PI0009909 (gene) Melon (PI 482460) v1

Overview


Name	PI0009909
Type	gene
Organism	Cucumis metuliferus (Melon (PI 482460) v1)
Description	la-related protein 6B-like
Location	chr01: 8706133 .. 8737801 (+)
RNA-Seq Expression	PI0009909
Synteny	PI0009909

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptidethree_prime_UTR

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

ATGGCACAACATTCTTCCTCTTCCCAATCCGATCTATCTCTTTCTCGCAACTCTTCTCTCAGTCGTCTCAACGCTCAGGCTCCTGAGTTCGTCCCCACTCGTCCCTCCACTCGTCCCGATCTACAACCACTGCCTCCTCCACCCAAGCAATCTCCACGTATTCTCATCCCTTCTCCTCCTCCTCCTCCTCCTCCGGCTATGATGCATGGTTATCCTCCCCCTCCTCCTGGATCTCCCTTCCATGTTCCCATTCAGACCACCCCTGTCCCTGTCCCTGTCCCCACTCATGTCGTTTCCATTCAAAATCATCCCTATCATCCTCATCATCGCCACCACCACCATTCTCATCACGTTCCTGTGCTTTATCACCCTCATAATCCTCAGTATTATGCGGACAATGGCGGTTTTCATGACCCCGACACGCCGGTTGTGCAGCCAGCTCAGAAGCCTCTGGTTGAGTCCGACTACGCTGCTCCATCTAGGAGTAACTCACCGATGAAGTCTCCCAAAAGCTTTTGAATCAGGTTGCCTTTTTCTTTGGACTACTAGATCTTTTATGTTATGTTCCTCTCTTTGCCAATATTTTGTTATCTGCTAATGGAGCTATTGTGTTTTGGGCCTGCGAATGCTGTTGCTTCTATAGGCATTGAGTTAGCTGCTAGTCGTGGCTACTTGAAAAAGTTTTCAGAACTTGCTGGGAATTTTGTTCTGGTCTCTCTTTTCCTGTTGTCGTTATCTGCAAAATTTATGTTTGCTTGAGACTGTAGATTAGCTACCAACTTGCCTTCTCTGATGTTGGATCTTTGGATGGAAAAAGTGTGTCTGCTATCCGTAATTGATTGCTACCTTTTATGGTCGAGAAAATACGAAACTACAAAGTAAATGTAGCAAGTAAGATCTATCTTTCCAAGAGTGCCTTCTTTAAGCTTAAACATTAAGTGCCATAGAGTTCGTAGAAGATGAAAATGCTGCAAAATTGCTTTCTATTGCTCAGTTTTTCACTTTTGATGAAACTACTCAACTAAATCATATTATGTTGCAGAGAAGAAGGTCTATTCTTTAAGTCAGACAATTACATACATGGTCTGACCCATCTGCTAAAGTGAAGCAAACACCTAGTTCACAATAAAGAAAGCTTCTACCCCATTTGTAGGGAGGTGGAAACTGTTAATTTCTTTCTAACTTTGGTCACATAGGCTTAAATAGGGCTTTGAGGCCTTTTGTTCTAAGAAAGTTATGGTTTTCTTGTGGATCCTTTTTTTTGAAAGACTAAACACCTACGATCAGAGCATCCTTTGAAATTATGGTCTTTTCCTTATTGCCAGAAAGCTTCAGATGCCCTTCTACAGTTAGTTGAAGGCTCTCAATTTAATGCTCAGGCGAAAATCCTTTGGTTCAACGGGATCTCACTCTCCTTTGGAGGCTTTAGTTTGAAAGAAGCTCTAGAATTTTTCATGATCAAGAAACTAACAGCGACTTCTTTTGGAGTTTGAGTACTCTTTTTGCTTCTACTTGATCCTTTACTTCTAAATTCTCTTTTAATTATAGCCTAACCCAAATACTAGTTGGGCTTCTTTTTTGTAAGTTGTTATGTGGGTTTTTCATTTTCATTTTAATTTGTCCCAATTTCAGACACTTATGGGACTCACAAGACGAAAGTAGACATGTTGAGGCATACTCTAGGGATGTGGATGAATTTCGAGAAGAGAAAATGAAGAAATCTATGTTTGAGGTGTAGATGAAAATCTAGGTTTAAGAAAATTGGGTGAAGAATAACCGATGGGGTGTCAACCTAGTTGAGATGCCAGTGTGCACCTAATCCTAGTATGTTCTTGTACTATGAGACTTTGTCTCTTTTCATTAAATCAATGAAAAGTACGTTTCCATTTAAAAAAAAGACAAGAGATGGGAAATATTCGAATATGCCCAACACCATTGAACCCCATGAGTTTATCTAATAAACCCAAGTTTGACAAACTAATGAGGTAAACATGCTGCCCAATTCTAAACTCTCTCCCAAACTCATCCCTTTCCCTTTTAGTCCCTTAATTGTCTAGGGCATCTTGGATCCAACATTGTATAATTACTGATCTACTTCAATATGCTGATGTTTTGGAGGGCTCAAAGCTGTTAGTATATCAATATCTTTTGCTTATAGAAGGGACTGTAGAACATGATCTTGAAGGTTGCATATCAACCTCTGCTTTTTGGGAGGATAGTTAACATACTAACCACCATAACACTTTGGATCATTTATCTGCTGGATGATGACTTTCCATTGTCGTCCATAAGACTAATTGATTGGTTGCAAATTGCATGAAAGGTGATGCTATAAAAGAATCTTTAAAGCTGTCAAATGGATTTTCTCATCTATCGTATAGCTCTTAGGAGTAACAATTGAAGTAGGTACCTTATAAAGTTTCGACTGTTCCTATGACCTGACACTAAGGGGCAAAAAAAAAAAAAAAAATGGAGTGGGTTGTGGAACTATGGATTTTGAAGTTGCTATAGTGGTGAACTGTTTTTTCAGTTTCTTTATGATGTAATTCTTAAAACAGGGAGTTGCTTCACGTATTTATCTCCTTGGCCTGGAGGTGCTGTTCCAATTGTTTATGTAATTGTGCTGAGGTTGGTATCGTTGAGAATAATTAGGCTAATGCCCTTGATGACTGGAAACTACCACTTACACTTGGAAATTGAATAAAATTTAAATCTTCTACTCATAATTAATTACAAAAGGCAGCTATTACTTGTTTTAAGGATGTTGAAGCTGACATTTTCAAGATTATATATAATGCTTGCTGTGACAATAGAATCCAACACTTTGAGGTTTTTGACATTCAGTCCCTGGGTTTTACTTCTGTGATTATTGAAGTAAATTTATGTTGAAAGTTTCTAATGATTGCCAGTTTTAGTAAGTGGGATTATTCCTTAAAGCTTTTGGTGCTCAATATTCTTTCAAATAGTTTAACTTTGGTGTTTTTCTTTGATGACTTTTGAATGATAAATTTAAATGTTTGTGACTGTCCGTCTAGGATGTTGTTTAACAAATGTACTTTGAAAATTGAAGTCAGTAGAAGGTATATAAGTTATCCAAGACTCTTCCAACGGTTATTATTTAAGGGGCCTTTGGGACAAGTACTACATAAGACTATTATAACTACCTCTTGCCACAGTAAATACTATTTAAAAGTATCCAATTAGCTTACAGTAAACACTATTTCATAATCCTCATTTGCTACAGTGTTTTCTATTTGCTACAATTTTTATTATTTTACATTCATCATTTTTTATTATTTGCTACAGTGTTTACTATTTCCCTCTCAAACTAAAGTAGTTTACATCTCAAGCACATACTATTATAACTCAAACTAAAAGAATCTACACCCCAACACAAAGTATTATAATTCAACTATAATAACCAATTCCTTGCCTCAAACGGCCCCTTAAAAGTTGAATGGTTGATTTAGTAGGTTTGGTGCCTCTACTATGTTTTTAAACGTCCAATATTAATTGGATATTTTTGTTAAACTGGAATGCTTTTATCTTTTCTAATAGTTAAAATCTTTGTTTTAGTCTTGTTTTACTCTTTTTATTGGAAAGTCTGAGTATTATGCTTTGTATCCTCCTTTGTACTTTGAGCATTAGATTCAATGAAAGTTCTTATTTCCGTTTGAAAAAAAAAACAAAAGATATTGCTTTCTATACTTTTTGTATAGCCTTGTTCACTTCATTGATTTCTTTGCAAAATCATGGTTTTTAGGTGGAATATTATTTCAGTGATTTAAACTTGGCGACTACTGATCATTTGATGAGGTTCATCAATAAAGATCCCGATGGATATGGTAAGATCCTCTCATGGCATCTTTATTTGAATTTCACAAGTTGATGTGTCGAACTTCTGCTTTTACCATCCCACCACAGGAGGATTGTTTGGTGTTAAATTCACAACTTAATGGTAATTTAGAATGACCTCTTAGAATAGTCAACTGGACTGCCTTCGCCATCTCTCTCTTATGAACCCTTCACCTGAGTAAGGTCCATTTTAATTCAGTTCCTATATCGGTTGTTGCATCATTCAAGAAGATTAAGGCTCTCATTAATAGTCACTTTCAGCTAGCCAATATTTTGCGGAACTCTTCTAAGCTTGTGAGTATTTCATCTGTTCGTGCTTTACCATTGTTGTTCTCGAGTTATTCTCAATTGTCTTTCTAGTTCTGTCCACCTCATGTTTTTTGGTTCAATATGCTGTAGTTGGTAAGTGAAGACGGAAAGAAAGTCAAACGTAAGCAACCATTTTCTGAGTCAGATATGGAGGAGCTGCAAGTAGGGTTTGTTTGTTTTTTTTTTTTGTGTTTTTTTTTTAAATTTTAAATTTAATGTTTCAATAAATTTTGTAAAAATTAGTTTAATTTTAAACCTTGTGGATCGGTTCTGTTTTGCATTTTCACATTTTTGATGGTTCCATCCCATTGTCCAGAATAATATATTATTGATTTTCAAACCAATGCATTAAATCTTTGCATGTTGTCTCTTGTTTTACTTGCCCCCTGTAGTCTCGTATAGTAATTGCGGAGAACTTACCTGAGGATCATTGCCACCAAAACCTCATGAAGATATTTTCTGCTGTTGGGAGGTACAAGTATTGCATGATTTTGTTGCATGTTCTTCAGCAACTTGCTAAAGTTATATTGAATTACCATGCTGCTTTACTCTTTGCCAGTGTTAAGAATATTCGAACTTGTCAACCTCAAATCTCAGATGGTGGAGCTTCTTCAACATCTAAATCCGCAAAAGCTGATGGAGTGCATTACAGTAACAAGGTATACTTATTTGCTGTAGCATGGGGTATCCGGGATTTCTGCTACTATCCTTTTTCTCCTTTAACCTCTAGAATTGCAGGGACAATGCATGATTTCCTTAAAGTCTCTGCTGTAGGGATTATCCTCAATCTCCATAATGATTGGTTCCAAATCAAATGGGGAACACCGGTTCAAACTCATAACTCATAATAACTTGTTCCAAATCAGGTGGGAAACAACGGTTGGCAATGGGTTTGAAGGGAAAGGGAACATTTTTCCCTTATTTGATTTTTTGGGATGTCCCCCTTGCCAATCCATTTTTGTTTGAGCAATTTGATATGCATTTTTTTTAATATCAGCTCTAGTGGGATGGTTACAATGGACCAAGTAGGTCACACACTGTACATAAATGACAAAAACAAACCTTTGTCTAACTATTTATAGCATGTGTCTGCCCTCCGCTAGCTAACTCTTAGGGTGATATATCCATTGTTACTCTTTCTTAAATTCACTTTTATAGTAGGTAGCCAACCAGCTTCACATTAGTTTGAGGGCAAAAAGACACCACCTGCTTTCTTTTTCTTTTTTTTTTTTTACAAATTCCATTGAGAAAGAAAATGTAAATGGAATTTAAGAAAGAGCATACAAAGAGCCAAGCCCACAAAAGGACGGCTCACTAAAGGAAAGGGTTTCAACTATACAAAATTGAGTCTGCAAAAATATAGTTAAATAAAATGGGAAACCAAAGAGAAATTAAAACTTTTGATTCCAAATTTTTCTCCATGAATTTCCTCATCGTATTCTTCTTCTTACTGTTGATGCTCTATATTTTTCCTCTGTCATTAATTTGTTTTAGTGGAATCTCCCCCCCCCCCCCCCCCCCCCCCCACCCAGCCAACGTGATATTGCTAAAACAGATTATGAAAAGTTCAAATAACAACATTAGATGCCTCTTGATAATTTTATATAATATATTGAATAAATCAGAAGTACATAATAACCTATTACTTTGGTGAATAAATAGAGACCAAAATAAAGGAAAAATACAAGTAGAAAAGGAAGAAAAAGAAGAAAAGACTCTCCTTCGGAGTCCACGGAGGCCCAAAAGTCATGAAATTGCAATCTTTCCCTCACAATCATACTGATAAAGGAAAAATACAACTATGGAAAATATTAAATAAGAGTAAACCCAATAAACACTAATTTCCTTTTAACACCCTCCCTCAAACTCAAGGTGGTAGACCACAAACAACTTGAGTTTGCGAAGAAAATTTTCGAATCGAATCAGCAGATTTGGGATTGAACACCAAAATGCGCGAAGAACGAAAACAAGAACTTCAAGGCAAGAAACACAAACCCACGAAGAACAGAACCAAGAACTTCTGGGATAGAAACATAGAGCCTCATATAGAGATCTATAACAAAACCTACAAAGAACGAAACAAGAACTTCTGGGTAATAACAAAGATTCTCGTAGAGAGATCTATAACAAAACCCACGAACAACTGATTTGAAAACAAACCAAACAGACCAGACAGAAGCTTAGCAAGTGAACCGGATTGAACCACTAATTCAACCAAACAAATGAACCGAACCAAACCAAAGTGGGTTGAACCAGTGAACCAATACTAGACCAAACTAGTTTTATTTGAAAACACTGGACCGGGTGACAAAACCCCTCTCTTTTTGTAGTAATTTCCGCATGAAACGCCCATGGTGTTGTAGGTACTAGAGACTGAAGGGCAGTAATATTTTCTTTTGGCTTGATTTGTGGTGCTTTGATTTTCCACTTAAGGTGACTTTCACTATACGTTTTCTTATTCCTTCTATACCAAGCGTTAATATATGGGGATCATTGGGACTTGATAACTTGCTCGTGGAACTTACTGTCTCGAACGTAGCTAAAAGATGAAGAGTTGGTGGAACTTACTGAATGACCCGATTTCCTTTGGATTAGGCTAAGGATAGGATATCCACTGAATTCCAAATTAAAGGAAATCAGGTCCTTCAGTGGATATCCTTCAGGGTTGAAAAATGAAGATTAGCTATTGAGTTATGTGAGGACTTGGACACAAATCAATGTGGCTGATTCTTAAAAGTTTACTAAAGAAATTAATCTGGGCATTGTACTAATTCAAGAACCTAGAAGAGACAGCTTCGATAAAGCATTCATAAAAAGCATCTAGAGCTCAAAAGATGTTGGCTGGACTTTTGTTGGAAGCTTTAAAGAGTTTCTGGGGCATTCTTACAAGGTGGGATGAGGTTTTTTCAAAGACTGACATTGCTAAAGCAGATTTCTCTTTGACGGTTTTTTCAAAGACTGACATTGCTAAAGCAGATTTCTCTTTGACAACTGGAGTAATGCGTTGAAGACAGTGCTGGCAAGATCTTGTGGATTGGTAGACTGCTTTGAGTTTCTCTGTGCATTGGATAGTATTGGCAAGACAGTTTTGAGGCAGCTGGTTGCATCTTCTTAGCTTTCTCTTTCTCCTTTCATCTTGAAGATTTGGGTGTGCAAGATTCTAGATTCGAGTGGGCTAATTTTGAGAGAGAGTTTAAGTTTTGCTTTGTATTTAGCTTTCTACTGATGTATTGTCTTAGCTTTGATTAGCTCGTTATTTTTTGTTCAGGTTTGATTTTAGGGTTTCCATCATATTTCTGTGCCTGAGTATAGTTTTTGTTTAAGTTTTAGCTTGTATTTTCCCTTAGTTCGTTTTGCTCTTAGTATAATACTCTTGTACTTTGTGCTCTAGTCTCATGATCATTAGTAAAGAGGCTTGTTTCCGTTTAAAAAAAAAAAGTGCCAAACTCGCAGATTGACAAAAGGCCCCCGAAAAACATTCACCATAAAAGGTTCAAAGGGGCTGAAAATAAACAAACAAACATTACAAAACATTACAAAAGACTGATTAACAAACCAAAATAAAAACAACAATATAGTTGACTAGACCACAACTGAAAACTAGCTATTAGGGAAAATAAAAGCCCTCCAATTTAAACAAAGCTCTTGAATGCTATAAACTTCAAAATCTTTGCTGAGGGAGCACCGAGCTGAGGTGTTATGAGCTGCCGAGTCATAACGGGCTAACCAACCCAACTCCTTATCTTATAATGTCCTTTGATTTCTTTCTAGCCACAATTCTGCAAGAAAAGCTTTAACCATATTTTTTCATAACAGCCTCGGTTTCTTCTTCAAAAAGTGGCTCAATAACAGCTGCTGAACATTAAGGCTGAAATTATCCCCAAACACCCAGATTACTTGAAAAATTGAGAACAATTTCCTCCAACAGCTAGCTGAATACCAACAATCAGAAAGTCGATGCTGTTGATCTTCCCCATCTTTCTTACACAGAGGACAGATTGTTGGAGAAAGACAACTGTTCATAAGTTTCCTTTGCAATACTGAGGAGCAATTTAAAATTCCAAAGATCATTATCCAAATGAGAATATTAACTCTTCTTGGACTTTTAGTCTTCCATAAAGCTTTCTAAATACTACCATTCAAAGGAGAAGAGGGGGATAAATGAGTGGTAAGGGGCTTAATTGAAAAGTTGCCATTAATTGAAAAGGTGCCAGATGTATCCAAGGACCAAAATCTTCTATCAAAGCCCTCCAAGACTGCCCTATCGGAAATCAATTCCAGCAGGTCTTGGAATTCCATAATTTCATCATCTTTAAGCAAGCAACAGAAGATGATAGGCCATGAAGAATTGAATGGTCCCAGTGGGCTTCTATTGAGCCATTTGGCGTAAGAGCAACCTTGAACAGTTTCAGATATCGGATACTGAGGGGAATGGCATCAACCTACAGATAAGGCCAAAACACATTGCACGAGCCATTTCAAAGCTTGATTGTTGCCAAAGCTTCCACCTTTTTCCAAGTCCTAGAAATGCTAATCCAAGGACTTCTCAAGCTATTTTCGGATTTTTCAGCCGTATGTCAATCAAAGGATTCTTGCCATGAATGCTTCTTATAATTTGTCTCCACAAGGAAGCTTCCTCCTTTGTAAAACGCCAGCCCCATTTGGCAAGGAGGCCATATTTTTACGTTTGAGCCCACCCACACCTAAGCCTCCATCCCTCTACGAGCAAGTGACTTGCTCCCACTTCACTAGATAAATTTTACTGCTAGCATGTCTTTCCCAATGAAAATTTCTCACGAGTCTTTCCAGAGAAGAAATCACCTTGTCCGGCATTGCCAAAGAGACATGTAGTAAGTGGGAAGATTGGCTAAAAGGGAGTTGCAAAGCCTTGCTCTTCTTCCTCTAGACAAATTAAATCTCCTCCACTTATCAAGTTTCTTGTGAACCTTGTCAATCACCGGCTGCCAGAAGGCTTCTTGCCTCGGGTATCCACCTAACATAAGGCCTAAATAAACCCTAAACGCTATAGTATAAGTATAACTTATGCCAGTGTAATATGTCCCTATATCATTGGGCTTCTTAATATTGAATAATCAGGGTACATTTGTGTAATATAACTTTGTAGCCTTAAACAGGCAACTCAAACTACTGCTGGAATTCACTTACAATAGTTCTTATTCTTTATTGATGGAATGCAAAGTCACCAATTAACCCAAAAAGGTTAAACTTCTGGGTTGATTGGTGATTTTACATGGTATCTAAGCAGTTCCTCAAATAATATTGATGATATCCATGTTTGATGATATCCATGTGGGCCTTCTACAAATTTATTGTTGACTAGACCCACAATGTGAGTGGGAGTGTTAGAAGTATTGATAAAATTAAATTTACCATAACTAATAGCTTATAACTTAACATTTTCTGTTTCAGTTGCATGCATTTGTGGAATATGAATCAGTGGAGCTGGCGGAGAAGGCTGTAAGTGCTTTATCTTCCTTCACACATGACAGTTTTTTAATTCTTGTAAAGGAAATTCAGATGTAAATGAAGTTTCATAATTTTTCAGGTTGCAGAATTAAATGATGAAGGGAATTGGAGAAATGCACTTAGGCTTCGTTTGATGCTTTCATGCTCGGTACTTAATCTAAGGCTAATATACTTTTTCCATGTACTTTTTTTTAAAAAACATAACAAAACATTTTATTGATAAAATGAAAATACCTAATATTCGAAGTACAACTAAACCTTTTTTTTGAATCAGAAATGAAGAAATGAAAAGAGAGAATCCTCAAAATACAAGGAAACAAGTAATAAGTAAAAGAGAATACGTAGGAAAATATAAGATCAACAAGGATAATGCAAAATAGCAAAAAGAGACAAATACTTTGAAACTACGAGCTTTTAACACCGCTTCAAAATTTCATGAGACAAAAGATCCTTGCAACTGAAGAGACATCCAGCAAAGAACTTATAAAGCAAAAAGAAAAAAAGAAAGCAATTACATCTATTACAACCAAATACACCAATAAAGAATGTAAAGAATCTGCATACCAATGATCAAGTACAGAATCGCCAAAATTAATTAAATTTTCATTCTTTTCGAAGGTTTATGATATCTGCAAGCGGACGCGTTGAGTAATAATGCGATTAAGTATTTAATATAACAAGCACAGACATATTAAAATGTCAATGATATTAATTGAATCTGAGTGTAGGCAAAAGTTATCATCCACAGTAATTAAAATCCATATACACCCTAGGAGGATTAAATAAATTCAGCCACACATGATGATAGAATGCATATGCGACACGTTGTACAGAGAGTCAAAGGGAAATAAATAAGGGAAAGAAAGAAGGTTATTTGTCAATCTGCTTTGTTGCCGGCACTGCATTGAACATTAAGAACGCGACTCTCACCCTCAAGCTTTCAATCCCTCTCTGATCAATCTTGGCATTAAACCCTATGGAATCCCTATGTTTGGATCTATCCCAACCTTCGTAGTTTCCAAATCGACCCCCCTTAAATAGCTAACGGAAGACCTTTTAATGCTGGAGAACATTAATTGAGCGTTCTCAACATGCCGTAATACCGACCCATGTTCGCAGAATGTCCACTTCAAAGCGTCGCAACTCTACCCCTAGTGCCGTGACAGATCTTGCCTTTTGAGCTTTCGGGTCTTAAACATTGAGCATTGCCATTTTGAGTGTTGTAATGCCTCTTCCTTGCATAATTCAGTCTATTTTTCTCTCCTCATGCCTTGGGTCTATCTTCACGTCCCTCAGGCTCTTTTCCTCCATAACTCATTCAAGTTCTTCCAAATCTGTCCAATCACCTGGTTCCTAGCAAATCAACAAATAAAGCATAAAAAAAAAGGTCTTCCATTGATAAAGTGAAAAAAGACTTATACTTAAATTACAGATAAACAAAGGCATAGAAAATAGAAAATACAGCCAATACAACCAAAAATAGCCCTTGAATAGAAATAGAAATCCTTTGATATTAACTTAACACAACTTAACAGAATGCTGAAGAACAAAAGACACCATTTCGACTAACAATGGATCTTTAAATTGATAGAGGCAGATGGAACTTAAAGGCCTATAAAAAAGATCTTGCAAAAACAAAAAAAGAAAGAGCACGATTACTGAACAAAATTAACTAAATCGCAAGCAAGAAAGCACATTTTCGGTGCTTTTAAGTCTGCTTAATGGAGAAGACTCACTAGCCCAACGTGTAAAATTAAAGACATCTTTAATGCACCAAGATTCAACACAATAATCTGACAACGACATCAAACCACGCTACAAGACTTCTTTCCATGTAATCTTTCAGACCATAGACATTAGTTACCCAAGGAAACTTCTTACAATGAGATATACACTACAAAGATAAAGTATAATCTCCTTTAAGAGTTCTATTTCTGAACACTTGACAAAGGACCATCCGGTTGAAAGGCTTCTTGATTTACCGGAGTACTCCACAAAACACCATCAAATTTTCTTATGACTTCACAAGGATTTGATGAAACTTAAGTAAAAATTCTTGCTTTTATCTCCTAAATTTAATCCAAACCTGTATTATGATTTTGAAGAAATTTTTCAAACCAGTTTTCTTACATGGCATCATGAATTTTACTAATAATGAGTAGTATCCGTTTAGGGGTTTCTAAAATTGCTAGTTTGCTTTCAACCCATCTTAACAGAAGACTGATAGACCTCCAGATGTAATGAAATATTATAGGATGGGTAAAGAAAGGGATATCCTCTTGGCTGTGGGAGTATGGCTCACGGAGCTTAGTTGTGAGTGAGAGGAGACCACTTTAGTTAATTGAGGAAAGGGTATATATGAGTGAATTGATAGGAGAGGGAAGTCAGTTATGTTCAAGGTTGTTAAAAGCGGACGATTCACGATTTGTATCGAAACTAAGCAAAAACGAGTCAACTTGATGATTTGTATTGTAACTTCAAGGTATCGCACGTGGTAATACAGGATCGGAGCAAGTTCAAGAAGCTAGAAATACCGAATTTCAGTGGCGTGGATCCAGATTCATTGCTATTTCGAGTAGATTGATATTTTCATATACATAAGTTGACGGAGTCGGAGAAGATGATTGTAGCAGTGATCAACTTTGATGGAGCGATACTTGACTGGTATTGTGCATAGGAAGAACACAATCCGTTCAAGGAACAGAAAGATTTTAAACAGAGATTGCTTATGAGGTTTGATCAATCGGAGAAGGATGAATTTGTGGTTGATTCTTAGCGATTAAACAAAAAACTACGATAAATGATTTGATTTTCGTTACCCTTTGGCCCACTCTTCTTCGTATTAGGCAAAAGATTCTTAATGTGTTGGGCTTTTTTTTCCAGGCCCATGTGTTCCCCGTTCACTTAGGGCTAGTTTTAGGGCAACATTTCTATCATTCACGAGTTGAGCCTCTTTCAGGTCTTTGGGTGGCGATTCACGACTTCGGCCTGCATCTTCGGTTCTAATCTGGTCACAAATCCCATCATCGGCGATGGTGCGGAGTAATTTAAAAACTTCTTCAAGTAATCCGCATAAGTACCATCTTGCTTAATTTTGATCAATCATGCTCCTAAATTCCCTTCTCCGACCGGCTGAAAATGCTCGAACATCCAAGTTTTTAAGTCTTCCCATGAGATTACCTTTTTCTTATTGTTACTCCATCGAATCCAGTTCACTTCATCTTGTGTGAAACTGACTACGACAACCTTCACCTTCTTCACGTCCGCTAAATCATTAATTTCAAAATAGTATTTGACTCTGTAAACCCAGGATTCAGGGTTCACCCTTGTAAATATCGACATCTCTAACTTCTTATACTTGCTTTTATCATTCAATCCTCCTCCCAGATTGTTCGTCGTCTCCATCTCATCAACTTTTCCCTTCATCTTGAATTCTGACCCATCTGAAGTACTAGACTCATCTTTACGTCTGTTGGAGCTGTTGTCCTTCACCTCTTCAGCTAACCTCTCAATACTCATCTTCAGCGCGAGAATCATTCCTTGATTCCCATCATCTCCTTCTCATTGATCTCCATTCTCTCTTCCAATTGTTTTTGAGCCATGGCTTGTGTTCTCCTCAGGGTTAGAGCTCTGATACCAATTTGTTAAGGCTCTTCAACCTGAAACTTGGAAAAATCCCAACAATGGCAAAACAGAGGCAAGACTCTGCTATAATATATTGCAATATCAACCAAGAGTTCTACAAGTCACCATATAATCAAAGAATGATCATAAACGAAAAGCAAAATACAGAACAAAGATGTAAATAAACCCAACTCCTTCGAAAAGGCTGGAAACCTCTTCCCTTCAATCTTACTTATAACAACTCTCCATTGGTAGGTGTCAAATAATATAATTTTCTGTATATCTCACAAAGAGAAGAATTTTCTTAAATAGAAGAAGAACCCATTACAAATAAGGAAAAAATAATTTTGGCAAACATAATACAACCAATACAATAAAATATAATACAAAAAAGAAAATAATCAACACTTCCCCTCAAGTTGGTTTGAAGATATCAGTCATTGCTAGCTTGTTAATCAATTTGTTGAATTGCCACTTTGGAAGGCTTTTATTTAACACATCTGTAATTTGTTCTGTTGTCGGAAGGTAGGGTATGCATATTACCCCCGCATCAATTTTTTCCTTTATAAAGTGTTTGTCAACTTCAATATGTTTTGTCCTGTCATGAAGGACTGGATTCTGGGCAATGGAAATCGCTGCCTTATTCTTTTTGAAAAGGAAACAAATCTCATTTAATATATATAAAAAATGAGACATAGCTCAAAGTGCAAGAGGGTTATACAATGAGCAATAAAGAACTAAGGATTTGCAGACGCACCCGGACATCTCAACTAGGTTGACACCGTCTTAGCGTCCTCATCATATTCGAAAAATAGCGAAATGAAATGACATTAAGAAAGTAAAAATGGTTCAGAACATAAGACCTTTACAATAGCAGCCTATCAATTATAAAAGACTAAAAGACAACTCTAAACCAGGCAAAAGCAACGCCCTTGCCTAAAACTCCTTAGTTGGACTCAAAAGGACTAATCTATAAAAGCTTGCTAGTTGAGGTGAATGTCCTGTGTGGAATAATCCTGAGGTGTCAAATAATATCGCTGCCTTGTTATCACAGTAAATGCGGATGGACATCGTCTGAGTCTTATTATCCATATACCCTCACAAATACCATGGGATAAAGCTTTAAATTCTGTTTCTGCACTACTTCTTGCAACCTAATTCTGTTTTTTACTTCACCAAGTAACAAGATTTCCTTCAACAAAGGAGCACTAGCCAGACGTGGATCTTCTTTCAATTGTGTTACTCGCCCACTTAGCATCAGTGTAAATTTCAACATTGAGGTGATCATGCCTTTTAAACAATATGCCTTTTCCTAGAGTACCTTTCAAATATCTTAGGATTCTATATCCTGCATCAAAGTGAGTTGGCCCAGGAGCATGCATGAATTGACTTACCATACTAACTGCAAAAGCGATGTCATGACGTGTGTGAGAGAGATGAATTTCCCCACAAGTTGGTTATTTTGGATGTGAAGGCTTTATGACTAACAGACAATCTATGATAAGAAAGATAGTTTACAATTGGATATTTGACAGAATTACGGGTATGTTTCGTATGGACAATTGGTATATCAAGGTCAGAGACATCAGGTAAGGAATTATGAGAAGAACCAGGAGAATTAGAAGTAGAAGAATGTATGTTACCTATATCTTTAGAATTATTTATTGGATATTTGATTGGTTTTGTGATAGATCAACTGTCTGTTCCCAATTCCTTCGAGTCAAGTTTCTTCTAGTGTAAACTCATAGTTCAGGTTTTTGACTTGTCAAGTTAGTCCGTAGTGTTTCTCCTCGTGAAGAACTCTCCACACTTGGCATCAAAGAATTAGAACTCATAATTTTAGAATCAATGATGTTTCGGATAGGTGAAGTGTCCCAAAAATTATCTTCAAGGTTAGATTTCTCCTCCTAAAGAGAATTTTGGTTAAAAAAGACACATCCATACTCTCAAAATATTTTTGGTCGAAGGTTCAAAACATTTGTAAGCTTTTTTATGGGAGACAGTCTACAAAAATGCATTTAACAGCTCGAGGGTCAAGTTTAGTGCGAGTAGGGTTGGCATGAACATAAGTAGTGCAACCAAATAATTTGAGTGGTAAGTCAGAGAACAACCGAACAATAGGAAAATAATTTTTTTAAATGATTAAGAGGAGTTTTAAAATTCAAAACCTTAGTTGGCATTCGATTGATAAGGTATGTAACTATAAGAACTACGTCACCCCACAAATATTTTGGGACAGTCATAGAAAACATAAGGGCACAAGCAACTTCAAGTAAATGTCTATTCTTTTGCGTAGCAATTCCATTTTGTTGAGGAGTATCACGACATGTGGCTTGATGAAATACCCTTTTCGTGTAAAAACTTGTTAGTTCGTTGAAAGATTCAGCACCACTATCTGAGTGAAGGATGCGAATTTTAGTTTGGAATTGAATCTCAATCATATTGTAAAATCTAACAAAATTCTCTTTTTCCTCCGACTTGTTAGTTAACAAATAAAGCCAGGTTAAACGAGTATGATCATCTATAAATGTAACAAACCAATGCTTTCCACTATGAGTTAAAACTTTAAACGGATCCCAAACATCAGTGTGAATTAAGGAAAAAGGTGAAGAAGCCTTGTAAGGTTTCGGCAAATAAGTGGATCCATGATGTTTGGCAAAAATGCAACTTTTACACTGAAAAAAAAGAACAATCAAGGCCTTTAAATAAATTTGGAAACAAATACTTTAAGTAAAAGAAATTAGGATGCCCTAATCTACGATGCCAAAGCATTATAGTTTCTTTAACAGGAGAACATACACTACTCAAGCCCTAAACTTGTTTATGACTAGCTGAAACTTCATCAAAGTAATAAAGACCACCGATTATCCTAGCACATCCAATTGTCTCCTTTGGGTCCTGATCCTAAAAGGTACAATGAGTGTCACAGAAGTCAACAAGACAAGTAGCATCCTTAGAGATTTTACTAACAGATAACAAATTGCAAGCTAATTTGGAACATGAAGAACATAATGCAATATAAGTTTTGCAGTCAGAGGAATAGTTCCTTTGCCTACAATGGTGGTGAAACTACCATCGACGATGCAAATCTTTTCATTGCAATATATAGGACAGTAGGGTGCAAATAAGGAAGAGGAACCGGTCATATGATCAGAGGCTCCAGAATCTATAATCCATGGAGATGAGTTTATGCAAGAGAGGGCTTGAGGAAAATTACCTGATTGTGCCAAGGAAACACTAGGATTACCAGATGAGGAAGTAGTCTTTAGCAATTTCAAGATTTGATCAATCTGCTCCTTGCTAAATAGGTTGGAATCACCAACATTTGCATTCGAGGTGTGTAGGTGGGAATTTCTCTCCCTTTGCTTAGAACTTTTCCAATTCGCAGGTTTTCCATGAAGCTTCCAACATGTTTCACGTGTATGTGGGGGTTTATTGCAACGGTCACACTTAACTCGAGGCTTTTCATGTGTCTTGCTGAAGTGATCAGAGGCCTTCATGGCTATTTGTTCGGTCACCAACGCTGAACATTCTACAGAATCTATAGGCTTTTTTCCAACCATAACATTCATGCGGCTTTCTTCACTGCAAACTTTAGAAAAAACGTCAATAATAGAAGGAAGAGTGGTTTCCCAAGTATTCGACCTCTAACCTCATCAAATTCAATGTTGAGGTCGGCAAGGAACTTGTAAATACGATCGACTTTTACAGTTTTCTTATAATGCTTTTGATCATTTGTAGACTTTCCATTTGTATGAATCAAAGAGATCCAGGTCTTGCCGGATCATAATCCAGAGTACATCCCCCTCAATCTTCAATTCCCTAAGCTCTTCATAATTGCATTGCTGCCTAGTGGTTCAGTTATTGCTCATTGGGACAATTCCACTATGTCTTGGTCAATTGTGTTTTCAAGAATGTTAAAAGAAGACGAAATTCTAGATTTCCAATCTCGGTTATACCTTCTCTCTTCTAAAAGGGTGATAGATTCGGATGATAGAAATATTGGTCAACTGATACGTTGGTGTAATGCACCACCAGGCCCAGGATTCGGAATTCAGATCCCCGACATTCCCCCGCATCTCCTGCGACCTGACAACCATCAGATTCACTTGTTTTAAAGGGTTATTAGAGTGAAAGTTGTCCCCACAAACCAACACGGATCCTTTCAGCATGCTTTGTCCTTACATGCATCCTAGAAAAATTTCCAGGAGGTCACCCAACATAGAATTGTTCCAAGCTAAGCACGCTTAACTTTGAAGTTTCTATGATTGAGCCACCGAAAAGGAAGGTGTACCTTGTTGGTATAGGTAGTAACTTTTAATTCTTTTAAACCTTTCTTAACCTTACTTTCATGTCCTAAGGATCTCTCTTATTCAGATGTGATATCGGTTCATTCATGTCCCCCTCCTAAACTCAGGGCATTACAATTGGTCTTCTAAATTGTTCCTCGATTATGCAAAGAAGGATCCCCAGTAAGTGTCCCAGTAAGTGTCTTTTGCCCTCGGTGTGCTCGCTCTGTATGAAGGACAAAGGACAGTGAGGACCTGCTGCATCTCTTTATTATCTGCCCTTATTCTACCAATTGCTGGGGGAGTATGCTTTCCCTTTTCGATGTGGCATGGGATCTCGATGGATCATTAAGCTCGAATGTCTTTCAACTTCTTAGGAGTTTGGTACTGTCAAAGAGACCGAGAATAATATGGGAGAACATGTCGAAAGCAATGCTTACAGAGATCGGGTTTGAACGTAATCAACGAATATTTAATGACAAGACAAGGGGCTGGACTGAAACTGTGGACACTGCAAAAAGAAATGCTGCAGCTAGGTGTTCATTGAACAAGGAATTTAGTGAGTATTCCATTCAAGATTTATGCTTAAACTGGGCGGCTTTCATCTTTCAACCCAATTAATCAATGCTGATCTCTCTTCATTTTTCAGAAGCTCAAGATAGGCAAGTTTGTGCAAGTTTGCTGGTTGTTAGTGTTCTTTTGTTCTCCATAGGAGATATTATTTTTGGGCATGTTTTGGAACTATTTATTTCCTGTTGTTCTTTACTTTCTGTTTTGTATTTGCCTTTCTTGGTAGTTGTTCTGGTTTAGTTGGAGTTTCTATGTTTTTGGATGTACTGTAGGATATGATGATGGTGCTAAGGGGGTGTCGACTTAGTTGAGATGTCCATATCCTCCTTTTTGCTTCTTTATTGCTCTCATTGTATAATTCTCTTGTACTTTGAATTTTATTTTACTAAAGAAGCTTGTCTCCGTTTCAAAAAGAAAAAAAAAAGCACTGACCCACAATTCCTTGGCCATAGAGTTGAACATGTAATTACAGCTGATGTCTTGAACCATGGAGTTTACAAGCCAAGTCATAACCATGGGGTTTTCAGCATCCCATGTAGCAAACAAAGGGTCATCGGGTGTTGGGGCAGTTTTCTCTTCGGTAATGTAGCCAATTTTCCCTTGTCCACGAATATACAGTCTAACACTTTGTGATCAATGAAGAAAATTGTCTCCATAAAGTCGGATCGTGGTAATTTGGAAAGTGGGGTTGTTGGAATGGATACGATTTTTGACTTTAGTCATGTGGAAGCAACAAAGGTTGAAAAACGGAGAGAATAGATCTGAAAACACCAACCAAACTTGTCATTGGCGGCGAGTGGTGGCGGACGGCAATGAAAACGATGGTTGACGGCACAGAAAGGGGCGACCGGCTAGGACCACGATGAAGAAAAAAAAACACCAACTTAAGAAATCAAGAAACGCAGCTACGGCGAGCGGTGGTCGGTGGTGGTGATTGGTCGGAGTAATATGACTGGCGGCGACAACCCTCGAGGCGACGGCTGCTGTAAGAGTTTTAGGGTTTTTTAGGTTTTAAAAATTTAGGGGTTTTCTTTAGAGTTTCAAGAACTTGCTCTGACACCATGCCAAATAATGCAATTTACAAAGAGGGTAGGGCTTTCTTGAATAGAAGAACAACCCATTACAAATAAAGAAAAATAATTTTGGCAAATATAATACCACCAATACAATAAAATATAATACAAAAAAGGAAATAATCAACAATAGTCATGAAGTCGAAGACCAAACACATAAAAATTAACTTTGAATTTTGTTTCCCTGAAGAGGTAAGCTCTCTCCCCTCTCTCCTCTCTCCTCTCTCCTCTTTCCTTTCTCCTCCCTCCTCCCTCCTCCCCTATTCGGCAGCTTGTTCTTTCCTCCATGGAAGTTGTTAGTTGCAAAATTGATCAGTCACACTACTGTATCTGGAAAGTGAGAGATCGTTGCTATATTGAAGATGTAGAAGCTGACAGAAGCATTTCCCTTTCCGTTAGCCAACTTAGATGGACCCAGTCAGTAGTGTTTGACCTTATCAGAACCCCGCTGAACAGTCATTTTAGGAAACTCGGGGACATTGACAGAGGTAGACTAAGAATTTCAAAATTTCAAGCTAAATCTGGTTGGGTTCTTAGTTGTGATCATTGGCCTTATTCAGGGGGCCTATTCAATATCAGAGTATGCTTAGAGGTAAAGAGCAGCAAGGTTGGAAGCTGTTCAGTTCGATGTTGGACAGATTCATTGCAAATCTGGACTATGCTAAATGATACTCTGATATTTCCTCCAAGTCTCATTCCCCAAACTGGAAAGGAAATAAAAGTTATATTGAAATGGCAAATTCAAGTCTTTCTAACTCCCCTGTCCCAAGATCTGAAGTTAAGGTTTCAGGTCAGATTCCTAGTCAAAAAAGGAAGACTCAAATGCCTGTCCACTCCCCCCCCTCATTTCAAAAGCAATGGCTGATTAAGAATCACGAAGTGGTGAAAGTCAATTTCGAAAATTTATGGATTATTTCGAAATTATTTGTTTCAGATGATTGGAAACTGATTCGTAAGAAGTTGGAAGTTCTTCTCCAGACGAAAATTGTTATTAATCCTCTATATGATGAGAATGCCCTAATTAGTCTTGACCAAGGATCAATCTTAAATTTTATTCGAGAGGAAGGAAAATGGCAGGTTTGTGGGAACTTTCATCTCAAATTTGAAAGATGGGATAACTTCAAACACAGCCGGCCTTTTGTTCAAAAAGGTTACGGCGGATGGCTCAAAATTAAGAACCTTCCTTTGGATTACTAGTGTAGAAGCACATTTGAGGCAATTGGGGATCATCTGGGAGGTCTTATAGATATAGCCTCCGAAACTTTGAATTTTATCAACGTTAGTGAAGCCCGGATTCAAGTTAAAAAGAATTCTTGTGGTTTTGTGCCATCCACGATTGAAATTACAGACCTTAAGAGGGGAAATTTCTTCCTTCATTTTGGTGACTTTGAATTCTTAAATCCTTCTAGCCCCTACCTTATGGGATGATTTTATAAACCCTCTTGATTGCTTGAGAGTAAGAGAAGTTATGCTTGATGAAAATGTTGATTTTTCCCACTTTCCACCTATCTAGAAAATTCCGAAATCAGTTTTTGCAACTCTTCCCAGAAGCAGAAACCCTTTTGATATTCTGAAGCATTTTTCGATCATCCCTCCAGCACCGTTGAAGGCGATAGTGGTCGACCGGCAGGTTGAAGTTGAATTGAATAAGAGGGCAACTGAACAAGCCCTTTTTTTGAATTCTGCTCTTCCCAAGACAGACAGTTGTTGCAAGAAGGCAGTGGGGCCCACAGTTAATGACTCTAATTTTAAATTTCCGGTACCCGAAGAGTCCCCTTGTGAGTCATTAAATGAGAGGATTAATGGAGAAAAGGCCCATCTTAATATCTTATTAAATAACAACGGTTTTTGCCCATTTAATTCGGTTGACAACTCAGCAAATTTATTGCAAATTTCTGTCTAGAACGTTTCAGATCCAGAAATCTCACATCCTGTTAGTGTAGGGGGCCATCCTTCTTCAGAAGTCGGTTTCTTCAACCGTTTCAAGTGTGCCAAAGGTAGTAAAGTCTCTCATGTTCCAAAAATTCTCAAGTAGTATATCCGCAAGCAAACTACCTTCAACAACGTGTGGACTGCCCTTTTAAGATTTAAACTCAAGGGGTCTGTGACCTAAAAATCCCCCCTTTGGATTCTTTTCAGAACAAACAGCCTTCAGTTTCTGCTAATAATCCGGACCTTCTGGAAGTCTATAGCTCTAAAGTTCAGGCCCCTGAACGATTCATCAGGTCAGTAAATGAAGTTTCTTCATCAAAATGTCTCACTTCTTCTATTCCCTCCACCTCTAACCCAAAGGCGTTTTCCCTACGAGGCTCCCCCTGCAAAGATGACATCTCTCAAAAACCAGCTTGAAATTTCCTCTCCTTTCAGCGTTAGTAGTGAAGACTCTACAGATTCCATCAGCGAGGTTGACCTTAATATAGACTCAGTAATTGAAGGGATGGATCTCAATGTTTTGTTTAATGATAAGGGTTCCCCTGCAACTAAACTTCCCCTAGATCTGCCTAAAGATTTGATATCTATAGTCAATGACTGTGGAATTATTTTGGCTTAATTTTGAAGTGCAGACTTCCTTTTCTTCTTCCAGCCATCATGAAGATTGTCTCCTGGAACTTTAGGGGTTTGAAAGATTCCTCCAAACGGGCAACTCTAAAAAGTTCATTAAATATTGCAACCAGGATATTGATTTGTTTCAAGAGTCCAAGAAGGATAACTTGATTTTGACTTTTATAAAATCACTGTGGAGTTCCAAGGATATAGGCTGGGAATTTGTGGCATCTGTCAGGTCTTCTGGGGGAATTCTTACCATGAGGGACAGTAGCAAATTTTCAGTATTTGAGGTTATTAAAAGGTGTATCTCTCTGTCTATCAAATGCCTCTCCATGTGCAATAAGGTCTGCTAGATCACAAATGTCTATGGTCCTTGTGGATAAAGAGAAAGGAATTTAGTTTGGTCCAAATTGTCTTCCTTGTCTGCTTGTTCGGCAAAGGTTTGGTGTGTAGGTGGGGATTTTAACATCACTCGTTGGGCCCAGGAAAGATTTCCTCTAGGCAGGAGCACTAGAGGAATGTCATTGTTCAATAAGTTTTTTGATTCGATCAATCTCATGGAAATTCCATTGCAAAACGGAAGGTACACTTGGTCTAGAGAGGGTAACTCTCCTTCCAGATCTTTATTAGTCAGATTTTTCATAAATCAGGATTGGGATGGCCTTTTGGATAATTCTCGGGTTTCACGCAAACCTCGTATTTTCTCGGATCACTTTCCTTTACTCTTGGAGGCTGGTGTGTTTCGCTGGGGTCCCTCTCCTTTTCGGTTCTGTAACAGCTAGCTGCTGTCCAGTGAATGTAATCAGATTATTGTTGAATCAGTCAGTAACTCAAATTTTATGGATGGGCTGACTTCATATTACATGAGCAGTTGAGATCAGTTAAAATGGCAGTAAAAGCTTGGAATTCTGCAGCACAAGTCAAGGTAAAAGAAAGAGAAAAAACTTGTCATTTGAATTAGAATTCTATGATTCTGTGGCAGAGTTGATTGGTTTAAATGAAGAGGAGCTGGGTTTTAGAACTGCCCTGCAAGCTGAATTACTCTATATTTATCAAAGCAAAGAGTGCAGTTATTTCCAGAAATGCAATCTTATCTGGCTGTCATCGGGCGATGATAACACGGGCTTCTTCCTCCGTTTTTTAAATGCAAAGAAAAAAAGGAACCTCATTCTTGCAGCTCCTCTTGGCTTTATGATGTTTTTGAAGGATTGCCCGTGTTTTGATTTCATTTTAGTGTTTTTTTATTTTGGGCCTTCCATTTTGTCTCTTTCAGTCTTTACTGTGTAATCTAGTCTTTTATAATATTTTGGAGTTTGTACTGCTGTTTTTTCTTTTGTATGTTTTACCGTGTTGCTCGGGATTTTTTGTTTGGCGCTAAGGGGTGTCAAACTAGTTGAGATGTCTGGGTGTGCCTTCTGTTCCCTCTAGTTTTCCCTGTTTTACTTCTTCTTTATTGCTCTCTCTGTATAACTTTCTTGTTCTTAGAGTTCTTATTAATAAAGAAGTTTTGTCTCCGTTTCAAAAAAAAAAAAAAAAAAATTAACTTTTAATCTAGCGACACTTGTGGGTGAGTACAACCTTCATCAGTGAGAGAAAAATTAACTTCTACTGCGGAATACATGAATTGAGGCACCTTTTTTAACAATAGTACTTGGGGAAAGCTGGAATAAAGTTTTTGTCATTCATTTACATATTTTAGCCCCTTTAAATTCCAACAGGATAAAGTGAATTGACTCTTCCCATTTCAAAAAGTATGAATACTTTTTCCATGTGCTTGATTTGCTTTTGGCTACATAGCTTAATAAACTACTGCATTTCCTGTGTCACGATTGGGTTTATTAACTCTCATATTAAAAGTCAATAACAAATAAACACATTGGCTATGATAAGGTGGTTTCTTTACATTTTTAACCATTTTTTTTTATTTATGTATACAAAAATGTGTACTAGTTCCAAATTATAATTTTGAAGCTTAGTTCTTTATTTATTTTCTTTCTTTATTTTGGTTGTGCGTGTTGTAATTAAAATTTATCATTGTTCACAGTCAAAATCTGCTCCAGTTCGTGGGAAGAAGGGACATAATGGGGAGATGAACTACAAAGATGTGGATACCTCTGAACAACCGGCAATTGAGAAGCATGTAGATGATCTTTCTGATCAAGTCGATGTTCATCCACCTGAACAAGTATAACTGAACTCCCTCAAAGCTTCTTTAAATTCCTAGATGCTTTAAAATTAATGCACGTTCTCTTTATATTTTTCTTGAATTAGTTTTTGATGGAAGGAGTGAAGAGGACCAAATATTACTATGCAATCGAGGATATTAGGAATGAGAAAAGATAAAATTTGTATGGCAACAAGATAGAAAGGGAAGAAAAGGAAGCGAAAATGTTCAGAGGGCATTAGGATTTAAAATTTGTCGTATTCAATAATACATTCTTTTGTATTTTAGCATGAACAGAACAAGTTTTTCCTGGAAGACAATGTGTCATAAGCAGAAAATCTTCATTTCCTCATCCTTACGTTCGTTCGAACTTTGATGAAGGATTGGTTGAGTTATTGCATCCTTTGGTAATGTCATTGTCTCAAATGAAAGTTAGAAAAAGTTTGGGGTTATTCGTTTATCTCGGTTCCGATCTTCTTATGGTTAGTTTCTTGAATGTGTCGTTTGCCCTACTACTGGAGGAAGGAAGAATATTCATGTTCTAGCTAGTATTGATAAGTAAGGTTGGTTAGTTTTTTGGGAAATGGTGAGAGACTTTCTCCTTGAATTTGACTGGCTGAATTGTTAACAATTCAATTCTTCTTCAAGGAACAGGAAGTGCAACAGTTTCATGAGGAAAAAAAGTTTGACAGGTTATCTATGAGAAGTTAAGTGGATGTGGTTGTTCATAAATCCAATTTCCGATTGATCATCAATTTTGGGTATGTACATGGGAAAAGGCTATCTAAGTGATGATATGTTCAAACTGAACGTACTGGCAGAAATGCCAAAGAATAATAATAAAAATATCAACTCTTCTACTTATATTGTTGAGTTGTGTGATGTTTAGCATTCTAGATTGGGACATGTAAATTATCGTTCTTTTAATACAATGGTAAGTTTAAGACTATTGTCGAATTTTAACATTGATAATAGACACAAATGTGAAGTTTGTGTTGAATCAAAGTTTACTAGAAACTCATTTTCATCTGTGAAAAGAAGTAATGAGTTACTTGATTTAATCCACAGTGATGTATGTGACATGAAAAACACTCCCACACGAGGTGGTAAGAGATATTTTGTCACATTCATTGATGATTTTAGTAAATATTGCTATGTATGTTTATTACATAGTAAAGATGAAACCTTTAATATTTTTAAAACATATAAGGCAGAAGTTGAAAATCAACATGACAAGAAAATAAAGGTGCTTAGATTAGAGAGAGGTGGTGAATATGAATCTTCATCCCTATATGAATTTTGTAAAGTTAATGGTACAATCCATCAAACTACAACACCTTATGCACCACAACAAAATGGTGTAGTTGAAAGAAATAACCGAACTTTAAAGCACATGATTAATTGCATGTTAAATAGTTTAGGTTTACCTCACAATTTGTGAGGCGAAGCATTGCTTACAACAAATTTTATATTAAATAAAATTCCACATAAGTCTAATAAGTCCTCTTATGAAGTGTGAAATGGAAAGTTCCCCTCATATAAAATATGAAAGTGTGGGGTGCTTGGCAAAGGTACAAGTTCCTTTACCAAAAAGGACCAAACTTGTAGTACACTCTAGACTATGGATTGCTTTATATGAGGTATCCATATGTATTTGAAGGATTTAGTGATGCGAATTGGATTTCTGATAGCATGGAGACTAAATCAACTAGTGGGTATATTTTTACCTTAGGTGGAGTCGCCAGATCATGGACATCTTCAAATAGATGTTTATAACACGTTTTTGATGTAGTAAGAATATGGTATTATGGTCAAATCCTTAATTTATTAGAATTAGGATTAGGATTAGTTTCTTTGGTTTATTAGAATTAGAATTACTTTCTTTTATTATTTAGAATTAGGATTAAGTTTCTTTTATTAATTAGGATTACGATTACGATTAGGATTAGGATTAGGTTAAGTCTTTTATTAATTATGATTAGGATTAGTTTACTTTTACTATAAATAGAGTAGTAGTCTTCTTGTATTCACAACTTCAAAAACATTAATAAAATTCTCTCATTTGATTTACATCAAATTGGTATCAGAGCACCAAGAAACTTGGACCCGATGGCGGGAAGAAGGCCTACCGGCAATGAGCGCATGACAACCTTCAAAGAGGCGGAGCAAACAAACGTCCTATCATTGAAGACAACAATCCGACGCTTGTAGTCAATCAAAAGCACTATCGATGGTATTTGTTGTTCACTTGAACGCATGTCCTTGGCACTTGATCAAATAGAAAACAATAAGGGTTTACCGTGACACGGATTGGAAAAAATCAACCAAGAACCACAAATTACTCCAACAAAGACAGTGTCCAAAATTTGCCACTGATTATCCAATAATGACCGAGAAGGAAAGTTTACCAAAGAAGATACTATGAAAACAACATGCCAACATTTGAAGAAAATGAGCCAAGTAAAGAATATGAGGAAGAAATAAACTCAAAGAAGCAAGAATATTATAGTATAAACCGTAAAGAAGAAGAAATTGCTTATGGGAATAAAAACGACGAAATCATTGTGCAACCTAATTTGAAAGAGCAAATGACGTCGACATTTGAAGAAAATGAGCCTAGTAAAGAAGATGAGAAAGTCTTGATAAAGCAGCAGAAGAAGCTAAATAGCTTCGAAATTTTCTTGAAGGTATTCCAATGTGGCCAAAGTCTGTAACTGCAATATGTATCTATTGTGACAATTTTACGGCTTCTATGAGAGCCAAGAATACCGTCTATAATGGCAAGTCACGACATATTAGACCCATGCATAATGCGATAAGACAATTGCTCTCTAATGGAATAATTTCCATTGATTGTGTGAAATCAAAAGAGAATATTGCAGATCTTTTGACGAAATGGTTGTCAAGAGAGTAAGTCACATATACATCGAGGGAAATGAGACTAAAGCATATGCAATGAGTTATCTGGTGGTAAGCTAACCTAGTTGACTGGAGATACCAAGATCTAGGTTCGATAGACAAATTATCTGGATAATTCATAGTTGACACACTACAAAACTTTTAGTTTCTTCCCATTTCTATGATGTTTTAGAGAGTGTGATTTGTTGATGTTAAAGTTATATTGATATCTTGTTTTGCAAGAGGAGTAATGACAAAATTCTCTTAATCAAATATTACCTATGTGAGAGTAGAAGTGGGGTCGCTTCTATGAGAACTTTTCAAATGACTTATGTTTTCTCAAACTCTCATGAATTCAAGATTTTGTCCAGGACTAAAATGGACACAAATGTATAGAACTCAAAGATACAAGATGAGTTGTGCGTGATATCTATTGTCTCAATTCACCAATAAAAGTGGTAGTTCCAGAGCTTGGTCTCACTATTTCTTTGGTAAATTTGATTGATATTTACTAAGGAAGGTTCAAGTCCATAAGACACCTCTCCTGATGCATAACTTGGTTGTTTACTCTCAACAGTTTGGTTTGATTTTTCTCTTTCTTTAATGTGGGGGATTGTTGGATATTCATAGTGAAAAAAGTGAAACTTTGGTGAATTTTGAAACATAAAAAATGAATTTATATGTGTAAATTAAATTCATTGTTAGAAACTTCAAATTGGATTGAAACCATCAAATTAAGATGTTGTTTCATGTACAAATTTAACATGTATGAAAGTTAAATTTGTTGTTTCTTCAATTTGAATGAGTTATGTTTGATTTTAGTCAAATAACAACTAAATTGTGTTAAATTTTGCATATGTTTCAATTTTATATTTATTTGATTTTATTTTGTATTTTGGAGAGTTACTAAGTTGCTAGCCTATAAATAGCAGCTTGTTCCTTCATTTGTAGCATCCCATTCTAAAATTGAAGTGTTCTCTCCTATCTTCTTTTTTTCTTTCTTTTCTTTGTTATTGAGTTGAGTTGAGAGCAACTCAACTGAAATAAGGCAGAGGGGAAAAGGCAAATGAAAGCTAGTTGTGCTTTTTGTGATCTAATCGTAGAATTTCTAACTAACTTAAGAGGTAAAAGCCGACCAATTAAAACACAAATCTTAAATAGAGTAGACACTAAACTCCTTATTCAGAGTGCACCAAGCAGCTGCATTTCTTTTTGCAATGTGCATTCATTCTGTCCAACCTATATACTTGTCATGGAATATCCTTTGGTCGCGTTCAAACCATATTTCCGCGAGTAGTGCTTTGGGCAAATTAATCCATAATAAACTTGGCCCCTTTTTTATAAATGGACTCATAAGAATCTGTCTTACTTGGAGTTTAATGAGCCATCATACCCAATTAAGTTTGAATAAAAAGAGCAAACTACCCTAGCACTTAGCTGAATATGATCTGGAGAAGAACAAATGTTGTAGATCTTCCTTTTCTTGAAGGCAAAGAGCATACTGAGAACATGAGGCAACTATTTGGAAACTTCCTTTGCATAACCAATGAACAATTTAATAGCCCAAAGAGCATAATCCGTCTGAAAATGTTAACTCTCCTAAGGCTGTTGGATTTTCATAAGGCTTTGTAAGCCTCTCTATCCGACGGAGATGAGGGTGAAAGGTGAGCCACAAGAGATTTGACTGAAAACTTGCCGGATGGTTCTAAAGACCAAGGTCTTCTATCCAAAGATTCTGCCACTTGCCTTTGCGAAAGAAGTTGAAGCAATTGCTGAAACTCTATGATTTCATCTTCTTTAACTTGGTGATAAAAAATGTAAAGTCCTTTAGATTTTTTTTTAAACGGGAAACGAGTCTCTTTTATTAATGAAAATACTAAAACAAAAGCTCAAAATATTAGAGAATTATACAATGAGAAAAAGAACCTGGGGATTAATAGACGCACCCGGACATCTCAACTAGGTTGACACCTCTTTATTGTCTTCATCATGTCCGTACAAACTAGTAAATACTTGAAAACTGAGGCCAAACAAACGGCCTTTACAGCGTAAATAAGAATGTATGAAAATCCAAGGAAACAAACTTGAATACACAAAAAATCCAAACTGTCTAGTAACATAACTAAATAGGAAACCAAATATCCCTAAACCCTGGTTGGTTTGCTGAAATGAAGGCACTCCAATTTGGGTTTAGCTCAGAAATGCTGTACATATCACATTCCTTAGATAGAATGCACCACGATGAAGCGTTTCTATGAGCAACTTCGAAACATTCTATCCAACCAAGAGATTTGTTTTGAAAAGTCCTTTGGTTTCTATCAAACCATAAATCCACCAAAGAAACCAAAATTCACCAATAATGCTTTGACTGCATTCCACCATAATATCTGAGAGGTCTTATTAAAATAAGCCCCCCCTAGAAGTTGTCTAACCAATTCTCTACACTTCTTATCAAACACCCATGACATGTGAAAAATCGAGAACAATTTTTCCCAACATTTGGCTGAATATGAGCAAATGAAAAAAAGATGAGATGGATCTTCTCCATGTTGAAGACAATAATCTAGATTCATGCCATTTCCCAATAATTTTCTTCGTTACAAGATCCTGAAACATGCAATGGCCAGGATAGAGCGAGACACAACAATTAAGGTCTCGAGTGATTTGACTAATAGAGATCAAGTTAAATGACAATTGAGGTAAATGTTGGACAAGTGATAGAGAACGAGATGAGGTGAGATTTATAGTGCCAGATCCAAGAATAGAAGACTTTGATCCATCTGCTAAGGTAGAACGGGTAGTGGATGAAGATGACAGAATTGTAAAAAATAATTTGGGATTACCTTTCATATGAGCAATACTACTGGAGGCTATGACCCATTGCGTAGAGGAGGATAGGAGACAATGGTTGCAATACAGGCACATGCAAATGATGAAGGAGATGGTTTCGACGAGTTTTGGTAGTTTTGAAATTTAGTAGACAAACCTTAGATGGATTGGGTTCACAATTGAACCACATTAGACATCACTATGGGATCTTGTTCAGCCATAGAATAGAAACTGTTGGAATTTCCATTTGTTGAAATATTAATTGTTAAGGAGATGTGCTGGTTAGATCGTTTTGAGATAGCCAATTGTAATGCTGCAGCTTGGTGTACATTATTCAAAGATTTCATAGCTTTCTCCATCCAAGAAATCATTCTTAATTGGCAGGCCTTCATTTCTCCAGATCATTAGAAGCCACCTTCTTCATGCCTCATGTTTTTTGCAGCCTTCATTGAAAGTCCTTTGCCTCCACTTTTTCAGATCATCAAAAGCCACCATCTTCATGCCTCATTTTTGCTGTCTTCCTGTTTCTTAGTTTGATATTGCTTATCCTGTTTGCAACCTCTGCTTGTTTGTCTTCTTGTAAGATTCTTATCATGTATCTTGGGCTGTAATTGTTGTTGGAAATGATGAGGGCGCTAAGGGATGTCAACCTAGTTGAGATGTTCGGGTGTGTCCACTGATCCTTTGGTCTCTTTTTTTCGCTTTTTGTATAAACCTTTTGTACGTTGAGCTTTAATATTATTAACAAGAGGCCGATTTCCTTTTTTAAAAAATAGAAATATTAATTGTTAAATATTTTCCTTTATTGTTTTTGTTATTTTCCATAATTGTAAGAGGTCTTTCTCCTATATAAGAAGACCTAAGATTGTGAATAAAGATTAAAAGAAATTATTTGATTCCAAGTTGGTATAAAAAACAACATACCCATCATTTTGCTGAAACCCTAGCTGCCGTCTTCAAACAACGCAACCTACTTGGAATTAAACATTTGTGTTGGCACATTCGAACCCTAACCACCCATCACCCAACACGCTGGCCTTCCTTGCCATCGTCGACATTTTGAACACCGCTGTACAATGCCACTTTGGTGATCTGGATCCCTAGTCGTCGCACTAGCTTGCCCAAATTTGCCGTGCATGACGCCAACCTCTGCCGCAACCTCCCTTGTGTCCAAGCAGATCACGGTCGAAGCTTTATCTGCGTCACCTTCTGTCAAGTCAATAGTCATCGAATCTCCACCTTCTGTCAAGTCACCTTCATCGGCATCACCCTCTGTCAACATCTCCCTCCTACAAATGTGCACAAATACGTCATTCAAGGCTTTGCTCCGATAGACACATGCTTTACAGTGCTGCCTCTGCCCAAACCTAATAGCAGCTTTTTGTTTCAGATTGTTTCGGCTCTTCGGTTTGGTCAGACCAGTTCGATCAATCAAAGCAAACTCAGACCAGGTCATTTTTTTGTGGGTTGCTGGTTTGGTTCATCACGTGGTTTGGTTCAACAGTTCTGTTTTTTTGTTCTTGCTGGTTCAGTTCAGTTTAATTGGTCTAAAGAAATCTGGTTTGGTTTGGCAGATTTACTCTCTTTATCTTTATTATGTAATACAATGTTGCAAGAACAAATTCATCAAACCTTAAAATTACTACCTACCAATTTCTCATCTAATAAATTTTGTATTTCTTTGACTCACATAGGTGATTATCCTAAGGCATTCTTGTGTAGTAGTTCCTCTCCGTGGATTATCGGTTCCGAAGCTTCAGATCACATGACTAGTACTTTTTTAAATTCATAGTCCCGTCATATTGCAATGAGAAAATTAGGATTGCCGATGGTAGTTTTTCTTCTATATCAAGAAAAGGAACTATTAAATTGACCGATAATATTTCTCTACAATCTGTCTTACATGTTCCAAAATTAGCCTGTAATCTTTTATCCGTTTCTACACTCTCAAGAGATTCTAACTGTCAAATTATCTTTTTTAATCTCATTGTATTTTTCAGGATAAAAAATCAGAGAAGATGGTT

mRNA sequence

ATGGCACAACATTCTTCCTCTTCCCAATCCGATCTATCTCTTTCTCGCAACTCTTCTCTCAGTCGTCTCAACGCTCAGGCTCCTGAGTTCGTCCCCACTCGTCCCTCCACTCGTCCCGATCTACAACCACTGCCTCCTCCACCCAAGCAATCTCCACGTATTCTCATCCCTTCTCCTCCTCCTCCTCCTCCTCCGGCTATGATGCATGGTTATCCTCCCCCTCCTCCTGGATCTCCCTTCCATGTTCCCATTCAGACCACCCCTGTCCCTGTCCCTGTCCCCACTCATGTCGTTTCCATTCAAAATCATCCCTATCATCCTCATCATCGCCACCACCACCATTCTCATCACGTTCCTGTGCTTTATCACCCTCATAATCCTCAGTATTATGCGGACAATGGCGGTTTTCATGACCCCGACACGCCGGTTGTGCAGCCAGCTCAGAAGCCTCTGGTTGAGTCCGACTACGCTGCTCCATCTAGGAGTAACTCACCGATGAATGATTTAAACTTGGCGACTACTGATCATTTGATGAGGTTCATCAATAAAGATCCCGATGGATATGTTCCTATATCGGTTGTTGCATCATTCAAGAAGATTAAGGCTCTCATTAATAGTCACTTTCAGCTAGCCAATATTTTGCGGAACTCTTCTAAGCTTTTGGTAAGTGAAGACGGAAAGAAAGTCAAACGTAAGCAACCATTTTCTGAGTCAGATATGGAGGAGCTGCAATCTCGTATAGTAATTGCGGAGAACTTACCTGAGGATCATTGCCACCAAAACCTCATGAAGATATTTTCTGCTGTTGGGAGTGTTAAGAATATTCGAACTTGTCAACCTCAAATCTCAGATGGTGGAGCTTCTTCAACATCTAAATCCGCAAAAGCTGATGGAGTGCATTACAGTAACAAGTTGCATGCATTTGTGGAATATGAATCAGTGGAGCTGGCGGAGAAGGCTGTTGCAGAATTAAATGATGAAGGGAATTGGAGAAATGCACTTAGGCTTCGTTTGATGCTTTCATGCTCGTCAAAATCTGCTCCAGTTCGTGGGAAGAAGGGACATAATGGGGAGATGAACTACAAAGATGTGGATACCTCTGAACAACCGGCAATTGAGAAGCATGTAGATGATCTTTCTGATCAAGTCGATGTTCATCCACCTGAACAAGTGATTATCCTAAGGCATTCTTGTGTAGTAGTTCCTCTCCGTGGATTATCGGTTCCGAAGCTTCAGATCACATGACTAGTACTTTTTTAAATTCATAGTCCCGTCATATTGCAATGAGAAAATTAGGATTGCCGATGGTAGTTTTTCTTCTATATCAAGAAAAGGAACTATTAAATTGACCGATAATATTTCTCTACAATCTGTCTTACATGTTCCAAAATTAGCCTGTAATCTTTTATCCGTTTCTACACTCTCAAGAGATTCTAACTGTCAAATTATCTTTTTTAATCTCATTGTATTTTTCAGGATAAAAAATCAGAGAAGATGGTT

Coding sequence (CDS)

ATGGCACAACATTCTTCCTCTTCCCAATCCGATCTATCTCTTTCTCGCAACTCTTCTCTCAGTCGTCTCAACGCTCAGGCTCCTGAGTTCGTCCCCACTCGTCCCTCCACTCGTCCCGATCTACAACCACTGCCTCCTCCACCCAAGCAATCTCCACGTATTCTCATCCCTTCTCCTCCTCCTCCTCCTCCTCCGGCTATGATGCATGGTTATCCTCCCCCTCCTCCTGGATCTCCCTTCCATGTTCCCATTCAGACCACCCCTGTCCCTGTCCCTGTCCCCACTCATGTCGTTTCCATTCAAAATCATCCCTATCATCCTCATCATCGCCACCACCACCATTCTCATCACGTTCCTGTGCTTTATCACCCTCATAATCCTCAGTATTATGCGGACAATGGCGGTTTTCATGACCCCGACACGCCGGTTGTGCAGCCAGCTCAGAAGCCTCTGGTTGAGTCCGACTACGCTGCTCCATCTAGGAGTAACTCACCGATGAATGATTTAAACTTGGCGACTACTGATCATTTGATGAGGTTCATCAATAAAGATCCCGATGGATATGTTCCTATATCGGTTGTTGCATCATTCAAGAAGATTAAGGCTCTCATTAATAGTCACTTTCAGCTAGCCAATATTTTGCGGAACTCTTCTAAGCTTTTGGTAAGTGAAGACGGAAAGAAAGTCAAACGTAAGCAACCATTTTCTGAGTCAGATATGGAGGAGCTGCAATCTCGTATAGTAATTGCGGAGAACTTACCTGAGGATCATTGCCACCAAAACCTCATGAAGATATTTTCTGCTGTTGGGAGTGTTAAGAATATTCGAACTTGTCAACCTCAAATCTCAGATGGTGGAGCTTCTTCAACATCTAAATCCGCAAAAGCTGATGGAGTGCATTACAGTAACAAGTTGCATGCATTTGTGGAATATGAATCAGTGGAGCTGGCGGAGAAGGCTGTTGCAGAATTAAATGATGAAGGGAATTGGAGAAATGCACTTAGGCTTCGTTTGATGCTTTCATGCTCGTCAAAATCTGCTCCAGTTCGTGGGAAGAAGGGACATAATGGGGAGATGAACTACAAAGATGTGGATACCTCTGAACAACCGGCAATTGAGAAGCATGTAGATGATCTTTCTGATCAAGTCGATGTTCATCCACCTGAACAAGTGATTATCCTAAGGCATTCTTGTGTAGTAGTTCCTCTCCGTGGATTATCGGTTCCGAAGCTTCAGATCACATGA

Protein sequence

MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPPPPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPVLYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSPMNDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDGKKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGGASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKSAPVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQVIILRHSCVVVPLRGLSVPKLQIT

Homology

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BLAST of PI0009909 vs. ExPASy Swiss-Prot
Match: O80567 (La-related protein 6B OS=Arabidopsis thaliana OX=3702 GN=LARP6B PE=1 SV=2)

HSP 1 Score: 318.2 bits (814), Expect = 1.4e-85
Identity = 217/426 (50.94%), Postives = 270/426 (63.38%), Query Frame = 0


Query: 5   SSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPPPPPP 64
           S+SS SD SL R+ SLSRLNA APEFVP R +         PP  Q PR++I   PPPPP
Sbjct: 31  SASSSSDPSLLRSLSLSRLNAGAPEFVPGRTT---------PPLPQPPRMII---PPPPP 90

Query: 65  PAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQN-HPYHPHHRHHHHSHH-----V 124
             M+H Y   P   PF+ P+     PVP+  H+V +QN HP+H  H+HHHH+ H     V
Sbjct: 91  HGMLHMYHHQP---PFNTPVLG---PVPIQPHLVPVQNHHPHHRFHQHHHHNRHQNQQYV 150

Query: 125 PVLYHPHNPQYYADNGGFHDPD------------------TPVVQPAQKPLVESDYAAPS 184
           PV  H    Q     GG  +PD                    V +      ++S    P 
Sbjct: 151 PVRNHGEY-QQRGGVGGEQEPDLVSKKNDRRDHSKRESKNDQVTETGASVSIDSKTGLPE 210

Query: 185 RSNSPM--------NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLAN 244
            S   +        +DLNLATTDHLMRFI KDP+GYVPI VVASFKKIKA+IN++ QLA 
Sbjct: 211 DSIQKIVNQVEYYFSDLNLATTDHLMRFICKDPEGYVPIHVVASFKKIKAVINNNSQLAA 270

Query: 245 ILRNSSKLLVSEDGKKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSV 304
           +L+NS+KL VSEDGKKV+R  P +ES +EELQSRI++AENLPEDHC+QNLMKIFS VGSV
Sbjct: 271 VLQNSAKLFVSEDGKKVRRISPITESAIEELQSRIIVAENLPEDHCYQNLMKIFSTVGSV 330

Query: 305 KNIRTCQPQISDGGASSTSKS-AKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWR 364
           KNIRTCQPQ +  GA   ++S AK+DG  +SNK+HAFVEYE VELAE+AV EL++ GNWR
Sbjct: 331 KNIRTCQPQNNGSGAPPAARSAAKSDGTLFSNKVHAFVEYEIVELAERAVTELSEAGNWR 390

Query: 365 NALRLRLMLSCSS---KSAPVRGKKGHNGEMNYK--DVDTSEQPAIEKHVDDLSDQVDVH 393
           + L++RLML   +   K    RG+KGH+ ++ ++  D  TSEQ  IEK  DD S + D H
Sbjct: 391 SGLKVRLMLKHQTKEPKQGQGRGRKGHDADVEHEEDDATTSEQQPIEKQSDDCSGEWDTH 437

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BLAST of PI0009909 vs. ExPASy Swiss-Prot
Match: Q9LHL3 (La-related protein 6C OS=Arabidopsis thaliana OX=3702 GN=LARP6C PE=3 SV=1)

HSP 1 Score: 183.3 bits (464), Expect = 5.4e-45
Identity = 106/239 (44.35%), Postives = 148/239 (61.92%), Query Frame = 0


Query: 123 HPHNP--QYYADNGGFHDPDTPVVQPAQKPLVESDYAAP--SRSNSPMNDLNLATTDHLM 182
           H H+P   +Y  N     P +     + K L+  D       +      D++L   + + 
Sbjct: 109 HVHDPAAAFYISNPAVQFPASQNSSSSSKNLLSDDLRLKIVKQVEYQFTDMSLLANESIS 168

Query: 183 RFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDGKKVKRKQPFSES 242
           + I+KDP+GYVP+S +AS KKIKAL ++H  ++  LR+SSKL+VSEDGKKVKR   F++ 
Sbjct: 169 KHISKDPEGYVPVSYIASTKKIKALTSNHHLVSLALRSSSKLVVSEDGKKVKRTSQFTDR 228

Query: 243 DMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGGASSTSKSAKADG 302
           D EELQ R V+AENLP+DH +QNL KIF  VG+VK IR C P        S S   K D 
Sbjct: 229 DREELQGRTVVAENLPDDHSYQNLEKIFGVVGNVKAIRICHP------PESNSSRPKGDF 288

Query: 303 VHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKSAPVRGKKGHNG 358
           +  SNK+HA +EY++  +A+KAV +LNDE NWR  LR+RL+L CS KS  ++ ++  +G
Sbjct: 289 L-MSNKIHALIEYDNTVIADKAVEKLNDERNWRKGLRVRLLLRCSPKSV-LKNRRNFDG 339

[Close]

BLAST of PI0009909 vs. ExPASy Swiss-Prot
Match: Q94A38 (La-related protein 6A OS=Arabidopsis thaliana OX=3702 GN=LARP6A PE=2 SV=1)

HSP 1 Score: 132.5 bits (332), Expect = 1.1e-29
Identity = 75/184 (40.76%), Postives = 109/184 (59.24%), Query Frame = 0


Query: 167 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 226
           +D NL T   L+  + ++  G+VPIS +A+F K+K L   H  + + L+ SS L+VS D 
Sbjct: 116 SDENLPTDKFLLNAMKRNKKGFVPISTIATFHKMKKLTRDHALIVSALKESSFLVVSADE 175

Query: 227 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 286
           KKVKR  P  E  + + +   V+ ENLPEDH ++N+ +IF   GS+K++  C P      
Sbjct: 176 KKVKRLSPLPE--IRDPKIFTVLVENLPEDHSNENIREIFGKAGSIKSVSICDP----NA 235

Query: 287 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 346
              + K  K +      +LHAFVEYE+VE AEKA A LN+E +WRN LR++L+   + K 
Sbjct: 236 VEESEKGGKKEN-FIRTRLHAFVEYETVEAAEKAAATLNNEQDWRNGLRVKLLEQAAGKF 292

Query: 347 APVR 351
           A  R
Sbjct: 296 AQRR 292

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BLAST of PI0009909 vs. ExPASy Swiss-Prot
Match: Q7ZWE3 (La-related protein 7 OS=Danio rerio OX=7955 GN=larp7 PE=2 SV=1)

HSP 1 Score: 67.0 bits (162), Expect = 5.7e-10
Identity = 52/159 (32.70%), Postives = 83/159 (52.20%), Query Frame = 0


Query: 168 DLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDGK 227
           D+NL     +   I +  DGY+ I+V+ +F ++K L      +A  L+NS+ + V+++G 
Sbjct: 56  DVNLHKDRFMKSIIEQSRDGYIDIAVLTTFNRMKNLTADVKLIARALKNSTIVEVNDEGT 115

Query: 228 KVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGGA 287
           +++RK+P  E+  +++ SR V  E LP+   H  L ++FS  G V         IS    
Sbjct: 116 RIRRKEPLGETP-KDVDSRTVYVELLPKTVTHIWLERVFSKCGHV-------VYISIPRY 175

Query: 288 SSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELND 327
            ST  S          K  AFVE+E+ E A+KAV  LN+
Sbjct: 176 KSTRHS----------KGFAFVEFETQEQAQKAVEMLNN 196

[Close]

BLAST of PI0009909 vs. ExPASy Swiss-Prot
Match: Q28G87 (La-related protein 7 OS=Xenopus tropicalis OX=8364 GN=larp7 PE=2 SV=1)

HSP 1 Score: 66.6 bits (161), Expect = 7.4e-10
Identity = 48/159 (30.19%), Postives = 78/159 (49.06%), Query Frame = 0


Query: 168 DLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDGK 227
           D+NL     L   I K  DGY+ IS++ASF K+K +      +A  ++NSS + ++  G 
Sbjct: 50  DVNLHKDRFLREQIEKTRDGYIDISLLASFNKMKKITTDSKLIARAVKNSSVVEINLSGT 109

Query: 228 KVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGGA 287
           K++R+ P  E   +++ SR V  E LP++  H  + ++F   G V  +    P+    G 
Sbjct: 110 KIRRRFPLGEKP-QDVDSRTVYVELLPKNVTHSWIERVFGKYGMV--VYVSIPRYKSTG- 169

Query: 288 SSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELND 327
                           K  AF+E+E+ E A KA+  LN+
Sbjct: 170 --------------DPKGFAFIEFETQEQAAKAIEVLNN 190

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BLAST of PI0009909 vs. ExPASy TrEMBL
Match: A0A5A7TGF6 (La-related protein 6B isoform X2 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold67G003570 PE=4 SV=1)

HSP 1 Score: 717.2 bits (1850), Expect = 3.9e-203
Identity = 378/405 (93.33%), Postives = 383/405 (94.57%), Query Frame = 0


Query: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60
           MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP
Sbjct: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60

Query: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120
           PPPPPAMMHGYPPPPPGSPFHVPIQTT  PVPVPTHVVS+QNHPYHPHHRHHHHSHHVPV
Sbjct: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTT--PVPVPTHVVSLQNHPYHPHHRHHHHSHHVPV 120

Query: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP--------------M 180
           LYHPHNPQYYADNGGFHDPDTPVVQPAQKPL+ESDYAAPSRS                  
Sbjct: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLLESDYAAPSRSKLTDEVSQKLLNQVEYYF 180

Query: 181 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240
           +DLNLATTDHLMRF+NKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG
Sbjct: 181 SDLNLATTDHLMRFVNKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240

Query: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 300
           KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISD G
Sbjct: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDSG 300

Query: 301 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360
           ASSTSKSAKADG+HYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS
Sbjct: 301 ASSTSKSAKADGMHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360

Query: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQV 392
           APVRGKKGHNGEMNYKDVD SEQPAIEKHVDDLSDQVDVHPPEQV
Sbjct: 361 APVRGKKGHNGEMNYKDVDASEQPAIEKHVDDLSDQVDVHPPEQV 403

[Close]

BLAST of PI0009909 vs. ExPASy TrEMBL
Match: A0A1S3BHG3 (la-related protein 6B isoform X2 OS=Cucumis melo OX=3656 GN=LOC103489697 PE=4 SV=1)

HSP 1 Score: 716.8 bits (1849), Expect = 5.0e-203
Identity = 377/405 (93.09%), Postives = 383/405 (94.57%), Query Frame = 0


Query: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60
           MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP
Sbjct: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60

Query: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120
           PPPPPAMMHGYPPPPPGSPFHVPIQTT  PVPVPTHVVS+QNHPYHPHHRHHHHSHHVPV
Sbjct: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTT--PVPVPTHVVSLQNHPYHPHHRHHHHSHHVPV 120

Query: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP--------------M 180
           LYHPHNPQYYADNGGFHDPDTPVVQPAQKPL+ESDYAAPSRS                  
Sbjct: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLLESDYAAPSRSKLTDEVSQKLLNQVEYYF 180

Query: 181 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240
           +DLNLATTDHLMRF+NKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG
Sbjct: 181 SDLNLATTDHLMRFVNKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240

Query: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 300
           KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISD G
Sbjct: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDSG 300

Query: 301 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360
           ASSTSKSAKADG+HYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS
Sbjct: 301 ASSTSKSAKADGMHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360

Query: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQV 392
           APVRGKKGHNGEMNYKDVD SEQPAIEKHVDDLSDQVDVHPPEQ+
Sbjct: 361 APVRGKKGHNGEMNYKDVDASEQPAIEKHVDDLSDQVDVHPPEQI 403

[Close]

BLAST of PI0009909 vs. ExPASy TrEMBL
Match: A0A1S3BHP7 (la-related protein 6B isoform X3 OS=Cucumis melo OX=3656 GN=LOC103489697 PE=4 SV=1)

HSP 1 Score: 715.7 bits (1846), Expect = 1.1e-202
Identity = 377/404 (93.32%), Postives = 382/404 (94.55%), Query Frame = 0


Query: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60
           MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP
Sbjct: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60

Query: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120
           PPPPPAMMHGYPPPPPGSPFHVPIQTT  PVPVPTHVVS+QNHPYHPHHRHHHHSHHVPV
Sbjct: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTT--PVPVPTHVVSLQNHPYHPHHRHHHHSHHVPV 120

Query: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP--------------M 180
           LYHPHNPQYYADNGGFHDPDTPVVQPAQKPL+ESDYAAPSRS                  
Sbjct: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLLESDYAAPSRSKLTDEVSQKLLNQVEYYF 180

Query: 181 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240
           +DLNLATTDHLMRF+NKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG
Sbjct: 181 SDLNLATTDHLMRFVNKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240

Query: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 300
           KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISD G
Sbjct: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDSG 300

Query: 301 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360
           ASSTSKSAKADG+HYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS
Sbjct: 301 ASSTSKSAKADGMHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360

Query: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQ 391
           APVRGKKGHNGEMNYKDVD SEQPAIEKHVDDLSDQVDVHPPEQ
Sbjct: 361 APVRGKKGHNGEMNYKDVDASEQPAIEKHVDDLSDQVDVHPPEQ 402

[Close]

BLAST of PI0009909 vs. ExPASy TrEMBL
Match: A0A1S3BGU3 (la-related protein 6B isoform X1 OS=Cucumis melo OX=3656 GN=LOC103489697 PE=4 SV=1)

HSP 1 Score: 715.7 bits (1846), Expect = 1.1e-202
Identity = 377/404 (93.32%), Postives = 382/404 (94.55%), Query Frame = 0


Query: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60
           MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP
Sbjct: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60

Query: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120
           PPPPPAMMHGYPPPPPGSPFHVPIQTT  PVPVPTHVVS+QNHPYHPHHRHHHHSHHVPV
Sbjct: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTT--PVPVPTHVVSLQNHPYHPHHRHHHHSHHVPV 120

Query: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP--------------M 180
           LYHPHNPQYYADNGGFHDPDTPVVQPAQKPL+ESDYAAPSRS                  
Sbjct: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLLESDYAAPSRSKLTDEVSQKLLNQVEYYF 180

Query: 181 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240
           +DLNLATTDHLMRF+NKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG
Sbjct: 181 SDLNLATTDHLMRFVNKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240

Query: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 300
           KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISD G
Sbjct: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDSG 300

Query: 301 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360
           ASSTSKSAKADG+HYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS
Sbjct: 301 ASSTSKSAKADGMHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360

Query: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQ 391
           APVRGKKGHNGEMNYKDVD SEQPAIEKHVDDLSDQVDVHPPEQ
Sbjct: 361 APVRGKKGHNGEMNYKDVDASEQPAIEKHVDDLSDQVDVHPPEQ 402

[Close]

BLAST of PI0009909 vs. ExPASy TrEMBL
Match: A0A6J1I3E0 (la-related protein 6B-like OS=Cucurbita maxima OX=3661 GN=LOC111470630 PE=4 SV=1)

HSP 1 Score: 630.2 bits (1624), Expect = 6.2e-177
Identity = 351/417 (84.17%), Postives = 362/417 (86.81%), Query Frame = 0


Query: 1   MAQHSSS-----SQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQ--------PLPPP 60
           MAQHSSS     SQSD SLSRNSSLSRLNAQAPEFVPTRPS+R DLQ        P PPP
Sbjct: 1   MAQHSSSSSLSPSQSDPSLSRNSSLSRLNAQAPEFVPTRPSSRSDLQPPPHSAAGPAPPP 60

Query: 61  PKQSPRILIPSPPPPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHP 120
           PKQSPRILIPS PPPPPPAMMH YPPPPPGSPFHVPIQ+   PVPVPTHVVS+QNH YH 
Sbjct: 61  PKQSPRILIPS-PPPPPPAMMHVYPPPPPGSPFHVPIQS---PVPVPTHVVSLQNHHYHR 120

Query: 121 HHRHHHHSHHVPVLYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP-- 180
           HHRHHHHSHHVPVLYHPHNPQYYADNGGFHDPDT VVQ AQKP VE+DYAAPSRS     
Sbjct: 121 HHRHHHHSHHVPVLYHPHNPQYYADNGGFHDPDT-VVQQAQKPQVETDYAAPSRSKLTED 180

Query: 181 ------------MNDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANI 240
                        +DLNL TTDHLMRFINKDPDGYVPISVVASFKKIKALINSH QLANI
Sbjct: 181 VSLKLLNQVEYYFSDLNLTTTDHLMRFINKDPDGYVPISVVASFKKIKALINSHSQLANI 240

Query: 241 LRNSSKLLVSEDGKKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVK 300
           LRNSSKL+VSEDGKKVKRKQP SESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVK
Sbjct: 241 LRNSSKLMVSEDGKKVKRKQPLSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVK 300

Query: 301 NIRTCQPQISDGGASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNA 360
           NIRTCQPQISD GASSTSKSAKADG+HYS+KLHAFVEYESVELAEKAVAE+NDEGNWRNA
Sbjct: 301 NIRTCQPQISDSGASSTSKSAKADGMHYSSKLHAFVEYESVELAEKAVAEINDEGNWRNA 360

Query: 361 LRLRLMLSCSSKSAPVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQ 391
           LRLRLMLSC SKSA  RGKKGH+GEMN KD +TSEQP IEKHVDDLSDQVDVHP EQ
Sbjct: 361 LRLRLMLSCPSKSALARGKKGHSGEMNCKDDETSEQPRIEKHVDDLSDQVDVHPHEQ 412

[Close]

BLAST of PI0009909 vs. NCBI nr
Match: KAA0041938.1 (la-related protein 6B isoform X2 [Cucumis melo var. makuwa])

HSP 1 Score: 717.2 bits (1850), Expect = 8.0e-203
Identity = 378/405 (93.33%), Postives = 383/405 (94.57%), Query Frame = 0


Query: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60
           MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP
Sbjct: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60

Query: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120
           PPPPPAMMHGYPPPPPGSPFHVPIQTT  PVPVPTHVVS+QNHPYHPHHRHHHHSHHVPV
Sbjct: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTT--PVPVPTHVVSLQNHPYHPHHRHHHHSHHVPV 120

Query: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP--------------M 180
           LYHPHNPQYYADNGGFHDPDTPVVQPAQKPL+ESDYAAPSRS                  
Sbjct: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLLESDYAAPSRSKLTDEVSQKLLNQVEYYF 180

Query: 181 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240
           +DLNLATTDHLMRF+NKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG
Sbjct: 181 SDLNLATTDHLMRFVNKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240

Query: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 300
           KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISD G
Sbjct: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDSG 300

Query: 301 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360
           ASSTSKSAKADG+HYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS
Sbjct: 301 ASSTSKSAKADGMHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360

Query: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQV 392
           APVRGKKGHNGEMNYKDVD SEQPAIEKHVDDLSDQVDVHPPEQV
Sbjct: 361 APVRGKKGHNGEMNYKDVDASEQPAIEKHVDDLSDQVDVHPPEQV 403

[Close]

BLAST of PI0009909 vs. NCBI nr
Match: XP_008447186.1 (PREDICTED: la-related protein 6B isoform X2 [Cucumis melo])

HSP 1 Score: 716.8 bits (1849), Expect = 1.0e-202
Identity = 377/405 (93.09%), Postives = 383/405 (94.57%), Query Frame = 0


Query: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60
           MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP
Sbjct: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60

Query: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120
           PPPPPAMMHGYPPPPPGSPFHVPIQTT  PVPVPTHVVS+QNHPYHPHHRHHHHSHHVPV
Sbjct: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTT--PVPVPTHVVSLQNHPYHPHHRHHHHSHHVPV 120

Query: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP--------------M 180
           LYHPHNPQYYADNGGFHDPDTPVVQPAQKPL+ESDYAAPSRS                  
Sbjct: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLLESDYAAPSRSKLTDEVSQKLLNQVEYYF 180

Query: 181 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240
           +DLNLATTDHLMRF+NKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG
Sbjct: 181 SDLNLATTDHLMRFVNKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240

Query: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 300
           KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISD G
Sbjct: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDSG 300

Query: 301 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360
           ASSTSKSAKADG+HYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS
Sbjct: 301 ASSTSKSAKADGMHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360

Query: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQV 392
           APVRGKKGHNGEMNYKDVD SEQPAIEKHVDDLSDQVDVHPPEQ+
Sbjct: 361 APVRGKKGHNGEMNYKDVDASEQPAIEKHVDDLSDQVDVHPPEQI 403

[Close]

BLAST of PI0009909 vs. NCBI nr
Match: XP_031744248.1 (la-related protein 6B isoform X2 [Cucumis sativus] >KAE8646076.1 hypothetical protein Csa_016910 [Cucumis sativus])

HSP 1 Score: 716.5 bits (1848), Expect = 1.4e-202
Identity = 379/404 (93.81%), Postives = 382/404 (94.55%), Query Frame = 0


Query: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60
           MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTR DLQPLPPPPKQSPRILIPSPP
Sbjct: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRSDLQPLPPPPKQSPRILIPSPP 60

Query: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120
           PPPPPAMMHGYPPPPPGSPFHVPIQTT  PVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV
Sbjct: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTT--PVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120

Query: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP--------------M 180
           LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRS                  
Sbjct: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSKLTDEVSQKLLNQVEYYF 180

Query: 181 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240
           +DLNLATTDHLMRF+NKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG
Sbjct: 181 SDLNLATTDHLMRFVNKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240

Query: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 300
           KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISD G
Sbjct: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDSG 300

Query: 301 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360
           ASSTSKSAKADG+HYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS
Sbjct: 301 ASSTSKSAKADGMHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360

Query: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQ 391
           APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQ
Sbjct: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQ 402

[Close]

BLAST of PI0009909 vs. NCBI nr
Match: XP_008447187.1 (PREDICTED: la-related protein 6B isoform X3 [Cucumis melo])

HSP 1 Score: 715.7 bits (1846), Expect = 2.3e-202
Identity = 377/404 (93.32%), Postives = 382/404 (94.55%), Query Frame = 0


Query: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60
           MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP
Sbjct: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60

Query: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120
           PPPPPAMMHGYPPPPPGSPFHVPIQTT  PVPVPTHVVS+QNHPYHPHHRHHHHSHHVPV
Sbjct: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTT--PVPVPTHVVSLQNHPYHPHHRHHHHSHHVPV 120

Query: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP--------------M 180
           LYHPHNPQYYADNGGFHDPDTPVVQPAQKPL+ESDYAAPSRS                  
Sbjct: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLLESDYAAPSRSKLTDEVSQKLLNQVEYYF 180

Query: 181 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240
           +DLNLATTDHLMRF+NKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG
Sbjct: 181 SDLNLATTDHLMRFVNKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240

Query: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 300
           KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISD G
Sbjct: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDSG 300

Query: 301 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360
           ASSTSKSAKADG+HYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS
Sbjct: 301 ASSTSKSAKADGMHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360

Query: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQ 391
           APVRGKKGHNGEMNYKDVD SEQPAIEKHVDDLSDQVDVHPPEQ
Sbjct: 361 APVRGKKGHNGEMNYKDVDASEQPAIEKHVDDLSDQVDVHPPEQ 402

[Close]

BLAST of PI0009909 vs. NCBI nr
Match: XP_008447184.1 (PREDICTED: la-related protein 6B isoform X1 [Cucumis melo])

HSP 1 Score: 715.7 bits (1846), Expect = 2.3e-202
Identity = 377/404 (93.32%), Postives = 382/404 (94.55%), Query Frame = 0


Query: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60
           MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP
Sbjct: 1   MAQHSSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPP 60

Query: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQNHPYHPHHRHHHHSHHVPV 120
           PPPPPAMMHGYPPPPPGSPFHVPIQTT  PVPVPTHVVS+QNHPYHPHHRHHHHSHHVPV
Sbjct: 61  PPPPPAMMHGYPPPPPGSPFHVPIQTT--PVPVPTHVVSLQNHPYHPHHRHHHHSHHVPV 120

Query: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLVESDYAAPSRSNSP--------------M 180
           LYHPHNPQYYADNGGFHDPDTPVVQPAQKPL+ESDYAAPSRS                  
Sbjct: 121 LYHPHNPQYYADNGGFHDPDTPVVQPAQKPLLESDYAAPSRSKLTDEVSQKLLNQVEYYF 180

Query: 181 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240
           +DLNLATTDHLMRF+NKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG
Sbjct: 181 SDLNLATTDHLMRFVNKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 240

Query: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 300
           KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISD G
Sbjct: 241 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDSG 300

Query: 301 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360
           ASSTSKSAKADG+HYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS
Sbjct: 301 ASSTSKSAKADGMHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 360

Query: 361 APVRGKKGHNGEMNYKDVDTSEQPAIEKHVDDLSDQVDVHPPEQ 391
           APVRGKKGHNGEMNYKDVD SEQPAIEKHVDDLSDQVDVHPPEQ
Sbjct: 361 APVRGKKGHNGEMNYKDVDASEQPAIEKHVDDLSDQVDVHPPEQ 402

[Close]

BLAST of PI0009909 vs. TAIR 10
Match: AT2G43970.1 (RNA-binding protein )

HSP 1 Score: 318.2 bits (814), Expect = 1.0e-86
Identity = 217/426 (50.94%), Postives = 270/426 (63.38%), Query Frame = 0


Query: 5   SSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPPPPPP 64
           S+SS SD SL R+ SLSRLNA APEFVP R +         PP  Q PR++I   PPPPP
Sbjct: 31  SASSSSDPSLLRSLSLSRLNAGAPEFVPGRTT---------PPLPQPPRMII---PPPPP 90

Query: 65  PAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQN-HPYHPHHRHHHHSHH-----V 124
             M+H Y   P   PF+ P+     PVP+  H+V +QN HP+H  H+HHHH+ H     V
Sbjct: 91  HGMLHMYHHQP---PFNTPVLG---PVPIQPHLVPVQNHHPHHRFHQHHHHNRHQNQQYV 150

Query: 125 PVLYHPHNPQYYADNGGFHDPD------------------TPVVQPAQKPLVESDYAAPS 184
           PV  H    Q     GG  +PD                    V +      ++S    P 
Sbjct: 151 PVRNHGEY-QQRGGVGGEQEPDLVSKKNDRRDHSKRESKNDQVTETGASVSIDSKTGLPE 210

Query: 185 RSNSPM--------NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLAN 244
            S   +        +DLNLATTDHLMRFI KDP+GYVPI VVASFKKIKA+IN++ QLA 
Sbjct: 211 DSIQKIVNQVEYYFSDLNLATTDHLMRFICKDPEGYVPIHVVASFKKIKAVINNNSQLAA 270

Query: 245 ILRNSSKLLVSEDGKKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSV 304
           +L+NS+KL VSEDGKKV+R  P +ES +EELQSRI++AENLPEDHC+QNLMKIFS VGSV
Sbjct: 271 VLQNSAKLFVSEDGKKVRRISPITESAIEELQSRIIVAENLPEDHCYQNLMKIFSTVGSV 330

Query: 305 KNIRTCQPQISDGGASSTSKS-AKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWR 364
           KNIRTCQPQ +  GA   ++S AK+DG  +SNK+HAFVEYE VELAE+AV EL++ GNWR
Sbjct: 331 KNIRTCQPQNNGSGAPPAARSAAKSDGTLFSNKVHAFVEYEIVELAERAVTELSEAGNWR 390

Query: 365 NALRLRLMLSCSS---KSAPVRGKKGHNGEMNYK--DVDTSEQPAIEKHVDDLSDQVDVH 393
           + L++RLML   +   K    RG+KGH+ ++ ++  D  TSEQ  IEK  DD S + D H
Sbjct: 391 SGLKVRLMLKHQTKEPKQGQGRGRKGHDADVEHEEDDATTSEQQPIEKQSDDCSGEWDTH 437

[Close]

BLAST of PI0009909 vs. TAIR 10
Match: AT2G43970.2 (RNA-binding protein )

HSP 1 Score: 282.3 bits (721), Expect = 6.1e-76
Identity = 204/426 (47.89%), Postives = 255/426 (59.86%), Query Frame = 0


Query: 5   SSSSQSDLSLSRNSSLSRLNAQAPEFVPTRPSTRPDLQPLPPPPKQSPRILIPSPPPPPP 64
           S+SS SD SL R+ SLSRLNA APEFVP R +         PP  Q PR++I   PPPPP
Sbjct: 31  SASSSSDPSLLRSLSLSRLNAGAPEFVPGRTT---------PPLPQPPRMII---PPPPP 90

Query: 65  PAMMHGYPPPPPGSPFHVPIQTTPVPVPVPTHVVSIQN-HPYHPHHRHHHHSHH-----V 124
             M+H Y   P   PF+ P+     PVP+  H+V +QN HP+H  H+HHHH+ H     V
Sbjct: 91  HGMLHMYHHQP---PFNTPVLG---PVPIQPHLVPVQNHHPHHRFHQHHHHNRHQNQQYV 150

Query: 125 PVLYHPHNPQYYADNGGFHDPD------------------TPVVQPAQKPLVESDYAAPS 184
           PV  H    Q     GG  +PD                    V +      ++S    P 
Sbjct: 151 PVRNHGEY-QQRGGVGGEQEPDLVSKKNDRRDHSKRESKNDQVTETGASVSIDSKTGLPE 210

Query: 185 RSNSPM--------NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLAN 244
            S   +        +DLNLATTDHLMRFI KDP+GYVPI VVASFKKIKA+IN++ QLA 
Sbjct: 211 DSIQKIVNQVEYYFSDLNLATTDHLMRFICKDPEGYVPIHVVASFKKIKAVINNNSQLAA 270

Query: 245 ILRNSSKLLVSEDGKKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSV 304
           +L+NS+KL VSEDGKKV+R  P +ES +EELQSRI++AENLPEDHC+QNLMKIFS VGSV
Sbjct: 271 VLQNSAKLFVSEDGKKVRRISPITESAIEELQSRIIVAENLPEDHCYQNLMKIFSTVGSV 330

Query: 305 KNIRTCQPQISDGGASSTSKS-AKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWR 364
           KNIRTCQPQ +  GA   ++S AK+DG  +SNK                V EL++ GNWR
Sbjct: 331 KNIRTCQPQNNGSGAPPAARSAAKSDGTLFSNK----------------VTELSEAGNWR 390

Query: 365 NALRLRLMLSCSS---KSAPVRGKKGHNGEMNYK--DVDTSEQPAIEKHVDDLSDQVDVH 393
           + L++RLML   +   K    RG+KGH+ ++ ++  D  TSEQ  IEK  DD S + D H
Sbjct: 391 SGLKVRLMLKHQTKEPKQGQGRGRKGHDADVEHEEDDATTSEQQPIEKQSDDCSGEWDTH 421

[Close]

BLAST of PI0009909 vs. TAIR 10
Match: AT3G19090.1 (RNA-binding protein )

HSP 1 Score: 183.3 bits (464), Expect = 3.9e-46
Identity = 106/239 (44.35%), Postives = 148/239 (61.92%), Query Frame = 0


Query: 123 HPHNP--QYYADNGGFHDPDTPVVQPAQKPLVESDYAAP--SRSNSPMNDLNLATTDHLM 182
           H H+P   +Y  N     P +     + K L+  D       +      D++L   + + 
Sbjct: 109 HVHDPAAAFYISNPAVQFPASQNSSSSSKNLLSDDLRLKIVKQVEYQFTDMSLLANESIS 168

Query: 183 RFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDGKKVKRKQPFSES 242
           + I+KDP+GYVP+S +AS KKIKAL ++H  ++  LR+SSKL+VSEDGKKVKR   F++ 
Sbjct: 169 KHISKDPEGYVPVSYIASTKKIKALTSNHHLVSLALRSSSKLVVSEDGKKVKRTSQFTDR 228

Query: 243 DMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGGASSTSKSAKADG 302
           D EELQ R V+AENLP+DH +QNL KIF  VG+VK IR C P        S S   K D 
Sbjct: 229 DREELQGRTVVAENLPDDHSYQNLEKIFGVVGNVKAIRICHP------PESNSSRPKGDF 288

Query: 303 VHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKSAPVRGKKGHNG 358
           +  SNK+HA +EY++  +A+KAV +LNDE NWR  LR+RL+L CS KS  ++ ++  +G
Sbjct: 289 L-MSNKIHALIEYDNTVIADKAVEKLNDERNWRKGLRVRLLLRCSPKSV-LKNRRNFDG 339

[Close]

BLAST of PI0009909 vs. TAIR 10
Match: AT5G46250.1 (RNA-binding protein )

HSP 1 Score: 132.5 bits (332), Expect = 7.8e-31
Identity = 75/184 (40.76%), Postives = 109/184 (59.24%), Query Frame = 0


Query: 167 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 226
           +D NL T   L+  + ++  G+VPIS +A+F K+K L   H  + + L+ SS L+VS D 
Sbjct: 116 SDENLPTDKFLLNAMKRNKKGFVPISTIATFHKMKKLTRDHALIVSALKESSFLVVSADE 175

Query: 227 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 286
           KKVKR  P  E  + + +   V+ ENLPEDH ++N+ +IF   GS+K++  C P      
Sbjct: 176 KKVKRLSPLPE--IRDPKIFTVLVENLPEDHSNENIREIFGKAGSIKSVSICDP----NA 235

Query: 287 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 346
              + K  K +      +LHAFVEYE+VE AEKA A LN+E +WRN LR++L+   + K 
Sbjct: 236 VEESEKGGKKEN-FIRTRLHAFVEYETVEAAEKAAATLNNEQDWRNGLRVKLLEQAAGKF 292

Query: 347 APVR 351
           A  R
Sbjct: 296 AQRR 292

[Close]

BLAST of PI0009909 vs. TAIR 10
Match: AT5G46250.2 (RNA-binding protein )

HSP 1 Score: 132.5 bits (332), Expect = 7.8e-31
Identity = 75/184 (40.76%), Postives = 109/184 (59.24%), Query Frame = 0


Query: 167 NDLNLATTDHLMRFINKDPDGYVPISVVASFKKIKALINSHFQLANILRNSSKLLVSEDG 226
           +D NL T   L+  + ++  G+VPIS +A+F K+K L   H  + + L+ SS L+VS D 
Sbjct: 116 SDENLPTDKFLLNAMKRNKKGFVPISTIATFHKMKKLTRDHALIVSALKESSFLVVSADE 175

Query: 227 KKVKRKQPFSESDMEELQSRIVIAENLPEDHCHQNLMKIFSAVGSVKNIRTCQPQISDGG 286
           KKVKR  P  E  + + +   V+ ENLPEDH ++N+ +IF   GS+K++  C P      
Sbjct: 176 KKVKRLSPLPE--IRDPKIFTVLVENLPEDHSNENIREIFGKAGSIKSVSICDP----NA 235

Query: 287 ASSTSKSAKADGVHYSNKLHAFVEYESVELAEKAVAELNDEGNWRNALRLRLMLSCSSKS 346
              + K  K +      +LHAFVEYE+VE AEKA A LN+E +WRN LR++L+   + K 
Sbjct: 236 VEESEKGGKKEN-FIRTRLHAFVEYETVEAAEKAAATLNNEQDWRNGLRVKLLEQAAGKF 292

Query: 347 APVR 351
           A  R
Sbjct: 296 AQRR 292

The following BLAST results are available for this feature:

BLAST of PI0009909 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
O80567	1.4e-85	50.94	La-related protein 6B OS=Arabidopsis thaliana OX=3702 GN=LARP6B PE=1 SV=2	[more]
Q9LHL3	5.4e-45	44.35	La-related protein 6C OS=Arabidopsis thaliana OX=3702 GN=LARP6C PE=3 SV=1	[more]
Q94A38	1.1e-29	40.76	La-related protein 6A OS=Arabidopsis thaliana OX=3702 GN=LARP6A PE=2 SV=1	[more]
Q7ZWE3	5.7e-10	32.70	La-related protein 7 OS=Danio rerio OX=7955 GN=larp7 PE=2 SV=1	[more]
Q28G87	7.4e-10	30.19	La-related protein 7 OS=Xenopus tropicalis OX=8364 GN=larp7 PE=2 SV=1	[more]

BLAST of PI0009909 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5A7TGF6	3.9e-203	93.33	La-related protein 6B isoform X2 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27...	[more]
A0A1S3BHG3	5.0e-203	93.09	la-related protein 6B isoform X2 OS=Cucumis melo OX=3656 GN=LOC103489697 PE=4 SV...	[more]
A0A1S3BHP7	1.1e-202	93.32	la-related protein 6B isoform X3 OS=Cucumis melo OX=3656 GN=LOC103489697 PE=4 SV...	[more]
A0A1S3BGU3	1.1e-202	93.32	la-related protein 6B isoform X1 OS=Cucumis melo OX=3656 GN=LOC103489697 PE=4 SV...	[more]
A0A6J1I3E0	6.2e-177	84.17	la-related protein 6B-like OS=Cucurbita maxima OX=3661 GN=LOC111470630 PE=4 SV=1	[more]

BLAST of PI0009909 vs. NCBI nr


Match Name	E-value	Identity	Description
KAA0041938.1	8.0e-203	93.33	la-related protein 6B isoform X2 [Cucumis melo var. makuwa]	[more]
XP_008447186.1	1.0e-202	93.09	PREDICTED: la-related protein 6B isoform X2 [Cucumis melo]	[more]
XP_031744248.1	1.4e-202	93.81	la-related protein 6B isoform X2 [Cucumis sativus] >KAE8646076.1 hypothetical pr...	[more]
XP_008447187.1	2.3e-202	93.32	PREDICTED: la-related protein 6B isoform X3 [Cucumis melo]	[more]
XP_008447184.1	2.3e-202	93.32	PREDICTED: la-related protein 6B isoform X1 [Cucumis melo]	[more]

BLAST of PI0009909 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G43970.1	1.0e-86	50.94	RNA-binding protein	[more]
AT2G43970.2	6.1e-76	47.89	RNA-binding protein	[more]
AT3G19090.1	3.9e-46	44.35	RNA-binding protein	[more]
AT5G46250.1	7.8e-31	40.76	RNA-binding protein	[more]
AT5G46250.2	7.8e-31	40.76	RNA-binding protein	[more]

InterPro

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

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR006630	La-type HTH domain	SMART	SM00715	la	coord: 167..232 e-value: 9.0E-16 score: 68.4
IPR006630	La-type HTH domain	PFAM	PF05383	La	coord: 168..215 e-value: 2.3E-9 score: 37.1
IPR006630	La-type HTH domain	PROSITE	PS50961	HTH_LA	coord: 148..239 score: 17.014706
IPR000504	RNA recognition motif domain	PFAM	PF00076	RRM_1	coord: 251..326 e-value: 1.2E-4 score: 21.9
IPR000504	RNA recognition motif domain	PROSITE	PS50102	RRM	coord: 246..343 score: 9.302753
IPR036388	Winged helix-like DNA-binding domain superfamily	GENE3D	1.10.10.10		coord: 166..235 e-value: 9.7E-16 score: 59.5
IPR012677	Nucleotide-binding alpha-beta plait domain superfamily	GENE3D	3.30.70.330		coord: 236..347 e-value: 2.7E-10 score: 42.3
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 38..81
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..81
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..26
None	No IPR available	PANTHER	PTHR22792:SF112	LA-RELATED PROTEIN 6B-LIKE	coord: 4..368
None	No IPR available	PANTHER	PTHR22792	LUPUS LA PROTEIN-RELATED	coord: 4..368
IPR034878	Plant La-related protein, RNA recognition motif	CDD	cd12288	RRM_La_like_plant	coord: 246..340 e-value: 2.00717E-44 score: 147.664
IPR035979	RNA-binding domain superfamily	SUPERFAMILY	54928	RNA-binding domain, RBD	coord: 210..331
IPR036390	Winged helix DNA-binding domain superfamily	SUPERFAMILY	46785	"Winged helix" DNA-binding domain	coord: 167..242

Relationships

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


Feature Name	Unique Name	Type
PI0009909.2	PI0009909.2	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006396	RNA processing
cellular_component	GO:0005634	nucleus
cellular_component	GO:0005844	polysome
molecular_function	GO:0008168	methyltransferase activity
molecular_function	GO:0003729	mRNA binding
molecular_function	GO:0003676	nucleic acid binding
molecular_function	GO:0003723	RNA binding