Lag0027371 (gene) Sponge gourd (AG‐4) v1

Overview


Name	Lag0027371
Type	gene
Organism	Luffa acutangula (Sponge gourd (AG‐4) v1)
Description	CTP:phosphoethanolamine cytidylyltransferase
Location	chr10: 46985963 .. 47018254 (+)
RNA-Seq Expression	Lag0027371
Synteny	Lag0027371

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.

ATGAAGGGTGCTAGAACAGAAACAGGAACAGGAAGTATGGATCCGGATGCAGGTCCTTTGGAAAACACACAACGTTGGGTGAGGTTTGTAGCCACATGCTTGATTGGAGGGGCAGTGGTCGGGATATCGCTTCTTGGATTACATTTGGGGGTTCCTGACCAGCCGTCGCTGAGGATATGGCGGAGGAAAAAGAAGCCCGTTCGCGTATACATGGATGGATGCTTCGACATGATGCACTACGGCCATTGCAACGCCCTCCGTCAGGCTAGAGCCCTTGGCGACCAATTGGTCGTTGGCGTCGTTAGCGATGCTGAAATAATAGCCAACAAAGGTCCTCCTGTTACTCCTCTTAACGAAAGGTCGTCTTCTTATCTGATTTTTCTGTTACTCCTCGCATCTCTTCTGCCCTTTTTGCTTTACTGAGAACGTGTATTTGCATGTCTATGCACTTTCGAGCCCGTCTTATGCGACTTGTATCACTTCTCTTATGTGTTTCTTGCGAACGATGATGGATTTCAGTTTCTGTGTATTTCGCTTTGAACGTAGTCTTCATTAATTATCCGTATTTGGAGAATGGAAGTTGTAACGTACTTAATAATTATACGTATTTTAGGATGATTATGGTCAATGCCGTTAAATGGGTTGATGAGGTCATTCCAGACGCGCCCTATGCCATAACTGAAGATTTCATGAGGAAGCTATTTGACGAGTACAAGATAGATTATATCATTCATGGCGATGACCCTTGTGTTCTCCCTGATGGAACTGATGCTTATGCTCTAGCTAAGAAGGCAGGTCGCTACAAGCAGATCAAGCGCACAGAAGGAGTTTCAAGCACGGATATCGTAGGTTGGTATTTGATTGCCATTTAATGCACTTCACGAGACAGGGAGATTTGTTCATCATCTTCGTCAGTAACTGTTGCCACATTGTTTTCTTACTCTGAATGATCTTTTTGATTATTATTTTTTTTCCAAAGCGAGTCAGTCTTGTAGAATTGCCTCTAGCCTAGTTTGTTGTTTTCTTTCTTTCTTTCCTTTTTTTTTTTTAAAGAAAAATGGAATAACAATAACAATTATAACAGAGAATTTCATATACTGTATAAATTAGCAAAAGATGGAACAACGTCTTCTAACATTTTACTGCATAGTAAGTAGATAAGGTTACTTGTAAATGTTCGGACCAAAGAGATTCATAAGCCAAACTAATTCTAGAAATCCGGAAAAAGTAATATGCTTTGCTTTCTTTTCGTTCAAATTTATTTATGAACTAAACTTTTAATCCTCATTTCAGTTGAAGTTGTTATTCGAGTTGTATTCTGTTTTGTTTCTTGATTGTTTTATCCTGTTTGATAAGTCTTTTTGATAATATCATTTCATGTACAGGTCGCATGCTTCTCTGTGTAAGAGAGAGATCTATAAGCGACAACCAAAATCATTCGTCATTACAAAGACAGTTCAGTCATGGTCATAGCCAGAAACTTGACGATGGTGGATCTGGAAGTGGAACTCGCATCTCTCATTTCTTACCAACTTCTCGTAGAATTGTTCAATTTTCCAATGGGAAGGTTTGTATTTCCCCTCAATGCTAGTTTGTTTGAATCAATTTGGGCAACAGGTATTGTCTCTCTCTCTGAATTTTCATTATATTTCATACTTTTTTGGAATTGAGATTGGTATTCAGATCTGATTTTATATGCTAGTGTATAGGATGTAGTTGAGATTTTCTTTTTCCTTCTTTATTTTATCATTATTTTTTTAAAATGAAAAACCAAACTTTCACGGAGAAAAAAAAAGAAAGAATACAAATCGCATACAAAAATAGAACCCGCAAAAAAGGAGCCAATAACCATGGTATCCATTCACTAAAGAAATGTATATGACAAGTATACAAAGGTAACCTAAGTAAAAGAAACTAAAAAGACAATAAATGACAATATATCTAAGATATTTACAATAGTACAACCATACGAATATAAGCACTGTATCAATATTGAATGCACCCCACTATTCCATGAGGAGACTTCATGTGCCCTATTGCTCGTTTATAGAGAGACAGATTGTTTTCATTTATTGAACTTTGTACCTGGAAGCTTGAACCTATGACTTTGGGAACTTCTCTGCACAAATTTCTACTATGGTTGTCCCGGAAATGATAATTTTGGTTTTTGGTGTTATGTGATACAAATGATTTTTTTTTTTTTTTTGGATAAAAGACCCGCTTTCATTAAGAAAAAATGAAAGAATACAAGGACATAAAAAAAAAAAAACCAGCCACAAAAAGACCCCCTTTAGAGGAAGGGCCGCCAATCAAGAATAATAGTACCTAGAGAATAATTACAAAAATGCTTAGGAACCGAGACCCAGAGAGAAACATAGAATCTAGTAAGGGTCTAAACATCGGAAGGAGCCCTCTCAAGCCCTTGGAACACCCTATTATGTGATGCAAATGATGAAATCACAGTTGAAAAGTTAGTTAGTTCAAAGGAGTGTTTCGTTTTCCCCCTTTTTTGAAATCACTCTTTGATTCAATTTTGTATTTGTTACTTTCTTGCGGTTTGTGTATGGATGGTTTTATTAATCTTTCCAGAAACCCATGGAGAGATGTTTCTATCGAGCTCCTTGTTCTCTCTCAATTGGTTTAGTACATGATGGGGGACCGGGGGGGGGGGGGGTACTCTTGGGAGGATAAACAGTTGGGGACATATCCCTTTTCTCCATATCAGTTATCCTCTCTGAGGAATCACTTAGTGACTGTGATTCTTTCTCATTTTGAGAACTCTCTTTTTCCTTCCTTCATTGGGGTTTTGCTGTTCATAGTTTGATAGAGAAACGACAGATGTTTTGGCTCTCTTATCTTTGATTGATTATTTTTTTTAGCCCAAGAGGAGGGATGCTCATCTTTGGAGTCCATGTTCGTCCAAAACCATATGCTTCGATTCACATTGAACGACGAACACTAAGCCACTTGTTGAAGATAAAAGTACGTCGAATCTATATGAAGTTTTACCATGAGCAGATTGAATCATTGGGCAAATATGGGTTCAATTAAGATTTGTTTCTTTGGAGTACCAAAAGCAAGCATGACATCATTATGAACATAAAGCCCCAAAGTGTGGAACCCTAGAAAAGGCTGACCCAATTTAAATGGGATTTGATAGCTTGTTTATGGTTTAACATTCTTGCCAATACATGATAACTAGTCAACCAATCTTGGGATTTGATAGCTTGTTTATGGTTTAACATTCTTGCCAATACATGATAACTAGTCAACCAATCTTGGGATAAAGGCTCTCTTGCGCCTATGTTTATTTTTGCTTAACTCTTATAGTGGTAAAAATAAAGCACTTGGTCTAGACGGTTTTACTACTAAATTTTACTTGAAATTTTGGGGATTCTTAAAAGATGATTTGTCTGAGGTTATTCAAGGAATTTCATTGCAATGGTCATTTGAATTCAACCCTCAAGGAGAACTTTATTTGTTTAATCCGAGTTTGTTACAACTATTAAAGACTTTCGGCCAATCAGTTTGACATCCTCTATTTATAAAATACTTGCCAAGGTTTTAGCAGAAAGGCTGAGAAAAGTTATGCCTTCTATTATTTCAATCACCCAAAGTGCATTTATTGAAGGGAGACAAATACTTGATCCAATCCTTATAGCAAATGAAGCAGTTGAGTTTTATCATTCAAAGAAGAAGCAAGGTCGGATTTTGAAGCTTGACATTGAAAAAGCTTTTGATTGTGTAGATTGAGGTTTTTTAGAAGTCATTAAAGTTAAAGAAGTTTCATGGGAAGTGGATTAATTGGATACTTGGATGTGTAAAGGATCCTAAATTCTCCATTTTTATTAATGGTCGCCCCCGTGGGCGTATTGTAGCCACTCGTGGAATTTGTCCAGGGGACCCACTCTCTCCTTTCTTATTCTTACTTGTGGGAGAAGTATTAAGTGCTCTAGTGGAAAATATTCATGAAAAAGGACTTTATGAAGGCTTTGTTGGGGGAGTGGATAAAATTTATGTTTCTATTCTTCAATTTGTAGATGACACCTTGTTGTTTTGCAAATATAATGATGCTATGTTTGATGTTTTTATCTCAAACCATTTCCTTATTTGAATGAAGCTCGGGTTTGAAGGTGAATTGGAAAAAATCTGCGATCTGTGTCATAAATATTCAGAATAATAAGGAGGCTCTTATGGCTGAAAAGTTGAATTGTAAGGTGGAAAATCTTCCTTTTAATTACCTTGGACTACCCCTGGAAGGTCATCCTAAATCGCCAGCTTTTTGGCAACCAGTTGTAGATAAAATCCTTAAGAAATTGGATAGGTGGAAACATTTTAATCTTTCACGTGGAGGAAGGATGACTCTTTGTAATTCGGTGTTGTCCAGTATTCCTTTATATTATTTGTCTCTTTTCTCAATGTCGGCAGAAGTAAGTTTGAATCTTGAGAGATTGTTGCGTAATTTCTTTTGGGAAGGATGTGATGGTGGTAAATCCACTCACTTGGTTAGATGGAATTTAACTTCAAAACCTCAATCTGATGGTGGTCTTGGATTAGGAGCCTTAAAACATCGAAATGAAGCTTTATGCATTTTATTCCCTCGTCTTTATTTCCTGTCAGAGAAGAGGTTGCATCCGGTGGCCTCGGTGTTGCCCTCCTCTGACCCGACTTCCTCGATTTCCCTTGGTTTTCGCCGTCCTCTTTTTGATAGGGGGCGATCAATGTGGCAAACCTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGATGAATAACCATGCTTTCATTGAGAAAAAAATGAAAGAATACAAGGGCAACAAAAAACAACCAGCCCACAAAAAAAAAAGGAGACCCCATTATAAAAAGGGGCTCCAATCCAAAATAATAAGACCTATAGGATAATTACAAAATAAACGCAGAGAAACATTATATCTCACTAGGGACCAAACCTCAGACGAATCCCTCTCAAACCCTCTAAACGTCCTATTATTTCTCTCACCCCAAAGCCCCCAAATAATAGCGCAGATCCCAAGATCAAACCTCCTTTTTATTCTCCAAGATCAGGTTATTTATTCTGGGAGGAGGGATGTCAGAGTTTGGTCCTTTGACCCATCTAGGGGTTTCTCTAGTCATTCGTATTTTTAGTCTTTGTCCCTCTCTTCTGCTTCCCATGCTGCTCCCGAGACTTCTATTTTTGCCAGTCTCTGGAAGATTAAAATTCCTAAGAAGGTCAAATTTTTTGCTTGGCAAGTCTTACTTGGAGGGTTAACACTTTGGATCGTGTTCAAAGGCATTCTTCTTTAGTTTTGTCCCTGCAATGGTGCACTCTTTGCAAAAGCCATGAGGAGGATTTGTTTCATTTGCTGTGGGAGTGTCGGTTTGCTAACCACCTTTGGGATCGTTGGAGGAGCTCGTTCGGTATTAGTGGTCTGCGTAACAGAGATGGGCGAGGGCTGTTGGAAGAGGTGCTCTTGTATCCTCCCTTTAGGGAGAAAGGAAATGTGTTGTGGCAAGCTTGTTTTTTTGCTGTTTTGTGGGACGTTTGACTTGAGAGAAATAATAGAATTTTTAGGGAGAAGAGAGATCGGGTGAGGAAGTTTGGGAGGTTGTTAGGTTTAATACTTCCTTGTGGGCGTCGGTCACGAGACCCTTTTGTAATTATGATCTTGGCATGGTGCTTTTGGATTGGAGTCCCTTTTTGTAATTTTGTTGGACTTCGTCTTTGTTAGGGCTTGTTTTTTTTTTTTTTTTTGTATGCCTTTGTATTCTTTCATTTGTTCAATGAAAGTTCAGTTTCTTACAAAAAAAAAAAAAAGAAAAAAAGAAAAAAACATCGAAATGAAGCTTTGTTAGCAAAATGGGGTTGGAGATTTATGTTTGGCCTCATTCTTTTTGGAGGAAAGTAGTTAAAAGTATTCATGGTTGTTCTACCAACGATTGGTACACTGCTGGTAAAATTTAGTTATAGTTTTCGAAGCCCTTGGATGAGCATCTCTAAGATCTGGAAATGTGTTGATTCATTTGCAGCTTTCAAACTGGGTTGGGGAGATCAGATTTCATTTTGGGAGGATAATTGGGCTGGAGGGGTGCTTCTTTAAAGGATACTTTTGCGCAACTTTATTCTCTTTCATCATCTCCTAATGCGTCGATAGCTGATTTATGGGATTCAAATACTTCTTCATGGAATATTGTTTTTAGAAGACTTTTGAAGGAAGATGAGATTGCTGTCTTTGTCTCCGGGTTTTTTTGGAAAAGTAAAAAGAAAAATGAAAAAAACTTAGACAAAACAGGCTGTTTTGGAATAATTTAGAAAAAACGTGTGTAACATGCGCGACAGCCTTCTGACACACCCCTTTTTTTTTAAATTTATTTCTTATTTTTAACTTATTTGTCAAATCTTGTCAAAATCAATCGGAAATGCCATTCAACCCATTTCTTTTATTTATTATTTTTTTATTTTGTTTAACCCATTTATTTTATTTTGTTTAACACATTTCTTTTCTTTTTATTTTGTTTAATAGTTATTATAAATTATTAGTGATAACATGATGATTATGTTTTTTTAATGATTGATTTTTCTTTAAATTTTGAAGTTTGCATTTTTTAGAATAACTCTCTATAATTTAGATCTTTTATGGACTTTATTAAGAAATTAGGTTAAAATTGTTTTTTTTTAAAAAAAGGTTTATTCTACATTCACACCTTTATTTCTAAAATGAAATATCATAATCTAATATAACTTAGAGTGTTTTTTTGGTTCCAATTATGATAGCTTTAAAAGAAAAATAATTACTCAAAAAGAAAAAAAAAACATCATTCCAATTATCGATAATAAATTCATTATTGAGTTGTCATAAGTCTTTTAGCAATATCATTATGAATTTAAACATAGTTGAGATTTTTAAAAAATAATTACAAACCAAATTGAGAACTTTTATAACGGTACGTCTTTTTTGAGAATCATCATTTTAGAACATGTTTTGGTAACGATTTCATTCTTGATTTTGGCTTGTTTTGATTTTTTTTTTAAATCTCAAAATCAAAATTAAAAAAAATGTAGTTGATAATTTCCGTTTGTTCTCTTTTTTTAATGAAAAAATATATTTATGTTTGCCAACAACTATTTCTTGTTTATTTACTGTTCTCTCCATTTTTAAACTAATTTTTTATTTAAAAAACAAATTAAGTTCTAGGATTTTTTTAAAAAACATTTCGGATAATTATTAAGATTTTTTTTAAAGAATATTGGTTTTCTCATAACTTGTAAAATTAACTATTTTAGCACAACTTTTTTATTCCATATTTTGGAAAATGTGCATGCCTTTCTCTCAAAATAAATATCTGATTGCAATTAAGAAAAGAAAAAGAAAGAAAACGTGGTCTCCCCAGTCCCCAAGCCTTCATTTCAACCTGTCTATTTTCGCTGCAAAGTTTAGACAAGACGGCTGCTTGCTTCCCAACAGTAGTAGAGGCGCGACGTTACGTCCGTCTGTTTCCGCCTCGTTCTGTTTCGTCTGCCGTTGGTTTGCAAATGTCGCGCCTCTCCAGAGGCGCGACCCGGAAAACGACAACCAGAGGCGCGACACATGTTTTTTCTAAATAATTTGGAAAGGGCTTGTTTTGTCAAATTTTTTTCCATTTTTTGTTTTACTTTTCCAAAAATCCCCTTTGTCTCCTTAATAGGTAGTATTTCTTCTTGTTATGGGATTGTGAGTTTGCTTGCTCTGTCTGGAGCCTCTTCTTCGAGGTCTTCGAGTTTCAGTTTGCGAGCTAGAGACGGTGTAGGGATTTGATCGAGGAGTTCCTCCTCCATCCGCCTTTTTGGGAGAGGGGAAAGTTACTTTGGCATGTGGGCGTGTGTGCTATTTTGTGGGGTTTATGGGGAAAGGAACAATAGAATTTTTAGAGGAGTCGAGAGACATCCTTGTGAGGTTTGGGATAATATTAGATTTCATGTTTCCTTATGGGCCTCGGTTACCAATGCTTTTTGTAATTACCCTCTTGGTCTTGTTTTGTTAGATTGGAAACCCTTCATTTAGTTGGGTTCCTCTTTCGGGCTTAGTTTTTTTGGATGCCCTTGTATTCTTTCATTTTTTCTCAATGAAAGCTCGGTTCTTTATAAAAAAAAAGGTAGTATTTCTTCTTTTAAAGTTGGCGATTCAAGTGATTCTAGAGTTTGGACTTTGGAACCTTCCGAGGTACTTACAGTAAGGTCCTTGACAAGAAAGTTGGCTTCTTCTTCACCTTTATCTAAAGAGTGGTTTAGGGCAATTTGGAAAACGAAAAGTCCAAAGAAAGTCAACATACTTTGTTGGATATTACTCATGGCAACCTCAATACATCATAAATCTTGCAACGAAAATTACCTTTTATCACTCTTATGCCTTCGATTTGTACTCTTTGTTATGCGGATGGGGATTCTCTCAATCATATTTTCTTTGGTTGCCGTTATTCTTTGAGTGTCTGGTTTAAGTTGTTTTCCCATTTTCAAGATCAAGTGGGTTTTCTCTTCAAATACGAAGGACAATGTGATTCAGCTTCTCTTCGGTCCTTCATTGCTATTGAAACCTTTTCTTATTTGGTCTAATGCGATCAAAGCCCTTTTGTTTGAGTTATGGTTGGAGAGGAATTCAAGAATTTTTTATGATAAAAGTCTTCATTGGTTTGAGCGCTTTGAATCAGTTAGCTTAAAAGCGTCTTCCTGGTGTACACTTGGTGTACACTTTCCAAATCCTTTGCAGCTTATTCTATTCATGATATATATCTTCATTGGGATGTATTTATTTCTTTTTAGTTGTTGCATTTTTGTTATTTTGTTGTTCCTTATTACTTTTTCACTCCCAAGTGGAGTTTGTATCTTTTTGAGCATTAGTCTCGTTTCATTTCCTTAATGAAAAGTTGTTTCTGGTAAAAAAAAAAAAAAAAAAAGAAAAAAAGAAAAAAAGAAAAAAAGAAAAAAAGAAAAAAAGAAAATGCAACTCAACTTTTTTGATTCCTAATTTCTATTTATACAAACTGTTTTCTTTCACTCAAATAACTATCTGATTTAGTTCATTAATCCAAATTATTTAGTCCCTCCCAGTTGAGTTTTCTAGTTATTCCTTAGTGTAGAAGGGGAAAATTTCCAAGGCTTAGTTCTTCATGGGGTAGGTTATGCATGGAAGATTTCTCACCTTGGATTGGATTTCGGGTAAGATATACAATTTGGTAAGGCTGCTTTGTTGTATTCTTTGCAGGAGAGCAATTGAGGACTTCCCTTTTTCTCCATTCTCTCTCATCCGTTGACCTTTCTTAGAAACCCTACCCTAGCCGTAAAAAATCTTCATCTCTCTGACATTCTCTTCTTCTAGCATCTCTCCATTCGGAAAGCTTTCCTCTATCATCAGTATCTTCGACGTCTTCCGTCGATGTTGGTGTTTCTTTGGCAAGTTGCTTAGTTTGTGTCCAGTCGTTTGTTGCTGGGTTCGTCGTTGTCGTTGGGTTTGCTTTCTTTGCATTTCATCCACTTGTTGCTTGTCTATATCTATATTTTGCCGTTAGTTGTGTTTCTTTTGCCATTTGTTGCTGGGTTTGCTTTCTTCGCTGTTTGTTGCTCCTTCGCTCATCTCTATTTGTGGATTATGCGGCTTTTAGTTTGTGGGTTTTTTGGTTTGTGTATCATCTCCTTGTTGCTATTTGTGGGTCTCTTTGGATTTTGGATTGTGGTATCTGTGAGGTATTGTGTATTGGGTTGTGGATCTATGGAAAAGAGGAGTTGTTGTATCCATAATACTTATGTTCGTTTATGGAGTGGAAAAGACGAGTGTTTTGTGGAAGCTGAAGGTTTGAACAAAGACCAGAAGATTCACCTTTCCTTATCCCTCTTAGGTTGGCTTGAAAGTTCCTTGGTTGAACTCTTGCAAAATCCAGTACACTCTTTTTTTCACAAGAAATTTAGGGAGGATTTTGGGACCATTCGTTTATCTAAATTTAGATCATCCCATGGTTGGCATTTTGAATGTGTTGTTTGGCCTTCTTATGGAGGAAGAAAGAATGTTCATGTTCCTATTAGTTTCGATAAGAAAGGTTGGATTGTTTTCTAGGAGATGGTAAGAGATTTTCTCTTAAAAAATAGGGAATTGAAGTATTTCGAGCTGGATTTCTCTACTTAGATTGGGAATGTTGATGCAACACAGGAAGATGTGGTGAAATCCCCTGAGATTTCTTCTTTTTGGGCAAGGAAAGAAAGAGAGGTGGTGGATTTGAATCTCAAATCTATTTTGGCGGTTTATAAGATGTTTGCTCAATACTCTTGGAAGGATGTTCAAATCACTTTAGTAAATTAATTTCAATGTAGAATTTCAATTAATCCATTTATGGATGGTGGAAACTTGCACTCTTTTCCTTCCACCAGAAAGGGCCAAACAGAACACTCAAGGAACCAACCTTGTTGGGAATTGAACCTTGATAGCTGAATGGTTCCATTCATGTCTTAATTTCTTGCAAAGAAACAGATGAATTGGAGATTGCAATTAATCGACTATAGCTAACTTAAGCCAACACAAATGAGAATTAGAAAGATGAATTTTCTGCTTGTTCTTTAAATCTTCTATGAAAAAAATAAGTCATTCTCATGCCAAATACAGAAATATGAATTCCGAATGCAGCAACTTTTAATGAACCAACACAAAATCCAAAATCAGGACCAAAAGAAAGAAAGTAGAGGACCAAAACTAACCAGAATTGAAGATACTGACAGAAATGGAAGAATGATAATACCCAAGATTAACTGGAAGATGAAAATACCAACGGATGGAGGCTAGAAACTGAGGGATGGGAGGAGAGAGGGGAGAGCATTGGGGAGGGGGGGGGGACTTTTTTCCATGTTGCTTTTTATTTAAATTAGTTGGCTTATGTAGCAGAAGTTGCTCAAAATGTTGCACTTCAATAAGTCCAAGGGTAAAAATTGAAAATTTCCCTGTGTGATAACTCGATATCATTATTATAAAAAATAAAATGTCAGAGGTTTAAAAGATCACTCTTAAGTTTTGGTATCTACACTGAAAGATGGGCCTCGTTGATTCTGATTTGTTTGGGTTCTTATTACTTCACCCCTGCCACGTCCCCAATCATGGGAAGATTTTTTGTTTATTTGTTTCATTTTTTTAGCTCCCCTCTCTTTGCATGAAATTTGTCATTGCCATTATATTATATAATCTCTCATCAAAAGTATAAGTAGAAAATTATCACAATATGTCCTTGCTTGTGGCTGCAGGGGCCAGGACCAGATGCTCGCATTGTTTATATAGATGGTGCTTTTGATCTTTTTCATGCTGGACACGTGGAGGTAAATAATGATTCATTTTTTGAGTGTTCATGGATATTTGACTATTGGTAAACTCCTTTTTACCGCTTGCAATTTTTCCCCTCCTTGTCAATGAAACTTTTTTGGGTTGTTTTGGTTCTACTGTTTTTCTTTTCTTTTTTTTTTGGGGGGGGGGGGTGAATTCCAAGTTTAGTCCATAAATTTTGAAAGTTGTATCTAATAAGTGTAATATATCATTAAACTTTCAGTTTCGTGTCTAACATGTCCTTGAAGTTTTAGGTTCTTTTCGCACTCGGTTTATTATTATTATTATTATTTTTATAATTCCGAGTCTTGTTAGTGAAAACCATTAGTTCTTTCCCTCAATGCCTCAACTCATAAGTTGGACAAATCTCTTACCTATGTAGTCTAGAATGAAGAGCACCAAGAAAAGTGAAATTTTGTTTACTGATTTACATAAGCCTAAATATACAAGACAAGTTGCAAATATAGAACTGCTTCTTTAGTTATCTCACCCAAAATCTGTGTGGATTTTATAAAGAGTGGGGAACCAATAGGGAATGTGTTTATCCGTTGTGACTTACATGAAAGAGGTTGGGGCCTCTTTTGCTAGAAATTTAGCGCCATGTGATGTGACCTTTACGATATGATTGTTTTTCTTTCATAATTTTTGTCGGGATGGTGGTCTACTAATGAAGGCAGGATTGTTTGGAGGAAGCAACACTTTTCATTGAAGTTATGGAAAGTTATGATAAGTTACAACACTCAATGAACTTGGATTGGAGTTTTTTGTAATTATCTCCCTTGGCAGTGGATGCCCCAATCTAATTTGTCTTTATTTTGTATGTTCCCTTTCTATTTAGTGGAGAAAAATAACAATAGTAATTTTTCCTTAGAATTACGATTATTGATATAAAATATTATTTGATGATATTTTTTAAAAAATAGTGTATATTTTAATAATATAATTGTTTTTAATTAATAATAATTAAGTAGAATTAAATGATTGATAAATTAAATAGAAGTTGGTAACAATTTTTAATATTAGTAAATATATGTATTATTAAATTTAGATCAATATTCAATTAAAAAAATTCAATAATACAAGATTATTAGTTAAAATTAAATAGTTAACAAATTAGATACAAATTTGTAATTTTATAAAGAATCATTTGCGCTCAAGAAAAGATACATATGATTTTTTTGATTATTAGAAAAACTATTGGTAGTGTAAATAAAGATGGAAAGAATAAAAGCTGTACACAATCAATAAAAACCATAGAAAAATGCTCTCTCTCTCTCAATGTAGAAGATAAGGATTAGGAGGGATGGGGAGGATGTATATTGACCGGAAGTTCTTCTGTCTATTGAAAAAGGGACGATCGTCTGGATTCGGGATTGTTTAGTAGTAGCGGCTAGAATAGATAATCCTAAAGCCTAAAGGTTTTTGGAGGAGGAGAAGATTGGATTCTGCCGTCATCTTCTACCAAGTTTTAGAAAACGCAAGAGGTAGATATGGTCTTCTGTCTTTAGAGCCTTTCAAAGGTAGAAGATGAACTCTCTATATTCTAGAAGGGTTTAAAAGTAGGGATGATATTTGTTTTTTTTAGAAGAGAAACAATTCATTTCATTGATAGATGAAATAAAGGATGCTAAAAAAACACCCAACGTCTAAAGACAATTACAATAAAGATCTCCAGCTAGTAATCAAAGTAGAGAGACTGTATGCATTAAAAGGGTGTTTATTTTTACACCAATACATAGCATGAAAGATAATTAAATCCCAAAAAGAGTCAAAAGTTGAAGAGACGTCCCTGAAAAGTCGACCATTTCGCTCACACCAAAGGTACCAGAAGAATACTCTATTAATAGATAACCATAAGATTTTTTCACACCATGAAATGGGTGTCCCGTAAACACATAGTCGAGAATTCCATAAATATTGTTGGGCAAGATCAAGGACCAACCAAAGGCATTCTTCATGATTAACCAGTATTTAGAGGCATAAAGGCAGTGAACAAAAAGATGACAAGGATTTTCTGGGGCAGAATAACACATCACACAACAAGATGGAGAGAGAGTCAGATGAGGCATTCTCCTTTGCAATCGATCTGCCGTATTAATACCTCCATGGCTAAGCTCCCATAGAAAAATTTTGATTTTCTTAGGATAGACATCTTTCCAAAACTCCAAGTAAAAATTGGATGGTGTGGAATCACAATCAGTAAGCATATCAAACATAAGAGATTTGACAGTAAAACTCTTAGAATGATCAAGAGGCCAACACCATGAGTCATTCATTGATCGAATCGTAACAGATGAAAGAATATGAGAGAGACTAGTCCATTCAATTACCTCCAAATCATTTAGATTACGTCTAAGTCCCAAATCCCAAGCCTCATTGGAACTATTCCAGACTTGGTCCACCATAGCAGTAGATCTGGTAGTTAATCGAAATAGTCTTGGATATGCTTCTGCAATAATTCCACATGGTAGCCAACAGTCATGCCAGAAATAAATATTATGACCATTTCCAAGAACTCTCTGAATCCTATTTTCAATAAGATCAATTGTAGAACAAATATGACGCCACGGCGATTTGTAAGGACCTCTCAAAATTTTGTGTGGCCAGTTAAAATTATCATTAGCATAATAGTATTTACCGACAATGATATTATACCAAAGAGAATCCCGTTCATGTAAGAATCTCCAAATCCATTTAGCCATAAAAGCCATATTTCGAATTCTAAAATGGCCAATATTCAAACCACCCAAAAGAATAGGGAGCTGAGTTGTCTCCCAATTAATGTTATGCATACCACCATTTCCTCGAGATCCTTCCCAGGAAAAATCTCTAATAAGCTTCTCCAAAATTTTGGCAACCTTGATCGGGAGCTTAAACAAGGAAAGATAGTAAATGGGTATACTTGAGAGAGTAGCTTGAATGAGCGTATGTCTACCACCTTTTGAGATAAATGCATATTTCCAACCATGAAGCTTTTTCTCAATTTTTTCAATCACTAGTTGCCAAAAGGACACATTCTTTGGATTACCACCTAAGGGAACCCCAAGATATGTTGTAGGCCAATTACCCTGTTTACATCCAAAAGTTGTCTTCAACCAATCCATTTGATGGTCTTCAAGATTGATTCCCAAAAATTCACTTTTACCAAAGTTGATATTGAGTCTAGAAGCCAATTCAAAGATTTTGATAAGATTAAACAAATTCTCAAGAGCTTTCAAATAAAAAATGGAGAACAATAATGTATCATCAACAAATTGCAAATGAGTCAATCTAACAAAAGAGATACCAACCGGATGAGATATAACTTTGCCGGACTGCACTCCATGAGATAAAAGTCTACTAAGACAATCAGCCACAATGATGAAAAGAAATGGGGAAAGCGGATCCCCTTGACGAATACCTCTTGAGGGGAGAATTTTACCTCGAGGTCTTCCATTGATAATTATCGAGTAGTTAACTGAAGAGATACAACCTCGAATCCAATTCCTCCATTTTAAGCCGAAACCTTTAGCCTTCAAAACCGCATCTAGAAAATCCCAATCCACTTTATCAAAAGCCTTTTCCAAGTCCAATTTAAGAACCACACCTTTCTTTTCAGAGATATTCCAGTCATCAATCACTTCATTGACAATTAGAGAAGCATCCAGGATTTGTCTATTGGCTACAAAGGCCATTTGATTTTCAGCAATAGTATGAGGCAGAACAAACCTTAATCTGTTAGACAAGACTCTAGCAATAATCTTGTAGGCACAGGGGATAAGGCTAATAGGACGGTAGTCTGACACTGATTTAGCATCTAGTTTCTTTGGGATTAAGCAAATGTAGGTTTCATTTAAGGCTGCGTTAATAACACCTGAGTTATGAAATTCTCTAATCATGGTCATAATATCAGATTTAATAATATGCCAAGAATGCTTGAAGAATTCAGCTGTAAAACCGTCAGGACCTGGAGATTTACTTACACCCAAGGATTTGACCGCACAGTAGACTTCCTCCTTTGTAAAATCTTTTTCTAAATCAACAGCCATATCCCCATTAATAGGACTCCAATCTAAGTTTGTAGGGAGGAAACACAATTTACTGTCTTTGGTATAAAGCGCTTTATAAAAAGCAATAAACTCCTTCTCAATATCCCCAGCTGAGATTAAGCTAACATTGTCACGAGATAGAACCTCAATAATCATGTTTTTCCTTTTATGAGCTGCTAAAATACGATGGAAGAAATTTGTATTTTCATCACCCTGTTGAAGCCATTGAATTTTACATCGTTGATGCCAATGAATATGCTCTTTTGTTGTCAAATTTTCTATCTGCTCTTGAAAAGTGGAAATATGTTGAGCTGGTAGGGATGATATTTGTTGGCAGGGGAATTGGTGGGTCTGTTATTCCCTCAGGAGAAGTCTAAAGGAAAAATGGAAATCAGGCTTTCTAAAAGGGATGAGCAGAAAGTGAGAGAGGATTTTCCTGATAAAATAGTTCCTAAGGGGGAAGAAGATGATAGTTTCAAGGGGGAGAGAAGAAGGAGAGTGCGGAGGAATTTGATTTTGCGTTTGATTGTTCATCCACAATCATAATTGAGAGATTCAGGGTTGGGATCAATTAGCAATCTGTTTTAGAGAGAATCCGAAGATCGGTAGATACAGGGGTATCTTCAAACCATTCCATGCTAATTTAGCAGTGGGCATTTGCGAGAATCCGACAAACATGATTAACTTGGTTAGGGATGAGAATACAGATAGCTCAAGAGATTTTTGCATCCATAAATGGGATTTGAAGCTCGTGGCAAAGGGTTGCCGTCTTTCATTCTCAGGGGGATGGGTAATGACTTTGGGTTGCCGTCTTTCATTCTCATGGTTAACTTTGCATATCTGTGTGGGGGAATTGATGAGGAAGGGGGAATCAAAGGTGAAGAGATCTTGATGAAGGAGGTTTGCTTCAAAGCAAGAGGTAACCTTGATGGCTTTATCTCGATTGTTGGACACCTTTAGCACGACGAGTTCTTCTTTTCGATGAGGTTTACCTTTGGTCGGCAGTCAGAGGCTATAGAGGAGGAAAAGGAACAAAGAAAGCCAAATAGTACTGAGATGTTGACGTCTCATTTGCCAAAATTGGCGTCTGTAGTAGGGTAGAAAGTTCAGAAAATCGCAGATCATGTGAAGGGGTTGATGGAAGGGAGTGATCTGAATATTTTAGGGCACCCACTTAGTGGGCCAAGATCCAGAAACTAAGAAGCTAAAGCCTGGTCAATAAACATGCCTAATTACTCAGCAATTCATCAGCCTGGGGAACCGAGTGGGGTTTGAAAGAAAAGGGGCCTAGGTGGGGCTAAAAAGAACATATAGTTTGAGAGAAGAAATCAGACTGGGTTTGAACTGGTTTTAGAAGGTGATAGTATTGTGGGGCAGCCAAGAGGGTTGATATCAAACATAAAAGAGGGAGATGAGCAAGTAGGAATAGAAGCGATGAAGATGGGAGTGGAAAGAAATATAAGTTCTGGGCCTTGGGACCCTGCTTTGGGCGAGGAAGAATGCAGTTTAGACCCATCTATTGTTAGTTGCTCCGATGATGAGTCTTTCCTTTCTACTCTGTTCGCCACCGAATCGACTCCAATAAATATTCAGAGCTTATTCGTTGAAGAGGGAGTCAGGTTGGATGAAGATCCGGTTGGGTTGAGGAAGCAACAGATGAAGGCTGGAGAAGAAAATCACTTGAGGCCGGCTATGAGCTCGATGCCGGAAGAGAAGGAGAAGGACACAGGGGAAACCTCAAAAGCGAATCCGGAAAAGGGGATTGAAGAAATAAAGGCTTTGACACTCGAGGTGCAACAAAATCCCTTTCCAACGGAGACTCATTCTCATTCGATTGTTGAGGTAAACTCATAAAGGCCAACCAACCAGGTATGTTTCCCATCTTTGGATTTTCAGTTTCCTTGGGCGGGTAGGGGTCAGTTAGGGTATCCTCTTCTGTGTGAGCTATCCTATTCTTATTTTCTGTCCTTGGGTCTTGAGCAAGGGGGTCCCTTATCATCGTTTCCCTAGTCAGTCCTATGTTTGTGGGGATGTCTGTGGGGTAAGGGCAACTGGGTCTTGTTCAATCTCTATTTATGAATTCGGTGTCGGTTTCTGGGGTGTCATGTCTCATTCGTCTAGTATCTCTTAGGGGGAGAGATTTTTTCCATCCTTGATGATTCCCGGTGCCATAGGAGGTTGCTTAGAGGGGGCGGTCTGTCTTTACCTAGCGGGCAGTCTGTGCGAGGTTCGTCTTCCTATTCTACTCCGAGATGTATCCCAGATTTGGCTCTTGGAGAGGGGGAATTGAGGGTCGGTCTTGGGAATGGGAGACTATTGCCTTGGTAGGTATTTATGCTATTCCAACTAAGGATCCTAAGTCGAGTGCAACGTCATCAGTTGTTAAGGGGAAAGAGCCTGAGGGAGGTGTGGGCAATGGGAAAAAGAAACTATTGAGGGAGCCGAAGAAACTAGATTGCTCGGTTAACTATGAGAAGAAGAAAGCTTCCAAGTAAGCGGGGGTGAGCATTGTTAAATGATGAAAGGTTATCTCTTGGAACATTAGGGGTTTGGGGGGTAGAGTGAAGCGAAATCTAGTTAAAGAGATAATCTCCCAAGAGAACCCGGACGTGGTGATTCTAATTGAAACCAAAAGGGGGAATTATAATAATTTGTTGGTTAAGAGCCTTTGGGGTAATAGGAGGGTCAAATGGGCGGATTTAGAATCTGAGGGGGCTTCCGGAGTTCGGTTGTGAGACGGGCTATTGCTTGCATTCGAGTGATACTTGTACAAAGTATTAGGGAAAAGTATATCTCATTATTCACATAAGAGAATAACACATATATATAGGAATACAAGAAAACCCTAACTTAAGGAATGTACAATTACGATAAAGGACATAATAACCAAATAACATATATCATAACACTCCCCCTCAAGTTGGAGCAAATATGTCAATCATGCCCAACTTGTTGCAGAGATAATTAATCCTTGCTCCATTTAATGCTTTGGTAAGAATATCTCCCAATTGTTCTCCTGTCTTCACATATCCTGTGGACACCAACCCTTGTTGTATTTTCTCACGAATGAAGTGACAATCCACTTCAATATGTTTAGTCCTCTCATGAAACACTGGATTAGATGCAATGTGAAGTGCAACTTGATTATCACACCACAATTTAGCTGGCATAGTAACACTGAACCCTATCTCCGTCAACAGTTGATGTATCCATACTATCTCACATACAGATTGTGCCATAGCTCTATATTCTGATTCAACGCTCGAACGTGAAACCACATTCTGCTTCTTACTCTTCCATGAAACCAAATTGCCTCCTACAAAGACACAATATCCAGAAGTTGATCTTCTATCTTCTTTAGATCCAGCCCAATCAGCATCTGAAAAGCATTCAACTCTTGTATGACCATGATCTTTATATAAGATTCCACGCCCTGGAGCAGCTTTTAAGTAGCATAGAATTTGTTCTACTGCAGACCAATGATCTACTGTAGGTGATGACATATATTGACTTACAATACTCACTGAATAAGCAATGTCTGGTCGTGTCACTGTCAGATAATTCAACTTCCCAACTAATCTTCTGTATCTTTCTGGGTCTTTAAATAATTCTCCTTCTTTGGTGAGTTGCAAATTTGGTATCATCGGAGTACTACATGGTTTAACTCCTAGTTTTCCTGTCTCAGATAACAAATCAAGTACATACTTTCGTTGTGACAAAAAGATACCTTTCTTGCTTCTCATCACTTCAATACCCAAAAAATACTTTAGTGTTCCGAGATCCTTGGTATGAAATTGACCCTGAAGGAAAGTTTTGAGAGAGGCTATACCTGATGTATCATTACCAGTTATAACAATATCATCAACATACACAACAAGCAAAGTAATACCATTCTCAGATCGTCGATAGAAAACAGAATGATCAGACGTACTCTTCTTCATTCCAAATTGCTCAAGTGCCTGACTAAACTTACCAAACCATGCACGTGGACTCTGTTTCAATCCATATAATGATTTTCTAAGGCGACAAACTTTATCACTCTCCCCCTGAGCAACAAAACCAGGTGGTTGCTCAATATAAACTTCCTCCTGAAGATCGTCATGTAAAAAGGCGTTCTTGATGTCTAGCTGATGTAAAGACCAACCTTGAGTAGCGGCCATGGAAAGAAACAATCGAATAGACGTTAGTTTAGCAACTGGAGAGAATGTATCAGAATAATCAATCCCATAAACTTGAGCATATCCTTTAGCAACAAGACGTGCTTTCAAACGAGCAACTGATCCGTCAGGATTGACCTTGATGGCAAACACCCATTTACACCCAATGGCCTTCTTGCCTGCAGGACGAGATACTAAATCCCAAGTACCATTAGCATCTAAAGCATTCATCTCCTCAATCATTGCATTGCGCCAACCAGAATGAGATAACGCTTCATGAACAAAATTAGGAATAGAGATAGAATCAAGGGATGTGATAAACGAATATGTGGGTGATGACAACTGGTTATAAGACACAAAAGAAGAAATAGGATAAGTACATGTGCGCTTACCTTTACGAAGGGCAATGGGAAGATCATCACTTGGTCCAAGATCAGATGTCGAAGAATCTTGTGGCGTAGGACATGTGCCTGAAGGTTCCTGTGGTGGCCTCCTGGAGTATACCTGAGTAATGGGTGGACGAGGAGGGATAGAAACTGATGGGGAAGGATCATGAGATGATGATGGAGAGATAATCTCATAGATAAAGAGATCATCATCCTCCCCCTCACTCGAGCTCGACAATGACGGGCTAAAAGGAGTATCTTCGAAAAAGATAACATCTGGAGAAATAAGATATTTGTTAAAACTAGGACAATAGCAACGATATCCCTTTTGAACACGAGAGTAACCGAGGAAGATGCACTTCAAGGATTTAGGATCTAACTTGGTACGATGAGGATGAACATCTCGAACAAAACAAGTGCAACCAAAGATTTTTGGTTCAATGGGAAACAAAGGTTTGGTGGGAAAGAGTACACGATAAGGAATCTCACCATTAAGGACGGACGAAGGCATTCTATTAATTAAGAAACACGCTGTGGAAACCGCATTGGCCCAGTAAGGCTTTGGTACATGCATTTGAAAGGATAATGCTCTCGCGGTCTCAAGTAAATGCCTATTTTTCCGTTCAGCGACCCCGTTTTGGGATGGAGTGTCAGCACATGAAGATTGATGAACAATTCCATTTTTACACAAATAAGAACCAAGCATGTGAGAAAAATATTCACCGGCATTATCAGTGCGCAAAGTTTTCAAAGACACATTAAACTGAGTTTGGATTTCAGCATGGAAAGCACAAAAGTGAGAAAGTAACTCAGAACGATTTTTCATTAAATATAACCAAGTTAGACGAGAGTAGTCGTCAACAAAAGTAACAAAATAACGAAATCCAGTTTTGGACAATACTGGACACGGACCCCAAACATCAGAATGAACTAATTCAAAGGGAGCACTAGCTCGTTTATTGACTCTAGGACTCGAGCTAAGACGATGAAATTTAGCAAACTGACAAGACTCACAATTTAAAGACGACAAAGACTGAAAAGCGGGATAAAGCTTCTTCAACACAGACAAAGAAGGATGACCCAAACGACAATGAATTTCAAATGGGGAGGCAACTCCAGAACATGCCACAGCTTTCGGTAGTTGGTGATCGAAGATGTAAAGACCTCCAGACTCATATCCTTTACCAATAATCTTCTTCGTCATACGATCCTGAAACAAGCAATAGCCAGGAAAAAAAGAGATAAAACAATCAAGGTCACGAGTGAGTTTACTTACAGAAATCAAGTTAAAAGAAAGTTTAGGCAAATGTAAAACAGAAGACAAATGAAGAGAAGGTGTGAGATCAATGGTGCCATAACCAAGAACAGATGATGTTGATCCGTCTGCCAAAGTGACAGTCGGAGAAAGTGCAGGTGACAAAGAGGTAGAAAATAGGCTAGAATTACCTGTCATATGGGCTGTGGCACCAGAGTCTATGACCCATTTGGTAGAGGATGTAAGAAGACAATGATTTTGATTACCTGAGGCTGACGCAGCAATAGTTGCAATAGGATTCGAGGAAGATGATGCTTGCAATGATTCCTGATACAACGGGAATTTAGCAAACTCATCTGCAGAAATGGAAACTGACTTCTCAGGGGTATCACTGGTGGAAGCAATCTGAGCAAACTGAGGCCTATATCCCCTACTTAACAGCTTTCTACACTCACATTTTATATGGCCAGGCTTCCGACAATAGTTGCATACAATCTCCTGTCGCCGATTATCATAACTAGTTCTCTGAGTATTAGTGTTCGTTCCTTGATGAACCCTAGAGTCATTATTTTTACTAATCAAAGAACTGTTAGATTGAGGGACAGACGAACTGATTTGAGGACTTTCAATACGGAGAACTCTACTGAAGACTTCTTCCAAAGTAGGGATTTCAGAACCAGAGAGAATTTGTGATTTCGCCATCCCAAATTCAGGTTGAAGTCCATTCAAAAATATCATGACGGCCATCTTTTCTCGCTGAGCTTGTTGAACCTTTATATCAGTGGTAAATGGGAATAACGTACCAAGCTCTGCACATGTATTCTTAAACTGCATGAAGTAATTTGTCACTGATTGTTCTTTCTGAGCTGCATGAAAGAAGGCCATGGAAACATCATACATTCTGTTAACTTGCTCTTTACCTGAGTATAAAAACTCTGTGAATGCTAGTAGTTCTTTCACTGAATCACAATGATTAAACTAACCAAGTATCTCGTTTTCTATAGAATTCTTTATACCCAAGTACAAGCGAGCATCATCTCTAAGCCAAACCTTCTTCTTTGTGTCATCCTCTGGCGGATCCTCAGTGATATGGTCATCCATCTCAGTGCTTCGTAGATAAAACCGAATTGTACGACTCCATTCATAGTAATTGGAGCCATTTAGCTTATGTTCTGTGAACTTTGAAGAAAGGGGAACTCCATTAGATATGACCAAAGGTTTCAGCTCAGCCATTGGTAGCTTAAAACCGCTGAAAAACTTCAATAAACCACAAAAACAGAACTGAATCGCAAAAAAAACAGCTTGATACTGAAGAAAACTACACAACCCGAGACCAAAAAATGTGATATTCTGAAATCTAATCACACAGGCTGGCCGGAAATCACGAGGCGAGACGAACCCAGGCGGCGGAAACAGAAACGGACGGCCCACGCGCCCTCACGCGCCGGCGCGTGGCGGCGGCTGCAGATCCCTTCGGCGGCGCGTGTGACTCACGCGCGGCGTTTTCCGACGATCGGCGACGGCGCTTCCACTCTCCTGACGGCGGCGCTCCTTCCTAGGTAGGTGGTGACGACAAACAGCCACTCAAACGAGGTGACTCAAACTACAAACCCTAACCCTAGAGGAAAACCCTAGCCGCCAAGGAGAGAATTCTAAAACCCTAGACGCTCTGATACCATAAAGTATTAGGGAAAAGTATATCTCATTATTCACATAAGAGAATAACACATATATATAGGAATACAAGAAAACCCTAACTTAAGGAATGTACAATTACGATAAAGGACATAATAACCAAATAACATATATCATAACAATACTCTCTTCCACCTCTTTTCCTTTCGACTCAATGTTTCCGGTGACGCCTGACGAAGAAGGTTTCGTTCGCCAATACGCCATCTCACTCACGAAGGTTTCGTTTTTCCACTTGGTAGTTGTATTGATCGAGTTTGCATGGTCTCATTAGGTTTTTGTCCTTCTTTTGGGCTATTTTGGTTGGGCTTTGGGCTGGAAGAATAGTTCTTTTGATAAACTCCAGGCCGGATGGCGTCTAGATGGGGCTGTTCCTTGTCTTCTTCCAATTGGGCCTTCTTCATCACAGTGTGCAGCCCACTGGTCTCCCAACATTCCACGACTGCCCTAATGACTGGGTCCAAACCGTTAAGGAACGTCGTCTCCAAGACATCGTTGGTCAGGTGAGGTAACGGCGCCATGAACAGTTTAAACTCTTTTCGATATTCCCTTACAGTAGTCACTTACTTGACGGCCAAGAATCGCCCCAGAACGCTGCCTTGCTGAGCTACTCGGAATCGTTCTAATAGCGGATTTTAAAATCTTGCAAACAAGCGAATGGTTCGCGTTCTTCTAACCCACGATACCAATTCAGAGCTTCTCCTTCCAAGCTAACAACTGCAACCACAAGTTTTTCATGATCAGTTACTTGATAAAGTTGGAAATACCTGTCGGCTCTAAATAACCATGAATCCGGATCATCGCCCCCGAACACGGGCATTTCGACTTTCTTGAACTTGAGGCGATCGCTGCCGTTCCCTCCGATAGGTTCCTTCTCCACACCTCCCTCCTTTTTCGGAGTTTGGTTGTGAGACGGGCTATTGCTTGCATTCGGAGTGATACTCTCTTCCACCTCTTTTCCTTTCGACTCAATGTTTCCGGTGACGCCTGACGAAGAAGGTTTCGTTCGCCAATACGCCATCTCACTCACGAAGGTTTCGTTTTTCCACTTGGTAGTTGTATTGATCGAGTTTGCATGGTCTCATTAGGTTTTTGTCCTTCTTTTGGGCTATTTTGGTTGGGCTTTGGGCTGGAAGAATAGTTCTTTTGATAAACTCCAGGCCGGATGGCGTCTAGATGGGGCTGTTCCTTGTCTTCTTCCAATTGGGCCTTCTTCATCACAGTGTGCAGCCCACTGGTCTCCCAACATTCCACGGCTGCCCTAATGACTGGGTCCAAACCGTTAAGGAACGTCGTCTCCAAGACATCGTTGGTCAGGTGAGGTAACGACGCCATGAATAGTTTAAACTCTTTTCGATATTCCCTTACAGTAGTCACTTACTTGACGGCCAAGAATCGCCCCAGAACGCTGCCTGCTGAGCTACTCGGAATCGTTCTAATAAGCGGATTTTAAAATCTTGCAAACAAGCGAATGGTTCGCGTTCTTCTAACCCACGATACCAATTCAGAGCTTCTCCTTCCAAGCTAACAACTGCAACCACAAGTTTTTCATGATCAGTTACTTGATAAAGTTGGAAATACCTGTTGGCTCTAAATAACCATGAATCCGGATCATCGCCCCCGAACACGGGCATTTCGACTTTCTTGAACTTGAGGCGATCGCTGCCGTTCCCTCTGATAGGTTCCTTCTCGACACCTTCCTCCTCTTCCGGAGTTTGGTTGTGAGACGGGCTATTGCTTGCATTCGGAGTGATACTCTCTTCCACCTCTTTTCCTTTCGACTCAATGTTTCCGGTGACGCCTGACGAAGAAGGTTTTGTTCGCCAATACCCATCTCACTCGCGATTGCTGCTAAGGCCTTCACGTCTCCTCAAACTTCTGCGACAATTGGCCAGGTTTTTCTCAATCGTCGGGAGTTTCTGCACTTCCTTCTTGATCCCCTCTAACTCAACGTCTGTGATATCCAAACGTTCTTCTATCCGCTTCTGTGCCATTTTCCAAGTTTTCCCAGAATGAACTTGCTCTGATACCAGCTTGTGAGGTATCCTCACAATGTATATTGATATCAAGAGAAAGGATAAACCCAAAGGGCAATACAAAACGTCTCGACCAATTCGAGAGGGCTGATAATCTCTCCCTTCCTCCTAGCTCAAAAGCTATTAACCAGAAAAAGCATAAAAACAACTATTCACAACGAACAACATATAATACCCATAGATGGGCCCTACAACCAGCACTCACTCTCACTCCCTAACGAACTATGCAGGCCCCAAAGTCCCCTTTTTACCCCTTCTAGAATATGTCAATATAATCGGAGGCCTAACAAATTAAAAATAAGTTAAAGGAGTGGAATTGAAAGGTGTTTGGGGATGTTAAAAGGATTAAGCAAGGGATCCGATCTAGGGGAGGATCAAGGTTATTGGCGATCTGGAAGAGGAAGGTAGCTTATCCGAGGGCCTTAAGGAGGAGCGAATGGCTTTAAGAGTTGAGTTTGCTGAGGTAGTGAGGAAAAAATCTTGTAGTTGGAGGCAAAAGGCCAAAGTTAAATGGGCTTAAGAGGGGGACTGTAACTCTTCGTTCTTCCATCGATTGGTTAATGGGAGAAGTAAAAACTTCATTAGTTCTTTGGTGAATGATAGGTGTGAGGAAGTTAGAGAGGCTAAGGAGATTGAGGAGAAGATTCTCTCTTTTTTCTCGACCCTCTAGGACCCTTCCTTAGAGGTTAAACCTTTTGTCGAAGGAGTGGGTTGGAGCCCTGTTTCAGAGCAGGAAAGAAGGAGCCTGGACTCCCCTTTTTCGATGGAAGAAATCAGGAGGGTTATTTTTGAGTGTGATAGGGAAAAATCTCTCGGTCTTGATGGATTCTCGATGGGTTTTTTCCAAGAGAACTGGGAGAGAATTAAACAAGATCTGGAGAGAGTGTCCAAAGAAATTTATGAAAGGGAGATTATAGATAAGAGAATGAATGAAACCTTTGTTTGTCTTATCCCAAAGAAGGAGAGTGATAGAATTTGGATAGTCTCTTTATTGATTAGGGAAAAAATACATGTCAAGAGGAGAATTCGAGAGCTCCCCCATATCTATCGTTCCTAGCCTTTTATTCAGTCACTAATCAAAAGCTGCCCCAAACAGAAACATTCCAGATTATATAGTAGTTATATCATTTACAACAAACTATGGGCTCCACATATAACCGACTCTAACGACTTCTACCCGCTCTCTTTTTTCCTAACTCTCTTCCTCTTATAAACATTTTTAATGGGAGGTCTATGAGAAAGGGTTGAAAAGGTGAAGGACTTTAGACCTATTAGCTTGGTAACTAGCGTTTATAAGATCATTGCTAAGGTTCTAGCCAAAACACTGAAAAATGTCCTTCCCTCAACGATTTCAGAATCCTAGGGAGCTTTTATCGAAGGGAGACGGATCTTAAATCAAGTCCTAATAGCGAATGAGGCCATAGAAGATTACAAGAGGAGCAAAAAGGAGGGGGTTTTATTCAAAATCAATCTTGAAAAAGCCTATGACCATGTAGATTGGGATTTGCTAGACAAAGTTCTGGCTAAGAAAGGATTTGGGTATCGTTAGAGATTGTGGATTTGGAGTTGTGTGAGATCAATCAGATACTCAATTATAGTTAATGGTTGTCCTAAAGGTAAAATCTTTGCTTCTAGAGGCCTTAGACAAGGTGACCTGTTGTCTCCCTTCCTTTTCTTGTTAATGGGTGGATGTCTTGAGTTGGTTGGTTTCTAGAAGTGTGGAGAGAGGTATCTTGAAGGGATTTGAGGTTGGTAGGGGTGGGGAGCCCTTTATCACACCTCCAGTTTGCAGACGACACTTTATTGTTTTGTTATGGGGAGGAGGATTCTTTTCTTTTACTAAATATCTTAGAATTCTTCGAGACCATGCCAGGCCTTAAGATAAATAGAAGGAAGTGTCATGTTTTGGGTTTAAATTGTCCTATCGAAAAGGTGGAGAGACTAGCTAATATCGTAGGTGGCGATACAGGCTCTTTCCCCTTTCCTATCTCGGGCTCCCTTTAGGCCACAATTCAAAAAATGTTGAGTTTTGGACCCCAGTTGTGGATAACGTGAGAAAAAGATTAGCCTTTTGGAAGAAAAACTTCTTTTCTGAAGGAGGAAAGGTTACTCTTATTAGTTTGGTGCTAAGTGGGATTTCGGTTTACTTCTTCTCGTTGTTTAGAGTTGTCAGTGTAGTTTATCATAGTCTAGAGAAGCTTATGAGAGATATGGAGGGGTGGAAGAAGGGTGGGGGGGGGGGTGGGGGAGCTCACTTAGTTAGTTGGGAGACGGTGGGCAAACCCGTGGGTCTTGGCAGGCTAGAATTAGGGAATCTGAAGCTGAGAAATAGAGCCCTGCTAGTTGAATGGTTATGGTGTCCTACTTGAGTTGACTTCCTTGTGGCATCAAATTATTGTTAGTAAGTATGACTATCATCCCTATGAGTGGCTTGCGGGTGGGGTTAAAGGCATGACTGGAAATCCGTGGAAAGAAATTGTTTACGAGCTTTCGGTTTTTTCTAGTCTGGTTCATTGTGTAGTGGGAGATGGGGGGATACTTACCTTTGGGAGGACAATTGGGTGGGGATAGTTCCCTATGCTCTAAGTTTCCTAATTATCGATTGTCCTCCATGAAATTTCGGGTGATTTATGAGGTTTTAATGTCTCTAGGGGCTCTCACTCTTATTCTTTGGGTTTCCATCGCTCTTTGACCGATAGGTAAGCGGCGGAGGTCGTTGCTCTCCTGTCCTTGATTGGAGAGTTTCGGTTTAGGGAGGGGATGAGGGATATTCGTAGTTGAAGTCCAGCCTTACCAAGGGTTTCTCATGTAGTTCCTTTTTTCAGTGGTTGCTCAATCCCTTTCCCTATAGTGAGTCTATCTTCACTATTTTTTGGAGGGTGAAAATTCCTTAGAAGATTATATTCTTTACTTGAAAAGTTATCCATGGAAGAGTTAGTACGATCGACAAACTTACAAGAAAGAGGCTTTCGTTCATGGGGCCTTTTTGTTGTATTCTTTGTCGGAGGACGGAGGAAGATCTGGACCACATCTTCTGGAGTTGTGCCTTTACACGTACTGTCTGGAGTTTGCTTTTTAGGCTTTCGAGTTGCAGGCAGGAGCTTTAGAGACCACTGGGAGATGATCGAGAAGTTCCTCCTCCATTCACCATTCAGAGATAAAAGGGAGGAGTCATGGCTTGTTGTGTTGGGTGTGCACTGTTTTATGGGGTTTGTGGGGAAGAGAAATAATAGGGTGTTTAGAGGTTTGGAGAGGTCCCCATCTGATGTGTGGGCCCTCATTAGATCCCATGCTTCTCTCTGGGCTTTGGTTTCAAACGCCTTTTGTAATTATTCATTAGGTCTTATTAATCTTGATTGGAGTCCCTTCCTATAGGGGGATTCCCTTTTGTGGGTTGGTTTTTTCTGGAAGCCCTTGTATTTTTCATTCTTTCTCAATAGAAGTTGGTTTTTTCTATAAAAAAAAAAATCAATAAAAATGTTATGCTCTCACCAATAGGTGAGAGAGAAAAGGATAAAAGTTATAAAGTAATTAATGAAAAGGTTATGAGGCCCATGGAATAAGGAATGAGAACAAATGAGATTACCCATTGGTGGTATGCCCATGGAAAGGAAATGAAAATTTTCATTCTCATTCTACCATTTTCATTCTCTTGGAGTATACGGGGCCTTAGTTCAAAAGTTAGAACACTTGAAAGTTCTAGAAGAAATGAGGGTTAAGCAAAAACTCAAAGTCTGAAGGAATTTGAAAGCCTAAAAGTAGAAATATTGCAGGTCACTGAATGAATTTCTCAAAATTTGGTGTTGCAAATATGAATTCACATTTCTGAACTTAATGTTGCATTGCATAGATTTTGAAGCATGCCCGAGGTATGGGAGACTTTCTTCTGGTTGGAATACATACTGATCTGACTGTCAGGTGACATCTCTCGCATGAATTTATTTATATTGGTCTGTCATTTGGTGTTTCACTATATCAAACTAATTTGCAGTCTTTAGCAACTCCACCAATTTTCAGCTTTCATTTCATGCCATAATTGATTATTTGTAACTTTTCAATCATCAATGAAAAGTTTATTTGCTGTTCAAAATATATTGCCATTATTGATTATTTTTGCATGCATTATTTTATCTGAATCTTTTGCAGCTCTGTGTGCACTATGTGAAGAAAACAATATCAGAACATGTATGTTGATTCTTTATGCATGCATGTTATTTATCTAGATTATTCACAGTCCTCTCTGAGTATTATACGTGAAGAAAAGAAGATCAGAACATGTATGCACTTCACAGTAACACAAATCTGTTCTCTCTCTCTACAATTGGAAGGTTTAAAAATGCACCACCTCAATGAGATGAGTTGTTAGATGTAGGTTTATTGATACTTGAGAACCTTCTCACTTTCTATCCATTAAAGCTGTTACCGTCTGTAATATCTAAATAATCACCATGAGACTTAACTAATTTATATCTGAGAAGTGAACCTTGATAAGTTTTAACATCATATAACCAATATAAAGTAAAACATATCTTTTTCTTGAGATATATTTTCTATCTTGAAAGATGGATGTTGTTTTTCTTGTTTGTGGTTGCCTTATAGTGCCTACAGAGGAGCTCATCGCCCAATAATGAATCTGCATGAGAGAAGCTTGAGTGTTTTGGCATGTCGTTATGTGGATGAGGTGATAATAGGTGCACCTTGGGAAGTGTCTAAAGACATGGTTAGTTTTGTTTCGGTGTTTGCTGACTCACGTCACCTTTAACCCAGTTTAATTCTTGTTTCTAGCTTTTAAATATATGGGTGTTTTAATCTTCAAAAGAAATAAAGAAAGTGGGGGTAGCAGCTGTCTTTCATCAATGGTTGGAATTTGGATGGTGAACTTTAAAATTCTTACGTCAGCTTGATTTTATTTGTATTTTCTCTTGCTGCAGATTACAACTTTTAACATTTCATTGGTAGTCCATGGAACTGTAGCTGAAATTAATGATTTTCAGAAGGTATAATTGTAATGTACAAGGACAATGGAGATCTATTTTTATCGTATTTTGGATCTTTTACTATTGGGTGGATGTCAAATAACTAAAACATTGTTTTTTTTTCTTTTTTTGAAAAACTAAAACATTGTTTTTTTACAGAGGGAATGCAATCCATATGCTGTCCCTATTAGTATGGGCATCTTCAAAATTCTAGACAGCCCGCTAGATATTACAACAACCACTATTATTAGGAGGATTGTATCCAATCACGAGGCATACCAGGTTCTCCTCTCTAACCTATCTAATATATACTGGTGTTAGATAACTTGCAATGATTTTGTCTTATGAAAATCTGGGTTTCGTTAATGTAAATGGTTACAAGACCCCCCAAAAAAAAAAAAAAAAAAGAAGAAGAAAAAAGAAAAAGGTAGATACCTTTATGAAAATGGAATGGAAAGATCGTTGATTGGTCTTCAATCTAATGGCGAAGAACCTTTTGGAGCCTCCTTTTTGAGTAAACTGCTAGCCCAGACCACTTACCATTAGATTCTTTTAAGTTTTATCCCCTCCAGCTCACTCTATTTATAACCACCTTCTTCCAACCAAAGATGAAAATATTGATATCAATATCAATATCCGTAAATCAGATTTACGGATATATCGATTGATAGTCTGGGAAAAATCACGGATATCACAGAAACTTTTAAAAACATTGTGAGTTTTTTTTGTGAAACTTTAGAACAAGTTTTGTTAAGTCATAAACTATTCATTTAAGTAAATATATCAGTAATTAAAAGTCAAATATATGCATTAATAACAATACTAGATAGTATTGTAGGTCGTAAAATAAATATAAACTTCAATAATTTGTAGATAAATTTTGGTTGGGAAATGTATAATTCATAACAATGATAAGATGATGTACCTACATTCAATGGTAAGATAGACCTTGAGAAGTTTCTTAATTGGGTAAAAATTGTAGAGACTTTTTTCGACTACATGAATACTCCCAAAGATAAGAAGGTCAAACTAGTCACTCCCAATTAGGAGCGTCGACATGGTAGGATCAGTTGTAAGTAAATAGGTGGGGAATTGAAAAAAACCTGACTAGAGATTGGAATCGAATGCTTAGGCTAATGAAAGATAGGTTCCTTCAGGCTAAACTATGAGCAACCATTATATCAACAATCGTTAGAGAAATAGGAGCATGGCTGACTATAGGCGCCACACCAACCTTGGCGAAAATAAAAATGATCAAATAGCACGATTTGTAGATGGACTAAAGGAATAGATACAAGATCAGATGAATTTACAACCCAACTTTTTAACAGATGCTATAGCACTTGCAACAAGAGTTGAAAAGAAAATAGAGAAAAACTGAAAAAGAAACAAAAACTAGCGATTAAACGAGTTTCTTTGGATAAGCAATCTTCTGATTGTAAAAGATTCTGAAATGACAGCAACAAACAAACACAAGTGGGAAGTTCTAGCAAACTAGTCACTCTCAAGCTACAATCAGGAGCGTCGACATGGTAGGATCAGTTGTAAGTAAATAGGTGGAGAATTGAAAAAAGACCGACTAGAGATTGGAATTGAATGCTTAGGCTAATGAAAGATAGGTTCCTTCTGGCTAAACTATGAGCAACCATTATATCAACAATCGTTAGGGAAATAGGAGCATGGCTGACTATAGGCGCTCACAGCAACCTTGGCGAAAATAAAAATGATCAAATAACACGATTTGTAGATGGACTAAAGGAATAGATACAAGATCAGATGAATTTACAACCCAACTTTTTAACAGATGCTATAACACTTGCAACAAGAGTTGAAAAGAAAATAGAGAAAAACTGAAAAAGAAACAAAAACTAGCGATTAAACGAGTTTCTTTGGATAAGCAATCTTCTGATTGTAAAAGATTCTGAAATGACAGCAACAAACAAACACAAGTGGGAAGTTCTAGCAACGCTAAGAGAGAAGTGAGTTTAGAAAGTGGTCGTTGTTGAAGCGCTATTATGTGAAAGAGAGGTTTAATCAATTTCTTCAAATGGTTAGGATGGGCTGGGTGGTAGAATGAAAGGTGTGACAAAGATGGGGTGATAGCTGTAGTTAGATTAAGCTAGATAAGAGCTCCAGAGCTCTCAAATTGTTGGGAAGATTTTAAACTCTTCACTAAGTCCAATATAAAAACTTAGCATTTATTTATTAATTTTTTTTTAGAGAAAACTTAGTAGCCTTTAATCCTATCTTAATGTTTGTTTCAATTATTCATATAATTAGCTTTATGTTGATGTTATACTTGAAAATAGCATGTATCTATTCTGGGTTCTAAAGACAATAAAATTTTATGCAGAGACGTAATGAAAAGAAGGCAAATGGCGAAAGAAGATACTATGAAGATAAGACTTATATTTTGGGTGATTGA

mRNA sequence

ATGAAGGGTGCTAGAACAGAAACAGGAACAGGAAGTATGGATCCGGATGCAGGTCCTTTGGAAAACACACAACGTTGGGTGAGGTTTGTAGCCACATGCTTGATTGGAGGGGCAGTGGTCGGGATATCGCTTCTTGGATTACATTTGGGGGTTCCTGACCAGCCGTCGCTGAGGATATGGCGGAGGAAAAAGAAGCCCGTTCGCGTATACATGGATGGATGCTTCGACATGATGCACTACGGCCATTGCAACGCCCTCCGTCAGGCTAGAGCCCTTGGCGACCAATTGGTCGTTGGCGTCGTTAGCGATGCTGAAATAATAGCCAACAAAGGTCCTCCTGTTACTCCTCTTAACGAAAGGATGATTATGGTCAATGCCGTTAAATGGGTTGATGAGGTCATTCCAGACGCGCCCTATGCCATAACTGAAGATTTCATGAGGAAGCTATTTGACGAGTACAAGATAGATTATATCATTCATGGCGATGACCCTTGTGTTCTCCCTGATGGAACTGATGCTTATGCTCTAGCTAAGAAGGCAGGTCGCTACAAGCAGATCAAGCGCACAGAAGGAGTTTCAAGCACGGATATCGTAGGTCGCATGCTTCTCTGTGTAAGAGAGAGATCTATAAGCGACAACCAAAATCATTCGTCATTACAAAGACAGTTCAGTCATGGTCATAGCCAGAAACTTGACGATGGTGGATCTGGAAGTGGAACTCGCATCTCTCATTTCTTACCAACTTCTCGTAGAATTGTTCAATTTTCCAATGGGAAGGGGCCAGGACCAGATGCTCGCATTGTTTATATAGATGGTGCTTTTGATCTTTTTCATGCTGGACACGTGGAGATTTTGAAGCATGCCCGAGGTATGGGAGACTTTCTTCTGGTTGGAATACATACTGATCTGACTGTCAGTGCCTACAGAGGAGCTCATCGCCCAATAATGAATCTGCATGAGAGAAGCTTGAGTGTTTTGGCATGTCGTTATGTGGATGAGGTGATAATAGGTGCACCTTGGGAAGTGTCTAAAGACATGATTACAACTTTTAACATTTCATTGGTAGTCCATGGAACTGTAGCTGAAATTAATGATTTTCAGAAGAGGGAATGCAATCCATATGCTGTCCCTATTAGTATGGGCATCTTCAAAATTCTAGACAGCCCGCTAGATATTACAACAACCACTATTATTAGGAGGATTGTATCCAATCACGAGGCATACCAGAGACGTAATGAAAAGAAGGCAAATGGCGAAAGAAGATACTATGAAGATAAGACTTATATTTTGGGTGATTGA

Coding sequence (CDS)

ATGAAGGGTGCTAGAACAGAAACAGGAACAGGAAGTATGGATCCGGATGCAGGTCCTTTGGAAAACACACAACGTTGGGTGAGGTTTGTAGCCACATGCTTGATTGGAGGGGCAGTGGTCGGGATATCGCTTCTTGGATTACATTTGGGGGTTCCTGACCAGCCGTCGCTGAGGATATGGCGGAGGAAAAAGAAGCCCGTTCGCGTATACATGGATGGATGCTTCGACATGATGCACTACGGCCATTGCAACGCCCTCCGTCAGGCTAGAGCCCTTGGCGACCAATTGGTCGTTGGCGTCGTTAGCGATGCTGAAATAATAGCCAACAAAGGTCCTCCTGTTACTCCTCTTAACGAAAGGATGATTATGGTCAATGCCGTTAAATGGGTTGATGAGGTCATTCCAGACGCGCCCTATGCCATAACTGAAGATTTCATGAGGAAGCTATTTGACGAGTACAAGATAGATTATATCATTCATGGCGATGACCCTTGTGTTCTCCCTGATGGAACTGATGCTTATGCTCTAGCTAAGAAGGCAGGTCGCTACAAGCAGATCAAGCGCACAGAAGGAGTTTCAAGCACGGATATCGTAGGTCGCATGCTTCTCTGTGTAAGAGAGAGATCTATAAGCGACAACCAAAATCATTCGTCATTACAAAGACAGTTCAGTCATGGTCATAGCCAGAAACTTGACGATGGTGGATCTGGAAGTGGAACTCGCATCTCTCATTTCTTACCAACTTCTCGTAGAATTGTTCAATTTTCCAATGGGAAGGGGCCAGGACCAGATGCTCGCATTGTTTATATAGATGGTGCTTTTGATCTTTTTCATGCTGGACACGTGGAGATTTTGAAGCATGCCCGAGGTATGGGAGACTTTCTTCTGGTTGGAATACATACTGATCTGACTGTCAGTGCCTACAGAGGAGCTCATCGCCCAATAATGAATCTGCATGAGAGAAGCTTGAGTGTTTTGGCATGTCGTTATGTGGATGAGGTGATAATAGGTGCACCTTGGGAAGTGTCTAAAGACATGATTACAACTTTTAACATTTCATTGGTAGTCCATGGAACTGTAGCTGAAATTAATGATTTTCAGAAGAGGGAATGCAATCCATATGCTGTCCCTATTAGTATGGGCATCTTCAAAATTCTAGACAGCCCGCTAGATATTACAACAACCACTATTATTAGGAGGATTGTATCCAATCACGAGGCATACCAGAGACGTAATGAAAAGAAGGCAAATGGCGAAAGAAGATACTATGAAGATAAGACTTATATTTTGGGTGATTGA

Protein sequence

MKGARTETGTGSMDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIWRRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGTRISHFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIHTDLTVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERRYYEDKTYILGD

Homology

[Close]

BLAST of Lag0027371 vs. NCBI nr
Match: XP_004137664.1 (ethanolamine-phosphate cytidylyltransferase [Cucumis sativus] >KGN58672.1 hypothetical protein Csa_002604 [Cucumis sativus])

HSP 1 Score: 839.7 bits (2168), Expect = 1.1e-239
Identity = 408/432 (94.44%), Postives = 419/432 (96.99%), Query Frame = 0


Query: 1   MKGARTETGTGSMDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIW 60
           MKGART T TGS+D DAGP ENTQRW RFVATCLIGG V+GIS+LGLH G P QPSLRIW
Sbjct: 1   MKGARTGT-TGSVDLDAGPSENTQRWARFVATCLIGGLVIGISVLGLHFGAPHQPSLRIW 60

Query: 61  RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNER 120
           RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSD+EIIANKGPPVTPLNER
Sbjct: 61  RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDSEIIANKGPPVTPLNER 120

Query: 121 MIMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA 180
           MIMVNAVKWVDEVIP+APYAITE+FMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA
Sbjct: 121 MIMVNAVKWVDEVIPNAPYAITEEFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA 180

Query: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGT 240
           GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSG+GT
Sbjct: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGTGT 240

Query: 241 RISHFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIH 300
           R+SHFLPTSRRIVQFSNGKGPGPDARI+YIDGAFDLFHAGHVEILKHAR MGDFLLVGIH
Sbjct: 241 RVSHFLPTSRRIVQFSNGKGPGPDARIIYIDGAFDLFHAGHVEILKHARSMGDFLLVGIH 300

Query: 301 TDLTVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV 360
           TDLTVSA RGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV
Sbjct: 301 TDLTVSANRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV 360

Query: 361 AEINDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGER 420
           AEINDFQKR+CNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ER
Sbjct: 361 AEINDFQKRDCNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSER 420

Query: 421 RYYEDKTYILGD 433
           RYYEDK YILGD
Sbjct: 421 RYYEDKAYILGD 431

[Close]

BLAST of Lag0027371 vs. NCBI nr
Match: XP_038903702.1 (ethanolamine-phosphate cytidylyltransferase isoform X1 [Benincasa hispida])

HSP 1 Score: 837.8 bits (2163), Expect = 4.2e-239
Identity = 406/432 (93.98%), Postives = 416/432 (96.30%), Query Frame = 0


Query: 1   MKGARTETGTGSMDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIW 60
           MKGART T TG MD DAGP ENTQRW RFVATCLIGG V+GISLLGLH G P QPSLRIW
Sbjct: 1   MKGARTGT-TGRMDLDAGPSENTQRWARFVATCLIGGVVIGISLLGLHFGAPHQPSLRIW 60

Query: 61  RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNER 120
           RRKKKP+RVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEI ANKGPPVTPLNER
Sbjct: 61  RRKKKPIRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEITANKGPPVTPLNER 120

Query: 121 MIMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA 180
           MIMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDG+DAYALAKKA
Sbjct: 121 MIMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGSDAYALAKKA 180

Query: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGT 240
           GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSG+GT
Sbjct: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGTGT 240

Query: 241 RISHFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIH 300
           RISHFLPTSRRIVQFSNGKGPGPDARI+YIDGAFDLFHAGHVEILKHARGMGDFLLVGIH
Sbjct: 241 RISHFLPTSRRIVQFSNGKGPGPDARIIYIDGAFDLFHAGHVEILKHARGMGDFLLVGIH 300

Query: 301 TDLTVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV 360
           TD TVSA RG+HRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNIS VVHGT+
Sbjct: 301 TDQTVSANRGSHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISSVVHGTI 360

Query: 361 AEINDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGER 420
           AE+NDFQKRECNPYAVPI+MGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ER
Sbjct: 361 AEVNDFQKRECNPYAVPINMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSER 420

Query: 421 RYYEDKTYILGD 433
           RYYEDK YILGD
Sbjct: 421 RYYEDKAYILGD 431

[Close]

BLAST of Lag0027371 vs. NCBI nr
Match: XP_008442303.1 (PREDICTED: ethanolamine-phosphate cytidylyltransferase isoform X2 [Cucumis melo])

HSP 1 Score: 833.6 bits (2152), Expect = 8.0e-238
Identity = 403/432 (93.29%), Postives = 416/432 (96.30%), Query Frame = 0


Query: 1   MKGARTETGTGSMDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIW 60
           MKGAR  TGTGS+D DA P ENTQRW RFVATCLIGG V+GIS+LGLH G P QPSLRIW
Sbjct: 1   MKGAR--TGTGSVDLDADPSENTQRWARFVATCLIGGLVIGISVLGLHFGAPHQPSLRIW 60

Query: 61  RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNER 120
           RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSD+EI ANKGPPVTPLNER
Sbjct: 61  RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDSEITANKGPPVTPLNER 120

Query: 121 MIMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA 180
           MIMVNAVKWVDEVIP+APYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA
Sbjct: 121 MIMVNAVKWVDEVIPNAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA 180

Query: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGT 240
           GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQK DDGGSG+GT
Sbjct: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKFDDGGSGTGT 240

Query: 241 RISHFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIH 300
           R+SHFLPTSRRIVQFSNGKGPGPDARI+YIDGAFDLFHAGHVEILKHAR MGDFLLVGIH
Sbjct: 241 RVSHFLPTSRRIVQFSNGKGPGPDARIIYIDGAFDLFHAGHVEILKHARSMGDFLLVGIH 300

Query: 301 TDLTVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV 360
           TDLTVSA RGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV
Sbjct: 301 TDLTVSANRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV 360

Query: 361 AEINDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGER 420
           AE+NDFQKR+CNPYAVPI+MGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ER
Sbjct: 361 AEVNDFQKRDCNPYAVPINMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSER 420

Query: 421 RYYEDKTYILGD 433
           RYYEDK Y+LGD
Sbjct: 421 RYYEDKAYVLGD 430

[Close]

BLAST of Lag0027371 vs. NCBI nr
Match: XP_022157260.1 (ethanolamine-phosphate cytidylyltransferase isoform X1 [Momordica charantia])

HSP 1 Score: 828.9 bits (2140), Expect = 2.0e-236
Identity = 399/420 (95.00%), Postives = 409/420 (97.38%), Query Frame = 0


Query: 13  MDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIWRRKKKPVRVYMD 72
           M+PDAGP ENTQRW RFVATCLIGGAV+GISLLGLHLGVP QPS+R+WRRKKKPVRVYMD
Sbjct: 1   MNPDAGPSENTQRWARFVATCLIGGAVIGISLLGLHLGVPHQPSMRVWRRKKKPVRVYMD 60

Query: 73  GCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWVDE 132
           GCFDMMHYGHCNALRQARALGDQLVVGVVSDAEI ANKGPPVTPL ERMIMVNAVKWVDE
Sbjct: 61  GCFDMMHYGHCNALRQARALGDQLVVGVVSDAEITANKGPPVTPLKERMIMVNAVKWVDE 120

Query: 133 VIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGV 192
           VIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGV
Sbjct: 121 VIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGV 180

Query: 193 SSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGTRISHFLPTSRRI 252
           SSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQK +DGGSGSGTR+SHFLPTSRRI
Sbjct: 181 SSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKFEDGGSGSGTRVSHFLPTSRRI 240

Query: 253 VQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIHTDLTVSAYRGAH 312
           VQFSN KGPGPDARI+YIDGAFDLFHAGHVEILKHAR MGDFLLVGIHTDLTVSA RGAH
Sbjct: 241 VQFSNEKGPGPDARIIYIDGAFDLFHAGHVEILKHARSMGDFLLVGIHTDLTVSANRGAH 300

Query: 313 RPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKRECN 372
           RPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHG++AEINDFQKRECN
Sbjct: 301 RPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGSIAEINDFQKRECN 360

Query: 373 PYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERRYYEDKTYILGD 432
           PYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ERRYYEDKTYIL D
Sbjct: 361 PYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSERRYYEDKTYILAD 420

[Close]

BLAST of Lag0027371 vs. NCBI nr
Match: XP_022936342.1 (ethanolamine-phosphate cytidylyltransferase [Cucurbita moschata] >KAG7027845.1 Ethanolamine-phosphate cytidylyltransferase [Cucurbita argyrosperma subsp. argyrosperma])

HSP 1 Score: 820.5 bits (2118), Expect = 7.0e-234
Identity = 396/422 (93.84%), Postives = 406/422 (96.21%), Query Frame = 0


Query: 11  GSMDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIWRRKKKPVRVY 70
           GSMDPDAG  EN QRW RF+ATCLIGG V+G+SLLGLHLG+P QPSL+IWRRKKKPVRVY
Sbjct: 6   GSMDPDAGSSENAQRWARFIATCLIGGTVIGVSLLGLHLGIPHQPSLKIWRRKKKPVRVY 65

Query: 71  MDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWV 130
           MDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWV
Sbjct: 66  MDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWV 125

Query: 131 DEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTE 190
           DEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTE
Sbjct: 126 DEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTE 185

Query: 191 GVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGTRISHFLPTSR 250
           GVSSTDIVGRMLLCVRERSISD QNHSSLQRQFSHGHSQKLDD GS SGTR+SHFLPTSR
Sbjct: 186 GVSSTDIVGRMLLCVRERSISDTQNHSSLQRQFSHGHSQKLDDSGSRSGTRVSHFLPTSR 245

Query: 251 RIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIHTDLTVSAYRG 310
           RIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHAR MGDFLLVGIHTDL VSA RG
Sbjct: 246 RIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARAMGDFLLVGIHTDLNVSANRG 305

Query: 311 AHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKRE 370
           AHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQK+E
Sbjct: 306 AHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKKE 365

Query: 371 CNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERRYYEDKTYIL 430
            NPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ERRYY+DK Y+ 
Sbjct: 366 GNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSERRYYDDKAYVS 425

Query: 431 GD 433
           GD
Sbjct: 426 GD 427

[Close]

BLAST of Lag0027371 vs. ExPASy Swiss-Prot
Match: Q9ZVI9 (Ethanolamine-phosphate cytidylyltransferase OS=Arabidopsis thaliana OX=3702 GN=PECT1 PE=1 SV=1)

HSP 1 Score: 672.2 bits (1733), Expect = 4.0e-192
Identity = 330/415 (79.52%), Postives = 364/415 (87.71%), Query Frame = 0


Query: 28  RFVATCLIGGAVVGISLLGLHLGVPDQPSLRI-------WR--RKKKPVRVYMDGCFDMM 87
           + V +C++GGA   +    LHL +  +  L +       WR  RK+KPVRVYMDGCFDMM
Sbjct: 7   KIVGSCIVGGAAFAVGASFLHLFLKGELPLGLGLGLSCPWRILRKRKPVRVYMDGCFDMM 66

Query: 88  HYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWVDEVIPDAP 147
           HYGHCNALRQARALGDQLVVGVVSD EIIANKGPPVTPL+ERM MV AVKWVDEVI DAP
Sbjct: 67  HYGHCNALRQARALGDQLVVGVVSDEEIIANKGPPVTPLHERMTMVKAVKWVDEVISDAP 126

Query: 148 YAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGVSSTDIV 207
           YAITEDFM+KLFDEY+IDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGVSSTDIV
Sbjct: 127 YAITEDFMKKLFDEYQIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGVSSTDIV 186

Query: 208 GRMLLCVRERSISDNQNHSSLQRQFSHGHSQ-KLDDGGSGSGTRISHFLPTSRRIVQFSN 267
           GRMLLCVRERSISD  + SSLQRQFSHGHS  K +DG S +GTR+SHFLPTSRRIVQFSN
Sbjct: 187 GRMLLCVRERSISDTHSRSSLQRQFSHGHSSPKFEDGASSAGTRVSHFLPTSRRIVQFSN 246

Query: 268 GKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIHTDLTVSAYRGAHRPIMN 327
           GKGPGPDARI+YIDGAFDLFHAGHVEIL+ AR +GDFLLVGIH D TVSA RGAHRPIMN
Sbjct: 247 GKGPGPDARIIYIDGAFDLFHAGHVEILRRARELGDFLLVGIHNDQTVSAKRGAHRPIMN 306

Query: 328 LHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKRECNPYAVP 387
           LHERSLSVLACRYVDEVIIGAPWEVS+D ITTF+ISLVVHGTVAE +DF+K E NPY+VP
Sbjct: 307 LHERSLSVLACRYVDEVIIGAPWEVSRDTITTFDISLVVHGTVAESDDFRKEEDNPYSVP 366

Query: 388 ISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERRYYEDKTYILGD 433
           ISMGIF++LDSPLDITT+TIIRRIV+NHEAYQ+RN KK   E++YYE K+++ GD
Sbjct: 367 ISMGIFQVLDSPLDITTSTIIRRIVANHEAYQKRNAKKEASEKKYYEQKSFVSGD 421

[Close]

BLAST of Lag0027371 vs. ExPASy Swiss-Prot
Match: Q55BZ4 (Ethanolamine-phosphate cytidylyltransferase OS=Dictyostelium discoideum OX=44689 GN=pctA PE=1 SV=1)

HSP 1 Score: 350.9 bits (899), Expect = 2.1e-95
Identity = 181/361 (50.14%), Postives = 241/361 (66.76%), Query Frame = 0


Query: 64  KKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIM 123
           KKP+RVY+DGCFD+MH+GH NALRQAR LGD LVVGV +D EI  NKGPPV    ER   
Sbjct: 7   KKPIRVYVDGCFDLMHFGHANALRQARELGDILVVGVHTDEEIAKNKGPPVMNEQERYKA 66

Query: 124 VNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRY 183
           V A KW DEV   APY +TE+++    D    D+ +HG+D  V  DG D Y   KK+G++
Sbjct: 67  VRACKWADEVAEGAPYTLTEEYL----DSLNCDFCVHGEDISVGADGKDVYEGIKKSGKF 126

Query: 184 KQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGTRIS 243
           + IKRTEGVS+T++VGRMLLC ++      QN S  Q     G +  +    S   T +S
Sbjct: 127 RFIKRTEGVSTTELVGRMLLCTKDHL----QNVSGEQTSPLGGVNPNVLHKQS-PYTSLS 186

Query: 244 HFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIHTDL 303
           HFLPT+R+IVQFS G+ P P+ +I+Y+DG FDLFH GH E LK AR +GD+L+VG+H D 
Sbjct: 187 HFLPTTRKIVQFSEGRSPKPNDKIIYMDGGFDLFHVGHTEALKQARALGDYLIVGVHDDR 246

Query: 304 TVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEI 363
            V   +G++ PIMNLHER LSVL+CRYVDEV+IGAP+ V+KDMI + +I++VVHG   ++
Sbjct: 247 VVHEQKGSNFPIMNLHERVLSVLSCRYVDEVVIGAPFSVTKDMIDSLHINVVVHGD-DQV 306

Query: 364 NDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERRYY 423
               +   +PY +P  +GI+K +     +T T I++RI+ N   Y+ RN KK   E  + 
Sbjct: 307 VLGPEGGVDPYKLPRELGIYKEVKHTEGLTATEIVKRIIDNRLQYEARNRKKEAKEINFI 357

Query: 424 E 425
           E
Sbjct: 367 E 357

[Close]

BLAST of Lag0027371 vs. ExPASy Swiss-Prot
Match: Q5EA75 (Ethanolamine-phosphate cytidylyltransferase OS=Bos taurus OX=9913 GN=PCYT2 PE=2 SV=1)

HSP 1 Score: 335.5 bits (859), Expect = 8.9e-91
Identity = 171/365 (46.85%), Postives = 238/365 (65.21%), Query Frame = 0


Query: 62  RKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERM 121
           R ++ VRV+ DGC+DM+HYGH N LRQARA+GD L+VGV +D EI  +KGPPV    ER 
Sbjct: 18  RARRAVRVWCDGCYDMVHYGHSNQLRQARAMGDHLIVGVHTDEEIAKHKGPPVFTQEERY 77

Query: 122 IMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAG 181
            MV A+KWVDEV+P APY  T + +    D+Y  D+ +HG+D  +  DG D Y   K+AG
Sbjct: 78  KMVQAIKWVDEVVPAAPYVTTLETL----DKYNCDFCVHGNDITLTVDGRDTYEEVKQAG 137

Query: 182 RYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGTR 241
           RY++ KRT+GVS+TD+VGRMLL  +    S  Q  SS  R+++    +    GG    T 
Sbjct: 138 RYRECKRTQGVSTTDLVGRMLLVTKAHHSS--QEMSSEYREYADSFGK--CPGGRNPWTG 197

Query: 242 ISHFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGD--FLLVGI 301
           +S FL TS++I+QF++GK P P   ++Y+ GAFDLFH GHV+ L+   G+ +  +++ G+
Sbjct: 198 VSQFLQTSQKIIQFASGKEPQPGETVIYVAGAFDLFHIGHVDFLEKVYGLAERPYVIAGL 257

Query: 302 HTDLTVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGT 361
           H D  V+ Y+G + PIMNLHER+LSVLACRYV EV+IGAP+ V+ +++  F + LV HG 
Sbjct: 258 HFDQEVNHYKGKNYPIMNLHERTLSVLACRYVSEVVIGAPYSVTAELLDHFKVDLVCHGK 317

Query: 362 VAEINDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGE 421
              + D  K   +PY  P   GIF  +DS  D+TT  I++RI+ N   Y+ RN+KK   E
Sbjct: 318 TEVVPD--KDGSDPYEEPKRRGIFCQVDSGNDLTTDLIVQRIIKNRLEYEARNQKKEAKE 372

Query: 422 RRYYE 425
             + E
Sbjct: 378 LAFQE 372

[Close]

BLAST of Lag0027371 vs. ExPASy Swiss-Prot
Match: Q99447 (Ethanolamine-phosphate cytidylyltransferase OS=Homo sapiens OX=9606 GN=PCYT2 PE=1 SV=1)

HSP 1 Score: 331.6 bits (849), Expect = 1.3e-89
Identity = 168/363 (46.28%), Postives = 239/363 (65.84%), Query Frame = 0


Query: 64  KKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIM 123
           ++ VRV+ DGC+DM+HYGH N LRQARA+GD L+VGV +D EI  +KGPPV    ER  M
Sbjct: 20  RRAVRVWCDGCYDMVHYGHSNQLRQARAMGDYLIVGVHTDEEIAKHKGPPVFTQEERYKM 79

Query: 124 VNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRY 183
           V A+KWVDEV+P APY  T + +    D+Y  D+ +HG+D  +  DG D Y   K+AGRY
Sbjct: 80  VQAIKWVDEVVPAAPYVTTLETL----DKYNCDFCVHGNDITLTVDGRDTYEEVKQAGRY 139

Query: 184 KQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGTRIS 243
           ++ KRT+GVS+TD+VGRMLL  +    S  Q  SS  R+++    +    GG    T +S
Sbjct: 140 RECKRTQGVSTTDLVGRMLLVTKAHHSS--QEMSSEYREYADSFGK--CPGGRNPWTGVS 199

Query: 244 HFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGD--FLLVGIHT 303
            FL TS++I+QF++GK P P   ++Y+ GAFDLFH GHV+ L+    + +  +++ G+H 
Sbjct: 200 QFLQTSQKIIQFASGKEPQPGETVIYVAGAFDLFHIGHVDFLEKVHRLAERPYIIAGLHF 259

Query: 304 DLTVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVA 363
           D  V+ Y+G + PIMNLHER+LSVLACRYV EV+IGAP+ V+ ++++ F + LV HG   
Sbjct: 260 DQEVNHYKGKNYPIMNLHERTLSVLACRYVSEVVIGAPYAVTAELLSHFKVDLVCHGKTE 319

Query: 364 EINDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERR 423
            I D  +   +PY  P   GIF+ +DS  ++TT  I++RI++N   Y+ RN+KK   E  
Sbjct: 320 IIPD--RDGSDPYQEPKRRGIFRQIDSGSNLTTDLIVQRIITNRLEYEARNQKKEAKELA 372

Query: 424 YYE 425
           + E
Sbjct: 380 FLE 372

[Close]

BLAST of Lag0027371 vs. ExPASy Swiss-Prot
Match: O88637 (Ethanolamine-phosphate cytidylyltransferase OS=Rattus norvegicus OX=10116 GN=Pcyt2 PE=1 SV=1)

HSP 1 Score: 324.7 bits (831), Expect = 1.6e-87
Identity = 170/379 (44.85%), Postives = 236/379 (62.27%), Query Frame = 0


Query: 64  KKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIM 123
           ++ VRV+ DGC+DM+HYGH N LRQARA+GD L+VGV +D EI  +KGPPV    ER  M
Sbjct: 20  QRTVRVWCDGCYDMVHYGHSNQLRQARAMGDYLIVGVHTDEEIAKHKGPPVFTQEERYKM 79

Query: 124 VNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRY 183
           V A+KWVDEV+P APY  T + +    D++  D+ +HG+D  +  DG D Y   K+AGRY
Sbjct: 80  VQAIKWVDEVVPAAPYVTTLETL----DKHNCDFCVHGNDITLTVDGRDTYEEVKQAGRY 139

Query: 184 KQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHG-----HSQKLDD----- 243
           ++ KRT+GVS+TD+VGRMLL  +    S  Q  SS  R+++       H     D     
Sbjct: 140 RECKRTQGVSTTDLVGRMLLVTKAHHSS--QEMSSEYREYADSFGKPPHPTPAGDTLSSE 199

Query: 244 ------GGSGSGTRISHFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILK- 303
                 GG    T +S FL TS++I+QF++GK P P   ++Y+ GAFDLFH GHV+ L+ 
Sbjct: 200 VSSQCPGGQSPWTGVSQFLQTSQKIIQFASGKEPQPGETVIYVAGAFDLFHIGHVDFLQE 259

Query: 304 -HARGMGDFLLVGIHTDLTVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKD 363
            H      +++ G+H D  V+ Y+G + PIMNLHER+LSVLACRYV EV+IGAP+ V+ +
Sbjct: 260 VHKLAKRPYVIAGLHFDQEVNRYKGKNYPIMNLHERTLSVLACRYVSEVVIGAPYSVTAE 319

Query: 364 MITTFNISLVVHGTVAEINDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNH 423
           ++  F + LV HG    + D  +   +PY  P   GIF  +DS  D+TT  I++RI+ N 
Sbjct: 320 LLNHFKVDLVCHGKTEIVPD--RDGSDPYEEPKRRGIFCQIDSGSDLTTDLIVQRIIKNR 379

Query: 424 EAYQRRNEKKANGERRYYE 425
             Y+ RN+KK   E  + E
Sbjct: 380 LEYEARNQKKEAKELAFLE 390

[Close]

BLAST of Lag0027371 vs. ExPASy TrEMBL
Match: A0A0A0LD74 (CTP:phosphoethanolamine cytidylyltransferase OS=Cucumis sativus OX=3659 GN=Csa_3G727900 PE=3 SV=1)

HSP 1 Score: 839.7 bits (2168), Expect = 5.4e-240
Identity = 408/432 (94.44%), Postives = 419/432 (96.99%), Query Frame = 0


Query: 1   MKGARTETGTGSMDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIW 60
           MKGART T TGS+D DAGP ENTQRW RFVATCLIGG V+GIS+LGLH G P QPSLRIW
Sbjct: 1   MKGARTGT-TGSVDLDAGPSENTQRWARFVATCLIGGLVIGISVLGLHFGAPHQPSLRIW 60

Query: 61  RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNER 120
           RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSD+EIIANKGPPVTPLNER
Sbjct: 61  RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDSEIIANKGPPVTPLNER 120

Query: 121 MIMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA 180
           MIMVNAVKWVDEVIP+APYAITE+FMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA
Sbjct: 121 MIMVNAVKWVDEVIPNAPYAITEEFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA 180

Query: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGT 240
           GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSG+GT
Sbjct: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGTGT 240

Query: 241 RISHFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIH 300
           R+SHFLPTSRRIVQFSNGKGPGPDARI+YIDGAFDLFHAGHVEILKHAR MGDFLLVGIH
Sbjct: 241 RVSHFLPTSRRIVQFSNGKGPGPDARIIYIDGAFDLFHAGHVEILKHARSMGDFLLVGIH 300

Query: 301 TDLTVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV 360
           TDLTVSA RGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV
Sbjct: 301 TDLTVSANRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV 360

Query: 361 AEINDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGER 420
           AEINDFQKR+CNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ER
Sbjct: 361 AEINDFQKRDCNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSER 420

Query: 421 RYYEDKTYILGD 433
           RYYEDK YILGD
Sbjct: 421 RYYEDKAYILGD 431

[Close]

BLAST of Lag0027371 vs. ExPASy TrEMBL
Match: A0A1S3B4W8 (CTP:phosphoethanolamine cytidylyltransferase OS=Cucumis melo OX=3656 GN=LOC103486215 PE=3 SV=1)

HSP 1 Score: 833.6 bits (2152), Expect = 3.9e-238
Identity = 403/432 (93.29%), Postives = 416/432 (96.30%), Query Frame = 0


Query: 1   MKGARTETGTGSMDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIW 60
           MKGAR  TGTGS+D DA P ENTQRW RFVATCLIGG V+GIS+LGLH G P QPSLRIW
Sbjct: 1   MKGAR--TGTGSVDLDADPSENTQRWARFVATCLIGGLVIGISVLGLHFGAPHQPSLRIW 60

Query: 61  RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNER 120
           RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSD+EI ANKGPPVTPLNER
Sbjct: 61  RRKKKPVRVYMDGCFDMMHYGHCNALRQARALGDQLVVGVVSDSEITANKGPPVTPLNER 120

Query: 121 MIMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA 180
           MIMVNAVKWVDEVIP+APYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA
Sbjct: 121 MIMVNAVKWVDEVIPNAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKA 180

Query: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGT 240
           GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQK DDGGSG+GT
Sbjct: 181 GRYKQIKRTEGVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKFDDGGSGTGT 240

Query: 241 RISHFLPTSRRIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIH 300
           R+SHFLPTSRRIVQFSNGKGPGPDARI+YIDGAFDLFHAGHVEILKHAR MGDFLLVGIH
Sbjct: 241 RVSHFLPTSRRIVQFSNGKGPGPDARIIYIDGAFDLFHAGHVEILKHARSMGDFLLVGIH 300

Query: 301 TDLTVSAYRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV 360
           TDLTVSA RGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV
Sbjct: 301 TDLTVSANRGAHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTV 360

Query: 361 AEINDFQKRECNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGER 420
           AE+NDFQKR+CNPYAVPI+MGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ER
Sbjct: 361 AEVNDFQKRDCNPYAVPINMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSER 420

Query: 421 RYYEDKTYILGD 433
           RYYEDK Y+LGD
Sbjct: 421 RYYEDKAYVLGD 430

[Close]

BLAST of Lag0027371 vs. ExPASy TrEMBL
Match: A0A6J1DSL8 (CTP:phosphoethanolamine cytidylyltransferase OS=Momordica charantia OX=3673 GN=LOC111024012 PE=3 SV=1)

HSP 1 Score: 828.9 bits (2140), Expect = 9.5e-237
Identity = 399/420 (95.00%), Postives = 409/420 (97.38%), Query Frame = 0


Query: 13  MDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIWRRKKKPVRVYMD 72
           M+PDAGP ENTQRW RFVATCLIGGAV+GISLLGLHLGVP QPS+R+WRRKKKPVRVYMD
Sbjct: 1   MNPDAGPSENTQRWARFVATCLIGGAVIGISLLGLHLGVPHQPSMRVWRRKKKPVRVYMD 60

Query: 73  GCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWVDE 132
           GCFDMMHYGHCNALRQARALGDQLVVGVVSDAEI ANKGPPVTPL ERMIMVNAVKWVDE
Sbjct: 61  GCFDMMHYGHCNALRQARALGDQLVVGVVSDAEITANKGPPVTPLKERMIMVNAVKWVDE 120

Query: 133 VIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGV 192
           VIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGV
Sbjct: 121 VIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGV 180

Query: 193 SSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGTRISHFLPTSRRI 252
           SSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQK +DGGSGSGTR+SHFLPTSRRI
Sbjct: 181 SSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKFEDGGSGSGTRVSHFLPTSRRI 240

Query: 253 VQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIHTDLTVSAYRGAH 312
           VQFSN KGPGPDARI+YIDGAFDLFHAGHVEILKHAR MGDFLLVGIHTDLTVSA RGAH
Sbjct: 241 VQFSNEKGPGPDARIIYIDGAFDLFHAGHVEILKHARSMGDFLLVGIHTDLTVSANRGAH 300

Query: 313 RPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKRECN 372
           RPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHG++AEINDFQKRECN
Sbjct: 301 RPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGSIAEINDFQKRECN 360

Query: 373 PYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERRYYEDKTYILGD 432
           PYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ERRYYEDKTYIL D
Sbjct: 361 PYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSERRYYEDKTYILAD 420

[Close]

BLAST of Lag0027371 vs. ExPASy TrEMBL
Match: A0A6J1F868 (CTP:phosphoethanolamine cytidylyltransferase OS=Cucurbita moschata OX=3662 GN=LOC111442987 PE=3 SV=1)

HSP 1 Score: 820.5 bits (2118), Expect = 3.4e-234
Identity = 396/422 (93.84%), Postives = 406/422 (96.21%), Query Frame = 0


Query: 11  GSMDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIWRRKKKPVRVY 70
           GSMDPDAG  EN QRW RF+ATCLIGG V+G+SLLGLHLG+P QPSL+IWRRKKKPVRVY
Sbjct: 6   GSMDPDAGSSENAQRWARFIATCLIGGTVIGVSLLGLHLGIPHQPSLKIWRRKKKPVRVY 65

Query: 71  MDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWV 130
           MDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWV
Sbjct: 66  MDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWV 125

Query: 131 DEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTE 190
           DEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTE
Sbjct: 126 DEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTE 185

Query: 191 GVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGTRISHFLPTSR 250
           GVSSTDIVGRMLLCVRERSISD QNHSSLQRQFSHGHSQKLDD GS SGTR+SHFLPTSR
Sbjct: 186 GVSSTDIVGRMLLCVRERSISDTQNHSSLQRQFSHGHSQKLDDSGSRSGTRVSHFLPTSR 245

Query: 251 RIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIHTDLTVSAYRG 310
           RIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHAR MGDFLLVGIHTDL VSA RG
Sbjct: 246 RIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARAMGDFLLVGIHTDLNVSANRG 305

Query: 311 AHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKRE 370
           AHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQK+E
Sbjct: 306 AHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKKE 365

Query: 371 CNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERRYYEDKTYIL 430
            NPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ERRYY+DK Y+ 
Sbjct: 366 GNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSERRYYDDKAYVS 425

Query: 431 GD 433
           GD
Sbjct: 426 GD 427

[Close]

BLAST of Lag0027371 vs. ExPASy TrEMBL
Match: A0A6J1I6H0 (CTP:phosphoethanolamine cytidylyltransferase OS=Cucurbita maxima OX=3661 GN=LOC111470071 PE=3 SV=1)

HSP 1 Score: 820.1 bits (2117), Expect = 4.4e-234
Identity = 396/422 (93.84%), Postives = 407/422 (96.45%), Query Frame = 0


Query: 11  GSMDPDAGPLENTQRWVRFVATCLIGGAVVGISLLGLHLGVPDQPSLRIWRRKKKPVRVY 70
           GSMDPDAG  EN QRW RF+ATCLIGG V+G+SLLGLHLG+P QPSL+IWRRKKKPVRVY
Sbjct: 6   GSMDPDAGSSENAQRWARFIATCLIGGTVIGVSLLGLHLGIPHQPSLKIWRRKKKPVRVY 65

Query: 71  MDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWV 130
           MDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMV+AVKWV
Sbjct: 66  MDGCFDMMHYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVSAVKWV 125

Query: 131 DEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTE 190
           DEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTE
Sbjct: 126 DEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTE 185

Query: 191 GVSSTDIVGRMLLCVRERSISDNQNHSSLQRQFSHGHSQKLDDGGSGSGTRISHFLPTSR 250
           GVSSTDIVGRMLLCVRERSISD QNHSSLQRQFSHGHSQKLDD GS +GTR+SHFLPTSR
Sbjct: 186 GVSSTDIVGRMLLCVRERSISDTQNHSSLQRQFSHGHSQKLDDSGSRNGTRVSHFLPTSR 245

Query: 251 RIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIHTDLTVSAYRG 310
           RIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHAR MGDFLLVGIHTDL VSA RG
Sbjct: 246 RIVQFSNGKGPGPDARIVYIDGAFDLFHAGHVEILKHARAMGDFLLVGIHTDLNVSANRG 305

Query: 311 AHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKRE 370
           AHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQK+E
Sbjct: 306 AHRPIMNLHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKKE 365

Query: 371 CNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERRYYEDKTYIL 430
            NPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQ+RNEKKAN ERRYY+DK YIL
Sbjct: 366 GNPYAVPISMGIFKILDSPLDITTTTIIRRIVSNHEAYQKRNEKKANSERRYYDDKAYIL 425

Query: 431 GD 433
           GD
Sbjct: 426 GD 427

[Close]

BLAST of Lag0027371 vs. TAIR 10
Match: AT2G38670.1 (phosphorylethanolamine cytidylyltransferase 1 )

HSP 1 Score: 672.2 bits (1733), Expect = 2.9e-193
Identity = 330/415 (79.52%), Postives = 364/415 (87.71%), Query Frame = 0


Query: 28  RFVATCLIGGAVVGISLLGLHLGVPDQPSLRI-------WR--RKKKPVRVYMDGCFDMM 87
           + V +C++GGA   +    LHL +  +  L +       WR  RK+KPVRVYMDGCFDMM
Sbjct: 7   KIVGSCIVGGAAFAVGASFLHLFLKGELPLGLGLGLSCPWRILRKRKPVRVYMDGCFDMM 66

Query: 88  HYGHCNALRQARALGDQLVVGVVSDAEIIANKGPPVTPLNERMIMVNAVKWVDEVIPDAP 147
           HYGHCNALRQARALGDQLVVGVVSD EIIANKGPPVTPL+ERM MV AVKWVDEVI DAP
Sbjct: 67  HYGHCNALRQARALGDQLVVGVVSDEEIIANKGPPVTPLHERMTMVKAVKWVDEVISDAP 126

Query: 148 YAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGVSSTDIV 207
           YAITEDFM+KLFDEY+IDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGVSSTDIV
Sbjct: 127 YAITEDFMKKLFDEYQIDYIIHGDDPCVLPDGTDAYALAKKAGRYKQIKRTEGVSSTDIV 186

Query: 208 GRMLLCVRERSISDNQNHSSLQRQFSHGHSQ-KLDDGGSGSGTRISHFLPTSRRIVQFSN 267
           GRMLLCVRERSISD  + SSLQRQFSHGHS  K +DG S +GTR+SHFLPTSRRIVQFSN
Sbjct: 187 GRMLLCVRERSISDTHSRSSLQRQFSHGHSSPKFEDGASSAGTRVSHFLPTSRRIVQFSN 246

Query: 268 GKGPGPDARIVYIDGAFDLFHAGHVEILKHARGMGDFLLVGIHTDLTVSAYRGAHRPIMN 327
           GKGPGPDARI+YIDGAFDLFHAGHVEIL+ AR +GDFLLVGIH D TVSA RGAHRPIMN
Sbjct: 247 GKGPGPDARIIYIDGAFDLFHAGHVEILRRARELGDFLLVGIHNDQTVSAKRGAHRPIMN 306

Query: 328 LHERSLSVLACRYVDEVIIGAPWEVSKDMITTFNISLVVHGTVAEINDFQKRECNPYAVP 387
           LHERSLSVLACRYVDEVIIGAPWEVS+D ITTF+ISLVVHGTVAE +DF+K E NPY+VP
Sbjct: 307 LHERSLSVLACRYVDEVIIGAPWEVSRDTITTFDISLVVHGTVAESDDFRKEEDNPYSVP 366

Query: 388 ISMGIFKILDSPLDITTTTIIRRIVSNHEAYQRRNEKKANGERRYYEDKTYILGD 433
           ISMGIF++LDSPLDITT+TIIRRIV+NHEAYQ+RN KK   E++YYE K+++ GD
Sbjct: 367 ISMGIFQVLDSPLDITTSTIIRRIVANHEAYQKRNAKKEASEKKYYEQKSFVSGD 421

[Close]

BLAST of Lag0027371 vs. TAIR 10
Match: AT2G32260.1 (phosphorylcholine cytidylyltransferase )

HSP 1 Score: 114.0 bits (284), Expect = 3.0e-25
Identity = 57/143 (39.86%), Postives = 84/143 (58.74%), Query Frame = 0


Query: 65  KPVRVYMDGCFDMMHYGHCNALRQARAL---GDQLVVGVVSDAEIIANKGPPVTPLNERM 124
           +PVRVY DG +D+ H+GH  +L QA+        L+VG  +D      KG  V    ER 
Sbjct: 33  RPVRVYADGIYDLFHFGHARSLEQAKLAFPNNTYLLVGCCNDETTHKYKGRTVMTAEERY 92

Query: 125 IMVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPDGT--DAYALAKK 184
             +   KWVDEVIPDAP+ + ++F+    D+++IDY+ H   P     G   D Y   KK
Sbjct: 93  ESLRHCKWVDEVIPDAPWVVNQEFL----DKHQIDYVAHDSLPYADSSGAGKDVYEFVKK 152

Query: 185 AGRYKQIKRTEGVSSTDIVGRML 203
            GR+K+ +RTEG+S++DI+ R++
Sbjct: 153 VGRFKETQRTEGISTSDIIMRIV 171

[Close]

BLAST of Lag0027371 vs. TAIR 10
Match: AT4G15130.1 (phosphorylcholine cytidylyltransferase2 )

HSP 1 Score: 113.6 bits (283), Expect = 3.9e-25
Identity = 59/142 (41.55%), Postives = 84/142 (59.15%), Query Frame = 0


Query: 65  KPVRVYMDGCFDMMHYGHCNALRQARAL--GDQLVVGVVSDAEIIANKGPPVTPLNERMI 124
           +PVRVY DG FD+ H+GH  A+ QA+       L+VG  +D      KG  V   +ER  
Sbjct: 19  RPVRVYADGIFDLFHFGHARAIEQAKKSFPNTYLLVGCCNDEITNKFKGKTVMTESERYE 78

Query: 125 MVNAVKWVDEVIPDAPYAITEDFMRKLFDEYKIDYIIHGDDPCVLPD--GTDAYALAKKA 184
            +   KWVDEVIPDAP+ +T +F+    D++KIDY+ H   P       G D Y   K  
Sbjct: 79  SLRHCKWVDEVIPDAPWVLTTEFL----DKHKIDYVAHDALPYADTSGAGNDVYEFVKSI 138

Query: 185 GRYKQIKRTEGVSSTDIVGRML 203
           G++K+ KRTEG+S++DI+ R++
Sbjct: 139 GKFKETKRTEGISTSDIIMRIV 156

The following BLAST results are available for this feature:

BLAST of Lag0027371 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_004137664.1	1.1e-239	94.44	ethanolamine-phosphate cytidylyltransferase [Cucumis sativus] >KGN58672.1 hypoth...	[more]
XP_038903702.1	4.2e-239	93.98	ethanolamine-phosphate cytidylyltransferase isoform X1 [Benincasa hispida]	[more]
XP_008442303.1	8.0e-238	93.29	PREDICTED: ethanolamine-phosphate cytidylyltransferase isoform X2 [Cucumis melo]	[more]
XP_022157260.1	2.0e-236	95.00	ethanolamine-phosphate cytidylyltransferase isoform X1 [Momordica charantia]	[more]
XP_022936342.1	7.0e-234	93.84	ethanolamine-phosphate cytidylyltransferase [Cucurbita moschata] >KAG7027845.1 E...	[more]

BLAST of Lag0027371 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9ZVI9	4.0e-192	79.52	Ethanolamine-phosphate cytidylyltransferase OS=Arabidopsis thaliana OX=3702 GN=P...	[more]
Q55BZ4	2.1e-95	50.14	Ethanolamine-phosphate cytidylyltransferase OS=Dictyostelium discoideum OX=44689...	[more]
Q5EA75	8.9e-91	46.85	Ethanolamine-phosphate cytidylyltransferase OS=Bos taurus OX=9913 GN=PCYT2 PE=2 ...	[more]
Q99447	1.3e-89	46.28	Ethanolamine-phosphate cytidylyltransferase OS=Homo sapiens OX=9606 GN=PCYT2 PE=...	[more]
O88637	1.6e-87	44.85	Ethanolamine-phosphate cytidylyltransferase OS=Rattus norvegicus OX=10116 GN=Pcy...	[more]

BLAST of Lag0027371 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LD74	5.4e-240	94.44	CTP:phosphoethanolamine cytidylyltransferase OS=Cucumis sativus OX=3659 GN=Csa_3...	[more]
A0A1S3B4W8	3.9e-238	93.29	CTP:phosphoethanolamine cytidylyltransferase OS=Cucumis melo OX=3656 GN=LOC10348...	[more]
A0A6J1DSL8	9.5e-237	95.00	CTP:phosphoethanolamine cytidylyltransferase OS=Momordica charantia OX=3673 GN=L...	[more]
A0A6J1F868	3.4e-234	93.84	CTP:phosphoethanolamine cytidylyltransferase OS=Cucurbita moschata OX=3662 GN=LO...	[more]
A0A6J1I6H0	4.4e-234	93.84	CTP:phosphoethanolamine cytidylyltransferase OS=Cucurbita maxima OX=3661 GN=LOC1...	[more]

BLAST of Lag0027371 vs. TAIR 10


Match Name	E-value	Identity	Description
AT2G38670.1	2.9e-193	79.52	phosphorylethanolamine cytidylyltransferase 1	[more]
AT2G32260.1	3.0e-25	39.86	phosphorylcholine cytidylyltransferase	[more]
AT4G15130.1	3.9e-25	41.55	phosphorylcholine cytidylyltransferase2	[more]

InterPro

Analysis Name: InterPro Annotations of Sponge gourd (AG-4) v1
Date Performed: 2022-08-01

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR004821	Cytidyltransferase-like domain	PFAM	PF01467	CTP_transf_like	coord: 269..359 e-value: 2.2E-14 score: 53.8 coord: 70..198 e-value: 1.5E-25 score: 90.1
IPR004821	Cytidyltransferase-like domain	TIGRFAM	TIGR00125	TIGR00125	coord: 267..334 e-value: 6.0E-16 score: 56.4 coord: 68..133 e-value: 1.0E-18 score: 65.2
IPR014729	Rossmann-like alpha/beta/alpha sandwich fold	GENE3D	3.40.50.620	HUPs	coord: 57..236 e-value: 1.8E-56 score: 193.1
IPR014729	Rossmann-like alpha/beta/alpha sandwich fold	GENE3D	3.40.50.620	HUPs	coord: 240..408 e-value: 3.4E-54 score: 185.0
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 215..237
None	No IPR available	PANTHER	PTHR45780:SF6	SUBFAMILY NOT NAMED	coord: 26..431
None	No IPR available	CDD	cd02173	ECT	coord: 264..415 e-value: 3.50897E-73 score: 224.446
None	No IPR available	SUPERFAMILY	52374	Nucleotidylyl transferase	coord: 68..201
None	No IPR available	SUPERFAMILY	52374	Nucleotidylyl transferase	coord: 266..401
IPR044608	Ethanolamine-phosphate cytidylyltransferase	PANTHER	PTHR45780	ETHANOLAMINE-PHOSPHATE CYTIDYLYLTRANSFERASE	coord: 26..431
IPR041723	CTP:phosphocholine cytidylyltransferase domain	CDD	cd02174	CCT	coord: 65..212 e-value: 1.81007E-81 score: 245.555

Relationships

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


Feature Name	Unique Name	Type
Lag0027371.1	Lag0027371.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006646	phosphatidylethanolamine biosynthetic process
biological_process	GO:0009058	biosynthetic process
cellular_component	GO:0016021	integral component of membrane
molecular_function	GO:0004306	ethanolamine-phosphate cytidylyltransferase activity
molecular_function	GO:0003824	catalytic activity