CsaV3_3G019080 (gene) Cucumber (Chinese Long) v3 | Cucurbit Genomics Database (CuGenDB)

Overview


Name	CsaV3_3G019080
Type	gene
Organism	Cucumis sativus (Cucumber (Chinese Long) v3)
Description	DNA-directed RNA polymerase subunit alpha
Location	chr3 : 14749078 .. 14778381 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGAAGAATGATAATGTAGACAAGATGATGATGAGAGATGCTCATAGGAATTTGGAGGTTAGTTGAATTTCTCTATTTCTTTTTCTATTGTTTCTTATGACTAACATAATATCCATCACTTACAACAATATCACCCAAAAATTAGGGTTCAAAATCTTTCATATATTTGATTCAATACATGGATATATAAAGTTACGTCTAGAAAAACTATCTAATTCTGTAATACATAACCAAGAAGTAAGATAAACAAAATAAAAAAAAGAAATTATATTGTTACTAAAATCTAGGAAATTAATAAATAAAAATTAATCTTCATGAAGATTTGTCCCTGATATCGTGGACCATTCATTATTTTTCACATTCTTGGTCATTTTTTTTACGTCTTCTTCAAGATTTTTTTAATCTCCTTTTACATATTTTTAAACTACTTATCTTCACCATTTTTAGCAAAATTATTCGAAGTTACTTTATCTTCCTCATATTCAAGAATATCAAGATAATTTAAATATCATTTTGACATTATGTAAACGATCCGATCGTTTATCATTGTCAACACGATCATTTACTATGATCAACACGATTTTAAATTTGAAACTCTTTTCCTATCGTTTAAAAAAGAACTATACAATTGAATTGATATGATCTAAGCGATTGTGTACTAATATCTAAATGATCTTGTACCCAATATCATGTACCAAGAATAATTTAAATTTGGTACAAGATTGTGTATGAAGATCACTTAAAATTTGTATAAGATCGTGTACTAATATCTAAACGAACTTGTACCCAAGGTCGTGTATCACAATCATTTAGTTTTTGGTACAAGATCATGTACGTACTGTCGTGACGTGATCGCTACGCGGAGCGGTCGACCTCCCCGTTTATTTAATTTTAATAAATAGTTTTGGAGTCGCCACCAACCATATTAGGGTGTGATTGGTCACCAAAAAAAAAAATGGTCTGCGTAGATTCAGAGATTTAAGTTCGGGAGTCAGTTGTGTGTAGGGAAGGTGTTAGCACCCTACAACACCCAAAAAAATGGTTACCCAATTTTATCTTTTAAATTAAATTATAGAGGTTCACAAAATAAAGTTTTTATTTAGGTTTTGTTTAAATGTCTCATGTTTATCAATTCATATCGAAGAAAGTAAAACCTAAGCATGAATTGATGATTATGAGTTGCATAGGAGCCATTAGAAAAATTAAGTTTATTTTTGTTTTAAAAGATTTTTATTCACCTTAAGAATATTAAGATACCAAAACTTGATATTTTAATCTCTATCATAGGTGTTTAATGAGAAATTTCATGTATCTAGAATGAAAATACTACTCAGTCTCATTTAAAATATGAAATGTGTTTATTTAAAAATAATCTATTAATTAAATTTCAAACGGAAAAATTTCATGTATTCATGGATTTTAAATTATAAAATCCATAAAAAACAATACTTTTTCTCCGATTTACATTTTTATATTTAAATTGAAAAATGAATAATAACAATGACAAAACATTATGAAATTTGAAAAATACTTAAAGGGTAATATGTTGAGATAAAATAAATGCATAAAAAAAATACATGATAACGTAAGCAATACGCAAAATGTACAAGATAATTAATTAATACAGCACATGCAAGATAATTAATTAATGCAGAATGATGCAAAATAATTAATTAATTCAAAACATGTAAAATAATTAATTAATTCAAAAGGATGCAAAATAATTAATTAATTCAAAACGATGCAAAATGATTAATTAATACAAAAAGGTGAAAAATAATTAATTAATGCAGAAATAGGCAAATTAATTAATTAATTCAGAAATATGCAAAATAATTAATTAATTCAGAAATATGCAAAATAATTAATTATGCTAGACCAGAGTAATAAATAATTACTTGAGGATGTCAAATGGGTGAAATAATAATTAATTGCAGAGTGTCAAAGTAGGTTTAATGCAAGATGCCAATAAATAATCACAGTAGCCAATGGATGTCAAATAGTTTTAGTGATTAATTAATTAATACAGAATACAAATAATTTGAATAAGTAATTGACATAAGAGACCAAATGAGTGTCAAAATAATTAACGATATGCAAATAATTAGCTCACAATGGAGGATGTCAAAAATTAAAACTGTCAAATACATTGTGCTAATTAATTAACCATGCATAATTAAAAGAGTATGCCAAATGAATAGTTATTTTCAAATGCATAATTAACATATATGCCAAATGGATAATTATTAAACCAAGATACCAAATAGATACACACAATTAACACAGAATGTAAAATGGGTGCTTAGATAATTAAAAAGATAGCAAATAATTAAATCAGTATGCCAAATGAATGTCAAATAAGTGTTAAATAATTAAGACATCAATCAAATAATTAACACATCATTTAATTAATTAACCAAATGAAATAATTAACATAGCACCCAAATGGATGTCAAATAATTAATCAAGAACACACTTATTAATTAAGGCAGTAGCCAAATAGATGCAAAACAACTAATTAATCAGCTCAACAATCAAATAGTCAAAATGGGTGTCAAATTAATTAGCATGCAGAACTCAGCAATCAAAATACTCCAATGGCCAAATGGATGTCAAATAATTAACGAGGATGCAGAAAATTAACATAGACCAAATAATTAACATAGCATTGACGGTATGCTAATTAATTAACCAAATAATTAATGCCAAATCAGATAATTAACTCACAACAGCCAAATAATTAAACGGATGCAGAACTCATCCATCAAAATAGTCAAATGGCCAAATAGATGTGCAGAAATAAGTGTAATCAGATGCAAAACACTAATTAATTAGGACAGCAATCAAAGAGTCAAATGGGTGCCAAATAATTCAAATGATGCAAATAATTAAAAGATGTGAAATGAGTGCCCAATGATTAACACACCAGCTAATTAATGAGTGCCAAATGATTAACACCAGCTAATTAATGAGTGCCAAATGATTAACACATCAGCTAATTAATGAGTGATTTAAATGAATAATTAAGACAGCACCCAGATGGGTGCCAAATAATTACTGGGTGCCAAATAATTAAGCCAGTATCATCAAACATGAATAATAAAAAAAAACTTACAAGGTCTGCCTTAAATGCAAAATGTTCTGGGTTGATCCTCCTCACCTCTTCCAAAAAAAAATAATCTTTTACGTGTCCCTCTTCTCTACCAAATAATTCTCCAGCAAAAAAAATTCTCCCCCCATTTTGAATCTTCTCCTTCTCTTTTTATAGGGAAATGTCTCCTTTTTTAGATAGAAGTGAAGTGGGTTTAGATAGTGAAATGGAGTACAGAGAAATGTGGAAGAGTGGGAGAACGTGAGAGATTGGGGAAGAAGGTGGAAGAAGAGAAATGTGGAAGAGTGGGAGAACGTGAGAGATTGGAGAAGAAGGTGGAAGAGTGGGAGAACGTGAGAAAGTGGGAGGATTGTGACTCAAGAAAACAAGGGATGGTTGAGAAAAATAGGGAGAAGAAAAAAAAAACCTTTACTTTTAAATTTAATTTTAAATATGTTTTTATTTTTGTTTTTGTTTTAAAACATAAATTTAAAAATTAAGATTTAAATTTAAATTCAAATTCAAATTCTTTTAAAAAAGTAATAAATAAATTAATGAAAAAAATAAAAGGCAGGACAAAATACGGTATCTACACGTACCAAACTTAGTACCAAGACCATTTCGATCTTGACAAGATCGTTTAGCTATTGGTACAAGATCGTCTAAAGAAAGACTACACGCACAAATGTAATCAATTAATCGTATTGACTGAAATATTTTACTGGTGTGTTACAATTTTTTAAAAGAACTTAAATTAAACCATTAAATATTTTTCCCTTCTAATAGTTGAAAGAGGAAATATTTCTAATAGTTCAATAAGAAAATATGCGTCATAGAATTGCACTTGCAAAGTTTGAAAGAAGTATTTAGTTTGCTAAACTTAATTTTATATTTATTTTTCATTAAATCTTTCTCAACCATTTTTATTTTGCCATTCATATATTTTCATGTATTCTTTTTTCTTTATGGAGCTTTTATATATATATATATATAGGAGTTGTTTTTGTTCGATTTATTAAAGAAAATTTGAGAAAAAAATCTTGATTTGAACTTTTGTTGTTAAAAATTAATATTTATCGCTATATTACTAACTTTGGGTCAATAATATATGGTTCCAAATTACTCTTTGTACACTCAGAAGTGTTTTCAATTTTCATTTTTCTAAAAAGTGATTTGGTTTATTTGCCAAACACATGCCTACCTTAGTAGAAAAAGTGATTTTGTTGAAGCCAAAATCATTGTAAGGGTGTCCTTGGAAGTAATAATTAGGATAGTAATTTAGAAAAAGAGATTTAATTACTATTGATTTTGTTTAACAAATCAAATTTAGGTTTAATATAAAATTATTTTTATATATTTAGAATTGATTTTCAATTATTATATTTAGCTTTCAAAGTTAATTAGAGTTATTCAAAATTGTATTTTTTATTTCAGATAATTATTTTGTTAAATAATTATGTTAAATGTCTATTTATCACGCCTCAGTCCATAATTCGTAGCATGATCGAAATTCAAATTCGACAGACATTCTCTTACGGCCGTGCCCTCTACGATCTGACTACGTCATACTCATTTGTCTTAAATGCTCTAAAGAGTGAAAATTATTACTACAAGCCAACATGGGTTCTTTCAGCATGTTTTATTTCCGCTCACATGTGTTCTAGAAAAATTCCTAACAGGTCACCCTATATATAATTATTCTTAACTTTTGAGTTTTTATGAGTGAACCACTTGAAAGGAAGATGCACTTGGTTAATATAGGTAATAACTTCAATTATTTTAAGCCTTTCTTATCATGTTTTTATATCATCAAGATTTCTGTTATTCGAATATGATCTCTGTTCATTTATGCTTTCTTCTAAATCTTGGAGCGTTACACTATTTCTATTTATATTATTATTAAATTCTTATATGTGTAGTTTATTCTTAATATACATGAGGTGAATATGTTTATAATAGACCTTAAAAGAAAATTCAAAACATATATAAGTTATGACAAACTCATATCTTGTTCTAATATTTAGAATTAAGAAAATGAATCTAAAAATAGCTAACCAACCATGTTTTATACAAAAACTAGGTTATCAATTTTATCTCATACATCTCAAATATTAAGTGATTTTGATGAGAAAAAGAAAAAAATTTTACCATTTCAAAATCACACTCAAAGACGCCTAATTGTTATTATGAGGTGTCTATCCGTTGACACACTTTCCTTAATTCAACTTTTCATCTTTTAAAAATTTTGCTTGATGTCTTACCTCAATTTAGCTCTTAGACTATCTCCAAATTACTTTGTCTAATATTTATAATTTAAAAATCAATAAAATTTATAATGTCAATCATTTTTATTTCACCCTACCAAATTTGGCAGCCATATCACATGACATATTTAAGATAGGAAAATGGCCTACCATAACCTTTTGAGAATATAATATAATAATTCTAGCAATTTGTTTTAAAAATTTACAAGTATGACAAAATTTTCACTCGTAATTATTTCTAAACTACCATTCAATGACTTATTTATCTTCATCTTTTTAATGTCCTACTCATTATTTATTTATTCTTCCACTTTTTAAGGCCCTAATTATTTTTTTATTTTTATACTAAAAAAATTATTTATTCTTTCGGTCTTAATCTTAATTTTAAAATATCAATAGTACAATAATTGTAATATAAAATATAATACGATTGTTGATCAGAGTAATTTAATTTCATTTGTGATTTTTTTTACTTTCTTCGATGTGTATTTTGAGTTAAATATGATTCCAAATAATTTTGTTTTATTTTTTTACATTAATTTTTTGGTTTTATTTTGTCTCAGTTTCGTATATCAGTGTTGTGATATACTTATATTATATGTATTAGTTGGTTAATATACTTATTATGTGATTTTCGTTTTTTTCAAATTTTATGCAATTCATTAGAGTATTATTAATTATATGAATGATGTAACTCAGTATATCATTATCAAGTATATCAACAATATATTGTTAAAACATATCAGTAAAATGAATCATTATCAAGTTTATAAGTGTATATCAATTGTATAAGTGGGACTTCAAGCATATCAAGTGCATTTAATCAATCAATTGTATAAGTGAAGAATACTAAATGTATCTGCAGTATATCAGGTGTATCAAACATATATTAGTAGTGTTTCAGGTGTGTGTCAAAAGAGTATCAGGTGTATCAATCAAATGTATCGTGTATATCAAGAAGTATATAGGTGTATCAAAGGGTGTGTTAGGTGTATCGGATGTGTATAAGGTGTATCAAACTTATATTAGTAATGATGGTATTTGTGACATTTTACCTCTTGATGTGTCGGCTGGGCTTCGTTTTCCATTTTCGCAAATAATAAAATGTATGTGCTATGAACTTAATTATTATAACCTATTTTACTATTTTTTGCAAGTGACTCTTCAATATAATCAAATAAAGCATATATATTATTTTACCAATTATCTATTGCATTGCTTTCATATTTTACATTGTACACGTTAATTACTAGTATTTATAAATACAACAAAATATGAATGTGTGATTTTTGAAATGAAAAACAAAAAATCTATTTATAGAAAAAGCTATTGGACGTATGCAATCAATATATAATTATTGATGATGAGGCAACCGGATATTGTACTTAAAAAAATAGAAAAGAAGAATTATTGATGTGATTCATGGAAGCATGTTGGACAACTCATCCTTTCACCTAATCAATTTCGGTGGCCCTATATGGACCATAATAACTTTCATCCAAAATAATTGATGTAAATACATGCATAAATGTGAAGAATACAATTCTTCTTTTTCTTTTCTTTTTTTACTATTTTAAATATATAAACACATTATGAACTAAAATATTCATCTAATATTAGATAATTTGGATAGACTATTATCTGTGTCCATATTTTCACGATATATTACAAATAAAATAGCTACTTTTATTAACATTTTCACAAGTTTTATTATCTCACATAATTTGGTTTTTGTTTTCGTAAGGTCCATTCATAACAAATTCATTCTTTTTATGTGGAATAAATGAAAATTAATGTTCAAAACATTTTTCACCAATTTGTCTTAAGAGACAATATGAATTATTGTCATGGATGCTTTTTTTTGTTGTTTGTATTCTTCTATAATTTTCTTTTACAAAATTGAAATTTACTTGTACTTTTTCAATTATCTATTTTATATACAGTTATTCCTACATTGTAAAGGGAATATAACTGTTAGTTTGGTTATGAATTTAACCTATATTCCAAAACGCAATATTATCAAGTTTTGAAATTTGTGTTTAAATTTTTTAAAGATTTATGAAGTTATTAGACACAAAAAAATAAATATGTAAAGTCCTGTTTTTTTTTTCTTGTGTTATGGAATGTATATTTTGTTGTAGATAAAAACAAACAAAAATATATATTGATAACTATACAGTCTGTACTTCATAATAAAACTTGTGGTCACAAATTTAAAATATGAAGACATTATTGTTTTGAGAAAAGAAAATAGAAATTCTAGAACGATCTCCCAATTATTTAGTCTACAGTCTCACCATCTTTTGGGGTCACGATATGTATTAATGAGACTCAATCTCTTGGCCGAATTTATTTATTTATTAAAATATAAGATCCCATTTGATTTGATGTGATGATGTGTTTATTAATAATAGTTTTTTATGATATTAAAAAAATTGATCTTATGAGATCTCTTACACAATTTAGAAATGAAATCTATGAATTGTTTAAAGGGAAAGTCAAATGCGATATAATAATAACAATACAAAGGGATAATTTAAAATTACTTAATGGCATGTATTATGATCACATTCATAACGATCCAAATAAAATAAATGCTTTGGTATTAGACTTTGTTTTTAGTTATTAAATACTTTTGAATATATGATAACTAAGTAAGATTTTTTTAAAAAAAATTAAGAAGTCATTATCTACCCCTCAATACTTTTAATCAATTAATTTGGATGAAAACACTTTTAAATAAGGATTTTTTTAAAAAAATAACAAAACATTAAAATATTTATATTCTATTAAATAGTTTAAAAAACGCAAAAAAACTCACGGGCCTACAATGAAAAATACAAAAAATGTCTCGTGATTATTTGGCATCCAAAATGCGTAATATATTTGAAAAACGATTGTTTAAATTTGACTATTTTTTGTTATGCGATCGTTTAGATTTGACTACCAAAGTTTAAACGATTTTTTTTTAAAATTTTTGGTACACAATCATTTATATTTGACTATTTTTTGTACGCAATCATTTATATTTGACTATTTTTGGTACATGATCATTTATATTTAGTACACAATTGTTTAGATTTGATCATTTAAATTTGACTATCTAAATCTAAACGACTTTTTTTAAGATTATTTGTTACAAAATTGTTTGGATTTGATTTTCTTTTTTGTAGACGATCCAAATCTAAATGACATTTTTTAAAATTTTTTTATATTTGGTAGACGAATTTAAACAACTAACCGTTTGGAAAAAAAATTAGTTCTTTTATATTTGGTACAGGTCTTGAACCAAATAATAGTTTGAAAAAAATAAAAGAAAAATGGTAGAAGAAGAAAGAAAATGGCAGAAGAAGAAAGAAAAATGGCAGAAGAAGAGAAGAAAAATGACAGAAGAAGAGAAGAAAGACGATGAAGAGAAAAAAATCGCATAAGAGAAATAGAAGAAAAACGATGAAAAGGAAGGAAAAATATGAAATATTTTAAAAGAATGACCAACTTAATGAGTTTTTTTTCATTTTGTTACAGGAGCTATAAATATTTTGACTTTTTTGTTATATTTATGAAAATATAATAATTTTTTTTTGTTATATTTGATTATCCCTTAGATTTAGGTAGCCAAATTTAAACAATCAAATCTAAACAATCGTGTACCAAATCTAAACGACTGTGTACTAAATTTTTTTTAAATAAAATCGTTGAGATTTGACTTTCCAGATTCAAACTATCAAATCTAAACGATCGTGTATCAAATTTAAATGTTATTCTACCAAAAAAGTTTTAAAAAAGTTTGTTTAGAGTTGATTATCCAAATTTAAACGATTAAATCTAAATGACTTTCTACCAAAAAATTTTTTTAAAAATTGTTTAGATTTGACTATCAAAATTTAAACTATCAAATCTAAACGATATTGTACCAAAAAATCTTGAAAAAAAAATCATTTAGATTTGACTACCCAAATTTAAAGAATCAAATCTAAATGCCCGTGTACCAAAAATAGTCAAATCTAAACGATCGTGTACAAAAAATTCTTGAAAAAAAATAGTTTATATTTGGGTACCCAAATCCCAAATCGAAACGATGGTGTACGGCAGAATAGCCAAATCTAAACGATCGTTTACCGAATATATGACACGCACTGGGTGCCAATTAAATGATAAGTCATCTTTGTATTTTCCATGGTGAGGCTGTGGGCTTTCTTCATTTTTGAAAATTTTCTATAGAGTGTAAATATTTTAGCGTTTGTTATTTTTTTTAAAGGATCATTTTTTAAAAAAGATATTGCTATATTTTATAAATAGTTTCAATTTTTTTTTCTATTGTTAATTTTCATAAATATAACAAAACACCAAAATAGTTATGACATGGGTAACAAATAAAAAATCATATGATATTATCATAAATTTCAGGTTTGCCCTTGAATAATGCAGATCATTTTTCACTTCTTTTTCTGCTTCTTCTTTGCAATTTATTTCATCCCCTCTTCATATTATTAACTTCTTCAGATTATTACTTCTTCTTCATTATACAATATTATGGTTATTTATGTAAATATTTACCAATTTCTTCATTTTCTCTTTAGAAATTTTTTCTTCATCATTTCTCATCTCTTTTTTTTCTTCTTGGTACAAGATCTAAATGATATTGGTATAAAATCTAAACGATCAGTTGTCTATTCTAGATAGATAAAGATAGACCATTATCACTAATAGATCGTTTAGACTGGATACAATATCGTTTAGACGGTACAAGGGTACAAGATAGTTTAGGCTGGGTACAAGCATATAAGAACGTTTAGACTAGGTAGAAGGGTACAAAAATCGTTTAGACTTGGTACAAGGGTACGAGATTATTTAGGCTTGCTACAAGATTATTTAGGCTTGCTACGAGATCGTTTAGACTTCCTACAAAATTGTTTAGACTTGCTACAAGATTGTTTAGACTTACTACGAGATCATTGCTCCAAGATCGTAGCTATGAGATTGTTTACTCTACAAGAAATCAGAGAATTCTTGACGCCACAGATCATCAGCAAAAATAGCAAAGCGTATTAACTAAGATTTTTCCAACATCGAATTCTCCATTGGGTAGAACGTCGGGAGTACTATGTTGGGGCAACTTTTATTGACGCGCTAAAGGGACGATGTCGACATCCTCTTTATTCTCGACGTAGTCCATGCCGATGTGTAGACGACGTCGGTAGTGGAATAAGTCTGACGCCACCTCCGCATATCGGGGAAAGGGCAATCCCGATGACACATCGAGAGAAGTTTTCCTCGACGTCATCTCTGTGCATTGGGGGAAACACATGATCCCGACGTAGTTTATACCTCGAGATAAATTTATTTTTTATTATTTTATTATTATTATTATTTGAGTATTGTTTTTGGTTCCACTTCAGAAGGCAATAAACAAAATTTACAACAAATTATTAAAATTAAAAATTTATAATTTATAAAACAAAATACAAAATCTGTATAACAAAAATTACAATTAAGCTATTCAAATTGTTCAAAACAATTACATTAATTAAAATAAAAAACTACACTTATATTCTAAAACATAGTTGCAGATGCCCAAAGAAAGAATGTCAAACCTACATATCACATAAAAGTACAGTTAGATATATATCACTGATAAGAAACTAAACAAATTAAATGTTGAAAAATATGTACCCCAAATGTTCATGGTCCCCTCTGTGCCCGACTCATTTTCTTAATCATCTTCCCCATCTCTTCAACTTGTCCTGCATAAATTTCTCCTATTTTTTCAATAGTCTCTTCCATTTGTTGGTCACGGTCTACCATTTGTTGTCACACTCCTCCTCCCTTATTTGTTGTTCTTCAATGAATCGGTTAGCATTTTCAAGGCTAGCTTTTAGTTCGCTAGCCTCTCTATTGTACATCCCTTGGTCATAGGAGGAGGAAGAAGTGGAAGCAGAACTCTTTGGAGACTTGGGATTGGGGCCCCAACCAAGATCTTTTGAAAGCCTTTTTTGAAAATTTGGAAGAAACAATTTTTTAAAAAAAGATAAAGAGAAAATATGGCTGAAACAAATTTTAGAATAAAAGGAAAAATAATAACACTTTCGATATTTGAAACAAATTTTAAAATAAAAGGAAAAATAATAACACTTTCGATATTAGCCAACTAATGGACCACATCGTACTTCTTTTTCAAAAAATAGCCAACTGTTTTCTTTCGATATTAGCCACGCTTTTTAAACCGAACAACATGAATCTGGAACAGTTTGTTTTGGTTTACGGTTCGAACATACTCATACTAGTAACATATTGTTGATCCATAAGTTCATTTTACATAATTATATGTTAGAAGTACGTAAATATTTATATTAATGTATGCATTTAAGGTATACTAGCATTACAGTGCTAAAATTAGATCATGAGGTTCGTAGGCGCTACCCTGAAATGGATAATCAAAACATTCGCACTATACTAGCTGTCTTCACATCCACCCATAATCAGTTAATACTGCTATTAGATCCACTAATGAATGACAATAAGTGGGTGACCCATATACCGTACGTATTTAGGCATCAAATTAGACAGCTTTCATACTTCCGTATGATACACTCCTCCGACCTCGTTTTTCGTGAAAGTACCAGAACGAACAGACGAACTTTACGAGAACACTTCCAGAATTTGTATCTCGAAAGATGAACAAGTGTAGACACTAGGTGTCGAAAGGTTGTTGTCCTTAATTGCGAAGTTCTATACTATTTATAAGTGATTTCTTCTAGATATACCTCACCTAATCATACTTAGTCATATGGATCCCAAGAGGTGACTATATGTGGTGTATAATGACTTCGAGAGAAGCACGCCTTAATCATAACCATGGTTGAGTAAGTTATATTGTATCAAGGTTACCACATTACTTAATCACATGATAATACATAGACATTCCTTCACTCACTTCTCGGATACAAGTTAGTTCACATCTCCATTTCACCATCTTATTCCCCCTTTACAGACTCTATAGGACTAGTTTAGTAATTTATCTTAGTCTCGCATTCTTTACATTTCTTATTCTTTAATTATTTTATACAACATAGAAGATGTGTAATTCCTAGAACTAATGTCTTGAATCAATTTCCTGTTTTCGACCCTAGATCATCGAGGTAAATCTATTGTTTCACTTGCACTTGGACAAGTAGTAGGAAAACTTGTACTCAATGAGAACTTAGTTACTATGCATATCGCATGTAGTGAACATGCTTAGTGACGTATCATCTAGACCAAAATATAAACTCAACACACTTCACATACTGAGACTGAGTGAATTAAGTGATCACTCAATGAATCCCCAACCACAAGTGTAATAAAAAGTTTTCATAAACTTACTAGTTATACTAGCGTGCGTTTCTCGGAACAACTCGACACGATCTATCAGACGACCACGTTCTTCAGTGAGCTCGTGTTGTCGTTGAAGGAACAACTTGGATCCACTCCTGTGGTTGTAAGGTTCCTTTGCTTTAGCAGTTTTGTTGACCCTTATTGCTCCTACATTCAAACAATGATCAAAACGTTACATCCAAACAACAAAAATGAAGCAATGTTAAATGAAATTAAAGTAGACGATATAAATAACCTGAAGTTATTGAGTCCTGCAATTATCACAACGAAAGTCCTAATCTTGCATGAGATTCACCAATCTCGACTGTGGGTTTGCGCGTGCTTCTTCAGAGTCATTGTAATGCTTGCAATGTCGATGGTTGTCTCCTTTGAATTTTTTCCACTTGCTGAGCATTCGATGCTCAACAAAATAAGTAAATGCTTGATCTTCAAAATCGAGCCGAACCATTGCGACAAAAGAATAATACATAAGAATTAGTCTTCTACATATGTAGGTTCAACATATATTTTAAATAAATTACAAACTTACCTGTAGGCCGCCCTTGACAACCTCGACGTACTCTGAAAGTACATAGGCCCACTTGAGATTCTGGATCGAAAACTTATCTCGGGTTAACACATCGATCATGCAAATGAAACAAACGACATGTGGCGAGATAGACTTGTCCCCTCCTTGGGGGATTGAAAAGAGGATCTTCCCATTTTGTTGTACACACCTTTCCAACTCCAAGTTCTGGGATTCCTAACGTCTCCTCGGAATGGGAGTGGGTTGAGGGGAATATATGAAAAATACACACTATCATATTCAGAAACTTAATTACTGATTCAAGTGTTTATGTAACGAGACTAACCTGAAGTGTCACCCACTAAAGACAATCCTCCCGCATTATCTAGTAGGTCAAAGTTTAGGAAAATATCTGCTTCATGAATACCACTCGGAAATGACATAATTCCTGTAGACATAAAAATCAACAAGCTTTAAACAAATGTAAGTATCACAAACTAAATATATAAAAGAATGACTAATGCGTATACGTGAAGAAGACAATTTTATTCATCATCGCTTGATCCACTTTAAGGTGATGATAATTGTTCACCACCATCGTCTATGAAGTCGTCCACGACATGAAGCACATCCGTCCACGACATGATGTTGTGTCATCGAACTGGGTTAACAATGTTATGTCTTCCTACTATCTCTACTTATTGTTCTTATTGCTGTTTCTGTTGTTGTTAATTGTGGGTTCATCTGAATTCACTACTGTCGATTCTTTCACAGTTTTGTCAAAATTATTGATTTCTCTTCCTCTAATTTTTAAAACCCTTGTGCCCATAGGGGAATAACTAATCCTGCTCTTCGTTTTCTCATACAAATTGCTCTCCTTTATCAGCTTGTCTCATTCTCCTCTATCTCACTGTCTCAATCTCCTCTATCTCATTGTCAAGGGTCCTGGATGCGTAACTGCTCAAGACATCATCTTACCACCTTCGGTGGAAATCGTTGATAATACACAGCATATAGCTAACCTAATGGAACCAATTAATTTGTGTATTGAATTAAAGATCGAGAGGAATCGCGGATATCATATACAAACGCCAAATAATTTTCAAGACGCAAGTTATCCTATGGATGCTATATTCATGCCTGTTCGAAATGTTAATCATAGTATACATTCTTATGTAAATGGGAATGAAAAACAAGAGATACTTTTTCTCGAAATATGGACCAATGGAAGTTTAACTCCTAAAGAACCACTTCATAATTTTAGCATAGTTTTACTTGCTAGAGTGAAGATAAGAAGAACGAAAAAAAAAAAAAAAAAACAAGAAAAAAGAACAAATTTAAGCGCCGAGCAAAAGAACAGAAAGAGAGAAGAAAAGGAAATACTTTTATAAACGTAAAGATATAATTTTGCAATAAAATCCTAAACCCTAAACCCTAAACCATCATAAGAATTTCTTATATTTGTATTTTGCAATAAGTTATCTTTTATTTTTCTTTTAAAAAAAAGGATCCCTCTTAAAATAGTTATGTTTAATCTTTTTTATATTATATTTCTACTGTAACACGGAAATACCCAATAATAATACTAAGATGTTTATTGAAATAAACTCTAATCTAGCTTTTTTCCCCGTAAAGAAACATTATACTTTTAACAGTATTTTTATACTAAAATATAATAAAAGAAACATTTTTTAAAATAGCAAAATAAATTAAATTATTTACAAGCTATAGCAAAATTTTGGATTCTATCACTGTAGCATATCAATGACTATCGGTGATAGAATTTGTTATAGCTTGTAAATATTTTATAAAATATATTATTTTTAACAATTCTCCAAAATAAAAACTATATTTAGTTAACGACTTGTTTGTTTTCTTCTATTATGTTCGTAATAAAATCTTGAATATTAGTATCTCAAAAATTTTAAAATTCGTTTGACATTAATTTTTTTAATAGCTTATAAAATTTTTATACTAAAATATGTACTGTAAAACATAGTTAATTAATTAATAAATATTTACACTTAGTTTTAATTAATTATCAAATATAATTTGAATTATTGTTTAGATTTAATAAACTTCCGCTAATACTTTTATAATTTAAAGATAGAATGTAGTTCAAATGGGAAAAGTTAATTGTTTATATGTAGAAGAGCTCTCGTTGATTGTAATTTGAAGAACTTTCTTTCATCCACTCGAATGAATCGTTCAAATTAAGGTCCTACATGTAGTTAAGCGTGCTTGTTGGATGATCTATAAATTGTTCTAAAAAGTATGTAAGAATGAACAAATCAAGCTGAAAGCCTCCAAGTTTGTTTGTGCATGGGAATAGATCTTATATACTCTGATTTATTTCGTACCTTTAGCTCAATGAAAAAATGGGTCAGATTCTACAGGACCAAACCTATGGGCCTATGGGACTTAAGGAATGATCGAAGGGAATAAAAAAAGAAAAAAAAGGAGAGGGAAAAATAAATAAATAAAAATGACGTAGAAGAGCCCAGATGAAACAATTAATTTAAGATAAGTAAATGGTACGACCGAATCGTAGAAATATCAAGGTCATCAAATATCTAATCTAAATTTCGACAATAAATTTAGGGCAATTAGAATTATAATAACACTGTATAGTTGAACCCAAAACGAAAAAAAGGTGAGAGATATATGCATGAAAGGTAGTTTTTGTTTGGTTAAGAAATGCAAATATTTTTGGCATATTAATTCATTAAAATGAAAAGGAAAGAAGCCATGATTTTATTTTCCTTTGTATTGATTGAGCATGAAACTACAAATATAAAATTGAAGACAATTTTAATTTATTTTATTTTCCTTTATTTTCCTTTGTAGATATTCAAAAATATTTTAATGACTATGTTTATTTTTTAGGATTTTTACTCAAAAATGTTTTAAATTTACATAAAATTTCAATAATGTGACTATTTATTAGTTTAAAGCTCATTTGATATAATTTGAACCTATATAACAATATTTTTTTTTATTAATTTGAATTTCTTTTTAATTATTTAATACAACTTATATTGTTTTTTATATATTATTTATCTCATAATTTATTATTTGTTTTTATAAAATAAACATTAAGTTAAAGTCAAACGTGAGTATCTTGTTAACAATAATAAGAATTAATATAACAAAAAAAAAATATAAATGGTTATCTACTTATTTTAATTATATAATGCAAATGAAGATATACATGAATGAATAGAATAAAAAAGACAAAAATGTAAAATGGGAGGGTTGGAAATCTGAAAAACTCATTTCATCGAAAACTATCCGTCCTCGCTCAGGTATTCTAGGATAGTTAATAATCTTTCTAGTTTATGGTGGAACATTTTACAATATTACAAAACAATCAAGTTAAGCCAAATATCGATTCGAAACCTCACATGCCAGTGAAATAAACCACCCCTAAAAAGTTCTATTAAAGTTTTTAAAAAAATTTATTTTTACCTTTGTTCATTTGGTTGCGGACATATTCTTCTAATTTTTTTTTTATTGAAGTGATATAGGATGAAATATGAAAGAAGTTAATTGTAAACTGAATTAAATTAGAATATAAAAACAAAATTAAAAAAAAAATCTAATTAAATAATGATTAAAAGGAACATTTAGAATTTAAAATGAGATGGGAAAATTTTTGAATGAATATTGGATTAAAAATATAAATAGTGTCATATCATAACATGACGTGTTGGACACACCCTAATATGTACATTAAATGTTGAGATATTGTAAAATATAGATTAAAAATTGACATATCATCATAAACTTAAATAATATTTGTGTCTCCAAATTCTTATTTACACCTTTTCAACCCATTTGTTTTTTCTCTTAAATGTTTCTATTTAAAAAAGTGGGAAGAGTTGATAAAAAAATCTAAAAAAGATAAGCAGTGATATAAGGAAAATGACATGTCATTAGCAGTGATATGAAAAAAGCATGGGTATATATATATATATATATATAATTTCTTAAATAATTATAAACATACACCAAAATGATTTCTATCGATATTTAACTTTGGCTATTTAAAATATTATTTTTTAGAAAAAAAGATGACAATATAAAGTTATTGTATGGTTCATCAAAAAAAAAAAAAATCCAATAATTTGCATATGCATTATTCACAAATTGGACGGATCTATTAAGGGACTAGGGGCACATGCCCTCTTTACATTTCAAATTTTTGTATTTTAATATTAACTTTGAAGTGTTAATTAATTACAATATATTTTAAATAATGTTTTAATTGTAATGTATTTTGTATTTTGGTATAGTGGCCGTGCTTCCCTTCTAAAAACCTAGGAATTTGAGTACAAATCTCATCTATTACAATTTTTTTTTAATAGTGTCCCCCTATATAGGATACGCCACTACTTACTATTTACTATTGTACTATTTCTATCCATATTCTTTAAAGAAAAAAAAAAATCTTTGAAGTTATGGCATATATTTTGGGTTTCGGTCTCCATTATGTTAAACTATACACACAAAAATTCAAAACATATCCTCTAGTCTATATTTATAATGTGTATTTTTCTCTTTAAAAACTCTCATTAAGAGAAAAAAAAACTAAACTCTACGACCTAATTTATATATTCTAGTGCATTTGTTGATTTATATTGTGTATCTTTGTCTATAAACAAAATATGTATACGATGGGTTTTTTGTTATTGCAATTATTATCATCTTTTTTCATTTTAAATGCAGAGTTTAGAGAAGAGGAGAACACCAATATTGTTTTCGTTATCTTTTAGTCAAATGCATAATGTTTGGGATAGAAGTGTTGAAAACAATTTAATTCAAGTTTTCTACTTTATAAAAACATGATAATTATAATACATAGGTGAGAGATCTCCCCCTGGAACTTTAAAACTAATAATATAAACTTTGTGGAATTGAGCAATGCCCTTTGTGCATATTAAGGAAGATTTGATAGAAAGCAACCGAAACTGTTAATCAACGACCAACCTAATGGAGAAGGAAAATCCAAGAGAGATTGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGGCAAGAGCATGCAGCTATCCCTTTCCTATGCCATTCCCCATTTATTACACATTATGTCAAAATTATTTATGAGAATTCAAAAATGAAAAAAAAAAAGAAGAATAAAAGTGTTGCAATCTGCAATACTATCATTATTTTTCATGTGTAGAGAATTGTTTTATCCCTAAATTATTTAACTCAAGAAAAAACTATATAAAATAATGTTTAACATCCCCTTTATTGATTAATTTCTAGATATGTAACTTCATGTTATCTATTATAATTACGAGAGCTTATTAAACTCTAAAATGGGCACTAGGTCAAAAATGATACTTTATTTGTTAAATAAGCCTCCTCATCTCCTTGTAAATAAGTTTTGAGATACGTTTGTTTTGAGAGTTGTTCGGTTGTTTGGAGAATTGAAGCTATGTGACAGTTTGAGAAAGTTTTGGGAATCAAACTATAACTTAGACATTTTTTTTAATTTAATAAAAGAAAAGAAAAAGATAATTTAGTTTAAAGAAAAAGGAATTTTTTATGTGTTGTGTACGTGGGAGGACACTTTTTTTGGTATGCACCCTCGCTTAATGGGTTTGGTTTGCCCTGTTTTGAAACTTTTTAAAGTTAATAGTTCTTTTAATACAATAATTTATTTTGAATAAGATACTAGAGGAAAGGATGAGTGATGCATCGAGACATCTCAACTAAATTGACATTCTTTTAGCATTCTCATCAAAATTTTAAATGAAAATTTTGAGTTAGCAAATGTTTGTTATTATTTTATTCTAAACATGCATTCTCACATTGCTAGTAATGTGAAATTCTCTTTTATAAACTCATATATTCATTCATGGGTTTGGGCCTTAAGAGCAACCAAGTTTTGGAAGGGAAGAAGAGATAGACAAAAGTAGGTTTGCTGATATCTCCACACACGCAATCGAGCGTGGCAAGGAGAGAAATAAAATAACATTATAATGTATTTTTGCTAAAATTATCTTTAATATTCAAAATCATTTTTTATGTTATAAATGTTTGTGTAAATTACATTTTCAAAAATGAAATCGTTTCAAATTGAACGAAAAATTAGTTAGCGATTTTTATTTGATCATTAATTTTGTGGCCGTTGGAAAAGCTCCTCGCTCACTATATATATGAACCTCATTTCTCTTCTAAAAATACAAAACAACAACGATTTCTTTCTCTCAAAAGTCTCTCGTTTTTAGTATACCAAGCAGTAGAGTGTATATTTGAGTGTTGAGATTTCAATTAGTTTCCGTGCAAAAATAATTGAAGAACATGGTTGTTTCATTCTGGGGACGATGGAGCAACACAAACATGTTTGCACAAAAGAGCATAGTTGCAAAATGTTTTTAAAAAAAGTGAGATCCATGACTTAGCCATTTTCTAACATGTTTATGTTTTGTAGTAGCTGTTTTGACTAGGCGTTTTGACCGCTACGCAAGTTGATCATTTGGCGAGTTGATCGTTAGGCGTTCTGATCAGTAGGTGATTTGACAAGTACTCGAGCTGACCAATGAAGGTGTACTATTCAGGCGAGATAACAATTCACTTGGCGAAATACAAGACACATTAGCATACCAATTGTCTAGGCGTCCAGTTTTGAAGTTAAGGCTTCCACAACATACTACTCCTTTTAGGCGAATTGCAACAACAATTTTAAGACATTTCATTCTACTGCGATGGTCGGACCATTCCAAGATGATTTGATGTCCTTTGACCTGAATCGTTCTTTTCACTTTGAAGGAGAGCAAATAGATGGAAGCAAAAGATGTTCTTTCTCACACTGAAGAAAGTTACAGCCACATGTTCCATTGAAAAACCAAAGGTTCTAGAAACCAACCCAAATGAAGAGCAAATCAACCGTCTTACTGTGTGGACAGAGACAAACTTTATCATTAAGATTTTAATTCTCAATGGTCTGACTTATGAATTATACGATTATTATAGTACCATGTCACCCGTGAAAGAAGTATGAGACACGTTACAAAAGAAATATGACAATGAGGAAGCTGGATTCAAGAAGTATGCGGTAAGCTGATACCTACGGTATCAAATAACTGATGATAGATCCATGGAGGCTCAATCACACGAGATTCAAAAGATTCTACATAAAATTATTAGTGAAGGTATGCCACTTGATGATCAATTTTAATTTATTAATATTGATAAGCTACCTCCACTGTGGAAGGATTTCAAAAACACTTTAAGGCACAAAACAAAGGAGTTCTCGCTGGAAAGTCTCTTCATGTGTTTAAGGATGGAGAAGGGGGCTAGAAGACATGACAAAAAAGAAGAGGTGAATGTAGTTCCCAAAAAGCCGTCTATCGCAGTTCTAAAACCAGACCTGAAGTCGAAAGGAAACAAAATGAAAGTTCATAACAGAGGACCCAACAAACAAAAGAACTCCCAGTCTAGAAGTACGATACAAATTATTTGTTATAGCTACAATAAAGTTGGGCATATAGCTAGAAATTGTAGAAAAGGGAATCGTCCTGCTGCACAGATGAACCTGGTTGAAGAGGATTTAGTAGCTATGATCACAGAAGTAAATGTGATCGAGGAGTCTAAAGGTTGGTCGCTAGACACTGGTGTATCTTGCCACGCCTGTCACGATATTAGCTTATTTAGAAAATATAATGAGACTGAGGATAAGAATATCCTTCTAGGAGATCATCACACAATTAAGGTGGCCGACATTGAAGAAGTAGAACTGAAATTCACATCTAGCAAGACGCTTGTGCTTAAAGAAGTTCTACACACTTTTGAAATTCGAACAAATCTAGTCTCAAGATATCTCCTCAACAAAGTCAGCTTCACGCAAACAATATGATCATATCTCTTTACTTTAACAAAAAATAATGTATTTCTGGAAAAGAGTTATGCAAATGATAGCATGTTTAAGTTGAAATTGGAAATGAATAAGAAAATGTTTTCTGCTTACATGTTGTCTACTTTTAATGTTTGGCATGCTAGACTTTATCATGTTAATAAAAGATTAATTAGCAACATAAGTAAGTTGAATTTGATTGTGAAGTTATCTTTTCATGAATTTGAAAAATGCACATGTTGTAGTAAAGCTAAGATAATAAAGACTTTCCATAAATCTGTAACTAGGGTAACCGAACCTCCAGAGTTAATTCATTATGATTTATGTGAATTTGATGGCATATTAACTAGAAATAGTAAAAGGTAATTTATAACCTTTATAGATGATTGTTCCGACTACGCTTTTATTTATCTACTTAAAAATAAAAGTGATGTCTTATAAATTTATAAGTTGTTTACAATTGAGATCAATAATCAGTTTAACAAAATAATTAAGAGATTTCGTAGTGATAGAGGAACTGAATATACTTCAGTTGTTTTTAATGAGTTTTATAACTCAAAATGAATAATACACGAAACAACTGCACCTTACTCTCCTAAAATGAATGGAAAAACTGAAAGGCAGAACAGAACTCTAACTAAGTTAGTAGTTGCTATCTTGCTTGATTCAGAAGTAGCACCATCTTGGTGGAGTTGAAATAATTAAAATAGTGAATTATGTTCTTAATATGATTCCTAAATCAAATAGTAAAACTTCACCGTACGAAGTCCTTAAGAATAAAACATCAAACTTGTCCTATCATAGAACATGGGGATGCCTAGCCTATGTAAGAATACCAGGTCCTAAGAGAAGAAAACTAGCTAGTAGAGTCTATGAATGAGTCTTTATAGGATACGCTGAAAATAGTAAAGCCTATAGATTCTATGACTTAGAAAATAAGGTAAACATAGAATAAAACGATGTAAATTTTTTCTTGGATAGATTTCCTTTTAAATCTAGAAATAGTGGGGGGTTATTAAATAGTCAAACTAGTGGGGGCTCAAGTTGAAATAATCTACCTTCAATTAGGATCCAAACCCAGGATAAAGAAGTAGATCTTGAACCTAGAAGAAGCAAGAGAGCAAGAGCCATAAAAGACTTTGGAGAAGACTTCGAAATGTACAACGTAGAAGATCCAAAAGATCTAACAAAAGCCTTATCCTCAGTAGATGCCACCTTATGGCAAAAAGTTATTATTGATGAAATGGAATCTCTTGAATCTAATAGGACTTAGCACCTAGTTGACCTACCTCCTGGCTGCAAAGTAATAGGATGTAAATGGGTTTTGAGGAAAAAACTCAAACATGGTGGATCGGTAGATAAGTATAAAACTAGACTAGTAGCAAAGATTTTAGAGTGTTGATTTGTATAGGTGCACTAAACAATCTCTTATTACATCACATGGACGCTAAAAATGTCTTTCTAAATGGTGATTTAGAAGAAGAGATCTATATAGAACAACTTGAAGGTTTCATAGTTCATGGTCAAGAATCTAAGTTTGTAAATTAGATAAATTCCTCTATGGCATAAAACAAGCTCCTAAGCAATGACACGAAAAGTTTGACAACCTAATCATGTCCAAAAGAATCAAAGTAAATGAGAGACAAATATATCTACTATAAAATCGAAGATAGGTTATGTATTATCATTTGTTTATACATAGATGACATGTTAACCTTTGTGTCAAACTTGCATGTCATAAACTATGTAAAATCAATGTTGAGTGCAAACTTTGACATGAAAGACGTAGGAGAAGCTAATGTAACCCTATGCATCAAAATTACTAGAATTGAAAATTAAGTCTTCTTTGATCAATCTCATTACATAGAAAAGTTTCTAAAGAAGTACAACTTTTTTTAAAGCAAACCAGCTTGTACACCTTATGATTCTAGTATTAAGTTGTCCAAAAGAATTAGTGACAATGTCAATCAATTCAAATATGCTAGCACTATAGAAAGTCTGAGATATATTGCTAACTGCACTAGACTAGATACTTATGTTGTAGGTTTACTAGCAGACCTAGCCTAGAACACTAAAATATTGTAGAAAGAGTAATGAGATATATATATTAAGAAAACCCAAAACCTAGGATTACATTATCAAAGGGTCTCAGTTGTATTTGAAGATTACAATGATGCTGATTGGAATTGCTTCTTAAGTGACTCAGTAACTATATTTTAATTATAGCGAGAGAAGCTCTTGCTTGGAAATCCAAGAAACATACCATCTTAGCTTAGTCAACATAAGAGACAAAAATGATTACATTAGCTACTACTAGTGAACAAGCAAGCTGGCTTCGAAGCTTGCTATCAGAGACTCCCAAATGAGAAAGGCCGGTACCAGCCATACTAATCTATTGTGATAGTATTGCATCTATTGAGTTCAGAATTGTTATTAAAAAAGGTAAGAGACGACAGATACGTCATAAGCACTATACCATTAGATAATTTCTCACTACTATTTCAGTGATAGTGGATTATGTATGGTTTGATGACAACATAGTTGATCCTTTGAAGAAAGGACTAGCAAGAGAGAAGGTTTTTAAAACCTCAGAAAGAATATGACTCAAGTCTATCGTACACTGAATTGTTTGTGAGGTAAACCCAACTTTAAAAACTAGAGAGCCTAAGAAACAAGTTCAAGGGGTAATATAATCACAAGTAATATGACGATAATCATGCTAAAATAATTACGGAGTTCCATTTTTATAATTGAGTGATTACATGATATCCTGAAGCATGTGACAAGGCTGAACTTTTTTCTCAATGAATTCTATACGATATCAAGAAGTGTACCTAGCTACAAGAGTACTCTTGGTAGATTCACCTTTGTGGATGTGAAAGTGAGAGTCATTTCCTATGAATTTTTAGGCAAAGTCTCTAGAGTGTCCACTAAACTGGGCTATACGTACAAGGCCTTAAAGCACGAACAATTTTTAGAACTTCACTCAAAATAATTTTGTGTGTGCAATTTTATTATAAGTAAAGTTCAAAACAATGAGTTACTTAACAATACTCTAAACTATTGTTACTACGTAAAGTTTCAAGTCATTAGACATCTTCATCCCTTATTTTTTCTCCCAGTTTTTAAGGCTCTAATCATTCTTTCTCTTACGAAAAAAATAATTTATTTCTTCAACAAAGTACTTACTACGTGTATCTATAGTACACCATGTTTATCAAAGCATATCAAATTTTTGAATGTACCAATGAAACATAATAAGTTTATTAGCAGTCTATCAAGAAGAATAAAGTGTATCAAGTGTATCAAATGTATATAAGTAACAAGGGCATTTGTGACATTTTACATCATTGTATATGTGGGCTAGTGATAACATGCATAAATGACCGTTATTATAGTCATTTTTATTAGAATAATGAGGTTAAAACGCATAAAGAGATTATCATAATGCATGACTTATGTTGTATACGCATAAATATTTAGAAATATAGCTTACATAAATGTCATTCTTGTTTTACGCGGTTATCATGTTTAAACATAGGACAAGTGGAAAAACAAGAAATGAGCAACTCATACATGACATCTCGCACAAAGGCTTTGCGATGGATCTCGCTTGGTGATTAACAACTCTAGACGAGGAATCAAAACATTAGGAATGCTCACAAGAAGACAAGAATGGTAGTTGGAGTGATGTGACCTCACAGGGCCAAATGACAGCACTGACGCACTCGGAAGAATAGAATCTTTCCACCTAAAAGCAGTCTATACAAGCACTTCATCTTCACTAAGAGAAGGGGGGCCTAAATAGGCCAAAGTCAGTCTGTATAGAGAGAGAGAGCTCGAGTGAGCTATCGGGAGAATATGCAGTCGTGTGAAGAAAAAAATCATTTTTGTTGATTCCCTAACTTGTAATAGCAATCCACTTTCTATTCTTCCCATTTTTGTTGTTTTACCTCATATTATATATATTCTTTATAAACCTATACTCACATCCTTTGATAATTTTATATAAATATAGTGGTTCAATCCATTATCTGTCCTCTTCTGCAAGTCAACGTGTTATCAATTGTTTGAGTAAATAATAGTTCATGATAAGAAGAGTTGCTTATACATTTTAATGTGTTAATTGTGCTTTTGTCAATGCTTGGCTAGCATAAGTTGCTAACTACCCAAGAGGAAAAGTAGCTAGAACTTAATTAGCACGTGTGAAGAGGGACGTTGTCTCTCCACGAGAGTATTTGTAACATTTGGGTTTCGAAAGGAGGGCAAATGTGGGCAGTGACTATCGAGTAGTAGTAGTCCTTCATTACGAAATGCTATAAGATACATAAGTGGTTTCTTCTAGACATAGCTCGCCTAGCCATATTTGGTCATATAGATCTCTGAAGAGCAGTCATATGTGGCATATATGCATTTGAGAGAAGCATATCTTAATCACAAGTGTGTCTTAGCAAGTTATGTCGCGTCAAGGTTATCTCCCTACTTATCCAAATGATATCACGCAGACATTCCTACCCTATATATTTTTCCTAGTGCAAGTTAAATGTGTTTTATCTTTCTCTCCACGCCACCTTGTAGACTTTCGTTGTGTAATTAGCTAATTCTTACATTTTTTATTATTTAATTCTTCCAACTTGCCTAAATGAAGAGTGGACCTTAAAACTAACATCTAAAAATAATTCCTTGTGTTCGACCCTGGATCATCTAGGTAAACCTATTGTTTTGTTTACACTTGGACAAGCAGTAGAAAAACTTGTACTCAATGATGACTTAAGAATTACGCGATAAAATGATATATTATTGTGAGCCTTTCTCATGACTATGATCATGCCCTATGACTCATTGCCTACCATGAAAACATGCAATACAAAGAATTACAATGAGCGCATTACATGTGATGACTTGACCCTGTAACGTATTGTAGTTGAATTAAACAGAATTGAAACCATTAAGTTCATGCACAAAATAGACAAGCAGCTGGATTTTGTTTTTTCTATTGTTGCAAACAATAAATGTGTATGCTATAAACTTAATTATTATAACTTGTTTTGCCTTTTGTGCAAGTGCCCCTAATTAATTATGTATGCAAGTGCCCCTTAATTATTTAACTACATACATATATAAAACTAACCATATATAATTCCTTAAAAATCAACCATTTTAATTTAAATCACCTATCATACAACTTAAATTAATCCTCAATAATACCAAAAATCCAAATCTTTTAATTAATTAAATATGCATTCAACAAATGTTTAATTAATTCTAATTTCCACGAAAAAAACCATTCTCATTTAATTAAATAAAATTAACACCTAACAATTTTATCATAATTAAATAGAAATTAAGATAATTAAATACAAAATTACCTTAATGTTTTGGGGTCACATACATAAAAAAAAACGATAAAATGCTAAATAAACATTAAATAAATTAACATAGGAAATAAATAATAAATAAATAAACACCAATATGTATAAATAAATAAAAGGGAGACTCATAAGACAATAAAAAAAAATAAATGTAAGAAGAAAAATAGAGAAATAAGAAGAACAATAACTTAAAAAAGAAAATAAGTCCAAAACATCAAACTTCTTTTGTTGCTTGGACCAAAGTACCTACCATACACCTCCAACTAAGTTAGAGTTTTTTCTTGTGTGTTGGATTCTTGATATTGTAGGAAGTTTTTGGAGAAATATGGAGATTTAGTGGGTGTTGTTAGAAGATAAAACAAAATGGATGTTGTAGATCTTTTGATTTTTTTTTCTAACAAGAGATGAAGACTAAGCGAAGTAGTGGCTACGGAGGCTAGTGAACAAAGAAGAGGGGATGTGAACGTTGTAAAAATCTCTCTGGCTTTTTTTTTTTTTTTTTGTGGCTTTTTGTTTTTGTTGGGTCCTTCCCATTATGATTATTGAAGTATTTAGAGTAATTTTAGGATATTATTATGATATTATTCTGCCAATTCTTTCTTTAAGTGTATTCCTCGTTTAGTATATTTAGGCTTTACCTTTTCTAAATAATCAATGAAATAGATAATTATTTTCAAGAAAACAACATGGTATAAAAGCTTTCGGTTTCTTTTGTCTCATTGAATCTAGCTTCCACATCGTCGTTTGATGTCTGCCTTCATTGATCATTCGTCGATGGAGGTAGAGCCATCCCCCATTAGTCGTCATCGCCCCTTAGATTTGTAAATTCACCACCGTGCAACACCTTAGTTCCCTTTGCCGCACAAATATGCCGCCATCCAAACCCCAGAAACCCCATTCATCTTCTTCGTTTTCACCACCATCCACCCCAATTTATTTTTCATTCAGTTGCGCTCAACCTCTAAGCTCTGATCAATTCGATTATTGTTTTGTTCACCTTCAGATTTCAAATCCGTTTAGTTCAACTCCAACCTACTCTGATTTGGTTTCCGACTTTGGTTCCGATTTGCTCCACTATCGACCAGTTTTGGTTAAGATTTGTCTCGCACAACTTTGGTTTCCATCTACTCTATCCCACAAATCCAATCTCGTTTCAAGATTTTTTTAGCTCGTCTCTTTTCGATTCTGATTCATATACCCCGTATCCAGTCTATCTTCCCCTCATGCCTTACTTTGCGTTCCACCATCTCTCTATCAAGCCCAGGAGTTCTTGTTTCGTTCTCTGTAAATTCTGTTATAGATCTCTATACGAGGATTTATGTTTCTATCCTAGAAGTTCTTCGTGGGTTTGTTTTAGCCTAGAAGTTCTTTGTGTTTGTTCTTTGTGGGTCTCTGATCTACTGATTTGTTTCTTTTCTTAGCAAACTCAAGTTTGTGATTTGAACCTTGAGTTTGAGGGAGGGTATTGGAGTATTTAAGTATTTTTAGAAGATATTATTCTAATATTATTCTATCAATTCTTTCCTTAAGTGTATTCCTCATTGGTATATTTAGGCATGTATACATTTGCTAAATGATCAATGAAAAAGATAATTATTTTCAAGTAAACAACAATGATGGAGAAAAGATTATTTATAATAAGAAAAGATTCTTCAATTAAGGTAAAAATTAAGGCTTTTCTTTTAAAAATATAACAAACCAGCAAAATATTTATAATATGTAGAAAAAATTTTGAAAATGAAAAAAGCCCACAGACACATAATGAAAAATACAAAAAATACCTCAGTCAATACGTGATTAACCAGCCACACGTGCGTGTGTAATTATTCTTCTAAACGGTCATGATACATGATCATGTATGAAATGATACAAGATCGCGTAGTTCATGATACACAATTGTTAATTAGTTCATGATAAATGATGGTTTTGAAAAATCATAGTAAACGATTGTGTAAATCATGATACATGATCGTGTGTAGTTTATGATACACTATCAAGTAGTTCGTGATCACCAAAAATTGTTTGAAAAAGCCCTAGTAAATGATCATGTAGCTCATGATACACGATTGTGTAGTTTAATGATACACGATCGTGTAGTTCTTGATACACAATCGTATAGTTCATGATAAACGATGGTTTTGAAAAGTCATATGGTAAACGATCATGTAGTTCATTTCTGTCCACGAAACATTGAAAAAAATAATACAAGATTGATGATTGATCGAAAATAAAAAAAATAATAATAAAAGTATAATGAAAAAGAATAATAATAATTGTAGAACAATGATCATGATTTCAAAAAATATAAAAAGAAAAATTATAAAAAAAGAAAAGAAAAGAAGAACATCCGTCGTGACTGCTGCTGTAAACAAGATGGAAAGGAAAAAGAAAGAAGTTGGAGGTGCTCAAAATTCAAAAGCACCAAGGGAAAGACAGGAAGATTTGAAAAAAATGACTGATTTCGTAGACTTTTTAATTTTTTTTTATACTAAACGTAAATATTTTGAGATTTTGTTACCGTTCAAAAAAAATTTAAACTAACCATTACTGAATTAATTTTAAATAAGATCAAACAAAAATAGTCAGCTAGACAGTATGTAGGTTAAAAAAGAACTCAATTAAACACACAATTTTAGAAATAGTTTGATTTTAATTTTATATAACAAGTTATAAAACTAAAAAAGAAACACCAAACACACACATTATATATTTAATATGAGTGATAAAATGTGAGAAAATAAATATTTCTAGTATCGTCACGTTAATGTTTATTTTTCAAGGAAAGAAATATCTTGATCAAGAGAGAATTATACACATAA

mRNA sequence

ATGAAGAATGATAATGTAGACAAGATGATGATGAGAGATGCTCATAGGAATTTGGAGATAATTTGGATAGACTATTATCTCTTGTCTCATTCTCCTCTATCTCACTGTCTCAATCTCCTCTATCTCATTGTCAAGGGTCCTGGATGCGTAACTGCTCAAGACATCATCTTACCACCTTCGGTGGAAATCGTTGATAATACACAGCATATAGCTAACCTAATGGAACCAATTAATTTGTGTATTGAATTAAAGATCGAGAGGAATCGCGGATATCATATACAAACGCCAAATAATTTTCAAGACGCAAGTTATCCTATGGATGCTATATTCATGCCTGTTCGAAATGAAAGAAATATCTTGATCAAGAGAGAATTATACACATAA

Coding sequence (CDS)

ATGAAGAATGATAATGTAGACAAGATGATGATGAGAGATGCTCATAGGAATTTGGAGATAATTTGGATAGACTATTATCTCTTGTCTCATTCTCCTCTATCTCACTGTCTCAATCTCCTCTATCTCATTGTCAAGGGTCCTGGATGCGTAACTGCTCAAGACATCATCTTACCACCTTCGGTGGAAATCGTTGATAATACACAGCATATAGCTAACCTAATGGAACCAATTAATTTGTGTATTGAATTAAAGATCGAGAGGAATCGCGGATATCATATACAAACGCCAAATAATTTTCAAGACGCAAGTTATCCTATGGATGCTATATTCATGCCTGTTCGAAATGAAAGAAATATCTTGATCAAGAGAGAATTATACACATAA

Protein sequence

MKNDNVDKMMMRDAHRNLEIIWIDYYLLSHSPLSHCLNLLYLIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQDASYPMDAIFMPVRNERNILIKRELYT

Homology

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BLAST of CsaV3_3G019080 vs. NCBI nr
Match: YP_009346515.1 (RNA polymerase alpha subunit (chloroplast) [Cucumis x hytivus] >AOW71126.1 RNA polymerase alpha subunit (chloroplast) [Cucumis x hytivus])

HSP 1 Score: 153.7 bits (387), Expect = 4.3e-34
Identity = 72/74 (97.30%), Postives = 73/74 (98.65%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYPMDAIFMPVRN
Sbjct: 168 ASYPMDAIFMPVRN 181

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BLAST of CsaV3_3G019080 vs. NCBI nr
Match: YP_247632.1 (RNA polymerase alpha subunit [Cucumis sativus] >YP_009004075.1 RNA polymerase alpha subunit [Cucumis hystrix] >Q4VZK3.1 RecName: Full=DNA-directed RNA polymerase subunit alpha; Short=PEP; AltName: Full=Plastid-encoded RNA polymerase subunit alpha; Short=RNA polymerase subunit alpha >CAJ00791.1 RNA polymerase alpha chain (chloroplast) [Cucumis sativus] >AAZ94682.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus] >ABI97448.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus] >ABI98777.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus] >AHJ61417.1 RNA polymerase alpha subunit (plastid) [Cucumis hystrix] >ALF03334.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus var. hardwickii] >ANF28409.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus var. hardwickii] >ARQ16110.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus] >ARQ16193.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus] >ARQ16276.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus] >ARQ16359.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus] >ASY97476.1 RNA polymerase alpha subunit (chloroplast) [Cucumis sativus var. hardwickii] >AVE15363.1 RpoA (chloroplast) [Cucumis sativus var. sativus])

HSP 1 Score: 153.7 bits (387), Expect = 4.3e-34
Identity = 72/74 (97.30%), Postives = 73/74 (98.65%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYPMDAIFMPVRN
Sbjct: 168 ASYPMDAIFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. NCBI nr
Match: YP_004841815.1 (RNA polymerase alpha subunit [Cucumis melo subsp. melo] >AEM76924.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo subsp. melo] >ASY96344.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo subsp. agrestis] >ASY96431.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo subsp. agrestis] >ASY96518.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo subsp. agrestis] >ASY96605.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. conomon] >ASY96692.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. makuwa] >ASY96779.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. momordica] >ASY96866.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. dudaim] >ASY96953.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. cantalupo] >ASY97040.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. cantalupo] >ASY97127.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. inodorus] >ASY97214.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. cantalupo] >ASY97301.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. flexuosus] >ASY97388.1 RNA polymerase alpha subunit (chloroplast) [Cucumis melo var. flexuosus])

HSP 1 Score: 149.8 bits (377), Expect = 6.2e-33
Identity = 70/74 (94.59%), Postives = 71/74 (95.95%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANL EPIN CIELKIERNRGYHIQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLTEPINFCIELKIERNRGYHIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYPMDAIFMPVRN
Sbjct: 168 ASYPMDAIFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. NCBI nr
Match: YP_009456178.1 (RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM88699.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM89344.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM89521.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM89581.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM90171.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM90230.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM90348.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM90407.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM90525.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM90643.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM91289.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AUJ21943.1 RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria])

HSP 1 Score: 146.7 bits (369), Expect = 5.2e-32
Identity = 69/74 (93.24%), Postives = 71/74 (95.95%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANL EPINLCIELKIERNRGY IQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLTEPINLCIELKIERNRGYRIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYP+DAIFMPVRN
Sbjct: 168 ASYPIDAIFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. NCBI nr
Match: AHM88758.1 (RNA polymerase alpha subunit, partial (chloroplast) [Lagenaria siceraria])

HSP 1 Score: 146.7 bits (369), Expect = 5.2e-32
Identity = 69/74 (93.24%), Postives = 71/74 (95.95%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANL EPINLCIELKIERNRGY IQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLTEPINLCIELKIERNRGYRIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYP+DAIFMPVRN
Sbjct: 168 ASYPIDAIFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. TAIR10
Match: ATCG00740.1 (RNA polymerase subunit alpha)

HSP 1 Score: 119.8 bits (299), Expect = 1.2e-27
Identity = 53/74 (71.62%), Postives = 65/74 (87.84%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + V+GPG +TA+DIILPP+VEI+DNTQHIA L EPI+LCIELKIERNRGY ++  NNF+D
Sbjct: 108 ICVQGPGYITARDIILPPAVEIIDNTQHIATLTEPIDLCIELKIERNRGYSLKMSNNFED 167

Query: 102 ASYPMDAIFMPVRN 116
            SYP+DA+FMPV N
Sbjct: 168 RSYPIDAVFMPVEN 181

[Close]

BLAST of CsaV3_3G019080 vs. Swiss-Prot
Match: sp|Q4VZK3|RPOA_CUCSA (DNA-directed RNA polymerase subunit alpha OS=Cucumis sativus OX=3659 GN=rpoA PE=3 SV=1)

HSP 1 Score: 153.7 bits (387), Expect = 1.4e-36
Identity = 72/74 (97.30%), Postives = 73/74 (98.65%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYPMDAIFMPVRN
Sbjct: 168 ASYPMDAIFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. Swiss-Prot
Match: sp|Q9MTJ3|RPOA_OENEH (DNA-directed RNA polymerase subunit alpha OS=Oenothera elata subsp. hookeri OX=85636 GN=rpoA PE=3 SV=2)

HSP 1 Score: 137.9 bits (346), Expect = 8.0e-32
Identity = 61/74 (82.43%), Postives = 71/74 (95.95%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDI+LPPSVEI+DNTQHIA+LMEPI+LCI L+IERNRGYHI++PNNFQD
Sbjct: 108 ICVKGPGCVTAQDILLPPSVEIIDNTQHIASLMEPIHLCIGLQIERNRGYHIKSPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
            SYP+DA+FMPVRN
Sbjct: 168 GSYPIDAVFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. Swiss-Prot
Match: sp|Q49KW6|RPOA_EUCGG (DNA-directed RNA polymerase subunit alpha OS=Eucalyptus globulus subsp. globulus OX=71271 GN=rpoA PE=3 SV=1)

HSP 1 Score: 134.4 bits (337), Expect = 8.8e-31
Identity = 62/74 (83.78%), Postives = 68/74 (91.89%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILP SVEIVDNTQ+IANL EPINLCI L+IERNRGYHI+TP NFQD
Sbjct: 108 ICVKGPGCVTAQDIILPTSVEIVDNTQYIANLTEPINLCIGLQIERNRGYHIKTPKNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
            SYP+DA+FMPVRN
Sbjct: 168 GSYPIDAVFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. Swiss-Prot
Match: sp|Q09WY5|RPOA_MORIN (DNA-directed RNA polymerase subunit alpha OS=Morus indica OX=248361 GN=rpoA PE=3 SV=1)

HSP 1 Score: 133.3 bits (334), Expect = 2.0e-30
Identity = 62/74 (83.78%), Postives = 68/74 (91.89%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPG VTAQDIILPPSVEIVDNTQHIANL EPI LCIEL+IERNRGY I+TPNNFQ+
Sbjct: 108 ICVKGPGYVTAQDIILPPSVEIVDNTQHIANLTEPITLCIELQIERNRGYRIKTPNNFQN 167

Query: 102 ASYPMDAIFMPVRN 116
            SYP+DA+FMPVRN
Sbjct: 168 GSYPIDAVFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. Swiss-Prot
Match: sp|Q2PMQ3|RPOA_SOYBN (DNA-directed RNA polymerase subunit alpha OS=Glycine max OX=3847 GN=rpoA PE=3 SV=1)

HSP 1 Score: 128.6 bits (322), Expect = 4.8e-29
Identity = 60/71 (84.51%), Postives = 64/71 (90.14%), Query Frame = 0


Query: 45  KGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQDASY 104
           KGPG VTAQDIILPPSVEIVDNTQHIAN+ EP+NLCIELKIERNRGY I+T  NFQD SY
Sbjct: 111 KGPGYVTAQDIILPPSVEIVDNTQHIANVTEPVNLCIELKIERNRGYRIKTLKNFQDGSY 170

Query: 105 PMDAIFMPVRN 116
           P+DA FMPVRN
Sbjct: 171 PIDATFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. TrEMBL
Match: tr|A0A218KG62|A0A218KG62_CUCSA (DNA-directed RNA polymerase subunit alpha OS=Cucumis sativus var. hardwickii OX=319220 GN=rpoA PE=3 SV=1)

HSP 1 Score: 153.7 bits (387), Expect = 2.8e-34
Identity = 72/74 (97.30%), Postives = 73/74 (98.65%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYPMDAIFMPVRN
Sbjct: 168 ASYPMDAIFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. TrEMBL
Match: tr|A0A1X9Q1P4|A0A1X9Q1P4_CUCSA (DNA-directed RNA polymerase subunit alpha OS=Cucumis sativus OX=3659 GN=rpoA PE=3 SV=1)

HSP 1 Score: 153.7 bits (387), Expect = 2.8e-34
Identity = 72/74 (97.30%), Postives = 73/74 (98.65%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYPMDAIFMPVRN
Sbjct: 168 ASYPMDAIFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. TrEMBL
Match: tr|A0A1P8C7R7|A0A1P8C7R7_9ROSI (DNA-directed RNA polymerase subunit alpha OS=Cucumis x hytivus OX=442738 GN=rpoA PE=3 SV=1)

HSP 1 Score: 153.7 bits (387), Expect = 2.8e-34
Identity = 72/74 (97.30%), Postives = 73/74 (98.65%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYPMDAIFMPVRN
Sbjct: 168 ASYPMDAIFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. TrEMBL
Match: tr|W8E706|W8E706_9ROSI (DNA-directed RNA polymerase subunit alpha OS=Cucumis hystrix OX=396994 GN=rpoA PE=3 SV=1)

HSP 1 Score: 153.7 bits (387), Expect = 2.8e-34
Identity = 72/74 (97.30%), Postives = 73/74 (98.65%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYPMDAIFMPVRN
Sbjct: 168 ASYPMDAIFMPVRN 181

[Close]

BLAST of CsaV3_3G019080 vs. TrEMBL
Match: tr|A0A249RXS6|A0A249RXS6_CUCME (DNA-directed RNA polymerase subunit alpha OS=Cucumis melo subsp. agrestis OX=217619 GN=rpoA PE=3 SV=1)

HSP 1 Score: 149.8 bits (377), Expect = 4.1e-33
Identity = 70/74 (94.59%), Postives = 71/74 (95.95%), Query Frame = 0


Query: 42  LIVKGPGCVTAQDIILPPSVEIVDNTQHIANLMEPINLCIELKIERNRGYHIQTPNNFQD 101
           + VKGPGCVTAQDIILPPSVEIVDNTQHIANL EPIN CIELKIERNRGYHIQTPNNFQD
Sbjct: 108 ICVKGPGCVTAQDIILPPSVEIVDNTQHIANLTEPINFCIELKIERNRGYHIQTPNNFQD 167

Query: 102 ASYPMDAIFMPVRN 116
           ASYPMDAIFMPVRN
Sbjct: 168 ASYPMDAIFMPVRN 181

The following BLAST results are available for this feature:

BLAST of CsaV3_3G019080 vs. NCBI nr


Match Name	E-value	Identity	Description
YP_009346515.1	4.3e-34	97.30	RNA polymerase alpha subunit (chloroplast) [Cucumis x hytivus] >AOW71126.1 RNA p...	[more]
YP_247632.1	4.3e-34	97.30	RNA polymerase alpha subunit [Cucumis sativus] >YP_009004075.1 RNA polymerase al...	[more]
YP_004841815.1	6.2e-33	94.59	RNA polymerase alpha subunit [Cucumis melo subsp. melo] >AEM76924.1 RNA polymera...	[more]
YP_009456178.1	5.2e-32	93.24	RNA polymerase alpha subunit (chloroplast) [Lagenaria siceraria] >AHM88699.1 RNA...	[more]
AHM88758.1	5.2e-32	93.24	RNA polymerase alpha subunit, partial (chloroplast) [Lagenaria siceraria]	[more]

BLAST of CsaV3_3G019080 vs. TAIR10


Match Name	E-value	Identity	Description
ATCG00740.1	1.2e-27	71.62	RNA polymerase subunit alpha	[more]

BLAST of CsaV3_3G019080 vs. Swiss-Prot


Match Name	E-value	Identity	Description
sp\|Q4VZK3\|RPOA_CUCSA	1.4e-36	97.30	DNA-directed RNA polymerase subunit alpha OS=Cucumis sativus OX=3659 GN=rpoA PE=...	[more]
sp\|Q9MTJ3\|RPOA_OENEH	8.0e-32	82.43	DNA-directed RNA polymerase subunit alpha OS=Oenothera elata subsp. hookeri OX=8...	[more]
sp\|Q49KW6\|RPOA_EUCGG	8.8e-31	83.78	DNA-directed RNA polymerase subunit alpha OS=Eucalyptus globulus subsp. globulus...	[more]
sp\|Q09WY5\|RPOA_MORIN	2.0e-30	83.78	DNA-directed RNA polymerase subunit alpha OS=Morus indica OX=248361 GN=rpoA PE=3...	[more]
sp\|Q2PMQ3\|RPOA_SOYBN	4.8e-29	84.51	DNA-directed RNA polymerase subunit alpha OS=Glycine max OX=3847 GN=rpoA PE=3 SV...	[more]

BLAST of CsaV3_3G019080 vs. TrEMBL


Match Name	E-value	Identity	Description
tr\|A0A218KG62\|A0A218KG62_CUCSA	2.8e-34	97.30	DNA-directed RNA polymerase subunit alpha OS=Cucumis sativus var. hardwickii OX=...	[more]
tr\|A0A1X9Q1P4\|A0A1X9Q1P4_CUCSA	2.8e-34	97.30	DNA-directed RNA polymerase subunit alpha OS=Cucumis sativus OX=3659 GN=rpoA PE=...	[more]
tr\|A0A1P8C7R7\|A0A1P8C7R7_9ROSI	2.8e-34	97.30	DNA-directed RNA polymerase subunit alpha OS=Cucumis x hytivus OX=442738 GN=rpoA...	[more]
tr\|W8E706\|W8E706_9ROSI	2.8e-34	97.30	DNA-directed RNA polymerase subunit alpha OS=Cucumis hystrix OX=396994 GN=rpoA P...	[more]
tr\|A0A249RXS6\|A0A249RXS6_CUCME	4.1e-33	94.59	DNA-directed RNA polymerase subunit alpha OS=Cucumis melo subsp. agrestis OX=217...	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **Molecular Function**
Term	Definition
GO:0003677	DNA binding
GO:0003899	DNA-directed RNA polymerase activity
GO:0046983	protein dimerization activity

Vocabulary: **Biological Process**
Term	Definition
GO:0006351	transcription, DNA-templated

Vocabulary: **INTERPRO**
Term	Definition
IPR011773	DNA-dir_RpoA
IPR011262	DNA-dir_RNA_pol_insert
IPR036643	RNApol_insert_sf

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006144	purine nucleobase metabolic process
biological_process	GO:0006206	pyrimidine nucleobase metabolic process
biological_process	GO:0006351	transcription, DNA-templated
cellular_component	GO:0005730	nucleolus
cellular_component	GO:0009507	chloroplast
molecular_function	GO:0003677	DNA binding
molecular_function	GO:0003899	DNA-directed RNA polymerase activity
molecular_function	GO:0046983	protein dimerization activity

Relationships

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


Feature Name	Unique Name	Type
CsaV3_3G019080.1	CsaV3_3G019080.1	mRNA

InterPro

Analysis Name: InterPro Annotations of cucumber chineselong genome (v3)
Date Performed: 2019-03-04


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR036643	DNA-directed RNA polymerase, insert domain superfamily	GENE3D	G3DSA:2.170.120.12		coord: 13..110 e-value: 2.9E-15 score: 58.3
IPR036643	DNA-directed RNA polymerase, insert domain superfamily	SUPERFAMILY	SSF56553	Insert subdomain of RNA polymerase alpha subunit	coord: 17..111
IPR011262	DNA-directed RNA polymerase, insert domain	PFAM	PF01000	RNA_pol_A_bac	coord: 35..92 e-value: 4.8E-9 score: 36.5
IPR011773	DNA-directed RNA polymerase, alpha subunit	PANTHER	PTHR32108	FAMILY NOT NAMED	coord: 33..115

Synteny

The following gene(s) are orthologous to this gene:


Gene	Orthologue	Organism	Block
CsaV3_3G019080	CsGy3G018860	Cucumber (Gy14) v2	cgybcucB117

The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:


Gene	Organism	Block
CsaV3_3G019080	Silver-seed gourd	carcucB0070
CsaV3_3G019080	Silver-seed gourd	carcucB0071
CsaV3_3G019080	Silver-seed gourd	carcucB0687
CsaV3_3G019080	Cucumber (Gy14) v1	cgycucB006
CsaV3_3G019080	Cucurbita maxima (Rimu)	cmacucB0373
CsaV3_3G019080	Cucurbita maxima (Rimu)	cmacucB0829
CsaV3_3G019080	Cucurbita moschata (Rifu)	cmocucB0370
CsaV3_3G019080	Cucurbita moschata (Rifu)	cmocucB0814
CsaV3_3G019080	Cucurbita pepo (Zucchini)	cpecucB0247
CsaV3_3G019080	Cucurbita pepo (Zucchini)	cpecucB0484
CsaV3_3G019080	Wild cucumber (PI 183967)	cpicucB144
CsaV3_3G019080	Bottle gourd (USVL1VR-Ls)	cuclsiB230
CsaV3_3G019080	Melon (DHL92) v3.5.1	cucmeB247
CsaV3_3G019080	Melon (DHL92) v3.6.1	cucmedB246
CsaV3_3G019080	Watermelon (Charleston Gray)	cucwcgB238
CsaV3_3G019080	Watermelon (97103) v1	cucwmB252
CsaV3_3G019080	Watermelon (97103) v2	cucwmbB217
CsaV3_3G019080	Wax gourd	cucwgoB287