Sgr018160 (gene) Monk fruit (Qingpiguo) v1

Overview


Name	Sgr018160
Type	gene
Organism	Siraitia grosvenorii (Monk fruit (Qingpiguo) v1)
Description	Phosphatidate cytidylyltransferase
Location	tig00153113: 563630 .. 595114 (+)
RNA-Seq Expression	Sgr018160
Synteny	Sgr018160

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGACTTCCAAGACATCGTTTTTGGATTTCGATTGTTACAAGGTCACTCCGGTGTCTCTGTCTTCTCCCTGCGCCTGCCCTTCCCGTCCTTCGTCTTGTAAGCCATTGCCGCTACCTCGATCCTCGCTGAAGCTCAATCGCTTGCATTTCGTCTTACATGGTCCCAAGGGCTTTCTTAGAATTAACAAGAGTAGCGGTTCGGCGAGACGCCGCATTGCGGCCGTGGCACATGCCGAGCCCGACAGCCTTGACGGGAACGAGTCCGAAGAGGTACGTTTGAGTCAGTACTTTTAGTTATATGATTGGTACATTGCTGTTCTCTCTCTCTCGGTTTGGTGTGGTTGGTGGAAGACGATGAAGGAAAGGAACTCAGATTTTATTTGGGTGTTTATTCTTTTGTCTATTTGAAAGGGATTGAAGTGGAGGTTTCAATCGGGTGGATTTTGAAGACTTTGGTGCTAAATTAACTAGGAGGATAGGGTAGCTTACATGGTAGGTAGGTACGGGTTTTGGCTTATAATTTTTCTTGTTTCAATGTGGGAGCTTGAAACTAAACGGAAATTAGAGTCCAGAATTGGTGAAGTCAGTAAACTGCACGTCAATTCTGAATTCAATGGTTACAATCGGGAGTAAATCATTACATTATTATTCATTTTGGAGAGATTCAAGGATTACTTATAATTTTCCTGGAGCAGTTCAGTAGGAATGGCAGTTCGTTCTAAGCTGTATATTACTACGTTTGGGGAATACAAAGGTTTATGAATTTGACCATTTTATAAGCTAGTATATTAAACACATACTTTTAGCCCCCTCAAACAACCGTTTTTGTACTTAGCAAAGTTTATATTGCGAGCATTTCTTGTGCTATCAAATTGATTACTGCAAATGGCTATCTTGTAGGAAGTTGAGAGAGGCCTAAAGTTATCATTTCAAGAGGATCCAATCTCAGAACATCAACATAAAGAAAATCAATTGACGAAACGTATTGTTTTTGGGCTTGGAATTGGAATAACGGTGGGCATTGTAGTATTGGCTGGAGGATGGGTGTTCACTGTGGCTGTGGCTGCATGTATTTTTGTTGGTGCACGTGAGTATTTTGAGTTGGTCAGGAGCCGTGGGATCACTGCAGGAATGACACCCCCACCGCGATATGTTTCACGAATTTGCTCAGTTATTTGTGCGCTCATGCCCATTCTTAGCTCGTACGACTAGTCTCAATCTCAATATCAATACTATGTTGCAACTATTGGAAATTTTCATGGGCATAAAATCATTAATTGCTTATTAGCTTTCATTATGAATCATTAACTCATCTTTTTTTTATTTTGTTTTGCTTCTATGATTGCAATTTAATATTTGAATCCAAAAGATTGTTGTACTAAAGAAGATTGCAAAAGTAATCACATTGACTTGCCTCTTATAAGATTTTCTTTTGGGTAATTCTATTATTGGATTTTAATGTTGTAGAATGGCAGTCTAGATGATCTTATTAATCCACTACCTCTCCCCACTTGTGCTTAATTTGAATTGCGCATGTTGTGCAAATTTGTAGTGGAACTATCCTTATTCGATGATAAAATTAGGTATTACAGATAATTTAATTCCTTTAACTTGAAAACATTGCAGGTAAAGATGGCTTAGTTAAATGGCATGCAATTTTTTAAGCTCTTTGGCTAATAGATTTATATGCCTCCATTGTTATATAAATTCCCACCTTCTATTTGAGTGGGTAGTTGGTTAATGATTAAGATCCTTCCCATTAATGAATACTAAGATTCTTGGTTGTTGTATGCATCTGTTGGAATAATAAGATTTATCAACCTAAGGGCGAAGGTTACGGTTGAATGGAGAGAACCAGCCATCAATGGCAACAAACAGCATGTTGGAAATGTGTTTAATGCTACTATACTTGAACACCAATAGTAGTTTGTGCTTATTGGTGATTAAGCGAATTGCTAGCAGATCATTGACACTGCCTTGCTTTAGTTGCAATGACACATTAATGTGATGCAAAGAACTATTCAGATGCCAACACAATAGTTGGGAGACATGAATTGGAAGGATGCTAGCTATGCTTGGTGAAGAGTGCTCGGCCATTGTCGTCCTCAACCCCAGGTTATGATGCAAGAAGTTTGATTGATCTTGGAAGAATATTGAAATTATGGTTGTCAAAGATTTCTTGAAGATGGTTGAATGAAGAAGAAAGGCTTTCTGCATAGGAAGTTGGGTGGAGGATAAGAGAGCAAAGGCAAGATTGCCTATGAGAAAATTTAAACTGTCCTAATTATCGTATGAAATAGAGCTTTCCATTTTGATAGGCATTGGGAGATACAGATTATCTTTAGGATATGCTGAAGAACGTCAAGAATTTTTCTTTTTTTTTTTGGAGGGGGGGGGGGGGGGGGGAGCAGGGGAGGATTATATTAGTGCTGGAGGAGATGGTTAAGCTAGTTGCTTTAAAACTAAAAGGAGGAACTTTGATATGGTGGGATTAGCTCCATCCCAACTGTTGAATGATTGGAAAATTACCAATGAGGTCTGGATTGAATGTGAAAACATTTTAGAGAGTTTTTTTTGTCCATCCATTCATTATGTACGATTGATATATGAACAATACTAAAATTGCATGTAGGGATCGAAGATAGTGGATAGAACATAGAGAAGTTATACATATTGAATATTTGGAATAATTTGACAGAAACAAAGCTCTAGCTATGGGTCGCTATATATTTTTGGTTTAAGATCAACAATATGATAAAGGTTGACATAGAGCCTATCAATTACTTAATTGAGGTTGAGACAATGGCTCATAAAATAGTGAAGTAGTTCAATAAGAACATTCCTAAATTTCAAAGTTTTAGAAAAAAACTAAACAGGTCCTTTGATCAATTAAAATAGACGACAATTTCAATAATGGAAACGTGCGAATAAGAATTGGTACTTGGGGGAACTCTAAGGTGGATGTAGAGGTAAAGAGGTTTGTATTAACCGTAACAGGGAGGTAATAAGTACTAAGAACCATAGAAATCCTTATGCATGATCGATGATGAACAAATGCTTTAGATGTGGTCAATACTCATTTGATGAGTGCCCTCAAAGAAGGCTAATCACCTTCATCACTTTATGGAAGAACCAAAAGAACAACCTTTTGATAGTGATGCTGAAAAGGTCAAAAAGAGCATTTATATTGAGGTTAATGTGGGAGATCACGTAGGCTATGTATTCCAAAGGCTTCTTTTGGACCCATAAGGTGGCTCCCTCTCCCCCAATTTCTTTTGACATAACATGTACTATAAATGGAAAATTTTGCAATGTGGTTATATATAGCAGTAGTGATGAGAATATGGCTTGTCGAGCATTGATACAGTCCTTCAAACTTGATCCTCATCCTAATGCTTACAAAGTTGAATGGACAAGGAGAGGTGAAAAAGCTCAAATCAAAGAAATTCGTAAGTACCTCTATCCTTAAGTACCTACTAGAAAGATCAAATACTCTACTGTCTTAGACATGGATGCATGATGTTTTGCTAGAATGGCCTCGGCAATATGATGACTAGGCCATTCATTGAGGGAGAGATGCTTATGAATTCTCTTGTTTTTGCAGGAAGATTATAGATTGTATTATTGCCTACATTGAGATGGCATAAAGGATGATAAATTAGCCATCATAGTTATTGTGGAAAAGGAGTTTTATTGGGTTCACTAAAGATTTTGTTAGTTTGTCTAGTAAAAGAACTAGAAGATAGTGTTAGCATGTATAAGCAAAGAAGAGAAGCACTTGAAGTTAAATCCGATGACTTAGATAGCTTAGTGAAGTTTCTTTAGAGTTGCTTGCTACTTTAATTTGTGCAACTAGTGATTTAGAGCCTCAAATAGACTTTATGCTCAAAAGATAAACCTCAAGATATTTTGCTCTTGTTGGAGGTAATCTAGTATCATGGAAAGTAAGAAGAAAAGTGTAGTCTCATGATCGAGTGCTAAATTGGAATACAGAGCTGTGACATAGTCTATTTGTGAAATAGTGTGGATAAATCAACTCTTGATCGAGTTAGGCTTCAGTGTTGTAGTTTTGACCAACTCATGATTATCATTTTGTTTGTGAAAAAATTCAACAAGCTTTGGTGTCTGTCAAATATGTAATATTGGAGAGCAGTGGAAGATATTCTTTTACGAAAGCTATAAATAGAGTACGATTAGATTACCTTTGTAGCAAACTAGACATGATTCACATATATGTTCTAGCTTGAGAGGAGTGGTATAGCATGTTTATTGATATAAATAGGAGTTAATTAGTCTCTTGCCCTTTATTGTAATTTTCTACTTTATTAGTTTAGAGCTCCCATGTATACTTATATATAATTCTGGTGTATGGAGTATTCTCTTATATTTCTTGCATATCATGGAAGAACGTTCATAGGGTCTCAATAAGGTGGACTCTGGTGATGCTGCTACTCTTTGGAAGTATTGTATATGTCAGAGATACATCTTGGAGAAAGGAAAGAGGATGGTAATGTAGAGTTGGAAAAGTGGGAAATTATAAACTCTGGACCTACACAAATTAATTGGGAGGTTGAGGCAGAATGTAGGCCATGTAATGTTGGTTTTAACACCTATTCCTAAGTGTGATCCTAAGAAAAATAAAGGCAAGTGAAGAACAATGGGAAATAGGGAGCTGAAAAGTTTAATAGCATGACCTATGGTAAAACAAATGATCTTGATAGCATGGGGGGAGGTATGGTGATCCGTGAAAATTTTATAGAGGGACATTACAGGGGATTGGGGATAGGAAAGGACTATGATCAGGAAGTTGATAAAAAAAAAAAGGTTAAATTACAAATTTGGTTCTTGAACTTTTGGAGTTATGTCTATATAGTTCTTGAACTTTAAAAAATTTCAATTACATTCTTGAACTTTTAATTTTGCGTCTAATAGGTCGATTAGGGATTATGTGGCACGATGTGACAACTAAAACATGATAGGTGAGTAACTTTATGAGGACGGGCTGATAGGATGGGTTTAGGGTTTAGAGAACTGGGCGATTTCTTTAAAAATCGCTTGCCTAAAATTAGTCTTGCTTCAATTGCCACGTTGCGCAACATAATCCCAGTTGACACAGGTTAAGCATTAAATTGATAGAGTTAACGCTAGAGACCTATTAAGCAAAAGTCACATAAGCATTAAATTGACAGAGTTAAAGGTAGAGACCAATTAAGCAAAAAGAAAATTTTTTGCCCCGCTGCCCTAGATTTCACAATAAGCATAAGAGATTATGGAGTAGAGGGAGCGATCTAAAAGGAAGGGATGGCTGCTTAAAATTTATTTAGGAAAAGTTTATGATAAGGTTGATTGAAAATTTTTGCTGGTTATTCTTGAAAGAAAAAGGTTTTGGCAATAGATGAGTAAATTGGAGAAATTGCATTTCAAACACCATGTTTTTGTTTTTCTTAATGGAAGACCAAGAAGTAAGATAAATGCTTCAAGAGGCTTGAGAGAAGCTGATTTGCTTTTCTCCTTTTCTCTTTGTATTGGTGGGAGATGTTCTTAGTAGATTGATTAAAAAGGGTGGAGGAAGGAGAGCTGGAAGGTTTTAAAGTTGACAAGGAAAGGGGTCATGTCTCTCATCTTCATTTCATGGACAATACAATTTTTTTCAAATTCTATTTATTAATTTATTTCTTTATTTTTGTCAAGATGACCAACAGACAATTGAAATTATGTTTAAAGCTTTGGGAGTTTTTGAAGGGCAACATGGAGAAATTGGTGTTATGTGGTATGAATATGGATGCTGGTCGAATTAAGAAGAATGCTGATTATTTTGGGTAGTGGAAGAATTACCCATAGGTATGCCTCTAGGGATAATCCTAGGAGATAGGGCTTTTGTAGAATTGTAGAGAAGAGGACGGAAAGGATGGATAATGGGAAGTTTTTTGTTTATAGAAAGGAGGTCGTTTTATTAGCCCATGTAGTGTGGGGAAGTTTACCCATGTATTTTATGTCAATTTGGCAGATACTGAGGAGGGTGGCAGGGGATTTAGAAAGAAGGATATGAAATTTTTTATGGAATGGGGATAAGGGGGGTCCCCTTATTAGATGGGAGATGGCTTCTCTTCAAATCACAAAGGGTGGATTTAGGGTCGGTAATTTAAGAATAAAGAATATGGCTTTGTTGGCAAATTGGCTTTGGAGATTCCAAAAGGAACCTTCAGAGTTGTGGAATAATGTAATTAGAAGTATTTATGGACAGGAAGAAGGGGCTGGTTTACAAAATTAATGCATTTGAAGATGCCACAGTCTTGGACTCATATTTCAAAACTTAGACTGTTATTTGAAATCTAGATCAAATTCAAGGTGGGTTCAGGTGCAAGGGTGAGGTTTTTGGAAGGAGATTTGGTTGATTAACCAACCTTTAATGGCAAAATTTCTGAATCTTTTTGTATGTGTCTGAACCAAAAAATATTACGGTAGGGGAGATGTGGGAAAGTGAAACAAAATCTTGGAAAAGCTTGACTAGAAGAAACCTATCAGATGTGATGGCCAAGGATGTAATGATTCAAAGTGAGGATGATTTGATGTGCTGAAGGATGTAATGATTCAAAGTGAGGATGATTTGATGTGCTGGAAGATTGAAGCATGAGGAAGCTGTTCTTATGTCTCTTTTCTTGAAGTTGGTTTTTTTTTTTGGTAAGAAACAGAGAAATGATCATTCAGAAGAAAGGCCAAAGCCCAACCCAACAACCTAAAGGACAAAGGGACAAGGAGGCCCTATTCCACAAAAACAAAGGGGAGGGTTAAACAAAAGCCCTCCAGTCTAAGTTGATCTTTTCTTGAAGTTGGTTGGTTCTGAGGAAGTATTAAATAATATAATTTATTTGGCAACATTGAAGTGATGGGTGCCAAAGACAATTAATTTTGTTGGTCTTCTTGTCTTGAAAGCGTGAAAATGGCCGAAAGGTTGTAAAGGAGATGTCCTGTTATGTTGTAACAACCCAATTGGTGTGTTTTATGCAGAAATGCAGGGGAGAATTTGAGCAACATTTTTTTTGCGATTACAGAAGGGATTTTCAAGAAAGGAGCTTCTGGTGTGTCTTATCCAGTTTCGTATAAAAAAAGAAAAGAAAAGAAAAGAAAAGAAAAGAAAGGAAACAAAGAAAGGAGCTGATAAACCTTCTGAATATTATTTATCAACAAGGTTACAGCTGAGGGGAGAATTCTAGAGCTCCCCATCTCTCCCAGCCTTCCCCTACTAACAGTCCCAAAAGCATACCCTCTAACTAACACCTCTCCTATTTGTATACTCCTCCCCACATTACATCAGCCACATCTAGTTACCCAAGTGGACCCCCTTCTAACTAATTACATTCCCTGGGCCCAATTACATTCCTGTCCCGCTTCCTCTTATACACATTCCTAATAGGAGGCCTATCAGGAGCTTCTCATTTCTCAGGTTTCCAATCAATTGGTGAAGAATAATATGATTCAAATTCTATATGGTCATGGTCTGAATGGAAAAGCTAAAATTATTTGGACGAATTCCGTTAAAGCATTTGTTTGGGAATTTAGGTTAGAAAGGAATAATAGGTTTTACAATGACAAGTTCAGAGAATGGAGAGAGGTTTTGGACTTGGCCAAGTTTCATTGTTCATCATTGTGTTTGTTATCTAAATTATTTTGTAATTACGACCTTACTTGAATAGGATCTGGTACCTCTGTGTCATTGAGTTCTAAATTATTCTGTAACTATAGCTCTTTTGTGATTAATTTAGATTTAGGTAGTTTTTTGGTATTTATGGTTTTGTGGATGCTGTGGGGTTGATATTTATTTCCTAATGTATTTGGAGGCTGTATGTGTGATTTTGTCAAAAGGGTAATGGCTGTTTGTGGTGAGTTTTAGAGATGGAAGGGATGGGCTTTGTTGTACTTCTGGGTTATCTTGGGGCTTCTGAGTTTTTTCTTTTTTTAATTCTAGTTAAGTTGTAACTTTTTACTATATCAACCCAAAGTTTCCTTTCCTTTAAAAAGAAAGGAAAAAAAAGCAGCCAGTTGCTGGTGTTGATCCAACCAATATTGTGGCTTAGCCCCCTTAAATGATGCATTGGGTTCATTTATGGATTGCAATCCTTGCTTATAGTCTTCATCTGTTCATTTATTTTTTTTGAACAAGATACAAACTTTTTCGTTGATAAATGAAAAGGAAAATTTTTTTTCAATGATACACACTCCCGAAGGATGAAAAAGCAAAACAGAAAAGTAAAAGTAAGGGTACAGAACATTGAAGAGTTGCTTATATATTATAGGTAAAAAGCTCTCCCTCGTTAGTCTTCGTATTTCTAAGCACTGCCTTTTAACTTGTAAGCCACAAGACTCAACATTTGGTCTGGTGTAATTCATTTTTTTCTGGTCGGAAAACGAGCTTTCATTGAGAAAAAGATCTGGTGTATTCATGTAATCAATGAAATTCTCAATATTTTTCACCCAATGAAGAAAATCCATATTGGGTCTGCCATCTAATGCATATAAATCTATTAACTTATAGTTGGTGACATTTGAAGAACATTTTTTTCTCCTAGACCACAATTGAGTCTTTGGTAATTTCCTTGTGGAACCTCCCCTTTCTAAGCTGGAGTCACCTTGCCTTCCACATTAAATACTGGATTGTCTGCTCGAGATTTATAGAGATGGACAATGGAGTTTTATGCTGAAGCTTCCTTGCAGCCAGCCTGGATCACTGGCAGCGTTGATCACAATCTCCAATACCAGATCTGATGTAATTGGATATAAAGTTTTGATGAAGTGTGCTGCCCAGGCTTTTTCCAACTTCTATTGCGTCAAAGCTAACTGAAAAAGATGACCACAGTGGCTTTAGCTGTATCTGTGTTATTTACAGAATTCAGCATGGTCATATCTAATATCAATTTATCTTCACCTTTTTTAGCCAGAAAATATATTCTCCTTGTTTTCAATTATGCCCTGTTGTAAAGAAATGCTCAACTAATCCATGCTGTATTAGCTCTGCTGCAATTTGAAGGTAGAAAAGAAGATTTCCTGCAGCGTGGTTGAAAGTTTACTTTCTTACATCTCTTAGGTGCTCTTTAACTAAGGAATTACAAATTTTTCCTCTTTTTGTATGTAGTCCTTTTTGCCCTTTGTGGACTTCTAGTCTTGTGACTGTGTATCCATTTTTTGTTACTAATATTTTCTTATTTGTTAATAAAAATTAAATACGAGGTCCTTCTGCCCTTTTCCTTGATGTTCTTTCTATAGTTGCGCATCATTCCTTGTTTAGAATTTTTGTCATGTTGCTAATTAGTCAATGCTGATTAATCAAGATAATGGGAAGGTTTTTCCTTTGAACACATTATGTTTTCACAGTTCAAAACTCTATATTCCAGTTAATGAAGATATTTTAGTATGATCAGATAGGAGGTTGTTTGGTGCGTATTTGAAAATTTATTAGGTGCATAATTTCCCTTTGTAGAGTTGCGATGGACATTAAATTCTTATCAGCGTTTCTTATATCGATGCAGGTACTTTGGTCAGCTTGATGTTGCTATCACATTTTCTGCCTTCATTCTTGTAATAACATTGCTTCTACAAAGAGGGAGTCCCCGTTTTGCTCAGCTGAGCAGTGCAATATTTGGGCTTTTTTACTGTGGTTATCTTCCTTGTTTTTGGATCAAACTTCGTTGTGGTTTGGCAGCTCCAGCCATAAACACTAGTCAGTCATTTTTGCTCGTACTTTTTTGGCTTTGAATTATAAATATGTATTCATCCCATGGACATCATCTTCAATATTAGATGTTACTCACCAATTAATGAGAAAGCACTTTGATAAAGCTAGGAGAAAGAAATATGTAACTTGTATTGATTTTAGTGAAAAGATACATGGTTCTTAGACATTTGAGAGGTTTGGATTTCTCCTAATGAGGCTTGAAAATCCTTCTCAGCTTCCTATTCATAATCTGCCTTCCTTTCCCTGTGTAATACTGCATTTATCCTCCCTTTTTCCCCAATTGTATCCACTTATAGTTTCTAGCCACCTACACAAACGACCCTTGCCTACCCTTCTATAACAACTCTCTTTTGTCCACTGCTCCTTTAATTTCTTTCTCCCCTTGCATCATTCTTCTTGCATAAGTAAACTGAATAGGGTGGCCTGCCATTCCTATCAAGACTCTGCCCATCCTATTGGATTAACACTTCTAGTTTTCCTTGTTGGTTGTAGAGACTAAAGGTTTGAGAGAATCCAATTACTCTATTCTATTCACTAAGAGATATATATAGACAAGTATACAAGGTTAACCTAAAGTAAAGAATGTAAAAGGGCGATAAAGGATAAATGACTAAGACTGAGATAATTACAATAAATACAAAATATAATAATATAAACACTATAACATTGGTATTGAGTACTGATCGGCTTCAATATTGCACCTGACAATACAATGAGCTTTTTAATTCAGGGTTGAGTTGTGGGGTAAGGGATTATTGAAGTACAGGTTGGGCCTCTCTTTATTTCTTTCTTTCTTTCTTTTTAAATATTATTATCATTATTATTTTTAGAAGAAACTGAATTTTTCATTGATAGAATGAAAAATTACAAAGAAATTTACAAACACTAACAACAAAAAACAATTTCCCACCCAGACAAAACAATTCAGAAAAACACCCGAAACCCAACCGAAAGAACATAAAGGATCAATACAACGCAACCCATATAGCCCTAAAGCTTACAAAAAGACCATCCAAAAAAACCTAAGAACGCAGCCTCAAAGAAACTTGGAAATCCAGAAACTGTACCACCTAATAAATAAACTATAGCAGAAGACGTTGCAGCAAGGATTTGAGCTCCACTACTCATATAGACATTTCTGAACCAAACATTTGATATGAGAATAGCTGAAATCACCAACGAGAACTTTCATACGTGAACCAACTGAACTAAACACAGTATCAAAACCAATGCTTCTTCCCTCTAACTTCGTTCTTAAAGAACTTTAGCCTCAGCCAACTCTTTTTGTAACCCTTTCCATACCATGTGAAATTGAAACCAGACTTGAACCAAACCTTTGAAAATACAAACTCCAAGAAAACACCCAAGAAACAGTTCCTTAAATCTAAAAAAAAAAAAAAACTGTAATTTTCTTACTTTCTCCCTTCTTTTTTTTCTTTCTATTTTTTTTTCCTTCTTTTATTTTTCATTTTATTTTTCTGGATTCAAACAAAATTTTTTACAATAGAAAGGCAAGGCCACCGATAAGAACTACCCTTCCTGAAACCACATAAGAACAAGATCCATGATTTACAATAAAAAGCAACGTATTCCAGTCCCCACTTTTATCTCCTCCTGGACAAAGGCTATAGTATCAGCGCTGGAGTTTTAGGAAAACCAGATCTCCCACTTGAAATTCAACATCTCTACAATGCCCATATGCAAGTATCTTCATTGTTTGTTGAGCTCTAATTAATTGGAAGTCTAGGTCATCCGATATATCATCTCTATCTTATAAAAATTGGTCAATGGAGGAAGCTGGTGAGGAAGAGGGGTGGCCATATCTGATTAATGGAAGGGATGTGGTCTATTGTATAAGAGTTAAAATGGGGTTGTCTTTGTTGCACTAATCTGTTTTCCCAAGTGTGTGGTTGCTCTATGGCAAAATGATTGAGGTAGGTCTCCAAAATTTCTATTTGACTACCTCATATTATCTATCAATTTGAAACAATGGACCTTTGGGACCCCGTGGATTCTTATGGTCTCGTTAGTGAACCAATTACCAACGAATGGAGTAATGTAAAGGTGTAGCAGAGTTAAGTGGCCATACTTGGTCAGCCTGTCAACTACTACCTTTGAAGTGTCCTTTCCATCAGGTTTAAGTAGCCTTTCAATGAAATCCTTGGTCAAGTCATCCCATGGTGGCTCAAGGATAGGTAAAGGTTGCAATAACCCTGCTAGAGATATTGCATAGTATTTGTGACGTTCCCATGCTCCACAGTTGGCTGAAATTCGTACTGCTTTCCTCATACCTCCTAGTACAATTTTTAGCTATTCTTTTATAGGTTTTAAGTTTGCCTGCATGACCCAAGTAGTCCTCTTGAACATAAAAAATGGAAGGGTGGTTTGCCATAAAAGAAAAAATGGTAAGGGTTACATTTGTTGGGGACCTGAATAAAGCATTTGCTATCTTGTTCCCTCGAAGCCAAGGTAGTATTGAATTTCAAAATCGTACTGCAACAATTTGGTAAACTAATTTTGATGCTCCATGCTTTCCAATCGTTCTAATAAGTTCTTAGACTTCTGATTAGTGTGGATAAGGAATTTGCTCCCAACAAATAAATGAAGATTGTAGATTGTATGTTGAATTCAATTTTTCTTGACAAAGCTTTAATGAGATGTGCAATTGTGGAAGATGCCAGATTATTGTATGGGTAAAATTTCAAAGGACCATGCGAACATTTCATGTCTGCACAACTGAGATATCTTGAAGTCTCTCCTCATATTTGGATATTTCGATTACTCTCTTCACCTATTCAACCTTGACCCACTCAACCAGGGTGAACCCTTTGGACTTTCGATGCCTCTCATCATTGTGTCATCCATCTAAGACAGCCAATCATGATCCCATCCTTTACAATGCGACCTCAAAAGTTGTCAACCACTCCCCACGATCAGTGTGCCTGGCTGAGGGAGTCAAGGACACACATCTTGTGACCACAATATTGGAGCTTCTAGCATCGTGTGGCAGTGGCCAGCCTGGGCTACTACTATGTAAGGAACTTCCAACACTAATAGAAGGTACGCTAATAGAAGGTACGCTATATGCAATACGTAAATTTGCAATCTTGATTTGACTCTCTCGAGCATTCCTCTTATGCTCAAACTCTCTAATTCTCTAACTTGACCATCAGAGTGTTGGGAATATCAATATGGAAATATTAGGAGTATTATTATGCTATTAGTAGTGGCATAATGGTAATTTCTTAGGGGTGAAGTAGTTATAAATAGGGCATTTAGGAAGATGAGATAGGCAAAATTTGGAAGAGTAATTTTGGGGAGAGTCCAAGCCTCTCGAAGTCCCTGAGATTTGATATTGTAATTTTCCTTTCTATATTGCAATTTTCCTTTCTATATTGCAATTTTAGTATTATTTTCTGTCAATTTCTATTGCAAGATCAGTTCTTATCACAAAGTTCTTTAGGTTGGCATAACATTGGCATTATTTGATTCCCTAGTCTTCTTCTTTGTAGATACATACTAGAATCAAGAGGATTTTGCACCTCTATAATTACTATGTTGAAACGAAGATGGGTGCACGCTTGGTGATTAGTCGGTGAGTTTTGAGAAATGGGATAAGTCCATTCATGGAAGGATATCCAAAGTCCCCTCCAATGGAGGATGTGCAAAGATAATAAATTTACCCATTTTATTTATGGAACTTTGAGACCTCTAAAGAAATTGGATACAATGTGGCCGTTATATCATGTGTTAGGAAAACTACTTATATGCTTGAATATGTTGTGGTGAGTACGTTAATTAAAGAAAAATATTGCAGCTTCGCTTTGATGGGAATAGAGGTGAATGATGGAATAAGAACAAAATGGATTGTTTAGCTTGTGGCATCAACGTCTGCAAAACTCCTAACCTGCCCAGTTTTCAACTTCCATGGAACCTTTACCAGAGATGCAATGACATGACTATACAATGAAAACCTGGGTCCTTGCCTGGGGGACCTGGTGAAGCTTTTAGAAGGTGGCATGAACAAAAAGAAAACATGCGGCAAATAGAGTTGCTTGCAGCAGTGCGAGTATGGTGAGATAGGAAGTTAACGTGTTGGCTCTGAAAAGTTAAAACATTCATATTTATGGAGAGACGAGTAGTTGATGTTGGCCAGTTGGGCCCAGAAGTAGGGCTCTTGGATAATGGTGAGTTATAAGATAGTAAGAGTTGTTTAATTTTCAGTTTTGCTCATTGTGGGAGCGGTGTTGTTCAACCTAAGAAACACGGATACGGATACGGGACACGGACACCACACGACACGGCGATATGTAAATTTCTAAAAAAGTAGGATACGGACACGTTGGAGATACGTTTTCTCTTTTTTTTTTTTAGATTATATGTGTACATATGAATATATTTAATACTTCATAATAGACAAACACATGTAAATTTAACATAAACAACGATGTATTTCACTAGATAATATAAAATGTCAAATCAATTGACAATAGTACAAAACAAAACACAAGATCCAACAAAGTATATAACACAAAGTATATAACACAAAGTAGAGAGAACAAGGAAATAGAAAATAGTTTTTCATACAAAAAAACTAAAGCTCTCATCTTAAATTTCTATAACATCTTCTTCTCCATCACTTCAATCAAGCTCACCACCATCATCATTAAAAACTACAGCCTCCAAATCTGGTTCATCCAATGATAAATTAGCTACTTCAAGCATACCAACGTCTTCAAAAGAATCTCCAGCAATATCCCATGACTTAGTCTCTCCTTTTAAATATTCTGGAGTTCTTCTTGACAAAAGACGAAGATTACTGTGGATAAATACCAAATCTTCTGCACGTTGTGGCGTCATTTTATTTCGCCTAATCGAATTAATAAATGAGTATGTGCTCCAATTTCTCTCACAACATGAAGAGGAGGAAGGCTGCACTAATAGTTTAAAGGCAATTGATTGAAGAGTTGGTGCATAAACACCATGAGTGGCCCACTAACTTTTAGGATCTAACTGATGCCTGTCAATTATGGATTCATAATCAGCAAAATCTCCAGCATTTGTTGAAAAGTTAGCAAATTCAATCTTCACTTTTGCACGCTCCTCATTGGTGCTAAAGTATCTCTTAAAACACTTCATTCTCTCTCGAGTTACTTCCAAATCTTTATGTGGAGGCACTCGATTAGGGTCTTCTTTAAGCCATTCTTCACTATAGTATCTAATATAAGTTTAGAAAATATTAAACTCTTATAAATTATAATACAATTACAATAAGGACAAAAGAATAGTAACTAAAAAGTACCTTGGATTCAAGGAACGCGCTAGACAGTGAAGTGGAGTATTATTTTTGTTCCAACGATCAATAAGAATATTATGCACCGCATCATAAAAGGAGGAGGATTCATTTGGTTGCAATCCTTCATGTCTATATATTGTTGTCTTCACCTTTTCAATCATAATGTCCCACATATCATACACCAAATGAAGACAAGGTGTGTCCGTATCACAAGCTCGGATCATGTCATATATAGGTCCAGTGAAGGAGAGAATATACTCAATTTTATCCCACCATATGTCATCAAGCACCAACTCCTTCACATGTCTCGCTCTTCCCACGTCATCTTCTCTATAATTTGCCCATTGGTCACTAATCACCATAACTTGTAATCCACCTTTAATAAGCTTAAACCTCCTAGGCATAATGATAACTGATGCAAAACGTGTTTCAGCCACAGACAGCAACTTTAGAGATACAAACTCATTAAACATAGCGAGCCTCATAGAATGATCATGATGAAATTTTTCACTACCATGACATCGCCAGCAATGTCAAAGATCCAACTGCATTCCTCATATACAAGTTGATTATTTTCAACATTCTTGGCAGCACATATATTCTTCAAGGCAAGATTGAGGGTATGAACTACACACGGTGTCCATGCAATAGTCGGAAATTGTGCTTCAATAATTTGGCCTGCACCTTTACAATTAGGAGCATTATCTGTTATCACTTAAATCACATTTTGATGACCGACCTCGTTAATCACTTCTTTCATCAAATTTGCAATAAAATACTTATCTTTGATCTCACCAGAACAATCCACTGCTTTTAAAAACATTGGTATACCATCTGTAACAGCCATAAAGTTAATCAAAGGTCTCCTTTGTGAGTCACTCCATCCATCGCTCACAATACTCACACCTTTCTGACTTCATATTGATTTAACCGGCGTCAATAATCTCTCTATATTCGCTTTTTCTCTTTGAAGCAGACTTGTCCTCAACAAATTACATCCAGGAGGAATATATCCCGATAACATATTATTTGCAGCATAAGTAAAAGCACCTATGAAATGTGGGTTCCTCGCTAAATGAAATGGTAGGCCAGCAGAATAAAACATTCGAGCAATAGGGGCGTGTAATTGGTCCCTTGATGCCTTGTTAAATGATCTTTCAATTACATTTGAACTACCCTTCTTTTTCTTATGCTCAAAACTGCTTGTGATAGGAGAATTACTCACACTAACACTACCAATAGATATGATTGAAGGTGGTAAAGGAACATTTTTAGGAGCTTTCCTTTCACTCCGATTTTTCGCCTCATCTTCCAACTTTTGCATATTGACAATATCTTTAGGTGTGACTTTTGGACAAACTCCAATTCCTTGGCCGCTTATCTTCAACAAGTGAGCTCTAACTCTTGTATACGAACTCTTCTTTATGGCACGACAGAAATTACATTGCCATAAAATATTTCCACCTCCTTCACTCAATTTTTGAAGCTTAGTCACGTATTGCCAAAGTGGTTTTGATTCATCCTCAACATTACTAGAGGTTGAAGATATGGAAGGAGTTGATTGACAATGACTAGAGGAAGAAGATGTCATCCTAATAAGTAATAGTCAAAACTCAAAAGTTTAGTATGTAGTTCAATGTTTTTGGGCTGAAAATATACATTTAAATGAGAAGAGTTGAAATCTAGAAGGAGAAGTTAAGTTCTGTTTTCTGTGAAATGAAAAGAAAAAAAAAAAAGATAAAAAACTAACATTGCCGAAGGTTAGGGTGGCAAAGCAGCAAGGAAGCAGATTTGGGGGACAGAGGCGACAAACGGCGGCAACTTGGAGGAACAGCAGCGACCTGAAAGGTGGTGGCTGGCGGCGATCTGAAAGGTGGAGGCCGGCAGCGCGACGTGGGGGGCTAAGAGACAGAGTCGCAGTTTGGGGGAGGGTGGGGGGGGGGGGGGCTTCTCTCTTTGCAGAATGGGTTTTCTTCTTTTTTTGAAGAAGAAGTCGTGGGTCTGCTGTTAAATATTAATTAGGTTTGTTTTATTATTATTTTTTAATTTAATATGCCAGATTTTTTATGTTGTTTTAAGCTTTCTGTTGGGCTTTTAAAATGGGCTTTTAAAAGTCCATTTCTAATTGAATTTCATGGGCTTTTAGTTTGCCACTGTTTTTCATTTTTTTTACAGCCGTGTCCCAGCAGTGTCCCTCCCGTGTCCGAAAAAAAAAAATAAAATTTCGGACACTTATTTGGCGTGTCGGACAAGTGTCCGGGGCGTGTCCGACACGTGTCCGACACAGATTCTCCGCCTATAAAGAAGTGTCCGTGCTTTCTAGTGTTCAACGTATCTCTTTTGGATTTTTGGGCTGTTTTTTGTATCTCCAAATTGGAGTTTGTACTTTTTCATTTCATCAATGAAAATTATTGTTTCCTTTTCAAAAAAAAAAAAAAAGTTGGGAACATCCAATGGTAGCCCACAGACTCAATCCTAAAATGAAGCCCACTTAAGAATGGTGTTTTGAACTCCACATAAGCCATTGGAACTGTTCTTGAAGAAACTGTTTTGGGCCCATCCAATTCAGTTCGACTCTAAAGCTGGACAATTTACTTGAGGAGGAAGAGGGATTTGCTGTTCCTTGTTCACAGAACTTAGTGGAGGTCCAAATATTAAACGACACAGACTCCTCCTTCAGGAACTTGGTGGTGGCAGATCACCAGAGGAGGAGATTAAGCTTTCTAGGCCTAGATGGGATGGATTAATTGTGTAATTTCAGGAAGCTAGTCTATGGGTTCTTCCAATTAGGAATAAGATGAAAGGAAGCTCCTTGGGTAGAGGATGAAAATGAAGCGGTGTAAAGGAGTTAAAACTTGGCATCCTCAATTAACTAAGAAAAAGGTGACAACTGTCAATATAGAGATGGGGGAATTGGTCGCCATAAAAGTAGTTGGAATACATAAGGACTGGGGGGTCGAGAGAGGAGAGTTCTAATTGAAGTTTATTTATTTATTTATTTTGAGAGAGAGAGAGAGAGAGAGAGATTTGCCCTGAGGCAGTGTTATTGCATCAAGGCAGTGTTATTGCAAGAAGCTAAATTGTTGAAGGCAGAAAGGTTGTTGAAAAAATGTGGGATGGGCAGCAATACTAGCTATTGGTGCCTCAGGAGACCTTTTAACTTTATGGGATGAGAAAAATCAAGCAGTAGAGGTTCTGCAGGGAGCGTTATCTCTGCCAAACTAGATTTAATTGGCTGATCAATTAGAGGTTTGGATCTCTAGACAGCATGTGAAGGAAATTGGTGCTTGGGAGGAGGTTTTATGTCATCTGATAGACACGCAGAAATGCTAGAAGGTAGAATAATTAAAAGCATGAGATGATTCAATTAAGTGGTTAAGGGGGCTTAGATTGAATAGAAATTTCTTTATCAAATGGCAAGTTTGTATGGTCAATTATGAGAGAACCTAGTTCGATCAGTTTTAGACAGATTTGTTGAATTCGAAGTTCATCCGATGGACATGTGCCATTGTTGTGTTATGTGAAATATGCCATCTGAGGAAGCTAATCACTTGTCTCTTCACTATCTACTGGTTAAGTAATCTGGGGACTGGGGAGCAAGTTCTCTAATTATTTGGGCTTCATCTGATGCTGCCAAACAGTATCAGAGACTTCTTCAATGGTGAGTTGGTCATCCTTGTGACTCTTTAGGAAATGTGGCTTGAAAGAAATGAAAGATTGTTCTCAAATAGTGAGAGGCTCAGAAGATTTTTGGGACCTAATTTTCTATTAAGCTTCTAGTTGGAGTTAAATGGAAATGTACATGTAATCTCCCCCCTTCCTCTTGGTTTGGGTGGATTTCTTGTCTATATTTTCTTTTCTTTTTTCTTTTTTTAAATTTTTCTAAGGAAACATAACTTTTCATTAAAGTAGTGAAACTTACAGAGAATGGTTTCTCCTAGTAGGAGAAAACATAAAAATGAACGAAGTTACAAGCAAAGAAACTAAAACCTCCCTGAAGAAAAGGGCAATACAAATCCTAAAAACCCAAACTTGAAGAAGAATATACAAACGTAAACCAACAATTACTAACAAGAAACCAATAGAATATGAAGAACCAAGCAAAATATGAGGCCTTTAAGAAAACTGGAAATCCTCTAAAAAAATCAACTGCTGCAACTAAATCAAAAACATCTTCAAATTGATGACAAGGCTTCAGACTAAATGGTCCCACAAATCTATTCTCTTGATCACCAAATAACTTGAAAAATACTCCACTTTGAACCTCTGAAAATTGAAAATCTGAACTAAGATGAGGCCTTATATAGAGTATACTACACTCTGAACCTCAATAAACTGGCACACGGAATCTTCAACATGAAAGATTGCAACCAAAATGGAACCTGCGCATTAAAATTACAAAACCAAAGATCCAACCACTGAAGAAGCATTTCCAAAATTTCCAAAAAGCTCTAAAAGAGGCCAGATATTACTTTCTTTTTTTCCCCATTCTTTCTATCTTTTTTTTTCTCTTCTCTGCCTCTTCTTTTCTTCTTTGTTCCTTTTTCTCCTCTCTCCATTTTTTCCTCACTCCTCTCTCCTTGTTTTTTACTTTTTCTTATCTACCTTGTTTTTTATCCTATCCTATCATTATTAAAGGTTCGTATTTTTTACATAAAAAAGGTTAAACTACTCCATGAACTTTAGTTTTGATAATATTTTGGTCCTTAAAGTATTATTTTGTAACAATATAGTCCTGTAATTTGAGAAATGTAACAAAAACATCTCCAATATTAAAAATCGAGTTGAAATTAGGCAATGTAAATGAGTATATAATTGGATCAAGTTTGAGTTTGAATTGTAGGAGGTTCGTTTGCCTTATTCACTTAACTAAATTTCATGCATAGGTTGCTTTTAAACGAGATTTTTAATGTTAAGATTAATTGTTACATTTCTAAAAGTATAAAGATTTTATCATTATAAATAAATGAGGACCGAAAGAATATAAGAGCTTACTACATAGATTAAAAAGTATGTTTCAACCTTAAAATATGAAAATATTTTTCCTAAGTTGGAAAAGTAACATTTCCCATCCTCGCAATCCAATACCATTTAATAATCAGAAGGAAAAAAATTTATATGAAGAAAATCCAATACCATTAAATAATTTGAAGGAAAATAATTCATACGGTTTAGGCATTAAAAGGATGCTCACGTGTCATCGTTTTAAGCACGAAAAGAAGGTTCTAGGGATTAATTTCACCTAACCCTATCTATAGACTCTTTGGAATGAAAGGACCAACAGAATTTTTAAAGATGAGAAGCCATTTGACATCGCATATGAGAATCTATCTTTCTTGGTGTAAATGTTATCCCCCCTTTCATAATTTTAGCTTATCTTCAATTTTAAGCAATTGGAGGAGTTTTGTAACCTCCTGTTTGGGGTTTTGTTATACTCCCCTTTTTCTCTTTGATAGGCATCTTGAAAAGGACTCTTTTTTGTAATATTTCATACCATCAATGAAATATTTTTTTCTATAAAAAAAATCGTATGGTGGTTCAATTTTATTTATATTTCATTTATGAAAGAAAACCAATTAAGCCTATTTTAAGTTTAAAATAGACCTAGAGAAGGATACTTAAAAGCATAGATATCCAATTTTGCTCTTTTACAAAAATCCATTTTCTAAGTTAAAGGAGTAAAACTTCTTGATTTCAACAAGTACAATCTTTAAGCGTGACTTCTATTGCAGAAATGCATGATATTCCTTATCCTGAACTGGATCATGATGTGCATTAACTTCTTAAGAGGCTGGTGTTGTAATGATAACCTTTTAGGATCTTACCTTTGTCCCTCAAAAAGTCTTTTATGGATGACACATTGAATGGTGGGGTAATCCTAATTATTTCTTGCGTGTATAAGGTTTTGAATTGTGTTTACAGTTTTGAGCGTATGAGTAAGAACTTCCATAGATATGTTGGTAATTTCACTTTTGTATGCCTTGTAGCTTCCCTTTATAGGTGTTTTTATAAAGTTATACTTTCTTACTAGATCATGCTCTTTGGCAGAAATTGGAGCAACATGGCCATTTCTTCTTGGAGGCCAAGCTCATTGGACTGTTGGCCTTGTTGCAACCTTGATTTCTGTGAGCAGTATAATTGCAGCTGATACATATGCTTTTCTTGGTGGCAAGGTAAGTTTGTTCCTCTTCTATCTTCCATTATGTGTATGATACTTCTTTGAAATTATCTTTTGGAAGTAAATAGTTGTTACTTCAGGCTAGTAAATGAGCGAGTTATTGTGAAAGGTTGGACCAAGGCACCCTTGATTATTTTGGGCAGAAAGATTTTTTGAGATTCACCAATGATGTGATTTAGAGAAATTATTGGTAGCTATTGTGAGTTTGGATGGAGATGCCATATTGTGTATAGGTGGGCAGAAACAAGGAGTTCTCAAACTAGTAAGACCTAAGGAAGCAATTAATTCTGAGGTTTTCGACCATTGCAAGAAGGGAGCCTGGCAAAAGGTTTTTGGCCATTAAACAGGAAGGGACCATGGCGGAATGTAGTGATCCAAGTGGCTCAAGAACTGATGCAGGCTTGACTATGCCAAGCAAATACAGGCCCAACTGTAAAAGCGCGAATAAGCACTTAAACTCACATGGTCACCTTAGTGGGGAAGCACCGTTCAGCCCAATAGAAAAGCATTACCTATAACGGTCCATTTGGTTCGCTTCGCTGGTATTATTTGATGGTTATGGATATTAAATATCTAGGAATTGAATGTTTGAAAATTAAATATCTTAAATATTAAATATCTTTGTTTGGGAGTGCAAGATAATCAATGTATGAGGATAATATTAGGATAGTCAGGTCATATTAGTAATTAGACAAGTAGTTAGTTATAAATAGAGTGGGTGGGAGGGGATAAAGGTAGGCAATGGTTTAGTTGGTTTAGGCTTGAGAATACTCAAGAAGGAGTTTTTAAGTACCTCGATACTTGGAGAGTTATGATACTTTATCTTTTTATCTTTCAATACAATGGTTCCTCTCACTATAATGCATGCGCAGAAAACTACTAGTTTTGCAACTTGATGAAATATCTTGTGCCCTTAGGTGGAGATTTTATGATTTTTCAGTTTTTTTCTGCAGGCATTTGGTAAGACCCCACTAACAAATATTAGTCCAAAAAAGACGTGGGAGGGAACTATTATGGGCTTGGGTGGTTGTATAGCCACATCCGTGATTCTATCAAAAATTCTTTGTTGGCCGACTTCTGTGCTTAGGTATGTAATTCTTCAATTGCTTACTCAATTTATGGCCATTATTCTCTCTATATTTTATTTTATTTTCTTTGGCCTGGAGGGGGGGGGGGGGGGGAAGGAATCCATAAGTCTCAATTTTGAAGTTATTACTGCATGTTTATGATTTAATTACTTCTTTTTCTTCTCTATCTTAATGGAAAAACCATGGACCATTATTTCATTTCACGCTGACATTTACATGATCTAGAACTGTTTATAAGTTGGTTTTCTTTGTGGTGATGTTTAGGTTGTTCATGGATGAGCACCTCGTGCGTTTTACAATTCTTTAGAAACAATGTTTATCATAAAAGGCTCGCAAGTCATCTCAGGTTTACATAATATCTTGCAAATGTTGGTTCTTGATTAGAAATAAAAAAATTATCCTTGTTCAACTAACATACTAAAAACACATAATAATAATGACAAAATTTTGGGGTTGGGAACAGGGGACGTAGGATACATACTAAAAATTAATTATAATAAAAATGTTTATGATTTAATTACTTCTTTTTCTTCTCTATCTTAATGGAAAAACCATGGACCATTATTTCATTTCACGCTGACATTTACATGATCTAGAACTGTTTATAAGTTGGTTTTTCTTTGTGGTGATGTTTAGGTTGTTCATGGATGAGCACCTCGTGCGTTTTACAATTCTTTAGAAACAATGTTTATCATAAAAAGGCTCGCAAGTCATCTCAGGTTTACATAATATCTTGCAAATGTTGGTTCTTGATTAGAAATAAAAAAATTATCCTTGTTCAACTAACATACTAAAAACACATAATAATAATGACAAAATTTTGGGGTTGGGAACAGGGGACGTAGGATACATACTAAAAATTAATTATAATAAAAATGTTTGAAGTTGGGGTTAAGGTTGAAGTCAAGGACACAGAAAACATAATAACAATTAAAAACAAATTAAGACTTGGATCAAGGTTGGAGACGTGAAATACATAATAAAATATAAAATAATAATTAAAAATTTATTAGACTAGGGTCAGGATCAAGGTAGGGTAGGTTCAGGGCAAGGCGGGTTCAAATAGGAATTTTCCGAAACTAAATGAAAAAATGAGAGATTTAATGGAACTCTAGCGGTCATAAATTATTGGATCCAATTCAAATTATTGGATCCAATTCTATCCTTTTACAAAGTTATTTGAGGGTTAATTGATGAAATTAAAAATTTAAGGGTGCGATTGTAACAACTCTAATAGGAGCCAAAACATGAATTATAATTAAAAGCTTAACTATGAATAAGATCTGAAATATAAGAACTAAATCAATAAAGATGTTACTTTGATCAATAATTTTGTAAAATATAAATTAAAAAAAGTAAAATTTATCAAGTGGGATTTGTTTCTTTGCATTTTAAGCAAGTTCATAATTGATGAATCTAAAAGAGAGATTTTTTTATATTTTAAGTCAATTTTCATGGGGATTCCATTTATTCTGATTAACAATTGTGTTATTTATGGGAGACCGGAAACAAAATCAAAAGTTTTTCCGTTTAAGCTTAATACTGATTTTTCAAGCATAGAAATATCTTTGATCAAATTGTCCGAATGTAAGCCACTAATATTCTTGATTACCGTGTAGTCTGTTTTTTATTTTAACACGAAATAACTTTTCATTAATAAAATGAAAAAGAACAATTGTTCAGGCTACAAACTCCCGAGAGAGCGAGAAAAAAAGGAAAGAAAAGACAAAACAGGAAAATAACAAGCTCAACATGAATAGTCAACGACAAGTGAAGGTGGGAACGTTGGATGGATTCCTGAATGTAATCGCCGAGTCTCCTCTCCTGCTTCGTTGTCGCTTGTTTCTTCTCCCCATTTGGTTCTTATAAGAATGTCTCACCAGAGATGATCCTACTACTTCTGCAGTTTCTTTGCATGTTCTATATATGCCAACCCATGTCCCTTTCCCTTTCCCGACCCAGCAAACTTGGCTGTTTTACTTCCTCCTCATCAGTGTCACTATTCCCTGGATTGGATGCGGAAACAAAAACTAAATCCGGAGCTCTGCGCTTTGAAGAAACAAAAGAAAGAATAAAAGAAATGTTCAACATGGTTGAACTTTCAGTTGCCGCATATGATACTGCATGGGTGGCAATGGTTCCTTCCCCAAGAAAAGAACAAGCTCGACAAGGAGAATTACAACCAGGTCAATTAAAAATGAACACGAAGAAATCCAAGAACCATCAACAAAAAAACCCAAAATCAGCTGCACCCAAACCCAGGACACCAAAATACTACGGCAACAAAAAATTATATAGTGGTAGTCTGTTTGTACGTCTTTCTGTTGTCTTCAATTAGATTCTTAAAATTATTTTTTGCTTTTAGGCTTATGCAGGTTATTTTCTGCAATATATATATGCTCGTGTTTTTAGTCCTTAGAGTGGAGTTTTCCGCTCTAATTGCTCATCGTGAACACGTCTTATTCAATTCATCTTCATGGTTCTGTAAAATAATTGACTTGCGTTTGGTTTACTGGAACAGTGCAATAGCTTTTGGATTTCTGAATTTCTTGGGTTCTGTTTTTGGTGATCTTACTGAATCAATGATAAAACGTGATGCTGGTGTCAAGGATTCTGGATCTTTAATCCCTGGACATGGTAAATTCCATTTTCTTATGCTCAAGATCTATGATGTATTAAATTTTTATTTCATGGCATATGTATAAATCAAGTCATCTTTGACTGGCTTTCATATGATTTAGGGTTGATCGGCTTTCATGTGGGTAGGGAAGACGTCCACTTCTCTCACCTTTAGTTTGTTGATGACACGATATTCTTTTATTCTGAGAGGAGGATTCTTTCATTAACCTAAATAACATTTCGGTTGTATTTGAACTTATTTTTGGCCTCAAGATTAATAGGGATAAAAGTTCAGTGGCGGACATTAATTGCACCCGTCTAAGTTGATCAGATGGGCATCTGTTGTTGGGTATGAAGTGGCCACTTTGCCCACCACTTATCTCAAGCTTCCTCTTGGACATAATCCTTCCTGTTTGTCGTACTGGAACCCGATAATTGAAAAAGCCCAAAAGCGACTGTCCTCTTGGAAGAAGGTATTCCTCTCTAAGGGTGGTAGGCTGACTCTTTTATTCAGTTTGTGTTGGGTGGGATTCATATCTATTTCCTATCATTGTTTGAGGTTCCCTCGACCATTAGCAGTAGGTTGCAAAAGATCATGAGGGACTTTCTTTAGGAGGGAGTGGGGAAGGGCGAGGGTTCTCAATTGGTTAGATGGGAGATTGTTTTGAAACCAATTGAGTTGAGTGGTGTGGGTAAAGAAGCTAATCTAAGTGTTCGTGTTGGGGGGAGGTTTGGTCTTCGATTAGGTTCAACACCTCCTTTCGAGGGTCTGTAACTAAAAAGTTTTGTAATTATCCTTTGTTTCTTTTTTTGAACCATTGAAACTCTTTTTTGTAGAGGCTTTTGCCTTTGTTTTTTTCTTGGCTCTTTTTATTTTGGGCTGACTTTGGGTATTGCCCGATTGTATATATATAGGTTACATTACAAGTTTCTTTTAGAGTTGAAATAGGTCCCTGAACTTTAAAATGTGTCAAATAAGTCCCTAAACTTTTAATTTTGTGTCTAATAGGTTCCTAAACTTTCAATTTTGTGTCTAGTAGGTCTCTGACTTATTAGACATTTTTTAAAATTAACGGATCTATTATACCCAAAATTGAATTTTGTGTCTAATAAGCCTTTGATCTTTCAATATTGTCTCTAAAAAGTTGGTGAATTTTAAATAATGTCTAATAGGTTAGAGACTTATTAGAAACAAAATTGAAAGTTCATGGACCTATTAGACACAAAATCGAAAGTTTAAGGACCTATTTGACACGTTTTAAAGTTCAGGGACCTATTTGACATAACCTAAAAATTCAAGGACTAAACTTATAATTTAACCTTATATACATATTATTTCGTCCATATTTTCTCTTGGAGACAATTCACCTCTGTTCTGTTAACACATCTTAATTTAATTTCTTTCTGATATATAACTGTGATTTAATGTTCATATCTTAATTAGAATAAAGCCCACATACTCAGCATTTACATTTAACCACGTAAAGTTGAAGGTTCGGAGCACTTGAATTTATCTGTCTTAATATGAAAGATGCTTTCAGATGAGTTATAATACCTGTAAACATTTTCAATTCCAGAAAGGTTTTGACTGTTATTTGGACCTCAATTGTGAATTATGCAGGCGGATTACTTGACAGAGTGGACAGCTACATTTTTTCTGGGGCACTAGCATACTCCTTCGTCAAAACATTTCTCCCACTTTATGGCGTTTGAGATGGTGATGATCCAATTAATTGGGGGTCAGGATAGTGCAATTCTCTAGGTTTTTTCCCTTGTATGGGGAAGAGAGAAGGCAAAACCAGTCTGCTGACTAGGGCTGGAGAAGCATGTGCATCAGCTAATTGATCGTTGTTATACCCGAAAGAAGCACTTCAGCTTACTTAGTTCACCAGGTCTTCAAAATTCCAAGTGGAAGTATTTGTTTACCAGGTAATTGTACATAGGGAATATTAAATAAAACATTGCAGCTATATTTATGGTGTGCATTCATCTCTTCAACATGGCTTCTGGTTTTCTTGGAGACCAAGGTTGTTTTTCTTTTATCTAGTCCTGCTTGTGGGCAGCAATTTGCAGGACATGTAGCCCTGTAAGCCATGTTGATGCAGGGAGATAGAGGGTTAATCTTGTAATGTTCCTTGCATTTGCTGTCAGAGGCTTAGAGTTTGTTGCTCCTCTACTGTTCAATTAATTAGTTATTAGTTATTAGTTTGTTTTTTGAATTGTTAAATAGATTACAGTTTAGTTGTTTGATTATTTGGTTGATAGTTGGTTACGTGACTGACTGCCTTTATATGTATAGTTATCAGCTCTTGTATTCCCACATCTTTTTGGTATTGAGTAAAGATTGTTTTAGTATTCTTGAAGAGTTTTAACCCCTAGGCTGCATTATTTAATATCGTAGCAATATTCTTCTCTATCTAAACATGTTCGCACCAAACTATCCCCTTTCAATTTCCATATTCCATGAGTGGTCCAAGTTACCAAAGCTGATTATGGTTGGACCCAACATAAATTTCGTTTCTTCAAAAAAAAAAAAAAAAAAAAATCAATTTCCTTCAACTCTCTTTCCTACTGACTTCTGCAGCAACTTCTCTAATGTTGGGAAGAGGCTTCACAGCAAATTACGCCCTCAACTTCATCCAATTTCTTGTTGTGACCCACTATGAATTTGAAAATCCTTTTCTTCTCCACAATCTTTTTGTAATGGGTTGCATCAGTTGAGCATTACCAGTCATTATTTTCATAAAGATCAGGTTGTTTCCAGTTCATCGTTGCAAACAAAAATATTGTCACCGCCATTTCACTTTGTCTTAGGTTATGAAGCATTCCCTCGATCTCATAAGATTCTAAGATTCCCCTTGCAGCATCCCAAATTTTTTTCACAGTATGATAAAGAAAATTCTCACCTATTTCATTTGTCATTGAGTCAATCAACCAGGACATCACCATATTATTCTTAGCTTTCCAAATCTGGTAGCTTTTATCAATAACATCAGGTTGCTTACTTTTTCTAGGAAGATAATCATTCTAAATATCATTATTGATTGTGACCACTGCAAATTAATTTTTCCATTAAGCTTATGACTGTTAAATGGAAGTGTATAGGTCCTTCACTGCTACTAGGCAGAGGTGCTTCCGTCGAAGGTGTGGGCTCGTCACCCTTTTTCATTTTCTCAGCCATGAGGAGGACAGCTCTTGGTTCTCTAGTGAGCTTTCATTTTTGTTCTGTTTTTCTCACCCAGTGAGAGAACAGGACTCGGCGATTTCTTAGTGGGTTTTCATATGCTGTAATACCATGAAGGTGATGTTATGGGTGATTTTTTCATACCCGAATTGGTTGTGGAAATGCAAGTTAGTCAGTACACCTAAGCAAGAAACTTCGTTGGATCGGAGCGGGGGAGCCCAGAGGCCGACCCGACCTCAGTGGCCGGGTAGACCCCTTGGCCGACCCTAACCGAACGTTCTATTGCCGCCTAGGGTCACGGGTGAATCCCAAGTGTCATTAAGGCATAGAAAATGACGCGTAATCAGAGTGATCGGTGGCGTGAGGGGCGGAATAGGCGGATTTGCCTTCTAAAAAGCCCAAACAAATCCATCTATAAATAGAGGAAATAGCCTCACACGCGAGGTACGCAATTTTTGACTCCTAGCTTTGCTTAGGAGAATCCAGTCTGACTTAAGCATTGAAGTGTATTGGGCAAGCACCACACTAGTGCGCAGTTACTTTTTCTTGTAGGTTCCCGTTAGTTTTCTTATTTGGAATAATTGGGTCAGGTCGGGTCGGCTATTCACTCAAGCCAAAATTCGGTAATAACATTTGGTTCTGTCTGTGGGAACGACACAAGCAAGTGCTCAACCTCAACTGTATACTGGGAAGAAAGATGAGCAAAAACGCAAGCAATGATAATCGCGACCAAGAAGATGAAGATTCAGATCATGATCGCCACCCAAGAAGTAACGTCACTCGGGACTAGAGGGCCCATAACCTGGAAGTCCTCGCCACACGGGAAGCAACTCGAGTCGCCTCAAAACAGGGAAAGCTAGTCAAAGACAAGTTCGTAGCCTATTTGAGGAAAAGGTGTAGGGTATGAATCAAAACCTCATCAAGGTGCTGGAGCTTCTAGCGCAGCGGAACAGGCCGACATTCAGTATGACTAGATTGCGGGACGGGCAAGATCCTCCAACATTAGTTCGTGATTCCATCAAAGGCAAGGGTTCGACGATAGAGGTAGTGGAAGAATCTGAAGTCTGAAGGCCCATTCCCAGCAAAATTTTGTAACGTATTAGGGCATCCCATTAGTAAGACGACCCCTTCTTTATCTCTCTTTATTATCTTTATCTACCATTATTATATAGATATATATTATATATCTATATAATTATTTATATAGATATATAATTATCTCGATATATATAATTATCTAAATATATCGATGGATATCTATAAAATTGATAAAAAGGCTCATACTGGGAGGCAACGATCGACCCTAGAGGGACCTACGTGAGCAGCTCACCCAGGGTGACAATCGCCGAGCATGAACTCACACGGATCGACATGGCGACGGACAAGCCCAATCTCGTACAATCTCCAATCTCGTACGATCTAGAATAGCCAAGGACAAACATTCGGTAGGGATATGTGGCAACCACTCAGTAGCTCGATCCCTCTCCCACAAGATTATCTGACAAAGGTGCTATTGGCCAACAATGCAAGAAGACGTTAAACACTTCACAAAAAGGTGCGATAGATGCCAGAGTTTTGCCGTGGTGCCAAGGCAACCTCTCGAGTTGCTCACCAGCATCATGAGTCCTTGGCCTTTCGCGCAATAGGGAATGGACCTCATCAGGCCACTACCTCAAGGAAGATGTCAAACAAAGTTTGTAGTCATGGCGGTTCACTATTTTACGAAATGGGCCGAGGCCTTAGCCACAATTACCGAGAAGAAGGTTACAGGCTTTATTTGGCGGAACATTGTATGTCGTTTTGGCATACCCCATGCAATTGTGACTAATAATGGAAGGCAATACAACAACGCCTCATTCAGGGAGTTTTGTGCTCAGCTTATGATCAAGCATTTTTGCTCCTCGCCAGCCCATCCACTGGCGAATGGACAGGTGGAGACAATCAACAAAATCATTAAAAGGAACCTCAAGACCAAGCAGGAAGGACTCATGGGATTATGGGCCAAAAAGCTTCCCAATGTGCTCTGGACCTATAGAACAACGGATTGGACCACCACAAGTGAGACCCATTCTCCTTGTCATTCTGTTTTGAAGCCTTAATACCCGTTGAAGTTGGTCTCACCTCCCTGAGGGTGAAATACTTTGATCATGAGAGGAACGAGGAATCACTAAGGCTCAGCCTGAAACTGATAGAAGAGCATCGGGAGAGTGCTCGATTTCATGTAGCTGAGTACAAAAATCGAGTGGCTCAGTACTACAATTCAAAGGTCAATCAGCACAGCTTTCGAGTGGACGACCTCATTCTAAGGAAAGTAATGGTGAACACTAAGGATCCAAACAGCAAAGCCCTTGGTCCAACTTGGGAAGGACCATATCGAGTGACAAGCATAGTACGATCCGGTACCTACACCCTAGTTGACCTGAAAAGGAAGCCTCTATCTCACCCTTAGAATGTTGAACACTTAAACTTACTATCAGTGATCTTTCTATCGTAATTCATGCACTTGTTTTTTAGGCCCAAATTAATAAAATTTCCTTTTTATAGACAATTCTTTACTCTAGCATGCTTAGACTAAGTTGAAACCTGCTCGAGTGGGGGGTTGGGAATAAGGCCGAGCCAACCAAGGAGACCTCACCGAGGACTTGGTTACGGCAGAGAAAAAAGTCTCTAGGTTGAGTCGACCAAAGAGACCTCACCAAGGACTTGGTAGCAGCAGAGAAAAAAGTTTATAGGCCTAGCCGACCAAGGAGACCTCACCAAGGACTTGGTTGCAGAAGACTTAACGGCTGATCTCGAGCCCTAGGCCGAGTAGACTAGAGAGCACGCAACTTCATTATAACAAAGGTAAACACTAATGCGAGATAGCATTGGTTCGAACCGAAATGGTATAAGCTTAAAGAAAGCACATGAAATTTACAGGAAATAGAAACTCCATTAAATGCTTGAAGATGGTGGATATAGTTGCCTAATATAGGGTAACATAAGGAACCAAGCCGACCAGATGAAGGCTACAAAATAGAGCAAATCAGTTTCCTTATCCGAATATAGCACACTCTTCACCTAGGCCCCATCAGTTTGGGCCTCCGCCAGCTCAACCTCCATGTCCGCAGGGTAATCAATGTGAGGAGTGCAAGCGGCCTAGTGCCTCTCTGTGAGGAAATTAAAGTTCATGTTCGGATATTTAGCTTGAGCAATTCGAACAGACCAATTGACATCGAAACCTATGGCTTCATTCTCCAGGGCGACATATTCAGCCGTTCTCTTGAAGGTCTCTGTGAGATAAGCGGTGTTGTTTGGTTGGCCTCCACCTTGTCGATGCGAGCCTCTAGGTGTGTTACCTCCGCGCGAGCCTTGGAAAGAGATTTTTTGGACTCCTCGAGCTCAGATTGA

mRNA sequence

ATGACTTCCAAGACATCGTTTTTGGATTTCGATTGTTACAAGGTCACTCCGGTGTCTCTGTCTTCTCCCTGCGCCTGCCCTTCCCGTCCTTCGTCTTGTAAGCCATTGCCGCTACCTCGATCCTCGCTGAAGCTCAATCGCTTGCATTTCGTCTTACATGGTCCCAAGGGCTTTCTTAGAATTAACAAGAGTAGCGGTTCGGCGAGACGCCGCATTGCGGCCGTGGCACATGCCGAGCCCGACAGCCTTGACGGGAACGAGTCCGAAGAGGAAGTTGAGAGAGGCCTAAAGTTATCATTTCAAGAGGATCCAATCTCAGAACATCAACATAAAGAAAATCAATTGACGAAACGTATTGTTTTTGGGCTTGGAATTGGAATAACGGTGGGCATTGTAGTATTGGCTGGAGGATGGGTGTTCACTGTGGCTGTGGCTGCATGTATTTTTGTTGGTGCACGTGAGTATTTTGAGTTGGTCAGGAGCCGTGGGATCACTGCAGGAATGACACCCCCACCGCGATATGTTTCACGAATTTGCTCAGTTATTTGTGCGCTCATGCCCATTCTTAGCTCGTACTTTGGTCAGCTTGATGTTGCTATCACATTTTCTGCCTTCATTCTTGTAATAACATTGCTTCTACAAAGAGGGAGTCCCCGTTTTGCTCAGCTGAGCAGTGCAATATTTGGGCTTTTTTACTGTGGTTATCTTCCTTGTTTTTGGATCAAACTTCGTTGTGGTTTGGCAGCTCCAGCCATAAACACTAAAATTGGAGCAACATGGCCATTTCTTCTTGGAGGCCAAGCTCATTGGACTGTTGGCCTTGTTGCAACCTTGATTTCTGTGAGCAGTATAATTGCAGCTGATACATATGCTTTTCTTGGTGGCAAGGCATTTGGTAAGACCCCACTAACAAATATTAGTCCAAAAAAGACGTGGGAGGGAACTATTATGGGCTTGGGTGGTTGTATAGCCACATCCGTGATTCTATCAAAAATTCTTTGTTGGCCGACTTCTGTGCTTAGTGCAATAGCTTTTGGATTTCTGAATTTCTTGGGTTCTGTTTTTGGTGATCTTACTGAATCAATGATAAAACGTGATGCTGGTGTCAAGGATTCTGGATCTTTAATCCCTGGACATGGTCCTTCACTGCTACTAGGCAGAGGTGCTTCCGTCGAAGGTGTGGGCTCGTCACCCTTTTTCATTTTCTCAGCCATGAGGAGGACAGCTCTTGGTTCTCTATCAGTACACCTAAGCAAGAAACTTCGTTGGATCGGAGCGGGGGAGCCCAGAGGCCGACCCGACCTCAGTGGCCGGGTAGACCCCTTGGCCGACCCTAACCGAACGTTCTATTGCCGCCTAGGGTCACGGAGGGCCCATAACCTGGAAGTCCTCGCCACACGGGAAGCAACTCGAGTCGCCTCAAAACAGGGAAAGCTAGTCAAAGACAAGTTCGTAGCCTATTTGAGGAAAAGGTGTAGGCGGAACAGGCCGACATTCAGTATGACTAGATTGCGGGACGGGCAAGATCCTCCAACATTAGTTCGTGATTCCATCAAAGGCAAGGGTTCGACGATAGAGCACACTCTTCACCTAGGCCCCATCAGTTTGGGCCTCCGCCAGCTCAACCTCCATGTCCGCAGGGTAATCAATGTGAGGAGTGCAAGCGGCCTAGTGCCTCTCTGTGAGGAAATTAAAGTTCATGTTCGGATATTTAGCTTGAGCAATTCGAACAGACCAATTGACATCGAAACCTATGGCTTCATTCTCCAGGGCGACATATTCAGCCGTTCTCTTGAAGGTCTCTGTGAGATAAGCGGTGTTGTTTGGTTGGCCTCCACCTTGTCGATGCGAGCCTCTAGGTGTGTTACCTCCGCGCGAGCCTTGGAAAGAGATTTTTTGGACTCCTCGAGCTCAGATTGA

Coding sequence (CDS)

ATGACTTCCAAGACATCGTTTTTGGATTTCGATTGTTACAAGGTCACTCCGGTGTCTCTGTCTTCTCCCTGCGCCTGCCCTTCCCGTCCTTCGTCTTGTAAGCCATTGCCGCTACCTCGATCCTCGCTGAAGCTCAATCGCTTGCATTTCGTCTTACATGGTCCCAAGGGCTTTCTTAGAATTAACAAGAGTAGCGGTTCGGCGAGACGCCGCATTGCGGCCGTGGCACATGCCGAGCCCGACAGCCTTGACGGGAACGAGTCCGAAGAGGAAGTTGAGAGAGGCCTAAAGTTATCATTTCAAGAGGATCCAATCTCAGAACATCAACATAAAGAAAATCAATTGACGAAACGTATTGTTTTTGGGCTTGGAATTGGAATAACGGTGGGCATTGTAGTATTGGCTGGAGGATGGGTGTTCACTGTGGCTGTGGCTGCATGTATTTTTGTTGGTGCACGTGAGTATTTTGAGTTGGTCAGGAGCCGTGGGATCACTGCAGGAATGACACCCCCACCGCGATATGTTTCACGAATTTGCTCAGTTATTTGTGCGCTCATGCCCATTCTTAGCTCGTACTTTGGTCAGCTTGATGTTGCTATCACATTTTCTGCCTTCATTCTTGTAATAACATTGCTTCTACAAAGAGGGAGTCCCCGTTTTGCTCAGCTGAGCAGTGCAATATTTGGGCTTTTTTACTGTGGTTATCTTCCTTGTTTTTGGATCAAACTTCGTTGTGGTTTGGCAGCTCCAGCCATAAACACTAAAATTGGAGCAACATGGCCATTTCTTCTTGGAGGCCAAGCTCATTGGACTGTTGGCCTTGTTGCAACCTTGATTTCTGTGAGCAGTATAATTGCAGCTGATACATATGCTTTTCTTGGTGGCAAGGCATTTGGTAAGACCCCACTAACAAATATTAGTCCAAAAAAGACGTGGGAGGGAACTATTATGGGCTTGGGTGGTTGTATAGCCACATCCGTGATTCTATCAAAAATTCTTTGTTGGCCGACTTCTGTGCTTAGTGCAATAGCTTTTGGATTTCTGAATTTCTTGGGTTCTGTTTTTGGTGATCTTACTGAATCAATGATAAAACGTGATGCTGGTGTCAAGGATTCTGGATCTTTAATCCCTGGACATGGTCCTTCACTGCTACTAGGCAGAGGTGCTTCCGTCGAAGGTGTGGGCTCGTCACCCTTTTTCATTTTCTCAGCCATGAGGAGGACAGCTCTTGGTTCTCTATCAGTACACCTAAGCAAGAAACTTCGTTGGATCGGAGCGGGGGAGCCCAGAGGCCGACCCGACCTCAGTGGCCGGGTAGACCCCTTGGCCGACCCTAACCGAACGTTCTATTGCCGCCTAGGGTCACGGAGGGCCCATAACCTGGAAGTCCTCGCCACACGGGAAGCAACTCGAGTCGCCTCAAAACAGGGAAAGCTAGTCAAAGACAAGTTCGTAGCCTATTTGAGGAAAAGGTGTAGGCGGAACAGGCCGACATTCAGTATGACTAGATTGCGGGACGGGCAAGATCCTCCAACATTAGTTCGTGATTCCATCAAAGGCAAGGGTTCGACGATAGAGCACACTCTTCACCTAGGCCCCATCAGTTTGGGCCTCCGCCAGCTCAACCTCCATGTCCGCAGGGTAATCAATGTGAGGAGTGCAAGCGGCCTAGTGCCTCTCTGTGAGGAAATTAAAGTTCATGTTCGGATATTTAGCTTGAGCAATTCGAACAGACCAATTGACATCGAAACCTATGGCTTCATTCTCCAGGGCGACATATTCAGCCGTTCTCTTGAAGGTCTCTGTGAGATAAGCGGTGTTGTTTGGTTGGCCTCCACCTTGTCGATGCGAGCCTCTAGGTGTGTTACCTCCGCGCGAGCCTTGGAAAGAGATTTTTTGGACTCCTCGAGCTCAGATTGA

Protein sequence

MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLRINKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIVFGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICSVICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFWIKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGKTPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTESMIKRDAGVKDSGSLIPGHGPSLLLGRGASVEGVGSSPFFIFSAMRRTALGSLSVHLSKKLRWIGAGEPRGRPDLSGRVDPLADPNRTFYCRLGSRRAHNLEVLATREATRVASKQGKLVKDKFVAYLRKRCRRNRPTFSMTRLRDGQDPPTLVRDSIKGKGSTIEHTLHLGPISLGLRQLNLHVRRVINVRSASGLVPLCEEIKVHVRIFSLSNSNRPIDIETYGFILQGDIFSRSLEGLCEISGVVWLASTLSMRASRCVTSARALERDFLDSSSSD

Homology

[Close]

BLAST of Sgr018160 vs. NCBI nr
Match: XP_022157456.1 (phosphatidate cytidylyltransferase 4, chloroplastic-like isoform X1 [Momordica charantia])

HSP 1 Score: 691.8 bits (1784), Expect = 5.5e-195
Identity = 348/380 (91.58%), Postives = 358/380 (94.21%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLR 60
           MT+K SFLDFD  KVTPVSLSSPCACPSRPSSCKPLPLPR SL+LN LH   HGPKG LR
Sbjct: 12  MTTKASFLDFDFSKVTPVSLSSPCACPSRPSSCKPLPLPRFSLRLNPLHLAFHGPKGLLR 71

Query: 61  INKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIV 120
           INK SGS RRRI AVAHA PD LDGNESEEEVE G KLSFQEDPISE QHK+NQLTKRIV
Sbjct: 72  INKGSGSLRRRIVAVAHAAPDRLDGNESEEEVEGGQKLSFQEDPISEQQHKKNQLTKRIV 131

Query: 121 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180
           FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRS GITAGMTPPPRYVSRICS
Sbjct: 132 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSHGITAGMTPPPRYVSRICS 191

Query: 181 VICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 240
           VICALMPILS YFGQLDVAITFS+FIL ITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW
Sbjct: 192 VICALMPILSLYFGQLDVAITFSSFILAITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 251

Query: 241 IKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGK 300
           +KLRCGLA PA+NTKIGA WPFLLGG+AHWTVGLVATLIS+SSIIAADTYAFLGGKAFGK
Sbjct: 252 VKLRCGLAVPAVNTKIGAAWPFLLGGRAHWTVGLVATLISMSSIIAADTYAFLGGKAFGK 311

Query: 301 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTE 360
           TPLTNISPKKTWEGTI+GLGGCIATSVILSKILCWPTSV+SAIAFGFLNFLGSVFGDLTE
Sbjct: 312 TPLTNISPKKTWEGTIIGLGGCIATSVILSKILCWPTSVISAIAFGFLNFLGSVFGDLTE 371

Query: 361 SMIKRDAGVKDSGSLIPGHG 381
           SMIKRDAGVKDSGSLIPGHG
Sbjct: 372 SMIKRDAGVKDSGSLIPGHG 391

[Close]

BLAST of Sgr018160 vs. NCBI nr
Match: XP_022157457.1 (phosphatidate cytidylyltransferase 4, chloroplastic-like isoform X2 [Momordica charantia])

HSP 1 Score: 689.9 bits (1779), Expect = 2.1e-194
Identity = 347/379 (91.56%), Postives = 357/379 (94.20%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLR 60
           MT+K SFLDFD  KVTPVSLSSPCACPSRPSSCKPLPLPR SL+LN LH   HGPKG LR
Sbjct: 12  MTTKASFLDFDFSKVTPVSLSSPCACPSRPSSCKPLPLPRFSLRLNPLHLAFHGPKGLLR 71

Query: 61  INKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIV 120
           INK SGS RRRI AVAHA PD LDGNESEEEVE G KLSFQEDPISE QHK+NQLTKRIV
Sbjct: 72  INKGSGSLRRRIVAVAHAAPDRLDGNESEEEVEGGQKLSFQEDPISEQQHKKNQLTKRIV 131

Query: 121 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180
           FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRS GITAGMTPPPRYVSRICS
Sbjct: 132 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSHGITAGMTPPPRYVSRICS 191

Query: 181 VICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 240
           VICALMPILS YFGQLDVAITFS+FIL ITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW
Sbjct: 192 VICALMPILSLYFGQLDVAITFSSFILAITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 251

Query: 241 IKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGK 300
           +KLRCGLA PA+NTKIGA WPFLLGG+AHWTVGLVATLIS+SSIIAADTYAFLGGKAFGK
Sbjct: 252 VKLRCGLAVPAVNTKIGAAWPFLLGGRAHWTVGLVATLISMSSIIAADTYAFLGGKAFGK 311

Query: 301 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTE 360
           TPLTNISPKKTWEGTI+GLGGCIATSVILSKILCWPTSV+SAIAFGFLNFLGSVFGDLTE
Sbjct: 312 TPLTNISPKKTWEGTIIGLGGCIATSVILSKILCWPTSVISAIAFGFLNFLGSVFGDLTE 371

Query: 361 SMIKRDAGVKDSGSLIPGH 380
           SMIKRDAGVKDSGSLIPGH
Sbjct: 372 SMIKRDAGVKDSGSLIPGH 390

[Close]

BLAST of Sgr018160 vs. NCBI nr
Match: XP_038874812.1 (phosphatidate cytidylyltransferase 4, chloroplastic isoform X2 [Benincasa hispida])

HSP 1 Score: 666.0 bits (1717), Expect = 3.3e-187
Identity = 336/382 (87.96%), Postives = 350/382 (91.62%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLR 60
           MT+  SF DFDCYKV PVS SSPCACP  PSSCKPLPLPRSSLK NRLHFVLHG KG LR
Sbjct: 1   MTTNISFPDFDCYKVAPVSFSSPCACPLLPSSCKPLPLPRSSLKFNRLHFVLHGQKGLLR 60

Query: 61  INKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQED--PISEHQHKENQLTKR 120
           INK    ARR I AVAHAEPD +DG E EEEVE G + SFQED  PISEHQHK+NQL KR
Sbjct: 61  INKRCDLARRHIVAVAHAEPDRIDGKEPEEEVEGGQQSSFQEDPIPISEHQHKKNQLKKR 120

Query: 121 IVFGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRI 180
           IVFGLGIGIT GI+VLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGM PPPRYVSRI
Sbjct: 121 IVFGLGIGITGGIIVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMAPPPRYVSRI 180

Query: 181 CSVICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPC 240
           CSVICA MPILS YFGQLDVAITFSAFIL ITLLLQRGSPRFAQLSSAIFGLFYCGYLPC
Sbjct: 181 CSVICAFMPILSFYFGQLDVAITFSAFILAITLLLQRGSPRFAQLSSAIFGLFYCGYLPC 240

Query: 241 FWIKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAF 300
           FW+KLRCGLA PA+NT+IGA WPFLLGGQAHWTVGLVATLIS+SSIIAADT+AFLGGKAF
Sbjct: 241 FWVKLRCGLAVPALNTEIGAGWPFLLGGQAHWTVGLVATLISMSSIIAADTFAFLGGKAF 300

Query: 301 GKTPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDL 360
           GKTPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWP+S++SAIAFGFLNFLGSVFGDL
Sbjct: 301 GKTPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPSSMVSAIAFGFLNFLGSVFGDL 360

Query: 361 TESMIKRDAGVKDSGSLIPGHG 381
           TESMIKRDAGVKDSG+LIPGHG
Sbjct: 361 TESMIKRDAGVKDSGTLIPGHG 382

[Close]

BLAST of Sgr018160 vs. NCBI nr
Match: XP_038874811.1 (phosphatidate cytidylyltransferase 4, chloroplastic isoform X1 [Benincasa hispida])

HSP 1 Score: 666.0 bits (1717), Expect = 3.3e-187
Identity = 336/382 (87.96%), Postives = 350/382 (91.62%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLR 60
           MT+  SF DFDCYKV PVS SSPCACP  PSSCKPLPLPRSSLK NRLHFVLHG KG LR
Sbjct: 12  MTTNISFPDFDCYKVAPVSFSSPCACPLLPSSCKPLPLPRSSLKFNRLHFVLHGQKGLLR 71

Query: 61  INKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQED--PISEHQHKENQLTKR 120
           INK    ARR I AVAHAEPD +DG E EEEVE G + SFQED  PISEHQHK+NQL KR
Sbjct: 72  INKRCDLARRHIVAVAHAEPDRIDGKEPEEEVEGGQQSSFQEDPIPISEHQHKKNQLKKR 131

Query: 121 IVFGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRI 180
           IVFGLGIGIT GI+VLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGM PPPRYVSRI
Sbjct: 132 IVFGLGIGITGGIIVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMAPPPRYVSRI 191

Query: 181 CSVICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPC 240
           CSVICA MPILS YFGQLDVAITFSAFIL ITLLLQRGSPRFAQLSSAIFGLFYCGYLPC
Sbjct: 192 CSVICAFMPILSFYFGQLDVAITFSAFILAITLLLQRGSPRFAQLSSAIFGLFYCGYLPC 251

Query: 241 FWIKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAF 300
           FW+KLRCGLA PA+NT+IGA WPFLLGGQAHWTVGLVATLIS+SSIIAADT+AFLGGKAF
Sbjct: 252 FWVKLRCGLAVPALNTEIGAGWPFLLGGQAHWTVGLVATLISMSSIIAADTFAFLGGKAF 311

Query: 301 GKTPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDL 360
           GKTPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWP+S++SAIAFGFLNFLGSVFGDL
Sbjct: 312 GKTPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPSSMVSAIAFGFLNFLGSVFGDL 371

Query: 361 TESMIKRDAGVKDSGSLIPGHG 381
           TESMIKRDAGVKDSG+LIPGHG
Sbjct: 372 TESMIKRDAGVKDSGTLIPGHG 393

[Close]

BLAST of Sgr018160 vs. NCBI nr
Match: XP_023547717.1 (phosphatidate cytidylyltransferase 4, chloroplastic [Cucurbita pepo subsp. pepo])

HSP 1 Score: 663.7 bits (1711), Expect = 1.6e-186
Identity = 333/380 (87.63%), Postives = 348/380 (91.58%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLR 60
           MT+  SF DFDCYKV PVS SSPCACPSRPS CKP P PRSSL+ NRL FVLHG KG LR
Sbjct: 1   MTTNISFSDFDCYKVAPVSFSSPCACPSRPSFCKPFPRPRSSLEFNRLRFVLHGQKGLLR 60

Query: 61  INKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIV 120
           I+KSS  ARR I AVAHAEPD +DG E EEEVE G +LSFQEDPISE QHK+NQL KRIV
Sbjct: 61  ISKSSSLARRHIVAVAHAEPDRIDGKEPEEEVEGGQQLSFQEDPISEQQHKKNQLKKRIV 120

Query: 121 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180
           FGLGIGIT GI+V+AGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS
Sbjct: 121 FGLGIGITGGIIVMAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180

Query: 181 VICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 240
           VICALMPIL  YFGQLDV  TFSAFIL ITLLLQRGSPRF+QLSSAIFGLFY GYLPCFW
Sbjct: 181 VICALMPILCLYFGQLDVTTTFSAFILAITLLLQRGSPRFSQLSSAIFGLFYVGYLPCFW 240

Query: 241 IKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGK 300
           +KLRCGLA PAINT+IGA WPFLLGGQAHWTVGLVATLIS+SSIIAADTYAFLGGKAFGK
Sbjct: 241 VKLRCGLAVPAINTEIGARWPFLLGGQAHWTVGLVATLISMSSIIAADTYAFLGGKAFGK 300

Query: 301 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTE 360
           TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWP+S++SAIAFGFLNFLGSVFGDLTE
Sbjct: 301 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPSSMISAIAFGFLNFLGSVFGDLTE 360

Query: 361 SMIKRDAGVKDSGSLIPGHG 381
           SMIKRDAGVKDSGSLIPGHG
Sbjct: 361 SMIKRDAGVKDSGSLIPGHG 380

[Close]

BLAST of Sgr018160 vs. ExPASy Swiss-Prot
Match: Q94A03 (Phosphatidate cytidylyltransferase 4, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=CDS4 PE=1 SV=1)

HSP 1 Score: 456.8 bits (1174), Expect = 3.9e-127
Identity = 239/361 (66.20%), Postives = 282/361 (78.12%), Query Frame = 0


Query: 21  SSPCACPSRPSSCKPL-PLPRSSLKLNRLHFVLHGPKGFLRINKSSGSARRRIAAVAHAE 80
           +S C CP R  + KPL   P S L+L      L    G  RI+ S    RR + AVA AE
Sbjct: 11  TSRCTCPCRSFTRKPLIRPPLSGLRLPGDTKPLF-RSGLGRISVS----RRFLTAVARAE 70

Query: 81  PDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIVFGLGIGITVGIVVLAGGWV 140
            D L  ++  + ++R   L   ED     Q K +QL KR++FG+GIG+ VG VVLAGGWV
Sbjct: 71  SDQLGDDDHSKGIDRIHNLQNVED----KQKKASQLKKRVIFGIGIGLPVGCVVLAGGWV 130

Query: 141 FTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICSVICALMPILSSYFGQLDVA 200
           FTVA+A+ +F+G+REYFELVRSRGI  GMTPPPRYVSR+CSVICALMPIL+ YFG +D+ 
Sbjct: 131 FTVALASSVFIGSREYFELVRSRGIAKGMTPPPRYVSRVCSVICALMPILTLYFGNIDIL 190

Query: 201 ITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFWIKLRCGLAAPAINTKIGAT 260
           +T +AF++ I LL+QRGSPRFAQLSS +FGLFYCGYLP FW+KLRCGLAAPA+NT IG T
Sbjct: 191 VTSAAFVVAIALLVQRGSPRFAQLSSTMFGLFYCGYLPSFWVKLRCGLAAPALNTGIGRT 250

Query: 261 WPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGKTPLTNISPKKTWEGTIMGL 320
           WP LLGGQAHWTVGLVATLIS S +IA DT+AFLGGK FG+TPLT+ISPKKTWEGTI+GL
Sbjct: 251 WPILLGGQAHWTVGLVATLISFSGVIATDTFAFLGGKTFGRTPLTSISPKKTWEGTIVGL 310

Query: 321 GGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTESMIKRDAGVKDSGSLIPGH 380
            GCIA +++LSK L WP S+ S++AFGFLNF GSVFGDLTESMIKRDAGVKDSGSLIPGH
Sbjct: 311 VGCIAITILLSKYLSWPQSLFSSVAFGFLNFFGSVFGDLTESMIKRDAGVKDSGSLIPGH 362

[Close]

BLAST of Sgr018160 vs. ExPASy Swiss-Prot
Match: Q9M001 (Phosphatidate cytidylyltransferase 5, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=CDS5 PE=1 SV=1)

HSP 1 Score: 443.7 bits (1140), Expect = 3.4e-123
Identity = 232/380 (61.05%), Postives = 287/380 (75.53%), Query Frame = 0


Query: 7   FLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLRINKSSG 66
           F++   YK  P+SLSS C CP R S  K L LP+ S K          PK  L  ++ + 
Sbjct: 4   FVEVCRYKPLPLSLSSLCTCPCRSSPRKYLILPQFSEKY---------PKPLLSHSRFTP 63

Query: 67  SA--RRRIAAVAHAEPDSL--DGNESEE-EVERGLKLSFQEDPISEHQHK-ENQLTKRIV 126
            +  RR I AVA AE + +  D N  EE  +++ L+   ++  + + + K  +Q  KR+ 
Sbjct: 64  ISVNRRVITAVARAESNQIGDDANSKEEHNIDQELQNVEEDSSLDDQKQKSRSQFKKRVT 123

Query: 127 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 186
           FGLGIG++VG +VLAGGWVFTVAVAA + + AREYFELVRS+GI  GMTPPPRY+SR+CS
Sbjct: 124 FGLGIGLSVGGIVLAGGWVFTVAVAAAVLLSAREYFELVRSKGIAQGMTPPPRYLSRVCS 183

Query: 187 VICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 246
           +ICALMPIL+ YFG +D++IT +AF++ + LLLQRG+PRF+QLSS +FGLFYCGYLPCFW
Sbjct: 184 IICALMPILTLYFGHIDISITSAAFVVAMALLLQRGNPRFSQLSSTMFGLFYCGYLPCFW 243

Query: 247 IKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGK 306
           +KLRCGL AP +NT IG +WP +LGGQAHWTVGLVA LIS   IIA+DT+AFLGGKAFG+
Sbjct: 244 VKLRCGLTAPVLNTGIGRSWPTILGGQAHWTVGLVAILISFCGIIASDTFAFLGGKAFGR 303

Query: 307 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTE 366
           TPL +ISPKKTWEG   GL GCI+ +++LSK L WP S++S IAFG LNF GSVFGDLTE
Sbjct: 304 TPLISISPKKTWEGAFAGLVGCISITILLSKSLSWPQSLVSTIAFGVLNFFGSVFGDLTE 363

Query: 367 SMIKRDAGVKDSGSLIPGHG 381
           SMIKRDAGVKDSGSLIPGHG
Sbjct: 364 SMIKRDAGVKDSGSLIPGHG 374

[Close]

BLAST of Sgr018160 vs. ExPASy Swiss-Prot
Match: P73548 (Phosphatidate cytidylyltransferase OS=Synechocystis sp. (strain PCC 6803 / Kazusa) OX=1111708 GN=cdsA PE=3 SV=1)

HSP 1 Score: 170.6 bits (431), Expect = 5.6e-41
Identity = 100/269 (37.17%), Postives = 158/269 (58.74%), Query Frame = 0


Query: 116 TKRIVFG-LGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRY 175
           T+RI+   +GI +   +++L GGW F+ A+A  I++G REYF++VR++GI      P   
Sbjct: 3   TQRIISAVIGIALAFSLLIL-GGWYFSAAIALVIYLGLREYFQMVRAKGIA-----PAAK 62

Query: 176 VSRICSVICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCG 235
            + + S++  L   ++ +    D     +  ++   LL Q      A +S+++ GLFY G
Sbjct: 63  TTMVLSLMLLLSATVTPHL--TDAFFPLTGALICFYLLFQPKMATIADISTSLLGLFYGG 122

Query: 236 YLPCFWIKLRCGLAA---PAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYA 295
           YLP +W++LR G  A     ++  +   WP       ++  GL+ T+++ + I AAD  A
Sbjct: 123 YLPSYWVRLRLGDGAVNPMGLHLPLNGFWPESWAHPENFPTGLLVTILAFACIWAADIGA 182

Query: 296 FLGGKAFGKTPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFL 355
           ++ GK  G+T L++ISPKKT EG++ G+GG +   V+ +  L WP   ++    G L  +
Sbjct: 183 YIMGKWLGRTRLSDISPKKTVEGSLWGVGGSLLVGVLGAWYLQWPYWEITGALLGLLIGI 242

Query: 356 GSVFGDLTESMIKRDAGVKDSGSLIPGHG 381
            S+ GDLTESM+KRDAGVKDSG LIPGHG
Sbjct: 243 VSLLGDLTESMMKRDAGVKDSGQLIPGHG 263

[Close]

BLAST of Sgr018160 vs. ExPASy Swiss-Prot
Match: P9WPF6 (Phosphatidate cytidylyltransferase OS=Mycobacterium tuberculosis (strain CDC 1551 / Oshkosh) OX=83331 GN=cdsA PE=3 SV=2)

HSP 1 Score: 82.8 bits (203), Expect = 1.5e-14
Identity = 88/324 (27.16%), Postives = 136/324 (41.98%), Query Frame = 0


Query: 63  KSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIVFG 122
           +SSG    R A  +    D+  GN +E+   RG K    + P +E       L   IV G
Sbjct: 13  RSSG----RSATKSVTTNDAGTGNPAEQPA-RGAK----QQPATETSRAGRDLRAAIVVG 72

Query: 123 LGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICSVI 182
           L IG+ +  V++    V+   VA    V   E    +R  G    +   P  +    +V 
Sbjct: 73  LSIGLVLIAVLVFVPRVWVAIVAVATLVATHEVVRRLREAGYLIPVI--PLLIGGQAAVW 132

Query: 183 C----ALMPILSSYFGQLDVAITFSAFIL-VITLLLQRGSPRFAQLSSAIFGLFYCGYLP 242
                  +  L+ + G + V + +  F+   +T     G+P      S +    +     
Sbjct: 133 LTWPFGAVGALAGFGGMVVVCMIWRLFMQDSVTRPTTGGAPSPGNYLSDVSATVFL---- 192

Query: 243 CFWIKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKA 302
             W+ L C   A  +  + G+ W F +                + ++IA+D   +  G  
Sbjct: 193 AVWVPLFCSFGAMLVYPENGSGWVFCM----------------MIAVIASDVGGYAVGVL 252

Query: 303 FGKTPLT-NISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFG 362
           FGK P+   ISPKK+WEG    L   I  ++I +  L   T  + A+  G L  L +  G
Sbjct: 253 FGKHPMVPTISPKKSWEGFAGSLVCGITATIITATFLVGKTPWIGAL-LGVLFVLTTALG 304

Query: 363 DLTESMIKRDAGVKDSGSLIPGHG 381
           DL ES +KRD G+KD G L+PGHG
Sbjct: 313 DLVESQVKRDLGIKDMGRLLPGHG 304

[Close]

BLAST of Sgr018160 vs. ExPASy Swiss-Prot
Match: P9WPF7 (Phosphatidate cytidylyltransferase OS=Mycobacterium tuberculosis (strain ATCC 25618 / H37Rv) OX=83332 GN=cdsA PE=1 SV=2)

HSP 1 Score: 82.8 bits (203), Expect = 1.5e-14
Identity = 88/324 (27.16%), Postives = 136/324 (41.98%), Query Frame = 0


Query: 63  KSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIVFG 122
           +SSG    R A  +    D+  GN +E+   RG K    + P +E       L   IV G
Sbjct: 13  RSSG----RSATKSVTTNDAGTGNPAEQPA-RGAK----QQPATETSRAGRDLRAAIVVG 72

Query: 123 LGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICSVI 182
           L IG+ +  V++    V+   VA    V   E    +R  G    +   P  +    +V 
Sbjct: 73  LSIGLVLIAVLVFVPRVWVAIVAVATLVATHEVVRRLREAGYLIPVI--PLLIGGQAAVW 132

Query: 183 C----ALMPILSSYFGQLDVAITFSAFIL-VITLLLQRGSPRFAQLSSAIFGLFYCGYLP 242
                  +  L+ + G + V + +  F+   +T     G+P      S +    +     
Sbjct: 133 LTWPFGAVGALAGFGGMVVVCMIWRLFMQDSVTRPTTGGAPSPGNYLSDVSATVFL---- 192

Query: 243 CFWIKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKA 302
             W+ L C   A  +  + G+ W F +                + ++IA+D   +  G  
Sbjct: 193 AVWVPLFCSFGAMLVYPENGSGWVFCM----------------MIAVIASDVGGYAVGVL 252

Query: 303 FGKTPLT-NISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFG 362
           FGK P+   ISPKK+WEG    L   I  ++I +  L   T  + A+  G L  L +  G
Sbjct: 253 FGKHPMVPTISPKKSWEGFAGSLVCGITATIITATFLVGKTPWIGAL-LGVLFVLTTALG 304

Query: 363 DLTESMIKRDAGVKDSGSLIPGHG 381
           DL ES +KRD G+KD G L+PGHG
Sbjct: 313 DLVESQVKRDLGIKDMGRLLPGHG 304

[Close]

BLAST of Sgr018160 vs. ExPASy TrEMBL
Match: A0A6J1DY57 (Phosphatidate cytidylyltransferase OS=Momordica charantia OX=3673 GN=LOC111024151 PE=3 SV=1)

HSP 1 Score: 691.8 bits (1784), Expect = 2.7e-195
Identity = 348/380 (91.58%), Postives = 358/380 (94.21%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLR 60
           MT+K SFLDFD  KVTPVSLSSPCACPSRPSSCKPLPLPR SL+LN LH   HGPKG LR
Sbjct: 12  MTTKASFLDFDFSKVTPVSLSSPCACPSRPSSCKPLPLPRFSLRLNPLHLAFHGPKGLLR 71

Query: 61  INKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIV 120
           INK SGS RRRI AVAHA PD LDGNESEEEVE G KLSFQEDPISE QHK+NQLTKRIV
Sbjct: 72  INKGSGSLRRRIVAVAHAAPDRLDGNESEEEVEGGQKLSFQEDPISEQQHKKNQLTKRIV 131

Query: 121 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180
           FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRS GITAGMTPPPRYVSRICS
Sbjct: 132 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSHGITAGMTPPPRYVSRICS 191

Query: 181 VICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 240
           VICALMPILS YFGQLDVAITFS+FIL ITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW
Sbjct: 192 VICALMPILSLYFGQLDVAITFSSFILAITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 251

Query: 241 IKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGK 300
           +KLRCGLA PA+NTKIGA WPFLLGG+AHWTVGLVATLIS+SSIIAADTYAFLGGKAFGK
Sbjct: 252 VKLRCGLAVPAVNTKIGAAWPFLLGGRAHWTVGLVATLISMSSIIAADTYAFLGGKAFGK 311

Query: 301 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTE 360
           TPLTNISPKKTWEGTI+GLGGCIATSVILSKILCWPTSV+SAIAFGFLNFLGSVFGDLTE
Sbjct: 312 TPLTNISPKKTWEGTIIGLGGCIATSVILSKILCWPTSVISAIAFGFLNFLGSVFGDLTE 371

Query: 361 SMIKRDAGVKDSGSLIPGHG 381
           SMIKRDAGVKDSGSLIPGHG
Sbjct: 372 SMIKRDAGVKDSGSLIPGHG 391

[Close]

BLAST of Sgr018160 vs. ExPASy TrEMBL
Match: A0A6J1DUI6 (phosphatidate cytidylyltransferase 4, chloroplastic-like isoform X2 OS=Momordica charantia OX=3673 GN=LOC111024151 PE=4 SV=1)

HSP 1 Score: 689.9 bits (1779), Expect = 1.0e-194
Identity = 347/379 (91.56%), Postives = 357/379 (94.20%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLR 60
           MT+K SFLDFD  KVTPVSLSSPCACPSRPSSCKPLPLPR SL+LN LH   HGPKG LR
Sbjct: 12  MTTKASFLDFDFSKVTPVSLSSPCACPSRPSSCKPLPLPRFSLRLNPLHLAFHGPKGLLR 71

Query: 61  INKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIV 120
           INK SGS RRRI AVAHA PD LDGNESEEEVE G KLSFQEDPISE QHK+NQLTKRIV
Sbjct: 72  INKGSGSLRRRIVAVAHAAPDRLDGNESEEEVEGGQKLSFQEDPISEQQHKKNQLTKRIV 131

Query: 121 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180
           FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRS GITAGMTPPPRYVSRICS
Sbjct: 132 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSHGITAGMTPPPRYVSRICS 191

Query: 181 VICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 240
           VICALMPILS YFGQLDVAITFS+FIL ITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW
Sbjct: 192 VICALMPILSLYFGQLDVAITFSSFILAITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 251

Query: 241 IKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGK 300
           +KLRCGLA PA+NTKIGA WPFLLGG+AHWTVGLVATLIS+SSIIAADTYAFLGGKAFGK
Sbjct: 252 VKLRCGLAVPAVNTKIGAAWPFLLGGRAHWTVGLVATLISMSSIIAADTYAFLGGKAFGK 311

Query: 301 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTE 360
           TPLTNISPKKTWEGTI+GLGGCIATSVILSKILCWPTSV+SAIAFGFLNFLGSVFGDLTE
Sbjct: 312 TPLTNISPKKTWEGTIIGLGGCIATSVILSKILCWPTSVISAIAFGFLNFLGSVFGDLTE 371

Query: 361 SMIKRDAGVKDSGSLIPGH 380
           SMIKRDAGVKDSGSLIPGH
Sbjct: 372 SMIKRDAGVKDSGSLIPGH 390

[Close]

BLAST of Sgr018160 vs. ExPASy TrEMBL
Match: A0A6J1H4I2 (Phosphatidate cytidylyltransferase OS=Cucurbita moschata OX=3662 GN=LOC111460415 PE=3 SV=1)

HSP 1 Score: 661.4 bits (1705), Expect = 3.9e-186
Identity = 331/380 (87.11%), Postives = 348/380 (91.58%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLR 60
           MT+  SF DFDCYKV PVS SSPCACPSRPS CKP P PRSSL+ NRL FVLHG KG LR
Sbjct: 1   MTTNISFSDFDCYKVAPVSFSSPCACPSRPSFCKPFPRPRSSLEFNRLRFVLHGQKGLLR 60

Query: 61  INKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIV 120
           I+KSS  ARR I AVAHAEPD +DG E EEEVE G +LSFQEDPISE QHK++QL KRIV
Sbjct: 61  ISKSSSLARRHIVAVAHAEPDRIDGKEPEEEVEGGQQLSFQEDPISEQQHKKSQLKKRIV 120

Query: 121 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180
           FGLGIGIT GI+V+AGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS
Sbjct: 121 FGLGIGITGGIIVMAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180

Query: 181 VICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 240
           VICALMPIL  YFGQLDV  TFSAFIL ITLLLQRGSPRF+QLSSAIFGLFY GYLPCFW
Sbjct: 181 VICALMPILCLYFGQLDVTTTFSAFILAITLLLQRGSPRFSQLSSAIFGLFYVGYLPCFW 240

Query: 241 IKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGK 300
           +KLRCGLA PAINT+IGA WPFLLGGQAHWTVGLVATLIS+SSIIAADTYAFLGGKAFGK
Sbjct: 241 VKLRCGLAVPAINTEIGARWPFLLGGQAHWTVGLVATLISMSSIIAADTYAFLGGKAFGK 300

Query: 301 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTE 360
           TPLTNISPKKTWEGT+MGLGGCIATSVILSKILCWP+S++SAIAFGFLNFLGSVFGDLTE
Sbjct: 301 TPLTNISPKKTWEGTVMGLGGCIATSVILSKILCWPSSMISAIAFGFLNFLGSVFGDLTE 360

Query: 361 SMIKRDAGVKDSGSLIPGHG 381
           SMIKRDAGVKDSGSLIPGHG
Sbjct: 361 SMIKRDAGVKDSGSLIPGHG 380

[Close]

BLAST of Sgr018160 vs. ExPASy TrEMBL
Match: A0A6J1KW88 (Phosphatidate cytidylyltransferase OS=Cucurbita maxima OX=3661 GN=LOC111499269 PE=3 SV=1)

HSP 1 Score: 657.9 bits (1696), Expect = 4.3e-185
Identity = 330/380 (86.84%), Postives = 346/380 (91.05%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLR 60
           MT+  SF DFDCYKV PVS SSPCACPSRPS CK  P PRSSL+ NRL FVLHG KG LR
Sbjct: 1   MTTNISFSDFDCYKVAPVSFSSPCACPSRPSFCKSFPRPRSSLEFNRLRFVLHGQKGLLR 60

Query: 61  INKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIV 120
           I+KSS  ARR I AVAHAEPD +DG E EEEVE G +LSFQEDPISE QHK+NQL KRIV
Sbjct: 61  ISKSSSLARRHIVAVAHAEPDRIDGKEPEEEVEGGQQLSFQEDPISEQQHKKNQLKKRIV 120

Query: 121 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180
           FGLGIGIT GI+V+AGGW+FTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS
Sbjct: 121 FGLGIGITGGIIVMAGGWLFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 180

Query: 181 VICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 240
           VICALMPIL  YFGQLDV  TFSAFIL ITLLLQRGSPRF+QLSSAIFGLFY GYLPCFW
Sbjct: 181 VICALMPILCLYFGQLDVTTTFSAFILAITLLLQRGSPRFSQLSSAIFGLFYVGYLPCFW 240

Query: 241 IKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGK 300
           +KLRCGLA PAINT+IGA WPFLLGGQAHWTVGLVATLIS+S IIAADTYAFLGGKAFGK
Sbjct: 241 VKLRCGLAVPAINTEIGARWPFLLGGQAHWTVGLVATLISMSGIIAADTYAFLGGKAFGK 300

Query: 301 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTE 360
           TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWP+S++SAIAFGFLNFLGSVFGDLTE
Sbjct: 301 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPSSMISAIAFGFLNFLGSVFGDLTE 360

Query: 361 SMIKRDAGVKDSGSLIPGHG 381
           SMIKRDAGVKDSGSLIPGHG
Sbjct: 361 SMIKRDAGVKDSGSLIPGHG 380

[Close]

BLAST of Sgr018160 vs. ExPASy TrEMBL
Match: A0A1S3C734 (Phosphatidate cytidylyltransferase OS=Cucumis melo OX=3656 GN=LOC103497657 PE=3 SV=1)

HSP 1 Score: 655.6 bits (1690), Expect = 2.1e-184
Identity = 327/381 (85.83%), Postives = 350/381 (91.86%), Query Frame = 0


Query: 1   MTSKTSFLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFV-LHGPKGFL 60
           MT+  SF  FDCYKV PVS SSPCACP R SSCKPLPLP SSLK NRLHF+ LHG KG L
Sbjct: 1   MTTNLSFPHFDCYKVAPVSFSSPCACPLRLSSCKPLPLPPSSLKFNRLHFLFLHGQKGLL 60

Query: 61  RINKSSGSARRRIAAVAHAEPDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRI 120
           RINK +G ARR I AVAHAEPD +DG E ++EVE G +LSFQEDPISEHQHK+NQL KRI
Sbjct: 61  RINKRTGLARRHIVAVAHAEPDRIDGKEPQQEVEGGQQLSFQEDPISEHQHKKNQLKKRI 120

Query: 121 VFGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRIC 180
           +FG+GIGI  GI+VLAGGW+FTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRIC
Sbjct: 121 IFGIGIGIAGGIIVLAGGWIFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRIC 180

Query: 181 SVICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCF 240
           SVICA MPILS YFGQLDVAITFSAFIL ITLLLQRG+PRFAQLSSAIFGLFYCGYLPCF
Sbjct: 181 SVICAFMPILSFYFGQLDVAITFSAFILAITLLLQRGNPRFAQLSSAIFGLFYCGYLPCF 240

Query: 241 WIKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFG 300
           W+KLRCGLA PAINT+IGA WPFLLGG+AHWTVGLVATLIS+SSIIAADT+AFLGGKAFG
Sbjct: 241 WVKLRCGLAVPAINTEIGAGWPFLLGGRAHWTVGLVATLISMSSIIAADTFAFLGGKAFG 300

Query: 301 KTPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLT 360
           KTPLTN+SPKKTWEGTIMGLGGCIATSVILSK+L WP+S++SAIAFGFLNFLGSVFGDLT
Sbjct: 301 KTPLTNVSPKKTWEGTIMGLGGCIATSVILSKVLSWPSSMISAIAFGFLNFLGSVFGDLT 360

Query: 361 ESMIKRDAGVKDSGSLIPGHG 381
           ESMIKRDAGVKDSGSLIPGHG
Sbjct: 361 ESMIKRDAGVKDSGSLIPGHG 381

[Close]

BLAST of Sgr018160 vs. TAIR 10
Match: AT2G45150.1 (cytidinediphosphate diacylglycerol synthase 4 )

HSP 1 Score: 456.8 bits (1174), Expect = 2.8e-128
Identity = 239/361 (66.20%), Postives = 282/361 (78.12%), Query Frame = 0


Query: 21  SSPCACPSRPSSCKPL-PLPRSSLKLNRLHFVLHGPKGFLRINKSSGSARRRIAAVAHAE 80
           +S C CP R  + KPL   P S L+L      L    G  RI+ S    RR + AVA AE
Sbjct: 50  TSRCTCPCRSFTRKPLIRPPLSGLRLPGDTKPLF-RSGLGRISVS----RRFLTAVARAE 109

Query: 81  PDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIVFGLGIGITVGIVVLAGGWV 140
            D L  ++  + ++R   L   ED     Q K +QL KR++FG+GIG+ VG VVLAGGWV
Sbjct: 110 SDQLGDDDHSKGIDRIHNLQNVED----KQKKASQLKKRVIFGIGIGLPVGCVVLAGGWV 169

Query: 141 FTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICSVICALMPILSSYFGQLDVA 200
           FTVA+A+ +F+G+REYFELVRSRGI  GMTPPPRYVSR+CSVICALMPIL+ YFG +D+ 
Sbjct: 170 FTVALASSVFIGSREYFELVRSRGIAKGMTPPPRYVSRVCSVICALMPILTLYFGNIDIL 229

Query: 201 ITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFWIKLRCGLAAPAINTKIGAT 260
           +T +AF++ I LL+QRGSPRFAQLSS +FGLFYCGYLP FW+KLRCGLAAPA+NT IG T
Sbjct: 230 VTSAAFVVAIALLVQRGSPRFAQLSSTMFGLFYCGYLPSFWVKLRCGLAAPALNTGIGRT 289

Query: 261 WPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGKTPLTNISPKKTWEGTIMGL 320
           WP LLGGQAHWTVGLVATLIS S +IA DT+AFLGGK FG+TPLT+ISPKKTWEGTI+GL
Sbjct: 290 WPILLGGQAHWTVGLVATLISFSGVIATDTFAFLGGKTFGRTPLTSISPKKTWEGTIVGL 349

Query: 321 GGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTESMIKRDAGVKDSGSLIPGH 380
            GCIA +++LSK L WP S+ S++AFGFLNF GSVFGDLTESMIKRDAGVKDSGSLIPGH
Sbjct: 350 VGCIAITILLSKYLSWPQSLFSSVAFGFLNFFGSVFGDLTESMIKRDAGVKDSGSLIPGH 401

[Close]

BLAST of Sgr018160 vs. TAIR 10
Match: AT2G45150.3 (cytidinediphosphate diacylglycerol synthase 4 )

HSP 1 Score: 453.4 bits (1165), Expect = 3.1e-127
Identity = 237/361 (65.65%), Postives = 279/361 (77.29%), Query Frame = 0


Query: 21  SSPCACPSRPSSCKPL-PLPRSSLKLNRLHFVLHGPKGFLRINKSSGSARRRIAAVAHAE 80
           +S C CP R  + KPL   P S L+L      L    G  RI+ S    RR + AVA AE
Sbjct: 11  TSRCTCPCRSFTRKPLIRPPLSGLRLPGDTKPLF-RSGLGRISVS----RRFLTAVARAE 70

Query: 81  PDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIVFGLGIGITVGIVVLAGGWV 140
            D L  ++  + VE             + Q K +QL KR++FG+GIG+ VG VVLAGGWV
Sbjct: 71  SDQLGDDDHSKNVE-------------DKQKKASQLKKRVIFGIGIGLPVGCVVLAGGWV 130

Query: 141 FTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICSVICALMPILSSYFGQLDVA 200
           FTVA+A+ +F+G+REYFELVRSRGI  GMTPPPRYVSR+CSVICALMPIL+ YFG +D+ 
Sbjct: 131 FTVALASSVFIGSREYFELVRSRGIAKGMTPPPRYVSRVCSVICALMPILTLYFGNIDIL 190

Query: 201 ITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFWIKLRCGLAAPAINTKIGAT 260
           +T +AF++ I LL+QRGSPRFAQLSS +FGLFYCGYLP FW+KLRCGLAAPA+NT IG T
Sbjct: 191 VTSAAFVVAIALLVQRGSPRFAQLSSTMFGLFYCGYLPSFWVKLRCGLAAPALNTGIGRT 250

Query: 261 WPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGKTPLTNISPKKTWEGTIMGL 320
           WP LLGGQAHWTVGLVATLIS S +IA DT+AFLGGK FG+TPLT+ISPKKTWEGTI+GL
Sbjct: 251 WPILLGGQAHWTVGLVATLISFSGVIATDTFAFLGGKTFGRTPLTSISPKKTWEGTIVGL 310

Query: 321 GGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTESMIKRDAGVKDSGSLIPGH 380
            GCIA +++LSK L WP S+ S++AFGFLNF GSVFGDLTESMIKRDAGVKDSGSLIPGH
Sbjct: 311 VGCIAITILLSKYLSWPQSLFSSVAFGFLNFFGSVFGDLTESMIKRDAGVKDSGSLIPGH 353

[Close]

BLAST of Sgr018160 vs. TAIR 10
Match: AT3G60620.1 (cytidinediphosphate diacylglycerol synthase 5 )

HSP 1 Score: 443.7 bits (1140), Expect = 2.4e-124
Identity = 232/380 (61.05%), Postives = 287/380 (75.53%), Query Frame = 0


Query: 7   FLDFDCYKVTPVSLSSPCACPSRPSSCKPLPLPRSSLKLNRLHFVLHGPKGFLRINKSSG 66
           F++   YK  P+SLSS C CP R S  K L LP+ S K          PK  L  ++ + 
Sbjct: 4   FVEVCRYKPLPLSLSSLCTCPCRSSPRKYLILPQFSEKY---------PKPLLSHSRFTP 63

Query: 67  SA--RRRIAAVAHAEPDSL--DGNESEE-EVERGLKLSFQEDPISEHQHK-ENQLTKRIV 126
            +  RR I AVA AE + +  D N  EE  +++ L+   ++  + + + K  +Q  KR+ 
Sbjct: 64  ISVNRRVITAVARAESNQIGDDANSKEEHNIDQELQNVEEDSSLDDQKQKSRSQFKKRVT 123

Query: 127 FGLGIGITVGIVVLAGGWVFTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICS 186
           FGLGIG++VG +VLAGGWVFTVAVAA + + AREYFELVRS+GI  GMTPPPRY+SR+CS
Sbjct: 124 FGLGIGLSVGGIVLAGGWVFTVAVAAAVLLSAREYFELVRSKGIAQGMTPPPRYLSRVCS 183

Query: 187 VICALMPILSSYFGQLDVAITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFW 246
           +ICALMPIL+ YFG +D++IT +AF++ + LLLQRG+PRF+QLSS +FGLFYCGYLPCFW
Sbjct: 184 IICALMPILTLYFGHIDISITSAAFVVAMALLLQRGNPRFSQLSSTMFGLFYCGYLPCFW 243

Query: 247 IKLRCGLAAPAINTKIGATWPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGKAFGK 306
           +KLRCGL AP +NT IG +WP +LGGQAHWTVGLVA LIS   IIA+DT+AFLGGKAFG+
Sbjct: 244 VKLRCGLTAPVLNTGIGRSWPTILGGQAHWTVGLVAILISFCGIIASDTFAFLGGKAFGR 303

Query: 307 TPLTNISPKKTWEGTIMGLGGCIATSVILSKILCWPTSVLSAIAFGFLNFLGSVFGDLTE 366
           TPL +ISPKKTWEG   GL GCI+ +++LSK L WP S++S IAFG LNF GSVFGDLTE
Sbjct: 304 TPLISISPKKTWEGAFAGLVGCISITILLSKSLSWPQSLVSTIAFGVLNFFGSVFGDLTE 363

Query: 367 SMIKRDAGVKDSGSLIPGHG 381
           SMIKRDAGVKDSGSLIPGHG
Sbjct: 364 SMIKRDAGVKDSGSLIPGHG 374

[Close]

BLAST of Sgr018160 vs. TAIR 10
Match: AT2G45150.2 (cytidinediphosphate diacylglycerol synthase 4 )

HSP 1 Score: 316.6 bits (810), Expect = 4.5e-86
Identity = 172/277 (62.09%), Postives = 206/277 (74.37%), Query Frame = 0


Query: 21  SSPCACPSRPSSCKPL-PLPRSSLKLNRLHFVLHGPKGFLRINKSSGSARRRIAAVAHAE 80
           +S C CP R  + KPL   P S L+L      L    G  RI+ S    RR + AVA AE
Sbjct: 50  TSRCTCPCRSFTRKPLIRPPLSGLRLPGDTKPLF-RSGLGRISVS----RRFLTAVARAE 109

Query: 81  PDSLDGNESEEEVERGLKLSFQEDPISEHQHKENQLTKRIVFGLGIGITVGIVVLAGGWV 140
            D L  ++  + ++R   L   ED     Q K +QL KR++FG+GIG+ VG VVLAGGWV
Sbjct: 110 SDQLGDDDHSKGIDRIHNLQNVED----KQKKASQLKKRVIFGIGIGLPVGCVVLAGGWV 169

Query: 141 FTVAVAACIFVGAREYFELVRSRGITAGMTPPPRYVSRICSVICALMPILSSYFGQLDVA 200
           FTVA+A+ +F+G+REYFELVRSRGI  GMTPPPRYVSR+CSVICALMPIL+ YFG +D+ 
Sbjct: 170 FTVALASSVFIGSREYFELVRSRGIAKGMTPPPRYVSRVCSVICALMPILTLYFGNIDIL 229

Query: 201 ITFSAFILVITLLLQRGSPRFAQLSSAIFGLFYCGYLPCFWIKLRCGLAAPAINTKIGAT 260
           +T +AF++ I LL+QRGSPRFAQLSS +FGLFYCGYLP FW+KLRCGLAAPA+NT IG T
Sbjct: 230 VTSAAFVVAIALLVQRGSPRFAQLSSTMFGLFYCGYLPSFWVKLRCGLAAPALNTGIGRT 289

Query: 261 WPFLLGGQAHWTVGLVATLISVSSIIAADTYAFLGGK 297
           WP LLGGQAHWTVGLVATLIS S +IA DT+AFLGGK
Sbjct: 290 WPILLGGQAHWTVGLVATLISFSGVIATDTFAFLGGK 317

[Close]

BLAST of Sgr018160 vs. TAIR 10
Match: AT1G62430.1 (CDP-diacylglycerol synthase 1 )

HSP 1 Score: 51.6 bits (122), Expect = 2.7e-06
Identity = 44/154 (28.57%), Postives = 59/154 (38.31%), Query Frame = 0


Query: 273 GLVATLISVSSIIAADTYAFLGGKAFGKTPLTNISPKKTWEGTIMGLGGCIATSVILSKI 332
           G+   L+  S II  D +A++ G  FG+TPL  +SPKKTWEG I      I ++ +L+ I
Sbjct: 205 GIFWFLLPASLIIINDIFAYIFGFFFGRTPLIKLSPKKTWEGFIGASVTTIISAFVLANI 264

Query: 333 ------LCWPTSVLS----------------------------------------AIAFG 381
                 L  P   LS                                        A+  G
Sbjct: 265 LGRFPWLTCPRQDLSTGWLQCDADPLFKPEPFALPAWIPEWFPWKEMTILPVQWHALCLG 324

The following BLAST results are available for this feature:

BLAST of Sgr018160 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_022157456.1	5.5e-195	91.58	phosphatidate cytidylyltransferase 4, chloroplastic-like isoform X1 [Momordica c...	[more]
XP_022157457.1	2.1e-194	91.56	phosphatidate cytidylyltransferase 4, chloroplastic-like isoform X2 [Momordica c...	[more]
XP_038874812.1	3.3e-187	87.96	phosphatidate cytidylyltransferase 4, chloroplastic isoform X2 [Benincasa hispid...	[more]
XP_038874811.1	3.3e-187	87.96	phosphatidate cytidylyltransferase 4, chloroplastic isoform X1 [Benincasa hispid...	[more]
XP_023547717.1	1.6e-186	87.63	phosphatidate cytidylyltransferase 4, chloroplastic [Cucurbita pepo subsp. pepo]	[more]

BLAST of Sgr018160 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q94A03	3.9e-127	66.20	Phosphatidate cytidylyltransferase 4, chloroplastic OS=Arabidopsis thaliana OX=3...	[more]
Q9M001	3.4e-123	61.05	Phosphatidate cytidylyltransferase 5, chloroplastic OS=Arabidopsis thaliana OX=3...	[more]
P73548	5.6e-41	37.17	Phosphatidate cytidylyltransferase OS=Synechocystis sp. (strain PCC 6803 / Kazus...	[more]
P9WPF6	1.5e-14	27.16	Phosphatidate cytidylyltransferase OS=Mycobacterium tuberculosis (strain CDC 155...	[more]
P9WPF7	1.5e-14	27.16	Phosphatidate cytidylyltransferase OS=Mycobacterium tuberculosis (strain ATCC 25...	[more]

BLAST of Sgr018160 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A6J1DY57	2.7e-195	91.58	Phosphatidate cytidylyltransferase OS=Momordica charantia OX=3673 GN=LOC11102415...	[more]
A0A6J1DUI6	1.0e-194	91.56	phosphatidate cytidylyltransferase 4, chloroplastic-like isoform X2 OS=Momordica...	[more]
A0A6J1H4I2	3.9e-186	87.11	Phosphatidate cytidylyltransferase OS=Cucurbita moschata OX=3662 GN=LOC111460415...	[more]
A0A6J1KW88	4.3e-185	86.84	Phosphatidate cytidylyltransferase OS=Cucurbita maxima OX=3661 GN=LOC111499269 P...	[more]
A0A1S3C734	2.1e-184	85.83	Phosphatidate cytidylyltransferase OS=Cucumis melo OX=3656 GN=LOC103497657 PE=3 ...	[more]

BLAST of Sgr018160 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G45150.1	2.8e-128	66.20	cytidinediphosphate diacylglycerol synthase 4	[more]
AT2G45150.3	3.1e-127	65.65	cytidinediphosphate diacylglycerol synthase 4	[more]
AT3G60620.1	2.4e-124	61.05	cytidinediphosphate diacylglycerol synthase 5	[more]
AT2G45150.2	4.5e-86	62.09	cytidinediphosphate diacylglycerol synthase 4	[more]
AT1G62430.1	2.7e-06	28.57	CDP-diacylglycerol synthase 1	[more]

InterPro

Analysis Name: InterPro Annotations of Monk fruit (Qingpiguo) v1
Date Performed: 2022-08-01

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PFAM	PF01148	CTP_transf_1	coord: 117..380 e-value: 1.5E-53 score: 182.3
None	No IPR available	PANTHER	PTHR47101	PHOSPHATIDATE CYTIDYLYLTRANSFERASE 5, CHLOROPLASTIC	coord: 6..380

Relationships

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


Feature Name	Unique Name	Type
Sgr018160.1	Sgr018160.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0016024	CDP-diacylglycerol biosynthetic process
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0004605	phosphatidate cytidylyltransferase activity