Tan0009057 (gene) Snake gourd v1

Overview


Name	Tan0009057
Type	gene
Organism	Trichosanthes anguina (Snake gourd v1)
Description	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2
Location	LG10: 470557 .. 504779 (+)
RNA-Seq Expression	Tan0009057
Synteny	Tan0009057

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.

CGGACGTACACTTGAACAAGTTTAAGATTCAACCGACGGTTTCACCTTCATCCTCTTCTTCTTCTTTTGTCCGTTTACCAAATTGAAAGCGGACCCAACGACCACTGCTTCTTAAGACTCACAAAATCTCGTTCTACCGGCCCCTCTCTGCTATGGCAGCTGCGGCTTCAGCGGTGGCGGCTGACAGAATTGAACTGCAGCTCCCAATGGACCTATCGCCAGACTCTACTTCCTGCTACCCCCCCGAATCATCTTCTTCCTTAGCTGACCGCATATCCGATCCCAACGAGACTTCTTCTTCGCCTGACGGTTTTCACGAGGACGTCGAAATTCAGGTACATACTGCCACCTCTCTCTTTCCTTTTTAAAATTCTAAATTCGCACCCGTTTCCGAGAATTATTGAATTACCTTAATTTTTTGGTTGTTGAGACTTGAGAAACGATTGATAAGGGTAAACGCAAATGTGAACTTCCATTTTTTCCTATCCGCCATTATTGTTCCGATTTCTGTCAATAGAAGCTGCAATTATCACCATCCTCATCATCTTCATCTAAAATGCCACTCTCAAAGGTGAATTTTGTAAAATTGACTTGCCTCCACAATTTTTTATGTTGATTTTGGTCACGTCCCTCTCCATCCTTTTTAAGGATCTCATCTCTTATTTTTTCCACATTCTCGCTCTCTTTCTTATTCTGGACTGAATTGTGTTTATTCCGTATCATCTCAACTTTATCTATAATCCTTCGAAGAAATAGAGAATCTAAGACAAAGTTCATCAGATTCCATTTTTTGTCATTTGAAGGGCTTTTTTCAGTCGATAGTTTTAATTTCAATATTTTATTTACATAAATGATTTTATTTATTCTTTTAATTAAAAAAATATATTGGTAAGTTTGTTTATTTATTTATTGATCTCATGCACGATTTTTATTGCTGAACATAAATCTGAATTAGAATAATGGAAGATAAAGAATAAAAGAAGGGGGAAATCATCTGCAAAAGAATGGGTCTGTGGGTGACACTAGTCCCATAAATCTTGATTCATTCCAGGAAAAAAAGTTGTTTTGTTAGTCCTCAAACTATAAAAAAAAAAGAAAAAGAAAAAGAAATAATCAATCAAACAAATGTTCAATTAATTTTTGTTCTAAAAAGTACAAAATTGTTTCACATAACACCGTAAAACATAATTTCTTGACTTTGTCCATGAGAAATGACATTGAAATTCTTATGGTAAATTTTCTTTTAGTTGAACTTATTAGTTCATTTATTTATTTATTGAGGTATAACCAACTTATATTATTTTATTTATGATATTCTATTGGTGAGTGCATTTGAGAAAGGGGGAATGGAAGAAACTTAAAAAATGAGACAAAAACCACAGGAAGTAATGAGGTTCTTGTCTTTAAAATGATGTACTGATATTAGAAAGTGGAACAAGTTTGTAGAAGTTGTACTAAAATTCTAACACAGCTTTTAGTAATCTCTCAACGAAACTCTCAGATTCATGATGTCACATCCTCGACTGAACATACTATAAAGTTCTTGACCAATATCAGAAGCCTGATGGAAACCCATATAAGTAATATTTGTAATTTACATTTTGGATGTACATTTCCACATTATAGCTATTCAATGAGGAAAGTGTGTGCTCAGAGGCAACTTTATCCTGCTTATAATTATTTAAAAGTTCTATGTTATCAACCTAGGACATTGACATTGACATCGACATCGACATCAACGAACAACTTTCTCTTTATTCTTATAAATCATCCCTTAGAATATATCTATGCAAATTCAATGACATTAGAGTCAACATCTTCAGGACTAAGGCTAGTATCATGTTCCGACTAAAGTATTTGTCTGTCAACCCATTGCCTTTCAAATATACCAAAATTATATTATTTTACATGTGCCCCTGCACAACCCAGCTGAAGGTAGAAAACAGTCTAACGTAAGTCTCAAAGTCTCTTCTATACCTGAAAAATGACTCGCACCCTATAGTATGCTACTGGCCTCAGTAATGTGTAGCGTGCAATTTGACTCTAGAAGACAATCTCAACGTTAGTAAGGGTGGCTATAGAAAATATGTTCAAAGAGTTCCATTCATCTTGCCTCTCAGACAGCATAGACAGGTTAATGGTAGAACCAAGTGAAGTCAGGATGGAACACTTTAGAACTGCTTGCTTTAGAGTGAAGTCACTCAATCGACATTGAATCATCTTCTCAAGTCAAGTTTTACATTATGCATTATCAAACTCTAGCATGAACATGTTATAGAGAGAGTAAGGAATGCATTTTTTTGCTAGGATAAGAGACTGAATTTTTTACATTGGGTTCTTTCTGCTTTGGTAAGTGGGTTGCGTAGGGGGCACATGTAAAAATAAGAGAAATTTGATGGATTTAAAAGGAAACAGACAATAAACAAATACTTTGAAGGGAATGTGGATTTGAAGAAATTTAAACTAGAGTAAGTTACTTGTCAATGTTGATGTTCCGTGAACTGATGGTATAAAGTTCTTTAATAATTACAAGCAGCAGCAGGTAGCATAGTCTACAAGGCACAATTTTTTGATAAGTAAGCTCATAAGTATTATGGATATAATTCTACTTGAAAAATGTATAAGGACAGCGATGAGTACCAAATATGGGACTTGTTTGGATTTCTACTAGGCTCTTAGGACTGATCCGGGAGTATTCATAATGTGTTTGGGATAGTTTTTGAAAAAAAAAGCTTTTTAAATAAAATCACTTTATTTATAAGCACCTTTGGAAAAATGACTAATTTAAGGTGGATTTAGTATAACTTCTTGAGTGGTTTTTGACGATTAAACGTGTTTTTTTAATCTTAATAAATAAAAAGCATTTTTTGCCAACAAGAGCATAGCTCAACTGACATCAAGTATGACTCATGACCAAGAGGTCATGAATTCGAATCCCCTCACCCCCAATTGTTGATGTACTCAAGAAAGCATTTTTGAAAAATATGATAATTTAAAAACTCTTTTCGAAGAAACACTTGATGAGATTATTATTAAAAAAATGACTTTAAAATGATTGACCGAAAATCTTCAAAATATGTGGTAAGAAAAAACATATTTGTAATTTGGGGGGTATGGTGGTTGGTTAACAGTAAGGAATTTTCCTTTGAAGCTCTGGAAAAGGGAGGTTTTTGAAGCAATTGGTTTGCAACTTGGGGGTTTGGTTGATATTTCTTTGGAGACCATGAATCTTCTTGATCTTTCAGGGGCTAAAATCAAAGTGGCTCAGAATTTGTGTAGCTTCCTACCGGCTTCAATAATTGTGGTTGATCCACTTATGGGTGAGTTTTCGTTGAAGCTTGGTGATGTGGAGTGTGTGGATCCTCCTCCTTTGTTATCGGGTTCATTGGTATTAAAGGATGTTTCAAATTCACTGGATTTGGCTCGTATCTCTGCGGTTATGGTCGATGAGATTGGTTTTAATTTGTACTCTTCCCCTGTTGTTGATTTCTTTTCCTCACAGGTTTGTTTGAATCTAGTGGTTGGGGCGCCCTCTGGGGATTTGGTGGGAGGTTCAGTGAAGGCCGTCATGGGGAGGGATGATCCGTTGGTTGAGTTAGGGGAGGTTAATTTGGTTTGTGGCTTGAATGGAGATGCAACCATTTTGTCAGGTGGGGCTTTACTAGAGGGCTGCAGGACTAGAGCTTGCTTGGCTGGTGGTGCGGTAGTCTTACCTGTTCAGAGGCTCTCTTCTCCCTCTCTGGCTACTCCTGCTACGAGAGTGAAGGTGGCATTCTGTGGAAAGTTTTATTCAAGGAAAGGAAAGGTTAGCGCGGTGAAGCTTGTGGAGCAAGAGAGCGCTTTTCCTGATTTCCTGGAGCGTCCGATGTGTAGCTTGCAGCCACAGATTTCTCCTCTGCCTAGTGCTAGTGCTTTTGCCGAAGAGGTTTCAAGCATTCCTTCCTTTACCATTGAGAAATGTCAGGTTGGTCCTAAGGGAGTCTCTTTCATTAAAGTTTCTTTTCAGCATTCTATGCCAAATCCTAAAGATGTTGGTGGATTCTCCCCTTTGGTTGATCTTGACTCGGTGGTGGTTAGTTTGAGCAGTCTAGAGTTAGGATCCAATTGCTTCTCCTTATCTAAGAATTTGATTGTGGATCCACCTATTATCAATTTGGCTAGTTTGTTTGATTCCCCAGGTAGTCCAAAGTTGGTGGAAAAGGTTTGTTTGACACCTCTTGCAGATCCAGTCGTGCCTCCTGAACTAAGTAGATTTGAATCGTTAATCAAAGCTAGTGGTTTGCAGTTTAGAGGAATTGGCCCTACTTCTGAAGCTGCTTTGACTCATTGAATTCTCTCTCGTAAAGGGGGTTGGTTTGGGGGTGTTTCTAAGTTGGTTTGCCTAAAGATTATGTTTGATCGTGACGTTGCTTCAAGATTCAGAGTTGTTTTTTTTAAAAAAATTTAATTTTATTTTATTTTAAGTATCAAGTCTTCTTGGAGCTTGTGTATTTGTGTGGGTTTTTGTCCTTAGTAGTTCGTTCGATTCGCAGTTGGGCAGTGCTTGGGTGTTTTGTTATGTGCTTTTGTTGGTCTCTCAGACCTAGCTCGAAGAGTTAGTAGTCAGAGTTTGGAGGCCCTTTTCTTGCACCCCCCTCTTGTTCGTGTGGCACGCCGGGATTTGCGCTATTTTTTGGAGGCTTTGGGGTGAGAGAAATAATAGAATCTTTCGAGGGCTTGAGCGTTCTCCTTTTGACGTCTGGTCTCTTATAAGATTCTATGTTTCTTTTTGGGCCTCGTTAACTAAGGCCTTTTGTAATTATCCTTTACGTCTTATTTTGTTGGGGTGGAGGCCTTTGTTGTAAGCCCCCCTCCCCTTTTTTTTGTGGGCAAGTCCTTTTTGTATGTCCTTGTATTCTTTCATTCTTTCTCAATGAAAGCTCGGTTTATTATCAAAAAAAAAAAAGTGCTTTTGTTGGTTGGTTGTTGAGGTAGTTCTTTGGTCGGTTTTTTTTTTGAGCAGTTTGTCTTGGTAGGATTCGGTTGGATTTTGGGTTAGTTCTGTTATTGTTTGGTTGTGTTGTGGTTAAGTGTGGCTTCTTTGGTTCCTTCTTGTTTCTTTCGCTTCGGCTGTCATTTGTCGTTGTTGTTTTGTTGGAATTTTTAATGTTCTTTTGGGTCTTTGCTTTGTTTTGGTCTGATTTTTCTTTTTTCGTTGTAAGATTTGTACTTGGAGCGTTAGTCTCCTTTCATTATTTCAATGAAATCTTTGTTGCCTTGTCAAAAAAAAAAAAAGAATCACTTATGAAAATGTAGTAAAACCAAACAAAATTGTTATTTATAGTATTTTTACAAAAATGTAAGATATAAAAAGATTGTGATTCAAAATATTTAAAAGAATGTGTTAAAACTAGAAGGTATGCCAAGCACACCCTTAGTCTCTCTCGGATATGAAATTATGCGTAAGAGGATCCTACAATACTTAGAAATGTCTAGAAATTATTTTGGTATTCGAATCCACTTTTGGAAACTTACTTTGAGGCAGGTGCTCTCAGTTATCCAAAAAAAATCCACTTTTGAAAACTTAATTTCTTCTCATAACTGTTAATTATGCTATCATAGTTAGATTCTTGTTACGTGCTTCCCTTATTCTTATATCCAAGACTTTGAAAAAAAGAAGTTCTCGTGTGTTTCTTTGATCCACTTCACTCTGGATACATTCTGATGTATATAGTCTATAAAAACTGTGAGCAGAAAATGTATGAAACGCTTCCTAATGCTTTTATTTTATATAATCTCTGAAGCTGCTTATTTTTTATGCAGTCATCTGCGTTATTGAGAAGTGAAGAATATCGGCAATTGTTTCACCTTCCACCAGATGAAGTAAGTAGCTCTAGTCTTGAAAGTGAAAGTTTATTGATTGAAGCTGAAGTTGATAATAGAATCATCTGTGTGATGCTAAAGAATTCAATAGGAAAGGAAAAAAAAAGAGAAGAATTATCGCCTTTGACATAGCTATGGAAACATTGATGCAAACGGTGACTTCTAGGTGGGATTTCTGAAGTTTCTTCTGATTTGGAAGAAGACAAACAACATATACAGGAAAAAATTTCAGAAGGGAGATACTATGCTTTGAATTAATCGATTATAACAGTTTAATGAAGTATTTTCTACTTATTTCAGTACTGAATGAAGATTTTTTTTTGCCTATTGCGATGCTTCGTGTGGCCATTTACTATATTTTCTAGTTTCTCAAGTTATTTACATAGGATAACATATAAATCTATCACATTTATTTGACGGGGCTTTAACTTAGGCGTAAAGATTGCTTCTGCATTGCAAAAAGATAGAAATGCAGCTTTTCTCGGACATTGCTAATCACGTTGGAAGTGTTAGGAGTATGATTAAATGATTAAAACTTACAGTAATCTATTAGCTTAAGCTTTTTGGTTGAGTGGTAGTTTAACATGGTATTGGAGTCAGAGTGGGAGATATTTTATTCGGGTCTTGTAGCTTTGTTTCCTCTCAATTATTATTGATAATCACTTATTGGGTGATATTCTAACTTTAAGGAAAATGTCCAGAGTATGATTAAATGATTAAACTTCTGTCATCTATTTGCTTAAGATTTTTTGGTCGATTGGCACTTAACAGGAAGCATTTCAATGTATTCTTTATTGGAATATTTTATGGATATTCTTCTATATCAGATTATTCAATGGATATTTCTCTGCCCAAGGATGAGAGAATATGTAGTTTTTTTTGCAGATTATTGTAATTGATATTCCAGGATATCTGCTTTATTAAGGATTCGGTATTCCTACGGAGATCTTGTTGTCTGAAGACTCTCCACTTCCCTCTTTAGTGATAATTTTATATCTACCATGTTGTATCATGTCTTTTGGAGCTTGTTCAGAGTGTATTGTTTTGGTAGGCAGGTTATTGACCCCCACCCACCACCACAGGCACACTATATCTTTTTCCTTTTGCAGGACAACTTGTGTGTATAGAGTCCAATTTTTCTCTAAGATATTTATCTTAGATACAAGTTTATTTAGATAAGAATGCTGAATTAATGAGAACAAGAGATGTATAATAGATAGTCATATAGGAGGGAGGGAAGATAGGAGACACTTCATCTGGTGTCTAAAAATATACGAAGAGTTGCACTTCTGCTTCAAGTTGGAGTTCATTTAGAGAAACTTAATTTAGAGGCCTTCCTAAATTTAGAGTCTCCCCTTTTGTAATGCTCAAGATACTCTCAGTTTCTTATTTAAAAAAACGATGCCTTCCTAATTGGAATGGGGCTCCTAGCTTTGAATTTTGAGGAATGCAGTATTGCTTCAACGTGGTCCAAGATGGTACAAGATTGAAAAACTGAATCAAGGACAACTTTTGCTTCAACCTGGAATTCCGTGGAGAGAAACTTGGCCAACTTTGGTAATACAATATCGATACATGCTGCTAGATTGTCAGGGACCCTGAACTTGTGACACGAAGCTAAAGTGCAAGTTGTGACAAGTTGAATCACACTGGGTTGTAGTCTGAACACAGAAAATGAAGGCCAAAAAATGAAATTGTTGTACTAAAAAAAAGAACTGTGACCGTCTAGTTCCTGCAAAATATGAGTTTTTCTTTGCCATTCTTGATTTCTTTTCACCCTCATCCTGATCTCTCTTGTCCTCCTTTGGCTGGGTGCTATATCTTCTTTGGCTGGTTGCTTTCAAGAAGTTGTCTTGTGGATTTGTTAGTCTTTTAGTGTGATTATCATTAGATTCTTCCCTGGGTGGCAAAGAAGTTTTTCTCTCTATAGCACATTTTTTTTTCCATGAAAAGTTCCAATTGGTCAACGTTCTCCTCGATAGGATGGACCCTGTCACTGTAACATCTGATCATTGTGCATACTTCTAAATTTTACACTACCGATCTTAGAATTTATTATTTTTTTTGGGTGAAGTACTTCTCATCCTCTGCGACATCATTCCTCCAACAAATTAGACCGTGAAATTTTAGTTTCAAGTACTGTGTAAATTTTTTTATTCAATCCATATTTACACCTTTCATCTAATTTTCATTTTTGTTCTCTATAAAATACTGATCCACCTTTGGGTATTCCTAGTCCAGATGACACACTCATAAAAAAAAAAAAAAGAAGTCCAGTTTGACACTACAACTCTGAGCAAGCTCCTTAAATATAGTCTTTTAATGTGTTTGTCTTCTATTTGAAGATTTTTACCGTTTCTCCTTTGTATTTTAGGTCCTTATTGAAGACTTCAATTGTGCTTTCCAAGAGAACATACTAATTCAGGTAATTTTTATCTTCCATAGATCCTCATTCAGGATGAGTAGTGAACTTAAAATTTTACGTTTAATTACCTTGATAGGCATGTCATATAGCCACTTTTGATCTTACAATTTCTTCTTGACAAGAAGCAAAACTTTTCATTGATGTAATGGAAAGAGAATATTGCTCAATAGATACAAACTCCATGAAAGGAGCGAGAAAGGAACCATGCTAAAAACAGAAATAAAAGAAACTCAAAAAGATTACAAAGGAACTATAAAACCATGCCAATTGAAACAAAGATCTTGCAAAGAAAAACCAACGAAAGATTTGGAGAGAATGCACCAGGAAGAAGCTTTTAAAATTGTGGAGTCAAAACGATTGGACCAAAGAAGAGACCTGTCTTCAAAAAAATTATGATTCCTCTCCATTCAAATTTCTGATAACAGAGCTTTATTAACCCATAGAAGATGAGATCCTTGCCGAATAAAGGACCTGAAATAAGCAGACAAACATTGTCCTTTAACGAATTGGAGAACACCCGTTGAATCTTGAACATGGAGAAAAGCTTGAACCACGAATTTTCCACATAAACTCACCTGAAGAAAGTGTGAAAATGAAAATCCCCTTCCTTATAACAAAGAGGGCAAACCAAAGGCAGCAACATGAAAAAAGACATCTTTCTTTGGAGAATATCTGAAGAGTTTAGGGGAGAAGCCGAAAGTCGCTTTCTAGTGAAAGAACTAACAGAAAAATTTTCAGAAGGCTCAAGAGACCAATACTTTGCATCTTCAGAATTACCAAGGACCAAAGGACTTAGAATGCTCAACAAAGACTGCGAATCCAATATTTCATCTTGTAGAGACCTTCGAAAGACAATATTCCAAGCCCCCAAATGAGAATCCCAAATATCTAATACCGAACCATCAGGAAAAGAGGAGATTCTTAAAAGACGCAGAAAACTAGTTTTGAGATCATTCACACCACTCCAAACATCATGCCAAAAGAACGTCTGGTTGCCATTGCCCACTTTAAAAACCGCAAAAGACTCAAAACGCTTCTGCAAAGGACCTCTCAAGCTGGAGCCACGCTTTACAGCCGTGTGCCAATCAAAAGAGGATCAACCATGAATGCCAGTAAGGACTTTTCGCTATAAAGCACTGGGCTGATTCATAAACCTCCAGTCCCACTTAGCAATCAAAGCTAAATTTCGATTTTTAAGGCCACCAATGCCTAAACCATCATCACTTTGTGCCTTGGTAACCAAACTCCAGTGAACTAAATGAGTATCCTTTCCCCCTTCATTACCATCCCAAAAGAAATTCCTGAAGGCATAACAAAAAGAGAGAACTAATACAAGAGTATACTAGATAAAACCGAAGAATATAACTTTTGATTTACTGAAGAACATAACTTTTGATTTTACAATTAAAATACCAATGACCTATCTTCGGTTTTATTTTACTCCTGTAGAAATGTAACATACATGAATTCCTATTTGGAAATGGATTGATTATGGGTCTAGCCATTTGTTCTCATTATTATTGTTATTATTATTATTATGTTTCAGGGTCACATGTATCTGTTCATGCACCATATCTGCTTTTACTCCAACATCTTTGGGTTTGAGACAAAGGTAAGATGTGAATTCATCTTTTAGCTGCATGAGGTTGTTTTTACCTAACAACTTGATTCATACAAGTTATGATTTAAACCAAATGCTCTCTCACTCTCTCTGTCACATGGGCTTGCATCATCCAAGCACACAGATTCCTCATGTTTATTTTATCAATAAAATCCCTATCTTCTTTCATCTACTCAGGCTAGAAGCTCTCCTCTTGGTTTCTTTCTCTTTGTGGTGTAAAAAAAGTAGATGCATTATGGTAATGAAAGTAGCTTGAGGTATTCCGGACTAACTCAGTATTGAAGTGAAAAATGTGCCCTATTTTCACATGCAAGAAGAATTTATTAGAGAAATGTAATCTTTAATTATATGTTTATGAGTTATGATTATTATTTTTGTTAGATTTTGAAGGTATTTTTAGTCTCCATTTGAATGTGAGAATTTCTGTACACCTTATATAGCTAGCATACTGTTAACACTGCCAATCAAAGAAACAATTCATACAATTGAGCTAATCCCCCCACCTCACATATATGTCATCTAAAAAAGTGGTCTAATTCAATAAGAGATCACACGTTTGAATCTTTGGATGAGCCTAATAAGGAAAATCCCTGATGTTTCTAGATTCTAGGTCTTGGATCGGGTGTTGACTTTTTAAAAGCAAGATAGCAGGATATACGTGGCATTGTCGAAAATAATGAAAGAAAATCCGATTTTTGAATCTATATGTAAAGAAATTTATTCAACTAAATCCCTCGGGAGGAATTTGACTCTTCAAAATATTTGATTTGTATTTTAGAATTGGTTTCCAGCTTGGCCTCCATGCTGCCCTTGATAAAAAAAAAAATCATATGAAACCATGGAAGTTGCCCGATGCAATTGTAACATGTTAAATGAGAAGATTATTGCAGATGGAAAAACAGAATTTAAACAATATTTTACTATAATTGTTCAGTGCCCCTTTTAGCATGAAATTCTGGATCTATCCTTATCCTTTTAAAATTTTAACAATATGCTACTATAATTGTTCAGTGCCCCATCTAACATGAAATCCTGGACGGCTAGATCTATCCTTATCCTTTGCTGTTGGGATTCAGAACATTTAACTGGAGTGACTTTCATGCTAATCATGTATGAATATGCCTCCCCCACGAGTGATTTATACCCTCACTTGATCCCGTTTGGATTTAAAAAGAGCTAAGAATTCAAATATGGCTATTGTCCCATTATCTTCTATGGTTGTTGGATGTTTTTTTGGAGCCATCATTACAAAATGTGCTGATAGTGATCACATGCCAGTGATCCAGTCGGAGAGAGTATTGCAATACCTGGTGATAGAACTTCCTTGAACTTTTGCATGGTAATTTAGAGTATAGAGTTCTCATGCTGGGTGGAGGTAAACGTAGAAGTTCTACGCGCAGGATGGGTTGTGGGGCTGTTATGTTTTCTCTAGCGTGGCACATGCTCAAGTGGTTTAGAGTACGGTTTAGAGTAGGTAAGCCTGAGGAACGAAGAGGCTAATTGTTTAAGGTTGGTTGGGAATAGGAAGAACTACTATGGAAGGAATTTGACAAGTTAGTGGAGCGATTAGGCTCAATTCCTACCGCTGCAAAGGGTTGGTTGCTTAATAAGAAAGAAGGCTCAGCGAAATTCCTCTATCATCATGTCGGAACTTGGAACTATCTTCTATGTTTATCGGGTTTAGATAATTTCATAAGGGGGCATGGTCAGATGGAAACCCTTCAAAGTTAGGATTGGTTTATTGGTTCACCCCTAAATACCTTCTCGAATGTCCTTCAGTATTAGGGGTTAACCCCAAACAAGGGCATAATTTGTGTACCATGGAAATCATGTCTTTATAACACATACAACAATTTCTTGACATTTTCACATTATCATCTAAACATGTTCCCAAGTGGATTTACGCAAAACATTCTCTAAAGGAAAGCATACTTTCACAATTTAGTTTCCATATTTGGATTTATAGTTACAACTAACTTCAAGCATGCTTAGGTTCCATCATGAACTTTATGTTAGAAATATGAAGCCATTCATAACTAGTTCAAACAGGATGTAATTATCAACACTTATGTTCATGAAGAAAAACATAGGTCAAGCATAGTTCTAAGATAGAGTCACTCACAGTATTAGAATTGAAACCTTGGCTTGTAAACTTGACCTATTTGCTCTTGGCCTGTCAAACAAACCAACTCAACCATTAGAACCTCGAGCTCATGATTTTTGACCTTAAATCTACAAGGAAACACACTTTCAAATTTCCAGCATTTTCAGATTTTCTGCCCTGTTTTCAGACAGTCATAACTTCTTCATTACTTATCCAAAAATACGATTTTATAAACACGTTCTCCCAGGCACATAATCCGCTCAATCAAATAATACAAGAAAGTGAGGACTATATGAAAAGTTGCTAAGCCACAACACTCATGAATCATATGCTGACAGTTGTTTCGTAAAATAGGATGTCCATGGTTATGCAAGACTTTTAACCACTGTTTAATGTTTAAGTTGCATGAATAACTTCAATATCATGTTGTTATTCCCATTTAAGCATGAACCTCATGATTCAATAACCTCATGGTTATTGTCAAGGTTGGGTTCATACTACATTTATATCTGTCTTGGATCATGTTTATGATTCTTATTATACTTCAGAAAATAATCCCATTGCAAGAAATAACAACTGTACGTAAAGCAAAGACAGCAGGGATCTTCCCTAATGCCATCGAAATATTAGTTGGAGAGAAAAAGGTAGTTTTGAGTTTTTAATGCTTTATATTTTCTATTTTTCTTTAATTTTTAATTTCATCCATCAGAATTAATTATAAGGGCTCTTGATAGCACTTTTCTTTGTTTCCTAATCTCCTCTCAAAATTAATTTTAAAAACAAAAGAAAAATTTGTTTTCAGAAAACCTTTTTTTCTTTTATTATTATTTTTTTAAAAAGTTGATTAAGGTTTTCATGAGTTTCTTAAAAGTAAAATTTAAACTACCTTCCAAAATAATAATAATAATAAAAGAAAAAGAAAAAGTAAACTAAGAAAGTATTTACGAGTATATATTATCAGCTTAACTTTTTTAAAACAAAAACTATAAATAAAATCATTCTTCAAGATGGCCTGGATAATTGGTTTTAGTTGTTGGCATGGCAGTATAATCAACTAGCCTAAATAACTTATTTTACCCATTAACTTTTGCAGTTCTTCTTTGCATCTTTTCTATCTCGTGATGAAGCCTTTAATCTCATTAATGATGGCTGGTTGCAACATGCTAAAGGTACCGAGGCAATTATGACAAAACAGGTGAAGAACTGTGCATTCTGTGTTTTATTTGTAACAGCCGTATTGTTTGAGTTGTAATGCAAGCAAAGTTTTATCTTAGATTCTGCTAGCATTAATATAAGCTTAGATTGTTAGTGCATATATAGAAAAAGGCATGGAGAGTTATCAATTTTTTGGATGGACGATCACATTACTTTGACATATGGCATGACTTAATATAGTCATATTCTTCTCTCTATGAGTTTTCCCCCTATCGCGGCGTATTTTAATTATGCCCAGATGATTGAAGTTCCAGGCAATAATTTTTCGACATGTTCCTGCTTATGTTGAATCATGAATGGGCTTTGGGACCAAAATGTGTTTGAGATTGATAAGGCTCGATATCTGGATTTTCTATTCTTGATGGCTTTCTTTATTTGCATGTGTGCTGCACGTACAAATGATCTATATGCATGTGCATGCAGACATGTCTGTATGCTTGTTTGCATGTTATGGATGTGAGAGCTTCAGCTTACAAGCTTGCAATATGTTCACATTCAGTTGCTGTACGTATGCATAGACTATTACATTTGTTTAAAATTGACAATGAATATCCACCTAAGATATCAGTGATAGCAATGAAAAGTTTTTTCTTGTAAAAAAAAAAAAAAAAAACTACGCAAGTGAAAGAGGGGAGACATTCTTTTTCAGCTTCTGTTTGTCTCTCTTATGCATTAAAATTTTCAACTTTTGTGTTAGAAATCAATAAATGAATCTAGCAGACAAGAAATTAGTATCCTTGGTATCGAAAAGGCCAAGGAGCTGGATCCTTCAGATTCTTCTGACAGGTATGTTTCACCTTTATCTATGTCGTTTCCCTAGACTCTTTGCTGCTTGACTCACTAGATTATTAAATCATCTTGTGTCTAAGGAGTATGAATACTCCTATTCTTAATGTTTCCATGGTTCAAGCCAACGTTGAAGAGGAAAATGGGCCAAAGACACAAGCAGCAGTACCAATTGATGTAATTCAGGAAGCAGAGCCAATTCTTGATACTGATGTTTCAACTTCAAGGAAGACGTTGACGTGGAAGCAGGAAGACACAGATGCTCCCAAGGGTGGGTGTTGTTGCATTTCTTTTCTCATTTCTGTTTCGTTTTAGATTAAGGAGTTAGCCTACAGTTCTTGAATAGTGCAGCCCAAGAATGTCTCAAGTCATTCTTTCTACATTCAAACTCACCATTGGCCTTTGAGAGGGAATGCCGAAATTAGTAAAAGAAAACAAAAGTTCTAAGAAACATTATTCCTACTTAAACTGTTACTTTATTTAGGAGTTTATTTATTATTGTTAAGGGAACCCAAGCTTCCATTAAGACAAACACAAGAATATAAATAGGCAATTCAAGAAGGAGAAAGCCCATTGCAAAAGGGGCCAATTAAAAAGAGACACCCTAATAATTACAAAAAAGAAGATTCAGTTGTAAAGAATAAGAAATAAAGGATAGTAACAAAAATCCTTAGATACTGACACCTAAAGAGGCATGAAACCTGGCCATAGCCCACACCTCAAGACTTTTTGCCTCCTAGATTCTTTTGTTCCTCTCTAGCTAATTGTTCCACTTCTAGATTCTTTGCTTGGAAAGTTTGATTGAGAATCTCTTGGGAGTGTCCATGGCTTGGGCTCTGTGGATTATTGGTGTTTTAGCTCTTCTTCAGGGTTTTGGTTTGTTTATTCCCGTTGTTTGTTTGATGGCTAAGAGCTGGTTTGGGCGTGAAGTCTTGTTTTAGTTGCTCTAAAGGCTTCTTCTTGGTGCATTCTTTCTAAGAAGTTTGTTGGCTTCTCGATCTCGGATTTGCGCTTTGCAAAGGCTTGGGCATTTTGGATGAGATTCTCTTGGCTTCCCTTTATGCATTCTGCTTTTTGTTGTTTCATTTTGGTTGTTTTTTTAGTCTCTTTCTGGTCGATCGGATTCTTGTAGGCTGTTTGCTTTTTTTCTGCTTCTCTTTCATAGTCTTGTTTTGTTTTCTTTCAAATTTGACTGATTTGTGTGTATTGTGGGTTTTTCTTGATCTCCCTTGTGGAGTTGTATTTTGAGCATTAGTCTCTTTTCATTTTTTCAATGAAAGCTTTTGTTGCCTTGTAAAAAAAAAAAAAAAAAGTAATAAAGAAAGCTGTGCCCTAAGGGATCCCACCCTTATCTCCAAAACTGTGGATGGAACAACACCTCTTCTATCACTGACCAACAAAGATCATTTGTACACCAAAGAAATGTGAAAGGTCTAAAAATAATTTCCAAATCAAGTACCTAATTGACAATGCCATAATACATGATCTAGGTTCTGTTAGTGTATAGCATCGTATGACGTACTTCTATCTTCCATCTTATCGTAGCTTAGAGGGTATGATATCCCAAAGAACCCTCTGGTTTGGTTTGGGTGGATTTCCTATTCCCTCTTTATCTTTACTATACCTTTATTCTTTGGAATAAAATTGTTTCTTCAATTTCTTATCAAAAGAAGTTATATATTGTACCATTCTATGGAAAGGGTGTGCCTTTTCACGTGGAGGCTGTGAAGGGCAGGTGGGAGTGGGGATTGTTTTGGTATTTGACGTAAAGAGCTATTTTAATGAAAGAAATAATAGGAAAGGCAGGTAGACTTGGATATTTTTAGGGTGTTTTATTCATTACTTTAGTGGTTCACTCTTGTACTTGGCTTTTACTTCAATTGTTATAACAAGTGAAATTCCGTCCCTGAATACATGATCTGATTTGATTTTGAAATGCAGTACCCGATTATTATACCAAAGTTGCAGAATCGAAGTTTCCGGTACAGTTGCTTTTTCTTTGATGAGTTTGACATGTAATGTGTACTTCACATTTGGATCCTCCGAGTTCACCGTTTCTTTGCAATTATTAATCAGTTTTGATCAGAAAAGTTGGTTCAAATTGAATTGCAGATAAGGGTGGAGGATTTTTTTAGTTTCTATTTTTCAGATGATGCTGTTGATTTTGTTTCTTCATATCATGGAAAATGTGGAGATAAAGGTAGGGCGAAGGACTTGTATGCAATGTAGAAGTCCTTTTTGAATTGTTTTAACTAATGTTACATTGTATATACTGTGAATTAATTATTTGTTTGGCGATACTTTTCCAGAGTTTAAATGTTCTCTGTGGCGTCCTGATGACATGCTTGGGCATACACGTGATTTATCATTTCAACATCCAATAAAAATATATTTTGGTTCGCTCTTCTTTCATTTAAGAGAATATCTTACCTTTTTCTCCATGTTTTTGTTTCTTTTTTATTTTAGATATACTTTTTATGATAGTATAAATTTTACATGGCTATAAAGGTGCAAAGTTTGGTGGCTGCCTGGAGATCCAGAAATTTCGACTTTATAGAGACAGGTTTGACAAGTTGCTTTGTAATGATTATATTCTTTTTCCGGTCTTATTCCTCTCAGTCATAAACATTCTTTCTTGACAGTTTTTGTTTTGCACTATGTTTGTTTTTGTATGTTGTGAATTACTCATAACAGATGTAAACTTGTGTCAGAACTTTTATGGAGCATAGTAAATTCAAAATTGGTTTGTCGGGTTTTGTATTTCTAGCCATTATATTAGAAAAAAAGGAAATAATAATTTAGCATACAAGGGAATGTAAGTAAAAAAAGATAGTTGGAAACTCTAGATAAAAATGAAAAGATTAACCCTAACCAAAATTCCACCATTATTAAAAACTATCATAAAAATTAAATATTTTTTAACAAGAAACAAAACTTTTATCGATAAAATGAAATTGAATGTCTAAAATAATGTTAGTAATTATGGTGAGGATGGTTTTAGACTTGAGGGAAATGAACTTGAAAGTGAAGATGAACACTTGGGTTTTAGATTTAAAAAACTTATTTGGAGGTGATGGGTGATGCAAGATATATTCAGGAAATAAATTTGAGATTTGGAATAAGATGAAATAGCATTAAGTTTTTGTACCACAGTGAAGAAATAGTGTATCTAATATTTCTTATTGATTGGATCAGAATTAGGGTTCTTATAAAGAGATACCCATTTACATATATGGAATATACAAATAAGGGAACAAATCAAATAAAATAATATAATACAATATAAAATAATATAATACAATAAATGGTAATTATCTAGATAAGGAAATAGATAAACCAACACTCCCTCAAGTCGGTGTGAAGATGTCTTCCATTGCCACTTTTGCGATCATCTTGTCAAACCGTGTCTTTGGAAGCCCTTTCGTTAATACATCTGCAATTTGCTCTGTCGTTGGCAGATATGGAATGCATATAACACCTGCATCAATCTTTTCTTTTATAAAATGTTTATCAATTTCAATATGCTTTGTCCTGTCATGGAGAACTGGATTGTGAGCAATTGAGATCGCTGCCTTGTTATCACAAAAAATACGTATGGGTTGTTCTGGACAAAATTTCAACTCTTCCAATAGTTTCTTTATCCATATACCCTCACAAATACCCCGAGCTAGGGCCCTATACTCACTTTCTCGATCGCTTCTGCCACCACACTTTGTTTTTACTCCGCCATGTAACTAAATTTCTCCAACAAAGGAACAATAACTGAGGTGGATCGCTCATCTATCGATCGTCTCGCCCGCCCAATCGGCATCGATCGATGTAAACTTCAACTCAGTAGGTTACCATACCTTTTAAACAATACACCTTTGCCTCGGAGTACCTTTCAAGTACCTTAGGATTCTATAGACTGCTTCAAAGTGAGTTGGTCCCGGGCGTGCATAAATTGGCTTACCATACCGATCGCAAAGGAGATGTCCGGGCGTGTTTGAGACAAGTAGATCAATCTCCCACAAGTCTTTGATATCTTGCTTTGTCTTTTACTTCATTTTCTGTTGCACTCTGCAATTTTAAATTTGGTTCAATGGGAGTTTCACGCTCTCTACAACCAAGTAATCCTCGTTCTTTTAAGTAAGTCAAGAATATACTTCCTTTGATTAACAAGGATACCATCTTTTGATCTAGCAAATTCCATTCCCGTGAAATATTTCAAGACTCAGAGATCCTTAACTGGAATTCATTAGCTAGGTTTTTCTTAAGGTCGGTCAACTCTGTCTCATCACTACTGTAAGAGATAATGTCATCAACATAAACTATTAAAACAACAATTTTGTTATTTGCGTATGTTTATAGAAGATGGTATGATCTGCTTGGCTTTGAAGAAATCCATGATCGTGATCGCTTTTCCAAACCTTCGAACCACGCTCTTGGGATTGTTTAAGGTCAGTATAGAGATTTCTTTAGCTTGCATACTTTGTCAACCCCAAGATTTTTCTCAAAACCGGTGGTAAATCCATAAATACTTCTTCTTCAAGTTCCCCATTGAGAAAAGCATTCTTGACATCAAGTCGATAAAGTGGTCAATCTGCATTCACAAAGAATAGATAGTAGTACTCTAATGGAATTAATTTTAGCAATCTGGGCAAAAGTTTCTTGATAATCAATCCCATAGGTCCGAGTGAAGCCTTTCATAACAAGTCCGGCTTTATACCTTTCAACACTCCCATCGACTTTGCATTTGATAGTAAATACCCATTTGCACCCTATTGGTTTCTTATTTTTGGTAATTCTACAATGTCCCATGTGTGATTCTGTTTAAGGGCATTCATTTCTCCATAATCAAGCTAATTTCCAATTCGAGTCATCTAGAGCCTCCTGTATATTCCTCGGGACAAACAGGTTGGTTATCCTAGAGGTAAAAGTTCTATGGCTTTCAGACAATCTATGGTAAGAAATATAGTTTGCAATGGAATATTTAGGGTTAGGACAGTTCCGAGTACCTTTCCTATGAGCTATTGGAATTTCAAGATCGGATATTTCAGGTAAGTGATTGTGGATTAATGAAGGAATGGGATTAGAGGTGTATTACTCCAGACCTTCGTAATCATTCAACGGAGTATCTGACTGGTTTCGTGATAAATCCACTGTCTGGTCCCTATTCTTCTGATTCACCATCCTTCTAGTATAAACCTGAAGTTCAGTATTTTGATTATTTTGTAGTGTTTCTCCCCCTGAACAAGAATTTCCCATATTTGGCAGCGAAAAACTAGGACTGGTAGTTTCTGGACTAATGATGTTAGGAAGGGGAGAGGTATCCCAAAAATTATCTTCTAAATTAGGTAGTATCTCCCCCTGAAGAGAATTTTTAAAAAAGGAGTGATTTTCCCAAAAAGAGACATCTAGGGTTTCATAGTATTTTTTGTTCACAGGATCAAAACATTTATAGGCCTTTTTGTGGGATACATACCCTAAGAAAATGCATTTAACAGCTCGAGGGTCTAATTTAGACCGAGAGAAGCTAGGTACATGAACATAAGCAGTACACCCAAACACTTTGATCGGTAGATCAGAAAACAAGCGGACATTGGGAAAGAAATTTTTGAAATGATCTAGAGGAGTTTTAAAATCCAAAACTTTCGTAGGCATGCGATTTATAAGATATGCGGCCGTTAGAATAGCTTCACCCCACAAATAAGAAGGAACATTCATAGAGAACATAAGGGCACGAGCAACATCAAGTAAGTGACGATTTTTGCGCTCTGCAATACCATTTTGTTGGGGGGTATCACGACACGTGGATTGATGAAAAATTCCCTTAACTTGCAAAAAATCAGTTAGGTGTTCATTGAAATACTCAGTACCATTATCAGAGTGAAGAATGCTAATTTTAGTCCAAATTGAGTTTCAATCATGTTGTAAAACGAATGAAAATCTCCTTCACTTCTGATTTTTCGTTAACAAATAAATCCAAGTTAAACGGGTGTGATCATCAATAAAGGTAACAAACCATCGCTTTCCACTATGAGTTAAAACTTTAGAAGGACCCCAGACATCACTATGAATTAAGTAAAAAGGTGCAGACGCCTTGTAAGGTTTTGGCAAATAAGTTGATCTATGATTTTTTGCAAAAATACAGCTCTCGCAATGAAAAACAGAACAATCCATTCCTTTGAATAAATTTGGAAACAAATATTTTAAGTAAAAAAATTGGGATGTCCTAATCTACTATGCAAAGCATAATAGTTTCTTGAGCGAAGGAGAACTAACACTACTCAAGCCCTGAACTTTTTTATTGCTAGTTGGAGATTCATCAAAATAGTAGAGGCCATCGAGCATCCTAGCACGCCCAATCATCTCCCTAAATCCCGATCCCGAAAGATGCAAAGAGAGTCAAAAAAAGTAACACGACAGCTAGCATCTTTAGAGATTTTAATGATGAGATAACAAGTTACTGAGTTAATTTAGGGACATGAAGGACGTAATGCAAAAATAATGTGAGGTTAATTTAATGCCCTTTTCCTGCAATAGAATTGAAACTACCATCGGCAATTCGAATTTTTTCATTGCAATACATTGGAAGATATGATTCGAATAATTGGGATGAACTAGTCATATGGTCAGAGGCTCCGGAATCTATAATCCACGGAGAGGAATGAAGACAAGATAGGGCTTGAGAATAATTACCTGTTTGTGCCAAAGAAACACTAGGATTACCAGATGATGAAGTGGTCTTTAGTAGCTTCAGGAGTTGATCAATAGGGTTGTGGCCACGGCTGTCAGTAGTTTTAATGGTGGACAAAACCTTGTTTTCTGACATTGTTTGATCAACAAACAGTAATAATATTGGAATAAAAAAAAACACCCAAATGAACACGCCGTAGTAAATCCGAAGAGATTAGCGAGCCCCCAAGAACAAAACTGAAACACAAAATACCGTGAGTATATAATACCCGAGAAAAAGGTGTAGGAAAAACAAACCGTCCGGTCTTGTAGATGGGTCGGATCGCAGCGCGGTCACGCGTGTAGGCACGCTGTCAAAAAAGTGGTCGCGGGTCGCGCGTGATCGCAGCGTAGCGCGCGATAGGCTCTGCAACGACGACTCTAATCGCAAAGCTTGTCTTCAACGGCGACTCTAAGCGCAGCAGATCGAGGAAGCGAAGAACTAGGTCGCGCGGTGAAGATCTCTTCCCCGCTCTTTGCGAGAATGCGGTCGGTAAGTTGATCGGAGAGCTAGCTAAAAGACAGTGGCGGCTAGGGTTTTTTTTTTCTTTCTTTTGCTCTGATACCATGAAGAAATAGTGTATCTAATATTTCTTATTGATTGGATCAGAATTAGGGTTCTTATAAAGAGATACCCATTTACATATATGGAATATACAAATAAGGGAACAAATCAAATAAAATAATATAATACAATAAATGGTAATTATCTAGATAAGGAAATAGAAGGGTCATACTACTTTCGTTGTTTTGTAAGGATCGAATTCAGACACTGAACGGGGGCTGCTATACAACTTTCGTTGTTTTGTAATTTACTTACAAAAATGTTTTTAGAATCATAGCCACATGCCATATTTTTAAAAACTAAAAAGAGTAGTTTCAGAGATCTATTTTTAGTTTTTGTAAATTTGACAGAATTTCAAGAATGTTTTTCAAAAATGAAAACCTAAAGAAAGAAATGACTAGTAAACTAGCTGAATTTTTAAAGACAGAAAACTAAAAATAAAAACTTGATCAAGGGGGCCTTTGTTGCTGTTTTCTATGGAAATGAAAATCATTTCAAATTTACTCTTATTTTTTAACAAAAAAAATCATTTTTCATTGAAGAAATGTGTTGAAGTGTTGATAAGATTAAAATTTTAAATTTACCATAATCCATCAGCTCAATCTTTTGAGTTAATTGATGATTTAATATGGTATTAGAGCATGAGGTCCTAAGTTCGAACTCCTATAGTATCATTTCCTCCCCAATTAATATTGATTTCCACTTGTTGGGCCTTGTATAATTTATAAGCCCACAAGTGAGGGAAAGTGTTGATAAGATTAAATATCATATCCCATCAACTTAAGCTTTTGGATTAATTGATTAATTGATGATTTAACAAAATGAAAAGAGACTAATGCTTAAAAGATACAAACTCCATCTGGGAGAACAAAAAGAAAAAGAAAACTCAATCAATAAAAACAAACAGTAAAGAGAATTAAGAAAAAAAATAAAGGCAACACTTTTCAAATTTACTGTTATTATAAACATATGATTCTGGATTAGTCTAAAAGTTCTCATTGTTGAACAAACATTAGGTTGAAATGGACCTCTCACATTCTCAGTCAAAATGATACCTGGTGAGCAATAAAATGTTTCTTAATACTACCACCTTGAGTTAGACCAATGGTTATTAGAATTTTGGGGCAAGGGTCCAAATCTCATGGTGGCCACTTGCCTAGGATATTAAAATTGTACAAGATACTAGATGACCATATCTTGAGGCTAATCCTGTTGCATACAAGCTGGTCTAAATGCTCACATTTGTTTCTTAACATACTTACTAGGAATTGCTGTTGACGCTTTATAACTTATGAAAATTACTTTCAGTAAGAAGGATTCTTTCATTAGTGAACGGATATAAAAGACGAGGATAAAATATCCTCTCTGAGGGTCAAGAGGTTAGAGAAAAGCATTCCAATGGCAAAAATATAAGAAAGAAGTTAAAATTACAAAATTGCTTGTAGACCACCAAGTCAAAGCTTTCTCATTATCCCCCTGAAGTTGTCATTCTTTATTAGTGTCCTGATAAATCCTGTCATTTCCTCTAACCAAAAATCATAACATAATGCTTTGGTAAAAACAAGTTACATGTGTTAGACCTCCAATCCAAAAGGTTTATTCAAGGAAGGGCAAAATTGGAAATGTGGATGTTTTAGTTAGTTTCCTTGTTTGAGTATTTTGGATTAGGGAGTTATAACTCCCTCAGTCAGTTATGTTGCTTTTGATATTTTGTTTACATGCTGTGTTTTTGTAAGGACTGGGCATGATCTTGAATTTTGTGTAGCTTCTTGAGGGATGTGGAGAGATTGATGACCCTCTCCAACTGGTCATTAGGAGATAAGTTGTTTGTCGTATTTTCTTTGTGAATTTTGTGAATAGAAAGGGGATTCCTATCAACATGCATGTTCAGTTTGATTACGAGAAAATTGAAAAACAGAAGGGCCAAAATATGTGAATATTTTCTCATAATGAATCTCATCATTATTCCAGTCCCGTGTACCTTAGCTTCCTGTAGGCTCTGTCAATGGCACAAATAATGATGGTTTGAAACAATAACATTAAACTGAGAACTTCATGATTAGTAGAGCATCATGGTTGACCTCTTCTGGTTACTTGGTGTTATGGATGATGTCTTAGATTGGGTATCTTAGATCTCATACAGGAATCTTTACGTGGAATAAGTAGATTCCAGAACGCCACTTACTATGCATGTTGGCTTGCACAACAATTTTTTGTGGTCTGGAAGGTGCTTGGTGTCACAACCACACTAGAAGAGAGTTGGTTGTGAATCCCACAGGCGCAGACAGTTGCAAGGGTGGCACGCGAGTGTCGCCCGCCAGGCCATGCGAGGGCCGAGAGAAGACAAGTGCCATGATGCGACCGAGGAGGACGATGCATCATCTTTTTTTTTTTTGGAATAAGAAACAATTTCATTGATAAATGAAATGGAGAAAACTCCAATCACCAAGGTGAATTACAAGAAAGAACGCCAGTTTGACATAAAAAACGACAAACTATAAAGACTAAAAGGTTGCAAGTGCTTGCACCACGAATAAACAATGGAAAGAACATGATCCATAAACCGATTAAAAAAAGAGGAAGTATCCCTGAATAAACGACCATTTCTTTCTAACCAAAGTTGCCACAAGAAAGCGCGAACAAAAGTCAACCAAAGGAACTTCTTCGAGCCTTTGAACGGATGGCCTACCAAAATGGAGGAAAGAAAATCAAGAATATTATTGGAGAATGGCAGTACCCAACCGAAAGCATCCGACAAACACCACCAGAAACGCTGAGCAAAAAAACAGTGAACAAACAGATGGCTTGCAGATTCTGATCCCAGCTGACACATGGGACACCAGGAAGGAGAGAGACTAATATAAGGCATTCGTTTTTGAAGTCTATCAGCAGTATTAACGGCTCCCAGACTAAGTTCCCAAAGGAAAATCTTAATCTTCTTCGGATATTTATCCTTCCAAATCACTGAATAAATGTCTTGTGGTATCAAATCAACAGCATGCAACAAACTCTCTGTGAGAGATTTTACAGAGAAACAACCAGAAAGCTCCAACAACCAAACCCAAGAATCAGGGACATTCGAAAGGTTTATAGGGGAGAGTAGATGAGAAAGAAAGGCCCATTCAGTAGTCTCCAAATCTGTTAAGTTTCGTCCAAGCCTCGGATCCCAAGCAGAGTTCGTGGAGTTCCAAAGACTTGCAACACTAGAATCAGGGAACAAAGAAAGTCGAAAGAGTCATGGACAAGCAGTGTCGAGAGGTCCACAGCTAAGCCAAGAATCAGTCCAAAAATAAGTATTACTACCATTCCCAATACGCCTAATAGATCGAGAGGAAACCAAGTCTCGAACACCACAGATGAACCTCCAAGGGGGTTTATGAGAAACAGTAGGAGCAAAAGGGGGCCAATCGACAATCCGCGAGTGATCATAATACTTTGCAACAATAAGTTTCCTCCAAAGAGAACCATGTTCCTGAGAAAAACGCCAAATCCATTTTGCTAAGAGGGCTTATTACGCTGCTCAAAATTGCCAATCCCAAGACCACCCAACCGTTTAGGAAGTTCAGTGGTTGTCCACTTCACATTATGCAATCCACCATCACCCCTTGCACCCTCCCAAAAGAAATCCCTAATAATCTTATTCAAATGCAGAATGACTCTCGAAGGGAGCTTAAATAAAGACATATAATACAAAGGCATACTAGAGAGAGTAGCTTGAATAAGGGTGTGTCTCCCACCTTTCGAGATAAAAGCGTACTTCCAATTATGGAGTTTCTGTTTCAGACGTTCAATTATCAGATTCCAAAAGGAAATAGTTTTTGAGTTTCCTCCCAAAGGCAAACCAAGATAGGTAGTCAGCCACATACCTTGTTTGCAACCAAAGGTCGACAACATCCACCCCAAATCAGAATCATCAACATGAACACCCAAGATTTCACTCTTAGCAAGGTTAATTCGTAATCCAGAAGCCTTCTAAAAAATTTCAACCACTTCAAACAAATGTTTCAACGCAAGACGGTCAGCTGTAGAAAAAAGTAAAGTATCATCCGCAAACTGTAGATGGTTTAATCTGAAGGAAGAAACACCAATCGGGTGGGCTGAAATAAGGCCTCTATTAGCACTATGGCTCAACAATCGACTTAGACAATCCGAGACCAAAATAAAGAGAAAGGGAGATAAAGGGTCACCTTGCCGGATACCACGACTAGGGATTATTTTCCCACGAGGCCTACCATTGATGATAACAGAGTAGTTTGCGCTAGAGACGCAACCACATATCCATTTCCTCCAAAACCCCCCAAAACCTTTTGCCTGTAACACTGCATCAAGAAAGTCCCAATCAACAGTATCAAAAGCCTTTTCAAGATCTAACTTCACAACCACTCCTTTCAGAATACGATTTGACCAGTCGTCGATCAACTCATTAGCCATTAAAGAAGCATCAAGAATCTGCCTTCCCGAAACAAAAGCAAGCTGATTTTCAGAAATTGTAGTAGCCAGGATAGACTTCAGACGATCAGATAAAACCCTAGCAACAATCTTATAAACACAAGAGATGAGACTTATGGGTCGAAAATCAGTAACAGATTTGGAGGCCAAATTTTTAGGTACTAAACAAATATATGTCTCATTCATAGAAACATTAACAACCCCAGAGGAGTAAAAATCCTGAATCATGGTCATGACATCCTGCTTAATCGTATCCTAAAAGAATTTGAAGAATTCAGAAGTAAAACCATCTGGGCCTGGAGTTTTACCAGAACCTAGAGAAAAAATAGCCTTACGAACCTCTTCCTCTGTGAACATGCCTTCAAGACCGCTTGCCTGCTCTAGAGAAATATGACTCCAATCAATATTAGCAGGCAAAAACCGAAAGCCATTATCTTTAGCAAACAAATTAGAAAAGGAATCTGACTGAACTCCCCCCGCAAGCGAACCACCACAACCTCCGCCTTGCGAACCGGCGCCGTCGGAATGTTCGGTCAACATTCCTATGGAAAAGCGCCCCAAAAAGAAAGCCAAACGAGCGCCATTGGTGATAATCGACTCCTCGACTGACTCAGACTAGGAGACACAATGACATAATTTTATTTTCTTTATTTTATTTTTCTTGTGTAATTTTGTTTCTGAATTAATGAATACTGTATTCGATATATTACGATTTGCATACTCTGATTCCACATTGCAAGAGTTAGTGAGCGAGTGAACGAAATCGAGCAAATGTGAGCGAGTCCAAAGATAATTAATGAACGTTGCGTGAGTGATCGAGTGAGCATTACTGCGGGTAAGCGTGAGCGAGTAAGCGTATGCGAGTGAGCGTTACAACAAAAATAAACGTGAACGTGAGCGTGAGCGTGAACGCTCGCTCGGATCTGGGATGCCCTTCGACGTAATTTTGCGCGCATTGCCACGTCAGAATAGGTCAATTTTCATTATATCTGAGCGCCAGATCATTTCACATTAAATATATTAAAAAGGGGTCTTCCGTACAAAAACCCCCTATTACAGGCTTGCATATGAAAAGTGGCGATGAGTCATATACTCGCAAAATGACAAAGAAATGTAAACAACTTACTCTAAGGAAAGTAAGTACATGAAAGCATAGTAAAAAGGGTTGGACGGGCATGCGGCCACGGGCAACACATCCTGGACAAGCATGACCGTGACACCAGGCGCACGCCTCTAGGGCTTCTTCATTTTTTTTTTTAAAGTAAAACTTACCGCCTCCAAAGCAAAAGAACCTGCCTATTATTCTAGAGCTAAATCAAGAACCAAGAATAATGCTTCATGTTCATCCTCCACACAACCATTGCCATGAGATCCACGACCCACACCCCACCTGTTAATTTGGATGACTATGAAACTGATGAAGAAGATACAGATGGCTATAAGCCCAATGATGGAGAGAATGGGGTTGAAGAACAAGATCTATTTAGTGAAGATGAGATTGATATTTAAGGCTTTTGATCTTGTATTGTTTATTAGTGTTGTATTGTTTCATGTTTTTTAATGGAGTATTGACTCTATGTTCAATGACTAATACTTGAACCTTATTTCTTTTACCTATTTTTCTTGGTTAAAACTTAATTTCTTTCCATGAAGGATTTTTTCTTATTGTGTATGTATACATATATATTTTATATTTTTTTTTATATATAGTGCGCCTTAGAAAAAAAAGCCCGCGCCTTTTGGTGCGCCTTGCGCCTAGGCTCCAGAGGGCTATTGCGTCTTAGTGCGCCTTGAGCCTTTAAAAACACTGTTTTTGAGTATTGAATAAAGAATAGAGACCAAATTGAAACTTTTGTAACCATAGCGATTAAGTTGAAACTAAATCCAAACCTTTTGGACCAAATTAAAACTAAGCCCAAACCATAACGACAAAATCAAAACTTTGTAATGTAACCTATAAGATAATATGACATTTATTTCAGTCTTCAAATACAAGCATGGAAGATATTCAAAATAATTAGTGATGGAAGCCTATAAGAAAGACAAGCTGTGATATCTATCACAGATGCTCCATAATTTCTTAAATTGAATTTGTTTCCTTCTCTCTGTCAAATCACAAGAATATAGTCCTGGACTTCTGGTTGTACAGTAAGGTTCGGGCTTAATGTTAATCTTTATGAATTATGTATGTTTCCAAGCATGCATGCATATAATCAAGGTTTACCATTATAGATCTTGTTCATGCGGGCTTTTATTCGATTCACAGTTGAGAGAGGAAAGGTTGGATTATCCAACATTTCCTTTTTGAAAAATAAGTGAAACCGGTTCAGGAAGACAACATGTGATGATCAATTAAATACCCTAATGTCCTATATGAAGTTCTCTGTGGTCTTTTTACCAACTTTTGAACTTCGCCGTGTTACAAAATTAACAATGTATGTGACTTCCTTCAGTTGCTTAAAAAAAAAAAAACATTATTTCACCTTTGCTTCACATTGCAGATTCTGGCCAATCTTGTCGTGGTATGGGTATTGTCTTTACCAAGCTAGATTTGGTTTATAAGCATGATACTACTCATTGTCAGACATCTTGATATAATTAAATTTATCCCTAACTATCAGCTTAAACTTTTAGTTTGATTGGTGATTTAAGATGGTATCAGAGCAGGTGGTCCAGAAAGTCCTGTGTTCAAACCCCTGCAAAGTCAATTTTCTCCCTATTTAATATTGATTCCACTTGTTTGGCTTTTCATCAAATTTCCAAGCCCACAAGTGAGGGGGAGTGTTAGACTATGTTGATATAATTAAATTTACTCCTAACTATCAGCTTAAGATTTTAGTTTGATTGGTGATTTAAGACTCATTCTTTCTTTAGTTTCTAACTTTTAGGGGTAAGGTGAGGCAGGTGGTTGATTGTCTATCTGTTTTAATTATTACGCTGATATGTGGTTGCTCATGAACTAAGGTAGCCCTTATTTGGGTTTTAAGTATCTGTTATCTATAATTTTTCTAACTAATTGGCAATGTTTTTTTTATTCGAGCCAGTTTTCTGTCGTCAACGCCTTCTTCAGTTAGTTTAACTCTCTGCTCATTTTCTTAGTCATTTGGTCATCGAGGTAACACAAGAAGTCAGTGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGTATTAACTTGTACCATTCAGTTCTATTCGGTCCATTTGGTGGGAGTTATCCCTATACTATTTTTGGTAATACTATGTTTGTAGAGTACTATGTGTACATCAAAGAGACAGCGGGCCTTCAAATTGTTCCCTATGCAGTTTCTTATAAGTTTGTCTTCTCTGAAAAATGTCATTTAATAGCCCGCTCAGGAAACTCTAGACCTGATATCTAATTTAAAAATCAGCTTCTATCTTTTGAAGAATGAAGGCCCCAAGTATGATGGGAATCGTGTAAAATATTTATTTCCAAAGACAATTTTGAACAGTTAAAGTTCTGAGAAACTTTGAAATTTTTTTGGTGTTCTCTCTTGATAATGATAATTTATTTTGATGAATCAAAGTTTTAACGTTAATAATGATCTACTTAAATTCGAACACTTTACAATTAAATTAAAACATTCTAACTTCTTTAACCTAATTATATTAAAAAAAAAATTAAAGCTTATCAGCATTTATATATACTCGCAAAACTTTAGATTATATGTTATTTATTAGGGACAATTTTAAATATTGCAACCAAATATATATCATTATTTCAGAAGATTTTTTAAAGAACTCTATTCCTCTTTTTCTGTTCACAAAGCAGGTACGTTCTCTTTTTGGTTCATCAAATGTTTCTTTCATCGTTATTGTGACTTGAGATTGTTTTTGAATTTATGCCAAGAAGACCCACATTTCTAATTATATAGGACAGTCAATTTCTTAGCTTTCCTATGTAATTCTTGAGTGCTGCTCTTGTTATTCTTCATGGTTATTAAGTCTCCCCGCATAAATTTTAGGCTCATTGGGAGGTGAAGAAAGATGTTGATGAATCGAATAATTGCTGCATCTTGAGTGTATATGTGAATGTGGCATTTTCAAAAAGAACCGTTTGGAGAGGTATGCCTTTTTGTACGAACATTTTGTGATTTGTATCGTATGGTGACTAGTTCTTTTAGAAATTTGGGGGAGGAATTAGAAACTTTTCTCTCTTAGATTGTTTTTTTTCCTCCTCTAAATATCTGCCAATTCACTAAGTATTATATCATATCATGAGTCAATTTTAACATTTATCAGTAGTGAGGGACGAATTGAAAAATGTTAAAATATAAGGGACTAAAATGGAACTTTTTAAACAAGAGGAACTAAATTGGAAAAAAATATCCTGGCATAAGGACTAAGTTGTATATTTATCCAATTTGAATACTTTTCACATTTACAAAAGTTATCCCTAACTTATCCCAAAATTGAAATATAATTGTAAAAATGGTGAGATAAAAATATAAATGGGTGAGTTCATCAAATATTAAATAATAATCACTATTTACTTGTTTAGGTAATATGAATAATTACTTTTTGTAGGACGAAAATTTTAGTAGTAATGAGAATGATTTGGATCTAACAACTTAAATTTTTTGATATCTTAATATAGTATAAGTGCCTACAGGATATATATTTAAATTTTTACCACTTTATTTTAGTTTTTCCTTAAAAGTAATAGTTCACATGTTAGCTTATCCAGAGGAGAACTCAGAAAAAAAAGTTTATCCAAAAGAAAAAATAATCATGAGCATAGAGTGGGCAAATTTTTCTAAGTAATTAAAAAGGTCGAGTGGCTGAATGATGATGTGTAAAAATTTCTACTCTGTTTCCACTGTTTGGACCTTGAGTCTACATCTTGAACTCTTGATCTATGAAGGAATCTTAATGATGGTGTAGTTGAGGAATGGGTTTGCCTTTCTTGAAGTTATTGTGTGATGTGCAAAGGAGAAAAAAAAGAAATTGGCGGATCACCTGTTCCTTTGCTGCTCTTTTAGCATAGAGCTTTGGAGGAGTCTGTTTCATATCTATAACCTGACTTTGCCACTTTCTGGAAGGATTGCACGCCATTTATACTTCAATTTCCTATAAACTTTTGTGCCATTTTGCGGAGTATTCCTTCTATTTTTTCCACTCAAGTATTCCTTAGTTGATGAACTAGGGACTTTGCTACATGGGAAAATTAGTGGGATATAAGTATATACTAATTTTGATATTTAAACTCATGGATCTGTTGATTAGTGTAAAACTAGAATGGTGGAAAGAAAATTCGCTCTGACATGCAGGATGGACTAGCAAGAGCTACTTCTTTTGTTGCCAATAATGAACATTATAGAAATGTTGACATCTCTTGCAAAAAAATATGGACTTGATTTGACCCGTATAAGAAAAATTCTTCTTCTTCTGGAGTACCTCTTGGTTGAAGTACCATTTGAATGTGGCGAGAACTTAGAATCAACTATTTATGCAAATTGAGAAAACGATTATAGGAGTTTAAAACGATCTTCAAAAGCATAATTTGGACAATACAGTTTTGTCCCTTTTATGATTCTCATCATATTTACATTCAGGACAATTAGCTAATATGCTTTCATATGGATAACTGAAAGGAAAAAGGAACTAAAGAATTGGATACTGAAGACTAGGAGAGTTCATGATATCTCTTTGGAACAGAAGGAGCAAAATTAAAGAGAGGAATCTTGTAAGTTAGAACAATGAAAATATGGGGCACGTCTGATTAAAGAAACTGTCTTCTCTTTGGGATGTGAGTTTGATGTCTAAACGGCAGTTATTGTTTATGTGGAATGGTATTGCGGTCAACCACAGTAGATATAAAAGGTTTTGAACCAAGCCAATAATTAATTTTTCTTTTTTAGAAGTCTTGGCATTTAAATTCCTACGTATGTTTTTCTTCTCATCTGTGGAGGATATAGTAATTTCTTATTTGAGTGAATGGTTTTCAGAATATGATGCCAATTTAACGTTGGGTTTTGTGAATTGTCATGCAGGGAAAATAGTGCAGTCTACTCTTGAAGAATGCCGAGAGGCCTATGGAATGTGGATTCAGATGGTATCCTCTTTTCCTTTACAAATTTGGAAAGTGTTAATCAAAGTTAAAGTGCTAATCAAAAGAGCTTGTATGACATTCTTTCAGGCAAAGGAATTGTTGAAGAAGAAACTTAAAGAAATTGACGGTCCGAATGTTATATAATTTTACTCCAAATGTTATATAATTTTACTTTTTAACTAAACATGATGTTATATTCAAATCATGCATTTGATGACCTCACACTTTCTGGTTACTAATTTACCATGTAGAAGGAAGACCAAGTGGTAGTACATCGGAGAGTAGTAAAGATCATCATATTGAAGAAGAAATAAATAATAGCAAATCATTGGAAAAGGCAAATGAGAAGGATGACCAAAGAAGATTAACTGAATCACAATATTCCACTGAAGTTGATCAGCAAGCTGAAAACATTCCTCAAGGAGTCAATTCTACTTCGCTTGCTTCTTGGTTGAGAGAATGCATGAACAAGCTTTGGTCTTTGTTACGAAGTCAAAATTATCTTCCTCTGGCCCTAGTTATCACTTTTGCTGTGATTTTTCTAATGCAGGTACGCAATTTCTTTTACAACTTAGCTGCAATGGAGTCTAAATCAGTACACCTATGTGTTCTGTCCATGAATTTGCACCAGTATGACTTGTCTGAATCATGTTAGCTAGGCCATGAATACGAATTCCAATATGATATCTGTCGGGTACTTAGCTTCTATTTTATCATTTTTGTTCGTCTAATTTTTGCTTAGCAAATCTTCGATAGTGTCTCTGCGTGCACCCCAGCATTTTCTCTTGGACCCATCCTCCTTATGCTACCGCCAGATTTTAATTCAATTCAAGTACTCGATTTATTTACTAAAAATGTTGAAAACCCATTACTGACCGACTTCATTCCTCTCTCAGCCATATGCATCCATCTATTATCCCCCTCAAATCCATTCAATTCTTATTTATCATTACATATGTTGAGCCTCTTCTTTGCCTCGTGACTCTGTGATTTATAGTTAATATATTTATCATTCATATTTTCTTCGAATTTCAAGTCTAAAATTTATTGTGTAGGATTGAAGCTACGTCATCCTTTTATGCTTCCTATTGGTAGTCTAAAATTTATTAATAATGGTAGTCTGATAGATTGTCTAAATTTTCATACCAACTCTGTCCATTTAAGCCAAACGTATATCAGATGATACGTTCGGAGCAGTTGTGTTGGGGCAGGCAGGCATTATAATATTTTTTACTGAACTGGCCCGAGCAAAATGTGAATGTTTTTCAAATTTGAGCAAGCAAAGCACACCTGTTTTTTCTGGTTGCTCTGAACAAACCACTAGGCTGAGCGGTACATGCTCTATTTCCCCTCATTAAGGCATGCGACTTTCATCTCTCAAACTTTTTGTTCTGGGAATAGAGGGCTCATCTCCCTCAGTTGTCTACTTCCATCACTCTTCTCTGCACAGTCTTTGCAATGGCCAAAGGAGAGAACGTATCAAGGAAAATGTAGTCAACTAAATTGATAGGGATGGATAGAGATTATTATTACAGGAATATATAGCAGACGTCAATATTGATACAGGTTTAGAAAAGTTTTGGAAATCCTATTGCATATCTTTATCCATGATAGGTTAGGATAACTTGTGTGTTGTAGTTTTTAATTAAAATTTCTGAAATTGAAGTAAAATATCAATTCATTTGAATTCTATTATGAAAATTTTGATATTTGAATTAAGAAAAATACTTTTATAGTTGGTATAGATGTTGAAAGTGGGAAATACATTGACTGAAGAAATGTTAAAGGTATTGTAAAATGTTGTGTGTGCTTGATGATTGAATGAATGTATGTTGTTATTTTTATAATGTTGAGGTAGGGAGTTGTATGTTGATTTTGTTGAGTTGACGAATAATAATGATGTAAAAATGCAGTTGAGCATAGTTATGTTATTATCGAAACCCCAACACATACACGTGAGTTCTCCAGAGTATTATGGAAAGGGCCTAAAATCCAGTGGTGGAAGATCGGCTGATGCCATGGCTTGGTTGGAAAAGCGAATGCACCACCTTAAGGACGAGATGTATATGGTTGAGTCTCGGCTAGAGATGATGCGACGCGAGCATGCACAGTTAAAAGCGCAGCTAAGAGATCTAGAGGAATTAAGTTAAATTTTTTATTTTTTATTTTTATTTTTTCAATTTCTCATTGAGATTTATATATATATATATATATATATATATATGTTTGTTTTGATGATTGGAAATGATACAACAACAACCCATGGGAAACATTTGAGTTTTCTCCCCAACTCTTCCGTTGTCTGTACAAATCCTACGCATATACATACCATGTTCAGATGTTCTTCCACAATTATGGAACTCTCAACTTTGATCTCTGCAAAATGAGATCCTAACTCTCAAATAATA

mRNA sequence

CGGACGTACACTTGAACAAGTTTAAGATTCAACCGACGGTTTCACCTTCATCCTCTTCTTCTTCTTTTGTCCGTTTACCAAATTGAAAGCGGACCCAACGACCACTGCTTCTTAAGACTCACAAAATCTCGTTCTACCGGCCCCTCTCTGCTATGGCAGCTGCGGCTTCAGCGGTGGCGGCTGACAGAATTGAACTGCAGCTCCCAATGGACCTATCGCCAGACTCTACTTCCTGCTACCCCCCCGAATCATCTTCTTCCTTAGCTGACCGCATATCCGATCCCAACGAGACTTCTTCTTCGCCTGACGGTTTTCACGAGGACGTCGAAATTCAGTCATCTGCGTTATTGAGAAGTGAAGAATATCGGCAATTGTTTCACCTTCCACCAGATGAAGTCCTTATTGAAGACTTCAATTGTGCTTTCCAAGAGAACATACTAATTCAGGGTCACATGTATCTGTTCATGCACCATATCTGCTTTTACTCCAACATCTTTGGGTTTGAGACAAAGAAAATAATCCCATTGCAAGAAATAACAACTGTACGTAAAGCAAAGACAGCAGGGATCTTCCCTAATGCCATCGAAATATTAGTTGGAGAGAAAAAGTTCTTCTTTGCATCTTTTCTATCTCGTGATGAAGCCTTTAATCTCATTAATGATGGCTGGTTGCAACATGCTAAAGGTACCGAGGCAATTATGACAAAACAGAAATCAATAAATGAATCTAGCAGACAAGAAATTAGTATCCTTGGTATCGAAAAGGCCAAGGAGCTGGATCCTTCAGATTCTTCTGACAGTATGAATACTCCTATTCTTAATGTTTCCATGGTTCAAGCCAACGTTGAAGAGGAAAATGGGCCAAAGACACAAGCAGCAGTACCAATTGATGTAATTCAGGAAGCAGAGCCAATTCTTGATACTGATGTTTCAACTTCAAGGAAGACGTTGACGTGGAAGCAGGAAGACACAGATGCTCCCAAGGTACCCGATTATTATACCAAAGTTGCAGAATCGAAGTTTCCGATAAGGGTGGAGGATTTTTTTAGTTTCTATTTTTCAGATGATGCTGTTGATTTTGTTTCTTCATATCATGGAAAATGTGGAGATAAAGAGTTTAAATGTTCTCTGTGGCGTCCTGATGACATGCTTGGGCATACACGTGATTTATCATTTCAACATCCAATAAAAATATATTTTGGTGCAAAGTTTGGTGGCTGCCTGGAGATCCAGAAATTTCGACTTTATAGAGACAGTCATTTGGTCATCGAGGTAACACAAGAAGTCAGTGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGCTCATTGGGAGGTGAAGAAAGATGTTGATGAATCGAATAATTGCTGCATCTTGAGTGTATATGTGAATGTGGCATTTTCAAAAAGAACCGTTTGGAGAGGGAAAATAGTGCAGTCTACTCTTGAAGAATGCCGAGAGGCCTATGGAATGTGGATTCAGATGGCAAAGGAATTGTTGAAGAAGAAACTTAAAGAAATTGACGAAGGAAGACCAAGTGGTAGTACATCGGAGAGTAGTAAAGATCATCATATTGAAGAAGAAATAAATAATAGCAAATCATTGGAAAAGGCAAATGAGAAGGATGACCAAAGAAGATTAACTGAATCACAATATTCCACTGAAGTTGATCAGCAAGCTGAAAACATTCCTCAAGGAGTCAATTCTACTTCGCTTGCTTCTTGGTTGAGAGAATGCATGAACAAGCTTTGGTCTTTGTTACGAAGTCAAAATTATCTTCCTCTGGCCCTAGTTATCACTTTTGCTGTGATTTTTCTAATGCAGTTGAGCATAGTTATGTTATTATCGAAACCCCAACACATACACGTGAGTTCTCCAGAGTATTATGGAAAGGGCCTAAAATCCAGTGGTGGAAGATCGGCTGATGCCATGGCTTGGTTGGAAAAGCGAATGCACCACCTTAAGGACGAGATGTATATGGTTGAGTCTCGGCTAGAGATGATGCGACGCGAGCATGCACAGTTAAAAGCGCAGCTAAGAGATCTAGAGGAATTAAGTTAAATTTTTTATTTTTTATTTTTATTTTTTCAATTTCTCATTGAGATTTATATATATATATATATATATATATATATGTTTGTTTTGATGATTGGAAATGATACAACAACAACCCATGGGAAACATTTGAGTTTTCTCCCCAACTCTTCCGTTGTCTGTACAAATCCTACGCATATACATACCATGTTCAGATGTTCTTCCACAATTATGGAACTCTCAACTTTGATCTCTGCAAAATGAGATCCTAACTCTCAAATAATA

Coding sequence (CDS)

ATGGCAGCTGCGGCTTCAGCGGTGGCGGCTGACAGAATTGAACTGCAGCTCCCAATGGACCTATCGCCAGACTCTACTTCCTGCTACCCCCCCGAATCATCTTCTTCCTTAGCTGACCGCATATCCGATCCCAACGAGACTTCTTCTTCGCCTGACGGTTTTCACGAGGACGTCGAAATTCAGTCATCTGCGTTATTGAGAAGTGAAGAATATCGGCAATTGTTTCACCTTCCACCAGATGAAGTCCTTATTGAAGACTTCAATTGTGCTTTCCAAGAGAACATACTAATTCAGGGTCACATGTATCTGTTCATGCACCATATCTGCTTTTACTCCAACATCTTTGGGTTTGAGACAAAGAAAATAATCCCATTGCAAGAAATAACAACTGTACGTAAAGCAAAGACAGCAGGGATCTTCCCTAATGCCATCGAAATATTAGTTGGAGAGAAAAAGTTCTTCTTTGCATCTTTTCTATCTCGTGATGAAGCCTTTAATCTCATTAATGATGGCTGGTTGCAACATGCTAAAGGTACCGAGGCAATTATGACAAAACAGAAATCAATAAATGAATCTAGCAGACAAGAAATTAGTATCCTTGGTATCGAAAAGGCCAAGGAGCTGGATCCTTCAGATTCTTCTGACAGTATGAATACTCCTATTCTTAATGTTTCCATGGTTCAAGCCAACGTTGAAGAGGAAAATGGGCCAAAGACACAAGCAGCAGTACCAATTGATGTAATTCAGGAAGCAGAGCCAATTCTTGATACTGATGTTTCAACTTCAAGGAAGACGTTGACGTGGAAGCAGGAAGACACAGATGCTCCCAAGGTACCCGATTATTATACCAAAGTTGCAGAATCGAAGTTTCCGATAAGGGTGGAGGATTTTTTTAGTTTCTATTTTTCAGATGATGCTGTTGATTTTGTTTCTTCATATCATGGAAAATGTGGAGATAAAGAGTTTAAATGTTCTCTGTGGCGTCCTGATGACATGCTTGGGCATACACGTGATTTATCATTTCAACATCCAATAAAAATATATTTTGGTGCAAAGTTTGGTGGCTGCCTGGAGATCCAGAAATTTCGACTTTATAGAGACAGTCATTTGGTCATCGAGGTAACACAAGAAGTCAGTGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGCTCATTGGGAGGTGAAGAAAGATGTTGATGAATCGAATAATTGCTGCATCTTGAGTGTATATGTGAATGTGGCATTTTCAAAAAGAACCGTTTGGAGAGGGAAAATAGTGCAGTCTACTCTTGAAGAATGCCGAGAGGCCTATGGAATGTGGATTCAGATGGCAAAGGAATTGTTGAAGAAGAAACTTAAAGAAATTGACGAAGGAAGACCAAGTGGTAGTACATCGGAGAGTAGTAAAGATCATCATATTGAAGAAGAAATAAATAATAGCAAATCATTGGAAAAGGCAAATGAGAAGGATGACCAAAGAAGATTAACTGAATCACAATATTCCACTGAAGTTGATCAGCAAGCTGAAAACATTCCTCAAGGAGTCAATTCTACTTCGCTTGCTTCTTGGTTGAGAGAATGCATGAACAAGCTTTGGTCTTTGTTACGAAGTCAAAATTATCTTCCTCTGGCCCTAGTTATCACTTTTGCTGTGATTTTTCTAATGCAGTTGAGCATAGTTATGTTATTATCGAAACCCCAACACATACACGTGAGTTCTCCAGAGTATTATGGAAAGGGCCTAAAATCCAGTGGTGGAAGATCGGCTGATGCCATGGCTTGGTTGGAAAAGCGAATGCACCACCTTAAGGACGAGATGTATATGGTTGAGTCTCGGCTAGAGATGATGCGACGCGAGCATGCACAGTTAAAAGCGCAGCTAAGAGATCTAGAGGAATTAAGTTAA

Protein sequence

MAAAASAVAADRIELQLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFHEDVEIQSSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKKIIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQHAKGTEAIMTKQKSINESSRQEISILGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENGPKTQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVEDFFSFYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFGGCLEIQKFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCILSVYVNVAFSKRTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHHIEEEINNSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLWSLLRSQNYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAMAWLEKRMHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEELS

Homology

[Close]

BLAST of Tan0009057 vs. ExPASy Swiss-Prot
Match: F4HVW5 (Protein VASCULAR ASSOCIATED DEATH 1, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=VAD1 PE=1 SV=1)

HSP 1 Score: 518.1 bits (1333), Expect = 1.4e-145
Identity = 304/636 (47.80%), Postives = 406/636 (63.84%), Query Frame = 0


Query: 2   AAAASAVAADRIELQLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFHEDVEIQ 61
           A+ + +V   R  +++    SP+  S  PP S     DR  DP+ +S SP    ++   Q
Sbjct: 7   ASVSGSVDLPRGTMKVDSSASPEVVSDLPPSSPKGSPDR-HDPSTSSPSPSRGGDN---Q 66

Query: 62  SSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKK 121
           S  + +SEEYRQLF LP DE+L++DFNCA QE+IL+QGHMYLF+H+ICFYSNIFG+ETKK
Sbjct: 67  SEVISKSEEYRQLFRLPADEILVQDFNCACQESILMQGHMYLFIHYICFYSNIFGYETKK 126

Query: 122 IIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQHAKGTEA 181
           IIP  EI+ V++AKTAGIFPNAIEIL G KK+FFASFLSRDEAF LI+DGWL++    ++
Sbjct: 127 IIPFAEISCVKRAKTAGIFPNAIEILAGGKKYFFASFLSRDEAFKLIHDGWLEYGSAVKS 186

Query: 182 ---IMTKQKSINESSRQEISILGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENGPK 241
              I+  +  +++         G+ K +     D ++ ++ P+ + ++  ++        
Sbjct: 187 EGEILVTEPQVSD---------GVVK-RARSSMDLANELDIPVRDETLHLSSSSSLPVIS 246

Query: 242 TQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVEDFF 301
                P  V + AEP  D DV  +  T  WK EDTDAPK+   +TKVAE+KF I VE+FF
Sbjct: 247 QNGVPPSSVQRHAEP--DVDV-VAANTFNWKPEDTDAPKLSSDFTKVAEAKFSIPVEEFF 306

Query: 302 SFYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFGGCLE 361
             +FSD AV FV S+H  CGDKEF+C+ W+P + LGHTR++SFQHPIKIYFGAKFGGC E
Sbjct: 307 RLFFSDGAVSFVESFHKNCGDKEFRCTSWQPHEKLGHTRNVSFQHPIKIYFGAKFGGCQE 366

Query: 362 IQKFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCILSVYVNVAFSK 421
            QKFR+YR+SHLVIE +QE+S+VPY+DYF VE  W++K+D  +S   CIL VYVNVAFSK
Sbjct: 367 SQKFRMYRNSHLVIETSQEISDVPYADYFTVEGVWDLKRDCRDSVEGCILDVYVNVAFSK 426

Query: 422 RTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHHIEEEI 481
           RTVW+GKIVQSTLEECREAY  WI+MA ELLK+K  E  EG           +  IE+  
Sbjct: 427 RTVWKGKIVQSTLEECREAYAHWIRMAHELLKQKKLENQEG-----------NKLIEDGE 486

Query: 482 NNSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLWSLLRS 541
             +   E+ +E D++ ++             E + +GV   S    L+E    L S ++ 
Sbjct: 487 PLAAREERVSECDEEGKV-------------EMVGEGVVKKS----LKEAWVNLTSFVKR 546

Query: 542 QNYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAMAWLEK 601
           Q+     +V+ FAVI LMQ++IV+LL K     V   E Y          + + + WLEK
Sbjct: 547 QSGTRQVIVLAFAVILLMQVTIVVLLKKGGGGQVEYHERY-----DEYSVNGETLGWLEK 592

Query: 602 RMHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEEL 635
           RMH L++EM MVE RL+ MR++HA LKAQ   LE L
Sbjct: 607 RMHFLREEMMMVEDRLQRMRQDHAALKAQFHHLERL 592

[Close]

BLAST of Tan0009057 vs. ExPASy Swiss-Prot
Match: Q8CI52 (Protein Aster-C OS=Mus musculus OX=10090 GN=Gramd1c PE=1 SV=2)

HSP 1 Score: 105.9 bits (263), Expect = 1.7e-21
Identity = 55/107 (51.40%), Postives = 73/107 (68.22%), Query Frame = 0


Query: 67  RSEEYRQLF-HLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKKIIPL 126
           R+EEYRQ F HLP  E LI D+ CA Q++IL+QG +YL    +CFYSNIF +ET   I L
Sbjct: 67  RNEEYRQQFTHLPDSEKLIADYACALQKDILVQGRLYLSEKWLCFYSNIFRWETTISIAL 126

Query: 127 QEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGW 173
           + IT + K KTA + PNAI+I+   +KFFF SF +RD ++ +I   W
Sbjct: 127 KNITFMTKEKTARLIPNAIQIITEGEKFFFTSFGARDRSYLIIFRLW 173

[Close]

BLAST of Tan0009057 vs. ExPASy Swiss-Prot
Match: Q8IYS0 (Protein Aster-C OS=Homo sapiens OX=9606 GN=GRAMD1C PE=1 SV=2)

HSP 1 Score: 102.4 bits (254), Expect = 1.9e-20
Identity = 54/107 (50.47%), Postives = 72/107 (67.29%), Query Frame = 0


Query: 67  RSEEYRQLF-HLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKKIIPL 126
           R+EEYR+ F HLP  E LI D+ CA Q +IL+QG +YL  + +CFYSNIF +ET   I L
Sbjct: 67  RNEEYRRQFTHLPDTERLIADYACALQRDILLQGRLYLSENWLCFYSNIFRWETTISIAL 126

Query: 127 QEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGW 173
           + IT + K KTA + PNAI+I+   +KFFF SF +RD ++  I   W
Sbjct: 127 KNITFMTKEKTARLIPNAIQIVTESEKFFFTSFGARDRSYLSIFRLW 173

[Close]

BLAST of Tan0009057 vs. ExPASy Swiss-Prot
Match: Q96CP6 (Protein Aster-A OS=Homo sapiens OX=9606 GN=GRAMD1A PE=1 SV=2)

HSP 1 Score: 102.1 bits (253), Expect = 2.4e-20
Identity = 54/107 (50.47%), Postives = 72/107 (67.29%), Query Frame = 0


Query: 67  RSEEYRQLF-HLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKKIIPL 126
           R+E++R+LF  LP  E LI D++CA Q  IL+QG +YL  + ICFYSNIF +ET   I L
Sbjct: 89  RNEDFRKLFSKLPEAERLIVDYSCALQREILLQGRLYLSENWICFYSNIFRWETTISIQL 148

Query: 127 QEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGW 173
           +E+T ++K KTA + PNAI+I    +K FF SF +RD  F LI   W
Sbjct: 149 KEVTCLKKEKTAKLIPNAIQICTESEKHFFTSFGARDRCFLLIFRLW 195

[Close]

BLAST of Tan0009057 vs. ExPASy Swiss-Prot
Match: Q8VEF1 (Protein Aster-A OS=Mus musculus OX=10090 GN=Gramd1a PE=1 SV=2)

HSP 1 Score: 102.1 bits (253), Expect = 2.4e-20
Identity = 54/107 (50.47%), Postives = 72/107 (67.29%), Query Frame = 0


Query: 67  RSEEYRQLF-HLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKKIIPL 126
           R+E++R+LF  LP  E LI D++CA Q  IL+QG +YL  + ICFYSNIF +ET   I L
Sbjct: 91  RNEDFRKLFSKLPEAERLIVDYSCALQREILLQGRLYLSENWICFYSNIFRWETTISIQL 150

Query: 127 QEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGW 173
           +E+T ++K KTA + PNAI+I    +K FF SF +RD  F LI   W
Sbjct: 151 KEVTCLKKEKTAKLIPNAIQICTESEKHFFTSFGARDRCFLLIFRLW 197

[Close]

BLAST of Tan0009057 vs. NCBI nr
Match: XP_038874398.1 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Benincasa hispida])

HSP 1 Score: 1067.8 bits (2760), Expect = 3.7e-308
Identity = 558/641 (87.05%), Postives = 593/641 (92.51%), Query Frame = 0


Query: 1   MAAAASAVAADRIEL-----QLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFH 60
           MAAAAS  AA+ IEL     +LP++LSPDS SCYPPESSSS ADRISD NE+SSSPDGFH
Sbjct: 1   MAAAASTAAAEIIELPRPRDKLPVNLSPDSASCYPPESSSSSADRISDTNESSSSPDGFH 60

Query: 61  EDVEIQSSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIF 120
           EDVEIQSSALLRSEEYRQ F LP DEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQFFRLPSDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIPLQEIT VRKAKTAGIFPNAIEI VGEKK+FFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPLQEITAVRKAKTAGIFPNAIEIFVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEAIMTKQKSINESSRQEISILGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEEN 240
           AKGTEAIMTKQKSINESSRQEI ILG+EKAKELDPSDSSDSM+TPILNVSMVQANVEEEN
Sbjct: 181 AKGTEAIMTKQKSINESSRQEIGILGVEKAKELDPSDSSDSMSTPILNVSMVQANVEEEN 240

Query: 241 GPKTQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVE 300
                 A PID IQE+EPILDT  STSRKTLTWK EDTDAPKVPDYYT+VAESKF I+VE
Sbjct: 241 ---ALPAEPIDAIQESEPILDTHGSTSRKTLTWKPEDTDAPKVPDYYTQVAESKFLIKVE 300

Query: 301 DFFSFYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFGG 360
           DFFSFYFSD+AVDFVSSYH KCGDKEFKCSLWR DDM GHTRD+SFQHPIKIYFGAK+GG
Sbjct: 301 DFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTRDISFQHPIKIYFGAKYGG 360

Query: 361 CLEIQKFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV-DESNNCCILSVYVNV 420
           CLEIQKFR+YRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV DESNNCCIL VYVNV
Sbjct: 361 CLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVNV 420

Query: 421 AFSKRTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHHI 480
           AFSKRTVW+GKIVQSTLEECREAYGMWIQMAKELLK+KLK  +EG  SGSTS+S KDHHI
Sbjct: 421 AFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKQKLKGSEEG-TSGSTSQSGKDHHI 480

Query: 481 EEEINNSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLWS 540
           EEEINNSKSLEK+NEK+DQRR+TESQYST+VDQQAEN+ QGV+STS ASWLR  M KLWS
Sbjct: 481 EEEINNSKSLEKSNEKNDQRRVTESQYSTDVDQQAENLTQGVDSTSAASWLRVYMKKLWS 540

Query: 541 LLRSQNYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAMA 600
           +LRSQNYLPLALVITFAVIFLMQLSIV+LLS+PQHIHVSSP+ YG+GLK SGGRS+DA A
Sbjct: 541 VLRSQNYLPLALVITFAVIFLMQLSIVLLLSRPQHIHVSSPD-YGRGLKFSGGRSSDATA 600

Query: 601 WLEKRMHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEELS 636
           WLEKRMHHLKDEMYMVE+RLEMMRREHAQLKAQL +LEELS
Sbjct: 601 WLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLTELEELS 636

[Close]

BLAST of Tan0009057 vs. NCBI nr
Match: XP_038874389.1 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Benincasa hispida])

HSP 1 Score: 1063.1 bits (2748), Expect = 9.1e-307
Identity = 558/642 (86.92%), Postives = 593/642 (92.37%), Query Frame = 0


Query: 1   MAAAASAVAADRIEL-----QLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFH 60
           MAAAAS  AA+ IEL     +LP++LSPDS SCYPPESSSS ADRISD NE+SSSPDGFH
Sbjct: 1   MAAAASTAAAEIIELPRPRDKLPVNLSPDSASCYPPESSSSSADRISDTNESSSSPDGFH 60

Query: 61  EDVEIQSSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIF 120
           EDVEIQSSALLRSEEYRQ F LP DEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQFFRLPSDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIPLQEIT VRKAKTAGIFPNAIEI VGEKK+FFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPLQEITAVRKAKTAGIFPNAIEIFVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEAIMTKQKSINESSRQEISILGIEKAKELDPSDSSD-SMNTPILNVSMVQANVEEE 240
           AKGTEAIMTKQKSINESSRQEI ILG+EKAKELDPSDSSD SM+TPILNVSMVQANVEEE
Sbjct: 181 AKGTEAIMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMSTPILNVSMVQANVEEE 240

Query: 241 NGPKTQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRV 300
           N      A PID IQE+EPILDT  STSRKTLTWK EDTDAPKVPDYYT+VAESKF I+V
Sbjct: 241 N---ALPAEPIDAIQESEPILDTHGSTSRKTLTWKPEDTDAPKVPDYYTQVAESKFLIKV 300

Query: 301 EDFFSFYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFG 360
           EDFFSFYFSD+AVDFVSSYH KCGDKEFKCSLWR DDM GHTRD+SFQHPIKIYFGAK+G
Sbjct: 301 EDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTRDISFQHPIKIYFGAKYG 360

Query: 361 GCLEIQKFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV-DESNNCCILSVYVN 420
           GCLEIQKFR+YRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV DESNNCCIL VYVN
Sbjct: 361 GCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVN 420

Query: 421 VAFSKRTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHH 480
           VAFSKRTVW+GKIVQSTLEECREAYGMWIQMAKELLK+KLK  +EG  SGSTS+S KDHH
Sbjct: 421 VAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKQKLKGSEEG-TSGSTSQSGKDHH 480

Query: 481 IEEEINNSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLW 540
           IEEEINNSKSLEK+NEK+DQRR+TESQYST+VDQQAEN+ QGV+STS ASWLR  M KLW
Sbjct: 481 IEEEINNSKSLEKSNEKNDQRRVTESQYSTDVDQQAENLTQGVDSTSAASWLRVYMKKLW 540

Query: 541 SLLRSQNYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAM 600
           S+LRSQNYLPLALVITFAVIFLMQLSIV+LLS+PQHIHVSSP+ YG+GLK SGGRS+DA 
Sbjct: 541 SVLRSQNYLPLALVITFAVIFLMQLSIVLLLSRPQHIHVSSPD-YGRGLKFSGGRSSDAT 600

Query: 601 AWLEKRMHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEELS 636
           AWLEKRMHHLKDEMYMVE+RLEMMRREHAQLKAQL +LEELS
Sbjct: 601 AWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLTELEELS 637

[Close]

BLAST of Tan0009057 vs. NCBI nr
Match: XP_038874406.1 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Benincasa hispida])

HSP 1 Score: 1059.7 bits (2739), Expect = 1.0e-305
Identity = 557/642 (86.76%), Postives = 591/642 (92.06%), Query Frame = 0


Query: 1   MAAAASAVAADRIEL-----QLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFH 60
           MAAAAS  AA+ IEL     +LP++LSPDS SCYPPESSSS ADRISD NE+SSSPDGFH
Sbjct: 1   MAAAASTAAAEIIELPRPRDKLPVNLSPDSASCYPPESSSSSADRISDTNESSSSPDGFH 60

Query: 61  EDVEIQSSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIF 120
           EDVEIQSSALLRSEEYRQ F LP DEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQFFRLPSDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIPLQEIT VRKAKTAGIFPNAIEI VGEKK+FFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPLQEITAVRKAKTAGIFPNAIEIFVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEAIMTKQKSINESSRQEISILGIEKAKELDPSDSSD-SMNTPILNVSMVQANVEEE 240
           AKGTEAIMTKQKSINESSRQEI ILG+EKAKELDPSDSSD SM+TPILNVSMVQANVEEE
Sbjct: 181 AKGTEAIMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMSTPILNVSMVQANVEEE 240

Query: 241 NGPKTQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRV 300
           N      A PID IQE+EPILDT  STSRKTLTWK EDTDAPKVPDYYT+VAESKF I+V
Sbjct: 241 N---ALPAEPIDAIQESEPILDTHGSTSRKTLTWKPEDTDAPKVPDYYTQVAESKFLIKV 300

Query: 301 EDFFSFYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFG 360
           EDFFSFYFSD+AVDFVSSYH KCGDKEFKCSLWR DDM GHTRD+SFQHPIKIYFGAK+G
Sbjct: 301 EDFFSFYFSDNAVDFVSSYHEKCGDKEFKCSLWRHDDMFGHTRDISFQHPIKIYFGAKYG 360

Query: 361 GCLEIQKFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV-DESNNCCILSVYVN 420
           GCLEIQKFR+YRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV DESNNCCIL VYVN
Sbjct: 361 GCLEIQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVN 420

Query: 421 VAFSKRTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHH 480
           VAFSKRTVW+GKIVQSTLEECREAYGMWIQMAKELLK+KLKE      SGSTS+S KDHH
Sbjct: 421 VAFSKRTVWKGKIVQSTLEECREAYGMWIQMAKELLKQKLKE----GTSGSTSQSGKDHH 480

Query: 481 IEEEINNSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLW 540
           IEEEINNSKSLEK+NEK+DQRR+TESQYST+VDQQAEN+ QGV+STS ASWLR  M KLW
Sbjct: 481 IEEEINNSKSLEKSNEKNDQRRVTESQYSTDVDQQAENLTQGVDSTSAASWLRVYMKKLW 540

Query: 541 SLLRSQNYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAM 600
           S+LRSQNYLPLALVITFAVIFLMQLSIV+LLS+PQHIHVSSP+ YG+GLK SGGRS+DA 
Sbjct: 541 SVLRSQNYLPLALVITFAVIFLMQLSIVLLLSRPQHIHVSSPD-YGRGLKFSGGRSSDAT 600

Query: 601 AWLEKRMHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEELS 636
           AWLEKRMHHLKDEMYMVE+RLEMMRREHAQLKAQL +LEELS
Sbjct: 601 AWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLTELEELS 634

[Close]

BLAST of Tan0009057 vs. NCBI nr
Match: XP_011650619.2 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Cucumis sativus] >KGN56363.2 hypothetical protein Csa_011643 [Cucumis sativus])

HSP 1 Score: 1021.1 bits (2639), Expect = 4.0e-294
Identity = 539/642 (83.96%), Postives = 572/642 (89.10%), Query Frame = 0


Query: 1   MAAAASAVAADRIELQLPMDLSP-----DSTSCYPPESSSSLADRISDPNETSSSPDGFH 60
           MAAAASA AA+ IEL  P D  P     DS SCYPPESSSS ADRISD NE+SSSPDGF 
Sbjct: 1   MAAAASAAAAEIIELPRPRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQ 60

Query: 61  EDVEIQSSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIF 120
           EDVEIQSSALLRSEEYRQLF LP DEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQLFRLPLDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIP +EIT VRKAKTAGIFPNAIEI VGEKK+FFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEAIMTKQKSINESSRQEISILGIEKAKELDPSDSSD-SMNTPILNVSMVQANVEEE 240
           AKGTEAIM KQKSINESSRQEI ILG+EKAKELDPSDSSD SM+TPILNVS+VQANVEE 
Sbjct: 181 AKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240

Query: 241 NGPKTQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRV 300
           N P T    PI   QEAEPILD   STSR+TL WK EDTDAP VPDYYT+VAESKFPI V
Sbjct: 241 NVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINV 300

Query: 301 EDFFSFYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFG 360
           EDFFSFYFSD AVDFVSSYH KCGDKE KCSLWR DDM GHTRD+SFQHPIKIYFGAKFG
Sbjct: 301 EDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFG 360

Query: 361 GCLEIQKFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV-DESNNCCILSVYVN 420
           GCLE QKFR+YRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV DESNNCCIL VYVN
Sbjct: 361 GCLETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVN 420

Query: 421 VAFSKRTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHH 480
           VAFSKRTVW+GKIVQSTLEECREAYG+WIQMAKELLK+KL   +EG   GS S+S +DHH
Sbjct: 421 VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEG-TRGSASQSGEDHH 480

Query: 481 IEEEINNSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLW 540
           IE+E NN+KSLE +NEK+D+RR TESQYST+VDQQA+N  QGVNSTS ASWLRE   KLW
Sbjct: 481 IEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKKLW 540

Query: 541 SLLRSQNYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAM 600
            +LRSQNYLPLALVITFAVIFLMQLSIVMLLS+PQHIHVSSP+ YG+GLK SGGRS+DA 
Sbjct: 541 IVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD-YGRGLKFSGGRSSDAT 600

Query: 601 AWLEKRMHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEELS 636
           AWLEKRMHHLKDEMYMVE+RLEMMRREHAQLKAQLR+LEELS
Sbjct: 601 AWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 640

[Close]

BLAST of Tan0009057 vs. NCBI nr
Match: XP_011650618.2 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Cucumis sativus])

HSP 1 Score: 1019.2 bits (2634), Expect = 1.5e-293
Identity = 538/644 (83.54%), Postives = 572/644 (88.82%), Query Frame = 0


Query: 1   MAAAASAVAADRIELQLPMDLSP-----DSTSCYPPESSSSLADRISDPNETSSSPDGFH 60
           MAAAASA AA+ IEL  P D  P     DS SCYPPESSSS ADRISD NE+SSSPDGF 
Sbjct: 1   MAAAASAAAAEIIELPRPRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQ 60

Query: 61  EDVEIQSSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIF 120
           EDVEIQSSALLRSEEYRQLF LP DEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQLFRLPLDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIP +EIT VRKAKTAGIFPNAIEI VGEKK+FFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEAIMTKQKSINESSRQEISILGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEEN 240
           AKGTEAIM KQKSINESSRQEI ILG+EKAKELDPSDSSDSM+TPILNVS+VQANVEE N
Sbjct: 181 AKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDSMDTPILNVSVVQANVEEVN 240

Query: 241 GPKTQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVE 300
            P T    PI   QEAEPILD   STSR+TL WK EDTDAP VPDYYT+VAESKFPI VE
Sbjct: 241 VPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINVE 300

Query: 301 DFFSFYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFGG 360
           DFFSFYFSD AVDFVSSYH KCGDKE KCSLWR DDM GHTRD+SFQHPIKIYFGAKFGG
Sbjct: 301 DFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFGG 360

Query: 361 CLEIQKFRLYR---DSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV-DESNNCCILSVY 420
           CLE QKFR+YR   D+HLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV DESNNCCIL VY
Sbjct: 361 CLETQKFRVYRDRFDNHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVY 420

Query: 421 VNVAFSKRTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKD 480
           VNVAFSKRTVW+GKIVQSTLEECREAYG+WIQMAKELLK+KL   +EG   GS S+S +D
Sbjct: 421 VNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEG-TRGSASQSGED 480

Query: 481 HHIEEEINNSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNK 540
           HHIE+E NN+KSLE +NEK+D+RR TESQYST+VDQQA+N  QGVNSTS ASWLRE   K
Sbjct: 481 HHIEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKK 540

Query: 541 LWSLLRSQNYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSAD 600
           LW +LRSQNYLPLALVITFAVIFLMQLSIVMLLS+PQHIHVSSP+ YG+GLK SGGRS+D
Sbjct: 541 LWIVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD-YGRGLKFSGGRSSD 600

Query: 601 AMAWLEKRMHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEELS 636
           A AWLEKRMHHLKDEMYMVE+RLEMMRREHAQLKAQLR+LEELS
Sbjct: 601 ATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 642

[Close]

BLAST of Tan0009057 vs. ExPASy TrEMBL
Match: A0A6J1IH06 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111472873 PE=4 SV=1)

HSP 1 Score: 1018.1 bits (2631), Expect = 1.6e-293
Identity = 532/634 (83.91%), Postives = 569/634 (89.75%), Query Frame = 0


Query: 6   SAVAADRIEL-----QLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFHEDVEI 65
           +A AA+ IEL     +LPMDLSPDS SCYPP+SSSS ADR +DPNETSS PDGFHEDVEI
Sbjct: 2   AAAAAEPIELPQPRDKLPMDLSPDSASCYPPQSSSSSADRTADPNETSSPPDGFHEDVEI 61

Query: 66  QSSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETK 125
           QSSALLRSEEYRQLF LPPDEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIFGFETK
Sbjct: 62  QSSALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETK 121

Query: 126 KIIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQHAKGTE 185
           KIIPLQEIT +R+AKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGW Q  KGTE
Sbjct: 122 KIIPLQEITALRRAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWSQQGKGTE 181

Query: 186 AIMTKQKSINESSRQEISILGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENGPKTQ 245
           AI+TKQ S+NESSRQEIS LGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENGPKT 
Sbjct: 182 AILTKQISVNESSRQEISNLGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENGPKTL 241

Query: 246 AAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVEDFFSF 305
             VPID IQEAEPILD   ST RK + WKQEDT+APKVPD YTKVAESKFPI+VEDFFSF
Sbjct: 242 PPVPIDTIQEAEPILDAHASTLRK-MMWKQEDTEAPKVPDCYTKVAESKFPIKVEDFFSF 301

Query: 306 YFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFGGCLEIQ 365
           YFSDDAVDFVSSYH KCGDKEFKCSLWR DD+LG TRD+SFQHPIKIYFGAKFGGC EIQ
Sbjct: 302 YFSDDAVDFVSSYHEKCGDKEFKCSLWRTDDVLGPTRDISFQHPIKIYFGAKFGGCQEIQ 361

Query: 366 KFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCILSVYVNVAFSKRT 425
           KFR+YRDSHLVIEV QEVS+VPYSDYFRVE HWEVK DVDESNN CIL+VYVNVAFSKRT
Sbjct: 362 KFRVYRDSHLVIEVIQEVSDVPYSDYFRVEVHWEVKNDVDESNNGCILNVYVNVAFSKRT 421

Query: 426 VWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHHIEEEINN 485
           VW+GKIVQSTLEECREAYG+WIQMAKELL++KLKEI+EGRP GSTS S KD  +EEEIN 
Sbjct: 422 VWKGKIVQSTLEECREAYGLWIQMAKELLQQKLKEIEEGRPRGSTSGSCKDPPVEEEINR 481

Query: 486 SKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLWSLLRSQN 545
           SKSLEK+NE +DQRRLTESQ ST+V QQ E + QGV+S S ASW RE + KL SLLRSQN
Sbjct: 482 SKSLEKSNETNDQRRLTESQCSTDVGQQPEILSQGVDSPSHASWWREYVKKLCSLLRSQN 541

Query: 546 YLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAMAWLEKRM 605
           YLPLALVITF VIFLMQLSIV+LLS+PQHIH+S P+    GLK SGGRS D MAWLEKRM
Sbjct: 542 YLPLALVITFVVIFLMQLSIVVLLSRPQHIHMSYPD-NASGLKVSGGRSPDTMAWLEKRM 601

Query: 606 HHLKDEMYMVESRLEMMRREHAQLKAQLRDLEEL 635
           HHLKDEM MVE+RLEMMRREHAQLKAQLRDLEE+
Sbjct: 602 HHLKDEMNMVEARLEMMRREHAQLKAQLRDLEEV 633

[Close]

BLAST of Tan0009057 vs. ExPASy TrEMBL
Match: A0A0A0L3J6 (VASt domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G116750 PE=4 SV=1)

HSP 1 Score: 1018.1 bits (2631), Expect = 1.6e-293
Identity = 538/642 (83.80%), Postives = 571/642 (88.94%), Query Frame = 0


Query: 1   MAAAASAVAADRIELQLPMDLSP-----DSTSCYPPESSSSLADRISDPNETSSSPDGFH 60
           MAAAASA AA+ IEL  P D  P     DS SCYPPESSSS ADRISD NE+SSSPDGF 
Sbjct: 1   MAAAASAAAAEIIELPRPRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQ 60

Query: 61  EDVEIQSSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIF 120
           EDVEIQSSALLRSEEYRQL  LP DEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQLSRLPLDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIP +EIT VRKAKTAGIFPNAIEI VGEKK+FFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEAIMTKQKSINESSRQEISILGIEKAKELDPSDSSD-SMNTPILNVSMVQANVEEE 240
           AKGTEAIM KQKSINESSRQEI ILG+EKAKELDPSDSSD SM+TPILNVS+VQANVEE 
Sbjct: 181 AKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240

Query: 241 NGPKTQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRV 300
           N P T    PI   QEAEPILD   STSR+TL WK EDTDAP VPDYYT+VAESKFPI V
Sbjct: 241 NVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINV 300

Query: 301 EDFFSFYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFG 360
           EDFFSFYFSD AVDFVSSYH KCGDKE KCSLWR DDM GHTRD+SFQHPIKIYFGAKFG
Sbjct: 301 EDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFG 360

Query: 361 GCLEIQKFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV-DESNNCCILSVYVN 420
           GCLE QKFR+YRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDV DESNNCCIL VYVN
Sbjct: 361 GCLETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVN 420

Query: 421 VAFSKRTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHH 480
           VAFSKRTVW+GKIVQSTLEECREAYG+WIQMAKELLK+KL   +EG   GS S+S +DHH
Sbjct: 421 VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEG-TRGSASQSGEDHH 480

Query: 481 IEEEINNSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLW 540
           IE+E NN+KSLE +NEK+D+RR TESQYST+VDQQA+N  QGVNSTS ASWLRE   KLW
Sbjct: 481 IEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKKLW 540

Query: 541 SLLRSQNYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAM 600
            +LRSQNYLPLALVITFAVIFLMQLSIVMLLS+PQHIHVSSP+ YG+GLK SGGRS+DA 
Sbjct: 541 IVLRSQNYLPLALVITFAVIFLMQLSIVMLLSRPQHIHVSSPD-YGRGLKFSGGRSSDAT 600

Query: 601 AWLEKRMHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEELS 636
           AWLEKRMHHLKDEMYMVE+RLEMMRREHAQLKAQLR+LEELS
Sbjct: 601 AWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 640

[Close]

BLAST of Tan0009057 vs. ExPASy TrEMBL
Match: A0A6J1F3U9 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 OS=Cucurbita moschata OX=3662 GN=LOC111442129 PE=4 SV=1)

HSP 1 Score: 1017.7 bits (2630), Expect = 2.1e-293
Identity = 528/633 (83.41%), Postives = 569/633 (89.89%), Query Frame = 0


Query: 2   AAAASAVAADRIELQLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFHEDVEIQ 61
           AAAA  +   +   +LPMDLSPDS SCYPP+SSSS A R +DPNETSS PDG HED+EIQ
Sbjct: 3   AAAAEPIELPQPRHKLPMDLSPDSASCYPPQSSSSSAHRTADPNETSSPPDGLHEDLEIQ 62

Query: 62  SSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKK 121
           SSALLRSEEYRQLF LPPDEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIFGFETKK
Sbjct: 63  SSALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKK 122

Query: 122 IIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQHAKGTEA 181
           IIPLQEIT +R+AKTAGIFPNAIEI+VGEKKFFFASFLSRDEAFNLINDGW Q  KGTEA
Sbjct: 123 IIPLQEITALRRAKTAGIFPNAIEIIVGEKKFFFASFLSRDEAFNLINDGWSQQGKGTEA 182

Query: 182 IMTKQKSINESSRQEISILGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENGPKTQA 241
           I+TKQ S+NESSRQEIS LGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENG KT  
Sbjct: 183 ILTKQISVNESSRQEISNLGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENGTKTLP 242

Query: 242 AVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVEDFFSFY 301
            VPIDVIQEAEPILD   STSRK + WKQEDT+APKVPD YTKVAESKFPI+VEDFFSFY
Sbjct: 243 PVPIDVIQEAEPILDAHASTSRK-MMWKQEDTEAPKVPDCYTKVAESKFPIKVEDFFSFY 302

Query: 302 FSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFGGCLEIQK 361
           FSDDAVDFVSSYH KCGDKEFKCSLWR DD+LG TRD+SFQHPIKIYFGAKFGGC EIQK
Sbjct: 303 FSDDAVDFVSSYHEKCGDKEFKCSLWRTDDVLGPTRDISFQHPIKIYFGAKFGGCQEIQK 362

Query: 362 FRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCILSVYVNVAFSKRTV 421
           FR+YRDSHLV+EV QEVS+VPYSDYFRVE HWEVK DVDESNN CIL+VYVNVAFSKRTV
Sbjct: 363 FRVYRDSHLVVEVIQEVSDVPYSDYFRVEVHWEVKNDVDESNNGCILNVYVNVAFSKRTV 422

Query: 422 WRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHHIEEEINNS 481
           W+GKIVQSTLEECREAYG+WIQMAKELL++KLKEI+EGRP GSTS SSKD  +EEEIN S
Sbjct: 423 WKGKIVQSTLEECREAYGLWIQMAKELLQQKLKEIEEGRPRGSTSGSSKDPPVEEEINRS 482

Query: 482 KSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLWSLLRSQNY 541
           KSLEK+NE +DQRRLTESQ+ST+VDQQ EN+ QGV+S S ASW RE + KL S LRSQNY
Sbjct: 483 KSLEKSNEMNDQRRLTESQFSTDVDQQPENLSQGVDSPSHASWWREYVKKLCSSLRSQNY 542

Query: 542 LPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAMAWLEKRMH 601
           LPLALVITF VIFLMQLSIV+LLS+PQHIH+S P+    GLK SGGRS D MAWLEKRMH
Sbjct: 543 LPLALVITFVVIFLMQLSIVVLLSRPQHIHMSYPD-NASGLKFSGGRSPDTMAWLEKRMH 602

Query: 602 HLKDEMYMVESRLEMMRREHAQLKAQLRDLEEL 635
           HLKDEM MVE+RLEMMRREHAQLKAQLRDLEE+
Sbjct: 603 HLKDEMNMVEARLEMMRREHAQLKAQLRDLEEV 633

[Close]

BLAST of Tan0009057 vs. ExPASy TrEMBL
Match: A0A6J1IFM2 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111472873 PE=4 SV=1)

HSP 1 Score: 1013.4 bits (2619), Expect = 4.0e-292
Identity = 532/635 (83.78%), Postives = 569/635 (89.61%), Query Frame = 0


Query: 6   SAVAADRIEL-----QLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFHEDVEI 65
           +A AA+ IEL     +LPMDLSPDS SCYPP+SSSS ADR +DPNETSS PDGFHEDVEI
Sbjct: 2   AAAAAEPIELPQPRDKLPMDLSPDSASCYPPQSSSSSADRTADPNETSSPPDGFHEDVEI 61

Query: 66  QSSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETK 125
           QSSALLRSEEYRQLF LPPDEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIFGFETK
Sbjct: 62  QSSALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETK 121

Query: 126 KIIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQHAKGTE 185
           KIIPLQEIT +R+AKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGW Q  KGTE
Sbjct: 122 KIIPLQEITALRRAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWSQQGKGTE 181

Query: 186 AIMTKQKSINESSRQEISILGIEKAKELDPSDSSD-SMNTPILNVSMVQANVEEENGPKT 245
           AI+TKQ S+NESSRQEIS LGIEKAKELDPSDSSD SMNTPILNVSMVQANVEEENGPKT
Sbjct: 182 AILTKQISVNESSRQEISNLGIEKAKELDPSDSSDRSMNTPILNVSMVQANVEEENGPKT 241

Query: 246 QAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVEDFFS 305
              VPID IQEAEPILD   ST RK + WKQEDT+APKVPD YTKVAESKFPI+VEDFFS
Sbjct: 242 LPPVPIDTIQEAEPILDAHASTLRK-MMWKQEDTEAPKVPDCYTKVAESKFPIKVEDFFS 301

Query: 306 FYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFGGCLEI 365
           FYFSDDAVDFVSSYH KCGDKEFKCSLWR DD+LG TRD+SFQHPIKIYFGAKFGGC EI
Sbjct: 302 FYFSDDAVDFVSSYHEKCGDKEFKCSLWRTDDVLGPTRDISFQHPIKIYFGAKFGGCQEI 361

Query: 366 QKFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCILSVYVNVAFSKR 425
           QKFR+YRDSHLVIEV QEVS+VPYSDYFRVE HWEVK DVDESNN CIL+VYVNVAFSKR
Sbjct: 362 QKFRVYRDSHLVIEVIQEVSDVPYSDYFRVEVHWEVKNDVDESNNGCILNVYVNVAFSKR 421

Query: 426 TVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHHIEEEIN 485
           TVW+GKIVQSTLEECREAYG+WIQMAKELL++KLKEI+EGRP GSTS S KD  +EEEIN
Sbjct: 422 TVWKGKIVQSTLEECREAYGLWIQMAKELLQQKLKEIEEGRPRGSTSGSCKDPPVEEEIN 481

Query: 486 NSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLWSLLRSQ 545
            SKSLEK+NE +DQRRLTESQ ST+V QQ E + QGV+S S ASW RE + KL SLLRSQ
Sbjct: 482 RSKSLEKSNETNDQRRLTESQCSTDVGQQPEILSQGVDSPSHASWWREYVKKLCSLLRSQ 541

Query: 546 NYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAMAWLEKR 605
           NYLPLALVITF VIFLMQLSIV+LLS+PQHIH+S P+    GLK SGGRS D MAWLEKR
Sbjct: 542 NYLPLALVITFVVIFLMQLSIVVLLSRPQHIHMSYPD-NASGLKVSGGRSPDTMAWLEKR 601

Query: 606 MHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEEL 635
           MHHLKDEM MVE+RLEMMRREHAQLKAQLRDLEE+
Sbjct: 602 MHHLKDEMNMVEARLEMMRREHAQLKAQLRDLEEV 634

[Close]

BLAST of Tan0009057 vs. ExPASy TrEMBL
Match: A0A6J1F4N9 (protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111442129 PE=4 SV=1)

HSP 1 Score: 1013.1 bits (2618), Expect = 5.2e-292
Identity = 528/634 (83.28%), Postives = 569/634 (89.75%), Query Frame = 0


Query: 2   AAAASAVAADRIELQLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFHEDVEIQ 61
           AAAA  +   +   +LPMDLSPDS SCYPP+SSSS A R +DPNETSS PDG HED+EIQ
Sbjct: 3   AAAAEPIELPQPRHKLPMDLSPDSASCYPPQSSSSSAHRTADPNETSSPPDGLHEDLEIQ 62

Query: 62  SSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKK 121
           SSALLRSEEYRQLF LPPDEVLIEDFNCAFQENILIQGHMYLF+H+ICFYSNIFGFETKK
Sbjct: 63  SSALLRSEEYRQLFRLPPDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIFGFETKK 122

Query: 122 IIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQHAKGTEA 181
           IIPLQEIT +R+AKTAGIFPNAIEI+VGEKKFFFASFLSRDEAFNLINDGW Q  KGTEA
Sbjct: 123 IIPLQEITALRRAKTAGIFPNAIEIIVGEKKFFFASFLSRDEAFNLINDGWSQQGKGTEA 182

Query: 182 IMTKQKSINESSRQEISILGIEKAKELDPSDSSD-SMNTPILNVSMVQANVEEENGPKTQ 241
           I+TKQ S+NESSRQEIS LGIEKAKELDPSDSSD SMNTPILNVSMVQANVEEENG KT 
Sbjct: 183 ILTKQISVNESSRQEISNLGIEKAKELDPSDSSDRSMNTPILNVSMVQANVEEENGTKTL 242

Query: 242 AAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVEDFFSF 301
             VPIDVIQEAEPILD   STSRK + WKQEDT+APKVPD YTKVAESKFPI+VEDFFSF
Sbjct: 243 PPVPIDVIQEAEPILDAHASTSRK-MMWKQEDTEAPKVPDCYTKVAESKFPIKVEDFFSF 302

Query: 302 YFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFGGCLEIQ 361
           YFSDDAVDFVSSYH KCGDKEFKCSLWR DD+LG TRD+SFQHPIKIYFGAKFGGC EIQ
Sbjct: 303 YFSDDAVDFVSSYHEKCGDKEFKCSLWRTDDVLGPTRDISFQHPIKIYFGAKFGGCQEIQ 362

Query: 362 KFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCILSVYVNVAFSKRT 421
           KFR+YRDSHLV+EV QEVS+VPYSDYFRVE HWEVK DVDESNN CIL+VYVNVAFSKRT
Sbjct: 363 KFRVYRDSHLVVEVIQEVSDVPYSDYFRVEVHWEVKNDVDESNNGCILNVYVNVAFSKRT 422

Query: 422 VWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHHIEEEINN 481
           VW+GKIVQSTLEECREAYG+WIQMAKELL++KLKEI+EGRP GSTS SSKD  +EEEIN 
Sbjct: 423 VWKGKIVQSTLEECREAYGLWIQMAKELLQQKLKEIEEGRPRGSTSGSSKDPPVEEEINR 482

Query: 482 SKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLWSLLRSQN 541
           SKSLEK+NE +DQRRLTESQ+ST+VDQQ EN+ QGV+S S ASW RE + KL S LRSQN
Sbjct: 483 SKSLEKSNEMNDQRRLTESQFSTDVDQQPENLSQGVDSPSHASWWREYVKKLCSSLRSQN 542

Query: 542 YLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAMAWLEKRM 601
           YLPLALVITF VIFLMQLSIV+LLS+PQHIH+S P+    GLK SGGRS D MAWLEKRM
Sbjct: 543 YLPLALVITFVVIFLMQLSIVVLLSRPQHIHMSYPD-NASGLKFSGGRSPDTMAWLEKRM 602

Query: 602 HHLKDEMYMVESRLEMMRREHAQLKAQLRDLEEL 635
           HHLKDEM MVE+RLEMMRREHAQLKAQLRDLEE+
Sbjct: 603 HHLKDEMNMVEARLEMMRREHAQLKAQLRDLEEV 634

[Close]

BLAST of Tan0009057 vs. TAIR 10
Match: AT1G02120.1 (GRAM domain family protein )

HSP 1 Score: 518.1 bits (1333), Expect = 1.0e-146
Identity = 304/636 (47.80%), Postives = 406/636 (63.84%), Query Frame = 0


Query: 2   AAAASAVAADRIELQLPMDLSPDSTSCYPPESSSSLADRISDPNETSSSPDGFHEDVEIQ 61
           A+ + +V   R  +++    SP+  S  PP S     DR  DP+ +S SP    ++   Q
Sbjct: 7   ASVSGSVDLPRGTMKVDSSASPEVVSDLPPSSPKGSPDR-HDPSTSSPSPSRGGDN---Q 66

Query: 62  SSALLRSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKK 121
           S  + +SEEYRQLF LP DE+L++DFNCA QE+IL+QGHMYLF+H+ICFYSNIFG+ETKK
Sbjct: 67  SEVISKSEEYRQLFRLPADEILVQDFNCACQESILMQGHMYLFIHYICFYSNIFGYETKK 126

Query: 122 IIPLQEITTVRKAKTAGIFPNAIEILVGEKKFFFASFLSRDEAFNLINDGWLQHAKGTEA 181
           IIP  EI+ V++AKTAGIFPNAIEIL G KK+FFASFLSRDEAF LI+DGWL++    ++
Sbjct: 127 IIPFAEISCVKRAKTAGIFPNAIEILAGGKKYFFASFLSRDEAFKLIHDGWLEYGSAVKS 186

Query: 182 ---IMTKQKSINESSRQEISILGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENGPK 241
              I+  +  +++         G+ K +     D ++ ++ P+ + ++  ++        
Sbjct: 187 EGEILVTEPQVSD---------GVVK-RARSSMDLANELDIPVRDETLHLSSSSSLPVIS 246

Query: 242 TQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVEDFF 301
                P  V + AEP  D DV  +  T  WK EDTDAPK+   +TKVAE+KF I VE+FF
Sbjct: 247 QNGVPPSSVQRHAEP--DVDV-VAANTFNWKPEDTDAPKLSSDFTKVAEAKFSIPVEEFF 306

Query: 302 SFYFSDDAVDFVSSYHGKCGDKEFKCSLWRPDDMLGHTRDLSFQHPIKIYFGAKFGGCLE 361
             +FSD AV FV S+H  CGDKEF+C+ W+P + LGHTR++SFQHPIKIYFGAKFGGC E
Sbjct: 307 RLFFSDGAVSFVESFHKNCGDKEFRCTSWQPHEKLGHTRNVSFQHPIKIYFGAKFGGCQE 366

Query: 362 IQKFRLYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCILSVYVNVAFSK 421
            QKFR+YR+SHLVIE +QE+S+VPY+DYF VE  W++K+D  +S   CIL VYVNVAFSK
Sbjct: 367 SQKFRMYRNSHLVIETSQEISDVPYADYFTVEGVWDLKRDCRDSVEGCILDVYVNVAFSK 426

Query: 422 RTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLKEIDEGRPSGSTSESSKDHHIEEEI 481
           RTVW+GKIVQSTLEECREAY  WI+MA ELLK+K  E  EG           +  IE+  
Sbjct: 427 RTVWKGKIVQSTLEECREAYAHWIRMAHELLKQKKLENQEG-----------NKLIEDGE 486

Query: 482 NNSKSLEKANEKDDQRRLTESQYSTEVDQQAENIPQGVNSTSLASWLRECMNKLWSLLRS 541
             +   E+ +E D++ ++             E + +GV   S    L+E    L S ++ 
Sbjct: 487 PLAAREERVSECDEEGKV-------------EMVGEGVVKKS----LKEAWVNLTSFVKR 546

Query: 542 QNYLPLALVITFAVIFLMQLSIVMLLSKPQHIHVSSPEYYGKGLKSSGGRSADAMAWLEK 601
           Q+     +V+ FAVI LMQ++IV+LL K     V   E Y          + + + WLEK
Sbjct: 547 QSGTRQVIVLAFAVILLMQVTIVVLLKKGGGGQVEYHERY-----DEYSVNGETLGWLEK 592

Query: 602 RMHHLKDEMYMVESRLEMMRREHAQLKAQLRDLEEL 635
           RMH L++EM MVE RL+ MR++HA LKAQ   LE L
Sbjct: 607 RMHFLREEMMMVEDRLQRMRQDHAALKAQFHHLERL 592

[Close]

BLAST of Tan0009057 vs. TAIR 10
Match: AT3G59660.1 (C2 domain-containing protein / GRAM domain-containing protein )

HSP 1 Score: 84.0 bits (206), Expect = 4.9e-16
Identity = 93/418 (22.25%), Postives = 167/418 (39.95%), Query Frame = 0


Query: 74  LFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKKIIPLQEITTVRK 133
           +F L PDEV+   ++CA + + L  G MY+   HICF+SN+F  + K ++PL +I  +R+
Sbjct: 234 IFDLLPDEVVEHSYSCALERSFLYHGRMYVSAWHICFHSNVFSKQMKVVVPLGDIDEIRR 293

Query: 134 AKTAGIFPNAIEILV----------------GEKKFFFASFLSRDEAFNLINDGWLQHAK 193
           ++ A I P AI I++                G  ++ FASF +R+     +         
Sbjct: 294 SQHALINP-AITIILRMGAGGHGVPPLGTPDGRVRYKFASFWNRNHTLKAL--------- 353

Query: 194 GTEAIMTKQKSINESSRQEISILGIEKAKELDPSDSSDSMNTPILNVSMVQANVEEENGP 253
                   Q+++N       ++L +EK +    +  + S +               + G 
Sbjct: 354 --------QRAVNNYH----AMLEVEKKERAQSALRAHSSSV--------------KGGG 413

Query: 254 KTQAAVPIDVIQEAEPILDTDVSTSRKTLTWKQEDTDAPKVPDYYTKVAESKFPIRVEDF 313
           K Q   P D    A P+         K   + +E+            +    F    E  
Sbjct: 414 KVQVKAPEDT--AAVPV---------KFQAFIKEEV--------LVNIYNDVFASTPEQV 473

Query: 314 FSFYFSDDAVDFVSSYHGKCGDKEFKCSLWR-PDDMLGHTRDLSFQHPIKIYFGAKFGGC 373
            +   +DD+  + + Y     DK      W   ++  G  R++ F+              
Sbjct: 474 LNVLLADDST-YTNEYRSARKDKNLNIEPWHTAEEYDGQVREIKFRSICNSPMCPPDTAV 533

Query: 374 LEIQKFRLYRDSH-LVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDESNNCCILSVYVNVA 433
            E Q   L  D   LV E  Q+  +VP+  YF V   W ++   DE+++  ++ + V V 
Sbjct: 534 TEWQHVVLSPDKKVLVFETVQQPHDVPFGSYFEVHCRWRLEAK-DETSS--VIDIRVGVH 592

Query: 434 FSKRTVWRGKIVQSTLEECREAYGMWIQMAKELLKKKLK-----EIDEGRPSGSTSES 469
           F K  + + KI    ++E ++   + +++A   LK         +ID+   S  T E+
Sbjct: 594 FKKWCLMQSKIKAGAIDEYKKEVEVMLEVALSYLKSHSSSSSHGDIDKSALSSPTPEN 592

[Close]

BLAST of Tan0009057 vs. TAIR 10
Match: AT1G03370.1 (C2 calcium/lipid-binding and GRAM domain containing protein )

HSP 1 Score: 48.5 bits (114), Expect = 2.3e-05
Identity = 39/147 (26.53%), Postives = 68/147 (46.26%), Query Frame = 0


Query: 71  YRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKKIIPLQEITT 130
           +++LF LP +E LI DF C  +  + +QG ++L    + FY++IFG +TK     ++I  
Sbjct: 690 FQKLFGLPQEEFLINDFTCHLKRKMPLQGRLFLSARIVGFYASIFGNKTKFFFLWEDIEE 749

Query: 131 VR-----------KAKTAGIFPN-AIEILVGEK--------KFFFASFLSRDEAFNLIND 190
           ++                 + PN  ++  +G K        KF F SF+S + A   I  
Sbjct: 750 IQVLPPTLASMGSPIVVMTLRPNRGLDARIGAKTHDEEGRLKFHFHSFVSFNVAQKTIMA 809

Query: 191 GWLQHAKGTEAIMTKQKSINESSRQEI 198
            W   +   E    K +++ E S Q++
Sbjct: 810 LWKAKSLTPE---QKVQAVEEESEQKL 833

[Close]

BLAST of Tan0009057 vs. TAIR 10
Match: AT5G50170.1 (C2 calcium/lipid-binding and GRAM domain containing protein )

HSP 1 Score: 48.5 bits (114), Expect = 2.3e-05
Identity = 19/66 (28.79%), Postives = 41/66 (62.12%), Query Frame = 0


Query: 67  RSEEYRQLFHLPPDEVLIEDFNCAFQENILIQGHMYLFMHHICFYSNIFGFETKKIIPLQ 126
           ++  +++LF LP +E L++++ C  +  + +QG ++L    + FYSN+FG +TK     +
Sbjct: 690 KNSAFQKLFGLPHEEFLLKEYTCYLKRKLPVQGKLFLSARIVAFYSNVFGHKTKFYFLWE 749

Query: 127 EITTVR 133
           +I  ++
Sbjct: 750 DIDDIQ 755

The following BLAST results are available for this feature:

BLAST of Tan0009057 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4HVW5	1.4e-145	47.80	Protein VASCULAR ASSOCIATED DEATH 1, chloroplastic OS=Arabidopsis thaliana OX=37...	[more]
Q8CI52	1.7e-21	51.40	Protein Aster-C OS=Mus musculus OX=10090 GN=Gramd1c PE=1 SV=2	[more]
Q8IYS0	1.9e-20	50.47	Protein Aster-C OS=Homo sapiens OX=9606 GN=GRAMD1C PE=1 SV=2	[more]
Q96CP6	2.4e-20	50.47	Protein Aster-A OS=Homo sapiens OX=9606 GN=GRAMD1A PE=1 SV=2	[more]
Q8VEF1	2.4e-20	50.47	Protein Aster-A OS=Mus musculus OX=10090 GN=Gramd1a PE=1 SV=2	[more]

BLAST of Tan0009057 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038874398.1	3.7e-308	87.05	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Benincasa hispida...	[more]
XP_038874389.1	9.1e-307	86.92	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Benincasa hispida...	[more]
XP_038874406.1	1.0e-305	86.76	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Benincasa hispida...	[more]
XP_011650619.2	4.0e-294	83.96	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Cucumis sativus] ...	[more]
XP_011650618.2	1.5e-293	83.54	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Cucumis sativus]	[more]

BLAST of Tan0009057 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1IH06	1.6e-293	83.91	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 OS=Cucurbita maxim...	[more]
A0A0A0L3J6	1.6e-293	83.80	VASt domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_3G116750 PE=4 S...	[more]
A0A6J1F3U9	2.1e-293	83.41	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 OS=Cucurbita mosch...	[more]
A0A6J1IFM2	4.0e-292	83.78	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Cucurbita maxim...	[more]
A0A6J1F4N9	5.2e-292	83.28	protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 OS=Cucurbita mosch...	[more]

BLAST of Tan0009057 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G02120.1	1.0e-146	47.80	GRAM domain family protein	[more]
AT3G59660.1	4.9e-16	22.25	C2 domain-containing protein / GRAM domain-containing protein	[more]
AT1G03370.1	2.3e-05	26.53	C2 calcium/lipid-binding and GRAM domain containing protein	[more]
AT5G50170.1	2.3e-05	28.79	C2 calcium/lipid-binding and GRAM domain containing protein	[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	COILS	Coil	Coil	coord: 614..634
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 456..499
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 20..55
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 456..512
None	No IPR available	PANTHER	PTHR47666	PROTEIN VASCULAR ASSOCIATED DEATH 1, CHLOROPLASTIC	coord: 30..632
None	No IPR available	CDD	cd13220	PH-GRAM_GRAMDC	coord: 79..172 e-value: 4.39796E-49 score: 164.216
IPR004182	GRAM domain	SMART	SM00568	gram2001c	coord: 69..135 e-value: 3.2E-21 score: 86.5
IPR004182	GRAM domain	PFAM	PF02893	GRAM	coord: 71..175 e-value: 7.4E-23 score: 80.6
IPR011993	PH-like domain superfamily	GENE3D	2.30.29.30		coord: 67..174 e-value: 2.4E-38 score: 132.3
IPR031968	VASt domain	PFAM	PF16016	VASt	coord: 285..432 e-value: 6.1E-27 score: 95.0
IPR031968	VASt domain	PROSITE	PS51778	VAST	coord: 281..453 score: 36.294838

Relationships

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


Feature Name	Unique Name	Type
Tan0009057.1	Tan0009057.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0042742	defense response to bacterium
biological_process	GO:0043069	negative regulation of programmed cell death
biological_process	GO:0009723	response to ethylene
biological_process	GO:0009751	response to salicylic acid
cellular_component	GO:0016021	integral component of membrane