CmaCh14G011820 (gene) Cucurbita maxima (Rimu)

NameCmaCh14G011820
Typegene
OrganismCucurbita maxima (Cucurbita maxima (Rimu))
DescriptionTetratricopeptide repeat (TPR)-like superfamily protein
LocationCma_Chr14 : 9451859 .. 9476316 (+)
   



The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
GTTGATGGATTTTACAGCGAACGCGGAGAGCAAAAATTGGGGACAGAATCCATCTCGCTTTCTGATAAAAATTAGCCGGACACCATTTCGTTTCTTTCCCCTGTTCTGATTCTCACTCCGACTGGTTCTGCTGTTGATTGACCGTAAAATGTTGATTTCGCTGGCTTCTCGATTCCCAATCCTTGTAATGCAGCAGACCCGCTCCGACTCCAACCCTCGGCGCGGGTTTGGAAACAAGGAAGACAATAAAGTACGTATGCATGTTTATGGTGTTTTTTTTTTGAGTTGCTACGGCTTTTGTATCTTGAAAATGTACTGCGGATTGGATATATATGATTGCGCACATTTTCCCTGGTTACTTGCGAGGTTTCTGAATTATCGTATCCGGCTATGGTTGTTTCGTTATTTTGAGCTCCGATTTGACCTCTGTTTTTTATACGCATAAGTTCTGGGCCGATATGAATCTCGACTACTGAACACACATAATCACGCATGGTTTAGTGGAAAAATAAATTGAATTGTTTCTATTTGAGTACATGGTGGATTGGTTATTGTAATTTAGTATAGTTTAAGATTTTATTTTGAATCTGTAATTGTTTTGAACATAAATTTTCTTTCGAAAGGAAGTTTTTAATTTTGATCATGACTACGGTTGGAGTGGAATCTGATTATTACACTGACTAATGAAATTGTTGATTTAAAAAAGATTTGTTTTCATGAGAGTAAAACAGCATAAAGTTTCATTAGATTTCCTGCTTCCTCAATGTTATCATAAATTAAAAAAAAAAAAAAAACAAAAAATCTTGCTCAAAACATCTTTCCGTGACTGTCTTGAGCTATAATTTTAATGGGATTCGTTCAAAGCACACAAGCTTTCTTCGATCAAAGTGCTCAACTTAGAATAATAGAAATACCTCAAGTCTCCCATGTACAACCCCACACTTTGGAAGCAAAAAGCAGAACTACAGCAGTCTGTTAAGATTCTTTGCATTACAATAGTCCATGATACGCCAATTCAAACAGAGAACGAAAGTTGTGGTTCCGTGCATAAAGTCTCAAGTGTCAGTCCTTTCTATAGCTTTGTTTAATATTTCTTTGTTTCTGCTATTGATTTGTTCTTTTTCGTTACTTGTTACTGATTTGAATGCAAGCTCGTAGGATCATTGTTAGGCTGATTCTATAGGCATTGCGAGCAAATTTTGTGATTTTGCCTTGTGGATGTTCTGCTATTTTCTGCTATTCTCTCTTTTACATCAATAGACGGAGGTAATAAGCTGTATTTTTCGATGATCCATCTCTACCCCACCCAAGTCCCCGTGTGCAACAATTCTATAGTTGCGTTCGAATTCCTCTCCCGTGTTTTCAAATTGTTAGCTGAGCTATAGCCATCATCTGCTATCTTATAGCAGTATGGTTGGGTTCTTTTTCCTCCCTCTGTTAATAGATATTATTAATATGCTATACAATCATTTTATAATCATCTATTTTTTTCGGGCATCATTAACTCCGCTTTGTTATTATACACTCAGGCCAACAAAGCTGGCAACTCGAGCAACCAGAAGGGTAGGGTGTCACAACCAAGGTATTCCAAAATAGTTTAGTTTTTTGAAAATTTGAATTTATTTTTTATTGTGTTTGAAACTTTGTGCTTTACTGCTTGTTGGGCGTTTTCAGTTATTGCACAATGTTGATGCTTTCTAGCATTCTCATTCATTTCACATACAGACACATTCCTTGTTTTTTTTTTTTTTTTTTTTTTTCGCATATCTGCATTGCTNNNNNACATTCTTTTGACATCTTTAAGAATCAACAAATTTTTGCTACTGTTCTGGAACAACTTTTGCTCTGCCATTGATGTCTAATCCTACACTATTTTTTCTTCTACTTCTACACTTACTGAAATTATTTTCTTTCTTAAACCATCATCCTTAAAGTTGCTGACACACTACAAGAACTTTAAAAACTTGAAGAGCATAACCACAAAATCAGTAAAAGAGAGAATAGCAAACACTGAAATGTCAAACACTGAAAGACAAATATTGTCTTTGATTTTTTTTCCTTTCTTCCAACCAACTCCTCTAGTTTTATTTTTTTTCCTCTCCCTTCACACTTAAAACTTTCTTTCCAAATATTTACAATAAAGAACACTTATTTCTTATCTTTGATTCATTGAAAGCCATCCACCATTGACCTATTGAATGATAAGGAGTAGCACCAACTAAATGCGTGAAGACGGAAGATCACCAACTTGAAGACACAAGATCCCTAAAATTGAACTCCTCTATATGGGTAAACATCGACTACAAATGAAGTGAAAGCCCTTTACAAGAGGATATTCAATAACATATTGAATATCTAAATATATAAAAAAGAAGAAGCATCCTTCTCCTATTACAAAAAATTGTGTGCAATGAGAAGTAGTAAAAGGGGTTGTTTCTCTAAGTCGATGTCAGTTGAATCTGGAAGAACAGGTAATCCCATTGAGCTGCTCTTGTACGCCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAANGAGAAAAAGAATGAAGAAAAAGAGAGAAAGAATAGCAAGTTAGTGACCTTGTCCCCCTTTAGAATTAAAAGTAACTGACTAATTGAAATAATACACTAGTAGAAGGGGTGACTGGATTAATAACTGTACAAGGCTGGACATGCTATCTATATGGTGTTTAATTTTACACTGTCATCAGCAACTGTTCTCTAATCTAATGAAAAATTGGGGATAAGAGCTGATCAGTTTTTATGTTTTTGCAATCTCCAAATTATCTTCTCAATTTATGTGAGTTTCACTTTTTGGTGACTTTGCTAATTTTGTGTTTTCCTTTGCTTTGCACTCACTGCTGATGTAGGAAACCAATTCCAAAACAATCCAGTACAGTACCCACACGTAAGTGTAACTAATTTTCCTGTAAGTTTCTTCATCATTTTCTTCTTTTTTCTTTTTTTGATCTTTTAATTGAAAGGCTTATGTAATTTTACATTTTTGCGGTACGTGCATTAGTTCTGAGTTGGCGGGCTTGGATAGCAAGGGAGCTTCCATGCTTTCCTTCGTGAGGTGAGTAAGTGACTGAGGGAGAGTTGGAGCTTTTATTGATACTGATGTCTAAATGCTGAAAGCTAGGTGTTATAGAAATTTAGATTCAAAAGACAACAACCCACCAAGACTAATGTATCTTTAACATTATCCTTGAACGACCATCAAACAGATGTGTGAATGTGTTAGACCCCCAATTGTGAATACTTCCTCTTGGAGGGACAATAAAGGGAAAACACCTAAGGAAGTTTGTTAGAATGCATGTGGGTGTTAGTGGAACGTGGAGTATAGGTAGCCCAGTGTAGGTGTATGTCTGGCTATTGCATTTGGGAAGGTTTATGTACGCTTTGTTTGTAGGGTTTTGGGTAGGAAGTATTTTGTGATAGAACAATGTTCGAAGGGAGAGATTACCAACCCTCTCGAAATGGACTGGGTGTTCTGGCTCTTTTACAATCATTTTTCCTACTTGTAATATCAATATATCTTGTAAGGAAGTTGAACCCTGGCAAGTGGTATTAGAGAACGTTCAATCTTGGGGAAGATTGGGAAAATGGCACAATAGAAGATCAATGAAAGGCTGGATTCAACAGAGAAGAGTTAGGTGGAATCCATGAGACTGCGATAGAGAAAACAATGGATGCCTTGGTAGTAGAGATGAAGGAGAATCGAAGGACCAGCGAGGAGACGAAGAAAGCTTTAGTTGAATCGCAACATTTGTTGAATAAGCTTGCCATGAAATAGCTATCTGTAGGGAAATCTCGATGTCATTTGTCACAGAGACATCTAGTGGAAAGAGAAAAGTTCATGAAGAAGAAATATAATTGTTCATTTGGCACAAAATAAAGGAAGATGAAACCTCCTTGAAGAAAAATATGGGTATACAACAAGATCAAATCAAGTTTAAGAAGGTGGTAATGCTTGTGTTCTCAGCTGAGAATCTGGACAAATGGATGTTCATGGCTTTGCGTTACTATCAGATTCACTAGTTATCGAATGAAGAAAAGCTCATTGTGTCTGTTATGATTTTTTTAGGGAAGAGTGCTTAATTAGTTCCGATTGATTATGAATGAGGGGATGAGTGACTGGAGTGACCTAAAGAGAAAAATGTTTAAGCGTTTTTGGCCACTGCAGGAAGGAGCATTATGCACACATTTTTTGGCCGTAAAACAAGAAGATAAGGTGGCGGATTACTGAAATCAATTCAAAGAACAGACAGCACCTTTACAACACTTGACAGATGAATTGTTGGAAAAATCCCTTCACTAACGAATTGGACTCAGTGGTAAGGACTGAAGTTCTTTTTTTCAAAGGCCTGCTGGGCTAGATGATATCATGGATACAACCCAGTTGGTCAAGGGTCGTATAAAAAATACAACAAAAAAAGCCGAGGACCCAGCTGCATACAAGGTTAGTAAATTCTCACCTACTTAATACCCAAGTGCCCAAAAGAATACGACCAAATCATTCCAATCGCGAGGAACCTCCATTCAAAAGATAAACAGACTATAAATTCCAATGGCTGGGGAGTGGAGGCAAATGACCAGAAAATTGGAGCTATGGTGTAATGTCTAGTTGCAACGATGTGGAAGGAATTCTGTGGGTTCCTGGGCTTGATAGGATACTAAGGACGATTTATGGTCAATTATGGAGAAATCACAGCCCCCTGCATTAGTTAGCGAATATGAATACCTGGGTTTGATCGGATACTAAGGACGATTTATGGTCAACTATGGAGAAATCATGGCCCCCTGCATTAGTTAGCGAGTACGAATACGTTTGTGTGGAATGAAGAAGCAAGCATTGCTCAAGCCCAAGAATGCTATGAAGACACTACCAATGCTAGCTTTGCCCAATTTCTCCATTTCGCTTATGATGGATACTGATGTGTCTAGCACAGGGATCGGGGCCGTTTTGTCATGGAACAGCTGACCAGCCTTTCTTGAGCCAAACTCTGTCTATGGTCCAAGGACGCTTATGAAAGAGATTTGATGGCTACTACTTTGGCTTTCTAGAAATGGTGACCGTACCTGTTGGAGAATCATTTCACCACCTGCACGTATTAGATGGCTCTAAAATACTTACTAAAACAGAGAGAGATTCAACCAAAGTCTTATAAGTGGGTTGCCAAGCTGTTAGGGTACCACTTTGACACTGAGTACAAGTCGGGACAAGAGATCCAAATGGCTGATGCTTTTACTTGTACTCTTCCAGCGATCCATAGCTACACTTTGGGTGCCGTCTTTGATTGATGTAAAAGAGGGTAATAAAGGAAGTTCATGAGGATCAGAAGTCACACTCGATTATTGAGGAAATACAGAGGGATGAGGATAGTGTACCCAAGTACACACGGAATCCGAACAAATTAATTCACAAAGGAAGATTGGTCTTGTCATGAGGATCAGAAGTCACATTCGATTATTCAGGAATTACAGAGGGGTGAGGAGAGTGTACCCAAGTACACACGGAATTCAAACAAATTAATGCACAAAAGAGATTGGTCTTGTCCTAGGATTCAAGGCTGATTCCCACCATTATCCACATATGCCATGATTTCGGAGAACATTCGGGGTTTTTCAGAACCTATGAAAGGTGGAGGGGAGAATTATATTGGGCAGAAATGAAAGCTGATGTTAAGAAATATGTCAATAGTTGTGTGGCTTGTCTACAAAACAAGTCTCAAGTTGTGTCCCTGGCAGGCTTTTTACAACAAAACAAGTCTTAGGCTTTGGAACCGGAAGATGTGAGAGCTCTACAGTGGAGTGAGGCTCACACGAATTGGGAATGCTTAATCAAGTGGAATCACATGCCTGAATACAAAGGCACATGGGAGTTATTTAAATTGATAAACAATTTCCAGACTTTCAACTTGAGGACAAGGTGTTTCTCATGACCAAGGGAGTTATGAGGCCCCTCGTTGTAAAAACTTACTCTAGTATTGGGGGCACTTATGAGGCCCCTTGAGGACAAGATGTTTAGTTGTTGGGGGCACTTAATTTCTCCTTTTTATTCAAGTTATACAAGGTGGTGACTTCTTGCTCCACGCTTTTCATTGATCCCATGTCGGAATGAGCCTTGTGGTTTTGCCCCCATTTATTCTAACTGTACCAGCTCTAGAGCATAACCCATTTGCTTGTTATTTTCTCTAGTAAGAGGACTTGACTGTCAATGTGTCTCCTTGAAGAACTTTTGGTTCAACGGTGCATTTAGTAGGGGCTTGAGGGTTTCAGTCAACCATTGGAGGGTGCTTCAGTGAATTGATATGGAGAAGGTTTTGTCCCTTAAAGCTTCAAAAAGGTGGACTCTGGAGCCTCAAGAAGTCAGGTCAACTTCGATGGTGGGGGTTTTTTCAGTCAATTGAGATGGAATGGTGTTGTTATGGGTGGTTCATGGTGGGTGTCTAGGTTTCGGTTGGAAAATTCATTGGTTTCCAGCATGGTTGGGTGGGCTGGGGGGAGGGAGTGTCATGAGAGACTTTTTCTGCAAGTTCAACCATAATTGTAGTAATGATTTCTGGTTTATTGTGTTTTCCTAGAACTTGGTCCAGGTCAGTAGCATAGGCATAGCTCACATGGCCACTAAGTTTTATTTTCTAAGATCCTCCTTTTCATATACCAGAGCATTGGATGACTTTCTATCCACAAGCTGTCGTTCAATCAATTGGCCATGCCATTGCACATGCTAGGAATTTTTCTGATTTTTTTCTCTTTTCTCATGTCTAGTTGTTCTAGTCTTTTTACAAAGCTTGGAAGGTGAAGGTGTCTAAAAAGGACATTGCTGACGGCTGATAGGAGGCTTTGATATTGTGCTGTTGAATACTTTGGCTGTTTCTCCTCTCTTAGGCTATTCCCTTCCCTCCCTTTTTGTTGATACTTAAAGCTACTGCACGTAGATCTGGATTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGCATGGCATACTTTTAGTGGGCTTCTACTTTTATTATAACATTCTTCATCATGATAGTTCTTTTCCTCTCTCCCTTTCTTTCCCCTTCTCTCTCACTCTCTCTACTAGTTCTTTTTCAGTTGGATTTTTTAATTCTTTTTTTATAACATCCTTCTTTGGTCCCCAATTTCTTTTTGTTTGGATTATGTGTAGAGGCTCCTGCTGTGACTTCCCGTTACGATGAAAATTCTTATAACAAATCTTTGGACCCTTCATTTGAAAAACGACTAGAAGCAGTTAAAAGGTATTATGGAGGACTGTTTTCTTCTCTTAGTTGTTTTATTCTTTATCCCTCTGTCGATGCTTGTTAGTAAAAGACATTTCATGCTCTCAAAATGTTTTTTTTTTCAGTGCTTTTAAATAATTATCAACGTCTACTAACGTCTTTTATGATCTCATTCTACTGAAGGGTGTCATTTTGTTTTTAACGCTGCCGTGAGTTCTTTTGGTTACATGATATTATTTTTCTTGTCAAAAGGGAAAGAAAAAGGAGCGTTCTTTTTGTCACATGGTTTATATTACTCTCTCTGTTTGATAGGGGATGTGCATTGTGTAAACCACTCAGCCGATATGCTCTTGTAAAGGAGGCTCTTCTCTTTTGAACTAGTTAGCTGGGTTTTCTTTTTTAATTTGATTAATAACCACACTTGAGAGGAAAAAAATAAAATGAAAGAATGCAAAGGCATAAAAGAAAAGCCCACAAAACGAAGTCTTAACTAAATAAAAGAGACTCTAATCAAGTGAAATGAGGTCGTGACGAATAATTCGTCACTAGCATCCAAAGAGAAACATAGAACCTAGTGAGATATCATACATCACAAGGAGCCCTTCTCTACTCCTCTAACGGTTCTATTGTTCCTTTCATCTCACAAACCCCACAACTTGCCAGACAAATCTCCTATTTTCTCGAAATTACAAATGGAGAAATAACTCCTCGATCATTTTGCTGGAATCTTTGTTATTGGCATTTGGAAGCCAAACACATCAAAAAAGTAACTCCACATAGGTTGTGCAAAGTCGCAGCTCCAAATGGTATGATCCTGGTTTTCCTCTGCCCTTGGATAAAGAATGTAACAAAATGAACTGATCAAAGAGGACAACTTCAAAAGTTGGTCAAAAGTGTTCACTCTTCCGTGGCTAGCTTGCCAGACGAATACTTTCACATTCTTTGGGGACGCTAAAACATACTCACTAGAAGGAGAAGGGTCAAATAAGTGGTGAATGAACGAAAGAACTAGAGGACAAACCTCGAGTAGGATCAAGGCTCTAAAGGAGAATATCAGGTATGAGGGCCTGATACCCTTGGCCGGCTCCAACTCAATTTCTCTGTTGATATCTTTCAACCCTCACTTCATGGGCGTCATTGGACCCATATCTTTCACCCCCACAATTTACAATTGGAGCGGCTTCCCTTTGTTAAACCGTAGGCTTCCATGAGGCTTGTCCTTTCTCAATAATATTGTTTCGGTTAGTCCCAGAAGATTCACTGTTTAATTTAAAGTTGGTCTCTTTAGGACCCATAGAAACAACATCCATGGGCCTTAGAAACCCTTAAGCTCTTTTAGGCCAACTATTTTTTACCCTGTAAGTTTTTGAAATTAGACCGGTGGACGTTAAAAAGTCTTCAGAACCTTTAGGCCCATCATATTTTGACCCCTCAGCCTTTGAAAAAAACCGTGAGATTTAAAAAAATGATCTTGTCTGGATTGTTATAAATGAAAACTCCTAGTATATATAGTAACTTCTTCAACCCATTAAAATGAGTCCAATTTTCTTTCTTCTGGGCAGCATATATTTCGATATGTTGATATTCCTATCCCAGTTCATGTAGGGGTTTACCATACTGAGTTGTAACTTCTGAGAATTATAGAAAGAATATGCAAGAAAGGAGGGAACAGTAAGTCCTCAAGGAGAAGGAAATAAATCCTGTATAATCTAGGAAAACATTTTTTTAAAAGTTCTGTTGCAGTTTTTAATTTCAGCTTGTAAAGTTTATCGAAGTAGGGGAACCGGAAGATCAGCACTTGAGAAAACTTTCTGAACACTTCAAATTTATAATGAAAACTATACAGATCAGCACTTGAGAAGAAAAAGGCAGACAATAAAAAAGAATTTGGAGCAATTGACTATGATGCACCAGTGGAACCGGAAGAGAAAACAATTGGACTTGGTACCAAGGTAAGAAATGTGTGTTTCAGATCGATTTTATTTTTTCTTTTTATATAATGCTAATTCAACTGTGTTGCAAGTAGATTGGAATAGGTGTAGCTGTTTTGGTCTTTGGCTTAGTTTTTGCTCTCGGAGACTTTCTGCCCTCTGGAAGGTATTGCATAGGTACTTTTATGCGTTAGTTTTCCAAAAACACTTATATTTTTTATTCTTGATTTACGACATGAATAATGGCATTGTGAATGTGCTCTTTCAAATGTCTATTATTTTGGGTGCCCACTTGCTTTTACAACTAGATTTATTTATTTATTTATTGAAATTCAAATTGAGTTCTCTATAAGCAAAATGAAAGAATATACAAGGACATACAAAAATGGTAGTCTCCAAAGGAGTTCAAAGACTCCAATCCAGAGAATAAGAGAATAAGATGAAACTGATAATTCCAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAGGGAAAGAAAGAGGAAAAGAATCGAGTAAGAAACACTCACAAGCATTAAATCCAACTTCCCAAACCTCCTTCAAAGATCTCTTGACCTTTTATTTTAACAAGAAACAATTTCTCATCGATATAATGAAAATGAATAATTGTTCAAGGGATACAAACTCCCCAAGGAAGTGAAAAAAAAAAGTACAAACAGAAAATACAACCACGTAGAGATTAATCATGAAAATAAATAGACATTTGAAGAACAAAAAATGTTTTCAATATATTCACCCAAAAGACTTAAAAGAGCTTGCAAAAGAAAGCTGAAGCTATATGAATAAGGCCTCCACCAAACACTGAAGATCCCTCGACCCTGTAAAAAATCATACTATTCTTCTTGAGCAAAATACTCCATAACTCGGGGGGAAGATTGCCAAAGGGCTATACCTTATCCAAAAGGAAGTGTTTTGAAGCACCTCCTTGATTATAGAGCAACAATATTTTCTATGATCCAAATATAGCATAAACAAGCTTAACATACGATTCCATAAGGATTAAGCAAACTAGCATCCTCACAAGATAAAGTTAATATCCAACGTTTGCTGCCGCCTCAAGAAAAATGCACCATAGTGGACCCAACAAGAAGGAAGAATATCTGTGAATGCCGTCCATTGTGTAAACAAAGCAAGAGAAATTACAAAAGTAACCAGACTTCAGTCCCAAAGACACTTATGAAAAATGATCTTAAAGTTGGTCGCAAGATCTCTCCTTCAAACTTCTCTTTTACGTCAAATAACCCACAACAAATCTGCCCGTGCATTAGTTCACTGTCTTTTTTTGAAAGAGTGCAATATTATTGTGAAAAAAATCTTCAGAGAGCAGTCAGATTACTCATCGAGAATGATGGGTTGAGGAGTGTTTGCTCTCTTTTCATCATTGGTTCATGAAAAGGTGGGAAGTCTTCATGGTTGGCATTGGAGCTTGGATATGTTGGTGGCCAAGGCATATTTTTTCTGTATTTTTCTTTCATTTGTTATTTATCTCTCTCCTCTGTGTTTGTATCCTTTGAGCAATTGTCTCTTATTATTTTTAATATAACTAATGCTAATTGGTTAGGCTTGTGTAACACCCTCTTTTTTCTTTTGTCTTGCAAAATTCATCTCAAGGAATTTCTTTAGAGATAGAGAGAATTGAACAACATCAAATTTACTTCCATTTTCTCAATATTTCTATTCCTGCTGCTTGAGGAAAAAAATATATCAATCACATCCCAGGCATATATATGGTTTCCTGACTTTTGGGAGATTTTAAAACAAGTTGTTTCAAGATGCAGAGTAAGCTCAATATGCACTGTTTGAAACAAAATGTCGTAAAGAACTTTGTCCATAAGTTTCCCATCTCTAAGGCTTTGATTGTGCATTATTTTATGTCTGAGTTTCTTGAAATTTGGAAATGTGATGGGATGTTTTGTATGTCTGTCTTGTGGAAGATGTTTCATTCAACAAAGCCTTTCGTATGAGTGACAGAAGCTTGCTGCAAAAAAATTTCTTGTTTTGGAAATCTTCCTCAATGCATGTCTGATTGCTGGATAAAAGTCTGGAATTTTTTTTTTTTTGGCCTAACATTTTCAGTATCAGTCCTGTTGAGGATTCTGTGGTGGTAGATAACAAACTATCGAAAGAAGAAGAAAGTAATCTTCAGGTAATATCCTCGAAATGTTTTCTGTCTCTTGTCACTTAAACCACATTCTTGTAAGTGGCTATAACAGATTGACACCCTTCAAGTTGGACGTATACCTTAATCATCCCCAACTTGCTATAAAGATAATTTATTCCAACTCCATTTAATGATTTCATAAGAAATTTTTTTTGGATTCAATGTCTAAAGTATACTTTTTCTTTTTATTCTCTTTGGGTTTCAATGACCTAGGCATTCATAGATGTTATGTGCTTTTGATATTGCATGCTTGGATTTCTGTCTGAGATGTTTAGGGTGCATTGATGGGTGATCCTAAATCTGGAACTTAAAATGAAAAACATAATTAGTTTATATTTTCACATGTTTTGAATGTGTTGGGTAATATATTTAAAATTTGGAAACATTAATGAGATCTAATGTTGTTTTCCAAGTTTTCACTTTTTGGGTCATAGAAATAAACCCACCAACCTTTATTTTTATTTTTATTTTAAATTTTGAATGTTGTATCAATTAAAACTTCAGGCTATTGATTATATTAATTAAACTTAACGTTCACCGGCGAATCAATTTAAACCCTATATTATAACTTTGTTTTAAAATGGTTAATCCGTAACTTTTACGTATATAAGATGTTTTAAAATACAATGAATAATGTTAATTAGAGAAAAAATGTGAGAATCGAATAGATGATAGAAGTTGTTTTCATTAAATTTAAGTGTTTTTTTTCACCTTCTCATCTTTTTCTATTTTTCTTTACTTAGAAAGAATTGTGTATCGATTCTTTTTTATACTTCGATGGAATATCTAGATAAGAGTAATTTTATTTAAGTGATTTTGGTCTAAATTGATTCAGTTACGAAGGTGCATGGTTTAAATTGATACAATTATTAAAGTTTTAATCGATAGAACTCCTAAAGTTTTGAGGTGTGAATTGATATTTGCCAAAAACAAATCTAAAGGTTGTTCTTACCTTTTAATTAATTAAGATTAAGATGTATAATGGAAAGGGTCAATTTATATCTCTGAACTTTGAGGATTTATCACGTAAAACCTCAAACTAATAATTATATCAATCAAATCCCTAAACCTTTGTGAGTGAATTAATTTGTATCCTCTACTAAGATTTTGTTTTAAAACTGTTAATGCATAAATTTCACATTTGTATAAGAGTTACTTAAATGTAAGGATTAACATAATATCATAAAGAAATGTTAAAATAAAATGAATCTTAACGGTTTTTTCTTCGTATGTGTAATTTTTCATTTTCATGTTTAGGGGGAAGAAATTTTATTACATTGATATGATTTTGGGGGAAGAACAAACTGATTTTGGTGGTGGTTAGGTGATTTCAAATGAAATTAAGTGAAAATAGTTATAAATCACTAAAGAGGTATAAATTGATACAACATTAGTTTGAGGTTTGAATTGATACAGCTCTCAGAGTTTAGGTTTATAAATAGCTTTTTCCCGAATTTTGAATATATTTCATGAGATTCATTTCTTAACTACCATAAGTACTCTTAAAATTTCAAGAGGTCGAGAAATTTGATTGTCTGTTTAAAATTTAGATGTATCAGCTTGAGTGATTTCAATTTGCCTAATTTTCCTTTAAATAGTAGCTTCCTTTGAACAAACTAATTATCTTTGCTAAAATGTTTCTTACTTTACTCAATTTAATGAGAGATCTTTAACACTTTTACTCTCTGACATGGCAGAATATGCTCAAAGAATACGAGGTTACACTTCGTAGCAACCCAAAAGATCCAACTGCTATGGAAGTGAGTGATCTTTCTGTTGCTCGGCCTTCTAATAGTTATGATTTTTGTACTACAGTTTTCTGCCACCTATCTCAAGTTTTTGGCATAGTGGTAAAGGACTTAAGATTGAACCATTTCTTAGGTCAAACTCTTTAGAACATTAAATATCTTACAAATTTCTTGAACTACCAATGTATACTCCACTTTCAAGTATCTCAGTACTGTTGATGATGATCATGAAGAAAAAAGAGATCTAATGGTAATATGGGTATGTATTGTAACCACGTACATATTCCTACAAGCTTTTGAAAATTAACATAAAGAATACAAATAATCTCTTCTATCCGCTTGTTACTATAAATTCTAACCTAAACCACTTAATTCAAAAGATTATTGAGAACATTTAAAGAAGGCCAAAAGTCAGTTTTTCCCTGCAAGTAAATAAACATCAGGCATGATTGCTTTCTGTTTATTTTTATAACGTGTACTATTCTTTATGTATTGAAGTGTGCTTTCTGTTGCTTCTAAACAAGTTTCCAAGTCTTCTAATGCCATGGTCCAAATGAGAAACTCATACCTGCCTAAAGGATTTAACCTTCAAGATAGCTTTAAGTCAAACTTTTATCAGTTATACTGATAGTCCCTTAAAGGATCTTGAACAGGGGATTGTAAGTTACCTGTCTCATCCATCTGTCACTTTCTTGCAACTAAGAGTTTGGTTTAATTGAACTTAAAGAATGTTGGAGAGACTCGCCCAGTCCACAGTTTCTAAATTGAAGAGGTCGGTTTGAAACAGAAAATTCCAATATTGGAATTCCTTGGACCAAAACCAACAATAATAAATGGAAAATTATATTAGTTGACCACCTGATGAAGTCTTGGAAAAGAGTCCATTGAAGGCAACTATACCATCCTGAAATAAAATAAGGGTGCTTTGACCCTTGAAGAGAAAACCACTTCACCGTTTGGTAGCATGTAAAAGGTAAATGCCATGGGCTTCTTGCATTAATCTTTCTCCTGTATGGGGCTGAGTACCCCCTTGGACACGCTGCAGTTGCATAGAGACTATGGTTTTGTACCAAAGAGCAACAAATCATCAAGTGATGCGATCATTCCATTTAGCCATAAAATGTAATTCCTTTACTTTATGCATACCAGCACCTTAATCTGAGAACCTCGTCCCAACAAATATCAAGTGGTTCTTCAAGGTTTCTGATAACAGCCACCAACAAAGAATTTAAACAAAAATCTCACATATAAAACACATTTGCCTGTTGTTCTACTGATAACTTAAAAATATTTGGAATTAAGAAGCATAAAAAATATTGTGGAAGTTGAAGCTTTTTAGGAGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTNNGGTAAATAAATCTAACCCTAAACATTGAGATTAAACAATGTAGTAAAAAAATAAAACATCTAACTTTACTACAGTTATTTACACCGTTGCCAACTTGTTCCAAAGTTTATTTGAGTCTGATAAATATTGATGACCTTTTCATCAATAGACCTTCATTCATTCTTGTTAAACTCCCACCCAACTTTCCTTTCTCCACGGGCAACATGACTTTGTTCCATCCCACTAAATGAGATTTTTTCTACCTATCTCTACCTTCGCAAAGAAATTCCTCATACTTTGGACGAAGCCATAGCTTATCTAGAACCTTCAAAAGAAAGTTGCAAAAAAAACCACATGCAGTTTCAAAAAAGTTTTTTTTTGCTTGTAGTTGGAATTAGATTGTACTTTTAGAGGAAAGTCAGAAATTTTGTCTACTTGGACTTGAGTAAAGATATTTAATATGGCATAGGAGCGTGTGCCTTTAGATCTAACTTTATCTTTCATTCTATATGGATTCTTTCTTGTTTCTTTTAGTCTTGCTTGGTTTTGAGAATGGCCAGTCCTCTAGACTTCCTATGTCATGCTAAATTCTAATTGATAATAAAAGCTTTATTTCTGATTAAAGTTACTTGAAGTGGATTGCCAGTTATTAATTTTTTCTGCAAAGTTGGACGGATCACTTGAGTAAAATAATGTACTTTGTATTGAATGTGTGAGGGATGGAGATATTGTGGATATTTTAAGCTTTGGGTTTGTATGAAATTCTGAACAAATATTAGGTGCATTGTAGGGGGCGGCAGTTACCTCAGCTGAATTGGGTAAATATGCTGAAGCAGCCTCTTTGCTTGAAGATTTGATAAAGGTTACTATTATTTTGGATTTGGAATATGTGTTTCTTTTTTTCTATTGATGTTGCTTGTAGGAGAGATGATTTTTTCGTTCATTCTTTATGTAGGTGAAGTCAGATGATTCTGACATTTTCCGCTTGCTTGGGGAAGTAAAATATAAACTTAAAGATTATGATGGGAGTATTGCGGCATACAAGAGTGCCACAAGGGTTAGTCTTCTCTGACGATTAGGAAAAGGATCTGATCATGCTTCGTTGTATTTTTGTGTTTTTTTTTTTTTTTTTTTTCTAAGTGGCATTAATAATTAAATAAGAAAAAGAAGAAGTCAGCTTTTTGTTTCAAGGTCTAATGGTTTTCTTACAGTGTATTTAAGCCTATTTCCAAAAACTCAAATGCTGAAGTGTATCTTTTGAAAATTGAGTTACTAAAATGACCTATTAGTGAAAACTTTTGGCCAAAAGTTGATTTTTTCCTTATTCGTGTTCTTTATTTGCATATAGCATTAGTATTGATCTAAAATAGTACATATTTGAGAACAATATTAGACAATAGCAATACCTATGAAGAAATTGGTTAACAAATTTTATAGAAATGTTTGTATCAATAAAAGCTCAGAGAATAACATTAGCATATTACATCATAACAGTCCGTCTTAATTTTTATTTTATCCTTTAGAGGCTATAAAAAGTAAATAACTTTCTAGCCAATATCAATATTTTATTTTCGATAAGAAACTGAAAACTCTTTGTCAAGATTATGAGAAGTACATGAGGAGGATGTGCGAAACCTAGGCCTTATAAGACTCTCTAAGTTGTCAACTTAGAGAGAATGGTTACAAAAAGAAGTTAGACTTTAGTGTCTACAAAGCAATGAGAAAAAGTAGTTGCAAAAGGATTTGGACATGAGTCCCTACAAAGGCATTTCATTAGAGAAGGTACACTATATTATTCATCCGGTGGTTGTTCCTCCAAGGAACCGCAATGTAGATATAAAAATTACAAATATTATGAAAATTTACTACCTTGATAGGAATTAATAAATAACCTTTAAATATGGGTGATAGCAGCTATTCGATATCTATTTAATCCATTGAAATCTTTTATTAAAAAATCTTTATAAATGTATGAGTTTTTGCTTGTGATTGCTTGGTACGTTCTCCGTTGTTCATGTACATGTGAAATTGGAAAATGCATACAATTCTTTTAATGAATTGTCAATGACCCAAGGTGCTGATATTGAGAGGTGTAAAGTCATGTTTGGAACTATCCATGTCTTTATCATCTGATAAATTGCCTTTTCCTTGATTGTGGAACAGATATCTGAAGATGTCAACTTTGAGGTTCTGCGTGGTCTTACAAATGCGTTACTTGCTGCTGGGAAACCAGATGAGGTTAGTTACAGTATTAGAAATTACCGGTTGACAATGTGTAAAGTAAATAAAAAATAAAAAGGGTTAATGACTCAAATTCTTAGCGTACCTTTCTTTTTGTGTATTAAAACTCAAACATATTAATTCTCACTAAACTACTAACATACATCCTTGTTAAAAGTAAAACATTTAAGTCCTAAGGTCTCTGGCAGCTTTATTATTCTCCTTTCTTCTTGCTATAGCATGTGTGCCTTGATTGAAGGAGGATAGTTTTAGAGATTGGGGAATGAAAGAAGGGGATTAAAAAATTATGGAAGAAGAGGAGAAAAAATAGAAAATTAGACCATAAATTGAAGTAGAGAGATATGAAATGGAAGAGGGAGACGATGGCATATAAATAAATGGTTTTCGTCCATACACTAACGCGATAATGATATTTTTCAACTTTTTTTGAAAGGTTAAGTGTATTAATGCAACTTTTGAAAATTTAGGGTCTTATTGAATCGAGGTATAAAGCTTAGGGGTATAGAATATAGTTAAATAGTTTCCCTTCATATACTATCGGTTTTTGACATTTTTTTAAGTTCGAGGGTATTAATGAAATTTTTTAAAGTTCTGGTGTATTATTGAAATGAAATACAAAGTTCAAGGGTATTTTCAATAATTTAGCCTTTCAAATATGACGAATAATAAAAAATACTCTAACACACTGATAGGGACCTTTTAAACCTATTCTTAAAAACTCCGGGACTAATAAGATACATTTTAAAACTTCATCAATCAAACACACACATGAAAACTTGGGAACTAAAAAGTCCATTTTCCCTTAATTTTTTCTTTTATCTAATAAGTATATATGATTTTTTTTTTATATTTAAAGTAAATAACTTAAGGACTCTTTATCCCTTATGAGCTACATCTTTCATAAATTTGAATTTGTTGAAATATTAACAAATATACAGTACCTTATTTATAGATAACATCGATTATTTTCAAATTTTTGTTTCAATTTCTTTTTAAAATTTTGCAAATATAGATGAAAAGGCATTTCTTAAAAAAAATGAGGGAAATTTTAAAACTTGTAACTAAATTATTTTAAATGAATTGAAGTTCGAAGTCGCCTCTACTAGGGGCAGGAAATGGTTGTTGTATACTTACCTCCTTTCTTGAGATCATTCTAAGTCGTAAACCAACTGAATCAATGCCTACCTCTTCATCTCCCACTCTCTTTATTAATAACGAAAATCTCATAACAACCTCCTTAACTAATTACTAATAAACCCTTATAGTACTGTAATAAAATTCCTATTAGAGTGGTCTGGTACTGGTTAGTTTTCCTTTTGTTTCAATTATTCATAAAGTAGAAATGTATTTCTTGATGCAACATAACGTAAATGAAAGAATATTACCCCTAATTTTTTCTTCATCTACTTGTCGTGCTACTTTTAGTAGTAGTCTCTCATCTGTTTACTTTATGGAATAATTATTGCGCTCCTTTTGTTGCTGTTTTACGTAATTTTCTCGAAAGGAGTAACCAAAATTAGAGATTTACCTATTGATGCTCAAGTATGGTTTATATTCGTTTTGTTTGGCATAAATCAAATGCTGGGTGGTTGTAATAGTTTGATTACGTTGGCTCTTGGCAGTAATTGACCTAAGTTGGCATTCATGCTTGTGTTTAATTCCGTTGATTTTACAAATGCATCCTTTCACTGCAGGCTGTTCAATTCCTTTTGGACTCCCGTGAACGTCTTAAAAGTGTACCATTAGGAAGTATGGCTGAGGGCGAGAAGATGAAAACAAAATTACCGATTGATCCTGTTCAAGTGAGTTTAGTCAACAGTAAACTCCCCACCCCCCCAACATAGCACATCAATAGAAGGATTGAAATATTAACCTAACAAGTCAAAGCCAAATTTAGGACTATTTTAAATGCCAGTGAATGAACTATAAGATAATGCAGACCCCAAATTACACCATGTTAAGAAGTCTAAACTGTGTGTGCTACTAATTTAGGAAGATATTTTAATTCCTTATTCGGTTTATTTTACTTGGTTTTAAATCTATTTTTGTCTCTAATTTCTCTCATGCTTACTTGGGTTGATTCTTCTACTTTCAAATATTTTGTTTTGGTGCTTGAACTTTCTATAAAAATTGATTGTACTTCAAAATTTTGAATTTATCTGACTGTTGGGGATCAATGATGTTATAACTCCTTTCAAACTAAGTAAAGGCTCTAAGTTGCGAGGTAGGAGCAGAACTTTAGAGCTGGGGACTACAAAAGATGAAACTCTAAGATGAAGAAAGAGAGTGCCGGTTGAAAATTATTTTCATATGTGATAGAAAGGTGTTTGTGGAGGAAAATAGGGAGAAACGTGGGATAGCTTACAGTTGGAGCTGGGAACCGTGGCGTGGCTTAGAGATTTCCTTAGAAGTGCCTGTAGCTTAGATAGGGCAGTGAGATTCTAGACAAGGAGAAGTTTGTAGATGACTGTTTTTTTTTTCAGGTTCTTTTGAATGCTATGGGTAAGGTTGGATTGGTGTCCCTTGAAAACCTTAAAGGAAAACGAAGGGTTGTTTCATACAAGAAAGCATTAATCAAAGGGGCTGTTATTCTTAAATCACCACTAAACCTAAAAGTCTAAGATGATGAGTTACGGTTAATTTAATCTTGTATCAATCCTTTAACAATCCTCATTTGTGTTCTTGAAAATTTGTTGAAGACCCAACAAGCGATTATCAATATTAATTGGAGAGAAATTGACACTAGAGGTTTGTACACATGACCTCCTATTTTGTTATCATGTTTAAACCACCATTGAACCCAAAAGCTTAAGTGGATGAGTTACAATAAATTTAATCTTTTATCAATACTTTAACAGGTATGAGTTGTTATCAGCCTTAACTGTGTGCCTCCCTTGTTAGGGTCGCACAACAACGCACACACTCGATCTAAATGAACACAACGAATAGGATAGAGAAAAGTGCACGAAGAACCCTGGCTAAAAGGATTAGGATTTTTTTATTGATGACTTCATGTATGTACAGTAAGAGAGAATTACAGAGAATACATTTTCAAACCTCTACCGGACCGGATATATATATAGTTCAATTTACTATATATAGCTTTACCAGATTTAACCATCTACTATATATAGTAAATTTTACTAGATTTAACCATCTACTATATATAGCTATTTACTATATATAGCTTTACCAGATTTAACCATCTACTATATATAGCTATTTATCATAACTTTACCAAATATAACCGTTGACCAAGTTATAAATAAGCAGGCTCCATAACCTAACCATTCTACAGACTGATCTAGTCAACCAAGAATTTCATTCTCAAACGACCATGAGCATCTTCATGGCACCATATTAATTGAGGCTTTACACAACCTCAATATTTCAACATCAACACATTTTGTCAACATGTTTGCTGGATTCTTTGCACCCTCTATCTTCTCCAAACACATCACCATCTTTCACTAACCTGCAAGTGAAATGGTATCATCTTCTGTGTTTTCTCTTTAAATGATAGACCGGGTTCCTTCGCCAACTGTATAACACTCTGACTATCTCTATAAAGAATATCTTCGTGCTACTTCTTGCTCATTCTTCCAAATAGTCAGTCATCCATATCATCTTCTTTCCAGCTTCAGCTATTGTCACGTACTCAATCTCAGTACAACGCATTTTTGAAGCCTAGACGTCCCATCATCTAACGCATTTTTGAAGCCTAGACGTCCCATCATCCATGGCTTGCTCCCACTTGGTTGTATACTCCAACTGTAGGGCCTCCTCAAAGGGTTGTGGTTCCCTTTCATCAGCAACAGATAGTGTAATGAAGGTACATACATATTTGGTACTCTGATAGTATAGGATGATCTTCTCAACACCGGTTCAGGTGTCACTTGCTCTACTGTTGGTTCCTCTGCAACAACCTCAGGAGTTTGTTGAGTATCTGCTACAAGATCACTAGGTGATTTTTTCCGTAACTCAACCTCAACTCCCACTTGCTTTGTTGTATTGGAACCTTGCTCCACATCTGGTTCCTCAGCAGTAGTCTCAGGAGTTTCTTGAGTATCTGCTACAACATCACTAGGTGAGTTTCCCTGCAACTCAAGCTCAACTCCCACTTGCTTCGTGGTCTTGGAACCTTGCTCCACATCTAGTTCCTCTGCAGTAGTCTCAGGAGTTTCATGAGTATCTGCTACAACATCACTAAGTGAGTTTTCCTGCAACTCAAGCTCAACTCCCACTTGCTTCGTCGAACCTTGCTCCACATATGGTTCCATTGCCAACCGCACTTTCTTCAATTCTCTGGCGGTCCTTGTGAAGCTAACTCGTTTCTGCTTGCTCATAACGTAGTTCTCACGACCCACATCAACAGATTTCAGACCTTCTAAAACTCCTTTCGCAGCTAGCCTCTTCATTCCTTTCGCGCTCATATGTTCGAGTCTATTGTGCCGTAGACTTGAATTTGAAGCATTCTCAGCAACAGCAGCTATGTTCATACACTCTGCAGTGGTGTATAAGGTTCCAGATTTTGAGCCACGTGCTACCACCGTAGCACCCTTCATAATCTTCCACGAACTTTTCCCTAACTTTGTTGCATAACCTGTGTTGTCCAACTGACCAATAGAGATCAGGTTCCTTTTGAGACCAAGAATATATCTGACATCCTTTAATGTCCACTGATTTCCTGCCGGAGTTTTTATGCAGACATCTCCTTTTCCTTTAATCTCCAAATCTTTTTTGTCGACAAGATACACCTTCTCGAAATTTTCAAACTTGAAATTTCTGAACAACTCTTTATTTGGAGACGAATGAAAAGATGCACCTGAATCCAAAATCCAGGATTCAATCGAACTGTCCATGCTGAGGATTAAAGCATCCCCAATGTCTTCTGTTGAATTTATAGAATCATCATCATCTCCAGATTTGTGATTCTGTTTCCTCTTTGGTCTTATACAATCTGTCCGAAAGTGAACTTTTTCTCTACAATTCCAACACGTTACGTTTGGTCTATTTGGAGATTTTTTTCGGTTCTTTGATTTTGATCGCCCTTTGTTTGGGAGGAGGTTGTGACTCAGTGGAGCTTAGGGGTTTGGGTACATAGAATCTTAGGCGCAAAATGAGGCTTTGTTGGCTAAATGGTTGTGGCACATTCCTCGTGACTTGGACAGTTTGTGGCATAAGGTTATTGTGAATAAATATATTCTTCATGTATTCTTTCATTTATTTGCAATGAAAGCTTGGCGTTAAAAAAAAAAAAAAAGGTGCAAATTATGTAATGGGTACCCAGAAATTGAAAAAGGAGGTGATAGAATGCTGTTTAACATATTGTGTCTGAAGGGTTTGGCTTGAATTAACTCTAGTTGGAGAAGCTTTTTCCAGAATATTTTGTTTGGCCCTAGTGGATTCTAAATGGGGGGAATTTAGTAAATTATTTCTTGTTTTCCCTTGTTTTTATTTAAACTTCATAAATTTTCAATGTATCATTGAAAAATTCATATTTGTTTTAAATAATTATTGAAAAGTCCTTTTCAAATGTGAATAACATTTTAATTCGTACAACATTTATTATTCTTTTGAATGATTACTTATTCTTTTCATTCATTTTGTCTTTCGAAGATCTACATATAAGAAGCAAAAACATGGGTACAATACGGACACAAATATGGGGACACATTTTTTTCTAAAAAGTAGGACACACACATGTTAGGGATATTTTCCATGTTCCCATATTTTCTTCTTGATCCATCAAGCCCTTGCCTTCACCCAACTTATTCGAATATATTTCGTTTGGCATAAAATCCTTTTGCAGGTTGAGTTACTGCTTGGAAAAGCGTACTCAGATTGGGGACATGTTAGTGACGCTGTATCTGTTTATGATCAACTCATCACCAGTCACCCTAATGATTTCCGTGGTTACTTAGCTAAGGTTTCTTTCTCTCTCTCTCTCCCTCACCCACACACCAGATGAACAATTTTTTCATTTCTACAAATTTCATGTCAAAAGTTTTTTTTTTTGTGTGTGTGTATATACTATGTTCCTGTAAAAGAGAAAGTAACGATTTTATCATGTTACTCCTTTATTGCTTGTTAAAATTATTATTCTGGGCTTTTTTATACTTTTTTCCAATGCTTCTGTCTTCTTAGCAACAATATACTGCTACTTAATCTGTTTCGGTTACATGGAAATTTTAAGAATGAAGATCTGGGTTAGGAAATGGGTCATGTTTGCATGTTGAAAATTGGATTTAGAATCAATTTTGGCTTTAGCATATAAAACATTGATGCTGTATGGAAATGAAGTATCGTTAGAATATAATTATTACTTGTTTCTAATGGTTTTGTAGCTTTTTCTTTCCTAGATATTTACTTACATTGGTATGTTTTGGACATGCTATAATTTCTCTCTCTTGTGGAATTTGTATTTCTAGAGCATTAGTTGTTAGGAATAATAGTCCTCCACAATGGTATGATATTGTCCACTTTGAGCATAGGCTCTCATGACATTGCTTTGGGCTTCCCCAAAAGGCCTTATACCAATAGAGATGTATTCCTTACTTATAAACCCATGATCATTCCCTAAATTAACCAATGTGGGACTCTCTCCCAACAATCCTCAACATTGGTCTATTTTCATTTTCTTAATAAAAAGTCCCATTTCTTGTTAAAAAAAACATGTTTTCAATGAGGGATGTCTCGTTTCTTTGGCATTTAACATCCATGTTTGTATTTCAACCCTTTTTTTCTTTAAATTTCGTCTTCAAGTTCACTTGCTTCATAATGATATCATTAATTTACAACAAAGAGGTATATCAGCATTCTTTAATGATGCTTCAACAGGGAATTATTCTGAAGGAAAATGGCAGCGCTGGGGATGCTGAGAGGATGTTCATCCAAGTGAGTATAATAGTATCTATGGTAATAGTATCCGTTTCCAAATTATTTGCATAGCCAAAGTGATATTATCTGCACAATACTAATTTTTCATAGGTCTATTTACACCGTGCATGAAAGACTTAACGAATATCTAAACATCTTATCGAAAAAAACAAGTATATAAACATAACTGTTCTTATTTTAGGCTTATTAGGTTCTTGATGTTAGTTAACAAGTGGTATATGAACCAATGAATTCTAGACCCTGAACTAAGTGTATGTTGATTCAGTAGGATGACATTCTATGTTCTTATTTCAGTTGCTATTAATTTTACATTACATTACAATTTGCAATAAAAATGGGTATGTGCAGGCCCGATTCTTTGCTCCGGAGAATGCTAAGATGCTTGTAAACCGGTATTCTAGATGACCTTAGCATCCCATATACACAATTATCACCACAAGGTTTTTGGTTCAACAAAATATATGTTCTATTATTTGCGAAATTCTGAATCACAGAATTGAAAAACATAAAGGGTGCGTTTTGGTGATGTAAACAATTTATTGAATAGCAAGTTGTATTTCATGTCAATCTTAACAAACTTAGAAATACAAAGGCCAATCCTTTTGTTTCAGTCATAAGCCAATTATGAATATTGAGATCATTAATGCTCGCAATAATTTTATGCCAATAGGAATCAGGCTCACACACAAATCTCCAT

mRNA sequence

GTTGATGGATTTTACAGCGAACGCGGAGAGCAAAAATTGGGGACAGAATCCATCTCGCTTTCTGATAAAAATTAGCCGGACACCATTTCGTTTCTTTCCCCTGTTCTGATTCTCACTCCGACTGGTTCTGCTGTTGATTGACCGTAAAATGTTGATTTCGCTGGCTTCTCGATTCCCAATCCTTGTAATGCAGCAGACCCGCTCCGACTCCAACCCTCGGCGCGGGTTTGGAAACAAGGAAGACAATAAAGCCAACAAAGCTGGCAACTCGAGCAACCAGAAGGGTAGGGTGTCACAACCAAGGAAACCAATTCCAAAACAATCCAGTACAGTACCCACACAGGCTCCTGCTGTGACTTCCCGTTACGATGAAAATTCTTATAACAAATCTTTGGACCCTTCATTTGAAAAACGACTAGAAGCAGTTAAAAGATCAGCACTTGAGAAGAAAAAGGCAGACAATAAAAAAGAATTTGGAGCAATTGACTATGATGCACCAGTGGAACCGGAAGAGAAAACAATTGGACTTGGTACCAAGATTGGAATAGGTGTAGCTGTTTTGGTCTTTGGCTTAGTTTTTGCTCTCGGAGACTTTCTGCCCTCTGGAAGTATCAGTCCTGTTGAGGATTCTGTGGTGGTAGATAACAAACTATCGAAAGAAGAAGAAAGTAATCTTCAGAATATGCTCAAAGAATACGAGGTTACACTTCGTAGCAACCCAAAAGATCCAACTGCTATGGAAGTGAGTGATCTTTCTGTTGCTCGGCCTTCTAATAGTTATGATTTTTGTACTACAGTTTTCTGCCACCTATCTCAAGTTTTTGGCATAGTGGGGGCGGCAGTTACCTCAGCTGAATTGGGTAAATATGCTGAAGCAGCCTCTTTGCTTGAAGATTTGATAAAGGTGAAGTCAGATGATTCTGACATTTTCCGCTTGCTTGGGGAAGTAAAATATAAACTTAAAGATTATGATGGGAGTATTGCGGCATACAAGAGTGCCACAAGGATATCTGAAGATGTCAACTTTGAGGTTCTGCGTGGTCTTACAAATGCGTTACTTGCTGCTGGGAAACCAGATGAGGCTGTTCAATTCCTTTTGGACTCCCGTGAACGTCTTAAAAGTGTACCATTAGGAAGTATGGCTGAGGGCGAGAAGATGAAAACAAAATTACCGATTGATCCTGTTCAAGTTGAGTTACTGCTTGGAAAAGCGTACTCAGATTGGGGACATGTTAGTGACGCTGTATCTGTTTATGATCAACTCATCACCAGTCACCCTAATGATTTCCGTGGTTACTTAGCTAAGGGAATTATTCTGAAGGAAAATGGCAGCGCTGGGGATGCTGAGAGGATGTTCATCCAAGCCCGATTCTTTGCTCCGGAGAATGCTAAGATGCTTGTAAACCGGTATTCTAGATGACCTTAGCATCCCATATACACAATTATCACCACAAGGTTTTTGGTTCAACAAAATATATGTTCTATTATTTGCGAAATTCTGAATCACAGAATTGAAAAACATAAAGGGTGCGTTTTGGTGATGTAAACAATTTATTGAATAGCAAGTTGTATTTCATGTCAATCTTAACAAACTTAGAAATACAAAGGCCAATCCTTTTGTTTCAGTCATAAGCCAATTATGAATATTGAGATCATTAATGCTCGCAATAATTTTATGCCAATAGGAATCAGGCTCACACACAAATCTCCAT

Coding sequence (CDS)

ATGTTGATTTCGCTGGCTTCTCGATTCCCAATCCTTGTAATGCAGCAGACCCGCTCCGACTCCAACCCTCGGCGCGGGTTTGGAAACAAGGAAGACAATAAAGCCAACAAAGCTGGCAACTCGAGCAACCAGAAGGGTAGGGTGTCACAACCAAGGAAACCAATTCCAAAACAATCCAGTACAGTACCCACACAGGCTCCTGCTGTGACTTCCCGTTACGATGAAAATTCTTATAACAAATCTTTGGACCCTTCATTTGAAAAACGACTAGAAGCAGTTAAAAGATCAGCACTTGAGAAGAAAAAGGCAGACAATAAAAAAGAATTTGGAGCAATTGACTATGATGCACCAGTGGAACCGGAAGAGAAAACAATTGGACTTGGTACCAAGATTGGAATAGGTGTAGCTGTTTTGGTCTTTGGCTTAGTTTTTGCTCTCGGAGACTTTCTGCCCTCTGGAAGTATCAGTCCTGTTGAGGATTCTGTGGTGGTAGATAACAAACTATCGAAAGAAGAAGAAAGTAATCTTCAGAATATGCTCAAAGAATACGAGGTTACACTTCGTAGCAACCCAAAAGATCCAACTGCTATGGAAGTGAGTGATCTTTCTGTTGCTCGGCCTTCTAATAGTTATGATTTTTGTACTACAGTTTTCTGCCACCTATCTCAAGTTTTTGGCATAGTGGGGGCGGCAGTTACCTCAGCTGAATTGGGTAAATATGCTGAAGCAGCCTCTTTGCTTGAAGATTTGATAAAGGTGAAGTCAGATGATTCTGACATTTTCCGCTTGCTTGGGGAAGTAAAATATAAACTTAAAGATTATGATGGGAGTATTGCGGCATACAAGAGTGCCACAAGGATATCTGAAGATGTCAACTTTGAGGTTCTGCGTGGTCTTACAAATGCGTTACTTGCTGCTGGGAAACCAGATGAGGCTGTTCAATTCCTTTTGGACTCCCGTGAACGTCTTAAAAGTGTACCATTAGGAAGTATGGCTGAGGGCGAGAAGATGAAAACAAAATTACCGATTGATCCTGTTCAAGTTGAGTTACTGCTTGGAAAAGCGTACTCAGATTGGGGACATGTTAGTGACGCTGTATCTGTTTATGATCAACTCATCACCAGTCACCCTAATGATTTCCGTGGTTACTTAGCTAAGGGAATTATTCTGAAGGAAAATGGCAGCGCTGGGGATGCTGAGAGGATGTTCATCCAAGCCCGATTCTTTGCTCCGGAGAATGCTAAGATGCTTGTAAACCGGTATTCTAGATGA

Protein sequence

MLISLASRFPILVMQQTRSDSNPRRGFGNKEDNKANKAGNSSNQKGRVSQPRKPIPKQSSTVPTQAPAVTSRYDENSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEPEEKTIGLGTKIGIGVAVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESNLQNMLKEYEVTLRSNPKDPTAMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSAELGKYAEAASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEVLRGLTNALLAAGKPDEAVQFLLDSRERLKSVPLGSMAEGEKMKTKLPIDPVQVELLLGKAYSDWGHVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENAKMLVNRYSR
BLAST of CmaCh14G011820 vs. TrEMBL
Match: A0A061G9M3_THECC (Tetratricopeptide repeat (TPR)-like superfamily protein isoform 1 OS=Theobroma cacao GN=TCM_027744 PE=4 SV=1)

HSP 1 Score: 465.3 bits (1196), Expect = 7.9e-128
Identity = 259/425 (60.94%), Postives = 312/425 (73.41%), Query Frame = 1

Query: 4   SLASRFPILVMQQTRSDSNPRRGFGNKEDN-KANKAGNSSNQKGRVSQPRKPIPKQSSTV 63
           S +SRF  L  Q   SDS  +RGFG+K+ N KANK   S  +KG   Q RK   KQS   
Sbjct: 13  SASSRF--LSFQIQCSDSKAKRGFGSKKPNQKANKVSASREEKGMKLQQRKSTSKQSGPS 72

Query: 64  PTQAPAVTSRYDENSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEPEE 123
           P QAP +++++D  S + SLD  FE+RLEA++R+A+++KKA+ +KEFG IDYDAP E ++
Sbjct: 73  PAQAPGLSAQFDGKSNSSSLDIDFEERLEAIRRAAVQQKKAEEQKEFGPIDYDAPAESDK 132

Query: 124 KTIGLGTKIGIGVAVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESNLQNMLKE 183
           KTIGLGT+IG+GVAV+VFGLVFALGDFLPSGS +P E++ V+D KLS EE++ LQ  LK+
Sbjct: 133 KTIGLGTQIGVGVAVVVFGLVFALGDFLPSGSTNPPEEAAVIDKKLSNEEKATLQTRLKQ 192

Query: 184 YEVTLRSNPKDPTAMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSAELGKYAE 243
           +E  L  +PKDPTA+E                              GAAVT  ELG YA 
Sbjct: 193 FEAMLSISPKDPTALE------------------------------GAAVTLTELGDYAR 252

Query: 244 AASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEVLRGLTNA 303
           AASLL+DL K K+ D D+FRLLGEVKY LKDYDGS AAYK +  +S+DVNFEVLRGLTNA
Sbjct: 253 AASLLQDLAKEKTSDPDVFRLLGEVKYALKDYDGSAAAYKLSAMVSKDVNFEVLRGLTNA 312

Query: 304 LLAAGKPDEAVQFLLDSRERLKSVPLGS---MAEGEKMKTKL-PIDPVQVELLLGKAYSD 363
           LLAA +PDEAVQFLL SRER+ S  L      A+  KM+T+L  +DP+QV+ LLGKAYSD
Sbjct: 313 LLAAKRPDEAVQFLLSSRERMNSERLNRPNLKADSNKMETELQKVDPIQVDFLLGKAYSD 372

Query: 364 WGHVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENAKMLV 423
           WGHVSDAV+VYDQLI+SHPNDFRGYLAKGIILKENG+ GDAERMFIQARFFAPE AK LV
Sbjct: 373 WGHVSDAVAVYDQLISSHPNDFRGYLAKGIILKENGNVGDAERMFIQARFFAPEKAKALV 405

BLAST of CmaCh14G011820 vs. TrEMBL
Match: W9SDR6_9ROSA (Uncharacterized protein OS=Morus notabilis GN=L484_001367 PE=4 SV=1)

HSP 1 Score: 458.8 bits (1179), Expect = 7.4e-126
Identity = 257/429 (59.91%), Postives = 309/429 (72.03%), Query Frame = 1

Query: 1   MLISLASRFPILV----MQQTRSDSNPRRGFG-NKEDNKANKAGNSSNQKGRVSQPRKPI 60
           M I+ ASRF +L        + S+SNP+RGFG N  DN  NK       KG V   RK  
Sbjct: 1   MSIATASRFVLLPNPIRCSDSNSNSNPKRGFGPNTNDN--NKTNKGKKNKGLVIDQRKSA 60

Query: 61  PKQSSTVPTQAPAVTSRYDENSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYD 120
            ++S + P QAP + S++   S N S+D  FE+RL+A+KR+ALE+KK + +KEFGAIDYD
Sbjct: 61  ARRSGSEPAQAPGLRSQFGGKSKNSSIDVDFEERLKAIKRAALEQKKVEEEKEFGAIDYD 120

Query: 121 APVEPEEKTIGLGTKIGIGVAVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESN 180
            P+E E+KTIGLGTKIG+GVAV VFGLVFALGDFLP+GSI P E++ VVDN+LSKEE++ 
Sbjct: 121 VPIESEKKTIGLGTKIGVGVAVAVFGLVFALGDFLPTGSIGPSEEAAVVDNQLSKEEKTI 180

Query: 181 LQNMLKEYEVTLRSNPKDPTAMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSA 240
           LQ  LKEYE TL ++PKDPTA+E                              GAAVT A
Sbjct: 181 LQTQLKEYEATLSNSPKDPTALE------------------------------GAAVTLA 240

Query: 241 ELGKYAEAASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEV 300
           ELG+Y  AASLLEDL K K  D D+F LLGEVKYKLKDY+GS  AYK+++++S+ ++FEV
Sbjct: 241 ELGEYTRAASLLEDLTKEKPSDPDVFLLLGEVKYKLKDYEGSADAYKTSSKVSKYLDFEV 300

Query: 301 LRGLTNALLAAGKPDEAVQFLLDSRERLKSVPLGSMAEGEKMKTKL-PIDPVQVELLLGK 360
           LRG TNALLAA KPDEAVQFLL SRERL      +  E    +T+   +DP+QV+LLLGK
Sbjct: 301 LRGRTNALLAAKKPDEAVQFLLASRERLSKENSDAKTESSTGETQTQKMDPIQVDLLLGK 360

Query: 361 AYSDWGHVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENA 420
           AYSDWGH+SDAVSVYDQLI+SHP DFRGYLAKGIILKENG+ GDAERMFIQARFFAPE A
Sbjct: 361 AYSDWGHISDAVSVYDQLISSHPEDFRGYLAKGIILKENGNVGDAERMFIQARFFAPEKA 397

Query: 421 KMLVNRYSR 424
           K LV+RYSR
Sbjct: 421 KALVDRYSR 397

BLAST of CmaCh14G011820 vs. TrEMBL
Match: D7SS20_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_09s0054g00720 PE=4 SV=1)

HSP 1 Score: 454.9 bits (1169), Expect = 1.1e-124
Identity = 258/412 (62.62%), Postives = 301/412 (73.06%), Query Frame = 1

Query: 19  SDSNPRRGFGNK---EDNKANKAGNSSNQKGRVSQPRKPIPKQSSTVPTQAPAVTSRYDE 78
           SDS P RGFG +    DNK +K+  S   KG V Q RK   KQS +VPTQAP ++SR   
Sbjct: 36  SDSKPTRGFGPQPPQRDNKMSKSTTSKEGKGGVLQQRKSTSKQSGSVPTQAPGLSSRSGG 95

Query: 79  NSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEPEEKTIGLGTKIGIGV 138
            S + ++D  FE+RLEAV+R+ALE+KKAD KKE+GAIDYD PVE EEKTIGLGTKIG+GV
Sbjct: 96  KSNDAAIDLDFEERLEAVRRTALEQKKADEKKEYGAIDYDTPVESEEKTIGLGTKIGVGV 155

Query: 139 AVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESNLQNMLKEYEVTLRSNPKDPT 198
           AV+VFGLVFALGDFLPSGS SP E++ VV  KLS+EE+S LQ  L++YE TL S+PKD T
Sbjct: 156 AVVVFGLVFALGDFLPSGSDSPSEEATVVSKKLSEEEKSTLQARLQQYEATLSSSPKDQT 215

Query: 199 AMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSAELGKYAEAASLLEDLIKVKS 258
           A+E                               AAVT  ELG+Y  AASLLED +K K 
Sbjct: 216 ALE------------------------------AAAVTLVELGEYTRAASLLEDFVKEKP 275

Query: 259 DDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEVLRGLTNALLAAGKPDEAVQF 318
           +D + FRLLGEVK+ LKDY+GS AAY+S+ ++SE V+FEVLRGLTNALLAA KPDEAVQ 
Sbjct: 276 NDPEAFRLLGEVKFALKDYEGSAAAYRSSAKVSETVDFEVLRGLTNALLAAKKPDEAVQV 335

Query: 319 LLDSRERL---KSVPLGSMAE-GEKMKTKLPIDPVQVELLLGKAYSDWGHVSDAVSVYDQ 378
           LL SRERL   KS  L   ++ G K      +DPVQVELLLGKAYSDWGH+SDAVS+YDQ
Sbjct: 336 LLASRERLNKEKSSNLNIKSDSGTKETESQEVDPVQVELLLGKAYSDWGHISDAVSLYDQ 395

Query: 379 LITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENAKMLVNRYSR 424
           LI+SHP DFRGYLAKGIILKENG+ GDAERMFIQARFFAPE AK  V+RYSR
Sbjct: 396 LISSHPEDFRGYLAKGIILKENGNIGDAERMFIQARFFAPEKAKSFVDRYSR 417

BLAST of CmaCh14G011820 vs. TrEMBL
Match: A0A067JYF7_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_22575 PE=4 SV=1)

HSP 1 Score: 452.2 bits (1162), Expect = 6.9e-124
Identity = 256/408 (62.75%), Postives = 296/408 (72.55%), Query Frame = 1

Query: 19  SDSNPRRGFGNKED---NKANKAGNSSNQKGRVSQPRKPIPKQSSTVPTQAPAVTSRYDE 78
           +DS PRRGFG K D   NK  K   S  +KG   Q RK   +QS   PTQAP ++ R D 
Sbjct: 22  ADSKPRRGFGAKNDPNNNKTKKVTASREEKGMALQQRKSTSRQSGPSPTQAPGLSFRIDG 81

Query: 79  NSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEPEEKTIGLGTKIGIGV 138
               KS+D  FE+RLEAV+RSALE+KKAD  KEFG IDYDAPVE ++KTIGLGTKIG+GV
Sbjct: 82  KP--KSMDLEFEERLEAVRRSALEQKKADEIKEFGPIDYDAPVESDKKTIGLGTKIGVGV 141

Query: 139 AVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESNLQNMLKEYEVTLRSNPKDPT 198
           AVLVFGLVFALGDFLPSGS SP E++  VD KLSKEE++ L   LK+YE TL  +PKDP 
Sbjct: 142 AVLVFGLVFALGDFLPSGSDSPPEEAATVDKKLSKEEKAILLTQLKQYETTLAVSPKDPV 201

Query: 199 AMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSAELGKYAEAASLLEDLIKVKS 258
           A+E                              GAAVT +ELGKY +AASLL+DL K K 
Sbjct: 202 ALE------------------------------GAAVTLSELGKYTQAASLLQDLAKEKP 261

Query: 259 DDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEVLRGLTNALLAAGKPDEAVQF 318
           +D D+FRLLGEVKY+LKDY+GS  AY+S+  +S++ NFEVLRGLTNALLAA KPDEAVQ 
Sbjct: 262 NDPDVFRLLGEVKYELKDYEGSANAYRSSAMVSKEANFEVLRGLTNALLAAKKPDEAVQV 321

Query: 319 LLDSRERLKSVPLGSMAEGEKMKTKLPIDPVQVELLLGKAYSDWGHVSDAVSVYDQLITS 378
           LL SRERL S    +M     ++    +DPVQV+LLLGKAYSDWGHVSDAVSVYDQLI+S
Sbjct: 322 LLTSRERLNSKKPSNMDVKGDIEV---VDPVQVDLLLGKAYSDWGHVSDAVSVYDQLISS 381

Query: 379 HPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENAKMLVNRYSR 424
           HP DFRGYLAKGIILKENG+ GDAERMFIQARFFAPE AK LV+RY+R
Sbjct: 382 HPTDFRGYLAKGIILKENGNVGDAERMFIQARFFAPEKAKALVDRYAR 394

BLAST of CmaCh14G011820 vs. TrEMBL
Match: A0A067DFI2_CITSI (Uncharacterized protein OS=Citrus sinensis GN=CISIN_1g015907mg PE=4 SV=1)

HSP 1 Score: 446.8 bits (1148), Expect = 2.9e-122
Identity = 251/412 (60.92%), Postives = 304/412 (73.79%), Query Frame = 1

Query: 19  SDSNPRRGFGNKEDNKANKAGNSSNQKGRVSQP-RKPIPKQSSTVPTQAPAVTSRYDENS 78
           SDS PRRGFGNK D       N   +KG +SQP RK + KQS ++PTQAP ++S Y+  S
Sbjct: 21  SDSKPRRGFGNKTDKT-----NKEEKKGVMSQPKRKSLSKQSGSLPTQAPFLSSGYNSKS 80

Query: 79  YNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEPEEKTIGLGTKIGIGVAV 138
            N S D +FE+RL AV+RSALE+KKA+  KEFG IDYDAP+E E+KTIGLGTKIG+GVAV
Sbjct: 81  NNSSSDINFEERLAAVRRSALEQKKAEEIKEFGPIDYDAPIETEKKTIGLGTKIGVGVAV 140

Query: 139 LVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESNLQNMLKEYEVTLRSNPKDPTAM 198
           ++FGLVFALGDFLPSGS+SP E++ VV+ +LS+EE++ LQ  LK+YE TL  +PKD TA+
Sbjct: 141 VIFGLVFALGDFLPSGSVSPTEEAGVVNKELSEEEKNVLQTRLKKYEETLSISPKDSTAL 200

Query: 199 EVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSAELGKYAEAASLLEDLIKVKSDD 258
           E                              GAAVT AELG Y  A SLL+DL K K  D
Sbjct: 201 E------------------------------GAAVTLAELGDYTRAVSLLQDLAKEKPSD 260

Query: 259 SDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEVLRGLTNALLAAGKPDEAVQFLL 318
            D+FRLLGEVKY+LKDY+GS AAY+ +T +S+D+NFEVLRGLTNALLAA KPDEAVQFLL
Sbjct: 261 PDVFRLLGEVKYELKDYEGSAAAYRVSTMVSKDINFEVLRGLTNALLAAKKPDEAVQFLL 320

Query: 319 DSRERLKSVPLGSMA-----EGEKMKTK-LPIDPVQVELLLGKAYSDWGHVSDAVSVYDQ 378
            SRERL +     ++      G+K +T+   +DP+QVELLLGKAYSD G VSDAV+VYD+
Sbjct: 321 ASRERLSTGKSDDLSVKDGRSGDKKETEPQKVDPIQVELLLGKAYSDGGRVSDAVAVYDR 380

Query: 379 LITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENAKMLVNRYSR 424
           LI+S+PNDFRGYLAKGIILKENG  GDAERMFIQARFFAPE  K LV++YS+
Sbjct: 381 LISSYPNDFRGYLAKGIILKENGKVGDAERMFIQARFFAPEKVKALVDQYSK 397

BLAST of CmaCh14G011820 vs. TAIR10
Match: AT1G78915.3 (AT1G78915.3 Tetratricopeptide repeat (TPR)-like superfamily protein)

HSP 1 Score: 391.0 bits (1003), Expect = 9.6e-109
Identity = 219/440 (49.77%), Postives = 292/440 (66.36%), Query Frame = 1

Query: 4   SLASRFPILVMQQTRSDSNPRRGFGNKEDNKANKAGNSSNQKGRVSQPRKPIPKQSSTVP 63
           S++    +L+ +   SDSNP+RGFG+K++           +K    Q RK   KQS +VP
Sbjct: 10  SVSFNSKLLLFRIRCSDSNPKRGFGSKKE-----------EKDPALQQRKSSSKQSVSVP 69

Query: 64  TQAPAVTSRYDENSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEPEEK 123
            +AP + ++++  S  +S D  F++RLE ++RSALE+KK +  KEFG IDYDAPV+ ++K
Sbjct: 70  RKAPGLNTQFEGKS-GRSFDIDFDERLENIRRSALEQKKTEVVKEFGPIDYDAPVKSDQK 129

Query: 124 TIGLGTKIGIGVAVLVFGLVFALGDFLPSGSI--------------------SPVEDSVV 183
           TIGLGTK+G+G+AV+VFGLVFALGDFLP+G                      SP +++ V
Sbjct: 130 TIGLGTKVGVGIAVVVFGLVFALGDFLPTGRCVKISWVGFRNFTFLSYQVIDSPTKNTTV 189

Query: 184 VDNKLSKEEESNLQNMLKEYEVTLRSNPKDPTAMEVSDLSVARPSNSYDFCTTVFCHLSQ 243
           V N++S+EE++ LQ  LKE+E TL   P+D  A+E                         
Sbjct: 190 VKNQISEEEKATLQQRLKEFETTLNGTPQDQAALE------------------------- 249

Query: 244 VFGIVGAAVTSAELGKYAEAASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKS 303
                GAAVT  ELG Y+ AA+ LE L K +  D D+FRLLGEV Y+L +Y+GSIAAYK 
Sbjct: 250 -----GAAVTLTELGDYSRAAAFLEKLAKERPTDPDVFRLLGEVNYELNNYEGSIAAYKI 309

Query: 304 ATRISEDVNFEVLRGLTNALLAAGKPDEAVQFLLDSRERLKSVPLGSMAEGEKMKTKLPI 363
           + ++S+ ++ EV RGL NA LAA KPDEAV+FLLD+RERL +    +    + +  +  +
Sbjct: 310 SEKVSKGIDLEVTRGLMNAYLAAKKPDEAVKFLLDTRERLNTKKTSTT---DSVTDETNL 369

Query: 364 DPVQVELLLGKAYSDWGHVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMF 423
           DP+QVELLLGKAYSDWGH+SDA++VYDQLI++HP DFRGYLAKGIIL+ENGS GDAERMF
Sbjct: 370 DPIQVELLLGKAYSDWGHISDAIAVYDQLISAHPEDFRGYLAKGIILRENGSRGDAERMF 404

BLAST of CmaCh14G011820 vs. TAIR10
Match: AT2G37400.1 (AT2G37400.1 Tetratricopeptide repeat (TPR)-like superfamily protein)

HSP 1 Score: 52.0 bits (123), Expect = 1.1e-06
Identity = 43/178 (24.16%), Postives = 80/178 (44.94%), Query Frame = 1

Query: 239 KYAEAASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKSATR---ISEDVNFEV 298
           K  EA  L++ LI+++ ++ +   L    K  +  Y G + + K+      + + +  E 
Sbjct: 145 KLLEAIELIDRLIELEPEEKEWPML----KANIFSYSGDLESAKTGFEEILVKDPLRVEA 204

Query: 299 LRGLTNALLAAGKPDEAVQFLLDSRERLKSVPLGSMAEGEKMKTKLPIDPVQVELLLGKA 358
             GL  A   +G    AV+  ++           +M   +K K +   D    +LL+ + 
Sbjct: 205 YHGLVMAYSDSGDDLNAVEKRIEE----------AMVRCKKEKNRK--DLRDFKLLVAQI 264

Query: 359 YSDWGHVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPEN 414
               G  ++A+ +Y++L+   P DFR YL +GII        +AE+ F + R   P+N
Sbjct: 265 RVIEGKHNEALKLYEELVKEEPRDFRPYLCQGIIYTVLKKENEAEKQFEKFRRLVPKN 306

BLAST of CmaCh14G011820 vs. NCBI nr
Match: gi|659130317|ref|XP_008465106.1| (PREDICTED: uncharacterized protein LOC103502794 [Cucumis melo])

HSP 1 Score: 617.5 bits (1591), Expect = 1.8e-173
Identity = 336/423 (79.43%), Postives = 364/423 (86.05%), Query Frame = 1

Query: 1   MLISLASRFPILVMQQTRSDSNPRRGFGNKEDNKANKAGNSSNQKGRVSQPRKPIPKQSS 60
           ML ++  RF IL+M Q+RSDSNPRRGFGNKEDNKA+KAG+S NQKGRV QPRKPIPKQSS
Sbjct: 1   MLSTVVPRFQILLM-QSRSDSNPRRGFGNKEDNKADKAGSSGNQKGRVYQPRKPIPKQSS 60

Query: 61  TVPTQAPAVTSRYDENSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEP 120
           TVPTQAPAV+SR D NSYNKSLD  FE+RLEAVKRSALEKKKAD KKEFGAIDYDAPVE 
Sbjct: 61  TVPTQAPAVSSRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVES 120

Query: 121 EEKTIGLGTKIGIGVAVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESNLQNML 180
           EEKTIG GTKIGIGVAVLVFG VFALGDFLPSGS  P +DSVV + KLS+EEESNL+NML
Sbjct: 121 EEKTIGFGTKIGIGVAVLVFGFVFALGDFLPSGSTGPDKDSVVENIKLSREEESNLKNML 180

Query: 181 KEYEVTLRSNPKDPTAMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSAELGKY 240
           KEYEVTLRSNPKDPTA+E                              GAAVTSAELG+Y
Sbjct: 181 KEYEVTLRSNPKDPTALE------------------------------GAAVTSAELGEY 240

Query: 241 AEAASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEVLRGLT 300
           A+AASLLEDLIK KSDDSDIFRLLGEVKYKLKDYDGS+AAYKSAT++SEDVNFEVLRGLT
Sbjct: 241 AQAASLLEDLIKEKSDDSDIFRLLGEVKYKLKDYDGSVAAYKSATKLSEDVNFEVLRGLT 300

Query: 301 NALLAAGKPDEAVQFLLDSRERLKSVPLGSMAEGEKMKTKLPIDPVQVELLLGKAYSDWG 360
           N+LLAAGKPDE+VQFLLD RE LKSV LG   EG++M+TKL IDPVQV+LLLGK+YSDWG
Sbjct: 301 NSLLAAGKPDESVQFLLDCREHLKSVKLG---EGKEMETKLSIDPVQVDLLLGKSYSDWG 360

Query: 361 HVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENAKMLVNR 420
           HVSDAVSVYDQLI+SHPNDFRGYLAKGIILKENG +GDAERMFIQARFFAPENAKMLV+R
Sbjct: 361 HVSDAVSVYDQLISSHPNDFRGYLAKGIILKENGRSGDAERMFIQARFFAPENAKMLVDR 389

Query: 421 YSR 424
           YSR
Sbjct: 421 YSR 389

BLAST of CmaCh14G011820 vs. NCBI nr
Match: gi|449453336|ref|XP_004144414.1| (PREDICTED: uncharacterized protein LOC101220521 [Cucumis sativus])

HSP 1 Score: 608.6 bits (1568), Expect = 8.3e-171
Identity = 330/423 (78.01%), Postives = 361/423 (85.34%), Query Frame = 1

Query: 1   MLISLASRFPILVMQQTRSDSNPRRGFGNKEDNKANKAGNSSNQKGRVSQPRKPIPKQSS 60
           M  ++  RF IL+M Q+RSDSNPRRGFGNKEDNKA+KAG+S  +KGRV QPRKPIPKQSS
Sbjct: 1   MFATVVPRFSILLM-QSRSDSNPRRGFGNKEDNKADKAGSSGKEKGRVYQPRKPIPKQSS 60

Query: 61  TVPTQAPAVTSRYDENSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEP 120
           TVPTQAPAV+ R D NSYNKSLD  FE+RLEAVKRSALEKKKAD KKEFGAIDYDAPVE 
Sbjct: 61  TVPTQAPAVSFRNDGNSYNKSLDLQFEERLEAVKRSALEKKKADIKKEFGAIDYDAPVES 120

Query: 121 EEKTIGLGTKIGIGVAVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESNLQNML 180
           EEKTIGLGTK+GIGVAVLVFG VFALGDFLPSGS  PV+DSVV + KLS+EEESNL+NML
Sbjct: 121 EEKTIGLGTKVGIGVAVLVFGFVFALGDFLPSGSTGPVKDSVVENIKLSREEESNLKNML 180

Query: 181 KEYEVTLRSNPKDPTAMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSAELGKY 240
           KEYEVTLRSNPKDPTA+E                              GAAVTSAELG+Y
Sbjct: 181 KEYEVTLRSNPKDPTALE------------------------------GAAVTSAELGEY 240

Query: 241 AEAASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEVLRGLT 300
           A+AASLLEDLIK KSDDSDIFRLLGEVKYKLKDYDGS+AAYKSAT++ EDVNFEVLRGLT
Sbjct: 241 AQAASLLEDLIKEKSDDSDIFRLLGEVKYKLKDYDGSVAAYKSATKLFEDVNFEVLRGLT 300

Query: 301 NALLAAGKPDEAVQFLLDSRERLKSVPLGSMAEGEKMKTKLPIDPVQVELLLGKAYSDWG 360
           N+LLAAGKPDEAVQFLLD R+ L +V LG   EG++M+TKL IDPVQV+LLLGK+YSDWG
Sbjct: 301 NSLLAAGKPDEAVQFLLDYRDNLNNVKLG---EGKEMETKLSIDPVQVDLLLGKSYSDWG 360

Query: 361 HVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENAKMLVNR 420
           HVSDAVSVYDQLI+SHPNDFRGYLAKGIILKENG +GDAERMFIQARFFAPENAKMLV+R
Sbjct: 361 HVSDAVSVYDQLISSHPNDFRGYLAKGIILKENGRSGDAERMFIQARFFAPENAKMLVDR 389

Query: 421 YSR 424
           YSR
Sbjct: 421 YSR 389

BLAST of CmaCh14G011820 vs. NCBI nr
Match: gi|590616926|ref|XP_007023644.1| (Tetratricopeptide repeat (TPR)-like superfamily protein isoform 1 [Theobroma cacao])

HSP 1 Score: 465.3 bits (1196), Expect = 1.1e-127
Identity = 259/425 (60.94%), Postives = 312/425 (73.41%), Query Frame = 1

Query: 4   SLASRFPILVMQQTRSDSNPRRGFGNKEDN-KANKAGNSSNQKGRVSQPRKPIPKQSSTV 63
           S +SRF  L  Q   SDS  +RGFG+K+ N KANK   S  +KG   Q RK   KQS   
Sbjct: 13  SASSRF--LSFQIQCSDSKAKRGFGSKKPNQKANKVSASREEKGMKLQQRKSTSKQSGPS 72

Query: 64  PTQAPAVTSRYDENSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEPEE 123
           P QAP +++++D  S + SLD  FE+RLEA++R+A+++KKA+ +KEFG IDYDAP E ++
Sbjct: 73  PAQAPGLSAQFDGKSNSSSLDIDFEERLEAIRRAAVQQKKAEEQKEFGPIDYDAPAESDK 132

Query: 124 KTIGLGTKIGIGVAVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESNLQNMLKE 183
           KTIGLGT+IG+GVAV+VFGLVFALGDFLPSGS +P E++ V+D KLS EE++ LQ  LK+
Sbjct: 133 KTIGLGTQIGVGVAVVVFGLVFALGDFLPSGSTNPPEEAAVIDKKLSNEEKATLQTRLKQ 192

Query: 184 YEVTLRSNPKDPTAMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSAELGKYAE 243
           +E  L  +PKDPTA+E                              GAAVT  ELG YA 
Sbjct: 193 FEAMLSISPKDPTALE------------------------------GAAVTLTELGDYAR 252

Query: 244 AASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEVLRGLTNA 303
           AASLL+DL K K+ D D+FRLLGEVKY LKDYDGS AAYK +  +S+DVNFEVLRGLTNA
Sbjct: 253 AASLLQDLAKEKTSDPDVFRLLGEVKYALKDYDGSAAAYKLSAMVSKDVNFEVLRGLTNA 312

Query: 304 LLAAGKPDEAVQFLLDSRERLKSVPLGS---MAEGEKMKTKL-PIDPVQVELLLGKAYSD 363
           LLAA +PDEAVQFLL SRER+ S  L      A+  KM+T+L  +DP+QV+ LLGKAYSD
Sbjct: 313 LLAAKRPDEAVQFLLSSRERMNSERLNRPNLKADSNKMETELQKVDPIQVDFLLGKAYSD 372

Query: 364 WGHVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENAKMLV 423
           WGHVSDAV+VYDQLI+SHPNDFRGYLAKGIILKENG+ GDAERMFIQARFFAPE AK LV
Sbjct: 373 WGHVSDAVAVYDQLISSHPNDFRGYLAKGIILKENGNVGDAERMFIQARFFAPEKAKALV 405

BLAST of CmaCh14G011820 vs. NCBI nr
Match: gi|1009113967|ref|XP_015873431.1| (PREDICTED: uncharacterized protein LOC107410514 [Ziziphus jujuba])

HSP 1 Score: 459.5 bits (1181), Expect = 6.2e-126
Identity = 258/424 (60.85%), Postives = 315/424 (74.29%), Query Frame = 1

Query: 7   SRFPILVMQQTRSD-SNPRRGFGNK-----EDNKANKAGNSSNQKGRVSQPRKPIPKQSS 66
           SRF +L ++ + S  S+PRRGFG K     ++NK NK  NS  QKG + Q RK   K SS
Sbjct: 12  SRFLLLPIRCSDSKPSSPRRGFGTKTNDDNKNNKKNKTSNSREQKGMMLQQRKSTAKGSS 71

Query: 67  TVPTQAPAVTSRYDENSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYDAPVEP 126
            VPTQAP ++      S + SLD  FE+RL+AVKRSALE+KK D +KEFGAIDYDAPVE 
Sbjct: 72  AVPTQAPGLSPPSGGRSRSTSLDIEFEERLKAVKRSALEQKKTDEEKEFGAIDYDAPVET 131

Query: 127 EEKTIGLGTKIGIGVAVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESNLQNML 186
           E+KTIGLGTKIG+GVAV+VFGLVFALGDFLPSGS+ P +D+ VVD+KLS+EE+S L+  L
Sbjct: 132 EKKTIGLGTKIGVGVAVVVFGLVFALGDFLPSGSVGPSDDAAVVDDKLSEEEKSTLKTRL 191

Query: 187 KEYEVTLRSNPKDPTAMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSAELGKY 246
           KEY+ TLR++PKDPTA+E                              GAAVT AELG+Y
Sbjct: 192 KEYQTTLRNSPKDPTALE------------------------------GAAVTLAELGEY 251

Query: 247 AEAASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEVLRGLT 306
           ++AAS+LEDL K K  D D+FRLLGEVKYKLKDY+GS  AYKS+  +S+ +NFE+LRG T
Sbjct: 252 SQAASMLEDLTKEKPGDPDVFRLLGEVKYKLKDYEGSANAYKSSALVSKYLNFELLRGRT 311

Query: 307 NALLAAGKPDEAVQFLLDSRERLKSVPLGSMAEGEKMKTKL-PIDPVQVELLLGKAYSDW 366
           NALLAA KPDEAV FLL S+++L++      +E    + ++  +DPVQV+LLLGKAYSDW
Sbjct: 312 NALLAAKKPDEAVNFLLASQQQLQAQNSEVRSESRTKEAEVQKVDPVQVDLLLGKAYSDW 371

Query: 367 GHVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENAKMLVN 424
           GHVSDAV+VYDQLI+++P+DFR YLAKGIILKENG  GDAERMFIQARFFAPE AK LV+
Sbjct: 372 GHVSDAVAVYDQLISAYPDDFRAYLAKGIILKENGKVGDAERMFIQARFFAPEKAKALVD 405

BLAST of CmaCh14G011820 vs. NCBI nr
Match: gi|703070286|ref|XP_010088748.1| (hypothetical protein L484_001367 [Morus notabilis])

HSP 1 Score: 458.8 bits (1179), Expect = 1.1e-125
Identity = 257/429 (59.91%), Postives = 309/429 (72.03%), Query Frame = 1

Query: 1   MLISLASRFPILV----MQQTRSDSNPRRGFG-NKEDNKANKAGNSSNQKGRVSQPRKPI 60
           M I+ ASRF +L        + S+SNP+RGFG N  DN  NK       KG V   RK  
Sbjct: 1   MSIATASRFVLLPNPIRCSDSNSNSNPKRGFGPNTNDN--NKTNKGKKNKGLVIDQRKSA 60

Query: 61  PKQSSTVPTQAPAVTSRYDENSYNKSLDPSFEKRLEAVKRSALEKKKADNKKEFGAIDYD 120
            ++S + P QAP + S++   S N S+D  FE+RL+A+KR+ALE+KK + +KEFGAIDYD
Sbjct: 61  ARRSGSEPAQAPGLRSQFGGKSKNSSIDVDFEERLKAIKRAALEQKKVEEEKEFGAIDYD 120

Query: 121 APVEPEEKTIGLGTKIGIGVAVLVFGLVFALGDFLPSGSISPVEDSVVVDNKLSKEEESN 180
            P+E E+KTIGLGTKIG+GVAV VFGLVFALGDFLP+GSI P E++ VVDN+LSKEE++ 
Sbjct: 121 VPIESEKKTIGLGTKIGVGVAVAVFGLVFALGDFLPTGSIGPSEEAAVVDNQLSKEEKTI 180

Query: 181 LQNMLKEYEVTLRSNPKDPTAMEVSDLSVARPSNSYDFCTTVFCHLSQVFGIVGAAVTSA 240
           LQ  LKEYE TL ++PKDPTA+E                              GAAVT A
Sbjct: 181 LQTQLKEYEATLSNSPKDPTALE------------------------------GAAVTLA 240

Query: 241 ELGKYAEAASLLEDLIKVKSDDSDIFRLLGEVKYKLKDYDGSIAAYKSATRISEDVNFEV 300
           ELG+Y  AASLLEDL K K  D D+F LLGEVKYKLKDY+GS  AYK+++++S+ ++FEV
Sbjct: 241 ELGEYTRAASLLEDLTKEKPSDPDVFLLLGEVKYKLKDYEGSADAYKTSSKVSKYLDFEV 300

Query: 301 LRGLTNALLAAGKPDEAVQFLLDSRERLKSVPLGSMAEGEKMKTKL-PIDPVQVELLLGK 360
           LRG TNALLAA KPDEAVQFLL SRERL      +  E    +T+   +DP+QV+LLLGK
Sbjct: 301 LRGRTNALLAAKKPDEAVQFLLASRERLSKENSDAKTESSTGETQTQKMDPIQVDLLLGK 360

Query: 361 AYSDWGHVSDAVSVYDQLITSHPNDFRGYLAKGIILKENGSAGDAERMFIQARFFAPENA 420
           AYSDWGH+SDAVSVYDQLI+SHP DFRGYLAKGIILKENG+ GDAERMFIQARFFAPE A
Sbjct: 361 AYSDWGHISDAVSVYDQLISSHPEDFRGYLAKGIILKENGNVGDAERMFIQARFFAPEKA 397

Query: 421 KMLVNRYSR 424
           K LV+RYSR
Sbjct: 421 KALVDRYSR 397

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
Match NameE-valueIdentityDescription
A0A061G9M3_THECC7.9e-12860.94Tetratricopeptide repeat (TPR)-like superfamily protein isoform 1 OS=Theobroma c... [more]
W9SDR6_9ROSA7.4e-12659.91Uncharacterized protein OS=Morus notabilis GN=L484_001367 PE=4 SV=1[more]
D7SS20_VITVI1.1e-12462.62Putative uncharacterized protein OS=Vitis vinifera GN=VIT_09s0054g00720 PE=4 SV=... [more]
A0A067JYF7_JATCU6.9e-12462.75Uncharacterized protein OS=Jatropha curcas GN=JCGZ_22575 PE=4 SV=1[more]
A0A067DFI2_CITSI2.9e-12260.92Uncharacterized protein OS=Citrus sinensis GN=CISIN_1g015907mg PE=4 SV=1[more]
Match NameE-valueIdentityDescription
AT1G78915.39.6e-10949.77 Tetratricopeptide repeat (TPR)-like superfamily protein[more]
AT2G37400.11.1e-0624.16 Tetratricopeptide repeat (TPR)-like superfamily protein[more]
Match NameE-valueIdentityDescription
gi|659130317|ref|XP_008465106.1|1.8e-17379.43PREDICTED: uncharacterized protein LOC103502794 [Cucumis melo][more]
gi|449453336|ref|XP_004144414.1|8.3e-17178.01PREDICTED: uncharacterized protein LOC101220521 [Cucumis sativus][more]
gi|590616926|ref|XP_007023644.1|1.1e-12760.94Tetratricopeptide repeat (TPR)-like superfamily protein isoform 1 [Theobroma cac... [more]
gi|1009113967|ref|XP_015873431.1|6.2e-12660.85PREDICTED: uncharacterized protein LOC107410514 [Ziziphus jujuba][more]
gi|703070286|ref|XP_010088748.1|1.1e-12559.91hypothetical protein L484_001367 [Morus notabilis][more]
The following terms have been associated with this gene:
Vocabulary: INTERPRO
TermDefinition
IPR011990TPR-like_helical_dom_sf
IPR013026TPR-contain_dom
IPR019734TPR_repeat
Vocabulary: Molecular Function
TermDefinition
GO:0005515protein binding
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0008150 biological_process
cellular_component GO:0005575 cellular_component
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0005515 protein binding
molecular_function GO:0003674 molecular_function

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

Feature NameUnique NameType
CmaCh14G011820.1CmaCh14G011820.1mRNA


Analysis Name: InterPro Annotations of Cucurbita maxima
Date Performed: 2017-05-20
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR011990Tetratricopeptide-like helical domainGENE3DG3DSA:1.25.40.10coord: 174..419
score: 5.4
IPR011990Tetratricopeptide-like helical domainunknownSSF48452TPR-likecoord: 230..322
score: 3.98E-15coord: 174..199
score: 3.98E-15coord: 349..416
score: 3.98
IPR013026Tetratricopeptide repeat-containing domainPROFILEPS50293TPR_REGIONcoord: 224..413
score: 14
IPR019734Tetratricopeptide repeatSMARTSM00028tpr_5coord: 346..379
score: 39.0coord: 293..326
score: 170.0coord: 380..413
score: 120.0coord: 258..291
score:
IPR019734Tetratricopeptide repeatPROFILEPS50005TPRcoord: 380..413
score: 5.074coord: 258..291
score: 7.906coord: 346..379
score: 8
NoneNo IPR availablePANTHERPTHR26312FAMILY NOT NAMEDcoord: 102..173
score: 4.4E-60coord: 205..420
score: 4.4
NoneNo IPR availablePANTHERPTHR26312:SF0TETRATRICOPEPTIDE REPEAT PROTEIN 5coord: 102..173
score: 4.4E-60coord: 205..420
score: 4.4
NoneNo IPR availablePFAMPF13432TPR_16coord: 236..287
score: 1.