ClCG11G007030 (gene) Watermelon (Charleston Gray)
The following sequences are available for this feature:
Legend: five_prime_UTRpolypeptideCDSthree_prime_UTR Hold the cursor over a type above to highlight its positions in the sequence below.AGGGCATCAAGCCCAGTTTTCCAGTTTCCCCGCCCCGCCCCCTTCCCTTATTGTGTTTCAGTGAACTCCCAGCAAGAACCGAAAAAACTTGCGATTAGCTCTAAATCTTCTTCATCATATTATCATTCTAGGTTCCTTTGAAGTAGGATTAGTCTCGTACTTATCAAACATGGGTGTCAAAGGTACTCCATATATTACTTTCTTTTTACAATTTATTCTGCTCAGGGCATTCGTCTGCTCGTGGCTCTTGTTCATCTGTATTTTTGAGTAATCAATCATTACTGCCTTCATATCAGCTAAGAAACGTGACCTCAAACTAAACCATGCGGAGGAAGAAGAAGAAACTGGGAAGAATGCACTTCCAAAAACAGGGGGCCAAGCCAAAGAGCACATTGAGCAATTGCAAAGACTCCAAGAAAAGGTATTTTCGTTTTGTATACAAGTTGCCAGGGAAAATGATTTCAATGAAAAATTTGTTAGTCTAGCTATTTGTTCTTGTAACTAAAATATTTTCAAGGCTAAAGCAGAGATATGGGGTATGATCTAATTTTTGTTCTTGATCGATTTGATGTTAATGTTGTAGAGTAAGAGAGTTTATGGATTGTGTTGAGCAACTTATTGGACCCATCATTATGTATTTTTATTGTTATAATTTGTAGTTTCAGGTTAGGGTTATTAGTGTAGCGTACTCCCGGTTGGGAACTTCTCAAGATGAAGTCATTTTGGCGAGTAACTTTTTGATTCCTATCAAATTGTTTGGTTTAGACATTTCTCCAACTCAAATTATAATTCCAAAATAAATTTGTGTAATTCCAACCAAATTATATTATCAAAAGATCCAAAAGAACAGCCTGAGTGCAAGGGGTTGAGGAAACCCCTCCCACAAGACTAAACAAGAAGAGCCCTCCAATTGTTAATAACATAATAAGGCTATAATTACAAAATAAATTTGTGTAATTTGTACCCCACCAAGAGGTTGAATGCTGAACAAGAGCTCAAAAATAATCAAAAGAAGCAAGCTTATCTTCAAACATCCTGCAGTTCTTTTCTTTCCACAGACACTCCAAAAGCGCACGAATAGCACATTTCCAAATAATTTTTCCTCTTCCACAAAAGCTCCCACCATCAAGACCATCCATCATCCAATTGTCAATCTTCTTAGGGAGACAACTAGCCAACCCAAAAGTACTAAGAAGAATGCTCCACCCTTTAGAAGCGAACTCAGGTAAAAACAAGTGATCCACAGTTTCCATCTCTCTAAGATGAAGACAACAAATGGAGGGTGAGAGAGACCAAATTAGGAACTTCCTTTGAAGCTTCTCATGAGTATTTAGACTTCTATAAGCAAGGGACTAGAGAAATATCTTCACTTTTTTTTAGGAATTCTTTGCTTCCAGATAAGATTGACCTAGGGAAATTATTTTTCGAGACCCCCATGGTTAACTTTAGGATTGTGGATTTGGTAGAAAACTTGCCCAAGGTGTCATTCTTCCAACGTAACCAGTCGCTGTTTCTGTTTACCACCCATGAATTTAGCAACTGAGCAAGAGAAATGGAGCTACCAGGCAATCAGCTTCTCTAAAAAGTCTTGTCCTCAACCCCAGATCCCAAGCTTGGTCAGATCATTCCAACAATCCGCGACAACAACTTCCCTTTTAGTGGAAATAACGTAAATATCATGGTACAAAGTCGCAAGAGGTTGAGTAGCACACCAACGATCTTCCCAGAATCTTATGTTTCTACCATCTCCTACCACAAACTCAACAAAATTAAAAAAATGCTCCTTTTGCTTCGTAATACCACTGCATAACCTGAACTTCCTTTTGTCTCTAGGCATGAGGGAACTCCAACCGTGATCATCCTCCCCATAAATAGCACTAGTGACACGCCTCCAAAGGGCGTTCTCTCCATGGAAAAATCTCCACAACCATTTCATTAAAAGAGCGCTATTTTTCTAACAAAGAGAGCCAATTTCGAGCCCCCCCGTAGATCGTAGGGAGAGTGATCCATTTCCACCGGACAAGGTGGGTGGCCAGTTTACAAGTACCTTCATTCCCCACATAGTCTCTAACAATCTCTCCAAATGATTAATATAACTCTTCAGGGCTTGCATCAAGGAGAAAAAATAACATGAGAAGCTATTGAGAACTGACTGAGCAAGAGTTAATCTCCCCCTTTGGAGAGAACCAAACCATGTCATTTATCAATCTTCATCTTAAACTTCTCCTCAAGAGCTTCACATGCCACCTTAGTAGCATGCTTTCCACCAATGGGAAACCCCAAGTAATTAAAGGGAAAGTTATTAACTTTGCAACCCAAAATGGACGCATTAAAATCAGTCTCTTCAAAGCTAAGATTGACCCCAATAAAAGACATTTTGGAGACATTTAGGGAAAGGCCCGATCCCAACAAGAATAAATTGACAATAGACCACCACGCCATCAAATTCCCATCACTCCAAGAGCAGAAGATTAAAGTATCATCCACATATTGAAGATGTGTAACCTTAGTCGACAGGCTGCCAAATGAGAAGCCTTCAATCACTCTTCTTTCATTACAATACCGAACAAGATTGCTGAACGCATCACCAACGATTGTGAAAAGAAAGGGTGAGAGGGGGTCACCTTGTTGAAGGCCTCTTTTAGCCATAATTTTCCCTCCTGATCTACCATTTATAATAATTGAGAAGTTGGTAGAAGATAGGCATCGCCAATCCACTTTCTCCATCTATTTCTGAACCCTTTAAGCTTTAGGATCGCATCAAGAAAAGCTCAATCGACCTTACCATATGCCTTTTCAAGGTCAAGCTTAAGGAGAGCACCCTTCTTGCCAGCCACCTTCCATTCTTCTAAAGATCCTGAAGCTGTCAAAATAGCATCAAGAATCTGCCTCCCTTCCCCAAATGCCATTTGTGAGTCATGAATAATTGAAGGAAGGACTTCTTTCAATCTCTTGGTTAGCACCTTGGGAATGATTTTGTAAAGAGAAGTCACCAAGCTAATAGGTCTATACTGATAGACTCAAGTTGCCTTTTTCTTCTTAGGGATCAAGCAAATGTATGTTTCATTGCATCGTTTGTTTATGATTCCATTTTTAAAAAACTCATGGAACCCTCCTATTAAATTGCCTTCCAGAATGTTCCATGATTTTTTATAAAACTCACCAGTCATGACATCCAGCCCAGGCAACTTTAGATTCCCCAAGTTTTGGACTACAGCCCAAATTTCAGCCTCTTCAAAAGGGGCTTCCAAAGCTAAGCTAGCTTGAATGACCAGAGGTCTCCAATCCAGACCATCAAAGGTAAAATGCGTACTATCATCTTTCTTGTGTAAGCTGGTGTAAAAGCCAACAATTTCATCAACAATTTCATCATCTCTAAGGAGAATACGCCCCTCACTGTTTTCCAACATAGAAATAACAATTTTGCTCCTTCAAGCCAAAGTCCATTTATGGAAAAAGCTGGAATTTTCCTCCCCTTCCCAAAGCCACTGAATTTTACTTTTTTGAACCCAAGCACGCTGCTCTTTGAAAACAGTCTCAGCTAAAGCAGCCTTACAAGCTTCCCTTTCCTTTCTTTCTTCTTCAGAGAAAGCACCCCCCTCTTCTAGAAAATCCTAATGCAACTATTGAGATCTCTAATGCAACTTTTGGGCTCTCTAAGAAATGTGTGCCAGCTCTGCCATATCATTATTCAAGAAAATGTGGGGCTTCTCCTTTACTTAGATTTGTGGAAGAAAGTTTGGATTTTTTGGAGGACGGGTGCATCAATGCTCAGTTTCTGGATTTAGTTTGTTCTATAACAGAACGAATAATAAGATCTCCTCCTATTTCCCAAATTTCCAGCATTATGTATTTAAGATCTCAAGCTCCAAAGTTCAGTTTATTAGAGGTATTCTAGGCCGTCTTACATCAATTGATTCTTCTCTTCGGCATGTCTTGGATGATGCTTCTACAGCTAGTGTAAGTAATGAGGAGTTTGAATGCCAGAATTTGGTGCCAATTCATGTGGAGGTTGATTTAGAGATTCTTTTTGGGGAAGGTAATGCAACCTTGTTTCAAAAAGCAGTAGAAACAAAGATTCAAGTCCTCCAAGATTTTCAATTTGTTGTTGGGGCCGGTTTGTTCTTCATTTTCAATATTCAGTAGGTGTTTTGTGTGGATTTCAAAGAAATTGTTATTATTTTGGCCGGCTCTTCTTTAAAGCCAAAGTCTAAGTTGTTATTGCTGAAATTTGATGAAAGAAATCAGGATCTTCCAAGACAAATCATTGAAATGTTTGGATCGTTTTCAAATTGATTTGATTAATGCCTCTTCCCCGTGCTCCCTTCCCAAGTATTTCGCTGAATTTTCTACTCAATATTTATGTTGAAATTGGAATACTTTTGTCTTCCTGGCTTAGTCTTTTTATGTTAGATGATATGATACTAAATTTGCATTCGCCCATCAGCTAGGAAGCACTAACACCGACACGCTACACGCAACCCGACCCGACATGACGACATGCCAATTTCTGGAAATGTAGGACACGACATGTTGGGACATGTTATATTTCTTTATATTTTTTTAAAAAATAATAAATGTGATAATACTTGTACACAAAAACTAGTATTTTAAACATACAATACTTCTTTAAAACAAAAATAAAGAGTACATTAGTTGTTGAAGTTCAATAAAAATTTTAAAGTTACAATACAAATACAAAATCCTAAATAGAGATTACATTACATCTTTCATGCAAAACAATAACTAAAAGCTTAAAACACCATTCTCAAACTTCCATAACATCTTCATCTTCAGCTTCACAATTGTTAGCCTCATTGCCACTCCCATCATCAGTGAAAACTACTTCCTCTAAATCTGGTTCATCTAATGATAAATTAGTCACTTGAAGCATCCCAGCTTCTTCAAAAAAATCTCCAGCAATATCCCATAATTTTGTCTCTCCATGTGAATATTCTGGACTTTTTCTTGACAAAAGATGTAAATTACTATGGATATATACTAGATCATCTGCATGTTGCGGCAGCAACTTATTTCGTCTGACTGAATTAATAAATGAGTACGTGCGCCAACTCCTTTCACAGCATGAAGATGAGGAAGACTGACATATACCTTAAAAGCAATTGATTGGAGCATTACTGCATAGACACCATGCATAGCCCACCAATCCTTTGCATCCTCATTGTACCTAGCTATTATAGAATAAACATCATTAAAATCTTTTCTCATCGTTGAAAATCTAGCAAACTCCAAGTTCGCTTTGGCTCAATCTTTTGCATTAGGAAAGTATCTCTTGAGGCACTTCATTCTCTCACGAGTTACTTCAATGTCTTTATGTGGAGTTACTCGATTAGGATCTTGCTTAAGCCATTGCTCACTATAGTACCTAAATAGAAGTTAAACTAAGTGTTGAACTTTTAAAAATTATAATACAAATAGATTAAAATAAGAATAGAAAGATGTAATTTTTATAAAGAACCTTGGGTTCAAAGAATGGGCCAAACAATGAAGTGGAGTATTATTCTTGTTCCAACGATCAATGAGAATATTATGGACAACATCATAAAAAGAAGAGTCTTCATCTCCACGTTTTCCTTCATGCCTATATATTGCAGTCTTCACCTTTTCAATCATAGTATCCCACATGTCATAAACCAAATGAAAGGTAATTGTATTCGTATCACAAATCCAAATCATTTCATATGTAGGTGAAGTGATGGAAAGGATATAATCAATTTTATCCCACCAAACATCATCCAAGATCGATCCTTTCACCTTTTGCCATGTCATCCTCTTGATATCATGTCCATTTTGTCACTAATAACCATAGCTTGCAACCCACCTTTAATAAGCTTGAACCTTTTAAGCATGATAATGATTGATGCAAAACGTGTTTCTGCCACAGAAAGTAATCTCAAAGGTACAAACTCATTAAAAATAGCAACCCTCATTGAATGATTCATAATAAAATTCTTCAGCGTCATCACATCACTAGCAATATTAGAAATCCAACTACATTTCTCATAGACAAGCAAATTGTTTTCAACATTTTTCACTGCACATATATTCTTCAAGGCAAGATTAAGAGTATGTACTACACATGGTGTCCATACAATTGTCGGAAATTGTGATTCAATAATTTGCTCTGCACCCTTGCAATTAGGAGCATTATCAGTAATCAATTGAATTACATTTTGAGGGCCAACTTCAATAATCACTTCCTTCGGCAGATTTGCAATAAAATATTTATCTTTGACTTCACCTGAGCATTCCATCGCTTTTAGAAACATTGGATCACCATCTGTGATTGCCTTAAAAATTATGATCTCCTTTGTGAGTCACTCCAGCGATCACTCACAATACTTATGCCCTTTTCCCTCCATGTTTCTTTAATGGGCTATAATAATCTTTGAACATTTGCCTTTCCCTCTGAAGAAGAGTTGTTCTCAACAATTATATCCAAGAGGCAAATATCCATACAATAAATTATTTGCAGCATAAGTGTGAGTTTATTTAGTATGGATTTCTTGCTAAATGAAAAGGCAATCTTGAAGAATAAAACATCCGTGCAATAATTGAATGTAATTGGTCCCTTGATGCCATATTAAATGATCTTTCTATTGCACTTGGAGCACTTTTCCTTTTCTTTTGCTCAAAGATAGAAGGACAGGGAGATTTTCCCACAGAAGGTACAAACGAAGGTGGTAAAGGAATGTTTCTAGGGGTCTTTTTAGCCATACGATCTTGCATCTCATCTTCTAATCTTTGCATGTTGGCTTTATCTTGAGAGGTAACTTTACTACACACTCCAATTCCATAACCACCTAAGCCTAATAAATGAGCTCTAGCTTTTGTATAAGAACTCTTTTTTAAGCAATGACAAAAATTACATTGCCAAGAAATGTTTCTACCTCCTTCGTTTAATATTTGATTCTTGGTCACATATTGCCAAAGTTGTTTTGATTCATCTTCAACACTAGAGGATGAGATTGTAGCTCCTATTGAAGGAATTGTTGATGATTGACCACTATTACTAGATGTAGATGAAGAGGAAGATGCCATCTCATAAAGAAAATTAAATGGATGGGTTAAAAAAAGGCTAAAAAAGATAAAGAAAAACTAGGGATCAATATGTGTGAAAAGATAAAGAAGGGATGGGTTAAAGAAAAGATAAATAAAACATGAGAAAACTGGAAAAAAAAAAACAGAAATAAAACCTTTTGTTTGAAACGAGCAACGAGCGTGGTCTTCTGGCAAGGCCCAGTGGTTGACGATGTCCAGTGGAGAGAAATGGCTGTCGTTGTCTAGTGGAAATGAAAGAAAGAAGCGATTAAAAGAAACGGAAGGGATGGGGCTGGCGACTGTAGTCCTAAATAGCAACAAGGCAAGCGAGTAGTTCAAACTATTTTGTTGGCTAGTTATTGGACTACAATTGTTTTTGCTCTTAAAGTATCAGGCCCACTAGTGCGAGTACTTAGATTGGTGGATGGTGAGAAGAAGCCTCCTATGAGATATATTTACGAGGTCATGGGTAGAGCTAAGAAAGCTAATTGCTAAATCCTTTAATGATAAGGAAGAAAAATACAAGGACATTTTTACAATCATTGATAGAAGATGGGAGCTTCAATTGCATCATCCTTTGCATGCAACGAGATGTTATTTAAACCCAGGATTCTATTATTCAAATCCAAACATTCAAAAGGATGATGAAATAGTTAGTGGGTTGTACTCATGTATAACAAAAATGGTTGCTTCTTTGGACATACAAGACAAGATACTTGCAAAACTAAACAAGTACAAGAGAACTGCAGGGTTGTTCGGACAAACTTTAGCAATCAGACAAAGGGACAAAATATCTCCTGGTAATTTTTAACTTTTTAAGTGTTTGATAACTAAAGGATTACTCAAGTCTCAACTATAAGCTATTAATATATATTTTTGGTTTGTGTCTATAGTGGAATGGTGGGATAATTTTGGACAATCAACTCCAAACTTGCAAAAGTTTACCGTGAGAATTTTAGGTCTTACTTGCAGTGCCTTCGGATGCGAATGTAATTGGAGCGTGTTTGAGCTGGTTAGCTTTCCTCTCCTTTAAGTATATTGAGAATTAAGTTTTATAGTTTCAATGACAATGAAACTTTTTAACTTTGCAGCTTCATAACAAGAAACGAGATAGGTTTGCTCAATTAGTCGTCTGAATGATTTAGCGTTCATCAAATACAATAGAGCATTAAAACGTCGATACAACCTTCGGGATATTTTCGACCCCATCTCTTTAAAAGATATTGATGATGGTAACAAGTGGTTGATTGGAAGAGTGGATGATGATTCTGAGGAGGAGGATGAGCTTGTATTTGATGATGATTCTTTAACGTGGGGTGATGTTTCAAGAGTTGCTGGAGCAAAAGAACCTGTCTACTATTCTAGAGCTAGTACCTCAAGAGCTAAGATTAACGTTTCATGTCCATCGTCATCCTCCACACAACCACTGACACAACCCACCCCCACACGAGTAAATTTGGATGACTCTGAGATGGAAGAAGAAGATACAGATGGTTATAAGTCCAATAATGGAGTGAATGAAGATGATGACCAATTTAGTGCTGATGAGTTTGATCGTTAGGACTCTAAATTTTATTTGTGATTGTTGCTGACCGCTATATAGTTTTGTGTTTTGTTTTTCTTTTTCCTTGTGAGAATTGACTATTGAAATATTGGCTTGATTTTGTGTTGAAAAACTAATATTATAACATTGGTTATCTTTTATATATTGTAAGTAAGCCTCATTTCTTCTCATGTAGGTTTTCTATTTTGTATATACACGTATATACAGTCTTATGTTTTTTTATACATAGTGCACCTTGAGAAAAAAAAAAAACCTGTGCCTTTCTGTGCGCCTTGTGCCTTATAAAACACTGTGCTTGCTGGAATCCAAAAATGCATAAATTACATTGGGTTTGAGAAGTGAGGCGAGCTATGAATCAGAAAGTTGTATAATCATATATTGTTAATAGAATGTAGGAATATGTAATAACATTGAAAATGAAACATATTGTTGGGAATAGAGTTGGAAGTTACTTTACTTTGATGCCTTGTATTCTCAAGAGAGGATGAACAAAAAATGATTTTTTTAGTTAAAAAGTATTTGAAAGTACTGAACACCGTCTTTCTTCACTCGAGTGTAAAAAGTGATAGAAGGACAACTGAAAGGTGACCAAGGTAGTTGCATGAGTGAAGGTGGTTGCAGTAGACAACCACAAGCACAAGGGTCATCTTGCCTGCAAGCATAGGTGGTTGTGTGGGCTCCCCTTGAAAACGTTGGTGTTCATAATATTTTTCAGTAGTAACATTTGTTTGTCCTTTTTGTCTGACTACACCACATCAATATTAAAACATTTACTAATTTAGTCATTGGTCTTGCTTGTTATTTTGTATAAAACTGCCTAGAGAGAAAGGAAAGCCTATCAGCTCTAGTAAGACACAAATAATGCTGTACATCCTTGTTGAAGATATAATGGTGGTAATATAAATGGAATTTCCGCTCAAGGTCTGTTAAGAGCTCACCTTGAGGACTTTTGGTTACTCTTCCTTTTTTTTTTCTTTTTCTTTTTTCCCTTTCTTTCTTTCTTAATAAAAAAAATATTAAAACTTGTGGAATTCAGTTTTTCTGCTACAGTTATTGGGAGAATGTCTTATTCTCCTATTCTCCCATCCGTCCTCTGGTTGATGATAATTTTCCTTACAGCTCTTTTTTTTGGGATTTTGTTGTTTATATAATTGAAAATGGAGCTAACGGACAGTTTAGGTGTGTTTTATCTGTAACACATTTTCTCCCTATTTTGATTGAAGTTGTTTGCTATGTTGTTTATAGGATCCCGAGTTTTTTGAGTTTTTGAAAGAGCATGACAAGGAACTTCTCGAATTTAACGATGAGGATGTTGATGTAAGTACACTCATTTATTTGAGCTGCAAGCTTGCAATGCTTCAACTGTGTGCTACATAATGTGTCTGAATTCCGTAACTATTTGGTTCAGGAGGATGATGATGATGATGATGATGATGTGGAAGATGCCGAGTTACATGAAAATTATAAGAACTACGAACCTGTTATTTCTGAGAAGGAAGAAACACCATCTAAAAAAGCTATAACTACGGAAATGGTTGATTCTTGGTGTCATTCAATAGAAGAAAATGGAAAATTGGTTGCTCTTCGTTCTCTTATGAAAGCTTTCAGGACTGCGTGTCATTATGGTGATGATGACAACGGGGACGACACTTCAATAAAATTTAGTACCATGTCCAGTAATGTTTTCAATAAAATTATGTTATATGTATTAAGTAAAATGGATGGAATACTAAGAAAGTTTCTAAAGCTTCCTAGCACTGGTGGAAAGAAAGAGATCATACAAGAGCTGATGACCACCAAAAAGTGGAAATCATTCAACCATATTGTGAAGTCATATCTTGGGAATGCCCTTCACATTCTTAACCAAATGACGGACACCGAGATGATATCATTCACATTGCGACGCCTCAAATATTCTTCTATTTTTTTGGTTGCATTTCCTAGCCTTCAAAGGAAGTACATAAAGGTATTCCCAACTTTCAAATTCCTTAATGTTTAATTTTCAAGGTCCTTATGATGTGATAGTCTAATTGTGCTACATAACCCAATGGAATGGCTAAGAATTGGTGGAATGTCATTTTTCATTATCTATCCATTCACACAATATTATTTTGTCATTATCTGGGCATAAGTTTATTATATGAAATTTTCAGGTTGCCCTTCACTTTTGGGGTACTGGTGGCGGTGCTCTCCCCGTAACCTCGTTTCTATTTTTGAGAGATTTGTGTATTCGGCTAGGATCTGACTGTCTAGATGAATGCTACAAAGGGATGTATAAAGCTTATGTTTTGAACTGCCAATTTGTAAATGCAACCAAGTTACAACACATTCAATTTCTTGGAAATTGTGTCATCGAACTTTTTCGTGTTGATCTTTCGGTAGCTTATCAACATGCATTTCTTTTCATCCGTCAATTAGCAATGATCCTCAGAGAGGCATTAAACACAAGAACTAAGGTAACTATCTTTAAACTATTCTTATTTATTGTGTTCCATATGTAAATTATTTCTCCAGTGGACGGCTGGGAGATATTGTTCCTGTGATTTCTACTTTCTTAGGGTATTAATCTCATTGGCAATGCCTTTTTTTTTATTCTAATGGAAAATTGACGTGATGGGGTGAACAAATTGGAGTTATTGATAATAGTGAATACAAGAGATAATAAAATTAACTTCATGGTGGTGGTTGGGGGGATTAGAGGATTTCCAAGTTATAATCAACTTAGTCTTTGGCTCAAATGCAGTAATGTTTTCTTTTCTGTTCGTTTCTTTTTCCCCAGGTCCAACATGGCATATATTTAATCATTACTTCTAATTGATGGTATTTGTTTGAGTTTATTTCTTTAACTTGATATTCTTTTACAGGAAGCATTTCGAAAGGTTTATGAATGGAAGTACATAAACTGCCTCGAGCTTTGGACTGGTGCTGTGTGTGCTTATGGCTCAGAAGTTGATTTTAAGCCCCTTGCATATCCCTTGGCTCAGATCATTTCTGGAGTAGCCCGTCTTGTACCAACTGCTAGATATTTCCCTTTGAGGTTAAGGTGTATTAAGATGCTAAATCGAATAGCTGCTTCAATTGGAACTTTTATACCTGTGTCCATGCTTCTTTTAGACATGCTAGAAATGAAAGAATTAAACAGACCCCCAACAGGAGGTATTGGCAAAGCAGTTGATTTGCGGACTATTTTGAAGGTATTTTTCATCCCTTGAGTGTTTCTTGTTGTGTACTGCAGCTAATATTTTTAAATCTTATTTATGTTCTTTAGTTTATATAGTTGTTATTCTCTCCAGGTAAGCAAGCCCACCCTTAAAACACGAGCTTTTCAGGAGGCATGTGTGTTTTCAGTTATTGAAGAACTTGCTGGCCATTTATCCCAGTGGAGTTATTCTGCCTCTTTCTTTGAGTTGTCTTTTATCCCTGTTGTACGCCTGCGTAGTTTTTCCAAATCAACCAAAGTTCAGAGGTTTCAAAAAGAAATAAGGCAGCTTATTCGTCAGGTATACTTCTGACATTTTATCAAATTTCTAATGCTTATGTTCACTTTTTGAAAACTAAAACTACTTACAGTGTAAGATAATCAGGAAAAATTAGGAGAAGCAAGAGGATAAAGAACACACAGCAAGAGAGTAAGGAAAATTATTACTAATAGGATACTCGAATTAAATTAAACTTGAGAAAGAAAAAGCAAGATTGTTCACACTTGCTGATGTATGACAAACAAACCCCATTAATCTCAAATACGCTCATTAATGAAGGAAAGTGTTTCAAGATGCTCTTACAAATATTGTATTTCAACAAAGTGCTTTGTTTTTAACCTGTTTGGGCCACAAGATAGATCCTTTCTTTCCCAACGGTAGGTCACTACAAAGGTTGAGCCAAAGCATCCTATATCCCTAGGAAGTGCCACTTCCTTGTACATCTTTCTTTGAGGGGATGGGAGGCAATTATTTCATTGATTGTGTGAGATATTATAATACTAGGAAGGGAGGAGAGCCGATACATCTTGGCCAGGAAGATCACAAAAAAAGTCTTCCCGTTGGCCGAAAGAACATTAAGAATATAATTGTTAGAGAGTACGGCATTTATACCAAGATAGAGCAACAGTAAGAATAGATTCTAGAGAACTATCCATAGGCTTCCCAGTAGTGTTAAGTTAACTAAAAGGTTTGTTTAAAGTATCTTTTACACTGCCAAGTTATTGTACATTAAATTTTTGTGTCTTCCTTATTTAGGTTGAGGCCAACTCAGAGTTTACAAATGAAAGGCGTAATTCAATTTCCCTTTTACCAAATGATCCTGCTGTATCATCCTTTCTTGAGGTTTGGACTTTTGCTTTTGCCATTTGCATCTGCTTATGCTTCCAGTTCCAGGATGATATTTATTTGTCCTCTAGGTCAACTATTGTTGATGTCAATGTTACTTGATACCTGAAATTGAACACGTTAATTAGGCAGTGATCGTATAAAGTCACTAATTTTTAATGATTGTGTTGATTCCTCCTGGATATTTCCCCCCTTTTTCTGTTTTTTTTTTTTTTTTAATTCTTCCTCTTCATCTTCTGGCAGTTGTGTTTTTCTTATGCTTTCAGGATATTTATTTGTGCTCTAGGTCCGTGTCCGTCATTTTTGATGTCAGTGTTACCTCAAATGAAGCATGTTGGCAATGATTGCATAAATTCTTGCATTATTATGATTCTGTTGTTTAACTGTTTTTAATATTTATTTATTCTTTTTCAGTTTTTTGTATTTTATTCTTTTTCTTCTTGTTTAGTCTATATGCAGTAATGATTGTTGACTTCAGTACATACAAAGCTAGTCCATGTTAAATTTGTATATATATATGACTAGACTGTCGAAGGCCAACTTTTTACCTTAGGCTCATAGCCCAACCGACTCTAATTTACAGGGAGGCTTCACCCCCCAACCCAGGCTAATTCCTTGTTAATATGCATGTACTGTTCCTTTGCTTCTTTCTTGTGGGGTAAGTTCTGGGAATGGGTGAATGTAACATTCCATACAGTAGTTTGTTAATGGAATATTTCAGGAACATGAGAGGAAAATTATCCTTCTAACTTTGTTGTTTTGATGGTTTCTTTGTGGAATATGGTCGGAGAGCGAAAGAATAGGATACAAATTAATATACCCTCGAGGGTAGAGTTGATGAATGCATGGTGTGGGTTAGGTCTTCTTCCTGGCAATTTTGTGGTCTTTAGTTTAATTTTCTGCACCATCATTCCATTCTTTTAATTTTCTGGAAGGTTGTTCCCGCTCCCCCGCTCCTTTTTCCTTTTTTGTAGTTTCATTTTATCTTTTTGCATTAGGACTATGAGCTAGGCTTTTCTTGTTAATCATCTGTTATTTTATTGAAATTTTGGATTATATTTGTAAAATATAATCGTGTGTGTAATGGGTTTTCCTTGTGTTTTAGGATGAAAAGAAGTTGGGGGCCAGCCCACTGTCCCAGTATGTCACAACTTTGCGCCAAAGAGCTCGACAACGAACAGATTCTTTATCTGAATCTAGGTATATATTTCTCTGTATGGGGATATTTCTTTGCCTTTTCCTTTTTCTTCTTTTATTCATTAAAGATGTTGTATTCGATCCAAAATAAGAAAAAAAAAACGTATATTACCATTAAAAAAAGAAAACATATATGGAATAGGGGGCGGAAGAGAAAGAGAGGATATTCTCTCTCAGTAAGAAACCAGAGGAGATTATGCAACAGATTTGCATCAGACTTAAACATCTGCAATAACCAAAACACCATATGCAATGGATTTACAATATGGTGACTTTTAGGATTCTGTAGATTATCCTTTTTAGGTTAGTTAAGAAGAAGCACTATCGAATTGTTCTGATAATCTAGCTAAGGAGAAATCTAGGCTAGTTCTCTAATATATTTGGCATGCCTAGCAAAGAAAAACTATCAAACAGTTCTAATAATCTAGGAACTCTTTTCCATACTGCTGCCTGCTGGATAACCAAAGTGGCTGATCGTGAAAATCTGGAGACTACAAGAGAATGGATTCTCATGATGTTTATTTTTCATAAACTACACCATCTAGGAGATGAATAGGTCATTGATGTGTAAGGACATATATAAGTTAGCAGAGGGCAGAAACTAAATTTATAGTATGAAAAACATGCCATCATAATTTCTTAAAAACGTTATGATGTAAGAAGAAATGGTTGCGAGATCTCCCCACTTCTGTAGCAAAATAGTGCACCAATTAGGTGATGTACAAGAATTGGGATACGTATTTTTTATTTAGTAGAAACAGAGATTGACACTTCAAAAGGGGCCACAACCTGAAGGACAAAGGGGCAGGATGTCCTTTTACTTCTTTTGCTAGAAGTAAGAATAAGAATTAACATCATAGCTTGTCTTCTGCTTTTAGCACCTTTGATTCTGATAATTGAAGCAAAGGTTTTGAAGATAATGTCAAAAAACCTACATTGGTAATTGATGTTTATGATTTCCATGTTTCCTTTGTAACATGCTTGTATGTTACAGTGTTCTTTACGGTGAACATTCATCTGTGTTTGGGAAAAGTGGGTCAGACAGTGAAGATGAGGATACTGAGGCAAGAGAAGGGACCTCTGTCTTTAGTTCCACCTGGTTGCCAGGAAGCAATTCCAAGTAAGTTAAATATGTAGTCAACATGGCACATTTTTATGCACTCGTTTTTTTAGCAGACAAAATGAACCATGGTTATGCATATGCTTTATAATTGTTAGGGAGAAGCATCCAGAAGAAAAGAAAAGTAAGAATAAGAAAAGAAAGAAGGAGCAACATGATAAGGCAGCTCCTAGAGATGAAGATGTCGTGGAGGACTTGGTGCTCAGTTCGGACGAGGATGACGGGCCTTTAAGTGACACTTCTGCTGAAAGTGATGGCAATGAGGACATGGAACCTGTTAGAAAGCAAACTAGGAAACCGAAAGTGCAATCACGGGGATCGAAGAAGAAGACCCGTTCACCTGCAAACAAGGCCAAGAAGAGAAAAACTTCTCGACAAAAATGAGTAGGCAGAGACGGTAGATTAGCAAGAACACAATGAAAGAAATAGGTAAAATGATGCCATTTCCCATTGTTTTTGGTCTTCATAGGACAGTTTCAGCTAAAGTTTAAGTTAAGCATTGCAGCTGGATGATGTTTCTTGGGGACATTGGAGGGGAAATTTTCAACGGTCAGTGTCTGTCTTGTGATTGAGAAAATTTTGAGAGAACAAGACACGAAGCGGCTCATTATTTGTTATTTATGTTTTTTTTTTCCCTTTCTTTTTGGACATGCATATTGTATATTTCAGAGTGAATGTTGACCAAGATTATTTAATGTTAGGGAATACCAAGAATTTTCG AGGGCATCAAGCCCAGTTTTCCAGTTTCCCCGCCCCGCCCCCTTCCCTTATTGTGTTTCAGTGAACTCCCAGCAAGAACCGAAAAAACTTGCGATTAGCTCTAAATCTTCTTCATCATATTATCATTCTAGGTTCCTTTGAAGTAGGATTAGTCTCGTACTTATCAAACATGGGTGTCAAAGCTAAGAAACGTGACCTCAAACTAAACCATGCGGAGGAAGAAGAAGAAACTGGGAAGAATGCACTTCCAAAAACAGGGGGCCAAGCCAAAGAGCACATTGAGCAATTGCAAAGACTCCAAGAAAAGGATCCCGAGTTTTTTGAGTTTTTGAAAGAGCATGACAAGGAACTTCTCGAATTTAACGATGAGGATGTTGATGAGGATGATGATGATGATGATGATGATGTGGAAGATGCCGAGTTACATGAAAATTATAAGAACTACGAACCTGTTATTTCTGAGAAGGAAGAAACACCATCTAAAAAAGCTATAACTACGGAAATGGTTGATTCTTGGTGTCATTCAATAGAAGAAAATGGAAAATTGGTTGCTCTTCGTTCTCTTATGAAAGCTTTCAGGACTGCGTGTCATTATGGTGATGATGACAACGGGGACGACACTTCAATAAAATTTAGTACCATGTCCAGTAATGTTTTCAATAAAATTATGTTATATGTATTAAGTAAAATGGATGGAATACTAAGAAAGTTTCTAAAGCTTCCTAGCACTGGTGGAAAGAAAGAGATCATACAAGAGCTGATGACCACCAAAAAGTGGAAATCATTCAACCATATTGTGAAGTCATATCTTGGGAATGCCCTTCACATTCTTAACCAAATGACGGACACCGAGATGATATCATTCACATTGCGACGCCTCAAATATTCTTCTATTTTTTTGGTTGCATTTCCTAGCCTTCAAAGGAAGTACATAAAGGTTGCCCTTCACTTTTGGGGTACTGGTGGCGGTGCTCTCCCCGTAACCTCGTTTCTATTTTTGAGAGATTTGTGTATTCGGCTAGGATCTGACTGTCTAGATGAATGCTACAAAGGGATGTATAAAGCTTATGTTTTGAACTGCCAATTTGTAAATGCAACCAAGTTACAACACATTCAATTTCTTGGAAATTGTGTCATCGAACTTTTTCGTGTTGATCTTTCGGTAGCTTATCAACATGCATTTCTTTTCATCCGTCAATTAGCAATGATCCTCAGAGAGGCATTAAACACAAGAACTAAGGAAGCATTTCGAAAGGTTTATGAATGGAAGTACATAAACTGCCTCGAGCTTTGGACTGGTGCTGTGTGTGCTTATGGCTCAGAAGTTGATTTTAAGCCCCTTGCATATCCCTTGGCTCAGATCATTTCTGGAGTAGCCCGTCTTGTACCAACTGCTAGATATTTCCCTTTGAGGTTAAGGTGTATTAAGATGCTAAATCGAATAGCTGCTTCAATTGGAACTTTTATACCTGTGTCCATGCTTCTTTTAGACATGCTAGAAATGAAAGAATTAAACAGACCCCCAACAGGAGGTATTGGCAAAGCAGTTGATTTGCGGACTATTTTGAAGGTAAGCAAGCCCACCCTTAAAACACGAGCTTTTCAGGAGGCATGTGTGTTTTCAGTTATTGAAGAACTTGCTGGCCATTTATCCCAGTGGAGTTATTCTGCCTCTTTCTTTGAGTTGTCTTTTATCCCTGTTGTACGCCTGCGTAGTTTTTCCAAATCAACCAAAGTTCAGAGGTTTCAAAAAGAAATAAGGCAGCTTATTCGTCAGGTTGAGGCCAACTCAGAGTTTACAAATGAAAGGCGTAATTCAATTTCCCTTTTACCAAATGATCCTGCTGTATCATCCTTTCTTGAGGATGAAAAGAAGTTGGGGGCCAGCCCACTGTCCCAGTATGTCACAACTTTGCGCCAAAGAGCTCGACAACGAACAGATTCTTTATCTGAATCTAGTGTTCTTTACGGTGAACATTCATCTGTGTTTGGGAAAAGTGGGTCAGACAGTGAAGATGAGGATACTGAGGCAAGAGAAGGGACCTCTGTCTTTAGTTCCACCTGGTTGCCAGGAAGCAATTCCAAGGAGAAGCATCCAGAAGAAAAGAAAAGTAAGAATAAGAAAAGAAAGAAGGAGCAACATGATAAGGCAGCTCCTAGAGATGAAGATGTCGTGGAGGACTTGGTGCTCAGTTCGGACGAGGATGACGGGCCTTTAAGTGACACTTCTGCTGAAAGTGATGGCAATGAGGACATGGAACCTGTTAGAAAGCAAACTAGGAAACCGAAAGTGCAATCACGGGGATCGAAGAAGAAGACCCGTTCACCTGCAAACAAGGCCAAGAAGAGAAAAACTTCTCGACAAAAATGAGTAGGCAGAGACGGTAGATTAGCAAGAACACAATGAAAGAAATAGGTAAAATGATGCCATTTCCCATTGTTTTTGGTCTTCATAGGACAGTTTCAGCTAAAGTTTAAGTTAAGCATTGCAGCTGGATGATGTTTCTTGGGGACATTGGAGGGGAAATTTTCAACGGTCAGTGTCTGTCTTGTGATTGAGAAAATTTTGAGAGAACAAGACACGAAGCGGCTCATTATTTGTTATTTATGTTTTTTTTTTCCCTTTCTTTTTGGACATGCATATTGTATATTTCAGAGTGAATGTTGACCAAGATTATTTAATGTTAGGGAATACCAAGAATTTTCG ATGGGTGTCAAAGCTAAGAAACGTGACCTCAAACTAAACCATGCGGAGGAAGAAGAAGAAACTGGGAAGAATGCACTTCCAAAAACAGGGGGCCAAGCCAAAGAGCACATTGAGCAATTGCAAAGACTCCAAGAAAAGGATCCCGAGTTTTTTGAGTTTTTGAAAGAGCATGACAAGGAACTTCTCGAATTTAACGATGAGGATGTTGATGAGGATGATGATGATGATGATGATGATGTGGAAGATGCCGAGTTACATGAAAATTATAAGAACTACGAACCTGTTATTTCTGAGAAGGAAGAAACACCATCTAAAAAAGCTATAACTACGGAAATGGTTGATTCTTGGTGTCATTCAATAGAAGAAAATGGAAAATTGGTTGCTCTTCGTTCTCTTATGAAAGCTTTCAGGACTGCGTGTCATTATGGTGATGATGACAACGGGGACGACACTTCAATAAAATTTAGTACCATGTCCAGTAATGTTTTCAATAAAATTATGTTATATGTATTAAGTAAAATGGATGGAATACTAAGAAAGTTTCTAAAGCTTCCTAGCACTGGTGGAAAGAAAGAGATCATACAAGAGCTGATGACCACCAAAAAGTGGAAATCATTCAACCATATTGTGAAGTCATATCTTGGGAATGCCCTTCACATTCTTAACCAAATGACGGACACCGAGATGATATCATTCACATTGCGACGCCTCAAATATTCTTCTATTTTTTTGGTTGCATTTCCTAGCCTTCAAAGGAAGTACATAAAGGTTGCCCTTCACTTTTGGGGTACTGGTGGCGGTGCTCTCCCCGTAACCTCGTTTCTATTTTTGAGAGATTTGTGTATTCGGCTAGGATCTGACTGTCTAGATGAATGCTACAAAGGGATGTATAAAGCTTATGTTTTGAACTGCCAATTTGTAAATGCAACCAAGTTACAACACATTCAATTTCTTGGAAATTGTGTCATCGAACTTTTTCGTGTTGATCTTTCGGTAGCTTATCAACATGCATTTCTTTTCATCCGTCAATTAGCAATGATCCTCAGAGAGGCATTAAACACAAGAACTAAGGAAGCATTTCGAAAGGTTTATGAATGGAAGTACATAAACTGCCTCGAGCTTTGGACTGGTGCTGTGTGTGCTTATGGCTCAGAAGTTGATTTTAAGCCCCTTGCATATCCCTTGGCTCAGATCATTTCTGGAGTAGCCCGTCTTGTACCAACTGCTAGATATTTCCCTTTGAGGTTAAGGTGTATTAAGATGCTAAATCGAATAGCTGCTTCAATTGGAACTTTTATACCTGTGTCCATGCTTCTTTTAGACATGCTAGAAATGAAAGAATTAAACAGACCCCCAACAGGAGGTATTGGCAAAGCAGTTGATTTGCGGACTATTTTGAAGGTAAGCAAGCCCACCCTTAAAACACGAGCTTTTCAGGAGGCATGTGTGTTTTCAGTTATTGAAGAACTTGCTGGCCATTTATCCCAGTGGAGTTATTCTGCCTCTTTCTTTGAGTTGTCTTTTATCCCTGTTGTACGCCTGCGTAGTTTTTCCAAATCAACCAAAGTTCAGAGGTTTCAAAAAGAAATAAGGCAGCTTATTCGTCAGGTTGAGGCCAACTCAGAGTTTACAAATGAAAGGCGTAATTCAATTTCCCTTTTACCAAATGATCCTGCTGTATCATCCTTTCTTGAGGATGAAAAGAAGTTGGGGGCCAGCCCACTGTCCCAGTATGTCACAACTTTGCGCCAAAGAGCTCGACAACGAACAGATTCTTTATCTGAATCTAGTGTTCTTTACGGTGAACATTCATCTGTGTTTGGGAAAAGTGGGTCAGACAGTGAAGATGAGGATACTGAGGCAAGAGAAGGGACCTCTGTCTTTAGTTCCACCTGGTTGCCAGGAAGCAATTCCAAGGAGAAGCATCCAGAAGAAAAGAAAAGTAAGAATAAGAAAAGAAAGAAGGAGCAACATGATAAGGCAGCTCCTAGAGATGAAGATGTCGTGGAGGACTTGGTGCTCAGTTCGGACGAGGATGACGGGCCTTTAAGTGACACTTCTGCTGAAAGTGATGGCAATGAGGACATGGAACCTGTTAGAAAGCAAACTAGGAAACCGAAAGTGCAATCACGGGGATCGAAGAAGAAGACCCGTTCACCTGCAAACAAGGCCAAGAAGAGAAAAACTTCTCGACAAAAATGA MGVKAKKRDLKLNHAEEEEETGKNALPKTGGQAKEHIEQLQRLQEKDPEFFEFLKEHDKELLEFNDEDVDEDDDDDDDDVEDAELHENYKNYEPVISEKEETPSKKAITTEMVDSWCHSIEENGKLVALRSLMKAFRTACHYGDDDNGDDTSIKFSTMSSNVFNKIMLYVLSKMDGILRKFLKLPSTGGKKEIIQELMTTKKWKSFNHIVKSYLGNALHILNQMTDTEMISFTLRRLKYSSIFLVAFPSLQRKYIKVALHFWGTGGGALPVTSFLFLRDLCIRLGSDCLDECYKGMYKAYVLNCQFVNATKLQHIQFLGNCVIELFRVDLSVAYQHAFLFIRQLAMILREALNTRTKEAFRKVYEWKYINCLELWTGAVCAYGSEVDFKPLAYPLAQIISGVARLVPTARYFPLRLRCIKMLNRIAASIGTFIPVSMLLLDMLEMKELNRPPTGGIGKAVDLRTILKVSKPTLKTRAFQEACVFSVIEELAGHLSQWSYSASFFELSFIPVVRLRSFSKSTKVQRFQKEIRQLIRQVEANSEFTNERRNSISLLPNDPAVSSFLEDEKKLGASPLSQYVTTLRQRARQRTDSLSESSVLYGEHSSVFGKSGSDSEDEDTEAREGTSVFSSTWLPGSNSKEKHPEEKKSKNKKRKKEQHDKAAPRDEDVVEDLVLSSDEDDGPLSDTSAESDGNEDMEPVRKQTRKPKVQSRGSKKKTRSPANKAKKRKTSRQK
BLAST of ClCG11G007030 vs. Swiss-Prot
Match: NOC2L_ARATH (Nucleolar complex protein 2 homolog OS=Arabidopsis thaliana GN=At2g18220 PE=3 SV=2) HSP 1 Score: 915.6 bits (2365), Expect = 3.4e-265 Identity = 456/724 (62.98%), Postives = 569/724 (78.59%), Query Frame = 1
BLAST of ClCG11G007030 vs. Swiss-Prot
Match: NOC2L_ORYSJ (Nucleolar complex protein 2 homolog OS=Oryza sativa subsp. japonica GN=Os10g0495500 PE=2 SV=1) HSP 1 Score: 691.0 bits (1782), Expect = 1.4e-197 Identity = 372/743 (50.07%), Postives = 503/743 (67.70%), Query Frame = 1
BLAST of ClCG11G007030 vs. Swiss-Prot
Match: NOC2L_BOVIN (Nucleolar complex protein 2 homolog OS=Bos taurus GN=NOC2L PE=2 SV=1) HSP 1 Score: 310.8 bits (795), Expect = 3.9e-83 Identity = 205/709 (28.91%), Postives = 351/709 (49.51%), Query Frame = 1
BLAST of ClCG11G007030 vs. Swiss-Prot
Match: NOC2L_HUMAN (Nucleolar complex protein 2 homolog OS=Homo sapiens GN=NOC2L PE=1 SV=4) HSP 1 Score: 303.1 bits (775), Expect = 8.1e-81 Identity = 201/710 (28.31%), Postives = 347/710 (48.87%), Query Frame = 1
BLAST of ClCG11G007030 vs. Swiss-Prot
Match: NOC2L_MOUSE (Nucleolar complex protein 2 homolog OS=Mus musculus GN=Noc2l PE=1 SV=2) HSP 1 Score: 292.7 bits (748), Expect = 1.1e-77 Identity = 191/665 (28.72%), Postives = 328/665 (49.32%), Query Frame = 1
BLAST of ClCG11G007030 vs. TrEMBL
Match: A0A0A0LMM1_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_2G406730 PE=4 SV=1) HSP 1 Score: 1358.6 bits (3515), Expect = 0.0e+00 Identity = 683/735 (92.93%), Postives = 705/735 (95.92%), Query Frame = 1
BLAST of ClCG11G007030 vs. TrEMBL
Match: A0A067EMM8_CITSI (Uncharacterized protein OS=Citrus sinensis GN=CISIN_1g004625mg PE=4 SV=1) HSP 1 Score: 1015.0 bits (2623), Expect = 4.6e-293 Identity = 518/747 (69.34%), Postives = 616/747 (82.46%), Query Frame = 1
BLAST of ClCG11G007030 vs. TrEMBL
Match: V4U522_9ROSI (Uncharacterized protein OS=Citrus clementina GN=CICLE_v10014393mg PE=4 SV=1) HSP 1 Score: 1014.2 bits (2621), Expect = 7.9e-293 Identity = 519/747 (69.48%), Postives = 615/747 (82.33%), Query Frame = 1
BLAST of ClCG11G007030 vs. TrEMBL
Match: A0A061F4X7_THECC (Peroxidase 31, putative isoform 1 OS=Theobroma cacao GN=TCM_026791 PE=4 SV=1) HSP 1 Score: 993.8 bits (2568), Expect = 1.1e-286 Identity = 511/723 (70.68%), Postives = 590/723 (81.60%), Query Frame = 1
BLAST of ClCG11G007030 vs. TrEMBL
Match: D7T1D9_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_06s0009g02100 PE=4 SV=1) HSP 1 Score: 993.4 bits (2567), Expect = 1.4e-286 Identity = 506/744 (68.01%), Postives = 605/744 (81.32%), Query Frame = 1
BLAST of ClCG11G007030 vs. TAIR10
Match: AT2G18220.1 (AT2G18220.1 Noc2p family) HSP 1 Score: 915.6 bits (2365), Expect = 1.9e-266 Identity = 456/724 (62.98%), Postives = 569/724 (78.59%), Query Frame = 1
BLAST of ClCG11G007030 vs. TAIR10
Match: AT3G55510.1 (AT3G55510.1 Noc2p family) HSP 1 Score: 336.7 bits (862), Expect = 3.7e-92 Identity = 191/583 (32.76%), Postives = 326/583 (55.92%), Query Frame = 1
BLAST of ClCG11G007030 vs. NCBI nr
Match: gi|659081471|ref|XP_008441349.1| (PREDICTED: LOW QUALITY PROTEIN: nucleolar complex protein 2 homolog [Cucumis melo]) HSP 1 Score: 1364.7 bits (3531), Expect = 0.0e+00 Identity = 685/735 (93.20%), Postives = 708/735 (96.33%), Query Frame = 1
BLAST of ClCG11G007030 vs. NCBI nr
Match: gi|449441688|ref|XP_004138614.1| (PREDICTED: nucleolar complex protein 2 homolog [Cucumis sativus]) HSP 1 Score: 1358.6 bits (3515), Expect = 0.0e+00 Identity = 683/735 (92.93%), Postives = 705/735 (95.92%), Query Frame = 1
BLAST of ClCG11G007030 vs. NCBI nr
Match: gi|1009118577|ref|XP_015875935.1| (PREDICTED: nucleolar complex protein 2 homolog [Ziziphus jujuba]) HSP 1 Score: 1029.6 bits (2661), Expect = 2.6e-297 Identity = 515/727 (70.84%), Postives = 610/727 (83.91%), Query Frame = 1
BLAST of ClCG11G007030 vs. NCBI nr
Match: gi|1009169589|ref|XP_015865745.1| (PREDICTED: nucleolar complex protein 2 homolog [Ziziphus jujuba]) HSP 1 Score: 1028.1 bits (2657), Expect = 7.6e-297 Identity = 514/727 (70.70%), Postives = 610/727 (83.91%), Query Frame = 1
BLAST of ClCG11G007030 vs. NCBI nr
Match: gi|568879428|ref|XP_006492660.1| (PREDICTED: nucleolar complex protein 2 homolog [Citrus sinensis]) HSP 1 Score: 1015.0 bits (2623), Expect = 6.6e-293 Identity = 518/747 (69.34%), Postives = 616/747 (82.46%), Query Frame = 1
The following BLAST results are available for this feature:
The following terms have been associated with this gene:
GO Assignments
This gene is annotated with the following GO terms.
The following mRNA feature(s) are a part of this gene:
Analysis Name: InterPro Annotations of watermelon (Charleston Gray)
Date Performed: 2016-09-28
The following gene(s) are orthologous to this gene:
The following gene(s) are paralogous to this gene: None The following block(s) are covering this gene:
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