PI0004481 (gene) Melon (PI 482460) v1

Overview


Name	PI0004481
Type	gene
Organism	Cucumis metuliferus (Melon (PI 482460) v1)
Description	WAT1-related protein
Location	chr09: 16870235 .. 16897150 (+)
RNA-Seq Expression	PI0004481
Synteny	PI0004481

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.

AACCTCATCTGTGTTCTGTACTATATTTATTACACTTCGAAAAAATTAAATTCAGAAAGGCCAAAAAAGAGACAAAGAACTGAAAAAAGAAAGAAGCAACACATAATATATATTATGGTTGAAGTTTTGGTGATGATATTTGTGCAAATATCTTACGTTTTTATGAACGTAATCTACAAGTGGGCTGTGGAAGATGGGATGAATATGAGGGTTTTGGTTGCTTATCGTGCCATGTTTGGTGCTGCTTTTATGCTTCCTCTTGCTCTTCTTTTTGAAAGGTTTTTTTCTTTTCTTTTTCTAAATCCCAAGTGTGTATATATTTCTCAATAATTAGACCTGGTTATGGGCATTTTTAAATATACCAAATGAACCAAAATATTTTCAAAACATGATAAAATTTCAGATTCTATCAACGAGAAAGTGTTTATCTATAACATAAATAGAAACTGATAGAAGTTTATCATTATCTATCCGAATCTTCTTAATAAAATATGAAATTTTGTTATATTTTGTAAATATTTTAAGTAGTTTGTCATTTACTTGTAAGAAAATTTTCTTGAATTAATCAGTATGCTAATACATATAAATATCTAGTATTTATTTTAACATATGCACTATAGGGACATGTCTTTTAAATGAGCATATTATTAGTTAAAGGTGTTCTAATAAACCTCCTTATTTTAAACTTGTTGAATAATTATGTAAATCTTAATTCCAACTTTATATCTTTCAAGCCTGAATTTTTATGTGTGAGTTCCACTAGCCCACTGAAAGTATGAAGAGGAGAAGATCTACTAAATAATGAAAATTGTAATGGAGAGTATAATTCAGTATATAACAACATTTTTTAAAAGAACTACAAACGTAGATAATAGCAACATTTTTAAAGAATTGTAAATATAACAAAATGTATCAGTGATAGACTCTATTTTCAGAGACCCATATTACTAAAAAGACTCTATTAATGATACACTCTTATTAATGTTATAGTCTATCATTGATGGATTTTGATGGTTTATTCTAAATTTTTGTCATATTTGTAATTTTTTGGGGCTCTTTAAATATATAAAAATGATTCAAACTATTTACTAGTTATACAAAACTTTCTACCTTCTTTATAGTCTACATAGACGACGTGACATTAATAGAAAGTCTATTAGCATCTATCAGTGATAAAAACTAATACAAGTCTATCATTGATAGACTGTGATAGAATTCTATCGCTAATAGAGGTTGACAGAAGTCTATCCGTGTCTATCAGTGTCTATCAACGGTAGAAACTGATAGAAATCTATAATTAATACTATCATTGATAGATATTATTTACGTCTATCATTGATAGAGGTTGATAGAAATCCGTCAGTGTTTATGAATGTTTTTTTTTTAATTTTTGGCTATTTATGTAAATGTGACATATTTTCATCTGTTTAATTCTCTCTCTTTTTTTTTTTTGTTTGCATTGCAGTATATTTATTATGTACAAATAATATTTAGGTTTGACTACTATATTTATAAGTATACAACTAGATAAAGTGATCATATTCATTTAATTAAGAGAAAACAAATAATAAAGCAATAAAATATAGTGATTACATCAATCAATCCCTTGAACCAAAGAACAAATCCTAAAGTAATAGTTTATGGAAAAAATCATAAGGGAAAAAGGAAAAGAGAAAAAGGGTTCTCTTCTTGGATTGTGATAATCCTAACATAAAAATAAACAAATAGATAATGAAAAATAAAATAGAAGATTAAAATATACTACAAAACTTTTTCAAAATGGTTATAAATATCACACCTACTTAAAATATTTACAAAATATTGCACACTTTTATATTATACCGATGATAGATACTATTAGACTTGATATAATATAATTATATTTTACAAATATTTTGGTCAATTACACTATATTTGAAAATACCCTAAACTTTTTTAAGAAAGTTGTTTTTATTTTATAATCAATAGGTAATAAAATAGGATTGCACCTAATTCCGCTTCATTATTGTTCCTCTTAATTTTTGTAGTCCTATATTGCACTAGTTTTTTTCTTTTTTCCTTTTTCTTTTCTGTTCTTTTTTATTTCCACATGAACTCTAAACAATTATCTAATATCTTTGTCAAAATTATAATGCATTAACTAGTCAAATTAAAATTGATTTGAAAAAAAAAAACTATATATATTCATGTCGAGTAGAAGTAAAGAAAATTATGATAAATTTTCAAGTTAACAAATATTAATTATGAATGAAAATTTCAGGAAAAACAGGCCAAGACTTTCACGAGTGACACTTTACCAAGCATTTCTTTGTGGATTATTAGGGTAAGTTTTTAAATCGCATACTTCCTTGTTATGTTATAATCGAAACCATGAACAACTTATATATTACCAATGTTGAAGTATGAAGTTTGATAATAAATCATTTGAGTAGTTTTACCTTCAACTAGAATAGTAGGATAGTGAAATTAATTAATATAGTAGTGATCCTATGTTAATTGATATATGCAGTAATACCCACGAACTCCATTGGCTAACGACTCTTAGTAATAGAAAATAAGGGAAAGAAAGCAATAGATGAGTAAAAAGGGACAATGTTTTGCATTGTTTGGCGACTGATAGACCAACGGAAGGAGACGATGAGTACGAGGATGATAGGAAAAAGGGAGAGAGAGAGGGAAAGAGGTAGGAGTAAAAATAACTTAGAAAGGTCGTATTTATTAAAATCCATATGATATGAATCATACACACATACGCACGCACACACTTCAATACCTAAAATGTCAAAGTTTGAAAACTAGATTTGAAACTTTCGAAACCACAAGTCTAAGTTTCTCTTTTTTGTTTGTTGACATTAATTCTCTTAATAATGTTGTGTATATCAAAGAAGTATTGAAAGTTATATAAATATTTCAATCTATTTTGATTTTGTTTTAGAATTTAACTAGAAATGTTAACTGTTTATTTAAGAAAATATATGAAAAGATAATAACAAAAGCTGTGTGAGCTAGAGAGACAAGCACAACATAAAACTAAAAAACTTGTTATCAGACATGAATTAAATTAATTTATCCGCAAACACTTTTCATAAAAGTGTTTTAATTATAATACAAGTAGTTGAATTCTCTAACTCTACCAATGCCTAATCTAAAAGTTTGATTGAATAATTGATATGTGCTACAATTTTTTGACTGCGAATGTTAAATTCTCTACTCTCTCATTTTGTTTTTAATTCAAAGTAAAATATATATAAGCAGGGTAACACTTGCACAAAACTTATACATTGAAGGCCTAGCTTTGACCTCTGCAACGTTTGCTGTAGCTGCCACCAATCTCAATCCTGCATTCACATTCATCCTTGCCATTTGCTTTCGGTATTATAATCATTCCCTCAAATGCTAAATAAATACTTCTTTCTTCTTCTATTTTTTTCTTTCCAAAATTTTGCTCTTTTTATTTCATTAAAGTTTGGAAAATTTCCTTGATAAAAGTATGTTTGGTTAGTGATTTGAATATAAGAATTTAGTCTCGTGTTTGTGTCTACAATTTAAAGTTGGTAGAGTAGCTATTATATCCTGCTTCATGTGTTTAGGGTTTCAATTATATAATAGTTAGTGTTTCTAATTGTCATGACCTCTACCATTAACTTAGTCCTACATTTCTATCATTCTTTGTTATTTATTATTATTTGATAGTGTGTATTATTTTCTACTCAACCTATCTTTTAACTTATAATGTTTACTCTTTCTTATACATCCAAATTAAAATAGTTTGTCCCTCGAACACAAACTATTGTAATCTATACTAATTATAATAGTTGTTGATTATGATAACCAATTTAGAACCTCAAACTTCTTTTTAAGATTCAGTTATTTGTATTTTTTCAAGGTTTGGTCTACAAATCACTGACCAAACACACTTTTAATGAACTAAAGGTATATATTTTAGGGTGAGTTAAAAGGAAACCAATAAAAGTGTCTTAAAATAATGTTGCTAGCTAAGTTATAAATGGTAGCATATTTAGAAATTAATTAGACAGTAAAAAATGGTTGAAAAGCATGTTCAATGGTTTATATTCATAAACAGTAAAAATATTGGTAATTTGAATCTCAAATAATGTTAATGAAGTTTTGAATTACTATGAAATTTTATGTTTATGTCTAATAACTCTGTGTTTGGTACATGAGTTTGGAATTAAGGAGGTTTGACTTAAATCCATGTTTGGGCACTTGATATAAAATTTTCAAGATTAAAAAATCAAACCCGTAAGTTTGGAATACGTTTTCATTGAATGTCATGGGATTTAGAAGATTTATTCCTTCATCTTCTACCTCTTATCAATGGTCGTCGATGACCATTGGCAACCAACGTTGGCTGACTTCATGATCAAGCGTTAGCGATCAATCGTCTTAATCGTCGGTGATTGATCGTCTTGACCGTCGATGATCGATCCTCTTGATCGAACTGTTGACGGGTATGTCTTGATTGTCGGTGACCAATCATTGTCATCATTAACGATTGATCGCCCTACCTATTAACAAACAATTGTGATGATGATCAATGATCAACTGCCATATTCTTAGCAACTCATTGTCATTACGATTTGCGACCAAACAATCATCTTAATCGTTGGTGATCGTTGACCGTCTTTACCATCGATCAATGATCATTGACCGTCTTCACCATCAACTGGTGACTGTCTTTATCATCTTTTACCGATCATTGTGATTGTTAATAACTTATTGTCTTTGCCATTGGCGACCGTTGTCCATTTTTACCATCAACAAGCGATTGTCTTGATCATCGACGCTTGACTGTTGTGACTACTAACGGCGGATTGTCGTGACTACTAATGACCAACTATAGTGATAATAAACAACCAAATTCCATGACCTCTGATAATCAACCAACCGACTTAATCATAAAAAATCGATTGATCATCATGTCATTGTTAATTGACCGTTATGATCGATGTGCATGGTTGTCGGTGATAGCAGACCTCCAATGACCATTAGCCGTTGGCAACTATGTTTCCCCTATCTTCTTTTCCTCCTGTTTTCCTTTGGATTTTTTTTATTCTTTTCCTCTTCTTTATTTTTACAAAAACTTAAAAAAAAAAAAAAAAACAATCTCCCTTATCCTAGAATCTTCCTTGCTGAAGCATTGTGTCGACTATTTTAGTCGTGGACTCACAAATAGTTAGATATTCTTTGTCATCTATAGTCCACTATTGGTCACCAAAGCTTTATTTTTGTGTTTTCTCCTCTTTCTTCTTTACTCACTTGCACACAGTCCAAAACAAGAAATTGACTTTTTCATCTATGAGCTCTAAAGACTAAAATGTTGTATCAATCGTAATGCTTATGGGTAATCAAATTATCTTCATCCACCATTGCACATCTACCATCGTTGGTGATATGATCATATAAAAAGGTGAAATCCATTCCATAATCTCATGGAAAAAAAAAAGATTATTTAGGAATTTAAAACAAAACTTTGTTTTTGTTATAAATGTGGTAGGACACTAAATTTCAAATTTCACCCCTTTGTTATCAAAAGATAATTTGTTATTTTAAAAAGAGATAAATTAGAAATTTAATCTAACTTGTTATAAAACTTAATTTTAAAGTTTTGTTACTTTTTTACTAAAAACTATTTTTAATGTAAAACAACTAAATCATTATGATTAATACTTTATATTCATAGAAACTAATGAACCCAAATGAATTAATTTAGGATTAAAAAAGAACTAAAATCATTTCATTTTAAAATGAACATATTAAATTTTTCTTTGAAAATTTATCATAAAAATTAGGAAAAAACTTGGGTGCATCCGGGATGCACCCATCTACTTGCTTCTCTATCTCTCCACCACACAAAAATAAATTTAAAGATTACCTTTTAAAAAAAAAGTTTTAATCTTGTTTTTGTGTGGTAGAGAGATGGAGAGCATGTAGATAGGTGTATCCCGGGATGCACCTAAGTATTGCCCTAAAAATTAGTGCAAAACACACTAGGGCTTATAGAGCTCACGAACGACCACTAAAAAATAGGGGAAAAAAAGTTAAACTATCCAAACCCACGTATGCACCCAAAATACAAGCTTAAAAATTTCAAGTTTCCAAACCTTACACCCTAAACACAAACATTTATAATGCCCAAGATTCAGAGTCCCTTCAAATAAATACCTAGACATTTGATTTCCAGACTTTTGATTCTGAACCAACGCCCCAAACGTCCTCTAAGTGATGCATCAAGTGGGTTTGACGTGGGTTTCTGAAAAAAAAAAAATTCTTAAAAGCATTTTATTTTAATTTTTAATTTTTATTTTAAATTAGTGTGTTTTATGGCCTAATATGAAATCACCATTTTTCATCTAAATTGTAGTTTTTTAATTTTGGATCTGCTGCAGCTTTTTATCCCATTTCTTTTGTGCTTCTTTAAGGAGCATGTGGATGTTGTTTTAGAGCAGTTTTACAAATGAACTTCTCTTAGAAATTCGCTAGAAGAAATTGAAGCTCTGGTTGGTAGTTTGCTAGCTTAGACTAGCTCTGGTTAATTCTCTTATTTTGTTCCCTTTTGTCACACGTTAGTTTTGGTATCATAGTCAATAGTTTAGTTGGTTTAGTTGGCTGGCACTAGTAATCTGCAGAAAAAGTTGAGCCTTAGAAGAACATTCTCGCTATATGGGCGGCAATTAGCAACCTAGAACGGTGGAAGAAAGGTTAGATTCATTTACTCAAGAAATTAGACAAATGTTATCTAATATTGGACAGCCTATTAATCTCGCCTCAAGAAAGCTCATTGTTGGGTGCTTGAGTCGAAGCACTATACCGACGAGATCACTTGAAGAATAGAAAAATACAAGGATATAGTTCAACCACTATAAAATGAACATTCTGACAGCAGTGAATCAAGGTTCTGGAACTATTGAAGAAATCGAAGAGTTAATCATTCGTGGCAATAGACAAGGAATGGAACAACAACATGTTCCTTACCAATGGCGAGAATCGGTAGACTATCACATTAAGGTAGATTTGCCTTACTATGATGGAAACCTTTGCAATTAAGGAATTTCTAGATTGGCTGCAAAATGTAGACATTATTATTTATTATATGGATTTTCCAAAGAACAAATCGAGTTAAATTAGTTGCATATAAACTAAGTGGTGGAGTCTTAGCTTGGTGGGATCAACTACAAAATAATAGAAGATGAGATGGTAAACCTAGAATTAGGACATGGCCAAAAATTAGGTTTCACCTAAAAAGAAAATTTCTTCCGGTTGATTATAAGCAGATTTTATACCAACAATATCGACATTGCAAGTAGCGAAACAGAGGCATAAAAGAGTATACCGAAGAATTTACTAGACTGAATGCAAGAAATAATCTCTAAGAAACAAAAAGACAATAGGCAACAAGGAACTTGGTGGCTTAAAAACAATGCATACCTTCGCTAAAGCTGCATTGAAGGGGGATTGAACAGTACAAAATCAAGTTCTCAAGGTTGTTTAAAGAGAAAGTCTACTGCTGAAACGTACCTGGATAAAGGAAAGTCAATTAGTGGCAATCAAAATCGAGGTCAATGGGACCAACCTTTATCAAAACCAATTGAAAAGGCAACCAATAATAAAAAAAAGAACGCAAATACTTATGTTAAACCAGAACTTATAATTTGTTACAAATGTAATTAACAGGGATATTGATCAAGTGATTGCCCTCTAAGAGAACAAGTACTCTAAATGTGGGAGAAGACCCAAGATTAGAAGATGGTATAGAGGAAGAAACTCCATGTTCAGATGAAGAAGAGTTGGTACATGGAAATGAAGGAGATAGAATTTCATGTGTTGTCTAGAAAAATCCTCTTAACTTCAAAGAAAGGCATCAAAGATTAAAAAAAAGTCATATTTTCAAGACCCGTTGTACAACAAAAAGGTATGTAATGTTATTGTAGAAAATTGAAGCACGTAAAATATTGTAGTTAAATCTCTAGTAAAAACACTACAACTTCCAACAAAGAAACATGAAAAACCTTACAGTATAGAATGGATAAAGAAGGGAGGGGAATGCAAAGTCACAAAAGTGTGCAGAGTAAGTTTGTCAATTGGAAAGCATTATCAAGATTCTATTGTATGTGATGTGGTGGACATGGATGTATGCCATTTGTTACTAGAAAGATCTTGACAATTTGATCGAATGGTAACATATGATGGTCATAAAAATACTGACAAATTAAAATGGGGTAATAAGTCAATTGTGCTTTTGCCTACAAGTGAATGTCTAGACACATCTTCCCCACCCAAACCACCACTAAAACAAAAACTCTTGTTGCTATCTATAAAGGATTCATAACACATTTACAAGGTGGAAGCACACAAGAATACTTTGTTCATGCTTATATCTAAGGAAAATGTGATTACGGAGAACAAGAATACCCCAATGCATAATGCAAAAATAAGGACTCTTTTAGAAGAGTTTTCATACCTTAACCTAGAAAAACTCCTTAATATTTTTCCCCATTGCATATAATACGACACGCTATTGATTTGATTTCAGGTGCAAGCTTGCCAAATTTACCTCATTATCGAATGAGTCCGAAGGAACATGAAATATTGCAAAACAGGTAGATGACCAACTTAAAAATTAACTTATCCAAGCAAGTGTTAGTCCATGTGTAGTGCCTGCACTATTAGTTCCTAAGGAAGATGGGTCATGGAGAATGTACATTGATAGTTGGGCTATTTACATGCATGTGGTTTTGCAAATTGGGTTTAGCATAAAGTTTTTTAAGAATGATATCACTAAGGACTTTAAACCTGTTGGAAAAAGACATGATGATTACTTTGCATGAAGTTTCCATGCATACTTGATCTATATCATTGAATGTATTACAACTGGTGATCAAGGAAGGTTTAGTTACAAGAGTAGTGACAAAAGCCAACTTGATTTTGTATTGATTCAGAAGATGGACTAGATTGAACTAACAATTTGCAAAACCACATGCATGATGAACAAGCTTGTCGTCAATTACAAGTTAGAGATTATGGACTGGAAAAAGTACTTAAAAAGTGGAAGCAAACATCACATTTTCGGTGATAATGGACCGGAAAAAGTAATTCAAAGGTTGGAAGAAATCATACCTTTTGCAGCCGCGTGCCTCAGAGAGAAGGAAATACGTGGTGGCCAATAATGGAGGACGAGAGGAAGAAAATACCGTGACGGTGGGTGGAGGCGAATGTGAAGGATACCGATTTGGACAGAAGCTAGGTCGTCGGCGAGAAAAAACTCGGACGCCAACTGCGATTTGACATCGGACAACGGCAACAACGGACCGAACGATGGCGAGGATGACGACAGAGACTTGGCCGGAGATTTCACTGTTTCGTAAAAAGGGTTTGGGGCGCGTAGGGGGTTTTCGGGAAGACAAGGGGATGGGGCGCGTACGAAGGGTATCCCGATTTCGAAATGGAGGGTTTTTTTTTAAGTTACATTCGATGACACATTTTATTAAAATCTGATTTATTTGACACTTTGTATTTAATGACGCAAAAAAAGTGTCGTCGAATGTACGAATCCGAAATCATTGCTTTTTCCCGCCAAATTTCCGCATTTTCAACTTTAATGACACATTTTTTTCTTTCCAAACAGTATTTTAATCATCCTAAGTGTCATTATAGGGTAACTTTGTTGTAGTGAAAATTAAACTTTAACAAGTAAATACGAGAGAAAACACAACAAAATATTAAATATTTTCATAACATTTGTTGCTTTTACAACCACTATAGGAATTTTCCCTTTTACCAACGAAAATAAACGTTGGTCAAAGTTCAAATAACGTCAGGATAAGTAATGCCGATAAATTTTTTTGCATTGGTAAGATCATCGTCGTATCCGTGTCAGGAGAAGTCTTACCGACGAAAATTGATTTCATCAGCATAAATAGATTTTTGCTATTGTTATACCTTGCATTGACATAGAATTTTTCCCAACAAAAATACACTTTTTGTCGGGATAATCATTCTTCCAAATGAGGTAAAAAAACATATGTTTGTCAACATCATTTTCGTCGACATAAATGGTTTACAGTTTTATATATAAATTTTAATCAGCAAATAAGCAATTTTTTTCAATAATACCTAATTATGCACAAACAATAACTAATCGACAATCAAATCAGTTGAAGAACAAATATAACAAAAATAAGCTTATATATTAAAAATAAAACTAATATTCAATACAACAATGTAACATTAACAATATACATAGTTACATTTGAGGATTGCTAAGTTTTCACAAATCTCATGTACAAAAAGAGCTTATCATTCCCTAACCCAAAATAAGTGAGATGTTACACCAAAATAAGTAATCATCTCAATATCTTCTTGCAATCTCCAAAAATCAAGGTTTGAGAATTCATACGTATAACCTGAAATAGGAAACACAATACAAGTGACAAAGTGATAATGTAACCACAAAAATGACAAAGTGGCAATATAAAGTGACAAAGTGACAAAGTAGCAACAAAAGTAGCATAAAGCACATTAGTCGGACTCCTACAAATACATAAGAACAAAGTGACTTTCTAGTGCAGTGAACTTCAATGTAATGTAAAAGGACCATTAGAACACTTATACGCCCCCATCATAAATGCTATTAATGTGTCCTAAGTTCCATATAATTATCCACACATATTTAAAGTGGCTACCATAACTGCATGATAGCCACACAACAAAAAGTTAAGTTCTTAACTACACTAAAATGCTCATACTTGGCTACCATAACTGCAGGACAGTCATGCAACAATCAAATTAAATTCCTAACTCCATTAACCATAATTCAAAGTTGTTATAACATACCTAGATGTCTGAAAGTCCACCTTCTTACCTTTGTTGTGCAGCAAGTTGTCTTGTGATGTTAGTCAATTGATCTTGAAAGCTCGAAATTGTTGATTTCAACGTGGCATTTTCCTCCTTTAAGCTTACCACCTCTATCTGGAGCTTTTCATACTTATCCCCAATATCTTTCTCAAACACATAGGACAATGTACCACATGTTGCTACATTGGGAGTTGCATTCCATCCAAGACCTTTAGTATGCCCTGAGCGTTTTCCCAAAACTCGTTCACAAATAATTGCCTCCAGTGTTGGTTCAAGTCCATCTTCTGATGATTTTCTTTTCTCCATTTGTATTGCCAACTATATTTATAATGGTTTAGATGTTAGACATTATATAGACATTATATATAAGGGTTACTATAAAATTACACACGTATCATACAATATAACTTACGTTATATTGGCCAACTCGCTTACCCACCCTTCCTTCTCCGAAAAGTGAGTTTTGTAAGACAATTCTACTTGGCCTACTTTTTCACCCTTATCGATCGTCTATAATTCAATAAAAAGAAGATTATTCTTGAGATGTAATGAGAATGAATAAAACGATAATGAATTTGCACCTTATCATACCAATTCATTTTGCACTTGAAGAAAAGATTTTGACCCACAATAATGGTTGAAATTTAGACATTCTCTACTTTTCTTGTTATCCTTCCTTTTTGCTTACACAATTTTTAGTTTATTAATAAAATCAATTTGTGTAAATGATACGTACAACAAACACATAATAAAACTTACCTCCTATTTAGGGGTCTCCTAACGATCACAAAGAATCTACCAATCTTCTTTGTTCATTAACCTGTCTGGTGGGCTTTCATAAGCAATAATAGGATTCTCAAACGAACAATTGTGCTTATGTAGTTTTTATCTATATTCTCTAGACGAGATTTGTATTTGTCGATGTATATACTTATTGACGACCATCGAGGACATATCCACAATAAAATGTGTCTACATATTCAATAAAATTTTAGGCATGTATGAGTATGAGATTAGCACAATAAAAGTTTAGGTAAGTATGAGTATGAGATTATCATGATATATGTACTTATTTGTAGACGAGCTTTTATATTGACAATGACATCACTAGGTACATCCTTCCACTTAGAACAACACAATGAAATGGTGTCCCGAGTCGCGGTCCCAATGGCGTTGCTAAACTTTGTAGCAAAGACGCTAACTGGTTTTCCAACCTTCTCATCAGTTGTGATATGGATCTTTCCATGCCATTATACGTACATATCTAAACTAATGTTTCGACTATGCCCATGCCCACGCTTCTTTTTCGTTTTAGAACTTGATCCTGCATGTAACCAAAACAAATAAAGGTTACTATGATGCTTAGTTGTTCAACCTAAGATACATTATTATCACCTGATGCAAGGGTGGTGTCTGCCTCTATAGAGGGACCCGTAGCCAAAGTGTTAGCTTTTCGAACTAGTTCATCAGCTAGACGATCTTGGCATTGTCCCACCATAATCCTACAATCACATAAAACATGAATAACATCAAACATATTGTGAACATATATAACAAACAAAATTGTAAAATAGGAATTAAGCTAGTTTTTGTACAGTTATTCACTATCTTCATCGTTAGAATCTAGATATTGATTTGAACTAGAACTCTTCTTTGAGATGCTTCTACATCTTGGGTTTCATCATTTATAAAATTGTCGTCCTTTGAATATGGTACACTTTGATTGGATTGTTGTTATATATGAACTTGACGTTCTACAATAGTAGGATCAACGTCATCTCAACATAACATTGTATCCTGGATAGATTCATCATCAACTTCAATTCTTCCTTCTACTTCCAACAACTCTAATTCATTATCTTTCAGTCCATCTTCTTCTAGAACGTCCTAAATGTGTTTATTTTGGATAATTTTCACCACTTTCCAATTATTGTCAAGTTTATTGTCGTCGATGTAAAAAACTTGGTTGGCTTGAGTTGCAAAAACGAAGGGATCATCAGTATACCAATAGTGAGATGTATTTATGGACATGAACCCTAAATCTTGTCGTACTTTATTTTTCATAGGGTCTGTGTCAAACCACTTACATTTGAAAAGGATCACACGTCTTTCATGGCTATATTCTAAGTCCAAAACATCAACTAGTATACCAAAATAGTTAGACTCTACTCCATCAGTTTCTCCAGGCACCATGATTCCACTGTTTTGAGTACATCTTTTATTGTCACGATCAATATTGTGACAACGAACTCCATTGACAATGCAACCACTGTAAGAGGGAACTTGATTGGAATAACCAAGTGATATTGAGTAAAGATCATCAGATGCTTCTCCTCTTTGACAAAGTGAGTAAACCTATTAATTTTAATAGATTATTACAACTCAAATTATATAGCTCATTACTGCTAAATAAATTTCCAATTGGAGAACTATACTTACATGGTCTTTGAACCAAGCAGGAAATTGTGATCGATACCTTTGATGTAATTCTAATGTTCTATCTGATCGAGTATGAATTACCTCAAATGTTCCCTATTTATAAGTAATAACAAAGAATGAATAAAAAATTTATGCTAGATATAATATCGAATTAGTTATAATACCAAATTTGAAGAACATTAACTAAACTTATAGAATTTGAGAAGCATACCTATGGTAAAACGTTATCTTAGAACTATTGTTCAGTACATACCAGTGCATCATTTGTTTCACTTTCTGTTAGAATCTTCGAAATTGACCCCCCTAATGTCCGTACATTTTGCCTAAATACATTAAAATCTCCAAAACTTAGGCTCTCGGAAATTGAGTCATCATTACGTGCATCCCTATTGAATTTGGTTTCTATTCTAGATACATACATGGAACAAAAAGTCAAGGATTCATTCATGATAAATCCTTCTGCTATTGAACCCTCAGGATAAGCTTTGTTTCTTACATATTGTTTCAAAGTACGCAAGCTTGTCTGTATAGGGTACGTCCAACTATACATAATCGGACCAACGACCTTTGTTTTGTATGGCAAATGAACAACAAGATGAACCATTACATAAAAAATGTCAACGAAATTTTTTTTTCAAACTTACATAATATTAGTACAATATCAATTGCAGTCGATTCAAGTTTGTAACACATATTATTTTTGTGCATAAATTACGATAAAACTTACATAACTCCACAATAGGTGTATAAACATCCTTTCTTAGATGAGCTGAAACACCAATAGGAACAAGTCGTTGGAGTAGAATATGCGAGTTGTGAGTCTTCAATCCCCATAATTTTCCATCATTCACACTAACACATCGTGATATGTTTGAGACGAATCCATTAGAAAATTTGGCCTATTTCAAGAACTTACAAAAAGTTATCTTCTAACTTGCAATGAAAGTATATGCAGCATGTTGTTTTACAAATTTAGTTTCTCATTTTTCGTAAGTATAAGTCCTTCTATATATTTAAATATTAAAGGTCCAAATGAGCATTTATAGTGTCTTTTGTTTTCCTTCAATATTCATTAAAGTCCCAAGCAAGTTATCGCATATATTTTTTTTCAATATGCATGACATCTAACTTATGTCGTAACATTAGTTTAGACCAGTATAGTAGCTCAAAAAATATACTTTTTTTGTCCAGTTAATGGTCCTTTTATCTTTTCTTGTCTCGTTTGGATGGATGCTTACTTAGTACAGAAAAGTTTAATGAATTGACTTGTTCTAGGATCTCATCTCCATTCATCACAAGGGGTGGAGGTCTATACTCCAATTTACCATCATGTTGCTTGCTCTTACGCCAATTGTGATTAGATGGAAGGTAACGTCGATGACCCATGAAATAGATTTTTCATTTTATTTTAAACGAAGATCTATTTTCTTTACAAGTGGGACATGCTCGATAACCTTTAGTACTCCATCCTAATAAGTCTCCATATGTCGAAACGTCATTAATGGTCCATAACAAACATGCACGTAATTGAAAAAACTCCATGCTCATGCAATCGTAAGTGCGCACACCATCATTCCACAAATCCTTCAACTCTTCGATCAACAGTTGTAAGTACACGCCAATTTCTTTTTTAGGGGACTTTGGGCTTGGTATAAGTAAAGACGTGAAAAAATTAGATTCCTTCATGCATTTCCACGGTGGCAAATTGTAAAGAATAAGCACAACGAGCCATATGCTGTATGTAGTACTCATATTCCCAAATGGATTAAATCCATCTGAAGCTAAGGCTAATCAAATGTTCCTTGGGTCTGAAGCAAATTTAAGAAACTTTCTATCAAAACATTTCCACCCTTCAGCATTAGCTGGATGCCGCAACACACCATTAGTTTCAACTCGTTTATCCCTATGCCATCGCATTTCAGAAGCAATGTGTTTTGACGAAAACAGTCGCTTCAACCTCGGTATCAATGGAAAATGACGTAAAATCTTGTTTGGGATCTTTTTACCCTTTCCATCCTTTATTTTGTCTCGAGACTCACCACACATTGGACAACTTTGACAATTATAATATATTTTCCAAAATAAAATGCAGTCATACTTGCAAGCATGAATAGAATCATATCCGAGTCCTAAATCACGTAGTTTTCTCTTGGCTTCATAAAAATAACTATGTATACATGCACCAATTGGAAATGAATCTTTCAACAAACTTTGTAACATAACAAATGATTTGTTACTCCAATTATTGAGAACCTTAACACGTAACAATTTCACCAAGAAGTTCAATAAGAAAAATTTAGAACAACTAGGGTATAACGGATTACGCGCTTCATCCATAAACTCCTAAAAAATGTTTGTAGTATACCTTTGTTTAGTGTTCTCATGCATCTCATCTCCAAAGTCTTCTTTATTTTCATCATATGCCTCTTCTCTCATCCATCCTTGCAAATCATTTAAAAGATCGAACAACTCATTATCATCATTCTCAGCAGTATGTTGTTTCCTTAATCCATCATCTACTAATCTATCATCAACTAAAGAAGCTAAAGGAGTCATGACTCTTTCAAATTGAGCTAAATTTTTCAGTTTTCCATGATTCCATTGACTATATGAAGGAGATATTCCATTAGCAAATAAATATTGTTGTACTCCATCTAATGTTTGAGACATTGAATTTTGACAATTTTTACACTGGCATCTTGTTTATCCTTCTCTATTTACATGACACTTTGCCACTTCCATGAATTGTGCAACTCCATCAATATACTCTTTTGAGAATCTATCTCTAAGTTTAATCCAATTCTTATTCATCGTTGATGCAAAATGAATAAATTTTAATCCTATAGTTGTAAGGCCAAAAAGTCAGAGAAACTTTTTTCCACAAACCTAAGGATACTTTATAAGGTCCTATAATGGTGCCTAAGTACCAATTCGAAAGTGTTACTTTAACACAAATACCGACCTAAGATACATTATAAATGCTTAAGAACAATGGAGCATCATTGTCTATTATACATATTGCAATTAGAAATAAAAAAATAGTTGCATTTTTTGAAGTAAACTTAAATTTCTAATCTACAATGTGCCAAGTAATGGTCAAATTCCTATATTCCCTTGCTAAACAACGAGCTTTATTCATCTAACTACTTAATTTTCTGTAACATATATATACAAGCATCTTACAAAAAGAATAAGTCCTAAAGCACATAACATATCTTTAAAGTGCATTCACTTATCATAACAAACCAACCAACTCTCTAGATCAACGAGGAATGCCACACAAGAAAATTAACTTGTCACACAAAATAATACAATCGACAAAAAATATTATTAGGTCAAATAAAAACATTGAACGTATAGAGAGTGGAGGCAACGAGCATTTGTGTGTGCCCAATTGTATCAAAATGACATAAATAAATCACGAAAAGCTAGCACACACACAACAAGTAGAACCAACAGGTAGAATTCTACTCATCTAACCTTTTTCAAACTCTTTTCAAGATAATCATATATGCTCTTTAAGGTTACAACTTAAAGTTACAATCAATTAGACCCAACACAATCATACATGCTCTTTAAGGTTACAACTTCATTCAAAACTTTATTCAAAGCATTAAGACTATTCAAAACGAGTAATTTTAGCTACAGTATGATCTTAAATCTTAGTCTAAACAGTAAAAATAGTTGGAAAAGGTCGAAACGAAGTTCAAAAGACTACCTTCGAAGTGTTTGGATCTGGCGGTAAAGTCGAAAAGGGAGCAGGGGCCAACAATCTGATGGCGACGAGTCAAATGGGAGTTGTGGCAAAGTTGAATGGCAGCAACAGTGTTGTGAAGAGAAGAGAAAATCGAGGGGGCGTAAAGAGAAAACAGGAGGAGTACAACATGAAGAGAGGAAAACCGAGGGAGGGGCGATAGGGGAGTGGCGGCGACGTGAAGGAAGAGGAAAATCGGGGGAGGGGGTGGCGTGATTGAAGAGGAAATCAATAGGGGGAGGGGCGACGACGGGGGAAGGGTAGCGATGTGAAATGATTTCGACGAGGGAGGGGGACGGTGAAGACCTAAGAAATCGTGGGGAACGTGTGGAGGGAGAAAGAAAAGATTTAGGGGGAAATAGGGGGAAAAGGTAAAGAAAAATGAGTTTTTTTTTTTTTAATCTTTTGCCAACGTTTTTTGCGTCGTCATATGTCTACACCTTACGTCGGTATATATATGTATAAAAAATGTATGGGTTTCTAAATCTTGATTGACAAATTAAAATTTTGTTGGGTTCAACAAGCTTGTGCCCACGAAAAGATATGCGTCAATATAAAAAGTGCCGAAACAGGTAAAAATTCTTGTCGTGAACCATGCTCATATTCTCTTTGGGAGATTCAAATGAATTTTGAACATCTAAATATTTCATTTTTTAAAAGACTAATTCAAGAGATTTACAAAGTTTTGTTACACACACATTTTTCATTTATTGAAACGTGGTAATTTATAACAAAAAATTAAATAGGTACAAATATATGTCTCTTTTGTATCAAATCTAAAATGTGGAACTTTCCTTTCATCATCATTTCGTGTGGTTCTTTTGAATTTTTTATGATTACCACGAAAAGAATACTTATTTCTTCCTTTACCACAGTCATAATCTCGATTACAATTTTCATAATTCACAATATTCACTTTAGGAAATGGTGTTGTTCCAGTTAGTCGAGAATCATGATTTTTCATCCACCGTTATTAAAATTTACAACATTCACTTTAGAAAATGTTGTTCTAGTTGACCATAACTTGTTATTTCGTTTAGTCTTAAGAAGACATGAAATGAGTTTAGAATACTAAGATATTTTTCTTGATATTGCTACTTCAGGAGCATATTCAAGACATAGAATGTTTTCTTTAACATATTTGTATCAATAACTTTCTCTCTGCGTAATTACAATTTTTGGGCCGATTTTAAATAATATAGAGTTGCGACCACTTACTGATTGGAAATTTTGGAGCCTTAAATGCATCCATTCATAACAAGTTTTAAGAAGGATAAGTGTTTTCTGATGATTATATCTTTATAGCATCCATGTGCATTTTGGCTTCAAGCACTTATGATAAGTAATTATTAACTTTAATATTAAATATAACAAATTGTAATTTTGTAAGATTTGTCATGGTAACACTATTACAAAACATTATTTTTATATTAAAAATTTAATATATATCAAATACGCTAAACAACATTTAATTTTAATTGTAACGAAGAAGGAAAAACGAGATACCTTTAGGACCTACCTTTAGTGGTAGAAATGATCGGAGTTCGTATTGATAACGTATTGTGAAATTGAGGAGCAAATAGAGATACAACGAGAATATGAATACCAATAAAATATAATATTAAAATAAATAAAATAACAAATAGGAAAATAGAAAATTCCTCCAATTTCCTCCGATTTCTCCAAGTTACATGGATTTCTCTCCGATCTTCATCACTTTACAAATGACCACTATTTATAAGAGTTTTGACAATTAAGATGTGACACATTTGGACACTAAGCATAGGTATATATGACAAATGTCCAACACGTGGATTAATGGGAGGATGACACTTGTGTTTGGACACTAAACATAAATGGTTATAAGAGGGTGGTGTTTTAGGATGAAAATCTATTTTCTATAATATTTATAATAGAAATATATTTAAAAGAATTTAAACATGAATTTAAGTTTAAATCAAAATGTGTTCATGTAGTTGTTAAATCTAAGTTGGAAACAGGGTTGAGAAGTTGAGGATGAGAACGATGGCGGGGAAGGCGAAGATTGTAGGGACAGTGGTGGGAATTGGTGGGGCCATGCTTTGTACATTTTACCAAGGCATTGAAATTCAAATTCAAATCCCCACCGCACATCTCAATGGACTACATCACAGTTCAGACTCGCAACCCCACGTGGCATCATCTCAGGACTCTTTCACTCGACGCTTTGTGGGCTCCATCTTTGCTCTTGCAAGTTGTCTAGCTTACGCACTGTGGTTGATAGCCCAGGTGCTTCCTTTTACTCCTATAATTATATCTTATTATTTCTGAGAAGAAATTGAGGTAATTTGGGTAATAATATTAAGATTATGATTATGATTATGATTATGATTATGTAGGGAAAAATGAACGAATCATATCCATATTATTACTCAAGCACTGCCTTGATGACGCTCATGGGTTTTCTTCAGTCTCTTCTTCTTGCAATCTGCACTGTGAGGGATTGGAATCAATGGAGGCTTGGCTTCAACATTAGGCTTCTTTCTGCTGCTTATTCGGTTGGTACCCCCGCCCCCTTCACTTTTTATATAATATAATATATAATTTTGTATATGTCTCCTTCAATAGTGATTAAGGTTTAATCATATAAATTTTTTTATTATGCTTTTCCATTAATTCCCTAAACTACACTTATTTCTTAATTAAACTCCAGTGTGTTTATATATATTCTTGAAAACATTTTTTTTTCTTTAGTTTTCAAAATTTTGACCTTCTAATTTCTCTAAAAAAACGCAATAGTAATGTGTGGATACCAAAACGTAAACAAACATAATAGTAGCGAGTGGATACCAAAATATAGATACCTAAAGGTGGAAGTAGTTTTATAAGCATAATCTTAAAAAACCAAAAATTAAATCATGGTTACCAAACGAGGATATTCGTTTTAGTTTTTAAAAAATTAACAACATATATGCACTACTTTTATGTATTCATCTTTGTGTTTTGTCATATACATTTTCAAAGTGTTTTTGAAATAGAAACACAGTTTAGTTTTAAAAACAAATTAAGAACTTGATTTTTATTTAAATTTTGATAAGATATATGAGAAAACAAGCACAATCTTTAAAATTAAAAAGCAAAAACCAAATAGTCATCAAATGAGGCCTTAATTTCTAAACTTTACCTTGTTTAGTTGCTTTATACTTTGAAAATTATAAAATTGTGTTCATTAAACTTGAAAATTTAATGATTTGGTTTGTGTATCTAAAATTTTGCCATAGTATGAATTTGGGACCAACTACAAATTTACATGTGTCCTCAAATTAAAATTAAAGATATGAAAGTGGGCAAATTAAATGACGTCATTTGTCAAAGCATTTATTCATCAAACAATGCCATGTGCCAGTTGAGACTAAAGTTAGGTCAACTCAAATTTATTAAAATACATTGGGTCAAACTTAAATAAAAATCTATTAAAAAAAATTTAACTTAAGTCCAAGCCCATAGAGGGCCTCCCAAACTCTATAAATAGAGAAGGTCACCCTTCATTTCACTCATGCAGACAAAGATCCATAAATCAGAATTTAGAGAATTCAACAAAATGATATTCTTCAACAAATTGAGCATCTTCTCTCCAACGAATAAATCGTCTCATCTTCAACAAATGAGCGTCTCTTCTCCAACGAGTAGATTGCTTCTTCTTCAACAAATTGAGTATCTCTTTTTCTAATGAATAGATCGTTTCTCCTTCAACAACTTGAGCGTCTTTTCTTCATTGAATTGATTGTTTCTTCTTCTCCAAATTGATCATATCTTTATCATCTATAGACTGAAGGTTGATCTCCTCAAATATTTGAAGATTTCAATAAATTGATTATATCTTTGTCACTTACAAATTGAAGATTGATCCTTTCATAGATTTAAGCACCTTAGCAAATTGTTCATTTCTTCACCATCTACAAATTGAAGATTGATTCTAAAAAAAATCACCAATCCTAAAAACCGATCCTCAAATAAGATCATCAAAGCCCAAAAAGGTCAACCCTCAAGAAAGATCAACAAGCCCAAAGGTCAATCCTTTAAGAAAATCAACAAGTCTAAAGGTCGATCCTAGGGAAAGAGCATCACACCCAAAGGCCGATCATCGAAGAAGATCAACAAACTTAAAGATTGAGATTTATGTATTTGAGAGAAAGCATTAAAGGATTATACATTAGACACTACAACACTACAACAAATCAATAAAATCAAGTTTATTTCCAAGAATTAAATTTCCTTTGTCGAAATCTCGTGTGAACAAATTGGCACGCCTAGTAGGAATGATCTTCAAATTTATGTTTTGCTCTTAATGGAGATGACCATCTTCAATTTTGGAATGTCGTTCTTTGTTGGGATAAACAACGTCAACTTTGTAGTGTCACACTCAGATGGTTGTGGCACCTTTTTTATGGTTTTTTATATGGATTGAACTTAAATTTCTTTAAGTTGCATACACACTCTTTAAGAAATGAATCAAATTATAACGTAGTTCAAGTTTTTTTGTCATGAACCTTTTAAACTCATGTGGGCTAGGAGCATCATATAGTTTAGGCTCTTACGATAAGGAGCCTTTTTTAAATTGCACTTCAAAAGATTTTATTTTCATCATAACCTTGATTGTCTCCTTCATTTGTCGGATTGGTCAATATGATGAGTTTTAGTTTCATCGTCAAGGAACCTTCTGTATTTATGACCACAGACAATTTTCTTTTCATGCGTGAAGGAAGAAAACTAGGAATCTTTTTGTCATTGTTTGGTTCACCAAGTGGTTTCATCGTCAAGGTTTTCATCTTCCTTTCACGTTGCTCGTATGTCATTTTGAGACGATAAAAAACAACTATTGATGGTCGATTTTTCTTTAATATAGAGGCATTTAGCTTTTGGAAGGTTGAAGTTCGAGTGGAAATGGATGTCAAACACTTTTCTTCTTCTATTGTGGTCATACTCAATCATTGGAAAAATTGAAAATCGAGTAGTTGAAGGCTTAATACGATCAAAGACACTTCAATGAGGTGTTCCTTGCAGTTGAGACTTCGGGTTCTCCATAGTTGACAATTGGTTCCCCTTTTTGTTGTTTAGTAATCATTAGCTCAATCATGCTAACAGTACATTTTGTGTAATATAAACTGTTGAGAAATTTTCTTTCAAGTTGTTTCCAACTATTAATAGTTACAGGCTCCAAATTAGTATACCAGCCGAAAGTATTTTCTTTTAGTGTTTGGACGAACTACTTGACTAGTAGATCTTCTTTGGTTTCAGCGTCGTCATAGATTTCGATGAAATTAGCAATGTATTATTTAGGATTGCCATTTTCATCGAATTGTTAAAACTTTGGTGACTGACATCCATTTTGCATCCTCAGATTGTTGATCCTAGTATACGATACAAGAGGGAGTTTTGAGTAGGTCCACCATATTGAACTATGATGGAGTTTACAATCATATCTTAAAGTTGTTGAACAGAAGTTAAGCAACTAAAGTTGAATGTTGTGATTGGGCTTCCTACACAATAGTTTTTCCTTTTTCTTTCATAGTAGAAGTCTTGCTAGATTTAGAGACATCAAAACTTTTGATATAATTTTTAAGGAAAGCAATGTCTTGATCTTTTTCTTATATTGTCATGAAAAACTCGATTTTTCTTTCACTTTCATTCATTCTTTCATCACTAATGCTTGCATTAGTCATCATAACAGACACCATGTCAATGTTGGATGCTTCCTTGGTTTGTTGAGAAGGAAGACTGAGTTTGCCTAACATAAGATCTTATGCAGTAACAACGTCAACTAGAACAGAATTTGTCGTGCATTTTGTCATCTTGTTTGTGTTGACAAGTTTTTTACTCTTTTGGCACTAAACTTCCTTGAAACGACTGCATGTAACTAGCCCTCAATAGGAATTAGTTGAAGCAGTCATTTTTTGAAAAAAAAACTTTTTTTGTATGTCATTACTTCTTGTAGAGAAAGAGATCAGAGGTAGAAATTGTCGCACTAGGTGTGCCAATTTGTTTACACGAGATTTCGACACATAAATTTTTAATTTGTAGAAATGAACTTGATTTTATTGATTTGTAGAAATGTCGTAGTCTCTATTGTATAATCCTCTTATGCTTTCAGTCAAATGTTGACTTTAACTTGAGGGTTGGGGCATTTATTCTCAAATCAGGGAAGAACGGTCTTCAATTTGTAGCTGGCAAAGAGACAATGAGTTTGGAGAAGAAAACATGGTCAATTCGTTGAAGGAGTGGTGATCAATTTGTTAGAAAATAGACAATCTATCTATTGAAGAATAAATGATCTATCTATTGAAGAAGAGACGATCTATCTATTGGAGAAAAGACGATCTATTCATTGAAAAAAAGACGATCTATTTGTTGGAGAAGATCACTTTGTTGAATTCTAAATGTTGAAATTCTCTGATCTTTGGATCTTCGTCAGAATGAACCAAATGAAGGGTGACATCTTCTATTTATAGAGTTTTGGGAGGCCCCTATAAACTTAGGCTTGGTTGACTTTGAACTCAATTTTTTGGCTTGGACTTAAATTAATAGATTTTTATTTAAGTTTGCCAATTTATTAAAATAAATTGGAGTTGACCTAGCTTTGGTTAATCGCCATGTGGCACAACTTGATTGAACAAGCTACTTAGTCATAGATTTGTCGTTAATTAATTTAAATTAATGATTTGTTAACTTGTGACATACCAAAATTTCTCAATCAATAAATGTCCTCTTTTCGAGATTTATGCACATGTATAGATGGGTGAATCTCGAAAAAGATAAGTTTAGAATCAAAATGCAAGTAATTAAAATGCAAGTTATATGCTTTTGATTTTGATTTTTTAAATGTGTCAATTTAACCAAACTATGAATTTAGTACATAAACTTGATTAAATTTTTATATTTTGACACATAATTTTTTGTAATTATACCAACTTTTAAAAAGTGAATTTAAATCAAAGTTTTGATTCTCTTTCTTCATATAAACTCCTATTTGAATTTTAGTAGAACTTGTGCTACTTAATTCAGAGTTAAATTTGGAGAAAATTCGAGCATGAATTTGGATTGTATTCAAGCTTAAAATCTGAAATATGATCAAACTTTGATTCTAGGTAAACTTGAGATCTTATCCATAATTTTATTTTATTTGAGAATAAAATTCTAAATTTAGATAACTTAAATTTGGGATAAATTTTGGAATATGCCCATATTTTAATGAAAAACTTTCATAAAGTTTGGGGAAAAATTTAAATGTGAAGATTTAAAATTCAATGTATAATTGAAATTCTAATGCAACTTGGAAGTGTTTGAATTTTGATCAATCACAAATTAACATGTCATTTATTTAAATTAAGGATCGAAAAATCTGAGACTAAGTAGCTCGTTCAATCAAATTATGCCACATGGCGATTGAAAGCTAGGTTAACTCAAATTTATTAAAATAAACTAACAAGCATAAATAAAAATCTATTTTAAAATAGATTAATTTAAGTTGAAGTTAAAAAATTAGGCCCAAAGTCAACCAAGTCCTAACTCATAAGGACCTTCCAAAACTCCATAAATAAAGGTCATCATTCATCTGAAATTCAAATGGAGATCCAAAGATCGGAGAACTAAGAGAACTTCAACATTCAGAATTTAACAAAATAGTCTTCTATAACAAAATGATTGGCCTTTCTCCAACGGATAGATTGTCTCTTCTCCAACAAATTGATCATCACTCATTCAACGAATTGACCGTCTTTTCTTCTCCAAATTGATTGTCTCTTTGTCATTTATAAATTGAAGATCAATCTCCTCTGATTTGAGAATAAGCTCCTCAACCCTCAAGTTAAAGCCAACAATTGAGAGAAAGTAGCAGAGGATTATACATTAGAGACTATAACACTACTACAAATCAATAAAATCAAGTTTATTTTCTTGAATTAAATTTTCTTTATCGAAATCTTGTAATCATATAAGTCATGTCCTACAAAATTAAATCAAATTCATGTTTTGATTTTTATTATGTAATATTTTACTATTCATCTTGTTCATAAAATTTTGGTGTCTAATAAATTGATTGATATATAAAAAGAATTTTATTAATCTTAACGATATTTTTAAGGGGCGCTTGCAAAAATAACAAAAAACTTTATAATAATAGGGTCCATGTCACTACATTTTTAAATTGCAAAAGTAGCAAATTTAAAAGTGGATAGCCCTCTGATAGCCCTTTGATAGTCTTATGATAGTCGTCTGGTAACCGCCTTATATATTTAATTACTTGGCACATTTGTCATATTTGCAATATGCAAAAAATAGGTGTTGTGTGCTGCTTTTTTCTAAATTTTTTTGTCATTTGATGCAATTTCTCTATTTTTATTATAATTTATTAGATCATTCAATTCTTAAAATGTAATGTTTAAATTGTGAAGTTAAACAATTAAAGATATGTTTAGTAATCATTTTGTTTTGTTTTTTGTTTTTTAAAAATTAAAATCTATAAACACTACTTCTATCTTTAAATTTCTTCTTTTGTTATCTACATTCTACCAATGATTTAAAAAACCAAGCCAAATTAAAAATAAAAAAATTGTTTTCATAAAATTGTTTTTGTTTTTGAAATTTTAATAAGAACTCAACCATTGTATTTAAGAAATATACAATCATTGTAAGACATAGAAAGGAAATAAACTAAATTTTCAAAAACAGAAAAAAAAAACAAAATGATCACCAAACGGGGTCCAAAATCTTAACAAAACTAAAATTAACGAAATTAAAGTATTATAAACACCAGAAAATTTGAGGATACCTACTTTCATGAAACTTCTAAGACTTAAAATGTTTTTTCTATGAGTAATGCATATTGTTTCTTTAAAAAAGAGTTGTGTGTGTATATTATATATGCATATATATGCATTCTTTGAAATAATAAATAAGGTTGGTTGGCAAATCATCTCTCAAGTACGGTGATAGTTATAATTACATTTTCAAACTTTTAATTGTGAAACTTGGATCTTCAAACTTTTATTAATACTAAAATTAGACTCCCAAACTTATAATATTTGTAGAAATTGGATCCCATAGTGATAAAATTCGAACTCTCTAACTCATACAATTGTTACAATTTCTACAATGATATGAATTTGAGAGTCCAATTTTAACACTCGTATAAGCTTAAGAGTTCAATTTTTATATAATTAAACGTTTGAGGGTATAATTATAACTACCGTCGTACTTTTTGAAGCATTTTTACAATTTGTCCTTAAGAAGAAGGGTTACCAAGTTGCCAAGATACCATTAAGATTTCTCAGTTGTTGTTACTTTTGGCAGGGAGTTGTAGCATCAGGAGTGGTGATTGCACTTATATCTTGGTGTATTACCAAAAAAGGGCCACTATTTGTGTCAATCTTTAACCCACTTGCAATTGTTGTGATGGCTATAGTTGGGTATTTACTTCTTGATGAAAAGTTGCACTTGGGAAGGTATATATATATACACATCTTTCAATACTAATGTTCTTCTGAACAGTTCAACTTTCATAAAATTCAAAGTAAATATATAATAATGTTATTTTTTTTCAACTATTTGTATGTTTTCAATGATTGGCAGCATATTAGGGGCAACTTTGATTGTTTGTGGATTGTATATGGTGTTATGGGGTAAGAGTAAAGAGATGAAGGCTACAATAACACCATCTCAAGACCTTCAACAAACAACCTAATGTGCTCTAACACTTAATAGCCTTGCTAGGCTACCAACTAGAACACTTACTTGGAAAGTTGCTATATGTATATCAACTTAATTTTGTTGTGTATGAGATCCAGTTTTTAATGTCATAAAGAGTAGGGAAG

mRNA sequence

AACCTCATCTGTGTTCTGTACTATATTTATTACACTTCGAAAAAATTAAATTCAGAAAGGCCAAAAAAGAGACAAAGAACTGAAAAAAGAAAGAAGCAACACATAATATATATTATGGTTGAAGTTTTGGTGATGATATTTGTGCAAATATCTTACGTTTTTATGAACGTAATCTACAAGTGGGCTGTGGAAGATGGGATGAATATGAGGGTTTTGGTTGCTTATCGTGCCATGTTTGGTGCTGCTTTTATGCTTCCTCTTGCTCTTCTTTTTGAAAGGAAAAACAGGCCAAGACTTTCACGAGTGACACTTTACCAAGCATTTCTTTGTGGATTATTAGGGGTAACACTTGCACAAAACTTATACATTGAAGGCCTAGCTTTGACCTCTGCAACGTTTGCTGTAGCTGCCACCAATCTCAATCCTGCATTCACATTCATCCTTGCCATTTGCTTTCGGGTTGAGAAGTTGAGGATGAGAACGATGGCGGGGAAGGCGAAGATTGTAGGGACAGTGGTGGGAATTGGTGGGGCCATGCTTTGTACATTTTACCAAGGCATTGAAATTCAAATTCAAATCCCCACCGCACATCTCAATGGACTACATCACAGTTCAGACTCGCAACCCCACGTGGCATCATCTCAGGACTCTTTCACTCGACGCTTTGTGGGCTCCATCTTTGCTCTTGCAAGTTGTCTAGCTTACGCACTGTGGTTGATAGCCCAGGGAAAAATGAACGAATCATATCCATATTATTACTCAAGCACTGCCTTGATGACGCTCATGGGTTTTCTTCAGTCTCTTCTTCTTGCAATCTGCACTGTGAGGGATTGGAATCAATGGAGGCTTGGCTTCAACATTAGGCTTCTTTCTGCTGCTTATTCGGGAGTTGTAGCATCAGGAGTGGTGATTGCACTTATATCTTGGTGTATTACCAAAAAAGGGCCACTATTTGTGTCAATCTTTAACCCACTTGCAATTGTTGTGATGGCTATAGTTGGGTATTTACTTCTTGATGAAAAGTTGCACTTGGGAAGCATATTAGGGGCAACTTTGATTGTTTGTGGATTGTATATGGTGTTATGGGGTAAGAGTAAAGAGATGAAGGCTACAATAACACCATCTCAAGACCTTCAACAAACAACCTAATGTGCTCTAACACTTAATAGCCTTGCTAGGCTACCAACTAGAACACTTACTTGGAAAGTTGCTATATGTATATCAACTTAATTTTGTTGTGTATGAGATCCAGTTTTTAATGTCATAAAGAGTAGGGAAG

Coding sequence (CDS)

ATGGTTGAAGTTTTGGTGATGATATTTGTGCAAATATCTTACGTTTTTATGAACGTAATCTACAAGTGGGCTGTGGAAGATGGGATGAATATGAGGGTTTTGGTTGCTTATCGTGCCATGTTTGGTGCTGCTTTTATGCTTCCTCTTGCTCTTCTTTTTGAAAGGAAAAACAGGCCAAGACTTTCACGAGTGACACTTTACCAAGCATTTCTTTGTGGATTATTAGGGGTAACACTTGCACAAAACTTATACATTGAAGGCCTAGCTTTGACCTCTGCAACGTTTGCTGTAGCTGCCACCAATCTCAATCCTGCATTCACATTCATCCTTGCCATTTGCTTTCGGGTTGAGAAGTTGAGGATGAGAACGATGGCGGGGAAGGCGAAGATTGTAGGGACAGTGGTGGGAATTGGTGGGGCCATGCTTTGTACATTTTACCAAGGCATTGAAATTCAAATTCAAATCCCCACCGCACATCTCAATGGACTACATCACAGTTCAGACTCGCAACCCCACGTGGCATCATCTCAGGACTCTTTCACTCGACGCTTTGTGGGCTCCATCTTTGCTCTTGCAAGTTGTCTAGCTTACGCACTGTGGTTGATAGCCCAGGGAAAAATGAACGAATCATATCCATATTATTACTCAAGCACTGCCTTGATGACGCTCATGGGTTTTCTTCAGTCTCTTCTTCTTGCAATCTGCACTGTGAGGGATTGGAATCAATGGAGGCTTGGCTTCAACATTAGGCTTCTTTCTGCTGCTTATTCGGGAGTTGTAGCATCAGGAGTGGTGATTGCACTTATATCTTGGTGTATTACCAAAAAAGGGCCACTATTTGTGTCAATCTTTAACCCACTTGCAATTGTTGTGATGGCTATAGTTGGGTATTTACTTCTTGATGAAAAGTTGCACTTGGGAAGCATATTAGGGGCAACTTTGATTGTTTGTGGATTGTATATGGTGTTATGGGGTAAGAGTAAAGAGATGAAGGCTACAATAACACCATCTCAAGACCTTCAACAAACAACCTAA

Protein sequence

MVEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSFTRRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWNQWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEKLHLGSILGATLIVCGLYMVLWGKSKEMKATITPSQDLQQTT

Homology

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BLAST of PI0004481 vs. ExPASy Swiss-Prot
Match: F4HVM3 (WAT1-related protein At1g68170 OS=Arabidopsis thaliana OX=3702 GN=At1g68170 PE=3 SV=1)

HSP 1 Score: 272.7 bits (696), Expect = 5.7e-72
Identity = 148/339 (43.66%), Postives = 225/339 (66.37%), Query Frame = 0


Query: 1   MVEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPR 60
           M ++  M+ VQI+   +N+ +K A+EDGMN  VLVAYR +F   FM+P+  +F+RK RP 
Sbjct: 1   MKDITAMVVVQIATAGLNIFFKLAMEDGMNPSVLVAYRLLFATLFMIPICFIFQRKKRPE 60

Query: 61  LSRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLR 120
            +   +  A L GLLGV +   L I GLALTSATF  AA  L P  TFI A   R+E +R
Sbjct: 61  FTCRLMLLALLSGLLGVVIPSILTITGLALTSATFTSAAGVLTPLVTFIFAALLRMESVR 120

Query: 121 MRTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSF 180
           + +  G AK+ GT+ G+GGA++  FY+GIEI++   + H+N ++   D      SS+D+ 
Sbjct: 121 LGSSVGLAKVFGTLFGVGGALVFIFYRGIEIRLW--STHVNLVNQPRD------SSRDAT 180

Query: 181 TRR--FVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVR 240
           T     +G++      ++ +LW + Q K+++ +   Y +  LM +MG + ++L+A+C   
Sbjct: 181 THHISILGALLVFGGNISISLWFLLQVKISKQFGGPYWNATLMNMMGGVVAMLVALCWEH 240

Query: 241 DWNQWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYL 300
           D ++WRLG+NIRLL+ AY+ ++ SG+V+A+ +WCI  +GPLFVS+F+P+ +V++A+VG  
Sbjct: 241 DLDEWRLGWNIRLLTIAYAAILISGMVVAVNAWCIESRGPLFVSVFSPVGLVIVALVGSF 300

Query: 301 LLDEKLHLGSILGATLIVCGLYMVLWGKSKEMKATITPS 338
           LLDE LHLGSI+G  +IV  LY+VLW K+KEMK+ +T S
Sbjct: 301 LLDETLHLGSIIGTVIIVGALYIVLWAKNKEMKSMLTTS 331

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BLAST of PI0004481 vs. ExPASy Swiss-Prot
Match: Q4PT23 (WAT1-related protein At1g25270 OS=Arabidopsis thaliana OX=3702 GN=At1g25270 PE=2 SV=1)

HSP 1 Score: 269.2 bits (687), Expect = 6.3e-71
Identity = 143/341 (41.94%), Postives = 225/341 (65.98%), Query Frame = 0


Query: 1   MVEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPR 60
           M  V+ M+ VQ  +  M +++K  V+DG N++VLVAYR  F   FMLPLAL+F+RK RP 
Sbjct: 1   MKSVVAMVAVQFIFAGMFILFKITVDDGTNLKVLVAYRLSFATIFMLPLALIFQRKKRPE 60

Query: 61  LSRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLR 120
            +   L  AF+ GLLG  +   LY+ G+A TSATF+ A++ ++P  T +L + FR+E LR
Sbjct: 61  FTWRLLLLAFVSGLLGAAIPNILYLPGMARTSATFSAASSIISPLITLVLGLVFRMETLR 120

Query: 121 MRTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSF 180
           + +  G+AK+VGT++G  GA++  FY+GIEI I   + H++ L  S     H   +  + 
Sbjct: 121 LGSNEGRAKLVGTLLGACGALVFVFYKGIEIHIW--STHVDLLKGS-----HTGRATTNH 180

Query: 181 TRRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDW 240
               +G +  L S ++ +LWL+ Q K+ +     Y +T+LM  +G L  +++A+C+  DW
Sbjct: 181 HVSILGVLMVLGSNVSTSLWLLLQAKIGKELGGLYWNTSLMNGVGSLVCVIIALCSDHDW 240

Query: 241 NQWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLL 300
            QW+LG++I LL+  YSG+V SG+V+ L++WCI  KGPLFV++F+P+ +V++A++G   L
Sbjct: 241 EQWQLGWDINLLATLYSGIVVSGMVVPLVAWCIATKGPLFVTVFSPIRLVIVALIGSFAL 300

Query: 301 DEKLHLGSILGATLIVCGLYMVLWGKSKEMKATITPSQDLQ 342
           +E LHLGSI+GA ++V G+Y+V+W K KE K+  T S  ++
Sbjct: 301 EEPLHLGSIIGAMIMVGGVYLVVWCKMKEKKSASTTSDHIE 334

[Close]

BLAST of PI0004481 vs. ExPASy Swiss-Prot
Match: Q8GXB4 (WAT1-related protein At1g09380 OS=Arabidopsis thaliana OX=3702 GN=At1g09380 PE=2 SV=1)

HSP 1 Score: 235.7 bits (600), Expect = 7.7e-61
Identity = 138/330 (41.82%), Postives = 202/330 (61.21%), Query Frame = 0


Query: 1   MVEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPR 60
           M+  L M+ VQI Y  MN+  K A+E GM   +LVAYR +F      P+A   ERK RP+
Sbjct: 6   MLPFLAMVLVQIGYAGMNITSKMAMEAGMKPLILVAYRQIFATIATFPVAFFLERKTRPK 65

Query: 61  LSRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLR 120
           ++   L Q F C + G T  Q LY  GL  +S T A A TNL PA TF+LA  FR E + 
Sbjct: 66  ITLRILVQVFFCSITGATGNQVLYFVGLQNSSPTIACALTNLLPAVTFLLAAIFRQETVG 125

Query: 121 MRTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSF 180
           ++  +G+AK++GT+V + GAM+ +FY G  I I     H     ++ +   H +SS  S 
Sbjct: 126 IKKASGQAKVIGTLVCVIGAMVLSFYHGHTIGIGESKIH---WAYAENITKHGSSSGHS- 185

Query: 181 TRRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDW 240
              F+G    +A+ +++A W I Q KM+E++   Y+ST LM LMG +Q   +A+ +    
Sbjct: 186 -NFFLGPFLIMAAAVSWAAWFIIQTKMSETFAAPYTSTLLMCLMGSIQCGAIALISDHTI 245

Query: 241 NQWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLL 300
           + W L   +R +SA Y+GVVAS +   L+SW + +KGPL+VS+F+PL +VV+AI  + LL
Sbjct: 246 SDWSLSSPLRFISALYAGVVASALAFCLMSWAMQRKGPLYVSVFSPLLLVVVAIFSWALL 305

Query: 301 DEKLHLGSILGATLIVCGLYMVLWGKSKEM 331
           +EKL+ G+ +G+ L+V GLY VLWGK +E+
Sbjct: 306 EEKLYTGTFMGSALVVIGLYGVLWGKDREV 330

[Close]

BLAST of PI0004481 vs. ExPASy Swiss-Prot
Match: Q9FGG3 (WAT1-related protein At5g64700 OS=Arabidopsis thaliana OX=3702 GN=At5g64700 PE=2 SV=1)

HSP 1 Score: 221.5 bits (563), Expect = 1.5e-56
Identity = 130/339 (38.35%), Postives = 200/339 (59.00%), Query Frame = 0


Query: 5   LVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRV 64
           L++  +Q+ Y  M +I K     GMN  V V YR  F   F+ PLA  FERK+ P LS V
Sbjct: 10  LMVTIIQVIYTIMFLISKAVFNGGMNTFVFVFYRQAFATIFLAPLAFFFERKSAPPLSFV 69

Query: 65  TLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTM 124
           T  + F+  L GVTL+ +L    L+ TSAT A A T   PA TF LA+ F +E+L+++++
Sbjct: 70  TFIKIFMLSLFGVTLSLDLNGIALSYTSATLAAATTASLPAITFFLALLFGMERLKVKSI 129

Query: 125 AGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQP-HVASSQDSFTRR 184
            G AK+VG  V +GG ++   Y+G  +++ +     +G  H   + P HV+    S+ + 
Sbjct: 130 QGTAKLVGITVCMGGVIILAIYKGPLLKLPLCPHFYHGQEHPHRNNPGHVSGGSTSWLK- 189

Query: 185 FVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWNQW 244
             G +  + S + + LWL+ QG++ + YP     T L  L+  +QS ++AI   RD + W
Sbjct: 190 --GCVLMITSNILWGLWLVLQGRVLKVYPSKLYFTTLHCLLSSIQSFVIAIALERDISAW 249

Query: 245 RLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEK 304
           +LG+N+RL++  Y G + +GV   L SW I K+GP+F+S+F PL+++   +   +LL E 
Sbjct: 250 KLGWNLRLVAVIYCGFIVTGVAYYLQSWVIEKRGPVFLSMFTPLSLLFTLLSSAILLCEI 309

Query: 305 LHLGSILGATLIVCGLYMVLWGKSKEMKATITPSQDLQQ 343
           + LGSI+G  L++ GLY VLWGKS+E K +     DLQ+
Sbjct: 310 ISLGSIVGGLLLIIGLYCVLWGKSREEKNSGDDKIDLQK 345

[Close]

BLAST of PI0004481 vs. ExPASy Swiss-Prot
Match: Q9FL41 (WAT1-related protein At5g07050 OS=Arabidopsis thaliana OX=3702 GN=At5g07050 PE=2 SV=1)

HSP 1 Score: 218.8 bits (556), Expect = 9.7e-56
Identity = 130/330 (39.39%), Postives = 200/330 (60.61%), Query Frame = 0


Query: 7   MIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRVTL 66
           MI +Q  Y  MN+I K ++  GM+  VLV YR     A + P A  FERK +P+++    
Sbjct: 22  MISLQFGYAGMNIITKISLNTGMSHYVLVVYRHAIATAVIAPFAFFFERKAQPKITFSIF 81

Query: 67  YQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTMAG 126
            Q F+ GLLG  + QN Y  GL  TS TF+ A +N+ PA TFILA+ FR+E L ++ +  
Sbjct: 82  MQLFILGLLGPVIDQNFYYMGLKYTSPTFSCAMSNMLPAMTFILAVLFRMEMLDLKKLWC 141

Query: 127 KAKIVGTVVGIGGAMLCTFYQGIEIQI-QIPTAHLNGLHHSSDSQPHVASSQDSFTRRFV 186
           +AKI GTVV + GAML T Y+G  +++      H+    H++ +    +SS   F +   
Sbjct: 142 QAKIAGTVVTVAGAMLMTIYKGPIVELFWTKYMHIQDSSHANTTSSKNSSSDKEFLK--- 201

Query: 187 GSIFALASCLAYALWLIAQGKMNESY-PYYYSSTALMTLMGFLQSLLLAICTVRDWNQWR 246
           GSI  + + LA+A   + Q K+ ++Y  +  S T L+  +G LQ++ +      + + WR
Sbjct: 202 GSILLIFATLAWASLFVLQAKILKTYAKHQLSLTTLICFIGTLQAVAVTFVMEHNPSAWR 261

Query: 247 LGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEKL 306
           +G+++ LL+AAYSG+VAS +   +    + K+GP+F + F+PL +V++A++G  +L EK+
Sbjct: 262 IGWDMNLLAAAYSGIVASSISYYVQGIVMKKRGPVFATAFSPLMMVIVAVMGSFVLAEKI 321

Query: 307 HLGSILGATLIVCGLYMVLWGKSKEMKATI 335
            LG ++GA LIV GLY VLWGK KE + TI
Sbjct: 322 FLGGVIGAVLIVIGLYAVLWGKQKENQVTI 348

[Close]

BLAST of PI0004481 vs. ExPASy TrEMBL
Match: A0A6J1DB58 (WAT1-related protein OS=Momordica charantia OX=3673 GN=LOC111018508 PE=3 SV=1)

HSP 1 Score: 467.6 bits (1202), Expect = 4.4e-128
Identity = 249/332 (75.00%), Postives = 275/332 (82.83%), Query Frame = 0


Query: 2   VEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRL 61
           V VL M+ VQI+Y  MN++YK AVEDGMNMRVLVAYRA F AAFM PLALL ERK  P+L
Sbjct: 7   VPVLAMVLVQIAYSVMNLMYKLAVEDGMNMRVLVAYRAFFAAAFMAPLALLIERKRLPKL 66

Query: 62  SRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRM 121
           SRV LYQAFLCGLLG+TL+QNLYIEGLALTSATFAV  TNLNPAFT + AICF +EKL++
Sbjct: 67  SRVILYQAFLCGLLGITLSQNLYIEGLALTSATFAVVMTNLNPAFTLVFAICFGMEKLKV 126

Query: 122 RTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSFT 181
            T AGKAK+VGTVVG+GGAML T Y G  IQI I TAH   LH       HVA+S  SF 
Sbjct: 127 ETRAGKAKVVGTVVGMGGAMLSTLYTG--IQIPISTAH---LHRHQTPHRHVAASHASFV 186

Query: 182 RRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWN 241
               GS+FAL+S   YALWLIAQGKMNESYPYYYSSTAL+T MGF QSL++ +CT RDW+
Sbjct: 187 THLFGSLFALSSSAFYALWLIAQGKMNESYPYYYSSTALVTAMGFAQSLIVGLCTERDWD 246

Query: 242 QWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLD 301
           QWRLGFNIRLLSAAYSG+V SGVVIALISWC++KKGPLFVS FNPLAIVV+AI G L+LD
Sbjct: 247 QWRLGFNIRLLSAAYSGIVTSGVVIALISWCVSKKGPLFVSSFNPLAIVVIAIAGCLVLD 306

Query: 302 EKLHLGSILGATLIVCGLYMVLWGKSKEMKAT 334
           EKLHLGSILGATLIVCGLYMVLWGKSKE K T
Sbjct: 307 EKLHLGSILGATLIVCGLYMVLWGKSKETKYT 333

[Close]

BLAST of PI0004481 vs. ExPASy TrEMBL
Match: A0A2N9EFW5 (WAT1-related protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS1537 PE=3 SV=1)

HSP 1 Score: 397.9 bits (1021), Expect = 4.3e-107
Identity = 203/328 (61.89%), Postives = 265/328 (80.79%), Query Frame = 0


Query: 5   LVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRV 64
           ++M+FVQ ++   NV+YK AV DGM+ +VLVAYR +F  AF++PLAL+FERK+RP+LS V
Sbjct: 17  ILMVFVQFAFAGANVLYKLAVNDGMSTKVLVAYRFLFATAFIVPLALIFERKSRPKLSWV 76

Query: 65  TLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTM 124
            L+QAFLCGL G +LAQNLYIE +ALTSATF  A  NL PA TFILAI FR+EKL + T+
Sbjct: 77  VLFQAFLCGLFGGSLAQNLYIESIALTSATFTSAIANLIPAITFILAILFRLEKLNLGTI 136

Query: 125 AGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDS-FTRR 184
           AGKAK++GT++GIGGAML TFY+G EI I   + H+N LHH+     H+ASSQ S  +  
Sbjct: 137 AGKAKMLGTLIGIGGAMLLTFYKGAEIDIW--STHVNLLHHNG----HLASSQPSDSSNH 196

Query: 185 FVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWNQW 244
            +GSIFA+ SC+++ALWL+ Q KM+E YP YYSSTALM++MG LQ+++ A+C  RDW+QW
Sbjct: 197 LLGSIFAIGSCVSFALWLVIQAKMSERYPSYYSSTALMSIMGTLQAVVFALCMERDWSQW 256

Query: 245 RLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEK 304
           +LG+NIRLL+ +YSG+VASG+++  I+WC+  +GPLFVS+FNPL ++++AI+G L+LDE 
Sbjct: 257 KLGWNIRLLTVSYSGIVASGIMVTFIAWCVHMRGPLFVSVFNPLMLILVAIMGSLILDEM 316

Query: 305 LHLGSILGATLIVCGLYMVLWGKSKEMK 332
           LHLGSILGA LIV GLYMVLWGK KEMK
Sbjct: 317 LHLGSILGAMLIVFGLYMVLWGKGKEMK 338

[Close]

BLAST of PI0004481 vs. ExPASy TrEMBL
Match: A0A200R2D5 (Drug/metabolite transporter OS=Macleaya cordata OX=56857 GN=BVC80_1231g2 PE=3 SV=1)

HSP 1 Score: 388.3 bits (996), Expect = 3.4e-104
Identity = 199/341 (58.36%), Postives = 262/341 (76.83%), Query Frame = 0


Query: 5   LVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRV 64
           +VM+ VQI +  MNV YK A+ DGMNM++LVAYR++F  AF++P+A+ FERK RP+L+ +
Sbjct: 16  IVMVVVQIVFAGMNVFYKLAINDGMNMKILVAYRSLFATAFVVPIAIFFERKIRPKLTWI 75

Query: 65  TLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTM 124
            ++QAFLCGL G TLAQNLY+  L LTSATFA A TNL PA TFI+AI F +E L   +M
Sbjct: 76  VVFQAFLCGLFGSTLAQNLYVASLNLTSATFASAMTNLIPAITFIMAIAFGLEMLGFESM 135

Query: 125 AGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSFTRRF 184
           AGKAK++GT++GIGGAML TFY+G+EI +   + H   +HH      HVA+S     +R 
Sbjct: 136 AGKAKVLGTLIGIGGAMLLTFYKGVEIPMW--STHALHIHHGGQG-GHVAASHAESGKRV 195

Query: 185 VGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWNQWR 244
           +GS+ A+ SCL+YA WLI Q KM E YP YYSSTALM LMG +QS+  A+CT RDW QW+
Sbjct: 196 LGSLLAVGSCLSYATWLIIQTKMGEKYPCYYSSTALMCLMGSIQSVGFALCTERDWTQWK 255

Query: 245 LGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEKL 304
           LG+NIRLL+ AY+G++ASG+++ LI+WC+  +GPLFVSIFNPL +V++AI G +LLDEKL
Sbjct: 256 LGWNIRLLAVAYTGILASGLMVTLIAWCVHVRGPLFVSIFNPLMLVLVAIAGSILLDEKL 315

Query: 305 HLGSILGATLIVCGLYMVLWGKSKEMK--ATITPSQDLQQT 344
           HLGS+LGA LIV GLY VLWGK+KEMK  + + PS+  +++
Sbjct: 316 HLGSVLGAVLIVIGLYFVLWGKAKEMKKRSRLMPSKSSRES 353

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BLAST of PI0004481 vs. ExPASy TrEMBL
Match: A0A6P9E435 (uncharacterized protein LOC109013425 OS=Juglans regia OX=51240 GN=LOC109013425 PE=3 SV=1)

HSP 1 Score: 387.9 bits (995), Expect = 4.5e-104
Identity = 196/327 (59.94%), Postives = 257/327 (78.59%), Query Frame = 0


Query: 5   LVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRV 64
           L+M+ VQ+S+  +NV YK A  DGM++R++VAYR +F  AF++PLAL+F RK+RP+L+ V
Sbjct: 15  LLMVLVQLSFAGVNVFYKLAANDGMSLRIIVAYRFVFATAFIVPLALVFGRKSRPKLTWV 74

Query: 65  TLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTM 124
            L+QAFLCGL G +LAQNLYIE L LTSATFA A TNL PA TFILA+ F +EKL + ++
Sbjct: 75  VLFQAFLCGLFGGSLAQNLYIESLTLTSATFASAMTNLVPAITFILAVSFGLEKLSLGSV 134

Query: 125 AGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSFTRRF 184
           +GKAK++GT+ GIGGAML TFY+G EI +     H+N LHH      H+AS +     R 
Sbjct: 135 SGKAKVLGTLTGIGGAMLLTFYKGAEINVW--CTHVNLLHHGERQTKHLASPRSE--NRL 194

Query: 185 VGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWNQWR 244
           +G I A+ SC +YA WLI Q KM+E+YP +YSSTALM +MG +Q+ + A+CT RDWNQW+
Sbjct: 195 LGGILAIGSCFSYASWLIIQAKMSETYPCHYSSTALMAVMGTIQAAVFALCTERDWNQWK 254

Query: 245 LGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEKL 304
           LG+NIRLL+ +YSG+VASGV++ LI+WC+  +GPLFVSIF+PL +V +AI+G L+LDEKL
Sbjct: 255 LGWNIRLLTVSYSGIVASGVMVTLIAWCVHMRGPLFVSIFSPLMLVSVAIMGSLVLDEKL 314

Query: 305 HLGSILGATLIVCGLYMVLWGKSKEMK 332
           HLGSILGA +IVCGLY+VLWGK KE+K
Sbjct: 315 HLGSILGAVMIVCGLYVVLWGKGKEIK 337

[Close]

BLAST of PI0004481 vs. ExPASy TrEMBL
Match: A0A7N2MZ06 (Uncharacterized protein OS=Quercus lobata OX=97700 PE=3 SV=1)

HSP 1 Score: 382.5 bits (981), Expect = 1.9e-102
Identity = 194/332 (58.43%), Postives = 255/332 (76.81%), Query Frame = 0


Query: 5   LVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRV 64
           ++M+ VQI Y  MN++YK   E+G+N+R+L+AYR +F  AFM+PLAL+FERK RP+L+ V
Sbjct: 18  ILMVVVQIVYAGMNILYKLVSENGVNLRILIAYRMLFATAFMVPLALIFERKTRPKLTWV 77

Query: 65  TLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTM 124
            ++QAFLCGLLG TLAQNLY E  A TSATFAVA +NLNPA TF+LA    +EK  + T+
Sbjct: 78  VMFQAFLCGLLGGTLAQNLYFESFAFTSATFAVAMSNLNPAITFVLATSIGLEKPAVGTL 137

Query: 125 AGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSFTRRF 184
            G  KI GTVVGIGGAML T Y+G++I +   + H++ LHH    Q HVA S    ++  
Sbjct: 138 GGMMKIAGTVVGIGGAMLFTLYRGVKIDLW--STHVDLLHH----QQHVAPSHPGSSQHV 197

Query: 185 VGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWNQWR 244
           +G++  LA  L+YA+WLI Q KMNE YP  YS  AL+  M FLQS + A+CT RDW+QW+
Sbjct: 198 IGALLCLACSLSYAMWLIIQAKMNERYPCLYSGAALICTMSFLQSTVFALCTERDWSQWK 257

Query: 245 LGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEKL 304
           L +++RLL+AAYSG+V SGVV+A+I+WCI  +GP+FVSIFNPL+++++A+VG L+L+E+L
Sbjct: 258 LSWDLRLLTAAYSGIVCSGVVVAVIAWCIQARGPMFVSIFNPLSLLIVALVGSLVLEEEL 317

Query: 305 HLGSILGATLIVCGLYMVLWGKSKEMKATITP 337
           HLGSILGATLIVCGLYMVLWGKS+EMK    P
Sbjct: 318 HLGSILGATLIVCGLYMVLWGKSREMKMKNQP 343

[Close]

BLAST of PI0004481 vs. NCBI nr
Match: XP_038889632.1 (WAT1-related protein At1g68170-like isoform X1 [Benincasa hispida])

HSP 1 Score: 572.4 bits (1474), Expect = 2.6e-159
Identity = 300/342 (87.72%), Postives = 316/342 (92.40%), Query Frame = 0


Query: 2   VEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRL 61
           V VLVMIFVQISYV MNVIYK AVEDGMNMRVLVAYRAMF AAFMLPLALLFERK+RP+L
Sbjct: 7   VGVLVMIFVQISYVLMNVIYKLAVEDGMNMRVLVAYRAMFAAAFMLPLALLFERKSRPKL 66

Query: 62  SRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRM 121
           SRVT+YQAFLCGLLGVTLAQNLYIEGLALTS TFAVA TNLNPAFTFILA+CFRVEKLR+
Sbjct: 67  SRVTIYQAFLCGLLGVTLAQNLYIEGLALTSTTFAVAVTNLNPAFTFILAVCFRVEKLRV 126

Query: 122 RTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSFT 181
            TM GKAK+VGTVVGIGGAM+ TFYQG  IQIQIPT H N LHH+   Q HVASS DSFT
Sbjct: 127 GTMGGKAKVVGTVVGIGGAMISTFYQG--IQIQIPTTHFNVLHHNPAPQVHVASSYDSFT 186

Query: 182 RRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWN 241
           RR +GSIFALASC AYALWLIAQGKMNESYPYYYSSTALMT+MGFLQSLLLAICTVRDWN
Sbjct: 187 RRLLGSIFALASCAAYALWLIAQGKMNESYPYYYSSTALMTVMGFLQSLLLAICTVRDWN 246

Query: 242 QWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLD 301
           QWRLGFNIRLLSAAYSG++ SGVVIA ISWC+TK+GPLFVSIFNPLAIVVMAIVGYL+LD
Sbjct: 247 QWRLGFNIRLLSAAYSGIIPSGVVIAFISWCLTKRGPLFVSIFNPLAIVVMAIVGYLILD 306

Query: 302 EKLHLGSILGATLIVCGLYMVLWGKSKEMKATITPSQDLQQT 344
           EKLHL SILGATLIVCGLYMVLWGKSKE+K TIT SQDLQQT
Sbjct: 307 EKLHLESILGATLIVCGLYMVLWGKSKEVKTTITSSQDLQQT 346

[Close]

BLAST of PI0004481 vs. NCBI nr
Match: XP_038889633.1 (WAT1-related protein At1g25270-like isoform X2 [Benincasa hispida] >XP_038889634.1 WAT1-related protein At1g25270-like isoform X2 [Benincasa hispida])

HSP 1 Score: 511.9 bits (1317), Expect = 4.2e-141
Identity = 270/313 (86.26%), Postives = 285/313 (91.05%), Query Frame = 0


Query: 2   VEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRL 61
           V VLVMIFVQISYV MNVIYK AVEDGMNMRVLVAYRAMF AAFMLPLALLFERK+RP+L
Sbjct: 7   VGVLVMIFVQISYVLMNVIYKLAVEDGMNMRVLVAYRAMFAAAFMLPLALLFERKSRPKL 66

Query: 62  SRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRM 121
           SRVT+YQAFLCGLLGVTLAQNLYIEGLALTS TFAVA TNLNPAFTFILA+CFRVEKLR+
Sbjct: 67  SRVTIYQAFLCGLLGVTLAQNLYIEGLALTSTTFAVAVTNLNPAFTFILAVCFRVEKLRV 126

Query: 122 RTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSFT 181
            TM GKAK+VGTVVGIGGAM+ TFYQG  IQIQIPT H N LHH+   Q HVASS DSFT
Sbjct: 127 GTMGGKAKVVGTVVGIGGAMISTFYQG--IQIQIPTTHFNVLHHNPAPQVHVASSYDSFT 186

Query: 182 RRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWN 241
           RR +GSIFALASC AYALWLIAQGKMNESYPYYYSSTALMT+MGFLQSLLLAICTVRDWN
Sbjct: 187 RRLLGSIFALASCAAYALWLIAQGKMNESYPYYYSSTALMTVMGFLQSLLLAICTVRDWN 246

Query: 242 QWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLD 301
           QWRLGFNIRLLSAAYSG++ SGVVIA ISWC+TK+GPLFVSIFNPLAIVVMAIVGYL+LD
Sbjct: 247 QWRLGFNIRLLSAAYSGIIPSGVVIAFISWCLTKRGPLFVSIFNPLAIVVMAIVGYLILD 306

Query: 302 EKLHLGSILGATL 315
           EKLHL  IL   L
Sbjct: 307 EKLHLERILEGPL 317

[Close]

BLAST of PI0004481 vs. NCBI nr
Match: XP_022150311.1 (WAT1-related protein At1g25270-like [Momordica charantia])

HSP 1 Score: 467.6 bits (1202), Expect = 9.1e-128
Identity = 249/332 (75.00%), Postives = 275/332 (82.83%), Query Frame = 0


Query: 2   VEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRL 61
           V VL M+ VQI+Y  MN++YK AVEDGMNMRVLVAYRA F AAFM PLALL ERK  P+L
Sbjct: 7   VPVLAMVLVQIAYSVMNLMYKLAVEDGMNMRVLVAYRAFFAAAFMAPLALLIERKRLPKL 66

Query: 62  SRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRM 121
           SRV LYQAFLCGLLG+TL+QNLYIEGLALTSATFAV  TNLNPAFT + AICF +EKL++
Sbjct: 67  SRVILYQAFLCGLLGITLSQNLYIEGLALTSATFAVVMTNLNPAFTLVFAICFGMEKLKV 126

Query: 122 RTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSFT 181
            T AGKAK+VGTVVG+GGAML T Y G  IQI I TAH   LH       HVA+S  SF 
Sbjct: 127 ETRAGKAKVVGTVVGMGGAMLSTLYTG--IQIPISTAH---LHRHQTPHRHVAASHASFV 186

Query: 182 RRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWN 241
               GS+FAL+S   YALWLIAQGKMNESYPYYYSSTAL+T MGF QSL++ +CT RDW+
Sbjct: 187 THLFGSLFALSSSAFYALWLIAQGKMNESYPYYYSSTALVTAMGFAQSLIVGLCTERDWD 246

Query: 242 QWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLD 301
           QWRLGFNIRLLSAAYSG+V SGVVIALISWC++KKGPLFVS FNPLAIVV+AI G L+LD
Sbjct: 247 QWRLGFNIRLLSAAYSGIVTSGVVIALISWCVSKKGPLFVSSFNPLAIVVIAIAGCLVLD 306

Query: 302 EKLHLGSILGATLIVCGLYMVLWGKSKEMKAT 334
           EKLHLGSILGATLIVCGLYMVLWGKSKE K T
Sbjct: 307 EKLHLGSILGATLIVCGLYMVLWGKSKETKYT 333

[Close]

BLAST of PI0004481 vs. NCBI nr
Match: XP_038889635.1 (WAT1-related protein At1g25270-like isoform X3 [Benincasa hispida])

HSP 1 Score: 427.6 bits (1098), Expect = 1.0e-115
Identity = 225/256 (87.89%), Postives = 235/256 (91.80%), Query Frame = 0


Query: 2   VEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRL 61
           V VLVMIFVQISYV MNVIYK AVEDGMNMRVLVAYRAMF AAFMLPLALLFERK+RP+L
Sbjct: 7   VGVLVMIFVQISYVLMNVIYKLAVEDGMNMRVLVAYRAMFAAAFMLPLALLFERKSRPKL 66

Query: 62  SRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRM 121
           SRVT+YQAFLCGLLGVTLAQNLYIEGLALTS TFAVA TNLNPAFTFILA+CFRVEKLR+
Sbjct: 67  SRVTIYQAFLCGLLGVTLAQNLYIEGLALTSTTFAVAVTNLNPAFTFILAVCFRVEKLRV 126

Query: 122 RTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSFT 181
            TM GKAK+VGTVVGIGGAM+ TFYQG  IQIQIPT H N LHH+   Q HVASS DSFT
Sbjct: 127 GTMGGKAKVVGTVVGIGGAMISTFYQG--IQIQIPTTHFNVLHHNPAPQVHVASSYDSFT 186

Query: 182 RRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWN 241
           RR +GSIFALASC AYALWLIAQGKMNESYPYYYSSTALMT+MGFLQSLLLAICTVRDWN
Sbjct: 187 RRLLGSIFALASCAAYALWLIAQGKMNESYPYYYSSTALMTVMGFLQSLLLAICTVRDWN 246

Query: 242 QWRLGFNIRLLSAAYS 258
           QWRLGFNIRLLSAAYS
Sbjct: 247 QWRLGFNIRLLSAAYS 260

[Close]

BLAST of PI0004481 vs. NCBI nr
Match: XP_023895507.1 (WAT1-related protein At1g25270-like [Quercus suber])

HSP 1 Score: 395.6 bits (1015), Expect = 4.4e-106
Identity = 202/333 (60.66%), Postives = 266/333 (79.88%), Query Frame = 0


Query: 5   LVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRV 64
           +VM+ VQI++  MN+++K   EDGM++RVL+AYR +F  AFM+PLAL+F RK RP+L+ V
Sbjct: 18  IVMVVVQITHAGMNILFKLLAEDGMHLRVLIAYRMLFATAFMVPLALIFGRKTRPKLTWV 77

Query: 65  TLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTM 124
            +++AFLCGL G TL QNLY E  A TSAT AVA +NLNPA TF+LAI   +EKL +RT+
Sbjct: 78  VMFKAFLCGLFGGTLNQNLYFESFAFTSATVAVAMSNLNPAITFVLAISVGLEKLALRTL 137

Query: 125 AGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVA-SSQDSFTRR 184
           AGK K+ GT+VGIGGAML T Y+G+EI +   + H++ LHH  D Q HVA S Q S +R+
Sbjct: 138 AGKLKMAGTIVGIGGAMLFTLYRGVEIDLW--STHVDLLHH--DHQQHVAPSHQGSSSRQ 197

Query: 185 FVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWNQW 244
            +G++  LAS L+YA+WLI Q KM ESYP  YSSTAL+  M F+QS++ A+CT RDW+QW
Sbjct: 198 VIGTLLCLASSLSYAMWLIIQAKMIESYPCLYSSTALICTMSFMQSIVFALCTERDWSQW 257

Query: 245 RLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEK 304
           +LG+N+RLL+AAYSG+V+SG+V+ALI+WCI ++GPLFVSIFNPL+++++A+ G L+L+E+
Sbjct: 258 KLGWNLRLLTAAYSGIVSSGMVVALIAWCIQERGPLFVSIFNPLSLLIVALAGSLVLEEE 317

Query: 305 LHLGSILGATLIVCGLYMVLWGKSKEMKATITP 337
           LHLGSILGA LIVCGLYMVLWGKSKEMK    P
Sbjct: 318 LHLGSILGAALIVCGLYMVLWGKSKEMKMINQP 346

[Close]

BLAST of PI0004481 vs. TAIR 10
Match: AT1G68170.1 (nodulin MtN21 /EamA-like transporter family protein )

HSP 1 Score: 272.7 bits (696), Expect = 4.0e-73
Identity = 148/339 (43.66%), Postives = 225/339 (66.37%), Query Frame = 0


Query: 1   MVEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPR 60
           M ++  M+ VQI+   +N+ +K A+EDGMN  VLVAYR +F   FM+P+  +F+RK RP 
Sbjct: 1   MKDITAMVVVQIATAGLNIFFKLAMEDGMNPSVLVAYRLLFATLFMIPICFIFQRKKRPE 60

Query: 61  LSRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLR 120
            +   +  A L GLLGV +   L I GLALTSATF  AA  L P  TFI A   R+E +R
Sbjct: 61  FTCRLMLLALLSGLLGVVIPSILTITGLALTSATFTSAAGVLTPLVTFIFAALLRMESVR 120

Query: 121 MRTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSF 180
           + +  G AK+ GT+ G+GGA++  FY+GIEI++   + H+N ++   D      SS+D+ 
Sbjct: 121 LGSSVGLAKVFGTLFGVGGALVFIFYRGIEIRLW--STHVNLVNQPRD------SSRDAT 180

Query: 181 TRR--FVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVR 240
           T     +G++      ++ +LW + Q K+++ +   Y +  LM +MG + ++L+A+C   
Sbjct: 181 THHISILGALLVFGGNISISLWFLLQVKISKQFGGPYWNATLMNMMGGVVAMLVALCWEH 240

Query: 241 DWNQWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYL 300
           D ++WRLG+NIRLL+ AY+ ++ SG+V+A+ +WCI  +GPLFVS+F+P+ +V++A+VG  
Sbjct: 241 DLDEWRLGWNIRLLTIAYAAILISGMVVAVNAWCIESRGPLFVSVFSPVGLVIVALVGSF 300

Query: 301 LLDEKLHLGSILGATLIVCGLYMVLWGKSKEMKATITPS 338
           LLDE LHLGSI+G  +IV  LY+VLW K+KEMK+ +T S
Sbjct: 301 LLDETLHLGSIIGTVIIVGALYIVLWAKNKEMKSMLTTS 331

[Close]

BLAST of PI0004481 vs. TAIR 10
Match: AT1G25270.1 (nodulin MtN21 /EamA-like transporter family protein )

HSP 1 Score: 269.2 bits (687), Expect = 4.4e-72
Identity = 143/341 (41.94%), Postives = 225/341 (65.98%), Query Frame = 0


Query: 1   MVEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPR 60
           M  V+ M+ VQ  +  M +++K  V+DG N++VLVAYR  F   FMLPLAL+F+RK RP 
Sbjct: 1   MKSVVAMVAVQFIFAGMFILFKITVDDGTNLKVLVAYRLSFATIFMLPLALIFQRKKRPE 60

Query: 61  LSRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLR 120
            +   L  AF+ GLLG  +   LY+ G+A TSATF+ A++ ++P  T +L + FR+E LR
Sbjct: 61  FTWRLLLLAFVSGLLGAAIPNILYLPGMARTSATFSAASSIISPLITLVLGLVFRMETLR 120

Query: 121 MRTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSF 180
           + +  G+AK+VGT++G  GA++  FY+GIEI I   + H++ L  S     H   +  + 
Sbjct: 121 LGSNEGRAKLVGTLLGACGALVFVFYKGIEIHIW--STHVDLLKGS-----HTGRATTNH 180

Query: 181 TRRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDW 240
               +G +  L S ++ +LWL+ Q K+ +     Y +T+LM  +G L  +++A+C+  DW
Sbjct: 181 HVSILGVLMVLGSNVSTSLWLLLQAKIGKELGGLYWNTSLMNGVGSLVCVIIALCSDHDW 240

Query: 241 NQWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLL 300
            QW+LG++I LL+  YSG+V SG+V+ L++WCI  KGPLFV++F+P+ +V++A++G   L
Sbjct: 241 EQWQLGWDINLLATLYSGIVVSGMVVPLVAWCIATKGPLFVTVFSPIRLVIVALIGSFAL 300

Query: 301 DEKLHLGSILGATLIVCGLYMVLWGKSKEMKATITPSQDLQ 342
           +E LHLGSI+GA ++V G+Y+V+W K KE K+  T S  ++
Sbjct: 301 EEPLHLGSIIGAMIMVGGVYLVVWCKMKEKKSASTTSDHIE 334

[Close]

BLAST of PI0004481 vs. TAIR 10
Match: AT1G09380.1 (nodulin MtN21 /EamA-like transporter family protein )

HSP 1 Score: 235.7 bits (600), Expect = 5.4e-62
Identity = 138/330 (41.82%), Postives = 202/330 (61.21%), Query Frame = 0


Query: 1   MVEVLVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPR 60
           M+  L M+ VQI Y  MN+  K A+E GM   +LVAYR +F      P+A   ERK RP+
Sbjct: 6   MLPFLAMVLVQIGYAGMNITSKMAMEAGMKPLILVAYRQIFATIATFPVAFFLERKTRPK 65

Query: 61  LSRVTLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLR 120
           ++   L Q F C + G T  Q LY  GL  +S T A A TNL PA TF+LA  FR E + 
Sbjct: 66  ITLRILVQVFFCSITGATGNQVLYFVGLQNSSPTIACALTNLLPAVTFLLAAIFRQETVG 125

Query: 121 MRTMAGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQPHVASSQDSF 180
           ++  +G+AK++GT+V + GAM+ +FY G  I I     H     ++ +   H +SS  S 
Sbjct: 126 IKKASGQAKVIGTLVCVIGAMVLSFYHGHTIGIGESKIH---WAYAENITKHGSSSGHS- 185

Query: 181 TRRFVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDW 240
              F+G    +A+ +++A W I Q KM+E++   Y+ST LM LMG +Q   +A+ +    
Sbjct: 186 -NFFLGPFLIMAAAVSWAAWFIIQTKMSETFAAPYTSTLLMCLMGSIQCGAIALISDHTI 245

Query: 241 NQWRLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLL 300
           + W L   +R +SA Y+GVVAS +   L+SW + +KGPL+VS+F+PL +VV+AI  + LL
Sbjct: 246 SDWSLSSPLRFISALYAGVVASALAFCLMSWAMQRKGPLYVSVFSPLLLVVVAIFSWALL 305

Query: 301 DEKLHLGSILGATLIVCGLYMVLWGKSKEM 331
           +EKL+ G+ +G+ L+V GLY VLWGK +E+
Sbjct: 306 EEKLYTGTFMGSALVVIGLYGVLWGKDREV 330

[Close]

BLAST of PI0004481 vs. TAIR 10
Match: AT5G64700.1 (nodulin MtN21 /EamA-like transporter family protein )

HSP 1 Score: 221.5 bits (563), Expect = 1.1e-57
Identity = 130/339 (38.35%), Postives = 200/339 (59.00%), Query Frame = 0


Query: 5   LVMIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRV 64
           L++  +Q+ Y  M +I K     GMN  V V YR  F   F+ PLA  FERK+ P LS V
Sbjct: 10  LMVTIIQVIYTIMFLISKAVFNGGMNTFVFVFYRQAFATIFLAPLAFFFERKSAPPLSFV 69

Query: 65  TLYQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTM 124
           T  + F+  L GVTL+ +L    L+ TSAT A A T   PA TF LA+ F +E+L+++++
Sbjct: 70  TFIKIFMLSLFGVTLSLDLNGIALSYTSATLAAATTASLPAITFFLALLFGMERLKVKSI 129

Query: 125 AGKAKIVGTVVGIGGAMLCTFYQGIEIQIQIPTAHLNGLHHSSDSQP-HVASSQDSFTRR 184
            G AK+VG  V +GG ++   Y+G  +++ +     +G  H   + P HV+    S+ + 
Sbjct: 130 QGTAKLVGITVCMGGVIILAIYKGPLLKLPLCPHFYHGQEHPHRNNPGHVSGGSTSWLK- 189

Query: 185 FVGSIFALASCLAYALWLIAQGKMNESYPYYYSSTALMTLMGFLQSLLLAICTVRDWNQW 244
             G +  + S + + LWL+ QG++ + YP     T L  L+  +QS ++AI   RD + W
Sbjct: 190 --GCVLMITSNILWGLWLVLQGRVLKVYPSKLYFTTLHCLLSSIQSFVIAIALERDISAW 249

Query: 245 RLGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEK 304
           +LG+N+RL++  Y G + +GV   L SW I K+GP+F+S+F PL+++   +   +LL E 
Sbjct: 250 KLGWNLRLVAVIYCGFIVTGVAYYLQSWVIEKRGPVFLSMFTPLSLLFTLLSSAILLCEI 309

Query: 305 LHLGSILGATLIVCGLYMVLWGKSKEMKATITPSQDLQQ 343
           + LGSI+G  L++ GLY VLWGKS+E K +     DLQ+
Sbjct: 310 ISLGSIVGGLLLIIGLYCVLWGKSREEKNSGDDKIDLQK 345

[Close]

BLAST of PI0004481 vs. TAIR 10
Match: AT5G07050.1 (nodulin MtN21 /EamA-like transporter family protein )

HSP 1 Score: 218.8 bits (556), Expect = 6.9e-57
Identity = 130/330 (39.39%), Postives = 200/330 (60.61%), Query Frame = 0


Query: 7   MIFVQISYVFMNVIYKWAVEDGMNMRVLVAYRAMFGAAFMLPLALLFERKNRPRLSRVTL 66
           MI +Q  Y  MN+I K ++  GM+  VLV YR     A + P A  FERK +P+++    
Sbjct: 22  MISLQFGYAGMNIITKISLNTGMSHYVLVVYRHAIATAVIAPFAFFFERKAQPKITFSIF 81

Query: 67  YQAFLCGLLGVTLAQNLYIEGLALTSATFAVAATNLNPAFTFILAICFRVEKLRMRTMAG 126
            Q F+ GLLG  + QN Y  GL  TS TF+ A +N+ PA TFILA+ FR+E L ++ +  
Sbjct: 82  MQLFILGLLGPVIDQNFYYMGLKYTSPTFSCAMSNMLPAMTFILAVLFRMEMLDLKKLWC 141

Query: 127 KAKIVGTVVGIGGAMLCTFYQGIEIQI-QIPTAHLNGLHHSSDSQPHVASSQDSFTRRFV 186
           +AKI GTVV + GAML T Y+G  +++      H+    H++ +    +SS   F +   
Sbjct: 142 QAKIAGTVVTVAGAMLMTIYKGPIVELFWTKYMHIQDSSHANTTSSKNSSSDKEFLK--- 201

Query: 187 GSIFALASCLAYALWLIAQGKMNESY-PYYYSSTALMTLMGFLQSLLLAICTVRDWNQWR 246
           GSI  + + LA+A   + Q K+ ++Y  +  S T L+  +G LQ++ +      + + WR
Sbjct: 202 GSILLIFATLAWASLFVLQAKILKTYAKHQLSLTTLICFIGTLQAVAVTFVMEHNPSAWR 261

Query: 247 LGFNIRLLSAAYSGVVASGVVIALISWCITKKGPLFVSIFNPLAIVVMAIVGYLLLDEKL 306
           +G+++ LL+AAYSG+VAS +   +    + K+GP+F + F+PL +V++A++G  +L EK+
Sbjct: 262 IGWDMNLLAAAYSGIVASSISYYVQGIVMKKRGPVFATAFSPLMMVIVAVMGSFVLAEKI 321

Query: 307 HLGSILGATLIVCGLYMVLWGKSKEMKATI 335
            LG ++GA LIV GLY VLWGK KE + TI
Sbjct: 322 FLGGVIGAVLIVIGLYAVLWGKQKENQVTI 348

The following BLAST results are available for this feature:

BLAST of PI0004481 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4HVM3	5.7e-72	43.66	WAT1-related protein At1g68170 OS=Arabidopsis thaliana OX=3702 GN=At1g68170 PE=3...	[more]
Q4PT23	6.3e-71	41.94	WAT1-related protein At1g25270 OS=Arabidopsis thaliana OX=3702 GN=At1g25270 PE=2...	[more]
Q8GXB4	7.7e-61	41.82	WAT1-related protein At1g09380 OS=Arabidopsis thaliana OX=3702 GN=At1g09380 PE=2...	[more]
Q9FGG3	1.5e-56	38.35	WAT1-related protein At5g64700 OS=Arabidopsis thaliana OX=3702 GN=At5g64700 PE=2...	[more]
Q9FL41	9.7e-56	39.39	WAT1-related protein At5g07050 OS=Arabidopsis thaliana OX=3702 GN=At5g07050 PE=2...	[more]

BLAST of PI0004481 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DB58	4.4e-128	75.00	WAT1-related protein OS=Momordica charantia OX=3673 GN=LOC111018508 PE=3 SV=1	[more]
A0A2N9EFW5	4.3e-107	61.89	WAT1-related protein OS=Fagus sylvatica OX=28930 GN=FSB_LOCUS1537 PE=3 SV=1	[more]
A0A200R2D5	3.4e-104	58.36	Drug/metabolite transporter OS=Macleaya cordata OX=56857 GN=BVC80_1231g2 PE=3 SV...	[more]
A0A6P9E435	4.5e-104	59.94	uncharacterized protein LOC109013425 OS=Juglans regia OX=51240 GN=LOC109013425 P...	[more]
A0A7N2MZ06	1.9e-102	58.43	Uncharacterized protein OS=Quercus lobata OX=97700 PE=3 SV=1	[more]

BLAST of PI0004481 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038889632.1	2.6e-159	87.72	WAT1-related protein At1g68170-like isoform X1 [Benincasa hispida]	[more]
XP_038889633.1	4.2e-141	86.26	WAT1-related protein At1g25270-like isoform X2 [Benincasa hispida] >XP_038889634...	[more]
XP_022150311.1	9.1e-128	75.00	WAT1-related protein At1g25270-like [Momordica charantia]	[more]
XP_038889635.1	1.0e-115	87.89	WAT1-related protein At1g25270-like isoform X3 [Benincasa hispida]	[more]
XP_023895507.1	4.4e-106	60.66	WAT1-related protein At1g25270-like [Quercus suber]	[more]

BLAST of PI0004481 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G68170.1	4.0e-73	43.66	nodulin MtN21 /EamA-like transporter family protein	[more]
AT1G25270.1	4.4e-72	41.94	nodulin MtN21 /EamA-like transporter family protein	[more]
AT1G09380.1	5.4e-62	41.82	nodulin MtN21 /EamA-like transporter family protein	[more]
AT5G64700.1	1.1e-57	38.35	nodulin MtN21 /EamA-like transporter family protein	[more]
AT5G07050.1	6.9e-57	39.39	nodulin MtN21 /EamA-like transporter family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (PI 482460) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR000620	EamA domain	PFAM	PF00892	EamA	coord: 186..323 e-value: 3.5E-13 score: 49.9 coord: 4..136 e-value: 1.8E-16 score: 60.5
None	No IPR available	PANTHER	PTHR31218:SF195	WAT1-RELATED PROTEIN	coord: 5..339
None	No IPR available	SUPERFAMILY	103481	Multidrug resistance efflux transporter EmrE	coord: 37..137
None	No IPR available	SUPERFAMILY	103481	Multidrug resistance efflux transporter EmrE	coord: 231..328
IPR030184	WAT1-related protein	PANTHER	PTHR31218	WAT1-RELATED PROTEIN	coord: 5..339

Relationships

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


Feature Name	Unique Name	Type
PI0004481.1	PI0004481.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0055085	transmembrane transport
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0016020	membrane
molecular_function	GO:0022857	transmembrane transporter activity