct: 53  RLVVVLLEKTFVYDLNTLVMLDTIDTVPNPKGLSAFSPSLEGCYLAVPASTTKGSVLVYN 112

Query: 102 VMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYPS 161
           VM+LQ H EIDAHR+PLA + LSSNGMYIAT SEQGT++RVHLVSEATKSYSFRRG+YPS
Sbjct: 113 VMDLQSHSEIDAHRSPLAAIALSSNGMYIATGSEQGTLIRVHLVSEATKSYSFRRGTYPS 172

Query: 162 TIFSLSFGPCSQSQVPEILVATSSSGSVHVFPLGFAIDQRSSRRSGGFLGSMMPDSISDA 221
           TI+SLSFGP   +Q+P+IL+ATSSSGS+H F L  AI+QR S+RS  FLGS++PDS+SDA
Sbjct: 173 TIYSLSFGP--STQLPDILIATSSSGSIHAFSLSLAINQR-SKRSTSFLGSVLPDSVSDA 232

Query: 222 LDPANHHIVHNAVPAGIR 240
           LDPA+HH++ NAV +GIR
Sbjct: 233 LDPAHHHVLQNAVSSGIR 247

[Close]

BLAST of Tan0017533.3 vs. TAIR 10
Match: AT3G62770.1 (Transducin/WD40 repeat-like superfamily protein )

HSP 1 Score: 79.0 bits (193), Expect = 7.6e-15
Identity = 49/154 (31.82%), Postives = 85/154 (55.19%), Query Frame = 0


Query: 41  NRLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLY 100
           +R++V+L+ K F+Y+ + L ++  I+T+ N KG+CA S  +    L  P  + KG + + 
Sbjct: 176 DRIIVVLEQKIFVYNFSDLKLMHQIETIANPKGLCAVSQGVGSMVLVCP-GLQKGQVRIE 235

Query: 101 NVMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYP 160
           +    +    + AH + +A   L+ +G  +ATAS +GT+VR+    + T     RRG+  
Sbjct: 236 HYASKRTKF-VMAHDSRIACFALTQDGHLLATASSKGTLVRIFNTVDGTLRQEVRRGADR 295

Query: 161 STIFSLSFGPCSQSQVPEILVATSSSGSVHVFPL 195
           + I+SL+F     S   + L  +S  G+VHVF L
Sbjct: 296 AEIYSLAF-----SSNAQWLAVSSDKGTVHVFGL 322

[Close]

BLAST of Tan0017533.3 vs. TAIR 10
Match: AT3G62770.3 (Transducin/WD40 repeat-like superfamily protein )

HSP 1 Score: 79.0 bits (193), Expect = 7.6e-15
Identity = 49/154 (31.82%), Postives = 85/154 (55.19%), Query Frame = 0


Query: 41  NRLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLY 100
           +R++V+L+ K F+Y+ + L ++  I+T+ N KG+CA S  +    L  P  + KG + + 
Sbjct: 176 DRIIVVLEQKIFVYNFSDLKLMHQIETIANPKGLCAVSQGVGSMVLVCP-GLQKGQVRIE 235

Query: 101 NVMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYP 160
           +    +    + AH + +A   L+ +G  +ATAS +GT+VR+    + T     RRG+  
Sbjct: 236 HYASKRTKF-VMAHDSRIACFALTQDGHLLATASSKGTLVRIFNTVDGTLRQEVRRGADR 295

Query: 161 STIFSLSFGPCSQSQVPEILVATSSSGSVHVFPL 195
           + I+SL+F     S   + L  +S  G+VHVF L
Sbjct: 296 AEIYSLAF-----SSNAQWLAVSSDKGTVHVFGL 322

[Close]

BLAST of Tan0017533.3 vs. TAIR 10
Match: AT3G56440.1 (homolog of yeast autophagy 18 (ATG18) D )

HSP 1 Score: 76.6 bits (187), Expect = 3.8e-14
Identity = 48/154 (31.17%), Postives = 87/154 (56.49%), Query Frame = 0


Query: 41  NRLVVLLQDKTFIYDINSLTILDTIDTVPNLKGICAFSPSLDGCFLALPASITKGSLLLY 100
           +R+VV+L+ K ++Y+   L +L  I+ + N +G+C  S  ++   LA P  I +G + + 
Sbjct: 133 DRIVVVLEHKIYVYNFMDLRLLHQIENMANPRGLCCLSHHMNTSVLACP-GIRRGEVRVE 192

Query: 101 NVMELQLHCEIDAHRAPLATMVLSSNGMYIATASEQGTMVRVHLVSEATKSYSFRRGSYP 160
           +   L +   I+AH + +A M L+ +G+ +ATAS +GT++R+    + T+    RRG   
Sbjct: 193 H-FGLNMVQIINAHDSNIACMTLTLDGLLLATASTKGTLIRIFNTMDGTRLQEVRRGVDR 252

Query: 161 STIFSLSFGPCSQSQVPEILVATSSSGSVHVFPL 195
           + I+S++  P  Q      L  +S  G+VH+F L
Sbjct: 253 ADIYSIALSPNVQ-----WLAVSSDKGTVHIFSL 279

The following BLAST results are available for this feature:

BLAST of Tan0017533.3 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q8H1Q8	1.0e-96	67.95	Autophagy-related protein 18b OS=Arabidopsis thaliana OX=3702 GN=ATG18B PE=2 SV=...	[more]
Q54NA2	4.5e-28	31.93	Autophagy-related protein 18 OS=Dictyostelium discoideum OX=44689 GN=atg18 PE=3 ...	[more]
A2RAG5	1.0e-27	35.54	Autophagy-related protein 18 OS=Aspergillus niger (strain CBS 513.88 / FGSC A151...	[more]
Q2U6D5	1.3e-27	38.05	Autophagy-related protein 18 OS=Aspergillus oryzae (strain ATCC 42149 / RIB 40) ...	[more]
Q0CW30	1.7e-27	38.50	Autophagy-related protein 18 OS=Aspergillus terreus (strain NIH 2624 / FGSC A115...	[more]

BLAST of Tan0017533.3 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_011648907.2	9.9e-150	91.23	autophagy-related protein 18b isoform X2 [Cucumis sativus]	[more]
XP_008452446.1	3.2e-148	89.94	PREDICTED: autophagy-related protein 18b isoform X2 [Cucumis melo] >XP_016901034...	[more]
XP_022999719.1	2.3e-146	90.91	autophagy-related protein 18b isoform X4 [Cucurbita maxima] >XP_022999720.1 auto...	[more]
XP_022946797.1	5.1e-146	90.58	autophagy-related protein 18b isoform X3 [Cucurbita moschata] >XP_022946798.1 au...	[more]
XP_038890106.1	1.3e-144	89.32	autophagy-related protein 18b isoform X5 [Benincasa hispida]	[more]

BLAST of Tan0017533.3 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S4DYH8	1.5e-148	89.94	autophagy-related protein 18b isoform X2 OS=Cucumis melo OX=3656 GN=LOC103493470...	[more]
A0A6J1KBL2	1.1e-146	90.91	autophagy-related protein 18b isoform X4 OS=Cucurbita maxima OX=3661 GN=LOC11149...	[more]
A0A6J1G4P6	2.5e-146	90.58	autophagy-related protein 18b isoform X3 OS=Cucurbita moschata OX=3662 GN=LOC111...	[more]
A0A5A7TJW2	2.9e-131	83.50	Autophagy-related protein 18b isoform X1 OS=Cucumis melo var. makuwa OX=1194695 ...	[more]
A0A0A0LK48	8.5e-131	83.17	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_2G036700 PE=4 SV=1	[more]

BLAST of Tan0017533.3 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G30510.1	7.2e-98	67.95	homolog of yeast autophagy 18 (ATG18) B	[more]
AT4G30510.2	6.3e-78	72.22	homolog of yeast autophagy 18 (ATG18) B	[more]
AT3G62770.1	7.6e-15	31.82	Transducin/WD40 repeat-like superfamily protein	[more]
AT3G62770.3	7.6e-15	31.82	Transducin/WD40 repeat-like superfamily protein	[more]
AT3G56440.1	3.8e-14	31.17	homolog of yeast autophagy 18 (ATG18) D	[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
IPR015943	WD40/YVTN repeat-like-containing domain superfamily	GENE3D	2.130.10.10		coord: 30..213 e-value: 6.6E-10 score: 40.7
None	No IPR available	PANTHER	PTHR11227	WD-REPEAT PROTEIN INTERACTING WITH PHOSPHOINOSIDES WIPI -RELATED	coord: 41..298
None	No IPR available	PANTHER	PTHR11227:SF17	AUTOPHAGY-RELATED 18A, ISOFORM E	coord: 41..298
IPR036322	WD40-repeat-containing domain superfamily	SUPERFAMILY	50978	WD40 repeat-like	coord: 50..194

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
Tan0017533	Tan0017533	gene

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


Feature Name	Unique Name	Type
Tan0017533.3-five_prime_utr	Tan0017533.3-five_prime_utr-LG08:7914534..7914675	five_prime_UTR
Tan0017533.3-five_prime_utr	Tan0017533.3-five_prime_utr-LG08:7924780..7924802	five_prime_UTR

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


Feature Name	Unique Name	Type
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7914534..7914675	exon
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7924780..7924853	exon
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7925571..7925644	exon
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7932252..7932343	exon
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7932679..7932791	exon
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7933218..7933337	exon
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7933711..7933862	exon
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7934873..7934989	exon
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7935226..7935291	exon
Tan0017533.3-exon	Tan0017533.3-exon-LG08:7935841..7936391	exon

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


Feature Name	Unique Name	Type
Tan0017533.3-cds	Tan0017533.3-cds-LG08:7924803..7924853	CDS
Tan0017533.3-cds	Tan0017533.3-cds-LG08:7925571..7925644	CDS
Tan0017533.3-cds	Tan0017533.3-cds-LG08:7932252..7932343	CDS
Tan0017533.3-cds	Tan0017533.3-cds-LG08:7932679..7932791	CDS
Tan0017533.3-cds	Tan0017533.3-cds-LG08:7933218..7933337	CDS
Tan0017533.3-cds	Tan0017533.3-cds-LG08:7933711..7933862	CDS
Tan0017533.3-cds	Tan0017533.3-cds-LG08:7934873..7934989	CDS
Tan0017533.3-cds	Tan0017533.3-cds-LG08:7935226..7935291	CDS
Tan0017533.3-cds	Tan0017533.3-cds-LG08:7935841..7935982	CDS

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


Feature Name	Unique Name	Type
Tan0017533.3-three_prime_utr	Tan0017533.3-three_prime_utr-LG08:7935983..7936391	three_prime_UTR

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
Tan0017533.3	Tan0017533.3-protein	polypeptide

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
molecular_function	GO:0005515	protein binding