Cucsat.G9335.T6 (mRNA) Cucumber (B10) v3

Overview


Name	Cucsat.G9335.T6
Type	mRNA
Organism	Cucumis sativus L. var. sativus cv B10 (Cucumber (B10) v3)
Description	Phosphatidylserine decarboxylase proenzyme 2
Location	ctg1658: 1551548 .. 1575137 (-)
RNA-Seq Expression	Cucsat.G9335.T6
Synteny	Cucsat.G9335.T6

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonpolypeptideCDS

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

ACGTAAATCTTATTGTATTAAGCTCAAAAGAAAGGGTCATATTTGATTTGATATGAACATGAGTAAGCAGGGCTCGAGAATCAAGAATGCAGATAAGGTTGAAGAAGCAAGTTAAGTTAAAGTAAGTATTGAAATCATAGATCCACCACCAAATAAAATAGAGCATAGAAACAACGAAAATGGGAAAAGGAAAAAAGAAAAGAAAGTGATGGAAAAAGATTGATTGCTTTAAAGAAATAGCCGCCAGCGGGAAGAGAGCACGAGCACGATAGAGGATAAAAGCAGACCAAAAGGAGGTTTGAATTGACTGACATTCTTCCCATTCCAATACCAATTCCCCACCTTCAAATTCAATAATGAAATCACTGACCCAATACCAACAAACTACCCCACAATAACATCAACCCAAGTCAATTGAGCTTCTCTCCCATTTCCCAATCCAATTCCTCCTCTTCCACAACCCACCGGCATCACCAGCTTCACCAGAGCAGCCAATAATGGGGAATGGCACTTCCAAGCCCGATTCCTCCTCCTATTCTTCTTCTTCTTCCGATCCCGATGCTGAAGAGTCTCGTATTTCTCGCTTTAAGAATCGTGTTCATCTTCGTCGTTTTCTTCGTAGGCGGCGTAAAGTCACCAATGGCCGAGCTTTTCGTTCTCATACCAAACTTGGCTCTGCGGAGGATTTCGCTGGAATCGCTATTCTAACTCTTATTCGTGTAATTCTCTGCCTAACTTCGCTTTCTCGTCTTTATTTCTCTCTCTCTCTCTCTCTCTTTCTTTTTTTGATGTGTTTTGGTGTTTGTTTGTTTGTAGGCGCGAATGGATTTCAAGGACAGGTGGCTAGCTTGTGTTTCCTTTGGAGAACAGACTTTTCGAACGGGAATCTCTGACCAGTTAAGTGCCTGATTCTTTGTCTCCGTTTTTCTGACAATATTTGTGTTTGGTTAATCCTTTGGGACTGCGTACGTGATTGTTAGAAAAAGAAGTGAGTTATACACCTGCACGTATATTCCTTGATTGCTTCGCTTTTTCTCGTTTGCCTTCTGTAGCTACAATGGCTGAAATGAACTTACCGTTTTACTGTTTTAAATTAGTTGGGTACGGGAATCTTGTAATTGGAAAATGTTGTTCCATCTCGGAGAAGGGAATTTTTTATGGTATAAAGGGAAAAATCAAAGGTTGTTTTACTGTGCTGGAAAGTTTCATTGTGGGGAGAATACAACTATGGGAATTGAATTACTACAGTGTCCAGATGAACCTTTGCTTTCTCCCGAAATATTAATACATGGTGGGAAGTGAAAATTGGAAACAGTATAAAAAATGTCTAACAACGTTGGAAGTACGTTTGGGTTCTCTAAATTTTGTGCTGTTTAAATGTCTTATCAACACTACATTGAATGTTGGAGCAGAAAAGTGCTTTTTATCGCTATTATTAGAGAAAAGAAGAAAATCTTTCATAGAGTTACGTAGTTTCTTCCACAGAAGAGTATTGACAATGTTGGAAATTTTCTAATTGTGATGAACAATTCACTAAGTACAGAAAACCTATCTGATAAGAATCACAAAGTTCAAAGAAATAAGCGAAATCATTATTCTGGAGGTTAGTTATTTTCATGGGATTAGTTTGAATTTGAACAGTAATTGAAGGAATTATTATTATTTTTTTAAACATCAGGTTTTGGGACTACAGGAATAAAAAGAGTTATAAATTTAACTGTACTAGTAGTTCTGTAAAATTTACCTGGGATTGTAAACTTAAATTCACAAGTTTTAACTTTAAAGTTTCTGTCCGTTTCAATTGACTTGAACCTTTTACTTTCGTGTATGGGCTGGCCAATTTGGTTTTATCATCCGAGACATTTTCAATTTTAACCGCCATTTTTAGGAGCCCTTGGTAAAATTGGACCATTATATCTGACATGGTCATAAAATTTTCTATATCATACAAATGTACCATCAAACCCTTTATCTGAATGATATCTATGACATGGTCATAAAAATTTATTTGTTTTCTTTATCTTATTGTTGAGCAATCTTGATTCTGCCACTTCAAATACCCCTCCATATACATGCGTAAATCTATAATGTTGAGTTTGTTGATTGGGTTTCATTGGTTCTGCAGCACTAAAGAACCAGCTTGGAACTCTGTGAGTACTCAGACCTCTACTATTTTGCAGAAAATTGAGTTTCTTTACTTGCGTTGTATTCAACTAAATTAATTTTTTTGTTTGCATTTGTATTAAAATGGTTTCCCTATCACTTCTTGAGCAGGAATTGATTTAAATTGTACCATCTCTGCATTTCTATTTAAGTTAGTTTTACTATCGTAAAGAAAAATGAAAGAATATTCCAGGGTACAAGAAGGAAAAGCTCAAAAAAAGGAGCCAAACTACAATAAGGAACTCCAGTGAAGAGAAATAAAACCAAGCGATTAGTTACAATAGAGCCTAAAAATAGAGGACCAAAGAAAAACAAATAATCTAACAAGGACTAAGCATTGTCAAAAGATGTCTCGTACCCTCTGAAGGTTATTTTGTCTATCTCACCTTAAAACCCCCACAAAATAGCACATACCCCGGGCTATCACAAGTTTAATGTTTCTTGACGTTTGAAAATAGGAAGTTTTGAAAACTTTACGTTCTGAACTTTTGTGTCCTCATGGTATTCACTATTCAGTTTCTCGTGTTGTCAAAGTTTCCGTTTCTTTTTTCAGTTGGTTTGCGTTCCTCCTTCAGTTGGTTCTATTTTCACCCTATTAGCTTTTCTTTAGAATTTAAAAAAATGCAGCTCACACGGTTTTTTTTTCGTTTTCTGAAACAGATTGTTTTGTCCAGGATTCTAGTGTATCTATGGTTTTTGTTTTCTGAACTGCGTGTTTAGAATCTTGTAATTAAGTTTTTCTGTTCTATGTTTGCTGATATTTTTATAGATTTATGTCTTGCTTTTCATCCATCAAGTTTTTTTTTTTTTTTTCAAAAATAAACAATCCATGAAGATTTCTGTTTCCTTAAAAGAAAATAAAAGAAAACGTACTTAAATATCATTGTTTAATCCGAAGTAAGGATTTATGGTAATGTAATTGAACATTTATGCTTATTTTTCAGTTTATAACTGTTAGGCCTCATTTAATACGTATTTAATATGTAAATCACCTGACATATGGAGCTTTGTTTAAATACAATATTTCTTCTCAGGAAAAGAAGCTTCTCTTGGAAAAAGATGGACCTCATATTGCAAGAATTTCTGTTTTTGAGGTAGTAATCATCTTTTAGGTTGAATGTTTTTAACTTTGTTTAGGGTTTGTTTGAGATTTCCCAGAAAACAAAAGGTTGCTAAGCTTAAGCTTCTGTAGCTTCAGTTTTACTTAATACTGCAATATAAACAGAAAAACGAATTAATTTTCTATTCATAAGTAATACATGTCCTTAAAAGAACTTTTCAGTATTCAAATATTAGTTTAACATATCATATATCTTAATTTAGTATAATTTTATGATTCTAAAAATTTTTGAATAAATTTTATAAAAAGTTCATTATGCTAATTAATTTATTGCTTACTTTAACGGGTGAAAGAAACAAAATTTGTGGAAAGAAAACCAGAGTTGAAACTGAAGTCAACTTTGGCTAAAGTACAACTTTGTAATCACTAGGGGCAGTAATGTCAAATATTAAAAAGAATGCTAATTTGCCTTAGAATATTGAAAATGAAAGTCACACTACAGAATTGCATAATTTTGTAGATTTTGAGAGGAGAAATGTATGAGAAAAATGTAGTAGCAGCCACATCACGTACAACTTTGACTGCTATTTAGAATTTAGAGAATTAAATGTCTTTTTTGTTTTTATTTTTAAGTCAAGAATATACACACACGTTTGAGCATGAATTATTTGTAGGCATTCATTTAAATTCCTTCCATGGAATCATGTAATCTGAAGTCTAATTATCCTTTATGTTGCAGACTAATAGAATATCCCGGAACAACCTTGTAGGGTTTTGTGAAATCGATCTACTTGAGTTTCTATCACAGGTGAGTATCTATTACCACATCAGACCCATTCATGATCATTTAGTTCCATTACTTGAAATGCTTCACATGGAAACATTCATTTTTGTTAACTTTAGTATTTTGCAAGTGCCGAGTTACTCTCTATATTTTAAAATCTTTCTGTTATATAGTATTAACTATTAAATACTATTTTTTCGAATAACGCAGTGTAGGCAGTTTTTTTCTTATTATAGCGAACAATATAGTTTCATTAAGAAGAAAAATGACTAAAGACGATGGTATAAGAAATCCAAAATATGAATGCATATCAAACCCTAAACATTCAGATTTTATTCACAAGGTTAAATGGATATAAAAATGAGATCATATCAACGAGATAACTACAAGAAACTTTTCTGATTAGAGATAATGGAGGATAGTAGTATTAGGGAAGATAGTAGTTAATTACTCAATGACATAGCTAAAACCATAGTGGACTCAAAGAAATTGTTGAAATTATATTTCTTGTCAGAAAGGATCCATTTATTTCTCTTTTTTCTGAAGATTCTACATAAAACAGCTCAAGCGACATTTTGCCAAAGAGTATTCTTAGACTTCTTGAAAGGTCACCCACAATTTTGTTTGGCCTGAAGGTGGAGATATCCCCAGGCATGACAGAAAACCATCTAAAGTTAGAAAGGATACTGTTCCAAAGATGTGATGCTAAGGAGCTGGAGCTAAACGTGGATCTGAGATTCAGTTTCTTTAACACATAAGAGGCAGCAAATGGACGATAAATAAAGCCGAGGAGCTCTCTTTTGCAGCTCATCTTGTGTGTTAATGTAGACGCTACTGGGTTTTCAAATAAAGAATTTTACCCTCGTTAGCATTTCTCCTATCTAGTCTGACTGTATAAATAGTTGGCAATGATTTTAGATGATGAGGCAAGTTTAGCACTTAGTGATTCAGACAAAAAGTTCCCATCCTTTTCCAAAATCCACCTCCGGAAGTCGGTCCTCTCAATAGGTGTAAAGAAGGATATCAAAGTAATTAGGTGAGCTTATTCATCTATTTCATTTCTTTGAGCTTTTGCCTCCAACAGAGATTCCAAGTTTTAGATTTAACATTCAGTAAGGTGGCAATGGAGGCAGAGATTTGGAAATGCGCATTGAACTATTTTTGATGTAAATAGACCTTAGCTTCTACTTAGTTTTACTCTTCAAAAGAAGAAATCAGTCTTAAGGATTTGTAATTAGGATATTTATTTCTAGTTTTTAAATAATCGGCAACCGGTTATCTAGGTTGTAAGTTTCCGTTGGTGTTGAGCCTATATAAAGCTCCTCTCTCTTGAATTGAGTGATACTATTGATGTAATTTCCAAATGACCACATCTTTGTTTCTCTTGAGCCTAGATAAATCTCCTCCTTCTTGACTTGTTGGCGATAAATGAGGTAGGGGACCACACAAGGAATGTGTGGCAGTGAGCATATGTCAGGGAGGGAAGTAGTGTGTTTTCTATTCTTTTTGTCTATTGAAATTTCTCACAGGAATGAAAGGGAGATTACGGGTCCTCTCAAATATGGTGGGAGTCTTCTGTATTGTCTTAGGGCCATCCTTTCCATTAATAGCCTTACATAGTATGGGAGATGCCTTAGGAAAACCTAATGGGGGTTGTTTTGGTTGGAAAGAAGAGTGTAAATGGTGCTGAAATTGTAAGGTTAGGCGGCTGAAAGAAGAAGACAAAAACTCTTGGTGTATCTGAGAAGTGTAGAGAGATTGTTTGTAAAGGGTTGAAAGGTTTGTCAAAGAAAGTTAGGTAAGAGAAGTTTGTCAGCAGGGTAGTTTTGTGATTACCCAATATCTTGTACTCTCATTTTCTCTATAAATATAATATATCTTCCCCTCATTGAGGGATAAGATCATTTGAACAAAATTCATAATATTGGTTTACATCAATTTTTGCATTAGAGCGATAAGAAAATTTCTTGGACCAATGGGCGAAGGAGAAACCAGCCAGCTGGTGGGAATGCTGGTCAAGAACAAGAGGCGGAGGAAGTAGCAATCCTCTCTCCAAGATCCTCAACTGTATGCTTGCTGTCCGTTGACGCTGATCTGGACAGCCAAGAAATTTTCATTTTCAACTAGAAAATCTCCAAGAAAGAAGGCAGGACAACTTGTACCGAAAAAGACAACTCCAAGAAAATAAAAAACTAAGGCCACTGGCCATGTTTTCAAGAATGCAATCAAGAATTCCAAGATTGGAGTTCTTTCAGTGATGAAGAGGAAAATGATGAGTTTGATGATCATAGAAGAGGGAGACGAGGCCACTATGGTGAAAGAAGGGGAGAACCTCAAGAGTTCAAGATGAAGATTGATCTTCCAAGTTATGATGGGATGGGAAGCGCAATTTTCTTGGATTGGATCTGGAATACCAAAAATTTCTTCAACTACATGAATACTCTCGAGCAAAAGAACGTTCACTTAGTTGCTTTGAAGTTGAAAGGAGGTCTTCAACGTTGTGGGATTAACTAGAGGTGAATCGGCAAGGGAGTGAGCAAGAGAGAAATTTGATCTTGGGGAAAGATGAAGTTGATGAAGACACATTTTCTACCTCGAATTATGAACAAACGTTGTATAATCAATACCAAAATAGTGGACAAGGAGGAAGAACGATGGCTAATTATATTGAAGAGTTTCAACGTTTGGGTGCAAGAACGAGCTTGATGAAGAATGAACAACACTTGATAGCAAGATTTGTGGGAGGACTACGCATGGATATCAAGGAGAAGGTAAAACTCCAATCTTTTAATTGATTTTCTGAAGCATTTTCTTTCGTTGAAACAATGGAAGAAATGAATGAGATTCGTTCCAAGAATACTTCAAGAAAGGAAACATGGGAAGAATCCACAAGTAGAAGAACCAACTTTAGTAGCAAGAACAAGGAGATCTCCCATTAAACAATGACAAATAAAGGCAAAGAAGTGGAGAAAGGCAATCAAGAGGCTGTGATAGAGAAGAAAACAGAAGCAACTGGCAAGAAGGATCGAAATCCTTATGCTTGACTCTTTGAAGGCATTTGCTATAGGTGTGGCCTAACGGGGCACCCTTCCAATGCTTGTCCTCAACGCAAAACAGTGGCATTTATTGATGAAGAGGATGAAGATTCATTCGAGAATCTTGAAGAAAGTGAAGAAGCAAAGATGATTGAGCTGGATGATGGAGATTGAATTTCTTCAGAAAATCGAGCATTGACGAAATTATTGACTCTCTTGCCTGTACCAACTGCTGTATTTTTTCTTCGCTGTCTTCCTTGATTGGTAATAGTCCATTCTAGCAAAATCTTGATAATCTTTGTTTTTTTTTTCTTTTTCTTTTTTCCTTTTTGGAATTTTAAGGGTTCCCCTTTGTTAGATGTGTGTTGTTTGACAACGAGCACAACTCACAAAGCTCCCACTTGTGATTGGCGTCACAAAGAGTTTTCTAGTCTTCCATTAGTAGCAGTCAACGTTGGCCCAAACGGCTGCTCTGACCAAATTAATGTGTACCAAATGAGAGAGTTTTATTAATGTTTGAAAGTTGTGAATACAAGTGCTCTATTTATAATTGAAAAAAAAACCTAACCGTAATCATAATCCTAATTAATAAAAGAAACTAATCCTAATTCTAACTAATAAAAGCAACTAATATTAATCCTAATAAACTAAATAAACTAATTCTAATCCTAATAAACTTAGGATTTGACTTAAATGCCGAACGAATTCTCTTGGCTCCCCTTGTAAAGAAGAGGTCGAGACTAGTTTTTGGAAATTTTTGTCAAAGGCCTTGCTTGCGGAGCTTTGGTTTGGGCATGATAAAAGGATATTTTATGACAAAAGAAACGGGATGGTTTGATTGTTTCGATATAGACAACAGAAACGCTGCTGTCTGATGCAACTTATGCAAGGAATTCAATGCTTTCTCTTTGTAGAACTTTGTTTGAATTGGCATGCCTTTCCACTCCCAGATTGCTAGAAGAATTTTCTCAATCCTTGCATCTTCCCATTAGTTACTTTTTGAGTCTTAGATCACACTTATTCCAAGCCTTTATATTGATTTTTGTACTTTACGCTGACTATTTTGTTGATGGTTTTGCTGTTACTTTTTCTGTATGTTTCAATTTGTTGACTATGCTGTGTCCCTTGGTTTATAATCTCGGACATGATGAGGGTTCCAAGGGTAATGTAGTTGAGATGTCCGAGTGTGCCTCCCGATCCTTCGGTCTCTTTATTTTGCTCATTGTATAATTCTTTTGTACTTTAGCTTTAATATTATTAATAAAGAGGTTGGTTTCCTCTTTTTTAAAGAAAGTCCTTTGTTGTATGTTCCTATAGTTATCGTTTCTTGTATTTTTTTTTTCATCGTTCTCTTTTCCTTATTTCAACAAAATGTCTTGTTTCCTTTTAAAGCAATAGAATTGTGAATGATAGGAATTAATGCTTTATAACAAAGTTGCCGAAGGTGTAAATTGTTTTAAAACTTCTATGCAAAACAAAAGGCCTAGATTTGTTAGAACGGGCTAGATTGGCAGCCCTTTTTACCCAGTTTATCTGATTTTTTGCCAAATCTATCTTCATCATTTTTAAGTAATAGCATATGACAGTTGCGGTCTGTTGATAGCATATGACAGTTTTTTTTTTCTTTCACTTTCTGTTACTTTCATGAACAATTTTTGTTTTGTGGTACTGCAGGAATCAGACTCTGATATTGAGGAACTCGAATTGTTGGATCCATCACCACCTAATGCAGTGGTTGGCAAAATTTCTGTTTCATGCTCTGTTGAGGTGTGCAATATATCATTTGTATTTCAAATTATGGTTGTGTCTATTTGTGTTTCTTTCTTTTTAACTTTTTTATGACAACTCAAAACAACCTAAGAATTATGTTTGTTTGTGGTATACCTTATAATATGGTGTGCAAATATTTATTTCACATCTTTAGTAAATTCAGATAAGCACTTACATTATTCAATTTGAGCATTAGTTTTTTCTTCTTCATGTTTTCAATGAAAATTTTGTTTTCTTTTTTAGAAAAACTTATGTTATTCATATTAATATTATTGGCAGGACCCGATCGAAACAGAGAAACGCTTTGCAAAGCGGATCTTATCTATTGTGGTATGTTACAAAGTTCTCTTGTAGCTAATTATATAAGGAAAAAAAGTTCTATTGATTATTGCTAAGACTGATGTAGGTTGCTTTATTCTTTCAAGGATATCTGGTAAAAATTTCTCATACAATAGATATTTGAATAAATTGTGCCTAAGATTAAAGCTTAGGTCAAAATCCCATATTTTCTCCTTTATCATGTAACCCTTACCTTCACCTAAGTTGTTTTCACCATTTCTGCTACTTTATCTAGACGATGCACCCAAGTGAAAGTAAAAAAGAATCTCGTAAAGATAGCTTGTTCTTCATTATTTTGTTGAAAGCTGATGGCCGTCTAATTTTAATTTGCATGTGTAAAAGATATTTGAAGTTCTTTCATGACTTTGAGGAGGAAATTCTTTTGAACTAAAATGAGAAGTAAATTCTTGTGTTGTTCGGAATCATTGTTGTATTTAGAATACTTGCATGCTTGACTTGGAATTGTTTTAAAATATGTAAAAAAGAGAAGTCATATACTCGTCTTAAAGTTACAATTACAGCAATGTTGAGCCACCTCCCTTAGAGCGCAAGTGTTTACTCTTGGAGAGCAAGTAGGACTTGGTTAGCAAACCATGTTCAGTAGACTGGAATACTTTGAAAACTTGGTTCAAAACCTGATGATATGCAGAGAAAGTGCTAAGGAACATATATTGGAAGTGGGAGGCGTCAAGTAAATTCTCCTTTCTAATCAACTTTGCAAACTCTGCCTTAAGGGATAACCTTTCCTCCTTAAGCGAGTCCTCAAGGCTGCCAAGCTCTTCCGGAGAGTCAACAACTTGATTGTACCCAAAATCTCCTGATAGTAATGGAAAAAATAGAAAACCTTGTGAAACTACATCTTTGGCCATCTTGATGTATCTATATAATTCTTTATATACAACAAAATCTAAACAGTTCCAAGAAAATCAAGTGATACCTAGAAAAATAATAATTATTAAAAATACAGTTGATGGTAATAGAGAAAGAGAGAAAAATTCCTAAAATGACTGGTTTCCTTCACAGTGCCCAATATGGTTAGCCAGAAGAAGGTAACTTCAAAGGCACAAATAGTCTTATCGTTTTGTCAGCCAACACCCTCTATATGGCGTTGGGTTGGGGTTCCACAACTCTTCTTTTTGCAAAAAACTACTGTTGATCTTGATCTTTTAACCAGCCCTTGGAGAAATTAGTAATCCATACAATTTCTTGCTCTTAGGCTGTTGTCCTTTTTTTTTTTTTTAATACATCTCTTTTTTATTATTTTACACACACATATATATATGTATGTATGTATATACATATATATATTTTCTAATCATGTTTGCTAGACATCACAAGCATGCAATCCCATTTTAGTCTCTAGAACTCTTCTACTTAATATTGTTGACTTACATATTTTTGAGCTCTCATATTTTCACAGGATTATAATGAGGATGGAGAGCTCTCATTTCCTGAATTTTCCGACTTAATGGATGCTTTTGGCAATCAAGTGGCAGCTTCTAAGGTTTGACGTTCAAACATGATCTTCTCTCGCAGTTTCTTTTCTACTCATTTAAGTCATTGTAGAAAATGATTCTGACGTTGGTTTTATGACAATTATACATCAACTTTGAATTGCTGAGAACTGTAGATAATTGAGTTGGTCTGTTAATTGGAATGGTAGAAATTAGAACTTAGATTGCTTCTTTTTTTGGAAGGATTTCTTATTCTCCCATTATATCCTTGTGATTCTTTCTTCTGTATTTATGGAACATAAGTTCCTTATTCCTTAAAGTAAGTTCATTCTACGCAGGTTTCTACTATCTGATCAAAATTGAATTTTGCTTGTTTCCAAGGATGAAAATCTGCTGAATAGTTTATCTTGTTTGAATTTTTTTTAATTTCTTTTTTTAATCTAATTTTCAGTACTTGTTTTCTGAAATAAATATCTTTGTTGCACTATCTGGTTTTATATTACTTTTCCTTAGTGATATAGTTCTTAATATTCTAGAAAGAGGAGCTTTTTAAGGCAGCTGACAAGAATGGGGATGGTGTTGTCACGCTTGATGAGTTGGCTGCTCTTCTTGCTGCTCAACAAGAGAAGTAATGATCCATTTAAATCATTCTTTTGAATAATGTTTTAAACTTATTTCTTGCATCATATCATTATTTGATACTTGAAAATCGGATTTTTTTTAGATTTCATGGTAAATTACAATTTTTTCTCAAGGGTTTATCTTAACAAAGAATCAAAATGTTTCATTCGATAAATAGAAAGTGACTAATGCTCAAAAGATACGAAGGAAGAAAATATGAAGAATAAAAAGGAAACCTACTATTCAAAACCAAATAAGCACAACAAGCTTGAAACACAAAGAATTGTAGATCTCTCTGAAAATTGGATAGTGGAGTTACCATTGTCTTTATGCGTACCATTGAGGTATTTACTTGTGCAACGATCATCTTGGAAAGTTTCTCTGACGATCCCTATTCAAGCAGTACTTTACATATTTGAGACTTACTTTTTTCTTTTTTTCATTTCATGCCTAATTAGGCAAGATAAACTATTGTTAAGTGACAGCAAAAAAAATCTTTACTTCAGTAGCAAGAATGTTATGAAGATGGAATGTAGTGTCAATTAAGAGACAGTTACTGGTGAAAAACCTGCTAATGAACTTCTATTGGGGTTGAAACTGGAATATATATATATATATATATATATTTAATCTTTTGTGCTTACAACTCTCCTATTTCTTCATCACATTCCTTTTCATTTTTCTTTTTTTTGAATTGCAGGGAGCCATTGATGAACCGTTGTCCTGTTTGTGGTGAAACTCTTGAAGTTTCTGACAAACTGAACAACATGATTCACTTGACTTTATGTTTTGATGAAGGAACTGGAAACCAAGTTATGACCGGAGGGTTCTTGACTGATAAACAGGCTGCATATGGGTAGAGTTTTTGTGTGCATTAGCTCTTTTTTTTGGCTCAGGCCTAGATAGCTAAACAGAGCAATAGAACTTTTAGAGAAAATGAGATAAATGTTGAATAATCTTGCTAGATCACACTAGAGTTTTTAAATTAAATTAAACACGACCTTACTTGAACAGGTTCTGTTCTACAGGTTGTACAACTGAGTTCTAACCTTTCAGGTTAATCTACATTCATTTTTTCAGATAGGAAATATTTGCATCAAAATATTAGTAAATACAAAATTGGGAGAATTTGGATAGTTGGTTTCTTTTAGGCTCTTGTAATCCGTCATTTTTTTTCTTCGGTCATTTGGGTTCTCTTTATCTCCCTTTCTGCTTTATTGGCCTTTATTTGGTATCTTGTTTGGTTTATTATTTTCATTCGTACTTCGCTTGTTGTCTTTCTTTTCTTTGGTGGAGATTTGTAATTTTGAACGTTAATCTCTTCCTTTATATCAATGAATCTTCTCCTTTCCTGTTTTAAAGAAAAAGAAAAAGAAAAAAGAAAATGACATTGTGGTGACATAAAATATCTTACATTAGCAATATTAAATCACCACAGTACTTTAAGATAAGTAGAATAATTAAATAATTAAAAACTGCTGGTGCACCCTATGCACACCTTGTCGGACATGTATCTTAGTGAAGACACCTTGTTCATGTGAGGCAAGGAGCATTAATGCACCTATGATATTTGACTCTTTTTTTCCTGTAGAGATTGAAAAATTCAGATGTTTTGCAGGTGGATGTTTAAATTAAGCGAATGGGCGCATTTTTCATCTTATGATGTTGGTCTAAACTCTGGTTCGAGTGCATCTCATATTGTTGTATGTAACTTCTCTTAATTTCACCTCTTTTTCAAATTAAATAACTTCCGTATACAAATTCTTTTTCATGTAATTAATTACATTCAATGAATGTATTGTTAAACACTTCTGCAGTTTAATACATTTGTACATATTTTAAAGGAATCATTTTGGGAATGAAAATGAAAACCGATCAACTTTAAAAACACGTTTCCTAATGATAAATTGATAATCTCTTATAAATTGTACAGGTTCTCTATTTCTTTGGTTTTCTATTCACGTGTACTGGTTAATAATTTTCAGCATCTTTTACTATCGTTGAAGTAACCTTAAAGTCCTCAAGAAAAGAAAAAGTGATGTCTTACATAGTAGATAAAAAGAATAGAGAGAATTTGAATAAGTATTTGTAAAAGTTCAACCAAATATTTTCTTTTAAACTGGTTTTGTTGAAATGTTTTTGAACTATTTGTAATATTTTTGGATAAGAGACGGAACTATTTGTAATATTATCAATCTCTTTCTGAGCTTAGTATTTTCATCTTTTACTTTTTGCTTCTTAGCTCACAGTGTACTTTTTAGGTTTATGATCGGCAGAAAAAAAGGCTAGTAGAAGAGATAATCGATGGAAAGATTGTTTTGTCAATGAGGGCCATCTATCAGTCAAAAGTAGGTCTCACTCTTATGGATAAAGGTATGATTTAGTTTGTGAAGAAATTACGCCTGTTTCGAAACTTAACACTTATCTATACCTGTTAGAACAATTATTGGCCCTCCTGTCTCCTCTATACAATGACTTGTGTATAAACCATCATGGATTGACTTAATGGAGGTAAATAGGAGGTATGACCTTAATAAAGGGCTAAGAGGTCATGAGGTCAATCCATGGTGGCATAGGAATTAATGTCCTATGGATTTTCTTAACACCAAAATATTGTAGAGTCAGATTGATTGTCCTGTGGGATTATAGTTAAAGTGCACAAGAAGGAAAAATACAATGGCTTGTGCGTAACTGTTATTCATTTTTTAGAATAATTAGTATTGCTATTTCACCTTGTATTCACCGTGAAAAAGAAGTAACAGTACTTACGGAAATGGGTTCAAAGCCTTTGGTGGCTACCTACATAAAAATTAAAATACAATAATCTAGTTAGCTGCTTAAAAAAGTATTGTTCTCGAATTCTTTTTGCTTTTTGTCAATGTTTTCTATTCATATAACATTTACTCTCCTAATTTTATTTTTCACTCCATTTAACAATTTTTTTCAATAAGCAGAAACCGTTTTTGATTAATTGTGTTAGAAATAGTGGACTTGGGTCTTGATGAAAGCACATGAGTAGTCAAGATTTACTTTGGCTTAATTTTTTGTTCTTTTAATTAGGCTCATGTTGTATATAAATTTTCTCCCTTTTATACTTTTATGATTATCAGAAAATAATAGGAAACATATATATTGTGGTTTTTTCCTTGTACTAGGGTTTTTTCGTAGATCTTGTGTTCTTTCTTCGTCTTTATTCTTCAATAAGTTGCAAGAAAGTTTACGATAAGTTTTTCTACAACTTATGCAACTTAGAAAGAGAATGGTCAACTAAAAGTCGAGCCTAGACCACCTAAATAATACTTAAAAGAACAATGCAACTAAAAACATTTTAGCTTACAATATAGATTGTACTTGGGTGCTTCGGGTTTGTTTTGGCTCCTTTTGTTGGAATGTTGTCTTGAATGCATTTCTTTTATTTATCTCAATACATTCTTGGTCTCTCTCCAAAAAAAAATAAAAAAAGGAAAACAAAAAATAAAAAATTGAGCAAAACAACTGAAAATACAACTCCAACATCAAGGAACTGCAATCAAACTGGAGAATTGATAAACTTTAACAAAAAGCTCTGCTGCAGCTCTTGAACACCAACACATCGGAGAGAAAACACGAGTCCAGAGACTGCCACTGAGAACCAAAGCTAATGATTTGGAACATAAGTAGCCTTTTTCCTGCTATTACTTCAAACTTAACTTTTTTTATTTTTTATTATTTATTATTTTTATATCCGTGAGTGTTTGAGTTAGCTTACGCATAGCTCGACTAATTTCATGGAACAATTGACCCTATAACTTTGGGTGTCAAGGAAACTCGTAGGAAATTAATTCTTAGGTAGGTGGCCACCACGGATTAAACTTATGACCTTTTAGTTAGTTATTGAGACCATGTCTTCTTTTTTACCATTAGGCCAACCCATAATAGTTTAATTTAATTCTTCAACAAACGATTGAAATTTTCCTCACATATGGAAGTCAAGGACCTGTAATTCATCTTTCTATCTCTTCCTTTTCTCATCCTTTTCCTCTTTCCTCTTCTTTATTTTCTCTTCATTGTTTTCTTTATTTTTTAAAACTCGTCAATAAAGGACATCCAATACCTGCATTCCACCAATATAATAAGGAAACTGCTCCTCTTTCAACACTCTTCAATAATAGACTTTCCACGGTTCACATCTGCAAGAAACTGAAAAAGATATTGGAAAGAACTTTAAATAACTTTAATGGATATGGTAATTGGGATATTGTAAAGATATATTAGCAATTAGTTACAGCGTTTGTTAGGCTTGCTGGTAAATAAAGGGGTTGTGGAATAATGAGAGTAGGAAATATTTTGAAGTATGAATTAGAGCTTGAGAATATCTCAAGATTGAGAGGTGTAAGACTCCTGGTTGGGGAGAATAGGATTATTAGTAAGAGGCATATTAATGATTAGATGTGAAATTTGTTAGGGTTTTTAGATATCGATAGAAGGGAGTAGATTGTGAGCAAGGGGGTCAAGAATTTAGTAGTAATTTTCATTTGGGAAATTTTGGAGAGTAGCCATCTCGAAAGACTCGTATATTATAGTTTCTTCGTTTTCATTGCAATATATATTTATCTTTTAGTATTCTTGTGTTTCTTTGTGTTCTTGTTAGGTGTTATCCTAATAGGAAGGTTCAAGTACCTCGAACACTTGGTTTATCTTACAATGATTATCTTGTAATTTGGACTCAATTAGACTTCAACATATTACATTAAGTACTAAATTTTATTTACTTTCTTGGTTTCACTTGTGTAATTTTGCAACAAGAGACAAACTTTGGTAAGGTAGTATGAGATGCATTTGTCCCACATTGGTTAGAATGGGTTGATCGATGTGGTACTTAAGTGGCTTGGCTCTCCCACCTCAATAGCTGACTTTTGGGTTCTCCAAGGTACTTAAGTACCTAACAACTTTTCATTGATATAATATAATAACAAGAGGCTAATACTCAAAAGATACAAACTCTACAAAAGAAGTAGAAATAAAAAACCTAACTGAAATATATATAATATTAAGTAAATAAAAAAGTATAATTAGTCATTTATTTAGTTAATCACTGTGTATTTAGTTAGTCACTGTGCTGTTTACTATTTTAAATATGTCCTGATATTTTAGAAGCTTTATAATTAAATTAAGCTGATGTAATTAGTTGACTTTTGGGTTTAGTATAAATATCCTTAGTTTGTCATTTTTTGAAAATTTAATAAAAAAATTCAGAGAAGATTTTTTTTCCAGCTCAGTTTGGTGTTTTCTGTCCAAGGACACAGACACACACAAACACACCAATTAGATTAGCAATCAAGATTTATATGCCAAGAGGGATTAATGAAGTCAACCCAGTTGAGAAAATGTATTGCATAGAAAAACTCCCGAACTGCTTTGATTAACAAGTCTTGAAACAATCTAGCCAAGGAAGATGCTTGTCTTGGAAAACTTTTTCATTACATTCTAACCCTAATGGTGATAAAATTGCTCTCATTCCATTAATCAAAAGCAACTAGCCCTTGGGACTAAGACAAAGACCCAATATAAGCTGCATAACTCTGATCTTATTATCAAATCTTTAGTTAAACATCAATTAAATGCACTATTTTTACTAGGTGCTATTTTGTTTCATTCAATCCTTTTGTTCTTTTGATTTAAATGTACATTCTTTGATGGGTTAATGCAGGGGTGAAGGAACTCTTACATAGCATTTCTGAAAAGCAAGGAAAGCGAATGGATTCAGTGGAATCTGCAAAAGATATTTCTCATTTCATTGAATCTTTCAAGGCAATGATTATTTTCTTGAGTTATTTCCACTGAAGTTTCACTAAGTTTCAGATTAAGTACTATAGTAGTCAAAGATCACTTTCTTGAGTTATTACTATTATTAGTAGCTTTTATTGATGGAGTTTTTGCAAATGAAAATGAAAAAGTGCATAAATCCGCGATGTGTTCTAGAGAATATGGTTTTAATACTGATGTAAATATTACTTAATCACATTGCGCATCAGCTGTAAGTAGAAAGTTTTTTGTCTAAAGAACAAAAAGGGGATATGTTAAGATACTTCCTAACAAGAATCAAGATCTAAAATATATTGAGAATTAAAGAAGAAAATACAATGTAATCCAAGTATAAAGGAACTTGGAACCTCGCTCTTGAGTGCTCTCACCCAAGCCCTAGATCACTCCACAAAATAGTCTCCCCTTCAGTCACTCATCCACATACTATTTATATTACTAACTTTCCATCTAATGACCATTGTACCCCTTAATACTAATATACTAATATTCCTATCTAGGTACCTAACAGGATATTTTCTTGAGTTATTTTAAACATACCATATTCTAGTTAGATTGATATGTGCTAGGAAGAAAATTGGCACACTTCTTATGGAAAGTCAATGGGGGAGGATAATAAAACATCTTATTGGTTGGGATAAAGTTTCTTAACCGTTAGAAGTAGATGGTTTTAAAATTGGCAGCCTTGAATTTGACAAACCAATTGGAGAGCATTCGTGTAGCTGTTAAGTTCTTTTGTACTTCCTGATCTCTTAATGGAAAGTCCTCATGTCTTATCCACAAAAGAAAAAAAATGGTTACCTGATATCTAACAATGAGCAAAGAGGCTACATCTATCTCCATTAGACCATTATTTATCACAAGGTAATAAAATAGTAGTTTAATTTTTATTAGTAAGTCAAATTTGTTTTGCCACATGGCAGGTTTTAAGTGGGTAGTTAGTGGGCTACATGGAGTTGGGAGTAGCCACCGAAGTATTTTTCTTTAAAAATTAAGATCTATCAGCTAAATGGGGGTGGATGACAATCTCTATTGGGCTTTGCAGGATCAAATCAATATGAATGAGGTGAAGCACCCTTTGGAATATTTCAAGGTATGTTATGGATGACAATCTCTTTTTGGAGAAAACATGATAGCTTGTTTTACTAGCCTGCATGTTTTGTTGAATTATTGGATAAATTATCAATTTTACAACCCATCAGCTTAAATTTTTGTAGTTGAGAGATGATTTAATGTCCTACCATAGTAGGAGGTCATGTGTTTGAGTTTGTATAATGTTATTTTCTTCCCAGTTCATATCGAAAACCACACTCTGGACCTTTGTGCAAATTTTCAAGGCACAATAGTGGGTCAGTGTGCCCTATGATTTGATCCTTGTTTCCACCAACTAATGCCAAATATTGCTCTCTATTACTATTGCTTTCTATTACAACCAATGCCGAAATTGAATTCTATTACAATTGGTCTCATTGTGTGCTCGAAATATCGTATGACTGAGGTTTTGCAAAGCTTTGGATTTTTGTTGACACTTGAGTGTGTTGTAGCAACGCATTTTGGATAGTTTTAAGTCGTGGTTTACTAATTGGTGTTTTGCCTGCCTTCTTGAATCTCTTTTCCAATCCTCTAAATGCTTACAGTTAAACTAAATTAAATGTATGGTGAAAAGGATATTGAATTATCAATTTTCTACTACTCTTAAATGACAAGGAAGCAGTAGCTTTCCCTTCCGACTTCTAAGTAGTGCTAGAATTGGGAAAAGTATATAATTACGGTCCTATTGCATACTTGAATTTTCTTAATAGTGCATAACCATCTGCATTAGCTGTGGCATTTTTTCAATTGCTTGGATACAAACAACTTTATTTTGTATTTATGAATAAAGTGTTGTTTCTGCCATTGAAAAAAATGGTAATAAAGAATTTTGACGCTCGCATTTGCAGACATTTAATGAATTTTTTATAAGAGAGTTGAAGCCCGGTGTTAGACCAATTGCACATGTGGAATGTGATGATGTTGCAGTATGTGCTGCTGATTGCCGACTTATGGCATTTAAGTCAATTGATGACAGCCTAAGGTTGTGGATCAAGGTACTTTTATCTTTGATGATGTCAGTATTGGGTGTATGTTTACCGTTCAAGTTCTTTAGAAAGTAGCAGTCGATGATTATGTTTACAACTGTTCAAAAGTTGAGAATTTGACAGAAATTGGTTAACTTCTTGTTTGTTTGGTCCCATTTGATTACCGTGTTTTAGTTTTATGCTTTTGAAAACTAAACTTATAATCACTACTTCTACCTATAATTTTATTACTTTATTACCTACTATTTAAACATGTTTTCAAAAACTAAGCCAAGTTTTGAAATGAAAAAAAAGTTGGTCTTGAAAATTTGATTTTGTTTTAAAATTTTGCTTAGAATTCATATGTTTTTTTAAGTAAGGTGGGTAACCGACCGAAATATTGTGTTGACAACATGTATAACTTTCAAAAACAGAAAATAAAAAATAGAATGGTTCTCAAACAGTGCGTAGAGAGACAAGAAGTTGAAAACCAAAAAAAAAAAATTTGATTGATCCACTACATTAGGTAGAAATCCTGCAAAGAGAATATATACTATCTGGGGCTTACACTTACCACTTAAGAGTTGCAAGAAAGAGCAAAGAGTAAGAGTGATAAGAAATAAGAAGAGAGAAAATGGTTGCCTGCTCAGCCTTATCCCCCTTCCTTTTCTGGATGAGAAACTGAAAAGATGTTCTTAATATATGAGGAATTTTACTGGAAGAGTTGTGCATAATGAGAACGAATATTTTTTTTTCTAAGATCTTCAATGACGAAGTCATCTTGTGTCTTTCTCGGTGGAATAGGCTGTTGCATTTAATTTTGAGCTGTGTTGCATGTTGATAAAAAATAAACTAATCTCAGCAGGAAGAATTCATACAGGAAAAGAATATCTTGTCTTCTTGTATCCTCAACTTTTGAACTCTAATAAAATTCTTTTATTTGGTTTATATCATCTACCTTGAAGAAAACATGTCTATAGCAAATTTAGTATAATAGAAGTTCAGTTGTATAGCAAACTATTTTTTGGGTTTTCCTTATTTCTGCTACAACTACAAGGAATGGCAGTTTAAAGTTAATTGTTTGAAATTATTGTTTTGTAATCGTAGGGGCGGAAGTTTTCAGTTCAAGGTCTTTTAGGGCAAGATATAAGTGCTAGTGCTTTTATGGATGGGACGTTGGTGATATTTCGATTGGCACCACAAGTATTCTTCTTATTCTCTCTATGAACAACCGTGATATTTAACCTTATCGCATATTTTAATCTAAGCAGGGTTGCTCTGTTTCAGGATTATCATCGCTTTCATTTTCCAGTCTCTGGTTTCATTGAACAAATTGTAGACATACCTGGATGCCTGTATACTGTATGTTCATTGAATACATAAAGACGTTTGTCTTTCTTTTTGCTTTCTTTTTAAAGAATAAATTTAGGTCTTGCATGTTCTATTAAACTTGTTCTTTTCCTTGTTAGGTTAATCCAATTGCTGTAAATAGCAAGTATTGCAATGTCTTCACAGAGAACAAGCGTTCAGTAGCTATAATTTCAACCTCCGATTTTGGCAAGGTTTATCCATTTACTTTTGGTTTGAATGCACTCTGTACCTTTGAAGAATATAATGATCTCATTATTTAATCAGGTTGAAGATATATATAGAGAGAGAGACAACTAAGAACCCTTACTCTAGAGAATGTAAAATTACAATAAAGGGCAACTATATATAATTATGATATAAACACATATTATAATACTGAAAACGCTATAATGTGAGAAATATTTTTTGTTATTAATCCATGTTAGCCTGAACTTCTGTAATATGTCCTGATTTCTAATTGAATGGTATAGGATTATATACAAACTTGCATCCATTCCCACCATGTGTCATTTATTTAAGAGGTCAAGATTGTTTTAGAAATGCAGTCCCTACTCTTTTAACTAGATATTTATATAGAAGGAGACATTTTATAGTTCAAATATCAGAAGGAATCTCTTCTAAGGATAAGTACCTTTGTTGTTACGGTAACAAACTCAACCAAAAGCCGTTGAAAATATATGAATTGAGTGAGCAAAACAATATTGTACATTGTAGATCTGATGAGGTTGTACTGGAACATATGATGTATGAGTCTATTTTGTATAAATTAAAAAAATTCAATATTTACTTGTAGACTTATAGTAGGTTATGATTTTCTTAAATTTGCTGCATTGGTTGGCTAACTGTCAACCGTGGCTTTGATATTGTCAAGTTGTTTGTCAATGGCATGCAAGTATAATATATTAGGTTGCTTTTGCTGTCTATAGCAATTTTATATTTTATGACCCTAGTCTATTGACATGGAAAGAGAAACTTAGTTCATTACTCTTTTGACAATGAGTGTTGCCCTCAACTGTAGGTTGCTTTTGTTGCAATTGGAGCTACCATGGTTGGCAGCATAACCTTCAAAAAAGGGAAGGGAGATTATGTAAAGAAAGGAGAAGAGGTAAATTTACGCTAGATATCTTTTTCCATTTGTAGCATATTACCATGGGAGCTGGGACTGTGTGTTATCTTCTAACTGATGCCCTTTATCTGCAGTTTGGGTATTTCTCTTTCGGTGGAAGTACTGTAATTTGTGTCTTTGAAAAGGTTAGCATTTCATTGCATTTCTTGTAATTTATATCTTTGTTTCTATGTTCGTTAAGCCAAACATTTCGTACCAATCACGTAGATGTTGGAATCTATTTTACATGCTGAAGTCATAGATTTGTAGAAAAAGCTTGAATTGATGGATAGGGAACTCTTTGGAAGATTACTAAAATTCCAAACTGAAGTGATTGAAAATTTTGGGGAATCTTAGAAAAAAGCTTTTTAATCTTCTTTCGTCTGTCGGTATGCTTGTTTGAAAGGTTCACATTTTCAGAAGAATAGAAAGGCGAATGATTGAAATGTTTATATTTCAGCCCACGAGCATTTTGGAACTTAAACTTGGTCATAAAATTGCGTTTTACTCTTTTGTTCACGGTCAATTGTGGAAAAAAGTGTTTTAAAAAACTTATTTTTATTTAAACTCTCCTAATAAAAACTATTTAAAATAAAAATAAAAATAATCTCAAAAAGCTATTTCAACTCGATAACAAATACTTAATTTTCTTTAAGAAAAGTTATATCGAGTAATGGAAAAGTATTTTTTTAGATAATTTATTATTACTTTTAGATAATTAATATCAAGTAGTTGATAGTTTATTATTTCTTATTATATTATAATTTTTTTTTAAAATTAAACACTCTAGAGTGAGTTGTTATAGTCTTAAGTTATTATAGTTGAGTTGAAATAGTTTTTGTTCGAGATGTAGATTATTTTTGTTTAGGTTATCATAATATGTATTTGTGGTTTAGATTATTTTTGTTGAAGAATGAAATAGTAAACACTCTAACAAATAATAAAAAACTGATGAACATTAAATAGTAAAAATTGTAGCAAATGAGAGATGAAATAGTATTTATTTTAGGTAATTTGAGATTTTTAAATAGTATTTACAGTAGCTAGAGGTAATTATTATAGTCTTCATGTTTAATCGTTAACAATATAGTCTTCGTAATCCTCGTCCCAAATGGTCCCTTAATGTTTAATCGCTAACAATTTATTAATATTGTTCTTTAGATAATTAATCACCAAAATTTTATAATTAATATTTTTGGAGTACTCCTGGGCATATTTTCAATATTGTTGTAGGATTCTCAATTCTATCTGGACCTACAAACAGACGTAGTTCAGTTAATTTGGTTGAGCATAGTTATCGTTTTGATTATGAGCGTAAAACCACCCTCGAATTCTACATTGATCTCACACAACTTTACTGCATTCTTGTGGTCTATACGTTTTTTTGCTAAATTCTGAAATTTAGTTTTAGTTTTGAACAATGAAAAGTTTCATTGCCATCTATACAACCAGTTTTTTAAGTAGAATTTTCAAATTTTCATGCAGGATTCGATCCAATTAGATGAGGATCTATTAGCAAATAGTTCGAGATCACTTGAAACGTTGGTTCGTGTTGGGACTAAGCTCGGTCTTTCTACCAGAAATGTTTCTCAAACTGATTTTCCAGATGTAAGTCGTTGTGCCATAGACGACCCAAAATGAGCTCAATTGTGTATGTTGTTTTCTACTCTGTTCATAGTTGTCTCAATATTTTTCTGAATCTTTCAATTCCCATCTATTTACTATGATCTGTCGCTGTTTCCCGAAGGAAAAAAAGAAGAAAAAAACAAGCCAGATCTGATCGATTTTGTGTATATCAATAAAACTAACAAGTGTATGTATCACAATTGTGTTGTAAGTTGTGCCAATCATGAGTTTTTATTTCTACTTTTTAGGTCTTGGAAACTAGAGAAGGGTTATTAACCTATTTTCTGTTGTATTATTTATGAATATTTTCTTGCTTATTTATACAACGAATTCAACATTTTTTTAGCTAGGTGTGAAGGTTGTGTTTGAAATGACTGCTTCCATATAGATAAATTATATTTGT

Coding sequence (CDS)

ATGCGTAAATCTATAATGTTGAGTTTGTTGATTGGGTTTCATTGGTTCTGCAGCACTAAAGAACCAGCTTGGAACTCTGAAAAGAAGCTTCTCTTGGAAAAAGATGGACCTCATATTGCAAGAATTTCTGTTTTTGAGACTAATAGAATATCCCGGAACAACCTTGTAGGGTTTTGTGAAATCGATCTACTTGAGTTTCTATCACAGGAATCAGACTCTGATATTGAGGAACTCGAATTGTTGGATCCATCACCACCTAATGCAGTGGTTGGCAAAATTTCTGTTTCATGCTCTGTTGAGGACCCGATCGAAACAGAGAAACGCTTTGCAAAGCGGATCTTATCTATTGTGGATTATAATGAGGATGGAGAGCTCTCATTTCCTGAATTTTCCGACTTAATGGATGCTTTTGGCAATCAAGTGGCAGCTTCTAAGAAAGAGGAGCTTTTTAAGGCAGCTGACAAGAATGGGGATGGTGTTGTCACGCTTGATGAGTTGGCTGCTCTTCTTGCTGCTCAACAAGAGAAGGAGCCATTGATGAACCGTTGTCCTGTTTGTGGTGAAACTCTTGAAGTTTCTGACAAACTGAACAACATGATTCACTTGACTTTATGTTTTGATGAAGGAACTGGAAACCAAGTTATGACCGGAGGGTTCTTGACTGATAAACAGGCTGCATATGGGTGGATGTTTAAATTAAGCGAATGGGCGCATTTTTCATCTTATGATGTTGGTCTAAACTCTGGTTCGAGTGCATCTCATATTGTTGTTTATGATCGGCAGAAAAAAAGGCTAGTAGAAGAGATAATCGATGGAAAGATTGTTTTGTCAATGAGGGCCATCTATCAGTCAAAAGTAGGTCTCACTCTTATGGATAAAGGTATGATTTAG

Protein sequence

MRKSIMLSLLIGFHWFCSTKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEELELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFGNQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNNMIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVYDRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKGMI

Homology

[Close]

BLAST of Cucsat.G9335.T6 vs. ExPASy Swiss-Prot
Match: F4KAK5 (Phosphatidylserine decarboxylase proenzyme 2 OS=Arabidopsis thaliana OX=3702 GN=PSD2 PE=2 SV=1)

HSP 1 Score: 432.6 bits (1111), Expect = 3.7e-120
Identity = 206/277 (74.37%), Postives = 247/277 (89.17%), Query Frame = 0


Query: 18  STKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEE 77
           +T++P WNSEKKLLLEK+GP +AR+SVFETNR++RN ++G+CE+D+ +F+ QE +S  + 
Sbjct: 88  TTQKPIWNSEKKLLLEKNGPSLARVSVFETNRVARNKIIGYCELDIFDFVVQEPESTCKS 147

Query: 78  LELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAF 137
             LLDP+  N VVG I +SC++EDP+ETE+RFAKRILSIVDYNEDG+LSF EFSDL+ AF
Sbjct: 148 FNLLDPTSSN-VVGSIFLSCAIEDPVETERRFAKRILSIVDYNEDGQLSFSEFSDLIKAF 207

Query: 138 GNQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLN 197
           GN VAA+KKEELFKAAD NGDGVVT+DELAALLA QQE+EP++N CPVCGE L+VSDKLN
Sbjct: 208 GNLVAANKKEELFKAADLNGDGVVTIDELAALLALQQEQEPIINNCPVCGEALQVSDKLN 267

Query: 198 NMIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVV 257
            MIH+TLCFDEGTGNQVMTGGFLTD+QA+YGWMFKLSEW H S+YDVGLN+GSSAS+IVV
Sbjct: 268 AMIHMTLCFDEGTGNQVMTGGFLTDRQASYGWMFKLSEWTHLSTYDVGLNTGSSASYIVV 327

Query: 258 YDRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 295
            DR+ KRLVEE+ID KIVLSMRAIYQSK+GL LMD+G
Sbjct: 328 IDRKSKRLVEELIDSKIVLSMRAIYQSKIGLRLMDQG 363

[Close]

BLAST of Cucsat.G9335.T6 vs. ExPASy Swiss-Prot
Match: A4GNA8 (Phosphatidylserine decarboxylase proenzyme 3 OS=Arabidopsis thaliana OX=3702 GN=PSD3 PE=1 SV=1)

HSP 1 Score: 423.7 bits (1088), Expect = 1.7e-117
Identity = 210/277 (75.81%), Postives = 246/277 (88.81%), Query Frame = 0


Query: 18  STKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEE 77
           ST++P WNSEKKLLLEK+GP +ARISVFETNR+ +NN+VG+CE+DLL+F+ QE DS  + 
Sbjct: 89  STEKPIWNSEKKLLLEKNGPSLARISVFETNRLLKNNIVGYCELDLLDFVVQEPDSTCKS 148

Query: 78  LELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAF 137
            +LLDP+  N VVG + VSCSVEDP+ETE  FAKRILSIVDY+EDG+LSF EFSDLM+AF
Sbjct: 149 FDLLDPASSN-VVGSMFVSCSVEDPVETETCFAKRILSIVDYDEDGKLSFSEFSDLMNAF 208

Query: 138 GNQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLN 197
           GN VAA+KKEELFKAAD NGDGVVT+DELAALLA QQE+EP++N CPVCGE L++ DKLN
Sbjct: 209 GNVVAANKKEELFKAADLNGDGVVTIDELAALLAVQQEQEPIINSCPVCGEALQL-DKLN 268

Query: 198 NMIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVV 257
            MIH+TLCFDEGTGNQ MTGGFLTD+QA+YGWMFKLSEW H S+YDVGLN+GSSASHIVV
Sbjct: 269 AMIHMTLCFDEGTGNQ-MTGGFLTDRQASYGWMFKLSEWTHLSTYDVGLNTGSSASHIVV 328

Query: 258 YDRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 295
            DR+ KRLVEE+ID KIV+SMRAIYQSK+GL LMD+G
Sbjct: 329 IDRKTKRLVEELIDSKIVMSMRAIYQSKIGLRLMDQG 362

[Close]

BLAST of Cucsat.G9335.T6 vs. ExPASy Swiss-Prot
Match: Q5JN42 (Phosphatidylserine decarboxylase proenzyme 2 OS=Oryza sativa subsp. japonica OX=39947 GN=PSD2 PE=3 SV=3)

HSP 1 Score: 412.5 bits (1059), Expect = 3.9e-114
Identity = 196/269 (72.86%), Postives = 236/269 (87.73%), Query Frame = 0


Query: 27  EKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEELELLDPSPP 86
           EKK+++E +GPHIARISVFETNR S+N LVG+CE+DL E L+++ D   E L LLDPS  
Sbjct: 78  EKKVVVETNGPHIARISVFETNRFSKNTLVGYCEVDLFELLTKDLDEHSEVLSLLDPSSS 137

Query: 87  NAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFGNQVAASKK 146
             +VG IS+SC +EDP+ETE+ FA+R+L+IVDYNEDGELS  EFSDLM AFGN++A +K 
Sbjct: 138 ATIVGSISISCYIEDPVETEQSFARRVLAIVDYNEDGELSLSEFSDLMKAFGNKLAVAKI 197

Query: 147 EELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNNMIHLTLCF 206
           EELF+ ADKNGDG+V +DELAALLA QQEKEPL++ CPVCGE L   DK+N+MIH+TLCF
Sbjct: 198 EELFRQADKNGDGIVDMDELAALLANQQEKEPLISNCPVCGEILGKHDKINDMIHMTLCF 257

Query: 207 DEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVYDRQKKRLV 266
           DEGTGNQ+MTGGFLTDKQA+YGWMFKLSEWAHFSSYDVGL+SGS+ASHI+V+DR+ KRLV
Sbjct: 258 DEGTGNQIMTGGFLTDKQASYGWMFKLSEWAHFSSYDVGLHSGSTASHILVFDRRTKRLV 317

Query: 267 EEIIDGKIVLSMRAIYQSKVGLTLMDKGM 296
           EE+IDGKIVLSMRA+YQSKVGLTL+D G+
Sbjct: 318 EEVIDGKIVLSMRALYQSKVGLTLIDTGV 346

[Close]

BLAST of Cucsat.G9335.T6 vs. NCBI nr
Match: XP_011658767.2 (phosphatidylserine decarboxylase proenzyme 2 [Cucumis sativus] >KAE8645793.1 hypothetical protein Csa_017374 [Cucumis sativus])

HSP 1 Score: 546 bits (1407), Expect = 1.18e-189
Identity = 276/276 (100.00%), Postives = 276/276 (100.00%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL
Sbjct: 102 TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 161

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG
Sbjct: 162 ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 221

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN
Sbjct: 222 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 281

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY
Sbjct: 282 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 341

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG
Sbjct: 342 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 377

[Close]

BLAST of Cucsat.G9335.T6 vs. NCBI nr
Match: XP_008455245.1 (PREDICTED: phosphatidylserine decarboxylase proenzyme 2-like [Cucumis melo])

HSP 1 Score: 543 bits (1400), Expect = 1.40e-188
Identity = 274/276 (99.28%), Postives = 276/276 (100.00%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQ+SDSDIEEL
Sbjct: 103 TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQDSDSDIEEL 162

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDL+DAFG
Sbjct: 163 ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLIDAFG 222

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN
Sbjct: 223 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 282

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY
Sbjct: 283 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 342

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG
Sbjct: 343 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 378

[Close]

BLAST of Cucsat.G9335.T6 vs. NCBI nr
Match: XP_038888956.1 (phosphatidylserine decarboxylase proenzyme 2-like [Benincasa hispida])

HSP 1 Score: 534 bits (1376), Expect = 5.52e-185
Identity = 269/276 (97.46%), Postives = 273/276 (98.91%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVG+CEIDLLEFLSQ+SDSD EEL
Sbjct: 102 TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGYCEIDLLEFLSQDSDSDTEEL 161

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           ELLDPSPPNAVVGKIS+SCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDL+DAFG
Sbjct: 162 ELLDPSPPNAVVGKISLSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLIDAFG 221

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMN CPVCGE LEVSDKLNN
Sbjct: 222 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNCCPVCGEALEVSDKLNN 281

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY
Sbjct: 282 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 341

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG
Sbjct: 342 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 377

[Close]

BLAST of Cucsat.G9335.T6 vs. NCBI nr
Match: XP_022967583.1 (phosphatidylserine decarboxylase proenzyme 2-like [Cucurbita maxima])

HSP 1 Score: 522 bits (1345), Expect = 2.33e-180
Identity = 265/276 (96.01%), Postives = 270/276 (97.83%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TK+PAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVG+CEIDLLEFLSQ+S S  EEL
Sbjct: 99  TKDPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGYCEIDLLEFLSQDSSS--EEL 158

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           +LLDPSPPNAVVGKI VSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDL+DAFG
Sbjct: 159 KLLDPSPPNAVVGKIYVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLIDAFG 218

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGE LEVSDKLNN
Sbjct: 219 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGEVLEVSDKLNN 278

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY
Sbjct: 279 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 338

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVLSMRAIYQSKVGL LMDKG
Sbjct: 339 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLALMDKG 372

[Close]

BLAST of Cucsat.G9335.T6 vs. NCBI nr
Match: XP_023553974.1 (phosphatidylserine decarboxylase proenzyme 2-like [Cucurbita pepo subsp. pepo])

HSP 1 Score: 522 bits (1345), Expect = 2.33e-180
Identity = 265/276 (96.01%), Postives = 270/276 (97.83%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TK+PAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVG+CEIDLLEFLSQ+S S  EEL
Sbjct: 99  TKDPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGYCEIDLLEFLSQDSSS--EEL 158

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           +LLDPSPPNAVVGKI VSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDL+DAFG
Sbjct: 159 KLLDPSPPNAVVGKIYVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLIDAFG 218

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGE LEVSDKLNN
Sbjct: 219 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGEVLEVSDKLNN 278

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY
Sbjct: 279 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 338

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVLSMRAIYQSKVGL LMDKG
Sbjct: 339 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLALMDKG 372

[Close]

BLAST of Cucsat.G9335.T6 vs. ExPASy TrEMBL
Match: A0A0A0K2G8 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G058530 PE=4 SV=1)

HSP 1 Score: 539 bits (1389), Expect = 1.29e-190
Identity = 273/276 (98.91%), Postives = 273/276 (98.91%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL
Sbjct: 102 TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 161

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG
Sbjct: 162 ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 221

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN
Sbjct: 222 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 281

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY
Sbjct: 282 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 341

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVL M AIYQSKVGLTLMDK 
Sbjct: 342 DRQKKRLVEEIIDGKIVLLMMAIYQSKVGLTLMDKA 377

[Close]

BLAST of Cucsat.G9335.T6 vs. ExPASy TrEMBL
Match: A0A1S3C020 (Phosphatidylserine decarboxylase proenzyme 2 OS=Cucumis melo OX=3656 GN=LOC103495456 PE=3 SV=1)

HSP 1 Score: 543 bits (1400), Expect = 6.80e-189
Identity = 274/276 (99.28%), Postives = 276/276 (100.00%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQ+SDSDIEEL
Sbjct: 103 TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQDSDSDIEEL 162

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDL+DAFG
Sbjct: 163 ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLIDAFG 222

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN
Sbjct: 223 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 282

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY
Sbjct: 283 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 342

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG
Sbjct: 343 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 378

[Close]

BLAST of Cucsat.G9335.T6 vs. ExPASy TrEMBL
Match: A0A6J1HVG6 (Phosphatidylserine decarboxylase proenzyme 2 OS=Cucurbita maxima OX=3661 GN=LOC111467035 PE=3 SV=1)

HSP 1 Score: 522 bits (1345), Expect = 1.13e-180
Identity = 265/276 (96.01%), Postives = 270/276 (97.83%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TK+PAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVG+CEIDLLEFLSQ+S S  EEL
Sbjct: 99  TKDPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGYCEIDLLEFLSQDSSS--EEL 158

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           +LLDPSPPNAVVGKI VSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDL+DAFG
Sbjct: 159 KLLDPSPPNAVVGKIYVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLIDAFG 218

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGE LEVSDKLNN
Sbjct: 219 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGEVLEVSDKLNN 278

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY
Sbjct: 279 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 338

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVLSMRAIYQSKVGL LMDKG
Sbjct: 339 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLALMDKG 372

[Close]

BLAST of Cucsat.G9335.T6 vs. ExPASy TrEMBL
Match: A0A6J1HGJ7 (Phosphatidylserine decarboxylase proenzyme 2 OS=Cucurbita moschata OX=3662 GN=LOC111463896 PE=3 SV=1)

HSP 1 Score: 520 bits (1340), Expect = 6.47e-180
Identity = 264/276 (95.65%), Postives = 269/276 (97.46%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TK+PAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVG+CEIDLLEFLSQ+S S  EEL
Sbjct: 99  TKDPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGYCEIDLLEFLSQDSSS--EEL 158

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           +LLDPSPPN VVGKI VSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDL+DAFG
Sbjct: 159 KLLDPSPPNEVVGKIYVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLIDAFG 218

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGE LEVSDKLNN
Sbjct: 219 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGEVLEVSDKLNN 278

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY
Sbjct: 279 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 338

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVLSMRAIYQSKVGL LMDKG
Sbjct: 339 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLALMDKG 372

[Close]

BLAST of Cucsat.G9335.T6 vs. ExPASy TrEMBL
Match: A0A6J1DLJ7 (Phosphatidylserine decarboxylase proenzyme 2 OS=Momordica charantia OX=3673 GN=LOC111021669 PE=3 SV=1)

HSP 1 Score: 509 bits (1312), Expect = 1.28e-175
Identity = 255/276 (92.39%), Postives = 266/276 (96.38%), Query Frame = 0


Query: 19  TKEPAWNSEKKLLLEKDGPHIARISVFETNRISRNNLVGFCEIDLLEFLSQESDSDIEEL 78
           TKEPAWNSEKKLLLEK GPH+ARISVFETNRISRNNLVG+CEIDLLEFLSQ S++D EEL
Sbjct: 99  TKEPAWNSEKKLLLEKGGPHMARISVFETNRISRNNLVGYCEIDLLEFLSQNSETDTEEL 158

Query: 79  ELLDPSPPNAVVGKISVSCSVEDPIETEKRFAKRILSIVDYNEDGELSFPEFSDLMDAFG 138
           ELLDPSPPNAVVG ISVSCS+EDPIETEK+FAKRILSIVDYN+DGELSF EFSDL+ AFG
Sbjct: 159 ELLDPSPPNAVVGNISVSCSIEDPIETEKQFAKRILSIVDYNQDGELSFSEFSDLIGAFG 218

Query: 139 NQVAASKKEELFKAADKNGDGVVTLDELAALLAAQQEKEPLMNRCPVCGETLEVSDKLNN 198
           NQVAASKKEELFK ADKNGDGVV LDELAALLA QQEKEPLMN CPVCGETL+VSDKLN+
Sbjct: 219 NQVAASKKEELFKEADKNGDGVVALDELAALLAVQQEKEPLMNCCPVCGETLDVSDKLNS 278

Query: 199 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFSSYDVGLNSGSSASHIVVY 258
           MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHF+SYDVGLNSGSSASHIVVY
Sbjct: 279 MIHLTLCFDEGTGNQVMTGGFLTDKQAAYGWMFKLSEWAHFASYDVGLNSGSSASHIVVY 338

Query: 259 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 294
           DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG
Sbjct: 339 DRQKKRLVEEIIDGKIVLSMRAIYQSKVGLTLMDKG 374

The following BLAST results are available for this feature:

BLAST of Cucsat.G9335.T6 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
F4KAK5	3.7e-120	74.37	Phosphatidylserine decarboxylase proenzyme 2 OS=Arabidopsis thaliana OX=3702 GN=...	[more]
A4GNA8	1.7e-117	75.81	Phosphatidylserine decarboxylase proenzyme 3 OS=Arabidopsis thaliana OX=3702 GN=...	[more]
Q5JN42	3.9e-114	72.86	Phosphatidylserine decarboxylase proenzyme 2 OS=Oryza sativa subsp. japonica OX=...	[more]

BLAST of Cucsat.G9335.T6 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_011658767.2	1.18e-189	100.00	phosphatidylserine decarboxylase proenzyme 2 [Cucumis sativus] >KAE8645793.1 hyp...	[more]
XP_008455245.1	1.40e-188	99.28	PREDICTED: phosphatidylserine decarboxylase proenzyme 2-like [Cucumis melo]	[more]
XP_038888956.1	5.52e-185	97.46	phosphatidylserine decarboxylase proenzyme 2-like [Benincasa hispida]	[more]
XP_022967583.1	2.33e-180	96.01	phosphatidylserine decarboxylase proenzyme 2-like [Cucurbita maxima]	[more]
XP_023553974.1	2.33e-180	96.01	phosphatidylserine decarboxylase proenzyme 2-like [Cucurbita pepo subsp. pepo]	[more]

BLAST of Cucsat.G9335.T6 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0K2G8	1.29e-190	98.91	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_7G058530 PE=4 SV=1	[more]
A0A1S3C020	6.80e-189	99.28	Phosphatidylserine decarboxylase proenzyme 2 OS=Cucumis melo OX=3656 GN=LOC10349...	[more]
A0A6J1HVG6	1.13e-180	96.01	Phosphatidylserine decarboxylase proenzyme 2 OS=Cucurbita maxima OX=3661 GN=LOC1...	[more]
A0A6J1HGJ7	6.47e-180	95.65	Phosphatidylserine decarboxylase proenzyme 2 OS=Cucurbita moschata OX=3662 GN=LO...	[more]
A0A6J1DLJ7	1.28e-175	92.39	Phosphatidylserine decarboxylase proenzyme 2 OS=Momordica charantia OX=3673 GN=L...	[more]

InterPro

Analysis Name: InterPro Annotations of Cucumber (B10) v3
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR002048	EF-hand domain	SMART	SM00054	efh_1	coord: 109..137 e-value: 0.19 score: 20.8 coord: 145..173 e-value: 0.01 score: 25.0
IPR002048	EF-hand domain	PFAM	PF13833	EF-hand_8	coord: 121..171 e-value: 3.3E-7 score: 30.0
IPR002048	EF-hand domain	PROSITE	PS50222	EF_HAND_2	coord: 105..140 score: 10.524363
IPR002048	EF-hand domain	PROSITE	PS50222	EF_HAND_2	coord: 141..176 score: 12.198088
IPR002048	EF-hand domain	CDD	cd00051	EFh	coord: 110..165 e-value: 4.39217E-8 score: 47.1573
IPR035892	C2 domain superfamily	GENE3D	2.60.40.150	C2 domain	coord: 16..105 e-value: 2.6E-5 score: 26.1
IPR035892	C2 domain superfamily	SUPERFAMILY	49562	C2 domain (Calcium/lipid-binding domain, CaLB)	coord: 17..99
None	No IPR available	GENE3D	1.10.238.10		coord: 106..181 e-value: 6.3E-12 score: 47.2
None	No IPR available	PANTHER	PTHR10067:SF15	PHOSPHATIDYLSERINE DECARBOXYLASE PROENZYME 2	coord: 18..294
None	No IPR available	CDD	cd00030	C2	coord: 19..76 e-value: 0.00277361 score: 34.7351
IPR003817	Phosphatidylserine decarboxylase-related	PANTHER	PTHR10067	PHOSPHATIDYLSERINE DECARBOXYLASE	coord: 18..294
IPR018247	EF-Hand 1, calcium-binding site	PROSITE	PS00018	EF_HAND_1	coord: 154..166
IPR018247	EF-Hand 1, calcium-binding site	PROSITE	PS00018	EF_HAND_1	coord: 118..130
IPR011992	EF-hand domain pair	SUPERFAMILY	47473	EF-hand	coord: 101..186

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
Cucsat.G9335	Cucsat.G9335	gene

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


Feature Name	Unique Name	Type
Cucsat.G9335.T6.E1	Cucsat.G9335.T6.E1	exon
Cucsat.G9335.T6.E2	Cucsat.G9335.T6.E2	exon
Cucsat.G9335.T6.E3	Cucsat.G9335.T6.E3	exon
Cucsat.G9335.T6.E4	Cucsat.G9335.T6.E4	exon
Cucsat.G9335.T6.E5	Cucsat.G9335.T6.E5	exon
Cucsat.G9335.T6.E6	Cucsat.G9335.T6.E6	exon
Cucsat.G9335.T6.E7	Cucsat.G9335.T6.E7	exon
Cucsat.G9335.T6.E8	Cucsat.G9335.T6.E8	exon
Cucsat.G9335.T6.E9	Cucsat.G9335.T6.E9	exon
Cucsat.G9335.T6.E10	Cucsat.G9335.T6.E10	exon
Cucsat.G9335.T6.E11	Cucsat.G9335.T6.E11	exon
Cucsat.G9335.T6.E12	Cucsat.G9335.T6.E12	exon
Cucsat.G9335.T6.E13	Cucsat.G9335.T6.E13	exon
Cucsat.G9335.T6.E14	Cucsat.G9335.T6.E14	exon
Cucsat.G9335.T6.E15	Cucsat.G9335.T6.E15	exon
Cucsat.G9335.T6.E16	Cucsat.G9335.T6.E16	exon
Cucsat.G9335.T6.E17	Cucsat.G9335.T6.E17	exon
Cucsat.G9335.T6.E18	Cucsat.G9335.T6.E18	exon
Cucsat.G9335.T6.E19	Cucsat.G9335.T6.E19	exon
Cucsat.G9335.T6.E20	Cucsat.G9335.T6.E20	exon

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


Feature Name	Unique Name	Type
Cucsat.G9335.T6.C10	Cucsat.G9335.T6.C10	CDS
Cucsat.G9335.T6.C9	Cucsat.G9335.T6.C9	CDS
Cucsat.G9335.T6.C8	Cucsat.G9335.T6.C8	CDS
Cucsat.G9335.T6.C7	Cucsat.G9335.T6.C7	CDS
Cucsat.G9335.T6.C6	Cucsat.G9335.T6.C6	CDS
Cucsat.G9335.T6.C5	Cucsat.G9335.T6.C5	CDS
Cucsat.G9335.T6.C4	Cucsat.G9335.T6.C4	CDS
Cucsat.G9335.T6.C3	Cucsat.G9335.T6.C3	CDS
Cucsat.G9335.T6.C2	Cucsat.G9335.T6.C2	CDS
Cucsat.G9335.T6.C1	Cucsat.G9335.T6.C1	CDS

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
Cucsat.G9335.T6	Cucsat.G9335.T6-protein	polypeptide

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008654	phospholipid biosynthetic process
biological_process	GO:0006646	phosphatidylethanolamine biosynthetic process
biological_process	GO:0016540	protein autoprocessing
cellular_component	GO:0016020	membrane
molecular_function	GO:0005509	calcium ion binding
molecular_function	GO:0004609	phosphatidylserine decarboxylase activity