Clc05G13420 (gene) Watermelon (cordophanus) v2

Overview


Name	Clc05G13420
Type	gene
Organism	Citrullus lanatus subsp. cordophanus cv. cordophanus (Watermelon (cordophanus) v2)
Description	protein AAR2 homolog
Location	ClcChr05: 11811950 .. 11851869 (-)
RNA-Seq Expression	Clc05G13420
Synteny	Clc05G13420

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDSthree_prime_UTR

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

ATGGGAGTATAAACACTTTCCACAAGCTTCTGGACTTCAAAAGAAGAACGTTACCGTTCGATTGCCTTCGTTCTATTTCTCCCTTCAGGAGATCGAGAGCGATAAGCAAAGAAGTCACTCAGTTAGCCGCGAAAAAATTCAGTAAGAACAAGGGGAATTGGAACTCCAATATTCATTTCGCAGTGTTTTCTGAAGTTGAAATGGATCCTGAAACTGCCCTAGAGCTTGTGAAGCAGGGTTCGACGATTCTCCTCCTCGACGTTCCTCAGTACACCCTCGTTGGAATTGATACTCAGGTTAATCAGATAAATGCATCTTTCTTTCTTTTCGGTTTCTTTCTTTAACAAACGTTGTAAGAAGTTTCGAGGAACTGAAAGCAGGAATAGACTTTTAGTCACACTAACCAAGCACTGATTGCTGTTCCTGCTATTGGGTGAAATTTGTGATCGCAATGTTTGATTCTGTTGGATTTGAATATCGATTTGTGATGAACGAAAAATTGATTCGATGTTACGTGTTACTCCTCTATTTCCAGTCCTTTTTGTCTGATATTGGTCGAAATCTCTATACACTTTTTGTTGGGTTGGCGGAAAAGCCCCTTTTCCATAGTTCTAGCCGGTAATAGTTTAAATTTATTCGGTGAATGTTGTTTTTTGTTTTTGTCATGGGACTGTGTATATTAGTCCTCCATTTCCGATCATTGATAGAAAAGTCATTATATATAACCACCAAAAGTGTTTCATTGGGCTGGCAGAATTGCCAATTAATGAGCCGGTTTCATAGTTTTAGCCACGAGTACTTAAGATATTTTAAATTAAATCTTGTATTCGATGTTTCTCTTTGTTGTGAGCATTATTTCTTCTCACCTTGTATTCCTATCATTTTTAGCTGAAAACTGGCCAAAACCACTGTACATTTTTTGACTAGTTGGTAGAAAAAGCCTCGTTAGGAGCTGAATTCATGGTTTTTATTGGCTAATACTTATAATAGTATTCATTGATATTGTTGTTTTCAATGTTTATTTTTGTTGTGGGCAAGACTTATTCTCTTGATATATCATACTGGATCTCCTATCATTTTGAGAATGAATTGCCCAAAACCACTGCATACTTTTTGTTTGGTTGTCTGAAAAGCCACATTATGAGCTGATTTCATAGTTTTAGCCACCAATACTTATAATTCTCTTGACTAAATTCTATTTCAATGTATATTTTTGCTGCTAGCAAGTCTTATTCTCACCAGTCACCATGAATGAAGTTTTTGGTCATTGCCTTGTGAGCATTCAGTGGTAGGGGAAATTCTATTCTAAAATGGAAAATTGAAATAGCTTCACATTTATTTTGATCAATTTGGAGTAAATATTGCGGTCGAGTAATTTAATTTAATTTATTTTAATTTATTTAGATTGACTAATTAGTTGTTTCTCTTCTTAAGATGTTCTCTGTAGGGCCTTCTTTCAAGGGTATAAAGATGATTCCTCCAGGACCTCATTTCCTTTATTACAGCTCGTCTTGCAGGTGTTGTATCATTAATCAGGTTCTGCAGATATGTCTATTGTATTGTGGCGAACTATCACATACATAATGCTCTCTATGTTGTCATATTAAATCAGTTCTCATACAGATGCATGTCATATGATGCATCATACATTTCATTATTACCGCTCATGGATCATTCATTTTGTTATTACTGCTCATGTCCTCCCATGACTTGTTTAGCCTTGCATCCTGCATCACTTTGATAATTGCGTGTCTAATTCTAACTTTATATGACAACATTTTAGCAACTTAATGCATTGTATGTTGCTGATTAATTAGTTTCTGTAGATACCTATATACGCTCAACAATCACATACTATTAAATGCTATATTTCTTCTAGGCTACTAAATGTTGATGTCGATGGAAATATTGAAGTCCTGGTTTAATGGAAATTTTGATGTCGATGGAAATTTCGGAAAACTTTATGGAAACCGATCGAAAGTGATGGAAATTGTTATAACTAATTAGTTAATGAAACTTTGATTGTGGCTTAATTAGACTAATAATCATTTCTATAAAGTAAGACAACTTTTAGATGTATATTGTAAATGTATGTGTAAATGTAGATGCAAGATCAGAAATTTAAGAAAGAAATGGAAAAATAATTACAATATAATATAAAATATTGGTAATTAATTACAAAATCAAAGGAGACATGAAATATTTGCATACAAAATAATTATAAATTTGGGACATATACAGTGCACCCACCGTCTCCTTTATGAAATGCTTGTCAACTTCAATGTGCTTTGTCTTATCATGTAGAATTGGATTATGAGTTATAGTGATAGCAACCTTGTTATCACAATAAACCCGTATAGGTGTCTTTTGAGACACTTTCAGTTTTTCCAGTATTCTATTAATCAATATACCTTCACAAATTCCATTTGCTAAGGCTCTAAATTCCGTTTTTGCGTTACTCCTGACTACTAGCTCCAAAAGTTTAAGCTAATGGGTGAAGGAAAATTTAATCTTATATGTCATCTAATATTTCCCCGCACTTATGGACTTGAAATATGAAGAAGACCCAACAAGTGGAAATCAATATTAATTGGGGAGGAAACAACGTAAAAAACAATGTAGGGCTTGAACACAGGACCTCCCTAGATCACCTGCTCTGATACCAAGTTGAAATTGAGAAGAAAATAGTGTAGGATTATTCTTCTATATTTTTGAGTCAAATACAAGGTCTTCTTTATATAGAAGAAAGACCAACTACAAATAAGGAAGAAATCTTACAAACATAAATGATGAATATACACATAACAAATATTCAACATTACAAGAGATAAAGGAAATCCAACAGATATGCTATGATGTTAATCAAGCTATATAGCTACTTGGTTTGAGACTGTACTTGAACTTGATAGTTAACTTCTTGTAAAATTCCTCTGTAATTTTTCTGTTTGTTTTGGTAGGATTTCTTGTCCTTTCTCGTGCATGATTTCTCTTACTATTATAGTCCTTGTTTTCTATGTAAAAATGAGATGACATTATGACATCAATTATTGACCCTCGTGTTTCTGTAATGTACTTAACTCTTTATTTATTAGTCCATCGTGTTTGATGAGAAGACAATGACTAAAAGCACGTGGGAGATCACAAGATTTATCGAAAGGCCATCCAATTGGTCCAATACAATAGAAACAATCCTATTGTACTTTGAATGATTTATGAAAAAAGCCTTTTGGTCTATAAGTTTTGAGTCTAGTTTCCATTGGTACCTAAATGTTTAAAGATTACACTTTTACTCTTGAGATTTGAGTTTATTTTCCATTTGGATGACAGGTTTTAAAATGTTACATTTTTACCCCTCAATTTCGAGTTTAGTTCTCATTTGGTCCTTACATTTTAAACTCTTGCACTTTTACCCTTGAGTTTTTAACAAGTGTTCACTTTTTGTTACTAACATAACATAATCTTTGGTAGGAATTCAATAAAGGTGGGGTGGGATGGGGGCAAGATTGGGGCTTCTTGATTTATTGTGGGATCAAGGTTATGGGTTTGGAATTATTCATTCCTTGTTTACTTATTTATATTCTAGGAAGCACGACAGAGTGTGCATGTAGACACGTGTTAGACATGGATACATGTGGATGCGCTTTTGACATGTGTCTGAATTAAATATTCATTATTTTCTAATTTCGGACATAGTCAGATTTGGTGGGACACAACCTAGACACGTCGGAGATGGCCGATTAAAGAATAAGAAAACAAAAAATAGGAAACAAAATTAAAAATATTGTGGCTCACTGCAGGGAGAAAAGGAGTTGGTGGATCAACGGGTACCAACAACCTTTATTTTCCATTGCCAAACACTTGGACAGACCTGTGAAGGGAACGAAGAATATGGAGGAAAATGGAAAGTATCCTCGAAATTTGGGAAGTTAGTAAATGTAGAATTATTGTCCTTGAAATATAGAAAAGTTTTTTCTATTATTATTATTATTATTATTATTTATTTTTATAAGAGACAAATTTCATAGAGTTCATGTCCCTCTACTCCAATTTGCGGATGATATGTTAATTTTTCTCAAATATGATGTTGAGATGTTACAAACTTGCGCAAAACCATTGAGCTTTTTGAATGGTGCTTTGGTCAGAAAGTAAACTGGGATAAATCAGCCTTGTATGGGATCAATATAGATGACAATGAAGTTAGCTCCGTTGCTGCCAAGCTGAATTGCAAGATCGAAAAATTGCCTATAATGTATCTTGGTCTACCATTAGGCGGGTATCCAAAGAAGGAGTCATTTTGGCAGCCAATTCTCGATAAAATCGAAGGAAAATTGAATAAATGGAAGAGATTTAATCTGTCAGAGGAGGTAGACTGACCCTTTGCAAATGAGTGCTTTCTAATCTTCTCACATACTATATCTCTATCTTTCATTGGCGGAAAAGATAGCCTCATCCTTGGAAAGATCAATGAGAAGCTTCTTTTGGGAAGGTCATAAAGGGGGAAAATTGAACCATTTGGTCAAATGGAAGGTAGTTATAGAAGACCAAACAGATGGGGGCCCTAGTTTGGGAAGTTTGAGATCAAGAAATGTAGCCTTGCTATCTAAATGGGGGTGGCGATTTTTAAAAGAATTAGAAGCTCTTTGGAGTATGGTCATAAGGAGTATACATGGTTGTGGTCGTTCCAATTGGCATACAAGTGGAAACGTGAATGTTAGCTTGAGAAGTCCGTGGATCAGCATTTCAAGACCATGGTTAAAAGTTGAAGCTTTGGCTGAGTTTAGAGTTGGAAATGGGTGTAGAACAATGTTCTGGCTTGACCCTTGGATTGAAAAATTGCCTCTTAGCTCGAGGTTCCCAAGGCTCTTCACATTGGTTGACCTCAAATGTACAGTGGCTGATTTTTGGGACCCGAGCACCTCCTCATGGGATATTGCTTTCCGAAGACTGCTAGAAGAAGAAGAAATTGTAGACTTTATGAATCTCATGGTAGCAATTACAAACAAAAAAGTGGTAGAAGGAACGGATAAAAGGATTTGGTCTTTGGAATCAAGTGGAGTTTTTTTAGTCAAATCTCTAGTCAAGCATCTATCTTTGACCTCCCCAGTCGATCATGTTTTGGAAAAGGGTCTTTGGTATACCAAAAGCCCTCGAAGAATAAACATTATGGTCTGGCTAATGATCTTTGTATCCTTAAATTGCGTAGCAGTCCTACAGAAAAAGCTTCTCTCACACTCCTTGTCACCCTACATTTGCCTTTAAGCCTAAATAACTAGGAGGAGCTGCAGCACCTTTTCTTCGGCTGTAACTACACTTTAAAATGTTGGTATCGGCTGTTTAGCTTCTTCAATGTTTGCTGGGTCTTTGGGGAAATTTCAGTACTAATGTGGTACAGTTAGTAGTTGGTCCAACTTTGAAAAAGGGGCCTCAATTACTTTGGGGCAATGCGGTTAAAGCTATACTATCTGAAATTTGGTTTGAAAGGAACTAGAGAGTTTTCCATGATAAAGACTCCCCGTGGCTAGATCGGTTCGAGTTTGTTAGACTAAGTGCCTCCTCGTGGTGCATTCTCTCATGGCTATTTGAACTGGAAGGCCTTTATTAATCCAAATCACTAGTGCTTCCCCTTTCTTTGGTTCTTCTTATGATCATCTTTTGTATTCTCTTGTACTCAATAGGGCATAGAGATTAGACCCTAGAGATTTTATATTTTTGGTCCTTCGGGTTTTTGTACTGGCTCACTTAATACGGATGTGATGAGGGTGCTATGGGGGTGTCAACCTAGTTGAGATGCCTAGGTGCACCTCCTGATCCAACTCTTGTACTCTTGTTCTCTTGTCTCTTGATTCTTGTTATCTAGTTATCGTGCTATGTGATGAAGTTTGTATTACAGTACTATGAGCTTTGTCTCAATTCATTTTATAAATGAAAGAGTCCGTTTTTTTTTTTAAAAAAAGAAAAAAAAAAGACAAATTTCATTACATAAGATTTCTCCAATTGGCCAAAAGAGAGGTAAGACTATATGAACGAAAGAAAGATGTACATTTACACCATGTCATAGCAATTAATGTAACATGGTCAAAAAATTTATCAAAAGTGCTATCTTTGTCTTTGAAGAGATGGTTGTTTCTTTCCATCCAAATGCTCCACAAGAAGGCCCTAATCAAATGCATCCACATGGATCTTTTACCATCAATCAAGGGATGCCCGTGACCATCCAAAAGATTTCCTTCCAAAATCTATTTGCAAACTTACAGTTGAGATAAATAGGTGGCTGCCTTACAGAAAGTACAGCAGTGTGGGAGCCATGTATGGGAAACATCGCTGGATTTTGTCACAAGTGTTGATGGCCCGATGACAAACTACCCATAGGAAAAGCTTGACTTTTTTTTTGGGTAGAAATCAGCCCAAATAACCTTGTAAAGTGGGGTAACTATGGAAAGTTAGTAAATTTAAATGTTCTTGTCCTTGAAATTTGGGATTCTAGAAGGTTAATAAATAAAGATGATATTTAAATCCATGAAAATTGAAAATCCTTGAAATATGTGAAGGTAATAAATTAAAATAATTTAACTATTATTTAAATCGATGAAAAATGAAAGGAAAACTTGGGGAGCACTTTTATTTGTTTATTATTTTTTGAAGTATCTTCTTCTGGCCTTTGGGTGATATAAATCAAAATAATTTACATGTTTTATCCATTAATATATTAATACTTACATACACACATACACTATATTCTAGGATTGACCTGTTGCATTTGTGTCTGTAGCAAAGACGTCTAGGATTTAATAAAAATAATTTACACACACTACATACATACATACATATATATATAATGTGTCTCCAATGTGTCCATGTTGTACGATTTTAGAAATTGATGTGTTGCATCGTCGTGTTGTGTTGTGTCTGTGTTTGTGCTTCTTAACTTATATTCTAGCATTTTTCTTTGATTAAGTGATATTTCACGAAAATTCCAATCCAAATGGTTAAATCCCCATGGGAATCCGGTTAGGTTATTATAGGTTGATAGGGATAGCAATGGGGGATGTCCCCTGTCTTTGTCTTTGTTTGGGTCAATAGGGAAGATCGTAGATCATATTCTTTCATATTAAAAATGAAAGAAGTTTCTTTTTACCAATAGTGTCTTAGTGTCGTTTCATTTCTTCATTGGAAAGTATCCTCTTTTTTGTTTTTTTGTTTATAAAAGTTATCCATAACTTTTTTATGAGTTTCTATTTATTTATTTTTATTTTTTTAATTATATATACGCACACTTTGTTTTAAAGTTTTCCTAGTTTTGTGAGTTGTGTCTAAATTTATTCTAAAAATTTTCTTGTGTAGAGACGGCAGAGAGTTTTCACCAATTACTGGCTTTTTTGTAGATGCCGGTCCCTCTGAGGTTTGACTTCTCATATACTTTAGATATTTTACTTGGTAGAAAATGATGATCATCATCACATGTTAATCATCTTTTAAGAACGGATTGATTGTATTCTTGAATGTTCTTTGAAATTTTTTGGAAAAATAAGTATCCTAATAAAATAAATCCAGTCTATGGCTTTAGGAAGAGTATTAAGATAGCTGGCAAAGTTAAAACATTTCCTCGAATGGCTTTCACTTCTAATTAGTGCATTCTATGTGGTTTTTTTTCTTCTAAAAGTCAAGTATATCCCCCTTTTCATAACTGCTCCTTTCTAATTAGCTTGTAATATTGAGAAGTCAAAGGAGTGACTAGGGGCTGATGTTACTTATTTTATCTTTGGGCCTTCAAAACACTCCTGTTAATTACTTTCTCACAGTTTTATTGACAAGTTTTCGGGGCTGTAGTTTGTTGTATTTTCCAGTTGGAAATCTGTTTTTGCTAAGGTGGACCATCACAAGATCTCCTTCCTTGAACTTCTTGAACCTTCTATGTTTGTCAACATCTTCCTTGTATTTAGTTGTCATTTTCTCAAGATGTTCAGTGACTTCCTATGTAATTCAGCAACTCTTTCCGCATTGTCTTTGCTTCTAAGCTAAGATCTACAAAAGAAGGCAAGTTAGCAAGATCTATAGTTAGTCTAGGAAGTTCAGAGTAAACAATCTCAAATGGTGACTTCCTTGTGGACCGGTTCTTCATATGATTGTAAGCAAATTCTGCTTGAGCTAATACAAGGTCCCATTGCTTTGGTTTGTCTCCCTCGAAGGCAACGAATGAGATTTCCAAGGATTCTATTTGTGACCTCTGTTTGGGGATGACTTGTAGAGCTGAATTTTAAATTTGTGTTGAACTTCTTCCACAATGTTTCAAAAAGTAGCTCAAGTACTTCACATCACGATCTGAAACTATAGACTTAGGGACACCATGTAAGCGAACAATTTCTTTAAAAAAAAGGTTAGCCACATATATAGCATTCGATGTCTTACGACAAGGAAGAAAATGAGACATTTTACTAAATCTATCCACTACTACAAGAATTAAATCATACCCTCTTTGAGTTTTTGGAAGGCCTAATATGAAGTCCATTGATAGATCCTCCCAAATATTTTATGGAATTGAAGAGGAGTGTACAACCCAGTATTTTTTTTGTGCCCTTTTGCAGTTTGGCAAGTAAAACAATGTTTTACATATTTATTTACATCTTTTCATAGTCGTGGCCAATAATATCTATCATAGTCGTGGCCAATAATATCTATCATGATGAGGATCTAGATGAAGATTGAGTGCTTGGACTAGTTTAGTAGACACAACATTCTCACTGCTTCTGCTATCAATAATCACATTGCAAACTTTTCCACCCACTATGCACCTTGTTCGGAAAAGAGCATGCCTTTGAGGATGAGTTTTTGTCTTAGGTGCCAGTAGGACTCTTTGCAGAACACACGAGAGTTGTTCCCCGATGTCACCTTCAACCTCGTACTCCTCTTCGGATTGTTGGACCCCAACTTCTTGCTGACTGTTCTCCTCCTTGACCAATGCAACTACTCTTAGTTGGGGGCATTCATTGGACAAATGTCCCTGCTGTCCACAACGAAAACACTTACCAAGAGTTGATCTTTGGTAATTGTTTGCGTTTGGCTTCTTTCCGGTTGGTTCTTGGATCTTGATTCCTTGGTTAAACTTTGAATTTACTTCTTCCTTTGATGTCTTTGAGCTGCTCCCGACTTGATATTGCTTTCCATATTCTGTGTTCTTGCGTTGATACAATGGTTTTTCCCAAGCATTCTTCTTTGATCCACTTGCTTTTGACCTTTTTTCTACCCTGATATCGGCCTTATATGCCATTGAAATAGTTGTAGGAAGAGTACTGATGGGTTGAAGATCGAGTAGTTCTTGAATTTCTTCCTTCAATCTGCCCACAAAACGTGCGATTTGGTAGTTCTCACTTTCGTGAACTTTGGTTCTATCGCTTAAACGATGAAATTCCTCTGCATAATCAGCTACCCTTCTATTTCCTTGTCTACACTTTGATATTGCTGATATAAAATTTGCTCATAATTAGCCGAAAGGAACCTTTCTTTCATCATCTTACACATCCGTGGCCAACTCTTGATCGACTGTTTACCTATCAGCCACCGGTTTGTTTGGACTTGATCCCACCAAGTTGACACTCCCGACTTCAATTTGAACGACATTGGCTTCACCTTCTTGCTATTAGGTGTGCTCATGTATTAAACAAAACTCTCCACATTTTTAATCCAATTAAGAAAGGCTTCCAAATCCAATTTCCCACTGAAAGAGGGTAAGTCGATTTCATCTTGTAATCTTGCGTTCTTTCTCCATTGTGCCTCTTCCTGGTGTTCTTTATCAAAAGCCTCTACTGAATACTCCATTCAAGAATTGAGCCTAAACTGGACAACCTTCATCTTTCAAGCACCTTAGCTCTGAGCTTTTGTTATTAAGTAATTTTGCATACTTTGTCCTATATTATTGGTTTAGTTCTTTTGGTTTTGGTTTTGGTCCATTGTATTCAGTTCATCCTTTGCTTTCTTGTACTCTTATGGGTTGTTTATCTGATGCAGCTAGTGTGGAGAGATGATGAGAGTGCTACGAAGGTGTCAACCTAGTTGAGATGTCCGAGTGAACTCCCTGATCTTTAGGTTATTTTGCCCTTGGTTACCATTATTGTATATTGAGCTTTTGTCTCAATTCGTTATATCAATGAAAGAGACTTGCTTCCTTTTTTTCCTAAAAAAAAAATAATTTTTTGGGCACCATGTAATTTAACAATCTCGCGAAAAGATAGGTTAGCAATGCTAAGATCATTGTTGGTCTTCTTACAACTACAAGTCTGAAATGAATTGGGCCATTTGTCTAAAACGGCGAACCACTACTAAGACACATCAACACCTCTTTGGGTCTAGGTAATCCCAAAACAAAATCCATTGAAAGGTTCTCTCAAATAGAAGTTTGAATTGATAAAGGGGTAGGCACCTTTGAAGTTTGACAAATAAACAACTTTTAACAAAGTTGTTAACATCTCTTATGAGATGGAGAGGAAAGTTTTGGGACAACCAACATGGTTAACAAGGCCACCAACGTGGGTTTCTTATAAAAGAGATTCATGCAAGGAAGTATGAGGAATACAAGGAACATCCCCTTTTATAAAATTCATCCAATATGTGAAAATCTTTACAAGGAAAGTGATGAGTGCATTTAAATCAAGAGTCTTAAATTTGGGTCAAGTTAATAAGAGATTATGGCAAATGATCAAAGGAATTAACTTCATGATGTAATAGAGCAATTAGATTACGTTTTCGACTTAAAGCATCAACAATCTTATTATCCTTACCCGAAGTGTGCTTGATGACAAAATCAAATCTTTGTAAAAATTGGGGCCAACAGGCATGAACTCTACTAATAGATTTCTGTGATTTTTATGCAAAATTTGGCAAATTTTCACTTCGCTTTGGTGATATATCTTCTTTAGATCCTCTAGACCATTCACATCTCTATCCTACAATTTGCGGATGATATCTTGCTGTTCTGCAAATATGAGGATGGAATGATTGAAAATCCAAGGAATACTCTTGATCTCTTTGAATGGTTCTCCGGTCAAAAAATTAATTGGGAGAAATCTGCACTTTGTGTAATCAATGTTGAAGAGCACAAATTGTTTTCAATGGCTACAAAAATAAATTGCAAAGTAGAGCAACTTTCTTTCTTGTATCTTGGACTACCGCAGGGAGGCCACCCTAAAAAAGTGTCTTTTTGGAAACCGATCATAGATAAATTGCAAGGAAAACTAGACAAATGGAGAAGATACAATCTATCAAGAGAAAGTACTATTTGTAAGTCGGTTCTTTCCAATTTACCAACTTACTAGATGTCATCTTTTTTTATGCCAGATAAGGTGCTTGTAATCATAGAAAGAATTATGAAGAGTTTCTTTTGGGAGCTTGTTTCTAAAGTCCAAAAGGATGGAGGACTCGACCTAGGAGGTCTAAAAGCAAGAAATTTGGCCTTATTAGCCAAATGGGGGTGGCATGTAAGGCCGAATAAGGAATATACATCCCAATCAACATCAGTATTATAAACCTCAACTTGTAGGTGGGCATGTTTCTTGAAGAGTATCCCTTTTCTTGGAGTACCTCAAATATCTCAGGATTCTAAAGACAGCTTCAAAGTGAGCCGGCCCAGGGGTATGCATGAACTGGGTTACCATACTAACTGCAAAGGCAATGTCAGGACGTGTGTGAGAGAGGTATATTAGTCTCCTTACGAGTCTCTGGTACTTCCCTTTTCCTTTGACATCATTTTTTGTTGCAGCTTCCAATTTTAAGTTCTACTCTATGGGAGTTTCTGCAACCCTGCATCCAAGAAACCTGTCTCTTTGAGTAGATCAAGGATATACTTTCTTCGGCTCCTTTGTGCCTTTTGATGATGTTACCTCCTTTGGCTCCTGTGTGCCTTCTGATGCCAAAGCACAAGCCTCCCCTCAAACTGAGCCAAACATAGTTCTTAAACAACTAGGGACAAAAGACTTAGGATTCTGTAGCAGAGGATTTTGACAAACATTATGAATTTTTTGAAAGCACGACCAACCGGGCCCTCCAATCTGAATTTTCTGAAAGACTTGATGAGACCACTTGAACTTGACTTTAACCAGAGTATAAAACATGGAGCGGCAACCAAAACAATATTAAAATCCTTCAAAACAACTGATAAACACCAACCATTTCGGGGTGCCTCCAAGCCTCTTGTGAACTACGGCAGGATCTTTAAGGAAGACTAAACAAAAAACAGCCCCAATAAAGCACAGTCATTTGAAAACAAGACTCAACCTGGAACGGTACCACAAGCATCAATTATAGAATGCAGATACAGTGGAATTTCACTCTTTTCAAGAGGAGAAAATAAAGAACTTTAGCACTTGCTAATGAAATCCCATTTGATTCCCCATCTGACTCTTGTTTTTTGTGACGATAGTTGCTTGAAAAACTAGCCGGGAGTCCTCTCACAAAATTTACATGTGAGCCAGGGATTTTAAAATCCGAATGCAGTTCATGGTGCCAAACCAACCCTTGGATTATAATGGTACAAATTCGGTTTGTTGTTCATCTCTTCCCACAAAGGGAAAGCAAATATTCTTTGGATTAATGGTACCAAACCAACCCTTTTGGAATTTTGGTTTGAAAGAAATCAATTGCTTTTGAAGTTAAGTTCCTTATTTGGGTTGTTTGTTGAGTCCATCTTGATCAAAGCTTCTTATTAGTGTTTTTTTCTAAAAGTTTTTGTTGGCTTTCTTTTATGCTTTTATTTATTCTCAGACTACTCTTTTTTCCAACAAACTTTTCTGAAAGAATTGCTTCAAAAGCATTAAATTGAATAAGCTTGCAGCTTTGATTGAAAGAAACAAGATGCAAAGAATTTTAAATACGTTGACATGGACATCTTCACCAAAAATCCATGAATGGTTCTTTGTTTCTTGTTAATAATAGTACTGTGCGTCAATTTGGCTGAAATAGGTTATTGTTCGGAGGTGGGATCCAAGGGAGGAGCGACTGGTTAAAGTATTAGAAGAAGAGGTTTGCATTTCTTTTTATTTATTTATCCAAGATTTATTATTATAATGATTATATAGTTAGAAACTAACAAAAATTTCATTAAGTAACTGCCTTTTTGATAAAGTTTATAGATTGACGTAGTATGTCTGATTGGTTGAAAGTCAGAAGCTTCAGAAGTTAGGCCTGACAAGGTGTAAGTTCACCAACCATGGCCTTCAATTTTGCTGCCTCAAAATAGACGAAACAAACATTTTTGATTGCTTAAAAAAATTATTTGGTTCTTGTTAAATCACTGATTAATGCAAAAGTTTAAGCTGATGGGTTATGGTAAATTTAATTATATCAACACTTTAACAATCTCTGCTAATACCATATTATTAGAAGGGATAACATGGTAGACACAATCTGTTTTTGAGGGTGGCAAAACTAACCTCTTGTCTTGGAGTCCAAGTCTATCAAAATTTCCCTTTCTTCAAACACTTGTTAAACTGTAACAATCAACGGGTTTTTCCAAGATAAGTCTCTTCTTGATTTGATCGTTTTGAAGCTGCTTGGATTAATGCTTCCTCACGTTGTTCTCTTTCCAAGCTTTTTGTAGACTTTTATATTCAAGATTTATATTTAAAATGTAATGCTTTTGTTTTTCTAGTATAGTTCTTATGTTTTGCTGTAGTAGGTTTTGTCTTCTTTTATTTTGTGTCATTGTATCTTGAGGCTTGGTTTCTTTTCATTATTTCAATGAAAAGTTTTGTTTCCTTAAAAAAGGTTTATCAACACTACTAAAATCTTTAATGAACTTTCTATAAAAAGATGCTAAGCCTAAAAAGCAACGTATATATCTCACATTTTTAAAGCTCGGCCATTGGTTTGTTGCTCTAATTTTGTTGGGGTCCGCAGCTGATAATAAATACTAGGTATTGTATTTTAGATGCCAAAAATGAACATTTTTTAAAAGTTGGTGTACAATGGATTCTTGTGCAAAACATCAAACTTCAAGGAGTGCCAAGTGTTCTAGATGTTCATCACTTGTTCTAGTAAGCAATTTCAAATTTATTGATGAAAGCTTGTAAAACCTGATTCATGAGCTCATAAATATTCCAAAAGGCATTACCAACCATTCACAAAGTTCAAGATTAGTTTTGAAAGTCATTTTCCACTTGTTTCCTGGTTTATTTCGAATCTCATGGTATCTGCTGTGCAATCTACCTTTGAAAATGCAACTACTCCACCCACTTGAATAATTAATATTCTAATATGTGCATGCTGATTCTTGTTCATCTTCATTTCTCCTACATCAATCCCTTGTTATTTTTGTCTGTTGATTTTTTTTGATCTCTTAAATAGGAAGAGCGATTTGGGGAGGCAATTAGACAATTGGAATTTGACAGACAACTTGGTCCGTATAATCTGGGTCAATATGGAGAATGGAAGCGTATATCTAACTACATCAACAGCACTACTATTAAACGACTAGGCATGCACCCTTTTCTATTTCAGTGCCTAGTGTGTGTACGATTTACTTTTCCGCACTTTTGCATGTAAATTCTCTTTTACCTTTTGTGGCTGTGGCTATGATTGTTTGGAAAAATGGAGTAATAAATATAAGTAATGATGATAGGGGTTATGCTTAAGATAATTGAGAACATTGCTAGAAAGTGAACAACATAACAAGAAATTTAGAGTGTTATGTGTAGGAAATCAAGCTAAATCATGCCGCTGTAAATTAGAGAATAAATCCAGATTATTTCCTTTTATATTGTAATTGTCTTTCTTTCCATATAGGTGTAGATTGATAACTTAATTTCAGCACAGTGATTGGTAATCTTCTTGTATATATTGAGCCTATCTCAATCATTCAACATAACAAGAAAAAGTATCTTTTTCGGTACTCAGCTTCATTATGAAATTTAGAGGGAAAAATAGAGTTTATAGCTTAATTTTCAAAAGCCAACAATTAAAAACCAAATACCAAATAGTTTATTAAACAAAACTTTTTACAAACTTGTTTTTGTTTTTGGAATTTGGCTAAGAGTCAAAGTGGCTTTAGTTAGGAAAGATGAAAACCATGATAGAGGGGCTGTAAAAAAAACATAATTTACAAAAACCAAATAGTTATCCAAATCCAATGGAATAGTTATCGCTGGAATATTCAATTGGATGGTAACTTTGTGGAAGGACGACTACTACCATGTCTTTTTTTTTTTTTTTGAAAAGGAAACTGTCTCTTTCATTGATATAATGAATTGAGACAATTTCTAAGAAACATCAATTCTAAAAATTGCCAGACCAATACATTGCTAATATGACCGCAGTTGGAGTAGAGCCCTGCTTCAAAATTCTGGAACTGAAAACATACTAATCCAAACCCCATGTTGTACTTTGAACTAATGGAGGCCAAGAGAAACACCCGAAGTGAATGGAGGAGAGAAGAATTAGGCCAAAATAAGTCCACAATCAGCAACTATGGACTTCAAATGCCCAGGAATTTCCGAAAGAGGCAGTGGTTTGAAATGAGATCTCCAATCTACTACCACTGTTTGGCTCTTAACTTTTGTTTGGAATAAAGAATTCAACTCCTCCGAGAAATTAACTACTTGATCTGAGGAGTCTTGGATGGTTCTTCCCCCACAAACTCTAGTTCTTCACTACTAGCGCTTGCGATTGAATCGATGTCGGAGTTGCAATAGTAACTAGAAGCTAACTTAACCACACTTAAGCTAATAAAAAGCTAGAAAAGACATTCAATTGGGATTTAAACATAATCCAATTGGATACAATCCCTAAACAAGAAGTAAAATAGCCAAAGACTCAAAATAATACAAGAAGAGTCAAGATTGGCTAAAGATACTAATATGAAAACCCTAGCAATTTTTTTTTTTTGGGAAAAGGAAACAATCTCTCTCATTGATATAATGAATTGAGATAAAATCTCATAGTACAGGAAATGAAACTAATGAAAAAATATAATCACGGATCAGGGAATGCACTCGGGCCTCTCAACTAGGTTGACACCCCCTTCCAAACTAATGCCAAACTTGAACAATGCTTAGAGTGCAAAGAGAATCAATAGTACAACTCAAATATAACCCCGAATACAATGGGGGAGAGAACAAAAATGCTCTAGTAATAACAAAAATCAGAAAATACATGGGTTCCTCTAAAAACTAAGGAGCTGGAAAAATAATCGCCTTCTAATTTTGACAAAGAACTTGAGTGGGGAGGTCTTCAAACTCTTTTGATAAAGTGCACCAAGAAGAGGCGTTTAATAATATCATTTCCAACCGATTAGGCCAACTTGATTTTTTGTTTTGAAATACCCTTTGGTTCCTCTCAAACCAAATCTCCACTGATAGAGCCTTTATTGCGTTTGCCCAAATCAACCATGGTCTATTTTTAAGTGAAGGCCCAATCAACACTTGTTGAGTATTTTCACGAAAATCGTTGCCAAATACCCAATCCACCTCGAAAATAGAGAATATCTTCCACCAACAATTCATGATATATGGGCATCGAAAGAAAATATGCATCATGTCCTCTCCTTCTCTTTCACATAGGGCAGATAGTAGGGGATAAGCACTGTGACGGAATCTTGTGTTGCAAAGTTGATGAGCAATTTAGATGTCCAAACAACAATATCCATACTAAAATGTTCACTCGCCGTGGGCTTTTTGTCTTCCATAAGGCATTAAAAAGCCTTTTGTCCATAGGCGAAGATGGAGATAAATGTGCAGAAAGTGATTTGACTGAAAACTTTCTTGAGGATTCCAATGACCACTCCTTTTTATCAAATTTCTCAGAAGGCTTTCTTGCTGAAATCTGCCCCAGTAAAATTTGGAAGTCCATTACCTCTTCTTCCTTCAAAAGTCTTCAAAAAATAATGGACTAAGAGTGTGGGCAACGTCCCAATAGTCTGCCACCAAGCCTTTAGGGGACAAAGGCATTATTGAAAAGTCTTGGGAAGCTGCTTTTTAAGGGGGTCACATCTACCCACGAGGCATCAGCCACTGTGTTAGTATTACCAGCTTTATGCTTAATCATAAAATCAAATCTTTGGATAAAAGACAACAAACGAGCATGCATCCGACTAATGGTTTTTTGTGTTTGTAAAAATTTAAGAGAAAAATGCTCCGATGGCATGCATCAGCCACTGTGTTAGTATTACCAGCTTTATGCTTAATCACTTAGGACATGATTGGGTGGCTCTTTTGAGGTAGAACAGCTCCAATGGCATGTCCTGACGCATCTACTGCTACCTCAAAAGATTGATAGACATCTGGTAGTGCTAAAACAGGGGCACAACACAACTTATCCTTGAGTGTTGAGAAGCTTTGTGTTTGAGCATTAGTCCAAAGAAACTTCCCCCTTTTTAGGCATTCTATAAGTGGGGCTGCAAAGAACTAAATTTTTTTATGAATTTCCTATAAAAAGAAGCAAGCCCCAAAAAACTTTGGATTTCTCAAACTGGTCTTGGAAGGGGCCAATTCTTTATGGCCCCAATCTTAGTTGGATCTATGGAAACTCCAAACTCATTAATAGTATATCCTAGAAAGATAATTTCCTTAACTAAGAAAGAACACTTCTTAAGATTAATGTATAGATGGTTAGTAGCAAGTGTTTGAAACAAAATATGCAAATGGGACAAATGTTCCTCATGATTAGGACTAGAAACAAGTATGTCACCAAAATATACTACCAAGAATTTATTAAGATAGGGTTGTAGAACCTGTGTCATTAACCTCGTGAAGGTGCTAGGTGCATTGGAGAGGCCGAATGGCATAACAAGCCACTCATACAGAACGTCATTTGTTTTAAATGTCGTCTTCCATTCATCTCCTGGCCATATTCTTATTTGATGGTAGCCACATTTTAAATCTACCTTTGAAAATATTTTGGCTCCTCCTAGTTGGTCCAGAAGATCCGAGATTCGTGGAATCGGGAATCTATACTTGATGATTATTTTATTAATTGCCCTATTGTCCACACACATTCTCCACGTCCCATCCTTTTCTGGTGCCAACAAAACAGGGATAGCACATGGACTCAAACTTAGTCTGATGTGCCCTCTTTTTAGAAGTTCTTGAATTTGTTCTTGTAGTATGACATACTCACTTGGGCTCATCCTATAATGTGGTAAATTAGATACTATGGAACTAGGGATGAGGTCAATATTGTGTTGAATATCTCTTAAGGGTGGGAGGGTTGAAGGTGTTTCTAAGAGTTGTGGGAACTCTTCAAAAAGTCTATTGATGTCTATTAGATTATTGTCGAGACTAGGAGTTTGAACTTGTTCCTTTACAACTAAAGCCCATACCTTAGAATCTTCCCTTCCCAAGAATTGTCCACTTTTGATGACTGAAAAAAGTTGCTTTTCTGAGCTCATTTTCCTGTTGGATCTAGGTCTCTCTAGATTGCTCATTAAGGGTAAGAGTTTGATCTTCCTTCCCATCCACATGAACTTGTAAGTATTCTCCCATGATGGACTGCTTGCACATCATATTACCAAGGACGTCCTAGCAAAATATGGCACACGTCCATGTCAAGTACATCACAAATAATTGATCCTTATAAAGATTACCTATTGAAAGAGATATAGTCCAAGTAGAACTTATCTGTGCTTCGCCTCCCTTTTTGATCCATCCAATTTTATATGGGTAGGACGAGGATCTAGTTGAAGGAAGAGCGCTTGGACTAGCTTGGAAGACACAACATTCTCGCTACTTCCATTGTCAATAATTATGTTGCATGCTTTCCCTCGAATCGTACATCTTGTTCGAAAAGAGCATGTCTTTATGGGTGTGTCTCCATTTTGGGCGTGAGAAGGACTCGTTGGAGAACACATGAAAGTTGTTCCCCTGCGTCACATTCTACTTCATTTTCTTCTTCAGATTGCTCATTAAGGGTAAGAGTTTGATCTTCCTTCCCATCCACATGAACTCGTAAGTATTCTCCCATGATGGACTGCTTGCACATCATATTACCAAGGACGTCCTAGCAAAATATGGCACACGTCCATGTCATGTACATCACAAATAATTGATCCTTATAAAGATTACCTATTGAAAGAGATATAGTGCAAGTAGAACTTATCTGTGCTTCGCCTCCCTTTTTGATCCATCCAATTTTATATGGGTAGGATGAGGATCTAGTTGAAGGAAGAGCGCTTGGACTAGCTTGGAAGACACAACATTCTCGCTACTTCCATAGTCAATAATTATGTTGCATGCTTTCCCTCGAATCGTACATCTTGTTCGAAAAGAGCATGTCTTTGTGGGTGTGTCTCCATTTTGGGCATGAGAAGGACTCGTTGGAGAACACATGAAAGTTGTTCCCCTGCGTCACATTCTACTTCATTTTTTTCTTCAGATTGCTGGTCCTCTTCTTGCTGGTTATCTTCCTCTTCGATAAGTGCAATTGGGGCATTCATTTGATAGATTCCCATGTTGCCCACAATGAAAACATTTACCAAGAGTTGGTCTTTGGTGATTGTTTGTATTTACTCTCTTGCCCGTAGGCTCTTGGATTTTTATCCCTTGGTTTGTTCCTCCTTTGTTTTAGAACTACTCCCAACTTGAAATTGCTTCCCACCTTCCATATTCTTTCGTTGATAAAAGGGTCTTTCCCACACATGTTTCTTGGAACAGCTAGACTTTGATCGGTTTTCCACCTTGACTTCAGCTTTATATGCCATAGAGATGGCTGTCGGTAATGTACTAGTCGGCTATAAGTCTAGCTGCTTCTTTAGGCTGTCAACAAATCGTGCGATTTGGTAGTTTTCACTTTTGTGAATCTTGGTTCTTGCACTTAAACGATGTAATTCCTCCGCATAATCAGCCACACTCCGTTGCCCTACTTACATTTTTGATATTGTTGGTACAAAATTTGCTCATAATCCATCGGAACGAATCGTTCCTTCATCATTTTTCACATTCGAGGCCAACTCTTGATTGGTTGTTTGCCTATTAGTGGCGGTTTGTTTGGATTTGATCCCACCAGGCTGATGCTCCCGATTTCAACTTAAAAGACACTAGTTTCACCTTCTTGCTGTCGGGCGTGTTCATATACTGAAAAAAACTCTCAACGCTTTTAATCCAATCGAGAAAAGCCTCTAAATCTAGCTTCCCACTAAACATAGGTATGTCTATCTTCATTTTGTAATCTTGCATCCTTTCTTCTTGTTCTTGATGCCAGTACCTTTGAAAATTTCGTTTGCCCCATGGTTGCTGTCCGATTTCTTCTACTTCAAACAAAGAAAACTCGGAATCTTGATCTTCTTGGTCGCGTTCTTGGATTCTTGGAACACGAAAACCCCTTTGGTTCCTTTCATGAGAAGTCAATTCACTCTCAGACCATGCCACTGGTCGTCGGTTGGCTGCCTCTTGCGCCGGTCTTCTTCCACGTTCCTCAGTCCTTCGTTGAACTGCAAGTTGAGGAAGTGCCGCTATGACTAGTTCCATCTGCCTTGGCTGCTGCTAGATTCAAATCAGCAATGCTTGATTTGATTTCTCCAACTGATTCTTCTACTGCCAACAACTGGGAGGTAGTTGATTGGGGAGATAAAACTTCAAGTTGAATGGGTCGGGTGTCGGTGTCCTTACCCTCCTTACCAGTGTTTGTCGCATTCTTGCCGGTCATGGAGTCCTAAATCGTGGAGTTCTGATACCAAAACTTGATGTGTCAAGTTGAGAGAGAAGAGAAAGTTCTAAAAAATACCTCAAGATATATTAAAGATGATGAATGAGTTTAGTTTAAATACTAAACACTTATAACAGCCTATTAAAATAGTAACCAACGGTAACTTTCTACTAAAGGTTATTTACAAAAGAATTTTGAAGCACTTGGGCTAGCTTAGGATTTAAAGAATTGGATACAAGGCTGTTTAAAAAATAAAAAAAAAGCTTTTGGAACTCTTGGATTACATCACAATCCATACAATGTGCAGAACCCATTGGAGGTGACATTACTGTGGCGAGTGAACCTGGAATTTCTCAGAGCACTTCCAAGTCAGCAATAGAGAAAGTCCTGGATGATCAGTTGAAGGCTAGTAAGTTTGCAACACCTGTTGATTCATCTCAGAGGAGAGGATGTTATTACACAGAAATTCCCCATGTTATCAAAAAGAGAGGAGTTCACGGGCAGGAGCTTACTTATTTGAATCTCGATAAGGTACACTTAGTGCTAGTATAAATTTTGTAGCAAAAAATCTTGTGTGGAAATCATTTCAGTTGTTACGAAAATTGTTTCTTAATTTGATTATGTTATTATGATCTTTGTAGACCTTACTACTAGAAAACTTACTGAAAAAATATTTTGGAGGTTCAGAGGACCTACTTCTTGGGGAGCTACAGTTTGCATTTGTTGTTTTTTTGGTTAGTAACTGCCGTGGACAAGAGTTTTCTCGTTTTGTTGGCAAATATTTGTTTGTAACATCTAACGTTGTGCAGATGGGACAATCACTTGAAGGATTTCTACAGTGGAAATCATTAATTACCCTGTTTTTTGAGTGCACAGAAGCTGTAAGTATTTGATTCCAACCATGACGTCTAACTTTTGGATATATTAATTGATTATTTTCCAATTGAACTTTTCTATAAGAGTTCCGATTGAACTTTTACAAACGTATTTTCCGATTGAACTTTTCTATAAGAGTTTCACCTTTTCTTGTAGACTATTTTGTTTGAGCGAAGTTTTCTTCTACCGTTCTCATATTTAAAGAAATTTTGTTAATACGTTTGTAATATAAGCTCATTTTGTTGTTTTAAATAGTATTTAGTGTAACTGAGAAAACTTCAATGACACTCGCCCATTCTTCTGCCTCTTTACCGAGAAAATTTGTTCTGAAACCAAAGATCAATAGTTGTTTCCAGGTGTCCCACAATGATTCCAGAATGATTATGGTCCTCTATTTTATTTTCCGAGGTATAGATGTTTGGATAATCCTCCCTCAGCAGATCAGTCCAACCATTTGTTTCCTAGAACCTAATTTTGGGCCCATCTCTGAACCTGAAAGCCAACCTCATGCTTTATAAGATTTTTACATTTAGCTATAGAGACAAAGGAAATTTGGAGTGATATTGTCGGCAAACATTGTTTTTTGGGAACATAGGTGAATCAAAATATCTTAGATAATTCAATAATCATCAATATGTGCAATTTAGGTCCCATATAGGAGAAACACTATTACAAATATGCAAAAGAATTGAGACAATTGTTAGAATGTTGGTAAACTATTAAATTTACCTTCACCTATCAGCTTAAGCATTTAAGTCAATCGGTGGTTTAACACAGTATCAAAGCAAAGCATGAGGTTTTGTGTTGAAACCACTGTAATGTCATTTTCTCCCCAATTAATATTGATTTCCACTTATTGTTTAGGGTGTCTACAAGTTTGAAGCCGTTTTCTCTTATCTCAACAAGTTTATTAGGACCATTCCTTCACTCATTCTGCTCGTTTTTGGCTTTTGTTCTTTAGTTCGTTGGTTGATTGTATTTTCTTCTCTCCAATGTTTTAGTTCTTTCAATTGTGTAATTGTCTTTTTTCAGATTCTATTTTCCTTTTGTTTCCTTTGTACTTTGACCGCTATTGGCTCTTTTCATTTTATCAATGAAAAAGTCATGTTTCCTTTTAAAAAAAAAAATTAATTTCCACTTGTATAGCATCTTGTTAGGGTCTGCTATGTCTTTCAAGCCCACATGTGAGGGGGAGTGTTAGAGTGTGATATAATATTAAATTTAGGGTAATTGCAATGGGTAGCACTTTTTTAGGGCTAATAATTAAGTGTATAGCAACATTTTTGAAGATTTGTAGTTATAGAAAAATCTATCATTTATAGACTTAAGTTAGATCTAAATTTTGCTATATTCACCATTTTTTTTTTTTTTTGCATTGTGCTATATCTGCTAATACTTTGGGTCTGATTGCTATATTTGCAACTATCCTAAAATTTACCTTCACCGATCAGTTTTAACTCTTGGGTCATTGGGTGGTTTAACAACATTAAACACTAAATATTTAACAAGTAATCTTTTCACATAATCATTCATAAATAGTAGAAATTCCAATGTTCCTCCCTAGGGCATGCAACAAACCGAGAAAATCGAGAAACCAAACCGAACCAATACAAACTGACTAGTTTGGTTTGGTTATTTTGAAAATGTGAGTGATATAATATAAAATTTGCCTTCACCAACTAGCGTAAGCTTTTGGGTCAATTGACGATTGAACAGAAAATAATTGGGTCTTTAGTTTAAAACTTAAAAAAAACGAAATATTTGGTTCAATTCATGGTTTGTGCTTTTTCGAAACCTTGAAAATCAAACCAAACCTTAAGATTAAAAAAATAATAAAAATCCAAAGCCCAACCTAGCAAAGCCCGACCCACAAAAGTAAAACCTACTTTTGTTTTTTTTATAATTTATATCAAACTTCCCTTTTGTATGTCCCAAGTCCCACTTCATCAAGTCATCTTTTCCTCTTTCAATTCATCCTCTTTTCTTGTGCATGCCTATTCAATTTAACCCTAATTTTATTTCTACGTTGGGTTATCTTCTTCTCTACTTCTCTTCATCTACCACCTCTCCCTCTCAACCTCTTTTGTCATGCAAATGAGCAACAATGGCGGAGAAAAACGGGCAACTCAAACCACTATTAGTCTCTCCTTCTTCCCTCTCTCGCTTTGTTCTAATTTATTTTGTCGACAACGACATAACCCACAATTGTTATTGTACCATTTCTAACTGACGACACCCTTCCTCGCAAGCCACTACCCGACCCCTTGTCGGCAGTCACATGCCTCGCCTCACATAAATTGGTTTATTACAGAATTGAACCGAGTAAACCGAGAGTGATTGGTTTGGCTTTGAATCGAAATCGAAGAGCACCTCCATTTATTTAGTTAAGCTATTTCAAAAACTGAGGAGTTTGGTTTGGTCCTTAGTTTCATCCAAATTGGACCAAAACGAATTGTGAATACTCCTACTCCTTCTCAAGTTGGTTTAAAGATGTATTCCATTGTCAATAAATATGTTGAATTGTTTCCTTGGAAATCTTTTAGTATGTCCAATTTTCAATAAGTATATCAACAATCTGCTTTGATGTAGAAGATAAAGAATACATATTTGCTGAACATAATATATTTCTTGTTTTATTTTCTTTAAGAATAAACAAGTCTCTTAAATAGAAGAAATACCCCTCACAAGAAAGAAAATAAAATTCTAGCAAATATAATATAATATACGCAAAAAAAAATTAATTAACACAAAAAGAAATAACTAATGCTCCACCTTGAGCTGGTTTGAAGATACCATTCATTGCTAGCTTGTCGATCAGTTTGTTGAATTGTAACTTTGGGAGTCCTTAGTTAATACATAAAAAATTTGCTCCATTGTTGGCATATTAATTCTTCATAAGGAGTAAAATATCCTTTGACAAGTCGATATGTTTGTAAATCAAAGAGTTCAATATCGATATTGAAGATCCATTGATATCTCCAATATCTTTCATAATGCTTGTAAAACATAAAATAAACACCATCATTAGTCCAATATGAATATAAATACTAATAAGAATATCTATAATTTAAAGAAATATTCGTCGATATTGATATATTTGTTGATGTATTTGTAAAATCATGCTTCTTCATCTATTAAGTGTTTATCAACCTTAATATGCTCTTGTCATATCATGAAGGATTGAATTGTGGGCAATGAAATTGCTACCTTGTTGTCGCATTAAATTTATATGGTGTCGCTTGGAAGAACTAAATTGTTCTAATAATCTTTTTATCCATATATCTTCACAAATGCCATGGGCTAAACTTGCTTCAACATTACTTGTAGCTGTTACAAATTGTTTTTTACCATATTATTTCTACATCAATCTTCTCTTTTATGAAGCGCTTAAGTTGGTTCGGGAGCATGCATAAACTAACTTACCATACTAACAACAAAAACAATATATGGACGTTTGTGAGAGAGATATATGAGTCTCCTTGCAAGTTTCGTAGTTTTCCTTGTCTTTTACCTCTTTTTTGTCGCAACTTCTAATTTTTATTTCGATTAAGTGAGTCTCTATTGACTTGTAACCAAGTAATCATTTCTCTTCGAGTAAATCAGTAATATATTCCTTTGGTTGACATGGATGCCATTTTTCGACCTAGCACATCTCATTTCTTAGTGTAAACACTAACGTTTGAGAGTCAGAATACTCCATTCCATTTAGTCAAGATATATATTATACATATCTATGTACATGTATATATGTGTGTATATATTTATGTATATGTGTGTGTGTGTGTATATATGTATATACATAGATATAAGACAATAAAGGATGTTATGACAAAGATATCTACAATAATATAATAATACAAAAATTAGAACTATAACACTTCAAGTAGGAGCATATATGTTAATCATGCCCGACTTGTTACAGAAATAATTTATTTGTGCTCCATCGAACACTTTAGTGAAGATTTGTTCTCTAGTCTATTTTTCACGTACCAAACGACAATGACTTCAATGTGTTTAGTCCTTTTGTAGAATATTGGATTAAATGCGATATAAAGAGTTGTTTGATTATCACACCACAATTTGGTCGGTGAATACCAATTAAACAAGTTGATATATCCAAACCAATTCACACACTGATTTATGCCATTGCTTTACGTTATGATTCAACATTTGAATGTGACTCCACATTTTGTTTCTTACTCTTCCAAGAATCCAAATTACCACCAACAACTACACAATATGTTGAAGTTGACCTTCTATCTTCCTTAGATCTTGCCCAATCAACATTTGAGAAGCATTCAATATTAGTATGACCATAATCTCTATCTTAGACCATGCTCGGGAGCAACCTTAAAATAACACGAAATCTGTTCCAATGCATCCTAATGGTCAACTGTAGAACAAAACATATTTTGGCTCACAATACTCACGGAATAAGCTATGCTTAGTCGAGTGGCTATAAAATAATTGAGTTTTTTTATCAACATATAGAGCTAACAGGGTGACACAAAGTTTCATATCTTTTAACAAAGGCAGAGTCGTCTTACTTGCTCTTCTTCATTCCAAAGTTTTGCATCATTTGAGTACGTTTCCTAAGCCAAGCTCGTGGACTTTACTTACATAGGCAACATACCTTTCCATACTCTCCCAAAGCAACAAACCTTGGTGGTTATTGTATATACACCTTGTCTTGAAAATCACCATGAAGAAATGCATTTTTAATTTCAAGCTGATGTAAACACGTGATGGATTGATGCTAACGAAATGAATAACTTGATAGAGGCCATTTTAGCAATTGGAGAAAAAGTATCATCAACATAGTCAACTCTGTAAGTTTGTGCATAGCCTTTAGCAAAAGCTTCAGATCCAACAGGAAGAGTAACGAAATCCCAAGTGCAATTGTCATCTAAGGCATTCATGTCCTCTACCATCACAACACACACCAACAAGGTTGCTACATGGCTTTCTGAACAATGTTAGAAGTTGATACAGACTCTTAAGGATGTAATGAAAGAACATGTAGAAGATGACAAATAGTTATATGAAACAAAAGAAGAAATAAGATGAGTGCATACGACTATATCGTCAGCTTATAAGTATAACCATCAGCATAAGGCTGGGAGTTCGTGATGAAATACTAATCAACCCTCCAACATTAGGGATGATATGGTTATACGTTGATAATGTGTACTAATCAACCCTCAATCATATATGTTGAAATTAGGCTATCAATCTAAACCTATATGGAAAAAAGAAAATTACACATCATACAAGGAAAAAATGCAAAATTCTCAATCTACAGTTGAATGGTTTAACTTGATTTTCTACCATAAGGATGTCTTGTCTTTTTGACTGATTTTTTCTCATTTTATTGACTAAATTTCTTTTTTTGATTTTTTAAAGTATACTTTTTAACATATATATGTAGATACATACATCTGTAGATACATATATATGTATCTATATATTTATTAATTTATAAGAAAAAGAAGACCATAGGTTGGCGAACTTTGAATTCCTATTCATTTTCTTCCATGAGTATGCTGAAAATCCTTTGCTTTTATGTTCTATTTTATCCTTGAGAGAAAAAATTTCTGGGTCATGGTTTGACTACAATTTTGTTTCTTCTTTCCAGCCCAAGTTATTTCTTTTTGTGGCAGCATATTTCTTCTTGTACATAGCAGATTGTACACTTAGTTTGTGAGGTTATCTGACCTTGAAGAAAAAGAGCAGGGGCATAGTTTGCATTTCTTGTTCCAGCTGAGTTTTATTGTTTTGTCAATACACTTTCTAAGAATTCACATTTTGTTGCAGCCTTTTTGCACAAGGAGTCAACTATTTACAAAGGTGTGTTCGGTGATTCTTAATTATTTTGAATGTTATTGTCTTTGTCTCCTTATTGTGTGTCGTTCTCATGTTGCCCTGTTCATGGTCGAGGTAGATGCATAAATTTTTGAACATATGGGATAGCACTCTTCAAATAAGCAGCAATCTTGGTTATCTAATGGGACCTTATTCCAGCTGATATATGGTCGTTTACTCAATTAAAATGACGTGTTATCTTTTCTTAACATACATGAAAAGAGGGACATTTCTGAATTGCCTATTGGAGGACCAGTCACTTGCAGATATATATATGTTATTGTTGTTGTTATTATTATTATGATGATCATCATTTTGTTAGGAAAGGTACATTAGGAATAAAATATACTTCTTTTGCTTTCTGCTGCTTGCAAAGTGCAAATTATCTTTCTAGAAGCTCGAAGTTGCCGTGGCTTCCTAATTTTCTGCATTGAATGAGAACTTAACAATTATTGAACAATATCAAAGATGAAAATGTGTTCACAACTTTTGGTAGCCTTCATCATTTGTGTTCATTGTTCCTTTCAGATTGATTTCTTATCCTAGTATAGGGTACTTCTATTGACAAACGTTCGTTTTTGTATTTTTCCCCCTACCTTCTTAGCAGATTTGGGAATTGTGAACTTAATATTAAATCTGAATCTGCTTCATACAGTGTTTTGTTTGTCGATACTTAGGAATTTGGTTTTGTTAGTTTGTTGTGTTTTTTCTCTTTCTTGGAAGTTCCTTTAGTTATTGTCTTCTTCTGCACGTCCTTTCTATAATGAGAATACAGTTGATTTTTTATACTGGAGATGTTCAGTCTTTTCCTTCTTTCTTCTCTCTTTTTGCGTAATCTTACATATGAAAGAACAATTGTTGCAATAAGACTTGTTCTTATTGTTTACTGAGAGGGAACAAAGATGTACAAAGATTACAATTACCGAAAGGGCTGAAAAGGAAAACAAAAAATCGAAGGCATAATATAGAATAGAAGCTGGAAAAGAAATATGAAAGCATCCGAGTTGTTACTTGTTGCAAGAGTAGTAGATAAAGTAGAGGGAAGTAGCAGGGGAACACCATTTGAGAAGCTTTGTTCCTGGCCAATTCAAAGTTCTCAAACCAACCACTTGAAGTCCTAAAACATTATTTGGTTGCATTCGATCTATATTTCCAAAAAGACTCTTGAGTACACTGACACATAAAAGATGAGCTCATAGGACAAAAAATAGGACCAGGGAATAAATGAAGAGCAATTTGTTTATCCCTTTTTTCTTATCCCATCTTTGTTGGTTTGAAAGTTTGCTTGTTGATGTTTTGCAACTTCTGGTGTCTATACATTTCTTCAAGAAATTTTGAGCCAACAGTGGTACAATCCGTCTTTCAAATCAAAGGCTCACAACCGGAGGTGGTTATTTGAATGTAATGTCTGGCCACCTACAGGAGGAAGAAAACTGTTGCCAGTTCTAGTGGGTTTTATTAAAAAATGATGGCTTATTTTCTAGGGGATAATCAAGGACTTTCTTGTGCATCATGAGGTCAACACCACTATTTCAGATAAGTCATCAGTGGAAAAAGTCGAGTCTCCTACCATCAGTTGTGAAGATGTTGTAGGAAGATCTCGGATGGAAAGCAGAGAATAGAGGAAACAGTCTCTAAGGGGTTAACCACTTCCACAGGATCTCCACCTTCTGTTGTAGAAATGAGTTTTGGGTTGTTAAAGAAAAAGAAGTGGCAAGCCTTGACTTGGATTTGCCTATGGTAATTTGACCTCTGCATGCCCATGATGGATGGATATCAAAAAAGCAACTGAACAGTTTTTTTAGGCTACTTTTGTGATAAATCCGTTCATGGCTGATGCGGCTCTTTTGTAAATGGAAGATGGCAGACTTTAGGTGGTCTTGGGACTGAAGGTAGATGGATAATTATATTTCCATTTCGTATAAAGTTTGAATATTGATCTTCCAAGAAGCATACAAAGCCAGAATTTAGGGTAGGTAATGTAGGAAAGATTATATTATTGAACCTACATTTGCAATACTGGAACAAAACTACCTTTGAAGCATTGCGGTGTATTTTGTTGGACTAATTGGAATGTCATCCAAAACTCTTAATTTGATTGATTGTGAAGTGGCATATATATGTAAATAAAAATTTATGTGGTTTCAGCGACAATTGTAATTCAAGAAACCATAAGGGGCAACACATTTCTTAATTTTGGGGACATAGTAGCCATTGGTTCACCCTTCATTTTGATTATTTTTAAAAGAAAGATCATTGTGATTATTGGAATTCATTGGACTTTTTCGAATGAGTTATTTGTTAAGGGTGTGAAATGGATTTGTAATTCAAGTGAAGAAGCATTTAAAAGGCTAGAGGATCAAGCTATTAAAGTGACCTGTCTGTATGGTTTGGAAGTAGAATCTGACGTTTTGGAATCTGTTCCAGAAACATGGGATATTAAAGAGACTTCTTTGGTTCAGAGTGGGAACACTATTAACAACTCAAGGAGATTGTATTAAATATGCCATAGGAGAATGCTTAATATGCCTTTGTTTGCATGGGGGGGAGGTTGATTTAAACATGAATCACATTTCAAAGGTCTCAATTCATGAATCACCATCCTAAATCTAAAAAAAGATCCTAGAAGAAAAAGAATTGTTTCATCATCATGAAAAATAGACTAATAGATAAAAAGAAAAAAGAAATGTTGTGTCCCAAATAAATGGAAAAAATAAAAATGAAAAGAAAAGAAAAGAAACTGTTTGATAATTAAAAAAAGAAAAGAAAGTGGGTTGTGTTAGATGCAACCCAAAGAAAATTTTAAAAAAAGAAGATGTTTTTGGTCTTTTTTCTTTTGAAAAAAGAAACAATAAAATATTGACATTGCGTCTCTGGTAGAGATGCAATTGATGCAATTCAATAAGGACAAAGAATTAGCTCTTCGTTGACAAATAGTTTCTAGTAGTTCCAAATTTGACTCTGAAAGTAGTTTGAGTAGTGTGGAGCCCAAAGCTTATTTAGAAAAAATCGAATTTGATCTTTATGCTTTTTGTTCCTTTGTTGATGCTTTTGAAAATGTATTCTTGGTTTATGTCCAAGATCATTTGGTTGAAGATCATCAATCTTTATCACCAATGGTAAAGACCAGTTCAGACCAGTTCAATTCTTTCGAAGTTTTCATCTTTAATAATGCATGAGGATCGCAGATTTAAGAATTCATCCTTTGTCTCCTTAAGTTGAGATTTAATTTTGATGCTACATCTATCAGATATTCATATAGACTTCAAGATTGGTTGGTTTGTTTTTTGTTGCTGCTATTCGCAATATTTTTGTCTCCAAGAAATGGGGTTTTTATTTGATTATTTCAGGTTCAAGTCTGCACATTTCTTGATCATCTTTTTGATTTGGCAATAAGTGGATTCTCTGGTTACTTCCAGTTTGGTCCTCGGTCGAAGTTTCTGGAGAGTCCCATGTGTATCCTTCCATTGAACTACTGGAGATCTCAGTCTAACTGTTGTTGGTTTCTTTATCCTCATTCTCAGCATTTTGGCAATCCAGCAACCCCTTCAATGTTCTTTTATGGTTTATGCTTTTTGACTCAATTTCTGTTCGGAGTTTGGTTCGGTTTGGTTTGTTTGTCGGTCTCTTCATGGTGTGCTCTTTCTATTCTCCCTTCTGAATATTCTTTTTCAAGTTTTATGCCTCATTTGGTTTTGATTTTTTATTCTTCCATTGTAGTTTTTTTCTCCCTTGTGGAGTTTTTATCTTTTGAGCATGGGTCTCTTTTAATCTAAGAAAAGTGTTTCTTGTAGAAAAAAAAAAGATATCTAAAAGAAATAATTAAGAAATAAAGGACTAATATACCCATCATGTGTTGGCCTAGTGGTAGTGGGAACATAAAAAAAAAAAGCCAAAGGGCTAAGAGGTCATGGGTGGCGACAGTTACCTAGGATTTAATATCCCACGGGTTTCCTTGACACCTAAATGTTGTAGGGTCAGGCCGTGAGATTAGTTGAATTGCGCGTAAGCTGGCTTGAACACTCGTGGATATCAAAAAAAAAAAAAAAAAAAAAAAAAAGAGACTAATATTTTAATCTAAAAAACTATACTAAACACAAATTTACATATTGGGATTTAGAATTTGTTAAGGAATCTCTCTTTTTTATTATTAATAGTTTTGTTAGTGTTTAGGTTTGGTCTACGGCTTTATTATTGGTGCCAGCCATGTCTAAGCATGTCCTGCTGTGTGCAAGTTGTGTATAATCCGTTTTATTATCCAATAGATGGATCATTTTAGCATATACATTTGTGAAGTCTTCCTTGCATTTTCTTCTGTTGCTATTAACTTTGTTTCTGTTTTATTTATATGTCTAACAATATGAAGAATTATTGCAGTTCATTAAGGTTATCTACCATCAATTGAAATTTGGATTGGAGAAAGATCATTCTAATGATACAGCAGGATCATCATCAACATTTTTAGATGAATCATGGTTTTCTGCTGATAGTTTCTTATATCATTTATGTAAGGTAAGTTAGTCTCATGATCATTAAAAACCCAGCTTACCCAAAAGTTTATGTTAACAGTTAGGGTATTTATAATTTTGTTTCCGGGTTTTTTTGGTTTCCCCCCATTTGTGAGCTTGAAAACTAACACAAGGCTCAACAAGTGATTACCAATATTAATTATTGAGAAACCGATATTAAGAGGTTCAAACACATGATCTCTTGCTTAAGCTAAAAGGTTCCATCTATTTGATATTTTATCCATATTCTATTACACCTATCATGCTTATGATATTTTGAAGTTGGATATGCTACAACTCCCTCTTCAGTTATCTGTGGTGAGAGTATTCAATTATTTGATATCCATATATGTCATATTAAATTCGTTGACTTGTTTATTGCAGGTTATTGCTCAGTATTTTCCTTTTTTTTTTTTTTTGGGGGGGGGGGGGGGGGGGGTTGATTTTATTAAGATTTACATTTTTCCAATCACCTAAAATATGATCAATATCATGCAGGATTTCTTTTCATTGGTGCTAGAGGCTCCGGTTGTTGATGGGGATCTTCTGACATGGGTATGTGGATCAAACCTATTTCATATAATTTTTCCATTGTTGATTTAACCATTTACAGGATGCAGGTTTGACATTTGATAAAATATCATTAGATTTAATGGGCATACTCCAAGTTTTTATACGATTGTATTATACTGTGAATTCAAATGTCCAAGCCTACATGGATTTGGAAGAGTATTAGATAAGACGAGGTTTCATTTCAAAACTAATTGGCAATAAGAGGAGTAACCCATGTGACCTATAAATATTGTGAGGTCCTTTAAGTTTAATGACCTATAAAAATTTTGAGGTCCTTTAAGTTTACTGTGGGATTCTCAACAATTCCCCCTTGAATGGTGCTGTTAGGAAACTAAACCTGGAAACAATAATTCCCAACAAGAAACTCCCAGAACAGAGCAATGCTCTGGTATGATTTATTTATATATCAAAGGGGAAAGTACAGCAGAATGCATCAAGAGTTAAAAAGGAAATTAAGAAGAACAAACAAACCAGCACTTTCTAGAGGGCTGGAAATCCTCTCCCATGAGCTACCTCAGGCCTGATTCTTGATACCCTTACTCCCTATCCTGAACCCTCTCTTGAACCTCTCATTCCGCATGGTCCCCATTCCCTCAAGGAACTGCACGCCACTAGTCCCCACAGCTAATGAACTTCCCACATCATTGCTGCTACTCTCTCCCACTCTTCCCTTTTTACCCTAGTTTATACATGTGCGGCATTGGGGCCTTATAGGTGTTTCTTTTAAGTTCACCATTTTTGGATCGGATCTCAATTTATTTTTTGGACCTAATGCTTGTTTGGGCTTCACGAGCTCTGATGCTATGTTAAATCACCGGTTAACCTAAAAACTTAAGCTATGACTTTATAGGAGTACAGTAGGACTTATTGCTTTGATACTATGTGAAATCACTTCTCTCCAATTAATATTGATTTCTACTTGTTGGGTCTTCTACAAATTTTCAAGAAGTGAGGGGATGTTGAAGTGTTAATATAATTAGAATTTTCATAACCCATGAAGTTAATTTTTTGAGTCAATTGGTGACTTAACATGGCATTAGAGCGGAGGTCATGAGATAGAATAATTGTAAAGTTATTGGTGTGCCAAGTTGAGAGAAGAGAGTTTAATCTAAAAAGAACACTATTTCTTTATTGCCTTCAATTAAAGGAAAGCTTAGCTTTAAATACTAAACTTAAGAGACAGCCCAAACGGGAAGTTACCCCAACGGTAACTTTATTCTGACTGTAATTTACAAAGAATTTTAAGAAGAATAAAATACAATGCTATTAAAATTAAAGGACAGCTGCTGGAACATAAGAAACTACATCAAATTCCCTCTGTGTAAATGAAGAAAAACTCGTCCTCGAGTTTAAGTAGAAAGAGAAAATTGATCCATTGGGAAATACTCAGTCAAGTCGGCAATATTAAAGATAGGACTGATATGTAAATTGTCTGGGAGCTCAATCTTGTAGGCATTGTCACCAAATCTCTTTATAATCCATAAGGGACCAAGTTTTTGGGGCTAGAGCTTGTTACATTTTCTAGTTGGAAATCTGTTTTCGCTAAGGTGAACCATCACAAGATCTTCCTTGAACTCTTTGAATCTCCTATGTTTGTAAGCATCTTCTTTGTACTTAGTTGTCATTTTCTCAAGATGTTCAGTGACTTCCTTATGCAATTCAGCAACTCTTTCAGCCATTGTCTCTGCTTCTAGGTTAAGATCCACAGAAGAAGGTAAGTTAGCAAGATCTACGGTTAGCCTAGGGAGTTTAGTGTAAACAATCTCAAATGGTAACATACATCCCTGTGGACTGGTTCTTCATATGATTGTAAGCAAATTTTGCTTGTGCCAAGACAAGGTCCCATTGCTGTGGTTTGTCTCTTCCAAGGCAACGAATGAGATTTCCAAGGATTCTATTTGTGACCTCCGTTTGTCCATCCGTTTGGGGATGACTTGTAAAGCTGAATTTTAAATTTGTGTTGAATTTCTTCCACAATGTTTTCCAAAAGTAGCTTAAGAACATCACATCACGGTCTGAAACTATAGACTTAGGAACACCATGTAAACGAATAATTTCCTTTTAAAAAAAGGTTAGCCACATATATAATATCCAATGTTTTTCGACCAGGAAGGAAATGAGACATTTTACTAAATCTATCCACTACTACAAGTCTGAATCATACCCTCTTTGAGTTTTTGGAAGACCTAATATGAAGTCCATTAAGAAATCCTCCCAAATATTTTTTGGAATTCGGAGAGGAGTGTATAATCCAGGATTTTTTGTTTGTGCCCTTTGGTAGTTTGGCAAGTAAAACAATATTTAACATATTTATTTACATCCTTTTGTAGCTGTGGCCAATAATATCTATCATTTAGAAGTTGTAGTGTCTTATCCATACCAAAGTGTCCAGCTAAACCATGACTTTGTAGTTCTTTTATCAAAGACTCTCGAAGTGATGTTCGAGGAATACATAATAAATTGTTTTTGAAAAGGAAACCATTGACTACATAGAAATCATTACAGTTGACATGGTTATTACACATAGCCCAAATGTTATGGAAGTCGGTCGTTTTCATACAATTTTGGAAGAGAGTCAAAAGCAATAATACTACTTTTAAGAATTGTCAACAAGTTAACCTTCCTACTTAGAGCATCAACCACTGTATTAGTGTTTCCAGCCTTATGTTTAATGACAAAATCGAATCTTTGTATAAAAGATAGCCAACGAGCATACATCCTATTAATAGTTTTTTTTGTGTTTGCAAAAATTTGAGAGAAAAATGATCTGAGAAGAGGATAAACTCATGAGCTAAGATATAGTGTTGTTACCAAACCTTTAGAGCTCTTACCAAAGAGTATTAACTTTTGCTCATATGTACTCCATTTTTGCCGAGACTCGCTTAGCTTTTCAATAAAGTTTTGAGATAGGACAACTCCAAGGGCATGACCTAATGCATCTACTGCCACCTCAAAAGGTTGAGTGAAATCGAGAAGTGCTAGAATAGGGGCACAACACAATTTATCCTTGAGTGTTGAGAAGCTCTCCGTTTGGGCATTAGTCCAAAGAAAATTTCCCTTTTTTAGGCATTCTATAGGAGGAGTTACAAAAAAAACTAAAGTTTTTAATAAACTTTCGATAAAAAGAAGCAAGTCCTAAGAAACTTTGGATATCTTGAATTGTTTTTGGAATGGGCCAATTTTTATGGCCTCCACTTTAGCTGGATCTACAAATATTCCAAACTCATTAATAATATAACCTAAGAAACCTATTTCCTTAACTAGGAAGGTGTATTTCTTTAGATTAATATACACATGGTTAGTAGCGAGTGTGTGAAATAAAATATGCAAATGGGATAGACGTTCTTCATTATTAGCACTATAAACAATTATATCATCAAAATAAACTACAAAAATTTTATTGGAGAGACTGAATGGCATAACCAACCATTCATACAACCCCTCATTTGTCTTAAAAGCCGTTTTCCACTCATCTCCTGATCATATCCGTATTTGATGGTAGCCACTCTTTAAGTCAACCTTGGAAAATATCTTTGATCCTCCTAATTGGTCTAGTAAATCCGAAATTCTAGGAATGGGGAACCTATATTTGAGGGTTATTTTATTAATTTTCCTACTATCCACACACATTCTCCACGTCTCGTCCTTTTTGGGTGCCAATAAAACAGGGACGGCACAAGGACTCATGTTCGATCTTATGTGTCCCTTGTCTAAGAGGTCTTGAACTTGTTCTTGTAATATGGCATATTCACTAGGACTCATTCTATAATGTTGTAGGTTAGGAAGTATGGACCCGGAAATGAGATCAATATTGTGTTGAATATTTCTTAAGGGTGGGAGGGTTGAATGTGTTTCTAAAAGTTGGGGGAATTCTTCAAAGAGTCTCCTAGTATCCATAGAATTGTCCACTAAGTTACTATTAGCTCTAGGTGTTCGAGCTCGATCTTTTACAACTAGAGTCCATACCTCCAAGTCTTCCTTGTCTAAAATATGCCCACTGTGGGTGATTGAAAATAGTTGTTTTTGTGGTTTGATTTTACCCTTGCTACTGTTTTCCCCTTGGATACTTACTGAAGATAATAGTTTAATCTTTCGGCCCATCCACATGAACTCATAGGTATTCTCTCTTCCACGATGAATTGCTTGAACATCATTATTGCCAAGGGCGTCCTAGCAAAATATGACACACATCCATGTCAAGAACGTCGCAAATTATTTGATCCTTATAAAGATTACCAATTGAAAGAGATATACTGCAAGTAGAACTTATATGTCTTTCGCCTCTCTTTTTAATCCAACCGATTTTGTACGGGTTGAGATGAGGATCTAGATGAAGATTGAATGCTTGGACTAGTTTAGTAGACACAACGTTCTCGCTACTTCCGCTATCAATAATCACATTGCATACTTTTCCACCCACTATGCACCTTGTTCGAAAAAGAGCATGCCTTTGTGGATGTGCTTCTGTTTTGGGTGTGAGTAGGACCCTCTGGAGAACACATGAGAGTTGTTTGTTCTCCGGTGTCACCTTCAACCTCGTACTCCTCTTCGGATTGCTGGTCCCCATCTTCTTGCTGACTGTTCTCTTCAACAAGTGCAACTGCTCTTCGTAGGGGGCATGCATTTGATAAATGTCCTTGCTGTCCACAACGAAAACACTTACCAAGAGTTGGTCTTTGGTAATTGTTTGCATTCGGCTTCTTTCTCGTTGGTTCTTGGTTGTCGATTCCTTTATTGTTCGTTGACTTTAATTCTTCCTTTGATGCCTTTGAGCTGCACCCTACTTGATATTGCTTCCCATATTCCATGTTCTCGTGTTGATACAACGGTTTTTCCCAAGCATTCTTCTTTGAGCCACCCACTTTTGATCTTTTTTCTACGCTGATCTCTGCCTTGTATGCCATCGAAATAGCTGTTGGAAGTGTACTGATTGGTTGAAGATCAAGTAGGTCTTGGATTTCTTCCTTCAAGCCATCCACAAATCATGCAATTTGGTAGTTCTCACTCTCGTGAACTCTAGTTCTAGCGCTTAAATGATGGAATTCCTCTACATAATCAGCTACGCTTCTATTGCCTTGTCTATATTTTTTATATTGCTGATATAAAATCTGCTCATAATCAGCCGGAAGAAACCTTTCCTTCATCATCTTTCGCATCCTTGGCCAGCTCTTGATCGATTGTTTACCAATTAGCCGCCGGTTTGTTTGCATTTGATCCCACCAAGCTGACGCTCCCGACTTCAATTTGAACGACACAAGTTTCACCTTCTTGCTCTCAGGTGTGCTCATGTATTCAAAAAAGCTCTCCACATTTTTAATCCAATCAAGAAAGGGTTCTAAATCCAATTTTCCACTGAATGAAGGTAAGTCAATTTTCATCTTGTAAGGTAAGTCTCCATGATCATGTCGTCGATTTATTCCACTTCAGATAAAGAATCCTCTGAATCTTGATTTTCTTGGCTGCGTTCTTTGATTCTTGGAACACGAAACCCCTTTGGTCTCCTTGTGATGTCGAGTCACTCTGGGAATCAGCTGCTGGTGGTCGACCAACTGCATCTTGCGCCGGCCTTCTCCCAAGTTTGTCAGTCCGACGAGGATTTACAACATGTGGAAGTGTGGTGACGACTAGCTCTACTTGTCGAGCCATTCTGTTTACTGCCAAATTCAAAGCAGCCACGCCTAATTTGAGTTCTCCCTTTGATTCTTCTACCATCAGCAATTGCGCGATAGCTGATCGGGGAGATAATACTTCAGGTTGTGCGGGTCAGGCGTCGGAGTCCTTCCCCTTACCGGAGTTCGTTGTGTGCTTGCCGGTCATGGAGTCCCAATTCGTGGAGCTCTGATACCAAATTTGGTGTGCCAAGTTGAGAGAGGTGAGTTTAATCTAAAAAAATCCTATTTCTTTATTGCCTTCAATTAAAGGAAAGCTTAGCTTTAAATACTAAGCTTAAGAGACCATTCAAATGGGAAGTTACCCCAACGGTAACTTTATTCTAACTGTAATTTACAAAGAATTTTAAGAAGAATAAAATACAATGCTATTAAAATTAAAGGACAGCTGCGGGAACCTAAGAAACTACATCAGTTATATAGCTTAAGCTTTTGGGTCAACTGATCATTTAACATATAGACACTGAGATTTACCTTGTTTTAGCACGCTAAGGCTTCCCAAGAAGATGAAAATTTCCATGTTTATTTTTAAGAATTTATATGCAGTCAAATTCAAATTTCTTCCTCATCACCTGCCTTCTCTCTTTGTGTGTTTTCCTGCAGTGTCATTGTTGCCACTAAGTTTCAATCTATGCCTCTTGGATGTTGTCTGGATGTACCAAGAAATATCTATGGTGTAAGGAGACTTGTATGAATGAATTATTTCTCATGGATGAGGCAAGTTCTTCAACTTGTAGATGGTTTTCTCAACCATAACCTCATTTCATGCCTTAGAACCCTTTTCCTATTTCTAGCACCATCCAATCTTAAGCAAAGTCTTATCAAGTGCTTCATATTCTTTCGGGGACTCGTTTTACAATTTAAAGTTTTACCAACTCTGTGATCCCATCTTTCTCGATCTAGGCAGGGCTGTGACTAGCAACTTTTGTGGGGAAAAAAATCTTATTCTTTAATTTGTTTAGAGATGTTAAAGAATATTCTACCGTAAATCGTATTTATCATTTTTAGAAGCTTACCAAGCTTTTCATTTTTTCAAAATTGTATTTTTGGAACCATTCCATCATTTTCTTTAGAACATATTATTTGACATTAGTTAGTAGCGCATGCTGTGACTTTGTGTTAATGAATCGAGGGTCAAGAATCTTCCTTTTTTTCCCCTCACAAACTACAACGACAGAGAGTTCATTTATCAATCAACTTTGATAGACTCACTCAGTGAAATAGTGATTTATAACTTGGGCCGTTTATCTCATGAAATTATATTATTCTCTTTGAATTTTTGTGCTGGAGTTTGTCCTGTCTACTATGTAATTCCATTATGCTTTAATATAACCATAAAAAATTATTAATGCACCAAATTCCGTTGTCACAGACAAGGAAACTCAAGGAACTGTTGGAGAACAGATTGGGCTGGAAATTTCAGAACAATATTGCAACTGATGGAATTTCCTTTGATGAAGATGATGAGGTCAGTCAAAATGTTCACATCGCAGTAATCTTTCTGTGCTCTCTCTCTCTCTCACATAGAGGCCTATTTACTTTTGCAGTTTGCTCCTGTAGTTGTGAGGATGGATGATTCTGAGTCGTCATGAGGTCTTATAAGTCCTTATAAAAAGGTTAAATATATATTTTAGTCCCTAATGTTAGGATTTTTTTTTAGCCCCTAATATTTTAGCCTTATTCCAAACAAGTTCCTGCGCGAACAAGATATATGAAAACTAATTCAGCAGTCTTAACTTAGAACATCGATAAGCTAACTTGAGTGTAAAAATAAATAAATCTTCATCTGTTAGAGAAAACAGTAGAACTAGAC

mRNA sequence

ATGGGAGAGATCGAGAGCGATAAGCAAAGAATGTTTTCTGAAGTTGAAATGGATCCTGAAACTGCCCTAGAGCTTGTGAAGCAGGGTTCGACGATTCTCCTCCTCGACGTTCCTCAGTACACCCTCGTTGGAATTGATACTCAGATGTTCTCTGTAGGGCCTTCTTTCAAGGGTATAAAGATGATTCCTCCAGGACCTCATTTCCTTTATTACAGCTCGTCTTGCAGAGACGGCAGAGAGTTTTCACCAATTACTGGCTTTTTTGTAGATGCCGGTCCCTCTGAGGTTATTGTTCGGAGGTGGGATCCAAGGGAGGAGCGACTGGTTAAAGTATTAGAAGAAGAGGAAGAGCGATTTGGGGAGGCAATTAGACAATTGGAATTTGACAGACAACTTGGTCCGTATAATCTGGGTCAATATGGAGAATGGAAGCAACCCATTGGAGGTGACATTACTGTGGCGAGTGAACCTGGAATTTCTCAGAGCACTTCCAAGTCAGCAATAGAGAAAGTCCTGGATGATCAGTTGAAGGCTAGTAAGTTTGCAACACCTGTTGATTCATCTCAGAGGAGAGGATGTTATTACACAGAAATTCCCCATGTTATCAAAAAGAGAGGAGTTCACGGGCAGGAGCTTACTTATTTGAATCTCGATAAGACCTTACTACTAGAAAACTTACTGAAAAAATATTTTGGAGGTTCAGAGGACCTACTTCTTGGGGAGCTACAGTTTGCATTTGTTGTTTTTTTGATGGGACAATCACTTGAAGGATTTCTACAGTGGAAATCATTAATTACCCTGTTTTTTGAGTGCACAGAAGCTCCTTTTTGCACAAGGAGTCAACTATTTACAAAGGTTCAAGTCTGCACATTTCTTGATCATCTTTTTGATTTGGCAATAAGTGGATTCTCTGGTTACTTCCAGTTTGGTCCTCGGTCGAAGTTTCTGGAGAGTCCCATCATTTTGGCAATCCAGCAACCCCTTCAATGTTCTTTTATGTTCATTAAGGTTATCTACCATCAATTGAAATTTGGATTGGAGAAAGATCATTCTAATGATACAGCAGGATCATCATCAACATTTTTAGATGAATCATGGTTTTCTGCTGATAGTTTCTTATATCATTTATGTAAGGATTTCTTTTCATTGGTGCTAGAGGCTCCGGTTGTTGATGGGGATCTTCTGACATGGACAAGGAAACTCAAGGAACTGTTGGAGAACAGATTGGGCTGGAAATTTCAGAACAATATTGCAACTGATGGAATTTCCTTTGATGAAGATGATGAGTTTGCTCCTGTAGTTGTGAGGATGGATGATTCTGAGTCGTCATGAGGTCTTATAAGTCCTTATAAAAAGGTTAAATATATATTTTAGTCCCTAATGTTAGGATTTTTTTTTAGCCCCTAATATTTTAGCCTTATTCCAAACAAGTTCCTGCGCGAACAAGATATATGAAAACTAATTCAGCAGTCTTAACTTAGAACATCGATAAGCTAACTTGAGTGTAAAAATAAATAAATCTTCATCTGTTAGAGAAAACAGTAGAACTAGAC

Coding sequence (CDS)

ATGGGAGAGATCGAGAGCGATAAGCAAAGAATGTTTTCTGAAGTTGAAATGGATCCTGAAACTGCCCTAGAGCTTGTGAAGCAGGGTTCGACGATTCTCCTCCTCGACGTTCCTCAGTACACCCTCGTTGGAATTGATACTCAGATGTTCTCTGTAGGGCCTTCTTTCAAGGGTATAAAGATGATTCCTCCAGGACCTCATTTCCTTTATTACAGCTCGTCTTGCAGAGACGGCAGAGAGTTTTCACCAATTACTGGCTTTTTTGTAGATGCCGGTCCCTCTGAGGTTATTGTTCGGAGGTGGGATCCAAGGGAGGAGCGACTGGTTAAAGTATTAGAAGAAGAGGAAGAGCGATTTGGGGAGGCAATTAGACAATTGGAATTTGACAGACAACTTGGTCCGTATAATCTGGGTCAATATGGAGAATGGAAGCAACCCATTGGAGGTGACATTACTGTGGCGAGTGAACCTGGAATTTCTCAGAGCACTTCCAAGTCAGCAATAGAGAAAGTCCTGGATGATCAGTTGAAGGCTAGTAAGTTTGCAACACCTGTTGATTCATCTCAGAGGAGAGGATGTTATTACACAGAAATTCCCCATGTTATCAAAAAGAGAGGAGTTCACGGGCAGGAGCTTACTTATTTGAATCTCGATAAGACCTTACTACTAGAAAACTTACTGAAAAAATATTTTGGAGGTTCAGAGGACCTACTTCTTGGGGAGCTACAGTTTGCATTTGTTGTTTTTTTGATGGGACAATCACTTGAAGGATTTCTACAGTGGAAATCATTAATTACCCTGTTTTTTGAGTGCACAGAAGCTCCTTTTTGCACAAGGAGTCAACTATTTACAAAGGTTCAAGTCTGCACATTTCTTGATCATCTTTTTGATTTGGCAATAAGTGGATTCTCTGGTTACTTCCAGTTTGGTCCTCGGTCGAAGTTTCTGGAGAGTCCCATCATTTTGGCAATCCAGCAACCCCTTCAATGTTCTTTTATGTTCATTAAGGTTATCTACCATCAATTGAAATTTGGATTGGAGAAAGATCATTCTAATGATACAGCAGGATCATCATCAACATTTTTAGATGAATCATGGTTTTCTGCTGATAGTTTCTTATATCATTTATGTAAGGATTTCTTTTCATTGGTGCTAGAGGCTCCGGTTGTTGATGGGGATCTTCTGACATGGACAAGGAAACTCAAGGAACTGTTGGAGAACAGATTGGGCTGGAAATTTCAGAACAATATTGCAACTGATGGAATTTCCTTTGATGAAGATGATGAGTTTGCTCCTGTAGTTGTGAGGATGGATGATTCTGAGTCGTCATGA

Protein sequence

MGEIESDKQRMFSEVEMDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCRDGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYNLGQYGEWKQPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFATPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGELQFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAISGFSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTFLDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATDGISFDEDDEFAPVVVRMDDSESS

Homology

[Close]

BLAST of Clc05G13420 vs. NCBI nr
Match: XP_038906828.1 (protein AAR2 homolog isoform X1 [Benincasa hispida])

HSP 1 Score: 695.3 bits (1793), Expect = 3.5e-196
Identity = 360/441 (81.63%), Postives = 366/441 (82.99%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MD ETALELVKQG+TILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR
Sbjct: 1   MDSETALELVKQGATILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSPITGFF+DAGPSEVIVRRWDP EERLVKVLEEEEERFGEA+RQLEFDRQLGPYN
Sbjct: 61  DGREFSPITGFFIDAGPSEVIVRRWDPTEERLVKVLEEEEERFGEAVRQLEFDRQLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           LGQYGEWK              +PIGGDITVA EPGISQSTSK AIEKVLDDQLKASKFA
Sbjct: 121 LGQYGEWKRISNHISSTTIKRLEPIGGDITVACEPGISQSTSKPAIEKVLDDQLKASKFA 180

Query: 197 TPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 256
           TPVDSSQRRGCYYTEIPHVIKKRGV GQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL
Sbjct: 181 TPVDSSQRRGCYYTEIPHVIKKRGVQGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 240

Query: 257 QFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAISG 316
           QFAFVVFLMGQSLEGFLQWKSLITLF ECTEAPFCTRSQLFTK                 
Sbjct: 241 QFAFVVFLMGQSLEGFLQWKSLITLFLECTEAPFCTRSQLFTK----------------- 300

Query: 317 FSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTFL 376
                                          FIKVIYHQLKFGL +D SNDT GSSST L
Sbjct: 301 -------------------------------FIKVIYHQLKFGLGRDRSNDTVGSSSTIL 360

Query: 377 DESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATDGI 436
           DESWF+ADSFLY LCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIA DGI
Sbjct: 361 DESWFTADSFLYRLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIAADGI 393

Query: 437 SFDEDDEFAPVVVRMDDSESS 444
           SFDEDDEFAPVVVRMDDSE S
Sbjct: 421 SFDEDDEFAPVVVRMDDSELS 393

[Close]

BLAST of Clc05G13420 vs. NCBI nr
Match: XP_008457081.1 (PREDICTED: protein AAR2 homolog isoform X1 [Cucumis melo])

HSP 1 Score: 678.7 bits (1750), Expect = 3.4e-191
Identity = 352/441 (79.82%), Postives = 366/441 (82.99%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MDPETALELVK G TILLLDVPQYTLVGIDTQMFS GPSFKGIKMIPPGPHFLYYSSS R
Sbjct: 1   MDPETALELVKHGVTILLLDVPQYTLVGIDTQMFSAGPSFKGIKMIPPGPHFLYYSSSSR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSPITGFFVDAGPSEVIVRRWD REERL+KVLEEEEERF EAIR+LEFDRQLGPYN
Sbjct: 61  DGREFSPITGFFVDAGPSEVIVRRWDQREERLIKVLEEEEERFREAIRRLEFDRQLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           LGQYGEWK              +PIGGDITV  EPGISQSTSKSA+EKVL+DQLKASKFA
Sbjct: 121 LGQYGEWKRISNHINSTTIERLEPIGGDITVVCEPGISQSTSKSAVEKVLEDQLKASKFA 180

Query: 197 TPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 256
           TPVDSSQRRGCYYT+IPHVIK+RGVHGQELTYLNLDKTLLLENLLK+YFGGSEDLLLGEL
Sbjct: 181 TPVDSSQRRGCYYTKIPHVIKQRGVHGQELTYLNLDKTLLLENLLKEYFGGSEDLLLGEL 240

Query: 257 QFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAISG 316
           QFAFVVFLMGQSLEGFLQWKSL+TLFFECTEAPFCTRSQLFTK                 
Sbjct: 241 QFAFVVFLMGQSLEGFLQWKSLVTLFFECTEAPFCTRSQLFTK----------------- 300

Query: 317 FSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTFL 376
                                          FIKVIYHQLKFGLEKD SND AGSSS  +
Sbjct: 301 -------------------------------FIKVIYHQLKFGLEKDRSNDKAGSSSILI 360

Query: 377 DESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATDGI 436
           DESWFSADSFL+HLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKF +NIATDGI
Sbjct: 361 DESWFSADSFLHHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKF-HNIATDGI 392

Query: 437 SFDEDDEFAPVVVRMDDSESS 444
           SFDEDDEFAPVVVR+D+SESS
Sbjct: 421 SFDEDDEFAPVVVRLDESESS 392

[Close]

BLAST of Clc05G13420 vs. NCBI nr
Match: XP_038906837.1 (protein AAR2 homolog isoform X2 [Benincasa hispida])

HSP 1 Score: 667.2 bits (1720), Expect = 1.0e-187
Identity = 349/441 (79.14%), Postives = 355/441 (80.50%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MD ETALELVKQG+TILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR
Sbjct: 1   MDSETALELVKQGATILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSPITGFF+DAGPSEVIVRRWDP EERLVKVLEEEEERFGEA+RQLEFDRQLGPYN
Sbjct: 61  DGREFSPITGFFIDAGPSEVIVRRWDPTEERLVKVLEEEEERFGEAVRQLEFDRQLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           LGQYGEWK              +PIGGDITVA EPGISQSTSK AIEKVLDDQLKASKFA
Sbjct: 121 LGQYGEWKRISNHISSTTIKRLEPIGGDITVACEPGISQSTSKPAIEKVLDDQLKASKFA 180

Query: 197 TPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 256
           TPVDSSQRRGCYYTEIPHVIKKRGV GQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL
Sbjct: 181 TPVDSSQRRGCYYTEIPHVIKKRGVQGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 240

Query: 257 QFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAISG 316
           QFAFVVFLMGQSLEGFLQWKSLITLF ECTEA                            
Sbjct: 241 QFAFVVFLMGQSLEGFLQWKSLITLFLECTEA---------------------------- 300

Query: 317 FSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTFL 376
                                          FIKVIYHQLKFGL +D SNDT GSSST L
Sbjct: 301 -------------------------------FIKVIYHQLKFGLGRDRSNDTVGSSSTIL 360

Query: 377 DESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATDGI 436
           DESWF+ADSFLY LCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIA DGI
Sbjct: 361 DESWFTADSFLYRLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIAADGI 382

Query: 437 SFDEDDEFAPVVVRMDDSESS 444
           SFDEDDEFAPVVVRMDDSE S
Sbjct: 421 SFDEDDEFAPVVVRMDDSELS 382

[Close]

BLAST of Clc05G13420 vs. NCBI nr
Match: XP_011660184.2 (protein AAR2 homolog isoform X2 [Cucumis sativus] >KGN66901.2 hypothetical protein Csa_007489 [Cucumis sativus])

HSP 1 Score: 666.0 bits (1717), Expect = 2.3e-187
Identity = 348/441 (78.91%), Postives = 358/441 (81.18%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MDPETALELVK G T+LLLDVPQYTL+GIDTQMFSVGPSFKGIKMIPPGPHFLYYSSS R
Sbjct: 1   MDPETALELVKHGVTVLLLDVPQYTLLGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSSR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSPITGFFVDAGPSEVIVRRWD REERLVKVLEEEE +F EAIR+LEFDRQLGPYN
Sbjct: 61  DGREFSPITGFFVDAGPSEVIVRRWDQREERLVKVLEEEEGQFREAIRRLEFDRQLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           LGQYGEWK              +PIGGDITV  EPGISQSTSKSA+EKVLDDQLK SKFA
Sbjct: 121 LGQYGEWKRMSNHINSTTIKRLEPIGGDITVVCEPGISQSTSKSAVEKVLDDQLKGSKFA 180

Query: 197 TPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 256
           TPVDSSQ RGCYY +IPHVIK+RGVHGQELTYLNLDKTLLLEN LKKYFGGSEDLLLGEL
Sbjct: 181 TPVDSSQSRGCYYAKIPHVIKQRGVHGQELTYLNLDKTLLLENQLKKYFGGSEDLLLGEL 240

Query: 257 QFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAISG 316
           QFAFVVFLMGQSLEGFLQWKSL+TL FEC EAPFCTRSQLFTK                 
Sbjct: 241 QFAFVVFLMGQSLEGFLQWKSLVTLLFECREAPFCTRSQLFTK----------------- 300

Query: 317 FSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTFL 376
                                          FIKVIYHQLKFGLEKD SND AGSSS  L
Sbjct: 301 -------------------------------FIKVIYHQLKFGLEKDRSNDKAGSSSILL 360

Query: 377 DESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATDGI 436
           DESWFSADSFL+HLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQ NIA DGI
Sbjct: 361 DESWFSADSFLHHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQ-NIAIDGI 392

Query: 437 SFDEDDEFAPVVVRMDDSESS 444
           SFDEDDEFAPVVVRMDDS SS
Sbjct: 421 SFDEDDEFAPVVVRMDDSSSS 392

[Close]

BLAST of Clc05G13420 vs. NCBI nr
Match: XP_031745004.1 (protein AAR2 homolog isoform X1 [Cucumis sativus] >XP_031745010.1 protein AAR2 homolog isoform X1 [Cucumis sativus] >XP_031745014.1 protein AAR2 homolog isoform X1 [Cucumis sativus])

HSP 1 Score: 656.0 bits (1691), Expect = 2.3e-184
Identity = 348/456 (76.32%), Postives = 358/456 (78.51%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MDPETALELVK G T+LLLDVPQYTL+GIDTQMFSVGPSFKGIKMIPPGPHFLYYSSS R
Sbjct: 1   MDPETALELVKHGVTVLLLDVPQYTLLGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSSR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSPITGFFVDAGPSEVIVRRWD REERLVKVLEEEE +F EAIR+LEFDRQLGPYN
Sbjct: 61  DGREFSPITGFFVDAGPSEVIVRRWDQREERLVKVLEEEEGQFREAIRRLEFDRQLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           LGQYGEWK              +PIGGDITV  EPGISQSTSKSA+EKVLDDQLK SKFA
Sbjct: 121 LGQYGEWKRMSNHINSTTIKRLEPIGGDITVVCEPGISQSTSKSAVEKVLDDQLKGSKFA 180

Query: 197 TPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 256
           TPVDSSQ RGCYY +IPHVIK+RGVHGQELTYLNLDKTLLLEN LKKYFGGSEDLLLGEL
Sbjct: 181 TPVDSSQSRGCYYAKIPHVIKQRGVHGQELTYLNLDKTLLLENQLKKYFGGSEDLLLGEL 240

Query: 257 QFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAISG 316
           QFAFVVFLMGQSLEGFLQWKSL+TL FEC EAPFCTRSQLFTK                 
Sbjct: 241 QFAFVVFLMGQSLEGFLQWKSLVTLLFECREAPFCTRSQLFTK----------------- 300

Query: 317 FSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTFL 376
                                          FIKVIYHQLKFGLEKD SND AGSSS  L
Sbjct: 301 -------------------------------FIKVIYHQLKFGLEKDRSNDKAGSSSILL 360

Query: 377 DESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTW---------------TRKLKELLEN 436
           DESWFSADSFL+HLCKDFFSLVLEAPVVDGDLLTW               TRKLKELLEN
Sbjct: 361 DESWFSADSFLHHLCKDFFSLVLEAPVVDGDLLTWVCGSRLISYTAYKMQTRKLKELLEN 407

Query: 437 RLGWKFQNNIATDGISFDEDDEFAPVVVRMDDSESS 444
           RLGWKFQ NIA DGISFDEDDEFAPVVVRMDDS SS
Sbjct: 421 RLGWKFQ-NIAIDGISFDEDDEFAPVVVRMDDSSSS 407

[Close]

BLAST of Clc05G13420 vs. ExPASy Swiss-Prot
Match: Q08DJ7 (Protein AAR2 homolog OS=Bos taurus OX=9913 GN=AAR2 PE=2 SV=1)

HSP 1 Score: 127.5 bits (319), Expect = 3.8e-28
Identity = 95/284 (33.45%), Postives = 136/284 (47.89%), Query Frame = 0


Query: 15  VEMDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSS 74
           ++MDPE A  L  +G+T+++L++P+ T  GID   + VGP F+G+KMIPPG HFL+YSS 
Sbjct: 4   MQMDPELARRLFFEGATVVILNMPKGTEFGIDYNSWEVGPKFRGVKMIPPGIHFLHYSSV 63

Query: 75  CR-DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLG 134
            + + RE  P  GFF++     + V RWD   E +      E E         E D+ LG
Sbjct: 64  DKANPREVGPRMGFFLNLQQRGLKVLRWDAAREEVDLSPAPEAEVEAMRANLQELDQFLG 123

Query: 135 PYNLGQYGEW--------------KQPIGGDITVASE--PGISQSTSKSAIEKVL----- 194
           PY      +W               QP    I   SE  P +S   +K  + + L     
Sbjct: 124 PYPYTTLKKWISLTNFISEATVEKLQPESRQICAFSEVLPVLSMRHTKDRVGQNLPRCGA 183

Query: 195 DDQLKASKFATPVDSSQRRG--CYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKY 254
           + +      A   +   R G    ++E+P  +   G    E+T  ++D +  LE +L K 
Sbjct: 184 ECKSYQEGLARLPEMKPRAGTEIRFSELPTQMFPAGATPAEITRHSMDLSYALETVLSKQ 243

Query: 255 FGGSEDLLLGELQFAFVVFLMGQSLEGFLQWKSLITLFFECTEA 275
           F  S   +LGELQFAFV FL+G   E F  WK L+ L     EA
Sbjct: 244 FPCSPQDVLGELQFAFVCFLLGNVYEAFEHWKRLLNLLCRSEEA 287

[Close]

BLAST of Clc05G13420 vs. ExPASy Swiss-Prot
Match: Q9D2V5 (Protein AAR2 homolog OS=Mus musculus OX=10090 GN=Aar2 PE=1 SV=3)

HSP 1 Score: 126.3 bits (316), Expect = 8.4e-28
Identity = 91/279 (32.62%), Postives = 136/279 (48.75%), Query Frame = 0


Query: 13  SEVEMDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYS 72
           S ++MDPE A +L  +G+T+++L++P+ T  GID   + VGP F+G+KMIPPG HFLYYS
Sbjct: 2   SSMQMDPELAKQLFFEGATVVILNMPKGTEFGIDYNSWEVGPKFRGVKMIPPGIHFLYYS 61

Query: 73  SSCR-DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQ 132
           S  + + RE  P  GFF+      + V RW+  +E +      E E         + D+ 
Sbjct: 62  SVDKANPREVGPRMGFFLSLKQRGLTVLRWNAVQEEVDLSPAPEAEVEAMRANLPDLDQF 121

Query: 133 LGPYNLGQYGEW--------------KQPIGGDITVASE--PGISQSTSKSAIEKVL--- 192
           LGPY      +W               QP    I   S+  P +    +K  + + L   
Sbjct: 122 LGPYPYATLKKWISLTNFISEATMEKLQPESRQICAFSDVLPVLFMKHTKDRVGQNLPLC 181

Query: 193 --DDQLKASKFATPVDSSQRRG--CYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLK 252
             + +      A   +   R G    ++E+P  +   G    E+T  ++D +  LE +L 
Sbjct: 182 GTECRSYQEGLARLPEMRPRAGTEIRFSELPTQMFPAGATPAEITRHSMDLSYALETVLS 241

Query: 253 KYFGGSEDLLLGELQFAFVVFLMGQSLEGFLQWKSLITL 268
           K F G+   +LGELQFAFV FL+G   E F  WK L+ L
Sbjct: 242 KQFPGNPQDVLGELQFAFVCFLLGNVYEAFEHWKRLLNL 280

[Close]

BLAST of Clc05G13420 vs. ExPASy Swiss-Prot
Match: Q9Y312 (Protein AAR2 homolog OS=Homo sapiens OX=9606 GN=AAR2 PE=1 SV=2)

HSP 1 Score: 125.2 bits (313), Expect = 1.9e-27
Identity = 91/277 (32.85%), Postives = 132/277 (47.65%), Query Frame = 0


Query: 15  VEMDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSS 74
           V+MDPE A  L  +G+T+++L++P+ T  GID   + VGP F+G+KMIPPG HFL+YSS 
Sbjct: 4   VQMDPELAKRLFFEGATVVILNMPKGTEFGIDYNSWEVGPKFRGVKMIPPGIHFLHYSSV 63

Query: 75  CR-DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLG 134
            + + +E  P  GFF+      + V RW    E +      E E         E D+ LG
Sbjct: 64  DKANPKEVGPRMGFFLSLHQRGLTVLRWSTLREEVDLSPAPESEVEAMRANLQELDQFLG 123

Query: 135 PYNLGQYGEW--------------KQPIGGDITVASE--PGISQSTSKSAIEKVL----- 194
           PY      +W               QP    I   S+  P +S   +K  + + L     
Sbjct: 124 PYPYATLKKWISLTNFISEATVEKLQPENRQICAFSDVLPVLSMKHTKDRVGQNLPRCGI 183

Query: 195 DDQLKASKFATPVDSSQRRG--CYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKY 254
           + +      A   +   R G    ++E+P  +   G    E+T  ++D +  LE +L K 
Sbjct: 184 ECKSYQEGLARLPEMKPRAGTEIRFSELPTQMFPEGATPAEITKHSMDLSYALETVLNKQ 243

Query: 255 FGGSEDLLLGELQFAFVVFLMGQSLEGFLQWKSLITL 268
           F  S   +LGELQFAFV FL+G   E F  WK L+ L
Sbjct: 244 FPSSPQDVLGELQFAFVCFLLGNVYEAFEHWKRLLNL 280

[Close]

BLAST of Clc05G13420 vs. ExPASy Swiss-Prot
Match: Q4R7D0 (Protein AAR2 homolog OS=Macaca fascicularis OX=9541 GN=AAR2 PE=2 SV=1)

HSP 1 Score: 124.4 bits (311), Expect = 3.2e-27
Identity = 90/277 (32.49%), Postives = 132/277 (47.65%), Query Frame = 0


Query: 15  VEMDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSS 74
           ++MDPE A  L  +G+T+++L++P+ T  GID   + VGP F+G+KMIPPG HFLYYSS 
Sbjct: 4   LQMDPELAKRLFFEGATVVILNMPKGTEFGIDCNSWEVGPKFRGVKMIPPGIHFLYYSSV 63

Query: 75  CR-DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLG 134
            + + +E  P  GFF+      + V RW    E +      E E         E D+ LG
Sbjct: 64  DKANPKEVGPRMGFFLSLYQRGLTVLRWSTLREEVDLSPAPESEVEAMRANLQELDQFLG 123

Query: 135 PYNLGQYGEW--------------KQPIGGDITVASE--PGISQSTSKSAIEKVL----- 194
           PY      +W               QP    I   S+  P +S   +K  + + L     
Sbjct: 124 PYPYATLKKWISLTNFISEATVEKLQPENRQICAFSDVLPVLSMKHTKDRVGQNLPRCGT 183

Query: 195 DDQLKASKFATPVDSSQRRG--CYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKY 254
           + +      A   +   R G    ++E+P  +   G    E+T  ++D +  L+ +L K 
Sbjct: 184 ECKSYQEGLARLPEMKPRAGTEIRFSELPTQMFPAGATPAEITKHSMDLSYALQTVLNKQ 243

Query: 255 FGGSEDLLLGELQFAFVVFLMGQSLEGFLQWKSLITL 268
           F  S   +LGELQFAFV FL+G   E F  WK L+ L
Sbjct: 244 FPSSPQDVLGELQFAFVCFLLGNVYEAFEHWKRLLNL 280

[Close]

BLAST of Clc05G13420 vs. ExPASy Swiss-Prot
Match: Q5R5N9 (Protein AAR2 homolog OS=Pongo abelii OX=9601 GN=AAR2 PE=2 SV=1)

HSP 1 Score: 120.9 bits (302), Expect = 3.5e-26
Identity = 89/277 (32.13%), Postives = 131/277 (47.29%), Query Frame = 0


Query: 15  VEMDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSS 74
           ++MDPE A  L  +G+T+++L++P+ T  GID   + VGP F+G+K IPPG HFL+YSS 
Sbjct: 4   MQMDPELAKRLFFEGATVVILNMPRGTEFGIDYNSWEVGPKFRGVKTIPPGIHFLHYSSV 63

Query: 75  CR-DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLG 134
            + + +E  P  GFF+      + V RW    E +      E E         E D+ LG
Sbjct: 64  DKANPKEVGPRMGFFLSLHQRGLTVLRWSTLREEVDLSPAPESEVEAMRANLQELDQFLG 123

Query: 135 PYNLGQYGEW--------------KQPIGGDITVASE--PGISQSTSKSAIEKVL----- 194
           PY      +W               QP    I   S+  P +S   +K  + + L     
Sbjct: 124 PYPYATLKKWISLTNFISEATVEKLQPENRQICAFSDVLPVLSMKHTKDRMGQNLPRCGT 183

Query: 195 DDQLKASKFATPVDSSQRRG--CYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKY 254
           + +      A   +   R G    ++E+P  +   G    E+T  ++D +  LE +L K 
Sbjct: 184 ECKSYQEGLARLPEMKPRAGTEIRFSELPTQMFPEGATPAEITKHSMDLSYALETVLNKQ 243

Query: 255 FGGSEDLLLGELQFAFVVFLMGQSLEGFLQWKSLITL 268
           F  S   +LGELQFAFV FL+G   E F  WK L+ L
Sbjct: 244 FPSSPQDVLGELQFAFVCFLLGNVYEAFEHWKRLLNL 280

[Close]

BLAST of Clc05G13420 vs. ExPASy TrEMBL
Match: A0A0A0M0D1 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_1G633380 PE=3 SV=1)

HSP 1 Score: 679.1 bits (1751), Expect = 1.2e-191
Identity = 357/461 (77.44%), Postives = 377/461 (81.78%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MDPET+LELVK G T+LLLDVPQYTL+GIDTQMFSVGPSFKGIKMIPPGPHFLYYSSS R
Sbjct: 1   MDPETSLELVKHGVTVLLLDVPQYTLLGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSSR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSPITGFFVDAGPSEVIVRRWD REERLVKVLEEEE +F EAIR+LEFDRQLGPYN
Sbjct: 61  DGREFSPITGFFVDAGPSEVIVRRWDQREERLVKVLEEEEGQFREAIRRLEFDRQLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           LGQYGEWK              +PIGGDITV  EPGISQSTSKSA+EKVLDDQLK SKFA
Sbjct: 121 LGQYGEWKRMSNHINSTTIKRLEPIGGDITVVCEPGISQSTSKSAVEKVLDDQLKGSKFA 180

Query: 197 TPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 256
           TPVDSSQ RGCYY +IPHVIK+RGVHGQELTYLNLDKTLLLEN LKKYFGGSEDLLLGEL
Sbjct: 181 TPVDSSQSRGCYYAKIPHVIKQRGVHGQELTYLNLDKTLLLENQLKKYFGGSEDLLLGEL 240

Query: 257 QFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTK----VQVCTFLD----- 316
           QFAFVVFLMGQSLEGFLQWKSL+TL FEC EAPFCTRSQLFTK    +  C  LD     
Sbjct: 241 QFAFVVFLMGQSLEGFLQWKSLVTLLFECREAPFCTRSQLFTKWILLLTSCCSLDKVSGK 300

Query: 317 -HLF----------DLAISGFSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQL 376
            H++           + +S    +F F P         +L +   +   F FIKVIYHQL
Sbjct: 301 SHVYPSTEVVETQSSVLLSSVRVWFDFQPLHG------VLFLISFVDILFQFIKVIYHQL 360

Query: 377 KFGLEKDHSNDTAGSSSTFLDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLK 436
           KFGLEKD SND AGSSS  LDESWFSADSFL+HLCKDFFSLVLEAPVVDGDLLTWTRKLK
Sbjct: 361 KFGLEKDRSNDKAGSSSILLDESWFSADSFLHHLCKDFFSLVLEAPVVDGDLLTWTRKLK 420

Query: 437 ELLENRLGWKFQNNIATDGISFDEDDEFAPVVVRMDDSESS 444
           ELLENRLGWKFQ NIA DGISFDEDDEFAPVVVRMDDS SS
Sbjct: 421 ELLENRLGWKFQ-NIAIDGISFDEDDEFAPVVVRMDDSSSS 454

[Close]

BLAST of Clc05G13420 vs. ExPASy TrEMBL
Match: A0A1S3C5D7 (protein AAR2 homolog isoform X1 OS=Cucumis melo OX=3656 GN=LOC103496849 PE=3 SV=1)

HSP 1 Score: 678.7 bits (1750), Expect = 1.6e-191
Identity = 352/441 (79.82%), Postives = 366/441 (82.99%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MDPETALELVK G TILLLDVPQYTLVGIDTQMFS GPSFKGIKMIPPGPHFLYYSSS R
Sbjct: 1   MDPETALELVKHGVTILLLDVPQYTLVGIDTQMFSAGPSFKGIKMIPPGPHFLYYSSSSR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSPITGFFVDAGPSEVIVRRWD REERL+KVLEEEEERF EAIR+LEFDRQLGPYN
Sbjct: 61  DGREFSPITGFFVDAGPSEVIVRRWDQREERLIKVLEEEEERFREAIRRLEFDRQLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           LGQYGEWK              +PIGGDITV  EPGISQSTSKSA+EKVL+DQLKASKFA
Sbjct: 121 LGQYGEWKRISNHINSTTIERLEPIGGDITVVCEPGISQSTSKSAVEKVLEDQLKASKFA 180

Query: 197 TPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 256
           TPVDSSQRRGCYYT+IPHVIK+RGVHGQELTYLNLDKTLLLENLLK+YFGGSEDLLLGEL
Sbjct: 181 TPVDSSQRRGCYYTKIPHVIKQRGVHGQELTYLNLDKTLLLENLLKEYFGGSEDLLLGEL 240

Query: 257 QFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAISG 316
           QFAFVVFLMGQSLEGFLQWKSL+TLFFECTEAPFCTRSQLFTK                 
Sbjct: 241 QFAFVVFLMGQSLEGFLQWKSLVTLFFECTEAPFCTRSQLFTK----------------- 300

Query: 317 FSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTFL 376
                                          FIKVIYHQLKFGLEKD SND AGSSS  +
Sbjct: 301 -------------------------------FIKVIYHQLKFGLEKDRSNDKAGSSSILI 360

Query: 377 DESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATDGI 436
           DESWFSADSFL+HLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKF +NIATDGI
Sbjct: 361 DESWFSADSFLHHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKF-HNIATDGI 392

Query: 437 SFDEDDEFAPVVVRMDDSESS 444
           SFDEDDEFAPVVVR+D+SESS
Sbjct: 421 SFDEDDEFAPVVVRLDESESS 392

[Close]

BLAST of Clc05G13420 vs. ExPASy TrEMBL
Match: A0A1S3C5Z9 (protein AAR2 homolog isoform X2 OS=Cucumis melo OX=3656 GN=LOC103496849 PE=3 SV=1)

HSP 1 Score: 651.0 bits (1678), Expect = 3.6e-183
Identity = 341/441 (77.32%), Postives = 355/441 (80.50%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MDPETALELVK G TILLLDVPQYTLVGIDTQMFS GPSFKGIKMIPPGPHFLYYSSS R
Sbjct: 1   MDPETALELVKHGVTILLLDVPQYTLVGIDTQMFSAGPSFKGIKMIPPGPHFLYYSSSSR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSPITGFFVDAGPSEVIVRRWD REERL+KVLEEEEERF EAIR+LEFDRQLGPYN
Sbjct: 61  DGREFSPITGFFVDAGPSEVIVRRWDQREERLIKVLEEEEERFREAIRRLEFDRQLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           LGQYGEWK              +PIGGDITV  EPGISQSTSKSA+EKVL+DQLKASKFA
Sbjct: 121 LGQYGEWKRISNHINSTTIERLEPIGGDITVVCEPGISQSTSKSAVEKVLEDQLKASKFA 180

Query: 197 TPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGEL 256
           TPVDSSQRRGCYYT+IPHVIK+RGVHGQELTYLNLDKTLLLENLLK+YFGGSEDLLLGEL
Sbjct: 181 TPVDSSQRRGCYYTKIPHVIKQRGVHGQELTYLNLDKTLLLENLLKEYFGGSEDLLLGEL 240

Query: 257 QFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAISG 316
           QFAFVVFLMGQSLEGFLQWKSL+TLFFECTEA                            
Sbjct: 241 QFAFVVFLMGQSLEGFLQWKSLVTLFFECTEA---------------------------- 300

Query: 317 FSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTFL 376
                                          FIKVIYHQLKFGLEKD SND AGSSS  +
Sbjct: 301 -------------------------------FIKVIYHQLKFGLEKDRSNDKAGSSSILI 360

Query: 377 DESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATDGI 436
           DESWFSADSFL+HLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKF +NIATDGI
Sbjct: 361 DESWFSADSFLHHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKF-HNIATDGI 381

Query: 437 SFDEDDEFAPVVVRMDDSESS 444
           SFDEDDEFAPVVVR+D+SESS
Sbjct: 421 SFDEDDEFAPVVVRLDESESS 381

[Close]

BLAST of Clc05G13420 vs. ExPASy TrEMBL
Match: A0A6J1J1Z2 (protein AAR2 homolog OS=Cucurbita maxima OX=3661 GN=LOC111481964 PE=3 SV=1)

HSP 1 Score: 648.7 bits (1672), Expect = 1.8e-182
Identity = 339/434 (78.11%), Postives = 352/434 (81.11%), Query Frame = 0


Query: 16  EMDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSC 75
           EMDPETAL+LVK G+TILLLDVPQYTL+GIDTQMFSVGPSFKGIKMIPPGPHFLYYSSS 
Sbjct: 9   EMDPETALQLVKHGATILLLDVPQYTLIGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSS 68

Query: 76  RDGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPY 135
           R+GREFSPITGFFVDAG SEVIVR+WD REERLVKV EEEE+RFGEA+RQLEFDRQLGPY
Sbjct: 69  REGREFSPITGFFVDAGSSEVIVRKWDQREERLVKVSEEEEQRFGEAVRQLEFDRQLGPY 128

Query: 136 NLGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKF 195
           NLGQYGEWK              +PIGGDI+VA EPGISQSTSKSAIEKVLDDQLKASKF
Sbjct: 129 NLGQYGEWKRISNHINCTTIKRLEPIGGDISVACEPGISQSTSKSAIEKVLDDQLKASKF 188

Query: 196 ATPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGE 255
           A  VDSSQRR CYYTEIPHVIK+RGVHGQELT LNLDKT LLE LL+K FGGSEDLLLGE
Sbjct: 189 AMHVDSSQRRKCYYTEIPHVIKQRGVHGQELTNLNLDKTSLLEKLLQKDFGGSEDLLLGE 248

Query: 256 LQFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAIS 315
           LQFAFVVFLMGQSLEGFLQWKSL++LFFECTEAPFCTRSQLFTK                
Sbjct: 249 LQFAFVVFLMGQSLEGFLQWKSLVSLFFECTEAPFCTRSQLFTK---------------- 308

Query: 316 GFSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTF 375
                                           FIKVIYHQLKFGLEKDHSNDT G SST 
Sbjct: 309 --------------------------------FIKVIYHQLKFGLEKDHSNDT-GRSSTI 368

Query: 376 LDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATDG 435
           LDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLEN L WKFQNN A DG
Sbjct: 369 LDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENSLDWKFQNNAAIDG 393

[Close]

BLAST of Clc05G13420 vs. ExPASy TrEMBL
Match: A0A6J1FAE8 (protein AAR2 homolog OS=Cucurbita moschata OX=3662 GN=LOC111442270 PE=3 SV=1)

HSP 1 Score: 645.2 bits (1663), Expect = 2.0e-181
Identity = 335/434 (77.19%), Postives = 351/434 (80.88%), Query Frame = 0


Query: 16  EMDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSC 75
           EMDPETAL+LVK G+TILLLDVPQYTL+GIDTQMFSVGPSFKGIKMIPPG HFLYYSSS 
Sbjct: 9   EMDPETALQLVKHGATILLLDVPQYTLIGIDTQMFSVGPSFKGIKMIPPGSHFLYYSSSS 68

Query: 76  RDGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPY 135
           R+GREFSPITGFFVD G SEVIVR+WD REERLVK+ EEEE+RFGEA+RQLEFDRQLGPY
Sbjct: 69  REGREFSPITGFFVDVGSSEVIVRKWDQREERLVKISEEEEQRFGEAVRQLEFDRQLGPY 128

Query: 136 NLGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKF 195
           NLGQYGEWK              +PIGGDI+VA EPGISQSTSKSAIEKVLDDQLKASKF
Sbjct: 129 NLGQYGEWKRISNHINCTTIKRLEPIGGDISVACEPGISQSTSKSAIEKVLDDQLKASKF 188

Query: 196 ATPVDSSQRRGCYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLGE 255
           A  VDSSQRR CYYTEIPHVIK+RGVHGQELT LNLDKTLLLE LLKK FGGSEDLLLGE
Sbjct: 189 AMHVDSSQRRKCYYTEIPHVIKQRGVHGQELTNLNLDKTLLLEKLLKKDFGGSEDLLLGE 248

Query: 256 LQFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAIS 315
           LQFAFVVFLMGQSLEGFLQWKSL+ LFFECTEAPFCTRSQL+TK                
Sbjct: 249 LQFAFVVFLMGQSLEGFLQWKSLVNLFFECTEAPFCTRSQLYTK---------------- 308

Query: 316 GFSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSSTF 375
                                           FIKV+YHQLKFGLEKDHSNDT G +ST 
Sbjct: 309 --------------------------------FIKVLYHQLKFGLEKDHSNDT-GQTSTI 368

Query: 376 LDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATDG 435
           LDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLEN L WKFQNN A+DG
Sbjct: 369 LDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENSLDWKFQNNAASDG 393

[Close]

BLAST of Clc05G13420 vs. TAIR 10
Match: AT1G66510.1 (AAR2 protein family )

HSP 1 Score: 466.5 bits (1199), Expect = 2.4e-131
Identity = 247/440 (56.14%), Postives = 301/440 (68.41%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MD E ALELVK G+T+L LDVPQYTLVGIDTQ+F+VGP+FKGIKMIPPG HF++YSSS R
Sbjct: 1   MDSEKALELVKHGATLLFLDVPQYTLVGIDTQIFAVGPAFKGIKMIPPGIHFVFYSSSTR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSP  GFFVD  PS+VIVR+W+ ++E L KV EEEEER+ +A+R LEFD+ LGPYN
Sbjct: 61  DGREFSPTIGFFVDVAPSQVIVRKWNQQDEWLTKVSEEEEERYSQAVRSLEFDKNLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           L QYGEW+              +P+GG+ITV  E  I +   K+A+E  LD Q+K SKF 
Sbjct: 121 LKQYGEWRHLSNYITKDVVEKFEPVGGEITVTYESAILKGGPKTAMEIALDTQMKKSKFT 180

Query: 197 TPVDSSQRRG--CYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLG 256
           T   + Q +G   YYT IP +IK +G+ GQELT +NLDKT LLE++L K +  SEDLLLG
Sbjct: 181 TS-STEQPKGNRFYYTSIPRIIKHKGMSGQELTSMNLDKTQLLESVLSKEYKDSEDLLLG 240

Query: 257 ELQFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAI 316
           ELQF+FV FLMGQSLE F+QWKS+++L   CT APF TRSQLFTK               
Sbjct: 241 ELQFSFVAFLMGQSLESFMQWKSIVSLLLGCTSAPFQTRSQLFTK--------------- 300

Query: 317 SGFSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSST 376
                                            FIKVIYHQLK+GL+K++S    G  + 
Sbjct: 301 ---------------------------------FIKVIYHQLKYGLQKENSGPETGIHA- 360

Query: 377 FLDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATD 436
            LD+SW ++DSFL+ LCKDFF+LV E  VVDGDLL+WTRK KELLENRLGW+FQ   A D
Sbjct: 361 LLDDSWLASDSFLHFLCKDFFALVEETSVVDGDLLSWTRKFKELLENRLGWEFQKKSAVD 390

Query: 437 GISFDEDDEFAPVVVRMDDS 441
           GI F+EDDE+APVV  +D+S
Sbjct: 421 GIYFEEDDEYAPVVEMLDES 390

[Close]

BLAST of Clc05G13420 vs. TAIR 10
Match: AT1G66510.2 (AAR2 protein family )

HSP 1 Score: 466.5 bits (1199), Expect = 2.4e-131
Identity = 247/440 (56.14%), Postives = 301/440 (68.41%), Query Frame = 0


Query: 17  MDPETALELVKQGSTILLLDVPQYTLVGIDTQMFSVGPSFKGIKMIPPGPHFLYYSSSCR 76
           MD E ALELVK G+T+L LDVPQYTLVGIDTQ+F+VGP+FKGIKMIPPG HF++YSSS R
Sbjct: 1   MDSEKALELVKHGATLLFLDVPQYTLVGIDTQIFAVGPAFKGIKMIPPGIHFVFYSSSTR 60

Query: 77  DGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFGEAIRQLEFDRQLGPYN 136
           DGREFSP  GFFVD  PS+VIVR+W+ ++E L KV EEEEER+ +A+R LEFD+ LGPYN
Sbjct: 61  DGREFSPTIGFFVDVAPSQVIVRKWNQQDEWLTKVSEEEEERYSQAVRSLEFDKNLGPYN 120

Query: 137 LGQYGEWK--------------QPIGGDITVASEPGISQSTSKSAIEKVLDDQLKASKFA 196
           L QYGEW+              +P+GG+ITV  E  I +   K+A+E  LD Q+K SKF 
Sbjct: 121 LKQYGEWRHLSNYITKDVVEKFEPVGGEITVTYESAILKGGPKTAMEIALDTQMKKSKFT 180

Query: 197 TPVDSSQRRG--CYYTEIPHVIKKRGVHGQELTYLNLDKTLLLENLLKKYFGGSEDLLLG 256
           T   + Q +G   YYT IP +IK +G+ GQELT +NLDKT LLE++L K +  SEDLLLG
Sbjct: 181 TS-STEQPKGNRFYYTSIPRIIKHKGMSGQELTSMNLDKTQLLESVLSKEYKDSEDLLLG 240

Query: 257 ELQFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFTKVQVCTFLDHLFDLAI 316
           ELQF+FV FLMGQSLE F+QWKS+++L   CT APF TRSQLFTK               
Sbjct: 241 ELQFSFVAFLMGQSLESFMQWKSIVSLLLGCTSAPFQTRSQLFTK--------------- 300

Query: 317 SGFSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKFGLEKDHSNDTAGSSST 376
                                            FIKVIYHQLK+GL+K++S    G  + 
Sbjct: 301 ---------------------------------FIKVIYHQLKYGLQKENSGPETGIHA- 360

Query: 377 FLDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKELLENRLGWKFQNNIATD 436
            LD+SW ++DSFL+ LCKDFF+LV E  VVDGDLL+WTRK KELLENRLGW+FQ   A D
Sbjct: 361 LLDDSWLASDSFLHFLCKDFFALVEETSVVDGDLLSWTRKFKELLENRLGWEFQKKSAVD 390

Query: 437 GISFDEDDEFAPVVVRMDDS 441
           GI F+EDDE+APVV  +D+S
Sbjct: 421 GIYFEEDDEYAPVVEMLDES 390

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BLAST of Clc05G13420 vs. TAIR 10
Match: AT1G66510.3 (AAR2 protein family )

HSP 1 Score: 396.7 bits (1018), Expect = 2.4e-110
Identity = 212/396 (53.54%), Postives = 261/396 (65.91%), Query Frame = 0


Query: 61  MIPPGPHFLYYSSSCRDGREFSPITGFFVDAGPSEVIVRRWDPREERLVKVLEEEEERFG 120
           MIPPG HF++YSSS RDGREFSP  GFFVD  PS+VIVR+W+ ++E L KV EEEEER+ 
Sbjct: 1   MIPPGIHFVFYSSSTRDGREFSPTIGFFVDVAPSQVIVRKWNQQDEWLTKVSEEEEERYS 60

Query: 121 EAIRQLEFDRQLGPYNLGQYGEWK--------------QPIGGDITVASEPGISQSTSKS 180
           +A+R LEFD+ LGPYNL QYGEW+              +P+GG+ITV  E  I +   K+
Sbjct: 61  QAVRSLEFDKNLGPYNLKQYGEWRHLSNYITKDVVEKFEPVGGEITVTYESAILKGGPKT 120

Query: 181 AIEKVLDDQLKASKFATPVDSSQRRG--CYYTEIPHVIKKRGVHGQELTYLNLDKTLLLE 240
           A+E  LD Q+K SKF T   + Q +G   YYT IP +IK +G+ GQELT +NLDKT LLE
Sbjct: 121 AMEIALDTQMKKSKFTTS-STEQPKGNRFYYTSIPRIIKHKGMSGQELTSMNLDKTQLLE 180

Query: 241 NLLKKYFGGSEDLLLGELQFAFVVFLMGQSLEGFLQWKSLITLFFECTEAPFCTRSQLFT 300
           ++L K +  SEDLLLGELQF+FV FLMGQSLE F+QWKS+++L   CT APF TRSQLFT
Sbjct: 181 SVLSKEYKDSEDLLLGELQFSFVAFLMGQSLESFMQWKSIVSLLLGCTSAPFQTRSQLFT 240

Query: 301 KVQVCTFLDHLFDLAISGFSGYFQFGPRSKFLESPIILAIQQPLQCSFMFIKVIYHQLKF 360
           K                                                FIKVIYHQLK+
Sbjct: 241 K------------------------------------------------FIKVIYHQLKY 300

Query: 361 GLEKDHSNDTAGSSSTFLDESWFSADSFLYHLCKDFFSLVLEAPVVDGDLLTWTRKLKEL 420
           GL+K++S    G  +  LD+SW ++DSFL+ LCKDFF+LV E  VVDGDLL+WTRK KEL
Sbjct: 301 GLQKENSGPETGIHA-LLDDSWLASDSFLHFLCKDFFALVEETSVVDGDLLSWTRKFKEL 346

Query: 421 LENRLGWKFQNNIATDGISFDEDDEFAPVVVRMDDS 441
           LENRLGW+FQ   A DGI F+EDDE+APVV  +D+S
Sbjct: 361 LENRLGWEFQKKSAVDGIYFEEDDEYAPVVEMLDES 346

The following BLAST results are available for this feature:

BLAST of Clc05G13420 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_038906828.1	3.5e-196	81.63	protein AAR2 homolog isoform X1 [Benincasa hispida]	[more]
XP_008457081.1	3.4e-191	79.82	PREDICTED: protein AAR2 homolog isoform X1 [Cucumis melo]	[more]
XP_038906837.1	1.0e-187	79.14	protein AAR2 homolog isoform X2 [Benincasa hispida]	[more]
XP_011660184.2	2.3e-187	78.91	protein AAR2 homolog isoform X2 [Cucumis sativus] >KGN66901.2 hypothetical prote...	[more]
XP_031745004.1	2.3e-184	76.32	protein AAR2 homolog isoform X1 [Cucumis sativus] >XP_031745010.1 protein AAR2 h...	[more]

BLAST of Clc05G13420 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q08DJ7	3.8e-28	33.45	Protein AAR2 homolog OS=Bos taurus OX=9913 GN=AAR2 PE=2 SV=1	[more]
Q9D2V5	8.4e-28	32.62	Protein AAR2 homolog OS=Mus musculus OX=10090 GN=Aar2 PE=1 SV=3	[more]
Q9Y312	1.9e-27	32.85	Protein AAR2 homolog OS=Homo sapiens OX=9606 GN=AAR2 PE=1 SV=2	[more]
Q4R7D0	3.2e-27	32.49	Protein AAR2 homolog OS=Macaca fascicularis OX=9541 GN=AAR2 PE=2 SV=1	[more]
Q5R5N9	3.5e-26	32.13	Protein AAR2 homolog OS=Pongo abelii OX=9601 GN=AAR2 PE=2 SV=1	[more]

BLAST of Clc05G13420 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0M0D1	1.2e-191	77.44	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_1G633380 PE=3 SV=1	[more]
A0A1S3C5D7	1.6e-191	79.82	protein AAR2 homolog isoform X1 OS=Cucumis melo OX=3656 GN=LOC103496849 PE=3 SV=...	[more]
A0A1S3C5Z9	3.6e-183	77.32	protein AAR2 homolog isoform X2 OS=Cucumis melo OX=3656 GN=LOC103496849 PE=3 SV=...	[more]
A0A6J1J1Z2	1.8e-182	78.11	protein AAR2 homolog OS=Cucurbita maxima OX=3661 GN=LOC111481964 PE=3 SV=1	[more]
A0A6J1FAE8	2.0e-181	77.19	protein AAR2 homolog OS=Cucurbita moschata OX=3662 GN=LOC111442270 PE=3 SV=1	[more]

BLAST of Clc05G13420 vs. TAIR 10


Match Name	E-value	Identity	Description
AT1G66510.1	2.4e-131	56.14	AAR2 protein family	[more]
AT1G66510.2	2.4e-131	56.14	AAR2 protein family	[more]
AT1G66510.3	2.4e-110	53.54	AAR2 protein family	[more]

InterPro

Analysis Name: InterPro Annotations of Watermelon (cordophanus) v2
Date Performed: 2022-01-31

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR038514	AAR2, C-terminal domain superfamily	GENE3D	1.25.40.550		coord: 165..303 e-value: 7.3E-30 score: 106.2
IPR038516	AAR2, N-terminal domain superfamily	GENE3D	2.60.34.20		coord: 30..164 e-value: 8.1E-32 score: 112.3
IPR007946	A1 cistron-splicing factor, AAR2	PFAM	PF05282	AAR2	coord: 28..145 e-value: 2.9E-40 score: 138.8 coord: 175..413 e-value: 1.2E-37 score: 130.2
IPR007946	A1 cistron-splicing factor, AAR2	PANTHER	PTHR12689	A1 CISTRON SPLICING FACTOR AAR2-RELATED	coord: 17..442
IPR033648	AAR2, C-terminal	CDD	cd13778	Aar2_C	coord: 193..409 e-value: 2.10029E-32 score: 118.552
IPR033647	AAR2, N-terminal	CDD	cd13777	Aar2_N	coord: 31..145 e-value: 4.86897E-37 score: 130.104

Relationships

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


Feature Name	Unique Name	Type
Clc05G13420.2	Clc05G13420.2	mRNA