Cucsat.G15851 (gene) Cucumber (B10) v3

Overview
NameCucsat.G15851
Typegene
OrganismCucumis sativus L. var. sativus cv B10 (Cucumber (B10) v3)
Descriptionprotein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X1
Locationctg2100: 190763 .. 219599 (+)
RNA-Seq ExpressionCucsat.G15851
SyntenyCucsat.G15851
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

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

Coding sequence (CDS)

ATGGCGCCACTCATAATGGAGCTTCCCGTAATCAACGCCTTTCCCCCATTGCTCCCTTCTTCCTTATGCTCATGCCCATGTCCTTGTTCTTCAATTTCAATCCCTAGCCTCTTCTTCCACCGCAGGAAGATGTTTCTTAGGTTCCCTGAATATCGTAATTCCTATCCATTTCTGCATACTACACCCAACGCTTCTTTATCCAATGCTACTGGCAGGAGCAACAATGAGAGGGATATCTGGGATGATCATGAGTTCGTGGAGGTTATTGGCATTGGCAGTAGAAAGGAAGCCGTGCTTGATTTTTGTCTCGAGTCGGCTCTTATGACTTCCTCGCTGCGATTTTGGCAGATTGTAAAACATGATTCTTCAAAAGTGCAACTACTTCAGAGATTCGTTGAAAAAGATTACTCTCCAAGGATGATTGACGTTCCACTGTCACTACAATCATGTTCGAAGGCTGTTATACTTGTGGTTAGTGCTGGATATGGCTTTGATTACTCCGCAGCTGTTGATATGCTTAGAACTATAAGATCTGCAAATGGATTTACGGTTACAATTGTCTTAAAGCCTTTTAGCTTTGAAGGGAAAAGGCGCCAGGATGAGGTTAAACGTTTGGTAGGAAGGCTAAAGGAACATACAAGCTTTTTAATCGATATTGACACCGATAGACTACTTGAAAAGGACTTGGTGACTCTTGACGATGCTGTGAGGTCTGCAAATAATGCTGTCTTGTTGGCTATAAATTCAATGTCCATTGTCAAGTCTGAGATGATAATTAAGTTTGTAGATGAACCTCAAAATGATTTGAAAGAGCTTGGTGCTATGGACGTCATGGAAATTTTGGAGAATCTTAAAGAAGGAAAGATCGGATTTGGAGCTGGCCACAATTTCCGAACTTCAATCTTAAAGTCAATTTACGACTGCCCTTTCCTCACTGTGCATTTAAAGGATTTGAAAGGTATGGTTGTATGCATTGTGGCAAGCTCAAGTATTATTGATGACAATGATAAAAGTACCCTGTTGAAAACTTTTCGTGAAGTTACCACATATACAGGAAAAGTTATATTATCCACGATTCAAGATCTAAATATAGAGCCCAACTTTCTCATGACAACCGTCCTTATTGTTGGTTCGACAAAGCAGCAATCTTCCAAAAGTAGTAGCATTTTATCTAGATTGGCCCAGCGTTTCCCTTTGGTTTTTAAGCTTTTATGGAAGCCTCAAGAACTGTTGGTGGAAGCCGAGGAAAGCAATATGCCTGAAGATGCAAGTCCTTCCAATGTAAGACAGTCATCAGACTCAGAAGTGAATGTAACGAAAATTGCTTCAGAGGGCATAGATAAAGATTCTTATCATGGCACAGAACCTGAAAATTGCCAAACAACATCCAATGGCAGTGATTTAGTCAGTTCAAGTGATTCTGAGCAACTTGAGGCTGGACTGTTAGGAACTGACACGAATTCTTCTTTGCCTTTTAGCAATGGAATTAGTAGAGGAGCTTCTCTACGCAGAGATCCCCTCCACAGATGGAATTTGGGTCCAGGACATCAAATCGCACAGCAGTGGGCCAGAGAAAGAGCTGCTGATGCTGAGTTGGCTTCTGCACTTGACAATATAAGCATATTTGACCTCCCAGTCGGAGTGAGACCTTCGGAAGAGGTCCATGATAAAGATTTGCCAAATCCAGAGATGAAATATGAGAAGAAATCTAAAGCTTCAATTAGTACTTCCAGATTTTCGTCTCAGAATTCATTGACTGATGCAAGTTTAGAAGTGATTAAGGAATTTTACGATACCTCATCTGCATTTTTAAAAGGGAAATCTGCCGACATTCCTAAGAAGCAAGGACTTTTGTCTGTTCGTGCAGCATCGATGCTGGAAGCCGAGCGAGATTCACCTAAAAAGTGGAGTCCTGTAATGGAGCTGCAGTATAGAGGTGGCGTTTACAGGGGACGCTGCCAAGGAGGACTCCCCGAAGGAAAGGGCCGTCTAGTTCTTCCAGATGGGAGCATATATGATGGTATGTGGCGATATGGTATGAGATCAGGTCAAGGAACAGTCTACTTCAACAATGGAGATATGTTTCAGGGATCATGGAGGGATGATGTCATGCATGGAAAGGGATGGTTTTATTTCCACACAGGGGATCGGTGGTTTGCAAACTTCTGGAAGGGAAAGGCTTATGGAGAAGGTCGCTTTTACTCAAAGTCAGGTGATGTTCTTTTTGGTCATTTCCAAGATGGATGGCGTCATGGCGATTTTCTTTGCATTAATGTTGATGGTTCAAGATATATGGAAGTTTGGAATGAAGGTTATCTTATGGGACGTGAGAATTTGGACTCCGGTGCTGATACTGCATAA

Protein sequence

MAPLIMELPVINAFPPLLPSSLCSCPCPCSSISIPSLFFHRRKMFLRFPEYRNSYPFLHTTPNASLSNATGRSNNERDIWDDHEFVEVIGIGSRKEAVLDFCLESALMTSSLRFWQIVKHDSSKVQLLQRFVEKDYSPRMIDVPLSLQSCSKAVILVVSAGYGFDYSAAVDMLRTIRSANGFTVTIVLKPFSFEGKRRQDEVKRLVGRLKEHTSFLIDIDTDRLLEKDLVTLDDAVRSANNAVLLAINSMSIVKSEMIIKFVDEPQNDLKELGAMDVMEILENLKEGKIGFGAGHNFRTSILKSIYDCPFLTVHLKDLKGMVVCIVASSSIIDDNDKSTLLKTFREVTTYTGKVILSTIQDLNIEPNFLMTTVLIVGSTKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVNVTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGISRGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDKDLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGLLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKSGDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA
Homology
[Close]
BLAST of Cucsat.G15851 vs. ExPASy Swiss-Prot
Match: Q6F6B5 (Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Arabidopsis thaliana OX=3702 GN=ARC3 PE=1 SV=2)

HSP 1 Score: 328.2 bits (840), Expect = 1.4e-88
Identity = 181/406 (44.58%), Postives = 256/406 (63.05%), Query Frame = 0 

Query: 4   SSTKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEV 63
           SS++ ++S   +I S L    P V  +  + +  L   +E+N+    +P +++ S+DS  
Sbjct: 367 SSSEVETSNKGNIFSGLV---PFVLNIFTRYRSQL--QKETNIGLGETPVSIKDSADS-- 426

Query: 64  NVTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGI 123
             T + +   + + +     +  + + NG D         L+ G    ++   L   N  
Sbjct: 427 --TDVKTSNQNIEEFEIDSEDLLEVSENGDD-----SEYPLKEGEPSRNSRLDLKDENVE 486

Query: 124 SRGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHD 183
             GA ++R+P+  W++  G+QI Q+W  +    A L     ++ I +LPVGVRPS++++ 
Sbjct: 487 DFGA-IQREPIANWSMDQGYQIEQKWQADSGDTAVL-----SLGIVNLPVGVRPSKKLNS 546

Query: 184 KDLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQG 243
               N  +  +   KA      F + N  T       K+  DT+S  L  K AD  K++ 
Sbjct: 547 ----NLSVASQLSRKADSREESFFNPNGST-------KDSSDTASTLLSEKYADFTKQRN 606

Query: 244 LLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMW 303
            LS RA+SMLEAERDS K+WSP++E+QYRGG+++GRCQGGLPEGKGRLVL DGSIYDGMW
Sbjct: 607 -LSARASSMLEAERDSSKRWSPILEMQYRGGLFKGRCQGGLPEGKGRLVLGDGSIYDGMW 666

Query: 304 RYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSK 363
             G RSG GT YF NGD+FQG+WR+D++HGKGWFYFH GDRWFANFWKGKA GEGRFYSK
Sbjct: 667 HNGKRSGLGTFYFKNGDVFQGTWREDLIHGKGWFYFHKGDRWFANFWKGKASGEGRFYSK 726

Query: 364 SGDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSG 410
           SG++ FGHF+DGWRHG FLCI++DG+RY E W++G L+ R+ +D+G
Sbjct: 727 SGEIFFGHFKDGWRHGQFLCIDLDGTRYSETWDDGVLIDRKQVDAG 740

[Close]
BLAST of Cucsat.G15851 vs. ExPASy Swiss-Prot
Match: Q8RY89 (Phosphatidylinositol 4-phosphate 5-kinase 8 OS=Arabidopsis thaliana OX=3702 GN=PIP5K8 PE=1 SV=1)

HSP 1 Score: 95.9 bits (237), Expect = 1.1e-18
Identity = 47/126 (37.30%), Postives = 66/126 (52.38%), Query Frame = 0 

Query: 273 GGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMH 332
           G  Y G   GG   G G L  PDGS+Y G WR  +R G G   + N D++ GSWR+ +  
Sbjct: 59  GAKYEGDFSGGYLHGFGTLTSPDGSVYAGAWRMNVRHGLGRKEYCNSDVYDGSWREGLQD 118

Query: 333 GKGWFYFHTGDRWFANFWKGKAYGEGRFYSKSGDVLFGHFQDGWRHGDFLCINVDGSRYM 392
           G G + ++ G+R+  N+ KGK  G G     +GD+  G + +G RHG  +    DG  Y 
Sbjct: 119 GSGSYSWYNGNRFIGNWKKGKMSGRGVMSWANGDLFNGFWLNGLRHGSGVYKYADGGFYF 178

Query: 393 EVWNEG 399
             W+ G
Sbjct: 179 GTWSRG 184

[Close]
BLAST of Cucsat.G15851 vs. ExPASy Swiss-Prot
Match: Q9SUI2 (Phosphatidylinositol 4-phosphate 5-kinase 7 OS=Arabidopsis thaliana OX=3702 GN=PIP5K7 PE=1 SV=1)

HSP 1 Score: 90.5 bits (223), Expect = 4.8e-17
Identity = 49/166 (29.52%), Postives = 79/166 (47.59%), Query Frame = 0 

Query: 238 IPKKQGLLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGS 297
           IP  +G  +    ++ E + D  K       +   G  Y G   GG   G G +  PD S
Sbjct: 24  IPNGKGKYAWSDGTIYEGDWDEGKISGKGKLIWSSGAKYEGDFSGGYLHGFGTMTSPDES 83

Query: 298 IYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGE 357
           +Y G WR  +R G G   + N D++ G W++ +  G+G + +  G+R+  N+ KGK    
Sbjct: 84  VYSGAWRMNVRHGLGRKEYCNSDLYDGLWKEGLQDGRGSYSWTNGNRYIGNWKKGKMCER 143

Query: 358 GRFYSKSGDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGR 404
           G    ++GD+  G + +G+RHG  +    DG  Y   W+ G   G+
Sbjct: 144 GVMRWENGDLYDGFWLNGFRHGSGVYKFADGCLYYGTWSRGLKDGK 189

[Close]
BLAST of Cucsat.G15851 vs. ExPASy Swiss-Prot
Match: O48709 (Phosphatidylinositol 4-phosphate 5-kinase 3 OS=Arabidopsis thaliana OX=3702 GN=PIP5K3 PE=4 SV=1)

HSP 1 Score: 77.4 bits (189), Expect = 4.2e-13
Identity = 50/182 (27.47%), Postives = 86/182 (47.25%), Query Frame = 0 

Query: 223 FYDTSSAFLKGKSADIPKKQGLLSVRAASMLEAE-RDSPKKWSPVMELQYRGGVYRGRCQ 282
           F  T     K +S  +  KQ   S R   M   E  D+  +   V ++   G +Y G   
Sbjct: 6   FLFTEENLNKEQSLGVKYKQS--SRRVVPMTSCEVSDTAAEIRIVEKVLKNGDLYNGGLS 65

Query: 283 GGLPEGKGRLVLPDGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHT 342
            G+P G G+ +  DG +Y+G W  G  SG+G   + +G  ++G ++D  M G+G F    
Sbjct: 66  AGVPHGTGKYLWSDGCMYEGEWTRGKASGKGRFSWPSGATYEGQFKDGRMDGEGTFIGID 125

Query: 343 GDRWFANFWKGKAYGEGRFYSKSGDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLM 402
           GD +  ++  G+ +G G     +GD   G+++   + G+   +  DG+ Y+  W  G + 
Sbjct: 126 GDTYRGHWLWGRKHGYGEKRYANGDGYQGNWKANLQDGNGRYVWSDGNEYVGEWKNGVIS 185

Query: 403 GR 404
           G+
Sbjct: 186 GK 185

[Close]
BLAST of Cucsat.G15851 vs. ExPASy Swiss-Prot
Match: Q8VIG3 (Radial spoke head 1 homolog OS=Mus musculus OX=10090 GN=Rsph1 PE=1 SV=2)

HSP 1 Score: 76.6 bits (187), Expect = 7.1e-13
Identity = 43/135 (31.85%), Postives = 67/135 (49.63%), Query Frame = 0 

Query: 274 GVYRG-RCQGGLPEGKGRLVLPDGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMH 333
           G Y G R + G   G G+  LP+G  Y+G + +G R GQGT  F NG  + G +  +  H
Sbjct: 18  GEYEGERNEVGERHGHGKARLPNGDTYEGSYEFGKRHGQGTYKFKNGARYTGDYVKNKKH 77

Query: 334 GKGWFYFHTGDRWFANFWKGKAYGEGRFYSKSGDVLFGHFQDGWRHGDFLCINVD-GSRY 393
           G+G F +  G R+   +   + +G+G +Y  + D   G + +  RHG    +  + GS+Y
Sbjct: 78  GQGTFIYPDGSRYEGEWADDQRHGQGVYYYVNNDTYTGEWFNHQRHGQGTYLYAETGSKY 137

Query: 394 MEVWNEGYLMGRENL 407
           +  W  G   G   L
Sbjct: 138 VGTWVHGQQEGAAEL 152

[Close]
BLAST of Cucsat.G15851 vs. NCBI nr
Match: XP_011654532.1 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Cucumis sativus] >KAE8648293.1 hypothetical protein Csa_017789 [Cucumis sativus])

HSP 1 Score: 820 bits (2119), Expect = 7.99e-294
Identity = 409/409 (100.00%), Postives = 409/409 (100.00%), Query Frame = 0 

Query: 5   STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 64
           STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN
Sbjct: 378 STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 437

Query: 65  VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS 124
           VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS
Sbjct: 438 VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS 497

Query: 125 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK 184
           RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK
Sbjct: 498 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK 557

Query: 185 DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 244
           DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL
Sbjct: 558 DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 617

Query: 245 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR 304
           LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR
Sbjct: 618 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR 677

Query: 305 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 364
           YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS
Sbjct: 678 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 737

Query: 365 GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 413
           GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA
Sbjct: 738 GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 786

[Close]
BLAST of Cucsat.G15851 vs. NCBI nr
Match: XP_008466745.1 (PREDICTED: protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 [Cucumis melo])

HSP 1 Score: 784 bits (2025), Expect = 1.24e-279
Identity = 392/409 (95.84%), Postives = 400/409 (97.80%), Query Frame = 0 

Query: 5   STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 64
           STKQQSSK+SSILSRLAQRFPLVFKLLWKPQE  +EAE+S+MPEDASPSNVRQSSDSEV+
Sbjct: 372 STKQQSSKNSSILSRLAQRFPLVFKLLWKPQEPYMEAEKSDMPEDASPSNVRQSSDSEVD 431

Query: 65  VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS 124
           VTKIASEGIDKD YHGTEPENCQTTSNGSDLVSSSDSEQLEAGLL TD NSSLPFS+GIS
Sbjct: 432 VTKIASEGIDKDFYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLETDVNSSLPFSSGIS 491

Query: 125 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK 184
           RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEV DK
Sbjct: 492 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVQDK 551

Query: 185 DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 244
            LPNPEMKYEKKSKASISTS FSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL
Sbjct: 552 ALPNPEMKYEKKSKASISTSIFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 611

Query: 245 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR 304
           LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVL DGSIYDGMWR
Sbjct: 612 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLQDGSIYDGMWR 671

Query: 305 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 364
           YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS
Sbjct: 672 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 731

Query: 365 GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 413
           GDV+FGHFQDGWRHGDFLCINVDGSRY+EVWNEGYLMGRENLDSGADTA
Sbjct: 732 GDVIFGHFQDGWRHGDFLCINVDGSRYIEVWNEGYLMGRENLDSGADTA 780

[Close]
BLAST of Cucsat.G15851 vs. NCBI nr
Match: XP_008466740.1 (PREDICTED: protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X1 [Cucumis melo])

HSP 1 Score: 784 bits (2025), Expect = 1.42e-279
Identity = 392/409 (95.84%), Postives = 400/409 (97.80%), Query Frame = 0 

Query: 5   STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 64
           STKQQSSK+SSILSRLAQRFPLVFKLLWKPQE  +EAE+S+MPEDASPSNVRQSSDSEV+
Sbjct: 376 STKQQSSKNSSILSRLAQRFPLVFKLLWKPQEPYMEAEKSDMPEDASPSNVRQSSDSEVD 435

Query: 65  VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS 124
           VTKIASEGIDKD YHGTEPENCQTTSNGSDLVSSSDSEQLEAGLL TD NSSLPFS+GIS
Sbjct: 436 VTKIASEGIDKDFYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLETDVNSSLPFSSGIS 495

Query: 125 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK 184
           RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEV DK
Sbjct: 496 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVQDK 555

Query: 185 DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 244
            LPNPEMKYEKKSKASISTS FSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL
Sbjct: 556 ALPNPEMKYEKKSKASISTSIFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 615

Query: 245 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR 304
           LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVL DGSIYDGMWR
Sbjct: 616 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLQDGSIYDGMWR 675

Query: 305 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 364
           YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS
Sbjct: 676 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 735

Query: 365 GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 413
           GDV+FGHFQDGWRHGDFLCINVDGSRY+EVWNEGYLMGRENLDSGADTA
Sbjct: 736 GDVIFGHFQDGWRHGDFLCINVDGSRYIEVWNEGYLMGRENLDSGADTA 784

[Close]
BLAST of Cucsat.G15851 vs. NCBI nr
Match: XP_038907181.1 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Benincasa hispida])

HSP 1 Score: 760 bits (1963), Expect = 3.33e-270
Identity = 382/409 (93.40%), Postives = 394/409 (96.33%), Query Frame = 0 

Query: 5   STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 64
           STKQQSSKSSSILSRLAQRFPLVFKLLWKPQE L EAEES+M EDASPSNVRQSSDS+V+
Sbjct: 374 STKQQSSKSSSILSRLAQRFPLVFKLLWKPQEPLEEAEESDMLEDASPSNVRQSSDSDVD 433

Query: 65  VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS 124
           +T+IASEG+DKD YHGTEPEN QTTSN SDLVSSSDSEQLEAGLL TD NS LPFSNGIS
Sbjct: 434 ITRIASEGMDKDFYHGTEPENHQTTSNCSDLVSSSDSEQLEAGLLETDVNS-LPFSNGIS 493

Query: 125 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK 184
           RGAS RRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEE+ DK
Sbjct: 494 RGASFRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEELQDK 553

Query: 185 DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 244
             P+PEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL
Sbjct: 554 AFPSPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 613

Query: 245 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR 304
           LSVRAASMLEAERDSPKKWSPVMEL+YRGG+YRGRCQGGLPEGKGRLVL DGSIYDGMWR
Sbjct: 614 LSVRAASMLEAERDSPKKWSPVMELKYRGGIYRGRCQGGLPEGKGRLVLQDGSIYDGMWR 673

Query: 305 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 364
           YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS
Sbjct: 674 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 733

Query: 365 GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 413
           GDV+FGHFQDGWRHGDFLCINVDGSRY+EVWNEGYLMGRENLDS ADTA
Sbjct: 734 GDVIFGHFQDGWRHGDFLCINVDGSRYIEVWNEGYLMGRENLDSDADTA 781

[Close]
BLAST of Cucsat.G15851 vs. NCBI nr
Match: KAA0067580.1 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 [Cucumis melo var. makuwa] >TYJ97177.1 protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 [Cucumis melo var. makuwa])

HSP 1 Score: 730 bits (1885), Expect = 1.03e-264
Identity = 362/375 (96.53%), Postives = 368/375 (98.13%), Query Frame = 0 

Query: 39  VEAEESNMPEDASPSNVRQSSDSEVNVTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSS 98
           +EAEES+MPEDASPSNVRQSSDSEV+VTKIASEGIDKD YHGTEPENCQTTSNGSDLVSS
Sbjct: 1   MEAEESDMPEDASPSNVRQSSDSEVDVTKIASEGIDKDFYHGTEPENCQTTSNGSDLVSS 60

Query: 99  SDSEQLEAGLLGTDTNSSLPFSNGISRGASLRRDPLHRWNLGPGHQIAQQWARERAADAE 158
           SDSEQLEAGLL TD NSSLPFS+GISRGASLRRDPLHRWNLGPGHQIAQQWARERAADAE
Sbjct: 61  SDSEQLEAGLLETDVNSSLPFSSGISRGASLRRDPLHRWNLGPGHQIAQQWARERAADAE 120

Query: 159 LASALDNISIFDLPVGVRPSEEVHDKDLPNPEMKYEKKSKASISTSRFSSQNSLTDASLE 218
           LASALDNISIFDLPVGVRPSEEV DK LPNPEMKYEKKSKASISTS FSSQNSLTDASLE
Sbjct: 121 LASALDNISIFDLPVGVRPSEEVQDKALPNPEMKYEKKSKASISTSIFSSQNSLTDASLE 180

Query: 219 VIKEFYDTSSAFLKGKSADIPKKQGLLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRG 278
           VIKEFYDTSSAFLKGKSADIPKKQGLLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRG
Sbjct: 181 VIKEFYDTSSAFLKGKSADIPKKQGLLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRG 240

Query: 279 RCQGGLPEGKGRLVLPDGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFY 338
           RCQGGLPEGKGRLVL DGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFY
Sbjct: 241 RCQGGLPEGKGRLVLQDGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFY 300

Query: 339 FHTGDRWFANFWKGKAYGEGRFYSKSGDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEG 398
           FHTGDRWFANFWKGKAYGEGRFYSKSGDV+FGHFQDGWRHGDFLCINVDGSRY+EVWNEG
Sbjct: 301 FHTGDRWFANFWKGKAYGEGRFYSKSGDVIFGHFQDGWRHGDFLCINVDGSRYIEVWNEG 360

Query: 399 YLMGRENLDSGADTA 413
           YLMGRENLDSGADTA
Sbjct: 361 YLMGRENLDSGADTA 375

[Close]
BLAST of Cucsat.G15851 vs. ExPASy TrEMBL
Match: A0A0A0KMW0 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G107060 PE=4 SV=1)

HSP 1 Score: 820 bits (2119), Expect = 1.96e-297
Identity = 409/409 (100.00%), Postives = 409/409 (100.00%), Query Frame = 0 

Query: 5   STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 64
           STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN
Sbjct: 167 STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 226

Query: 65  VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS 124
           VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS
Sbjct: 227 VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS 286

Query: 125 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK 184
           RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK
Sbjct: 287 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK 346

Query: 185 DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 244
           DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL
Sbjct: 347 DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 406

Query: 245 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR 304
           LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR
Sbjct: 407 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR 466

Query: 305 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 364
           YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS
Sbjct: 467 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 526

Query: 365 GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 413
           GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA
Sbjct: 527 GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 575

[Close]
BLAST of Cucsat.G15851 vs. ExPASy TrEMBL
Match: A0A1S3CS05 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103504079 PE=4 SV=1)

HSP 1 Score: 784 bits (2025), Expect = 5.99e-280
Identity = 392/409 (95.84%), Postives = 400/409 (97.80%), Query Frame = 0 

Query: 5   STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 64
           STKQQSSK+SSILSRLAQRFPLVFKLLWKPQE  +EAE+S+MPEDASPSNVRQSSDSEV+
Sbjct: 372 STKQQSSKNSSILSRLAQRFPLVFKLLWKPQEPYMEAEKSDMPEDASPSNVRQSSDSEVD 431

Query: 65  VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS 124
           VTKIASEGIDKD YHGTEPENCQTTSNGSDLVSSSDSEQLEAGLL TD NSSLPFS+GIS
Sbjct: 432 VTKIASEGIDKDFYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLETDVNSSLPFSSGIS 491

Query: 125 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK 184
           RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEV DK
Sbjct: 492 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVQDK 551

Query: 185 DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 244
            LPNPEMKYEKKSKASISTS FSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL
Sbjct: 552 ALPNPEMKYEKKSKASISTSIFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 611

Query: 245 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR 304
           LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVL DGSIYDGMWR
Sbjct: 612 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLQDGSIYDGMWR 671

Query: 305 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 364
           YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS
Sbjct: 672 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 731

Query: 365 GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 413
           GDV+FGHFQDGWRHGDFLCINVDGSRY+EVWNEGYLMGRENLDSGADTA
Sbjct: 732 GDVIFGHFQDGWRHGDFLCINVDGSRYIEVWNEGYLMGRENLDSGADTA 780

[Close]
BLAST of Cucsat.G15851 vs. ExPASy TrEMBL
Match: A0A1S3CRX6 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103504079 PE=4 SV=1)

HSP 1 Score: 784 bits (2025), Expect = 6.88e-280
Identity = 392/409 (95.84%), Postives = 400/409 (97.80%), Query Frame = 0 

Query: 5   STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 64
           STKQQSSK+SSILSRLAQRFPLVFKLLWKPQE  +EAE+S+MPEDASPSNVRQSSDSEV+
Sbjct: 376 STKQQSSKNSSILSRLAQRFPLVFKLLWKPQEPYMEAEKSDMPEDASPSNVRQSSDSEVD 435

Query: 65  VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLGTDTNSSLPFSNGIS 124
           VTKIASEGIDKD YHGTEPENCQTTSNGSDLVSSSDSEQLEAGLL TD NSSLPFS+GIS
Sbjct: 436 VTKIASEGIDKDFYHGTEPENCQTTSNGSDLVSSSDSEQLEAGLLETDVNSSLPFSSGIS 495

Query: 125 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVHDK 184
           RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEV DK
Sbjct: 496 RGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSEEVQDK 555

Query: 185 DLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 244
            LPNPEMKYEKKSKASISTS FSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL
Sbjct: 556 ALPNPEMKYEKKSKASISTSIFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIPKKQGL 615

Query: 245 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIYDGMWR 304
           LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVL DGSIYDGMWR
Sbjct: 616 LSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLQDGSIYDGMWR 675

Query: 305 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 364
           YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS
Sbjct: 676 YGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGRFYSKS 735

Query: 365 GDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 413
           GDV+FGHFQDGWRHGDFLCINVDGSRY+EVWNEGYLMGRENLDSGADTA
Sbjct: 736 GDVIFGHFQDGWRHGDFLCINVDGSRYIEVWNEGYLMGRENLDSGADTA 784

[Close]
BLAST of Cucsat.G15851 vs. ExPASy TrEMBL
Match: A0A5A7VK79 (Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold174G00560 PE=4 SV=1)

HSP 1 Score: 730 bits (1885), Expect = 4.97e-265
Identity = 362/375 (96.53%), Postives = 368/375 (98.13%), Query Frame = 0 

Query: 39  VEAEESNMPEDASPSNVRQSSDSEVNVTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSS 98
           +EAEES+MPEDASPSNVRQSSDSEV+VTKIASEGIDKD YHGTEPENCQTTSNGSDLVSS
Sbjct: 1   MEAEESDMPEDASPSNVRQSSDSEVDVTKIASEGIDKDFYHGTEPENCQTTSNGSDLVSS 60

Query: 99  SDSEQLEAGLLGTDTNSSLPFSNGISRGASLRRDPLHRWNLGPGHQIAQQWARERAADAE 158
           SDSEQLEAGLL TD NSSLPFS+GISRGASLRRDPLHRWNLGPGHQIAQQWARERAADAE
Sbjct: 61  SDSEQLEAGLLETDVNSSLPFSSGISRGASLRRDPLHRWNLGPGHQIAQQWARERAADAE 120

Query: 159 LASALDNISIFDLPVGVRPSEEVHDKDLPNPEMKYEKKSKASISTSRFSSQNSLTDASLE 218
           LASALDNISIFDLPVGVRPSEEV DK LPNPEMKYEKKSKASISTS FSSQNSLTDASLE
Sbjct: 121 LASALDNISIFDLPVGVRPSEEVQDKALPNPEMKYEKKSKASISTSIFSSQNSLTDASLE 180

Query: 219 VIKEFYDTSSAFLKGKSADIPKKQGLLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRG 278
           VIKEFYDTSSAFLKGKSADIPKKQGLLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRG
Sbjct: 181 VIKEFYDTSSAFLKGKSADIPKKQGLLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRG 240

Query: 279 RCQGGLPEGKGRLVLPDGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFY 338
           RCQGGLPEGKGRLVL DGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFY
Sbjct: 241 RCQGGLPEGKGRLVLQDGSIYDGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFY 300

Query: 339 FHTGDRWFANFWKGKAYGEGRFYSKSGDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEG 398
           FHTGDRWFANFWKGKAYGEGRFYSKSGDV+FGHFQDGWRHGDFLCINVDGSRY+EVWNEG
Sbjct: 301 FHTGDRWFANFWKGKAYGEGRFYSKSGDVIFGHFQDGWRHGDFLCINVDGSRYIEVWNEG 360

Query: 399 YLMGRENLDSGADTA 413
           YLMGRENLDSGADTA
Sbjct: 361 YLMGRENLDSGADTA 375

[Close]
BLAST of Cucsat.G15851 vs. ExPASy TrEMBL
Match: A0A6J1FFA3 (protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Cucurbita moschata OX=3662 GN=LOC111445197 PE=4 SV=1)

HSP 1 Score: 708 bits (1827), Expect = 7.78e-250
Identity = 358/414 (86.47%), Postives = 380/414 (91.79%), Query Frame = 0 

Query: 5   STKQQSSKSSSILSRLAQRFPLVFKLLWKPQELLVEAEESNMPEDASPSNVRQSSDSEVN 64
           STKQQSSKSSSILSRLAQRFP VFKLLWKPQE L EAEES+MPEDA+PSNVR+SSDS++ 
Sbjct: 374 STKQQSSKSSSILSRLAQRFPSVFKLLWKPQEPLEEAEESDMPEDANPSNVRESSDSDMV 433

Query: 65  VTKIASEGIDKDSYHGTEPENCQTTSNGSDLVSS-----SDSEQLEAGLLGTDTNSSLPF 124
           +T+IASEG+DK  Y   +PEN QTT N SDL+SS     SD EQ EAG++ TD NS LPF
Sbjct: 434 ITQIASEGLDKIFYQ--DPENLQTTFNYSDLLSSRGTNDSDFEQPEAGIVETDVNS-LPF 493

Query: 125 SNGISRGASLRRDPLHRWNLGPGHQIAQQWARERAADAELASALDNISIFDLPVGVRPSE 184
           SN +SRGAS RRDPLHRWNLGP HQIAQQWARERAADAELASA D+ISIFDLPVGVRPSE
Sbjct: 494 SNAVSRGASFRRDPLHRWNLGPAHQIAQQWARERAADAELASAFDSISIFDLPVGVRPSE 553

Query: 185 EVHDKDLPNPEMKYEKKSKASISTSRFSSQNSLTDASLEVIKEFYDTSSAFLKGKSADIP 244
           E+ DK  PNPEMKYEKKSKASI+TSRFSSQ SLTD SLEVIKEFYDTSSAFL+GKS D+P
Sbjct: 554 ELKDKSTPNPEMKYEKKSKASITTSRFSSQTSLTDTSLEVIKEFYDTSSAFLRGKSPDLP 613

Query: 245 KKQGLLSVRAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLPDGSIY 304
           KKQGLLS RAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVL DGSIY
Sbjct: 614 KKQGLLSARAASMLEAERDSPKKWSPVMELQYRGGVYRGRCQGGLPEGKGRLVLQDGSIY 673

Query: 305 DGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGR 364
           DGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGR
Sbjct: 674 DGMWRYGMRSGQGTVYFNNGDMFQGSWRDDVMHGKGWFYFHTGDRWFANFWKGKAYGEGR 733

Query: 365 FYSKSGDVLFGHFQDGWRHGDFLCINVDGSRYMEVWNEGYLMGRENLDSGADTA 413
           FYS+SGDVLFGHFQDGWRHGDFLCINVDGSRY+EVW+EGYLMGRENL+SGADTA
Sbjct: 734 FYSRSGDVLFGHFQDGWRHGDFLCINVDGSRYIEVWSEGYLMGRENLESGADTA 784

The following BLAST results are available for this feature:
BLAST of Cucsat.G15851 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q6F6B51.4e-8844.58Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Arabidopsis thaliana O... [more]
Q8RY891.1e-1837.30Phosphatidylinositol 4-phosphate 5-kinase 8 OS=Arabidopsis thaliana OX=3702 GN=P... [more]
Q9SUI24.8e-1729.52Phosphatidylinositol 4-phosphate 5-kinase 7 OS=Arabidopsis thaliana OX=3702 GN=P... [more]
O487094.2e-1327.47Phosphatidylinositol 4-phosphate 5-kinase 3 OS=Arabidopsis thaliana OX=3702 GN=P... [more]
Q8VIG37.1e-1331.85Radial spoke head 1 homolog OS=Mus musculus OX=10090 GN=Rsph1 PE=1 SV=2[more]
BLAST of Cucsat.G15851 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_011654532.17.99e-294100.00protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Cucumis sativus] >KAE864... [more]
XP_008466745.11.24e-27995.84PREDICTED: protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 [Cu... [more]
XP_008466740.11.42e-27995.84PREDICTED: protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X1 [Cu... [more]
XP_038907181.13.33e-27093.40protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 [Benincasa hispida][more]
KAA0067580.11.03e-26496.53protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 [Cucumis melo ... [more]
BLAST of Cucsat.G15851 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A0A0KMW01.96e-297100.00Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_5G107060 PE=4 SV=1[more]
A0A1S3CS055.99e-28095.84protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 OS=Cucumis mel... [more]
A0A1S3CRX66.88e-28095.84protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X1 OS=Cucumis mel... [more]
A0A5A7VK794.97e-26596.53Protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 isoform X2 OS=Cucumis mel... [more]
A0A6J1FFA37.78e-25086.47protein ACCUMULATION AND REPLICATION OF CHLOROPLASTS 3 OS=Cucurbita moschata OX=... [more]
InterPro
Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
IPR003409MORN motifSMARTSM00698morncoord: 63..84
e-value: 1.5
score: 12.8
coord: 40..61
e-value: 0.01
score: 25.0
IPR003409MORN motifPFAMPF02493MORNcoord: 65..87
e-value: 1.4E-5
score: 24.7
coord: 42..64
e-value: 1.2E-4
score: 21.8
NoneNo IPR availableGENE3D2.20.110.10coord: 71..119
e-value: 6.0E-6
score: 27.9
coord: 30..70
e-value: 3.2E-9
score: 38.4
NoneNo IPR availablePANTHERPTHR23084:SF224PROTEIN ACCUMULATION AND REPLICATION OFS PROTEINcoord: 32..155
NoneNo IPR availablePANTHERPTHR23084PHOSPHATIDYLINOSITOL-4-PHOSPHATE 5-KINASE RELATEDcoord: 32..155
NoneNo IPR availableSUPERFAMILY82185Histone H3 K4-specific methyltransferase SET7/9 N-terminal domaincoord: 32..141

Relationships

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

Feature NameUnique NameType
Cucsat.G15851.T1Cucsat.G15851.T1mRNA
Cucsat.G15851.T5Cucsat.G15851.T5mRNA
Cucsat.G15851.T16Cucsat.G15851.T16mRNA
Cucsat.G15851.T19Cucsat.G15851.T19mRNA
Cucsat.G15851.T7Cucsat.G15851.T7mRNA
Cucsat.G15851.T2Cucsat.G15851.T2mRNA
Cucsat.G15851.T13Cucsat.G15851.T13mRNA
Cucsat.G15851.T3Cucsat.G15851.T3mRNA
Cucsat.G15851.T6Cucsat.G15851.T6mRNA
Cucsat.G15851.T4Cucsat.G15851.T4mRNA
Cucsat.G15851.T9Cucsat.G15851.T9mRNA
Cucsat.G15851.T14Cucsat.G15851.T14mRNA
Cucsat.G15851.T15Cucsat.G15851.T15mRNA
Cucsat.G15851.T10Cucsat.G15851.T10mRNA
Cucsat.G15851.T21Cucsat.G15851.T21mRNA
Cucsat.G15851.T11Cucsat.G15851.T11mRNA
Cucsat.G15851.T12Cucsat.G15851.T12mRNA
Cucsat.G15851.T18Cucsat.G15851.T18mRNA
Cucsat.G15851.T17Cucsat.G15851.T17mRNA
Cucsat.G15851.T20Cucsat.G15851.T20mRNA
Cucsat.G15851.T22Cucsat.G15851.T22mRNA
Cucsat.G15851.T8Cucsat.G15851.T8mRNA
Cucsat.G15851.T24Cucsat.G15851.T24mRNA
Cucsat.G15851.T23Cucsat.G15851.T23mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0010020 chloroplast fission
biological_process GO:0015074 DNA integration
cellular_component GO:0009707 chloroplast outer membrane
cellular_component GO:0009570 chloroplast stroma
cellular_component GO:0005829 cytosol
cellular_component GO:0035452 extrinsic component of plastid membrane
cellular_component GO:0016021 integral component of membrane
molecular_function GO:0003924 GTPase activity
molecular_function GO:0005525 GTP binding
molecular_function GO:0003676 nucleic acid binding
molecular_function GO:0043621 protein self-association
molecular_function GO:0008270 zinc ion binding