ClCG11G009130 (gene) Watermelon (Charleston Gray) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	ClCG11G009130
Type	gene
Organism	Citrullus lanatus (Watermelon (Charleston Gray))
Description	Lecithin:cholesterol acyltransferase family protein
Location	CG_Chr11 : 14510276 .. 14537057 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRpolypeptideCDSthree_prime_UTR

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

AAAAAAAAAAAAACAACAGTACGAGGACCTTCTAAAATCATTTCCCTCTTCCACTTTCTTCTTCATTCTTCAACCCGTCTCCTTCTCAGAGCTTCCATTAGGCAGCATCGAATCACACAGCCTCCTTCAACTCAGCTGAACAGAAGCTTACTTCACTTCTGGGAGCAATGGTTGGAGCAGGAGGCTTTCTCCCTCTTCATTGTTTCTGGTCCCGGAAGTCCGAACCCGAACCCGAACCCGAACCTGATCGCGACCCGGTCCTGCTCGTCACCGGCATTGGGGGCTCCATTCTTCACGCCAAGAACAAGAAACTGTTCGGCTTAGAGACCCGTGTGTGGGTGCGGATCTTCTTGTCCGACCTAATGTTTCGTGAGAAGCTCATTTCCCTCTACAATCCCGACACAGGTCCTTACTCATTCCCCTTCCAATCCCAATCCTAATTCTCTGTGTCTTTGTTTCATTTCATAGCTTTTAGTTTTGAGCGTTTGGTTGCTGCTATGGAAGTGATGGAATCTAGATGGTTTTAGATTATTCCATTTGCACGTGTTTTGGGGCTTCTTTTTAGGGTGGGTGAAGTTTGGGAGCACTTTTTTCTTCTTTTTATTAAAAGGAAAGTGTTTTAATGTGCTTACTTACGTTATGCTTTCATAAATTTTTATTTTGTTGCACTCAATCCAGTCCAAAAGTGATTCTATTCATCATTATTTTTTTTCCTCTTATTTTCTTAAAAGGGAATTTAATCAAATTTTCCTGTTACACTATAGTAAAAAATAAGTGATTCTATTAATCACAAATTTGTTTTTTTCCCCTTAAGATTCTTGGTAAACACTTTTTTTCCCCTTCTTCTTTTAAATGTTTTAAAATCAATATGATTCTTTTTTTTTAAAAAATAAACTAATGCATAAAAAATGGAAAAAAAACATTTAGTTGTCAATAATTTCTTATTGAGCACCATTCTGTTTACCAAGTCAAACTGCTGGTAGGATAATGAAAGAAACCAGATAATAGAACTTGGAAATTATATTGAAATATCAATAGGAAAATAAAGCAAGATACTTCCCAGTGTTTCAACTTTCAAGATACCCTCTTCTAAAAACTCAAGACTAAAGCTAAACCACTACAGAATCCCCTTCTATTTTTAGCAAACTCTTAATACCTTATCTTGCCCATTACTGAACAGAGAAGTCTTAAAATATTATTCATTAGGTTACCCGAAATGATGCTTTTTTTCAAAATTTTTAATTTTTAAAAATTTATTTTATATATATATATCAAGGCTGTTTTCTAATATAGGAAATGAACCAAAATATTTACAAATATAGCAAAATTTCACTGTCTATTTGCGATAGATTGTGATAGACTACTATCTATGTCTATCTGTGTCATGATAGACACAACATATCTAAAATTTGTAGTCTATCCGGATCTATTGGAAACTGTGATATTTTGCTATTATTTGTAACTATTTTCTGCAGTTTTGTCATTTAAAATAATTTTTCATATATATATTTACACTACTATTAGTCATGAGTGATGACAATGTGTTGTTCCTTCCCTGGTTCAAATAGGAAGTGGTTGCATTAATTTGCAGTGAAATTCTTGTAATATTCAGATCTGGGGTTTTAACTACAAGATCAGCCTTCATCAAACTCACTGAAACTTCCCAAAAGCTTAAAACCCCTCTGATTGATATAATATGGAAGTTTAATGTTCCCAAGAAGATCAAAGTTTTTCTTTGGAGTTTGGCTTATAAAATATTGAACAAAAACGAAAGAGTTTGCTAACTGGAGCCTTTCACCTTCGGCAAGTAGCTTGTGCTTCAGAGAAGAAGAAAATATTGATCATTTATTTATCCAGTGCCCTTCTGCTTCAGGTGGTTGGAATCTTCTTTTAAATACTTGTTGTTTGCCTTTGTGTTTGCCAAATTCTGTGATGAAGTGGATTTTTGAAGCATTAAATGGTCGGAACCTTAATGGAAAAATTGAGGCTTTGTGGAAAATTGCGGTTCAAGCTTACCTTTGGGAAGTTTGGAGGGAAGGGAATCGGAGGGTCTTGAAGATATGTCTGATACGTCTTACACTTTATTTATTTATTTTTTAAGAAATGAATTCAACTATGAAATTATCCAAAGAGATAAAAAATTGGTCCCATTCAAAGGGAATACAAAAGATGTCTCCAATTTGCATCAAGGAAATTTAAACTATGACTTTTGAGGGGTTGTAAACTTTTACACCAAAAGAGAGCATTGAAAATATATAACTCTAAAACATCCCTTTAAGATCTTTCTTTACCTTGGAAAATTCTTGCATATCTTTCCTCCCAAATCTTCCATAAAACAACTCAAACCATGATGGACCATATGGGGGTGTTAGGTCTCCCAATTTCAAGTTGGTGGAGTTGGTTATTATAGCCCACTTCATGTTTGGGGCACCGACTATAATAGTTGTGTTTACAACTATTTATTACATACATTAAATACTATTTCAAAACCCTCTTAGCTATAGTATTTACTATTTTCCACTGATCCTCTCTTTTTCTCTTTGCTATAGATTACAGTGTTTACTATTTCCTATCCAAACTAAAATAGTCTGCACCCCAAACACAGACTATAACTTGGACTAAAATAGTATGTACCCCAAACACAAACTAGCCACAGACTATGATAACCACAAACTATAATAACCAACTCAATGTCCCAAAACACCCCACATACTCTTTTGTAGACTTAAAGGATGATCAATAATTAACATCCTAAACCATGCAATAGAATCAGATGGAGGAGGTATGGACTAGCCGAAAGCAGAAAATAACTCAGCCCAAATCTTAGCAACAAATAGGCACTTGAAGAATATATGGTTCTGGGTTTCCTTATCTCTCTGGCAGAGCAACATCAAGATGGAGAGGTGGATCCAGGTGCATCTCTTTTGAAGCCTATCCATAGTACTAAGGCAAGAATGGACAATTCCCAAAGAAGAAATTTAATTCTTTTTGGGCAAGGAAACTTTGATATGTTTTTGTAAAGGTTCTGTGATGCTCACGAATTGGTAACAATGAGATGGGAAGTCAGTGAATTAACGGTGAAAGTACTGCTGTTGTTAAGCTTCCATTTCCAACTGTTGGGCCGGTGTGTGAGTTGAATGACAGGGACAAGCTGATTAAGGGAGACTCATTCGACAGTTCCATTATCTTTGAGATTTCTTTTAAAATTTAGAACCCACGAGCTGTTTCCGAGGTTCCAAAAGTTAGCAATGGAGGCTTTTTTAGATTCAGCAATGGGAAAAAGCCTTGGGCAACATTTTCTAAGGGCTTCATTCCCAATTCAAGGGTCAAATCAAAATGAAGCGGTTTTGCCATCCCCAGCAATGCACTGTATGTGGTTAAAAATAAGATCCTTCTACTGTATGTGGTTAAAAATAAGATCCTTCTTTTACTAATGTGATTCCATGGATTTTTTTTGAAGGAGATATGATGATTCAAGGAAGGTTTTTTTTTTTTATCACAATGATGAGAACCATACTTTGCCTTGATGGTTTTTCTCTAAGGAGCCCTTTTTCCTGTCTAAAGTGCCTAGTCCATTTAGTTATAAGTTGAAAGTTTTGAAGAAGAGTATGCACTTTACTTGGCTAGCAGTGTATGGGAGGGTTAACACCATTGTTTATTTTGAGATTGTGCACAGCTGGTGCATTTTTGTGCAAGCATTCGTGGGAGGGATCTTGATCACTTGTTGGGGCTTTGTGCTTTTTAGTCTTAATGTACGTGACTTTTTGGAATGCTTTCAAAGTAAATTTGGCTCCTTGTTAGTGGATCAGGGATGCTTTTGTTGAGCTATTTCCTTATTCTCCATTCTTGAGGAGGGGGAGTGTTATGGAATTGATGAACAAAGAAAATAGAAAACTTAAAATAATAGAGAACCGACATATAGATTTACATGATTCACTTACAGTATGTTAGTTACATCCACGGGAAGAGGGAGAACAATTTATTACTAGGAAGAATAATGCAGATTATAGAGTAAATGGTGCTTCTAGCGTTAGAGAGTTTATATAGTGCACTTCTCTAAACCATCATAATCATAAATAAATCGAAAATAATATAAATATGAGAAATATGAATTCAACTTAGGTTTTTTAATTTTTAGGATAAAGTTGCTACATGGGAGCAGGTTTGGATTGCCTCCACGCTATAATGCTTCTTTGTGGGCATCTATATCTTTTGTATGTAGTCTTCCCATTTTTATTTTTGCAATTTGGAAGAGTTACCTCCACTTCTGGCCTTTCTTGTAGTTGCACTTTATTGAAAAAAAGAAAACCTTCCAATTTCAATCAGGATGGGTTTTCCAAGCATATGGGGCAAAGAAGACTTTAAAGTGATTTTTTGCCATGTCGATTAGGTTAGTACCACACTTTCGAGACCTTTTAATTGAATATATACCAACAATAATGTCCATATAAACTATTCGAAGAAGGAAACTTCTCCACCTTTTGTTCTTGAGTTTGCAAAGTCTTATCTGAATTTCCTAACTGAGCATCACAGGTTTTTTGTTTTTTCAGGCTGTACTGAATGCGTGGATGATAACATAGAAATTTTGGTCCCTGATGGTGATGATGGCCTGTATGCGATTGATATTTTAGATCCATCTTCGGTAAGATAACATGAAAATTTCTACTTTGGCCTTTATAACTTATTCATCATTTTATAGTGATAAATCGGTGAGCGAATGTCTCCCATTTTTTAACTTCACCAAATTCTCCCAAGTTGTGTGGTAACGTTTCTGTTATTAGTTTTTTTTTTTTTTTTTTTTTTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGAAAAATAGAAGTGTTTTACTTACTAATGTTTCTTGTTTCTCATTTTTCAGAAACGTTTCGATGATTGTGTAGTAATTTTAGAAACAATAAAATCAAGTTTATTATTTCTTGTTTTTTGTTTTTGTTTCTAGTTCTTTCAAAACATAAAGAAAACATTATTTTATCATTATTAACATTATTCTTCTGTAAAAAAAAACATTATTCGTCTTCGCGTTGGAGGAAATTGTTGTCAATTTTTCATCTTCAATGGGGTTTTGGGATTTCTTTCAATGAAAATGTTCTTCAGCGTCTTGTTGGTCCTGCATTGAAGCCTAATTCTCATCTATTATGGGTTAATGATGTTAAAGCTCTACTTTCTGAAATTTGATTTAGGTAACCAAAGGATCTTCCAAGACAAATCTCTTCCGTGGCAAGATTTTTTTGAAGCCACCAGAATTAATGCATCTTCTTTCTCTAAGCTTTAGGTCAAATTTTCTATAAATTGGGGGCTTTCATTTTTTTCTACTTAAGTTGTCTTTTGTTTGGGTATTCTTTGATTCTCGCTTTTCTACTTTTTGTCACTATTTTATATCATTGTAAATTTTCTATAAATTGGGGGCTTTCATTTTTTTCTACTTAAGTTGTCTTTTGTTTGGGTATTCTTTGATTCTCGCTTTTCTACTTTTTGTCACTATTTTATATCATTGTATTTTGAACATTAGTCTCTTTTTATTAGATCAATGAAAAATATTGTTTCATTTAAAAAAAAATCATACTTGACTTATAAAATAATAAAAGTCTAAAAATAAAAATACAATGAAGAGTTTGAATATTTAATTTTAAAAACTCATTTTTCATGTAATTTTTTTTTAACATTTTCAATTTAAGATTTTAGAGAACAAGACACAGGAAATGATTATAAATATTTTATGTATTATATTTATTGATTTATCGTATTTTTTTGGTTAAGTTATAAAAAAATATCCTAAATGTTGTAAGCTTGTTTCAATAATACCCTCAAATTTTCAAAAAGTCTCATTTATACCCTTTAACTTCAAAAAAAGTTCTGAAGTACCCTTACCATTACTATTTGTTTGTACTTTGTTTCAATAATAATCTTGAACTTTCAAAAGTTGCATTAATATCCTGTCGACTTTTTCTATTTGCTTTACCGTTTTCATCCACTGACCATTGTTGCTCGGATCTTGTTGCCAAATTGCTGCCAAATTTCTTCTTGTGTTTCGGTAAGTGACCTCTTAGCCATTTATTGAGACTATGTCTCCTTTTGTACCACTAGGCTAACCCATGGTGGTTATTGAGAAAAAAATGAAAGAATACAAGGACATACAAAAAAACCAACCCACAAAAGAATGGACCACCCTCTACAAGAAGGAACTCCAACTATGCAAAGTAACTCCTATAGAGTAGTTACAAAAAGTATTCGAAACCGAAGCCCATATAATAACTACTATATGTATTATATGTATTATATTAAATTGAAAGCTTGCTATATCTAAGACTACATTCTTGTTGTAATATCTAAAGTGACTACTATGTTCTTATAATATTGAAACTCAAACATTTGGAGATTATAGTTAAAACATTTTAATAAATAAATCATCATGGGTTGGCCTAGTGTTAGATAGGGGGCATGACTTTGATAAAGGGGTAAGAGGTCATGAGATCAATCCATGGTGGCCATCTTTTGAAAAACAAAGCATGCTAAATCATTTATAATCATGAGTTAAACAATTTCTTAGAATTTTCAGAGTATTTCTAAAACAGCATGCTTTTCACAAAGCTTGGTATTAAAACATCATCCTTAAAATCACGTAAAAGCATATTCAAATTTATATATAGAACACATGCTTTATGAATAAATCGAGCATTCTAGAAATATCGATAGAATAAATCATTATAAACGAAATTAAGTCACTTACAACTTGTCGTGGGCTCTTAATGGGTTATATGCTTCCCTTAGCTCTTCCCGGCCTAGAATAAATTAGTTCTTTTATCAATATGTTTAAAATTTCCTTCATGACATCTTTTAAGTCATTTTAGCTCAAAAAGGCTCACCGACAAGCAAAAATTAGCCAAAATGTCTAAAAGTGGAAACTGCCCCTAGGCGTGTCCAACAGCCTTGTAGCATGCACACCCAGCCAATCTAACCACAGATCGACGACAAATCTCGCACAACACACTGCCCTGCACGCCTAGACACTGCCTCTCCCACACTATCCCTCATAGGTGGCAACTCCTGTACACCTACTGCTGAAATAACCTCAAAAGAGGCAAGGTGTGTGGGTCTCTGTGTCGACAGTCCGTGTCGTGCGCCTTAGTAAGACTAGTGAGATTCGTCTTGCTCAACTTCTGCACGCACGCGATGCCACCAACGAGACTTGTCTTGACCCCACAGCCTGCACACGTACAGCAGCGCCTCTCGCTCACCCTTGCGTTCCCAGTGGCGTGTCGGCTCACCTCCTGGGTGTTCAAACTTGTCAAAATAACCTCAAAGGGTTCTTTCTTCCAGCCTCTGCCTTTGCTTGGTCTGCACACACTACCTCTTCAAAAATGCACCCGGCAGCCTCAAAACATTGATTTCTCTTCCAGCTGCCAAAAGTAAAGTTTCTAGCCAAAATTAAATTTTGCTTCCTCTTACTCATGGACGCATAGCCTTGACGCATCACCCTTCCTACTAACCTCAAATGCATAGCCAAGCTCACAAACGCATAGCCACTTGCCCAACGCATCAACCATCACCCAATGTTCACCATCATGGGCACACTCCTCGGTCCAACCTTCCAACACCCTAGGCCTGCGACACACAACCTCTTGGGGCTCGGCTACCACCTAGCCATCCCCTTTGTCGGCCACACACCTACCACACACAACCCAACCACTCTAAGTCAGGGGCTCTCAACCACCTCCATCTTATCACCTGCCAAGCCACTTGCTAGTTATCTCTTCCAAGAATGTTGAGAATAAAAGTAGGGCTTACACATAAGTTGGCCCAGACACTCATGGATATAGAAGAAAAGCTCAAAACATTTTAATAATATATTGTATACAAAATATCATTGTTTATATTATTAGTACATTCAAGAATTGTTTTGTTTTGTGTTTTTTTCTTTTTTGTTTTAAATGAAAATTGTATAAAATTACCCGTTTGACAAAGTTCTTGCAAGAATCTATTTTATTTGGTTGGGATTAAATTAAAAAACAAATGGAGAATAATTCCCCTTGGGGAACTTGATCATCGGGAAATTAAATAGGAAATTTCAAGGGACGAGGATTTAATTCCCTGTCCTCTCCTTATTCATAGTGAGTATGTTTGATTTTTAATGTAGAAAAAGAGAGACATTAATAGAATTTATTTCATAATTTTGCCATTTTCCATAATTATTTCCACCCTTTAGTCGAGAGTCTAGGATTGTACATAGTATCTCAATATGCCTTGAGAAAGGACGGATTGAGCTTGACACCATTTCCTTTGTTTTGTCTTGTTTCATGATATTGTCAGTCCTGACTAAGTAGTCTTAATCATTGTCATTACTTTCATTCGTTTTGTAATCCTGAAAACTTTTTTATTTAATTCAATGCGGTATATTTCAACTTTCATTTCAATTCTGAGCTAAAGTTCTTTTGGGATTCGATTATGTGAATGTTCTAAAAATATGATATAGCCTAATATCTGAAAATATGATATAGCCTAATATCTGTATCTGTGTGTTTCCTAGATTACTTTAGAAGCTTGGTTTTCTTGATTTTAAGAAACTGTTTGGCATAGACTGAAGTAGAGGAGAGATACAATGGAGGAGGGAGGTGATGGGTGTAGATAACAATATTTGTCTATATACTAACAGTAAGGGCATCTTGAACTTTGTTTTTCCTAAAAGGTTAAGGGTATTAATGCAACTTTTTAAAAGTTTAGGTATTGAAGTGAGGTACTAAGAGTTTCCATCCATATACTATCGGCAAGGGTATGTTTAACTCTTTGTCAAAAAGATAACGAAAAGGGTATGTCTTAACTTTTTTCAAAAGTTTAAGGGTATTAATGCAACTTTGGAAAGTTTAGGGGTATTAGTGAAGTAGGTACAAAGTTAATGGGTTTCTTATCCAAAAAAAAAAAAAAAAGGAACAAAGTTAATGGGTATTTTCTATCATTTAGCCTATTTCTTTAATAAGAAAGAAAAAATAATAGTTACCAAGTGCAGTTCTGTTTTTGTTTTTTTTTGCTTGTTTTTTAGTTAAAAAAGAGGAAACAAACAACAAGAAATAGGAAACTAAAAACGATACCAAAGGGGCCTCAAGGATCTCTTTTCTCCCCCTCTCTAGTCTTCTTTTTCTGTTCTTGGGCAATGTACTAGAGGTGGGTATTTCCTAGTAAATCTGTTGTGAGTATGTAGGCTTTCCTTCAGTTACTTCTACTTTATTATCATCCAATGATTCAAGCTGATTATCTCAAAAAAAGAAAAAAAGAAAAAAAGAAAAAAGATTCAAGTTGATTATTGTCCCTGCTCTAAGAGTGGTCAAGCAACTCTCCCCTTTCTTTTCATCTTCACTATTGTTACTGCCTTCTGCTACGTTTCTTCTCCATTCTATCATCATGCTTCCAAAATGACTCAACAATTGCATTATATTCGGTTTTGGGGATTTAGATCTGAAGAATTTTATAAATCTGTTTGATCAATATTTGATACCTTGTACTTTATCAATTTCTCTTTAGCTGTAGGCTTGAGTTGGACCACCCAGTCTGCCTTCCCATCTTTTTATGTTTCTTGTGCATACAATCATATTCTAATTAAAAATGACGAAATCATGTATCATAAGTAGAATGTTGCAAGTGCATTGGCTTTATACCATTTTTTTCCCTCAATAGTCATTACTAAAAAATAAATTCAGATATTAAAGTACAGTGGGTTTGTGTAGATCACATCTTTACTGACAAATGTAAAAGGAAAGGATAGGTTACAAGTGTAGAACTACGATTGAAGTTTTTTGATTAGGTTGGCTTCATAGTTTCTAGTTGGTGCTCCTTGTCTAAATTCTACCTTCTCTTGTCTATATACCAATTGGAGAGCCTCGTTATGTTCTCCGTAGTTGCTTGGGCTTTTGGTGGATATCTTGTCCCACTGACCTTCTGCGCTTATGTTCCTTTTGGATGTTCAGTGCTAATAAATAGTCTCGTCCAAATATCCCACATATCAAATTTATTTTTTCTTCTTCTCCATGCCTCCCTCTCTATATATGCATGAATTATTCCTGAGTTTTCCTTTTACTGTTCCAGGTGGTAAAATGCCTCCATGTGGATGACGTGTATCATTTTCATGATATGATTGATATGCTTGTTGGATGCGGGTACAAGAAGGGAACCACATTGTTTGGTTTTGGTTATGACTTCCGGCAGAGTAATCGGTAGACCAATCCTTGTCACTTTCTTGTTTTGGTGTCAAATGTTCCTCTATGATTTTATTGTAATTGCAAGTAGCCTAAGGTTGTTTTAGGTAGTGCAAATTTGCAAGTATATGGATGAGTCAAAATTGATGTAGGGGCATTGATTGTTCTTGGTGACAGAATTGGCAAAGCTATGGATGGTCTTAAAGCTAAGTTGGAAACTGCCAGTAAAGCTTCTGGTGGTAGAAAAGTGAATTTAATATCTCATTCTATGGGTGGGCTGCTAATTTCGTGTTTCATGTCACTCCATAATGATGTGCGCACATACCATCTTATCGACTAGTTTAAAATTTGCATTGATGCGATGAACTTGTTTTCTAGACTCGGCCTCATGTGGTTATCATTGTTTGACAGACTTTTTCCAGATATGTAAATAAGTGGATCTCTATAGCTTGCCCTTTCCAAGGTAATTCAAACCCATTGCTTCTTCTTTCCCTTCATCAATTGCTGTAATCTAAATCTGGTTAAATCATTGAAACTGTTCAATCTGTGCACAAATTCCTTCAATCATGTTGTCACCTACGTGAACGTGAATATGTTGTAAGGTTTCCCATACTAGAATCTCACACTAAGTAATTAAGAATTCAAAGGGAAACTAAAAGGTTCTTGATGGAGCCTAAATAGCCTCAAAGAGTAATCCTCCAAGAATCAAGATTTTGGATCTTTTATTAGAATGATAAAATGTGTTTCATAAAAGAGGGGAAGGTTCCTATTTAAACCAACCTCCTACATTTTAAACAAATATATTATGATCAAAAAGGATAAATTCAAGACAAAAAATCCAATATTGCCACCAAAAGATGAGCTTTGACATCGGCCATAAGCCCCAAAAAGATACTTCCTTCAAGTTCATCCAAAACCGTATTCAAAGGACCAATCACTAGAAAACCACTTTCCAAAGAGAATCATTCAAGAATCACGTTGTCTTTGTCAATTGTTTCAAGTTCTTCGACGATTTGGTGATCCATTTCCACTGCAATTAGTGTGTCGTTGTTCTTGTTCGATTCTTGCTCGGTGTTCGTACTTCTTTTCCATCTTCTTCTTTGGATTTTTCTTCTTCACTTGAGACTATTTCCAAATCAACATCTTCAAATTCTTGTTTTTCTTCAATGTTATCTTCAAGATTTTCTATTTGGAAATTTTCTACCTGTGATTCCTTTGTTTTTTCTTTGGTATATGAAATCAATCCGTTCTTGAACTCTGGCAAATGAATTTGATCAATATTTTGAGTCATTTTCCTCAATGAATGCCGGATTTCTTTTGTTGTTTTCTTTATTTCCTTCAATGCTACGGGATCAAAGTAGTTATTTTGTTGGATTCTTGAATATGTTTTAATCTCATAGTGGATATAGGACTCATCCATTGATTCTCTTGAATCAACCTTTCTTGATTGTGTTTCATAACCAAAAGAGTAATTTTGAGTCTTGAACGTTCTTCTTCAGCTGTAAAAATCCATTCTTGATGATCCTTGATAATTTTTTAATTCATCTAACTCCCACTCTTTACGTTGATTTCTTGCAAAATGGGTTTGATTGGATCGTTGGGCCCTTTTTCAATATTGTTGCCTTATTCCGTCCCATACTGCAGTAGAAACATCATCGAAGTTACTAGAATCAAATTTCCAATGTGGATAATGATAGGTTCTTTGAGAAAATCGAGCTTGGGCAAAATTAGTATGTTGGAATTCTTCTTCGGAATCACTTGAGTCTGAATTCCAGCATTGTTTTTGGATGTATATTTGATTTTCTTGCCTATACCAATTGCTGTATTTCTTCTTGGACACCTTCTTTGATCGGTATTAGTCCATACTGCTGATATTAACGACACAAAACATACTACATAGCAAAAACTAACATAACTGGCTACACACCCTGAGCCCAGAAAATACTAAACAAGGACAACAGCCCATAATACTACCAAATCCCAAACAAAACAGAAACCCAAACGAAATAACTTAATTTGGTATCTTTTTCTTCCTTCTTCCGTATGTCTTCTGTATTGGGGCCTAACATACGTAATTGTAAGTTAGTTTCTCATTATCATTTATTTGACAATAAATATTCATTAGTTTCATTCCAAAAATGAAGGGAAATACAAACAAAAAGGAGTAGATTATGCATCTCCTTCTGAATCACGAATAGGAGCTAGAAGAGGTTCCCCATACAAATTGATAACAAAAGAAGAAAAATTTGCATGAGTTAGAACATAAAGAATCTATATGCTGTATATTCTCTTAACTGGACACTAATAATAGTTGTTAATTTGTTATCTGCCTCCTTCCTTATGTTATTCTAAAGTTTGTTAGTAAGCAGGCTGTGATACTCATTGTACAAATGATTGACAGGTGCACCGGGATGCATCAATGATTGTCTGTTGACTGGATTGCAATTTGTTGAAGGCTTTGAAAGCCAATTTTTTGTATCTCGATGGACGTTTCACCAGCTGGTAACTTTCCTCTATCAGTGTCTAGGTGGTTTAGTTACACCTAAAATGGGAACACAGTCATTTATCATATCTACCATCTGGTTGAACAATGACTACAAGGGTTGGTTTTTTCGTTCATTGAAAATTTAATAATAATAATAATAATACAGAAACTTCAATTAGAAGTAAAAAAGGAGAATACAAAAATGGTCTCCAATTAGTTGGAATAACAAATGAATCATGATTACAAAAGATTGTAGTCTGTAGAAAGGGTAGAAGTGTGAAAATGAGCTAAATTGTTTCTTCCCTATCTTTCTCCCTCCTATAACAAATTCTGGGATTTTTCTTTCCAAATTAACTAAAGGTTGCATGTGAGTCTGACTCCTGTCACCCTAATAGTGCATGCTCTCATCTTAAAGAAAAATGGACAAAGTCTCTACTTTCTTCTTTTTCTCTCCACTGGCAACTTCTTTTAAATATTTTTACGACTTATTGGTGATTTCCTTGTAATATAGGAAACTTCTGAAATCAGATGATGTGTAGTTGTCTTTTTAGAAGAAGGTTAAGATTTTCTTCCTTAAAGAAACTAGGGCCACTCTGTGGAGAGTATATTTAGAAATGAATAAGAAAACATGTCAAGAACTTGATTGGAAGATTTGTGAGTTTTGAGCTTTTGTATATTTTATGTTTCTTTTGCAGTATCTTAGCCAGGAACTTTTATAATCTCTCCCTTTTTCCATCAATGCCACTTGAAGAGTACTTTTTGTTATCTTTATTGACAAGTTGAATATCTTATCAACCATTTTTCATGCAGATCTTCGCTTCTCTTAATGGTCTTATGCTTTTCGTTATCAAAGAAAAGAAGTGACAATGACACTACTTTTTTGTGTATGATATCTATCATTGTCATAGGTCTACCAATTATTTTTATGTGCAGTTGGTTGAATGTCCTTCAATTTATGAGATGCTGGCAAATCTGGGATTCAATTGGCATGCACAACCACAGATCCAAGTTTGGCGAAAGAGTTCTGTCGATGGGAAAACTTCTGTTGATTTGAAGTCGTATGGCCCAACTGACAGTATTGCTTTATTTGAAGAAGCATTAAGAAATAACGAGGTATACTTCACATTGATTTCTGATAGTTTTGTTATATGTTTAAATTTTGGGCAATTAAAGAGGGAAAACTTCTGTTGGTTTGAAGTCATCTGGCCGAAGTTAAAGTACTACTTTATATATCATAAAGCAATATTGAGCTTCTATGATTATGGTTGGTGCTCAAAATCATTTCCCATACAAAATAATTATGGTTGGGAGTGAACTCGACAAGAAAAAGATTTGTTAGGGGGTAACCTAAAAGTATTTTGGCGAAAAGCCAAAAGCACATAACGTATTTGGTTGAATGCACTTGTGGAGTACTTGGCCCTAGTGCTTGACTGGGAAGCATTTCATAAGTGTACAATCAAGAATCAAAATGATATATTATTAAGCAGCTTTTACAGAAAGTATTTTTGATAAAGGTATTCACGCGAGAAAAACTTCTAAACACCCCCTACATTAAAATATTACATTGATGGCTGAAAGTTCTGTTATATGTTCAGGTTTTGGGATTTTTCTTTCCAAGAGGAAAGGGTGTAGAGATGTTAGGATTTGTATTCCTTCGTTTGAAGATGCATTAGACTCTTAGGGGGTGTTTGGCCCACAAACTTTATAAGTTGGTGTTAAATAACTCAACTTCAATAGTAAACATTATTGAAGTTCGCACATTTCTCAAGGAGCTCATTCTTACAACTCTGCACTCCAAACACAGATTTTCTAACTCCTACATATTAAACTCTAGACTTCATAGCTCAACTCAGTGCTCCAAACACGCCTTTATGGAAATGGAAAAATAGGTGCACTCATACTCATATGAAAAGAAAATGAACAATAAAAATAAAAATTAAAGATGCATTCAGACGTTACTTGGAACTCTCTTTCTGGCTTCTGGGGGTTTGTAACTTCCTGGTAGCTTAACCTTCACAGATTAACCTAAACTTGGATAACAAATAGTATAAAAATTGGGCCCTTTTTTATTATTATCTTTTTAATATAAAATCCTATTATACAGATTTGCAGCACACTAAATCACTAGGATCAATAATAGTCCAATGTAAGTAATAGTAAACACTAAACAGCAACAATTTAATAACTCAACATCAACTTTTTTGTTTTTATTCTTTTTTCGTTTTTGTTTTCATTCATTCTTTGTGTAATAAATAAATTAGTTCTCTGCAGAGAAAAGAAATCTTATACTTCTCGACATCCTCACCGCGTTTAGTTATAAAAGGCTGGCTGAGTAGTCAAGCAATGCTGTTTTGATGATAAATGATATTTGTACGTAGAGGATAATTTCACAAATACAAAAAGATAAGGAGTCCTCTTCGAAGAAACCAATTACTAACAAATTCTTATCTGAAGCATTGAGAAGCAAAAGAGATCATTATCTAGCATTAGCTCCCCTAGCTTAATTTGGCAATGATATAATCCATTTCTACTCATTAAGTGTTACATTCAGCTGCTTCTGTGAACATTTGGAAGAGTCAAGGAAACCTTGCAACTAGGAAAGTTTTTACTCCCTCCATACTGAAGAAGGCAAATAAATACTGTTTGATTTCTTTCCTCACATGACAGAAATAAAGAATCTTGAAGGTATCCTTAAAGAAGTTTAAAAATTGTACTGGAAATTATTTTAAACGGAAATCAAGCATCCATATAGTGATACTAATATTTTATATTTTATTTTATTTATTTTTAATTTATTATAATAATTATTAATAATTATTTTTTTTGTTCTTTAATACTTCTATTATTATTATTTTTAAAATAAATTTTTTGAAAATCCATCCTGCCAAACGTCAAAGCTAATTTTATTTTCAATTATTGCAGATAAAATTTCATGGAAAGACCATTCCTCTGCCCTTCAACTTTGATATTCTCAAATGGGCTACTGGTACTCGCCAAGTAATTGATAGCGCAAGAATACCAGATGGAGTCGCCTTCTATAATATTTATGGAACATCATTCGATACACCTTTTGATGTGTGGTATGTTGATGAACTAGTGTTTGAGTTGTGTTATCATGTGCTAATGTGTATTTTACTTTTTCCTATCTGCATGGTGCTTAAAGACTGAAAGTCAATCTTGAAAGGATTTGAATCCTTTTGGCAAAAGCGTTTAATCGCTTTGCTGCAATTTTGTTTCTATGAATTTGTACAAAATAAGAATAGATAAACATGAAACATACCAAAAAATCATGGAAAAAAGAGTTGAATACCTTTGTAGATCTTATATTCGAGGTAGCAATCACTCTTTTTTGCAAGAATACCACTTGGAACTAGGAGGTTGTAGAAACCTTGTGAACAGGGAAAAAATGCAGAGTTTCTGTGATTCTTTTTATGTAAAAAACCAATTGAGATCTCATCTCAATTTAAAGTGAGGGAATACTTCCCTCTCCACTCACCACACCCCTGCATTGCAGAAGAGTTATTTTGTTATTTAATTAAATAATATTAATATATTTAATTAATATAAATTAATAAATCAAATTTGATTAATTTATATATAATAATTAAATATATTAATTCAATAACCATTTAATTAATGAAATCTTATTTAATTAATTAAAAGAAATAAAATATCATATATTTGATTCAATGTGTCATAATACACATACTCTCATAACTTATAGTTTTAATATGAATCCAATTCATACTAATTTAATATTTAAATCCTATTTAAATATTAATATTCTCATATTATAAAGTCTTTTCTCATATCATAAATTTTATATTATGATATATTATTGAAAAAAGAGGGAAGAGAAAAACGACACAAGGTTTAAATGGAAAACCGTAGATCAGGGAGAAAAAACCACGATACAACTTTTTCTCTTTTTTATTAAATTGATTCACCCAAATGTTACAAAGGGGAAAAATAAATAGAGACCAAAAAACTATAAAAGGAAAAGATAATGGGAAATATAGAAGGAAAATACAAAATCTACAAAATCTCCCAAATATTCTCTTTTACTTTCAACACTCCCCCTCCAGATAGGACGTAAATATCAATAAGGCCCATCTTGCTAACACATGTGTCAAAGCTCTGCTTAAGTAACTTTCGTCAGAACATCAACAACTTGTTGGCTAGAAGGAATATACGGAATGCAAATGCTTCCATTTTCCAGTTTTTTCTTTATGAAGTGTCTATCAATCTCCACATGTTTTGTTTTGTCATGCTGAACTGGATTGTTTGCAATGCTAATAGCAGTCTTGTTATCACAGTAGAGTTTCATTGGTAGTTCACTACTTTGGTGAAGATCAGATAGAACTTTCTTCAACCAGATTTTTCACAAATGCCTTGACTCATGGCTCTGTATTCTGCTTCAGCACTGCTTTTGGCAACCACACTTTGCTTTTTACTTCTCCAAGTTACAAGGTTACCCCAAACAAAGGTACAGTACCCAGAGGTAGATTTTCTGTCAATCACTGATCCTGCGCTGTCAGAGTCTGTATATGCTTCAATACATCTTCTGTCAGATTTTCTAAATATCAACCTTTTTTCTGGTGTGCTTTTCAAATATCTCAGAATCCTGTTTACAGCTTCCATGTGTTCTTCGTAGGGAGCCTGCATAAACTGACTCACAACGCTGACAGCATAGGAAATGTCTGGTTTAGTGTGCGCTAGATAATTAAGTCTTCCAACTAGACGCTGATACCTTTCTTTGTTAACAGGAACTTTGTCAACAGACTCTCCTAATTTGGCATTAGACTCGATAGGAGTGTCAGCAGGCCTACATCCGGTCTACCTGTTTCTTTCAATAAATCAATAGTGTACTTCCGTTGAGAAACGAAGATTCCTTCTCTTGACCTCGTGACCTCCATCCCAAGGAAATACTTTAGGTTTCCTAGATCATTGATTTCAAATTCGTCTGCCATTTTCTGTTTCAATTTGTTGATTTCAGCAGTATCATCTCCTGATAAGACAATGTCATCAACGTACACAATCAAAACGGCAACCTTACCTGAGACAGACTTTACCTCAAACGGCAGCGTACACAATCAAGGTATGGTTAGAGTGTCTCTGAGTGAAGCCTTGGACTTGACAAAGGTGGTAAATCTTTCAAACCACGCTTTTGGTGACTATTTTAACCCATATAGGGCATTTCTAAGCTTGCACACATTTTGGTCAAATTGGGCTTCAAAGCCAGGAGGAGGGCTCATATACACCACTTCTTCTAAATAATCGTTTAAAAAAGCGTTTTTCACATCAGGCTGATAAAGAGGCCAATCTTTGTTGACAGCAACCGACAGAAGAACCCTAATCGTGTTTAACTTCGCAATAGGGGAGAAAGTCTTAGAGTAGTCTACCCCAAAAGTTTGAGTGAACCCTTTTGCTACAAGCCTAGCTTTATACCTGTCAAGAGTTCCATTAGATTTGTACTTCATTGTGAACACCCACTTACACCCAACTGGTTTATGCCCTTTCGGAAGAGCAACTTGTTCCCATATATTATTTTTCTCAAGAGCTCTCACTTCTTCCATAACAACAGCCTTCCACTCCAGAATTTCCATAACCACATATATGTTCTTCGGTATAGTTACAATGTCAAGGCTGGCAGCAAACGCTCTGAACTTAGAAGACAGATTATTATAAGAAAGGAAGCTATACCTGGGATACCTGGTGCAAGACCTTGTGCCCTTTCTCAGAGCAATGGGCATATCAAGGCTGGCATCATACTCTCCTGCTTTTTCGAGTTCCTCTTCAGTTGTGGAATTCTGAGACATGATCTCATTTTCATTCTTTTGTTGACACTACATCGCTCTCAGCAACCTGGTTATTTTCTGTCATATCACCTCTATTATTCTTTACTGGCAGTTTTGTCAGATCAACAATATCATTTTCAACGCAAACAGTATGATTATTAGGATCAGTAGTACCTTGAACCTGTGTTGGTTCAGAAGATTGGATCGGAGCCGGCATGCGAGTAGGGGCTACTATTTCCTTTCTAAGATTCTTCCTGTAGTACGTTATCCATGGGGCCTGTCTAGTGGGTAGGACAGTGTCGTGGGTTGCCATGATGGGTTCAGGAGGAGGATTATGGCAGTTAATCTCTTCATTACTACTCTCCCCATGAAGAGGACTAACGGGAAAGAAAGGTTTATCTTCCAGGAAGGTGATATCCATAGAGATGAAGTATTTCTGGGAAGTGGGATGGAAGCACTTATAACCACGCTGGTGGAGAGGATACCCAACAAAGACACATTTCTGGGCATGAGGGGTAAACTTAGTCTGGTTGGGACCGAAGCTATGGACAAATGCAGTACATCCAAATACACGGAGAGGGACATCAGGTATAAGGCGAGTGGTGGTGGTGGGATAAGATAATTTGAGACAGTCAAGAGGAGTTTGGAAGTTGAGAACACGGGAAGGCATCCGATTTATAAGATGAGAGGTCGACAACATGAGAGACCGAGCAACTTCGAGGAGATGACGGTTTTTTCTTTCAGCCACTCCATTTTGTTGGGGGGTATAGGCACACGAGCTTTGGTGAACAATACCTTTAGTGGATAAGAACTCACGAAGGGTATTGGTGAGAAATTCACGACCATTGTCACTCCGAAGGATGGAAATTTTGGCATTAAACTGAGTTTTAATGGTGGTGTAAAACTGTTGAAAAATAGATGAAACCTCAGACTTATCTGTTAGAAGGAAGACTCAAGTAAGGCAAGTGTGGTCATCAATGAAGGCAACGAACCAACGCTTACCCGAAGAAGTGGTAATTCGTGAGAGACCCCAAACATCACTATGAATAAGAGTGAAAGGTTGAGAGGGTTAGTAAGGTTGGGACGGAAAATAGACCCTATGTTGTTTTGCTCGAATACACACATCGCAAGATAAAGAAGAGATGTCAACTTTATTAAACAAATGAGGAAATAAATATTTTATATATTGAAAATTAGGATGGCCAAGGTGGAAGTGCCACAACATACAGTCATTTTCAGAAGTTGAAAAGTAGGAAAATAATAGACTAGCCCTATAATTGTGCCTAGAGGAAGTATCACCATTAAGGAAATAGAGTCCCCTATTGTGCTGGACAGTGCCAATCGTCCTCCTTGAGCTCAAGTCCTGAAATATAACATCATCCGGTGAGAAAGCCACACGACAGTTTAGCTCTCTGGTTATCTTACTCACAGACAATAAATTATAGGAGATTTTAGGGACATGCAACACATTCTGTAATATCAAACCATTGAATGGAGAGATGTGGCCCTTGCCGGCATTAGAGGCAAGTGTCCCGTCAGCAATTCAGATTTTTTCATTACTAGCACACGGATGATAAGAGAGAAAATTGTCAGAAGTTCCAGTTAGGTGGTATGTGGCTCTTGAATCAAGGATCCAGGGTTTCTTGCTAGTAATACTGAGAAGACTCAAGGATTGAGAAATACCTGATTGTGCAATTGCCCCAAGAGAAATAGTACCGCTGTCAGTTGGGTAGATCTCCTGATGTTGTGATTGAGAGCCACTAGTAGTCTCGCTGACTAGAGCCTGGTTGGTTTTGTTGTTTGGAGGTCGTCGTCTACCATTCGGGGGTCGACCATGTAGCTTCCAGCACTGATCCTTTGTGTGCCACGGTTTCTTACAGTGTTCACATATGGTGGTTTCCCGTTTTGCTTGTCTCCAGTAATTCCAGATGATTCCGCACTGAAGGCGGCGGAATCAGTTACGGAGGTAGTAGTGATATTCATGGCACTCGATCTATCTTCCTCCAGACGGACCTCTGAACATACTTCCATGAGGGCCGGTATTGGTTTTTATCCCAGTATTCAGCTCCGCACAACATCAAACTTAGAATTGAGACCTGCTAAAAAATCATACACTCGGTCAACCTCTTCAAGTTTATAATATTGGACACCTTCACAAGGATAGTCCCAGACAAGTTCACGACATAAGTCCATCTCTTGCCAGATAAGAGATAATTTATTAAAATATGACGTAACATCCATGGACCCCTGTTTGCATTCATGGATTTGTTTTTGTAGAGTGTAGAGCCGTGATGCATTCTACCTCTTGGAGTACAGTTTCTGAATAGCATTCCAAATATCCTGAGTCGTAGTTGCATATAACAGAGGCTTCCCAATTTGAGGTTCCATGCTGTGAATTAACAGAGACTGGAGTAAAGAGTTCTCTCATTTCCAAATACGCTCTTGAGGGTCTCTTGGTCTGGGTTTCGATATTTGGCCAGTTAGATACCCAAATTTGTGGCGTCCTTCAAGTACTATTTTAATGGACTGAGACCATGAGAAATAATTCTGACCATTTAATTTTTCACCAACAATTAGCCCCGTGGAGTTCCCATTGATCGAGACATATGAGGTGCAGTTGTTAAGGTGGGAAAGACAGTTACCGAATTCTCTGGATACGTCGGTAAACCTGATTGAATACCTAAATTTACTGCACCTTGGTCAAGGATGGTTGAAGCGCCAAGGGCTGTCCCAAGAGCCGCAATTTGTTGTTGGAAACTTGCTTGAAGATTATCAAATTGCTGTTGTACTGTAGCTGAGGAAGGGACAAGTCGATCCGTGTTGCTCATGGTAGTTTTTGACTCCTTGGTGAGGAATTCCAGTGACAGCAGCAGCTGTAGGAGGGACATAGTGACAACCCAAAGCATGTGGATTGAAGTTGGCGCCATCAGCCTCATGAAACGCTAGTCCTTGAGAAGTAGTTCCCGCAATAGTGCTTGAAATGTGACTCACTCTCGCTGGTTGAGAAGAACTCGCATATGCAGCTTGAGCGAGACTTGGAGCGAGACTCACTCTCGCTGGTTGAGAATAAGAACCCATGAATGCAGTTGGAGCGAGACTTGGAGCGAGACTCACTCTCGCTGGTTGTGAAGAAGAACATGTGACTGCACTTGGAGCGAGACTACACGCGACTTCACTTGGAGCGAGACTTGGAGCAAGACTCACTCGCATTGAATCGAGTGACGGATTAAGGGAAGCGGCGGCAGGGACTGTAATAGTGCTGCGGCGCCGGCTGGGTTAAGGGATCGGAGGTACTGGTTGACAGCTTCTCGGACAGCGGAATTGGTGGCGGCGGCAAACTCAATCGGCAACGACGACAGGTAGGGTGGTGGTGGCGGCGGATCTTGCCTAGTATCATTTTCATCAATGACGGCTAGGGTTTCTGAGGTTTCATCACCATGCTCTGATACCATATTGAAAAAAGAGGGAAGAGAAAAACAACACAGGGCTTACGTGGAAAACCGTAGATCAGGGAGAAAAAACCATGATACAACTTTTTCTCTTTTCTATTAAATTGATTCACCCAAATGTTACAAAGGGGAAAAATAAATAGAGACCAAAAAACTATAAAAGGAAAAGATAGTTGGAAATATAAAAGGAAAGTACAAAATCTACAAAATCTCCCAAATATTCTCTTTTATTTTCAACATATATCTCATACATAAAGTTAATTGTATCATATATGATTAATTTTCTTGATTAATTTGAACACTCAAATTCTTTTATCACTTAATTTTCTTATCTTAACCTATTGCGAGCTACCATAGGGACCTAATGGACCTACAGTTACAAGCTCCAATGATCCGAGATTAATAAATTAAACTCATTAATTGTATTAATCAATATTCATTAACCATGAGGTATCCCACTAAAGACTCATAGCTGCACTCTTATGAACTGTGGTATATTTATGTATCCATTGAAGAATCATATTTTGTAAGTTAATCATTTAGAGGTGTTCGTAATTATAGCTGGGTCAAATTACCGTTGTATCTCTGTAATTATTTCTAGCATCTTAAGTACCACTGATCCTCTAATGAACAATACTGCTTATGGTCCAACTATAAACAAAGCCCCTCTCAAATCAGTGAGAGAGTGAGGTCTCATTGTTCAAGTCCCAGAATCAACATTTAAGGGAACAACCTATCTATATTCCCTAGAGTTAGGAATGAGTGAATTCCATCTTGTGAAGTTATGTTCTCAGCTCCTCACTCGGCATTATTTCCAAAATGGTAGGCATATTGAGTCGGCAACGAAGGCCACTCTCATCCATACAAATCAAAGAACGATCTTTATGAACAATAGTTCATAACTCACTCAGAATTGAGATCAAGTTACATGGTTCTCATTTGAAATATAATACTCTTCAATTAACGGAGTTACAAAGAGAGATTTAATTTCATGGTCCAGTTTCATATAGATTTACTATATAGGATACTCTCACTTACATGCCATTACAAAAACGATTTGGATCAAACCGTTTGTAAGAAAATTGGTGTAAACTAAGAATTGGAAAATTTGGAGAAAAATGAAAGTATTTAGTTGAGAAAATGAGGATATCTATATAATTTGTTTTAAAATTCTTTCTCTGCGAATTGAAGAAAACTTCAAATAACTTGATCACCATATTAACTTTAGGAGCAATTTTAAACTTTTTTTTTTAATATAATAGTTTTAATTTTTTTAATTTTAATTTTAAAGTTATTTTGCAATGAGGTATTAATGGTTTCTGTTCATATACTTACGATGAAGGTACTTTTGAATATTTAAAGTTAAGGGTATCTTTGAAACAAAACTTGAACAGTTTCCATCCAAAACTAACAAGAGTATTTTTGAACTCTTTGAAAGTTTAAGGGTATTTTTGGAACTTTTAAAAGCTTAGGGGTATTTTTGACTCAAAATACAAAGTTCAAGGTATTTTTTATAATTTAGCCTAAAATTAATTTTGTTACAAGTGACTGAATAGCTTATTAACTCTGTTCACCTGCTTTTCATTTGATCAAAATGTCCAATCTTCAGTGCAACATTTTAGATAGTCTCCACAAGATATAAAGTATTATTTGTAATGATAAATGATGAATGGGTCAGTGTAGTAATCTAGAGGTATGACTGTTTTCTCATTGCTTTGCACAAGTTATGCTGCGAATTCAGTGATGTTAATGCCTTTGTTTGTAATTGAGTAATGAATTATTGGTATTTTAACTACGATGCAGCTATGGCTCAGAGTCATTGCCGATTGAGGACTTGTCTGAAATCTGCCAAACTTTGGTGAGTGACTTAATTTCTTTTCTAAATCATTCAAGACGTTATATCCATCATATTCGAATACTTGGGATGCTCTCATCACCCGAGTTTCTTCTTGGATGCAAACTTAATTTGAAACCTACAGAAATTGCTCTGAGGCTGCCTTTCAACTGAATTTTAGAAATTATAGTTGTATCACAGTGCTGTTAGAATGAAAAGCTTCTGCATATTCAAAATGTACGTTGACCAATATACTCGTAAAATTTACGACTGCCTATCAACTGTATTGTCAGTCTTATCCTCATTGATATACAAGAATTCAAAGGCATTTGGATTCTGTTGGGTTCCAAATGCCAAGAGTGTATAAAGTGAAGGGGTCAACCACATGCAATCAGCCCTAGGGGTGATTAACTTACATTTTTCTCATTGTTCTATCAATGCGTTAATAGTCAATGATAAAATGGGCAATAAAAATTGTTACACAATGATGATCTGAAAATGTTTGTTTTTGGGCTAATCTTCTGAAGTTTTGGCAGTAGTACTAATTAAAGAAGCATGAAAGAGAAATTTCCCCAAGTGGGCAGGGTCAAATATTCTGCTGTATAACAACATTGTTTTGTTATTCATACAAAGATTTTTCTAGTTTAACCCTTCCCATCAACTTGGTGAGTGATATTTTCCATCTTGAGCTTGCTAACGAAGTTTTGGAAATGTGTTTTAATTAATCCTTTAGTCAGCAAATAAACAATTTGATTGTTCAGTGAGTCGAACAAGAGCAAATAGTCCATTATTTAGCTGTCCTTACCTACGCTTTCTCCATAAAGAGTGTTGAAAGGCTTGATTAATTTATCAATAATTTGAATGATGAAGTAAATATTGTGATAATGAGGTGAATGGGCACCTCTGAAGAATATGATATTCTTTATGGTGTATATTATTATTAACTACCAATATATGCACTTGTTCTCTAAATGACTGACTGCTTATTGCACTTGTTTTTTTTCCCTCTCCAGCCTCAGTATTCCTATGTGGATGGAGATGGTACAGTTCCTAGTGAATCAGCCAAGGTATGCTATCTGACCATTTTAGTTCTTTTTAGCATAAGATTAAAGGAAAGACTATTTAGATACATGAGGATAGTGTGGTATTGAAGTTAGGAAGAGGAATTTTGCTTCCTTGAAAATACTACTTTTTTTGTTTACTTTCAAAGAAGATGATTAATTTTGTTATGGTTTAAATCTTGTTTTGGTTCTTCAGCATTAAATTTATTTCACTTGGCTTTTAGAACTTTTAAAATTTCTATTTTAATCTTTGAATATTCAAAAAATGTCATAATTTTGGTACTTCTTGTGGTTTTTTTCTCAATTGGTTTATAGATGGATGATATGACATAGAATTTGTGTTTTAATGTGCTAAATATATAAATATATTGAAGTCACACAAGTTAATTGAAGCAGTTATTGAGTGGGTAAATATTGGTTACTAAAAATGGAGTTCTATAACGTTAAATAGAGTTTGATTCTAGCCCCAAAGAAATGGGAAAAACTAAGAGGGACATGATGGCAGAATAACAAAAATGACTACAAATTAGATGATTACTTTTGAAAGTTAAGAATATACCAGACACTAATGAAATTTAGGGACCAAAATGTTATTTAGAAAGTGCAACCTATCCAGATTTGGTGTATTATCTCATGAAAAAGGAAGATAAGAATTCCTTCAAGGATCTTGTCCTTTTTCTGTACGTTCTCGTCCAGGTAAATAATAGGAGTAAAAGGAAATTAGAACTAACTGTATTATTATCCATATTATAATCAGTTTCTTAAGCCATTTCAACCGAGTATTAAAAGAGGTCATAAATATTTAATGGAGACAGCTCAGCTGTCAACTGCACGAATTTTATTAACTTCATTTGTTTGATAGATACTATTAATGTCAAATTATGTGCGAGACCAGAGTAGAGCTTCAGAACCTTTCCCTCCCAAAAAAGAAAAAGCCATGCTTTGATACCCTTTTGCCTTCTTGGTCTCTCATTATTTCACCCTTCTAAAGTAGCAGCATTGTAATGAAGAGAATCTGTTCTTTCTTATAGCTTATTCAGACAAGCACAACAAAAAACTTGTTCATTGTCATTGTGTTTGCGTGAATTTGACTCTTTTTCTTTTAAATTTATTTATGTAATCTGCATTAAATTTTTTTTTTCTTTGTTGCTGTTGTGGAAGGCTGATGGTTTTGAAGCAATTGAGAGAGTAGGAATCGCAGCAAGTCATCGAGGACTTTTGAAAGACGAAACAGTGTTTCAGTATATCCAGAAGTGGTTGGGAGTTGAAGAGAAGAAGACTAGTAAGCACCTAACAACTTCCAAAGTGGTCGATGCTTCTCTGAAGTAGAAGTAGCAAATGAAAGTTTAAAAAGAAAGGACAAACATTTTATTGCTGAAGCAAATCCAAGTACAGAAATCTGTATTTTATCCTTCTTTAGTTGATATAGGAAGGAAGAGGAACCCTTTCATGTTCCTTTCAGCTTATGTAATATATTCTGACAATGTCTCATTGTCATGGAGACCTGAAGTTGATGCTTTGAATTGATAATAATTTAAAATATTGAAGGCTGCTTTAAAGTGCCCTATAAATGCGTCAGAAGGGTTGTGGAAATAGCATGATAAAAATTGTAAAGGGTGTTCTATTTAGAGCATTCCGGGACTATAACAGATGAATTTTGATTTTAC

mRNA sequence

AAAAAAAAAAAAACAACAGTACGAGGACCTTCTAAAATCATTTCCCTCTTCCACTTTCTTCTTCATTCTTCAACCCGTCTCCTTCTCAGAGCTTCCATTAGGCAGCATCGAATCACACAGCCTCCTTCAACTCAGCTGAACAGAAGCTTACTTCACTTCTGGGAGCAATGGTTGGAGCAGGAGGCTTTCTCCCTCTTCATTGTTTCTGGTCCCGGAAGTCCGAACCCGAACCCGAACCCGAACCTGATCGCGACCCGGTCCTGCTCGTCACCGGCATTGGGGGCTCCATTCTTCACGCCAAGAACAAGAAACTGTTCGGCTTAGAGACCCGTGTGTGGGTGCGGATCTTCTTGTCCGACCTAATGTTTCGTGAGAAGCTCATTTCCCTCTACAATCCCGACACAGCTTTTAGTTTTGAGCGTTTGGTTGCTGCTATGGAAGTGATGGAATCTAGATGAGCAACATCAAGATGGAGAGGTGGATCCAGGTTCTGTGATGCTCACGAATTGGTAACAATGAGATGGGAAGTCAGTGAATTAACGGTGAAAGTACTGCTGTTGTTAAGCTTCCATTTCCAACTGTTGGGCCGAACCCACGAGCTGTTTCCGAGGTTCCAAAAGTTAGCAATGGAGGCTTTTTTAGATTCAGCAATGGGAAAAAGCCTTGGGCAACATTTTCTAAGGGCTTCATTCCCAATTCAAGGGTCAAATCAAAATGAAGCGGTTTTGCCATCCCCAGCAATGCACTGCTGTACTGAATGCGTGGATGATAACATAGAAATTTTGGTCCCTGATGGTGATGATGGCCTGTATGCGATTGATATTTTAGATCCATCTTCGGTGGTAAAATGCCTCCATGTGGATGACGTGTATCATTTTCATGATATGATTGATATGCTTGTTGGATGCGGGTACAAGAAGGGAACCACATTGTTTGGTTTTGGTTATGACTTCCGGCAGAGGGCATTGATTGTTCTTGGTGACAGAATTGGCAAAGCTATGGATGGTCTTAAAGCTAAGTTGGAAACTGCCAGTAAAGCTTCTGGTGGTAGAAAAGTGAATTTAATATCTCATTCTATGGGTGGGCTGCTAATTTCGTGTTTCATGTCACTCCATAATGATACTTTTTCCAGATATGTAAATAAGTGGATCTCTATAGCTTGCCCTTTCCAAGGTGCACCGGGATGCATCAATGATTGTCTGTTGACTGGATTGCAATTTGTTGAAGGCTTTGAAAGCCAATTTTTTGTATCTCGATGGACGTTTCACCAGCTGTTGGTTGAATGTCCTTCAATTTATGAGATGCTGGCAAATCTGGGATTCAATTGGCATGCACAACCACAGATCCAAGTTTGGCGAAAGAGTTCTGTCGATGGGAAAACTTCTGTTGATTTGAAGTCGTATGGCCCAACTGACAGTATTGCTTTATTTGAAGAAGCATTAAGAAATAACGAGATAAAATTTCATGGAAAGACCATTCCTCTGCCCTTCAACTTTGATATTCTCAAATGGGCTACTGGTACTCGCCAAGTAATTGATAGCGCAAGAATACCAGATGGAGTCGCCTTCTATAATATTTATGGAACATCATTCGATACACCTTTTGATGTGTGCTATGGCTCAGAGTCATTGCCGATTGAGGACTTGTCTGAAATCTGCCAAACTTTGCCTCAGTATTCCTATGTGGATGGAGATGGTACAGTTCCTAGTGAATCAGCCAAGGCTGATGGTTTTGAAGCAATTGAGAGAGTAGGAATCGCAGCAAGTCATCGAGGACTTTTGAAAGACGAAACAGTGTTTCAGTATATCCAGAAGTGGTTGGGAGTTGAAGAGAAGAAGACTAGTAAGCACCTAACAACTTCCAAAGTGGTCGATGCTTCTCTGAAGTAGAAGTAGCAAATGAAAGTTTAAAAAGAAAGGACAAACATTTTATTGCTGAAGCAAATCCAAGTACAGAAATCTGTATTTTATCCTTCTTTAGTTGATATAGGAAGGAAGAGGAACCCTTTCATGTTCCTTTCAGCTTATGTAATATATTCTGACAATGTCTCATTGTCATGGAGACCTGAAGTTGATGCTTTGAATTGATAATAATTTAAAATATTGAAGGCTGCTTTAAAGTGCCCTATAAATGCGTCAGAAGGGTTGTGGAAATAGCATGATAAAAATTGTAAAGGGTGTTCTATTTAGAGCATTCCGGGACTATAACAGATGAATTTTGATTTTAC

Coding sequence (CDS)

ATGAGATGGGAAGTCAGTGAATTAACGGTGAAAGTACTGCTGTTGTTAAGCTTCCATTTCCAACTGTTGGGCCGAACCCACGAGCTGTTTCCGAGGTTCCAAAAGTTAGCAATGGAGGCTTTTTTAGATTCAGCAATGGGAAAAAGCCTTGGGCAACATTTTCTAAGGGCTTCATTCCCAATTCAAGGGTCAAATCAAAATGAAGCGGTTTTGCCATCCCCAGCAATGCACTGCTGTACTGAATGCGTGGATGATAACATAGAAATTTTGGTCCCTGATGGTGATGATGGCCTGTATGCGATTGATATTTTAGATCCATCTTCGGTGGTAAAATGCCTCCATGTGGATGACGTGTATCATTTTCATGATATGATTGATATGCTTGTTGGATGCGGGTACAAGAAGGGAACCACATTGTTTGGTTTTGGTTATGACTTCCGGCAGAGGGCATTGATTGTTCTTGGTGACAGAATTGGCAAAGCTATGGATGGTCTTAAAGCTAAGTTGGAAACTGCCAGTAAAGCTTCTGGTGGTAGAAAAGTGAATTTAATATCTCATTCTATGGGTGGGCTGCTAATTTCGTGTTTCATGTCACTCCATAATGATACTTTTTCCAGATATGTAAATAAGTGGATCTCTATAGCTTGCCCTTTCCAAGGTGCACCGGGATGCATCAATGATTGTCTGTTGACTGGATTGCAATTTGTTGAAGGCTTTGAAAGCCAATTTTTTGTATCTCGATGGACGTTTCACCAGCTGTTGGTTGAATGTCCTTCAATTTATGAGATGCTGGCAAATCTGGGATTCAATTGGCATGCACAACCACAGATCCAAGTTTGGCGAAAGAGTTCTGTCGATGGGAAAACTTCTGTTGATTTGAAGTCGTATGGCCCAACTGACAGTATTGCTTTATTTGAAGAAGCATTAAGAAATAACGAGATAAAATTTCATGGAAAGACCATTCCTCTGCCCTTCAACTTTGATATTCTCAAATGGGCTACTGGTACTCGCCAAGTAATTGATAGCGCAAGAATACCAGATGGAGTCGCCTTCTATAATATTTATGGAACATCATTCGATACACCTTTTGATGTGTGCTATGGCTCAGAGTCATTGCCGATTGAGGACTTGTCTGAAATCTGCCAAACTTTGCCTCAGTATTCCTATGTGGATGGAGATGGTACAGTTCCTAGTGAATCAGCCAAGGCTGATGGTTTTGAAGCAATTGAGAGAGTAGGAATCGCAGCAAGTCATCGAGGACTTTTGAAAGACGAAACAGTGTTTCAGTATATCCAGAAGTGGTTGGGAGTTGAAGAGAAGAAGACTAGTAAGCACCTAACAACTTCCAAAGTGGTCGATGCTTCTCTGAAGTAG

Protein sequence

MRWEVSELTVKVLLLLSFHFQLLGRTHELFPRFQKLAMEAFLDSAMGKSLGQHFLRASFPIQGSNQNEAVLPSPAMHCCTECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTLFGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSLHNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPSIYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGKTIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSEICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEEKKTSKHLTTSKVVDASLK

Homology

[Close]

BLAST of ClCG11G009130 vs. Swiss-Prot
Match: LCAT3_ARATH (Phospholipase A(1) LCAT3 OS=Arabidopsis thaliana GN=LCAT3 PE=1 SV=1)

HSP 1 Score: 527.3 bits (1357), Expect = 1.6e-148
Identity = 255/377 (67.64%), Postives = 303/377 (80.37%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TE +DDNIE+LVPD D GLYAIDILDPS  VK  H+ +VYHFHDMI+MLVGCGYKKGTTL
Sbjct: 76  TEPLDDNIEVLVPDDDHGLYAIDILDPSWFVKLCHLTEVYHFHDMIEMLVGCGYKKGTTL 135

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FG+GYDFRQ       +RI   + GLK KLETA K SGGRKV +ISHSMGGL++SCFM L
Sbjct: 136 FGYGYDFRQ------SNRIDLLILGLKKKLETAYKRSGGRKVTIISHSMGGLMVSCFMYL 195

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           H + FS+YVNKWI+IA PFQGAPGCIND +LTG+QFVEG ES FFVSRWT HQLLVECPS
Sbjct: 196 HPEAFSKYVNKWITIATPFQGAPGCINDSILTGVQFVEGLESFFFVSRWTMHQLLVECPS 255

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSV-DGKTSVDLKSYGPTDSIALFEEALRNNEIKFHG 319
           IYEM+AN  F W  QP+I+VWRK S  D  TSV+L+S+G  +SI LF +AL+NNE+ + G
Sbjct: 256 IYEMMANPDFKWKKQPEIRVWRKKSENDVDTSVELESFGLIESIDLFNDALKNNELSYGG 315

Query: 320 KTIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLS 379
             I LPFNF IL WA  TR++++ A++PDGV+FYNIYG S +TPFDVCYG+E+ PI+DLS
Sbjct: 316 NKIALPFNFAILDWAAKTREILNKAQLPDGVSFYNIYGVSLNTPFDVCYGTETSPIDDLS 375

Query: 380 EICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVE 439
           EICQT+P+Y+YVDGDGTVP+ESA A  F+A+  VG++ SHRGLL+DE VF+ IQ+WLGVE
Sbjct: 376 EICQTMPEYTYVDGDGTVPAESAAAAQFKAVASVGVSGSHRGLLRDERVFELIQQWLGVE 435

Query: 440 EKKTS-KHLTTSKVVDA 455
            KK   KHL T KVVD+
Sbjct: 436 PKKAKRKHLRTHKVVDS 446

[Close]

BLAST of ClCG11G009130 vs. Swiss-Prot
Match: LCAT4_ARATH (Lecithin-cholesterol acyltransferase-like 4 OS=Arabidopsis thaliana GN=LCAT4 PE=1 SV=1)

HSP 1 Score: 373.2 bits (957), Expect = 4.0e-102
Identity = 182/363 (50.14%), Postives = 246/363 (67.77%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           T  +D    I+VP    GL+AID+LDP  +V     + VY+FH+MI  ++G G+++G TL
Sbjct: 84  TISLDPKTSIVVPQDRAGLHAIDVLDPDMIVGR---ESVYYFHEMIVEMIGWGFEEGKTL 143

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FGFGYDFRQ       +R+ + +D    KLET  KASG +K+N+ISHSMGGLL+ CFM L
Sbjct: 144 FGFGYDFRQ------SNRLQETLDQFAKKLETVYKASGEKKINVISHSMGGLLVKCFMGL 203

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           H+D F +YV  WI+IA PF+GAPG I   LL G+ FV G+E  FFVS+W+ HQLL+ECPS
Sbjct: 204 HSDIFEKYVQNWIAIAAPFRGAPGYITSTLLNGMSFVNGWEQNFFVSKWSMHQLLIECPS 263

Query: 260 IYEMLANLGFNWHAQPQIQVWR-KSSVDG--KTSVDLKSYGPTDSIALFEEALRNNEIKF 319
           IYE++    F W   P +++WR K S DG   + V L+SY   +S+ +F ++L NN   +
Sbjct: 264 IYELMCCPYFKWELPPVLELWREKESNDGVGTSYVVLESYCSLESLEVFTKSLSNNTADY 323

Query: 320 HGKTIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIED 379
            G++I LPFN+ I++WA  T+QV+ SA++P  V FYNIYGT+ +TP  VCYG+E +P++D
Sbjct: 324 CGESIDLPFNWKIMEWAHKTKQVLASAKLPPKVKFYNIYGTNLETPHSVCYGNEKMPVKD 383

Query: 380 LSEICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLG 439
           L+ +    P Y  VDGDGTVP ESA ADG EA+ RVG+   HRG+L D  VF+ ++KWL 
Sbjct: 384 LTNLRYFQPTYICVDGDGTVPMESAMADGLEAVARVGVPGEHRGILNDHRVFRMLKKWLN 437

[Close]

BLAST of ClCG11G009130 vs. TrEMBL
Match: A0A0A0LHR5_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_2G093800 PE=4 SV=1)

HSP 1 Score: 723.8 bits (1867), Expect = 1.3e-205
Identity = 350/378 (92.59%), Postives = 364/378 (96.30%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TECVDDNIEILVPD DDGLYAIDILDPSS+VKCLHVDDVYHFHDMIDMLVGCGYKKGTTL
Sbjct: 78  TECVDDNIEILVPDDDDGLYAIDILDPSSMVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 137

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FGFGYDFRQ       +RIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL
Sbjct: 138 FGFGYDFRQ------SNRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 197

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           HNDTFSRYVNKWISIACPFQGAPGC+NDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS
Sbjct: 198 HNDTFSRYVNKWISIACPFQGAPGCVNDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 257

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           IYEMLA+LGFNWHAQP IQVW+KSSVDG+TSV+LKSYGPTDSIALFEEALRNNEIKFHGK
Sbjct: 258 IYEMLASLGFNWHAQPHIQVWQKSSVDGETSVNLKSYGPTDSIALFEEALRNNEIKFHGK 317

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
           TIPLPFNFDILKWATGTRQVIDSA++PDG++FYNIYGTSFDTPFDVCYGSESLPIEDLSE
Sbjct: 318 TIPLPFNFDILKWATGTRQVIDSAKLPDGISFYNIYGTSFDTPFDVCYGSESLPIEDLSE 377

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           ICQTLPQYSYVDGDGTVPSESAKADGFEA ERVG+AASHRGLLKD+TV QYIQKWLGVE+
Sbjct: 378 ICQTLPQYSYVDGDGTVPSESAKADGFEATERVGVAASHRGLLKDKTVLQYIQKWLGVEQ 437

Query: 440 KKTSKHLTTSKVVDASLK 458
            K  KHLTTSKVVDASLK
Sbjct: 438 -KVGKHLTTSKVVDASLK 448

[Close]

BLAST of ClCG11G009130 vs. TrEMBL
Match: A0A061F5E5_THECC (Lecithin:cholesterol acyltransferase 3 OS=Theobroma cacao GN=TCM_025110 PE=4 SV=1)

HSP 1 Score: 582.0 bits (1499), Expect = 6.2e-163
Identity = 276/376 (73.40%), Postives = 318/376 (84.57%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TE +DD+IEILVPD D GLYAIDILDPS +VK +H+ +VYHFHDMIDMLVGCGYKKGTTL
Sbjct: 76  TESLDDDIEILVPDDDYGLYAIDILDPSWLVKLMHLTEVYHFHDMIDMLVGCGYKKGTTL 135

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FG+GYDFRQ       +RI K M+GLK KLETA KASGGRKVN+ISHSMGGLL+ CF+SL
Sbjct: 136 FGYGYDFRQ------SNRIDKLMEGLKVKLETAHKASGGRKVNIISHSMGGLLVLCFLSL 195

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           HND FS+YVNKWI+IACPFQGAPGC+ND LLTGLQFVEGFE+ FFVSRWT HQLLVECPS
Sbjct: 196 HNDVFSKYVNKWITIACPFQGAPGCVNDSLLTGLQFVEGFEAYFFVSRWTMHQLLVECPS 255

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           +YEML N  F+W  QPQI VWR+ S DG+TSV L+SY PT+SI LF EALR+NE+ + G 
Sbjct: 256 VYEMLPNPDFSWKMQPQINVWREHSEDGETSVKLESYSPTESIVLFNEALRHNELNYGGN 315

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
           TI LPFN  IL WA GTR+VI++A++P G+ FYNIYGTSFDTPFDVCYG+E+ PI DLSE
Sbjct: 316 TIALPFNISILNWAAGTRKVINNAKLPSGICFYNIYGTSFDTPFDVCYGTETSPIGDLSE 375

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           IC T+PQY+YVDGDGTVP+ESA AD F A+ER G+AASHRGLL D+TVF+ IQKWLGVE+
Sbjct: 376 ICHTMPQYTYVDGDGTVPAESAMADRFAAVERAGVAASHRGLLCDKTVFKLIQKWLGVEQ 435

Query: 440 KKTSKHLTTSKVVDAS 456
           K T K+  TSKV DAS
Sbjct: 436 KVTRKYSKTSKVADAS 445

[Close]

BLAST of ClCG11G009130 vs. TrEMBL
Match: I1N411_SOYBN (Uncharacterized protein OS=Glycine max GN=GLYMA_18G244500 PE=4 SV=2)

HSP 1 Score: 578.6 bits (1490), Expect = 6.9e-162
Identity = 275/375 (73.33%), Postives = 314/375 (83.73%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TE +D   EI+VPD D GLYAIDILDPS   KC+H+ +VYHFHDMIDMLVGCGY KGTTL
Sbjct: 71  TETLDKKSEIVVPDDDHGLYAIDILDPSWFTKCIHLTEVYHFHDMIDMLVGCGYNKGTTL 130

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FG+GYDFRQ       +RIGK M+GLK+KLETA KASGGRKVNLISHSMGG++ISCFMSL
Sbjct: 131 FGYGYDFRQ------SNRIGKVMEGLKSKLETAHKASGGRKVNLISHSMGGIMISCFMSL 190

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           + D F++YVNKWI +ACPFQGAPGCIND LLTGL+FV+GF+S FFV RWT HQLLVECPS
Sbjct: 191 YRDVFTKYVNKWICLACPFQGAPGCINDSLLTGLEFVDGFQSYFFVKRWTMHQLLVECPS 250

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           IYEMLAN  + W  QP+I VWRK + DG  +++L+SYGPT SI+LFEEALR+NE+ + GK
Sbjct: 251 IYEMLANPYYEWKKQPEILVWRKHTKDGDNNINLESYGPTQSISLFEEALRDNEVNYKGK 310

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
           TI LPFNFDIL WA  TRQ+I +A++PDGV FYNIYGTS DTPFDVCYGSE+ PIEDLSE
Sbjct: 311 TISLPFNFDILDWAVETRQLIANAKLPDGVCFYNIYGTSLDTPFDVCYGSENSPIEDLSE 370

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           IC T+P YSYVDGDGTVPSESAK DG EA ERVG+AASHRG+L+DETVFQ+IQKWLGV E
Sbjct: 371 ICHTMPLYSYVDGDGTVPSESAKGDGLEATERVGVAASHRGILRDETVFQHIQKWLGV-E 430

Query: 440 KKTSKHLTTSKVVDA 455
               KH  TSKV DA
Sbjct: 431 PMVGKHSKTSKVADA 438

[Close]

BLAST of ClCG11G009130 vs. TrEMBL
Match: A0A0D2RB37_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_004G264000 PE=4 SV=1)

HSP 1 Score: 578.6 bits (1490), Expect = 6.9e-162
Identity = 274/376 (72.87%), Postives = 320/376 (85.11%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TE +D+++EILVPD D GLYAID+LDPS V+K LH  +VYHFHDMIDMLVGCGYKKGT+L
Sbjct: 77  TESLDEDVEILVPDDDYGLYAIDVLDPSLVIKLLHFSEVYHFHDMIDMLVGCGYKKGTSL 136

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FG+GYDFRQ       +RI K MDGLK KLETA KASGGRKV +ISHSMGGLL+ CFMSL
Sbjct: 137 FGYGYDFRQ------SNRIDKLMDGLKVKLETAYKASGGRKVTIISHSMGGLLVMCFMSL 196

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           HN+ FS+YVNKWI+IACPFQGAPGCIND LLTGLQF+EGFE+ FFVSRWT HQLLVECPS
Sbjct: 197 HNEVFSKYVNKWITIACPFQGAPGCINDALLTGLQFIEGFEAYFFVSRWTMHQLLVECPS 256

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           +YEML N  F+W  QPQI VWR  + DG+TSV L+SY P +SI+LF+EALR+NE+ + G 
Sbjct: 257 VYEMLPNPYFSWKMQPQINVWRGHTEDGETSVKLESYSPIESISLFKEALRHNELDYGGN 316

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
           TI LPFNF IL WA GTR++ID+A++P GV FYNIYGTSFDTPFDVCYG+E+ PI DLSE
Sbjct: 317 TIALPFNFSILNWAAGTRKLIDNAKLPSGVRFYNIYGTSFDTPFDVCYGTETSPIADLSE 376

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           IC T+PQY+YVDGDGTVP+ESA ADGFEA+ERVG+AA+HRGLL D+TVF+ IQKWLG+E+
Sbjct: 377 ICHTMPQYTYVDGDGTVPAESAMADGFEAVERVGVAATHRGLLCDQTVFKLIQKWLGIEQ 436

Query: 440 KKTSKHLTTSKVVDAS 456
            K  K L TSKVV+AS
Sbjct: 437 -KIKKQLKTSKVVNAS 445

[Close]

BLAST of ClCG11G009130 vs. TrEMBL
Match: A0A072UC29_MEDTR (Lecithin:cholesterol acyltransferase family protein OS=Medicago truncatula GN=MTR_7g080450 PE=4 SV=1)

HSP 1 Score: 578.2 bits (1489), Expect = 9.0e-162
Identity = 277/374 (74.06%), Postives = 315/374 (84.22%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TE +D   +I+VPD D GLYAIDILDPS  VKC+H+ +VYHFHDMIDMLVGCGY KGTTL
Sbjct: 72  TESLDKKSDIVVPDDDHGLYAIDILDPSWFVKCVHLTEVYHFHDMIDMLVGCGYVKGTTL 131

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FG+GYDFRQ       +R+ K MDGLK KLETA KASGGRKVN+ISHSMGG+LI CFMSL
Sbjct: 132 FGYGYDFRQ------SNRMDKLMDGLKLKLETAYKASGGRKVNIISHSMGGVLILCFMSL 191

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           + D FS+YVNKWI++ACPFQGAPGCIND LLTGL+FVEGFES FFVSRWTFHQLLVECPS
Sbjct: 192 YRDVFSKYVNKWIALACPFQGAPGCINDALLTGLEFVEGFESFFFVSRWTFHQLLVECPS 251

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           IYEMLAN  + W  +P+IQVWRK   DG   V+L+SYGPT SI++FEEALR+NE+K++GK
Sbjct: 252 IYEMLANPDYKWKKKPEIQVWRKHEKDGNVIVNLESYGPTQSISVFEEALRHNELKYNGK 311

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
            +P+PFN  ILKWATGTRQVI +A++PDGV+FYNIYGTSFDTPFDVCYGSE  PIEDLSE
Sbjct: 312 LMPVPFNLAILKWATGTRQVISNAKLPDGVSFYNIYGTSFDTPFDVCYGSEKSPIEDLSE 371

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           +CQTLPQYSYVDGDG+VP ESA ADG EA+ERVG+AA HRGLL D+TVFQ IQKWLG  E
Sbjct: 372 VCQTLPQYSYVDGDGSVPVESATADGLEAVERVGVAAEHRGLLHDKTVFQLIQKWLGA-E 431

Query: 440 KKTSKHLTTSKVVD 454
              SK   TSKV D
Sbjct: 432 PVVSKQSKTSKVAD 438

[Close]

BLAST of ClCG11G009130 vs. TAIR10
Match: AT3G03310.1 (AT3G03310.1 lecithin:cholesterol acyltransferase 3)

HSP 1 Score: 527.3 bits (1357), Expect = 9.2e-150
Identity = 255/377 (67.64%), Postives = 303/377 (80.37%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TE +DDNIE+LVPD D GLYAIDILDPS  VK  H+ +VYHFHDMI+MLVGCGYKKGTTL
Sbjct: 76  TEPLDDNIEVLVPDDDHGLYAIDILDPSWFVKLCHLTEVYHFHDMIEMLVGCGYKKGTTL 135

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FG+GYDFRQ       +RI   + GLK KLETA K SGGRKV +ISHSMGGL++SCFM L
Sbjct: 136 FGYGYDFRQ------SNRIDLLILGLKKKLETAYKRSGGRKVTIISHSMGGLMVSCFMYL 195

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           H + FS+YVNKWI+IA PFQGAPGCIND +LTG+QFVEG ES FFVSRWT HQLLVECPS
Sbjct: 196 HPEAFSKYVNKWITIATPFQGAPGCINDSILTGVQFVEGLESFFFVSRWTMHQLLVECPS 255

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSV-DGKTSVDLKSYGPTDSIALFEEALRNNEIKFHG 319
           IYEM+AN  F W  QP+I+VWRK S  D  TSV+L+S+G  +SI LF +AL+NNE+ + G
Sbjct: 256 IYEMMANPDFKWKKQPEIRVWRKKSENDVDTSVELESFGLIESIDLFNDALKNNELSYGG 315

Query: 320 KTIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLS 379
             I LPFNF IL WA  TR++++ A++PDGV+FYNIYG S +TPFDVCYG+E+ PI+DLS
Sbjct: 316 NKIALPFNFAILDWAAKTREILNKAQLPDGVSFYNIYGVSLNTPFDVCYGTETSPIDDLS 375

Query: 380 EICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVE 439
           EICQT+P+Y+YVDGDGTVP+ESA A  F+A+  VG++ SHRGLL+DE VF+ IQ+WLGVE
Sbjct: 376 EICQTMPEYTYVDGDGTVPAESAAAAQFKAVASVGVSGSHRGLLRDERVFELIQQWLGVE 435

Query: 440 EKKTS-KHLTTSKVVDA 455
            KK   KHL T KVVD+
Sbjct: 436 PKKAKRKHLRTHKVVDS 446

[Close]

BLAST of ClCG11G009130 vs. TAIR10
Match: AT4G19860.1 (AT4G19860.1 alpha/beta-Hydrolases superfamily protein)

HSP 1 Score: 373.2 bits (957), Expect = 2.2e-103
Identity = 182/363 (50.14%), Postives = 246/363 (67.77%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           T  +D    I+VP    GL+AID+LDP  +V     + VY+FH+MI  ++G G+++G TL
Sbjct: 84  TISLDPKTSIVVPQDRAGLHAIDVLDPDMIVGR---ESVYYFHEMIVEMIGWGFEEGKTL 143

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FGFGYDFRQ       +R+ + +D    KLET  KASG +K+N+ISHSMGGLL+ CFM L
Sbjct: 144 FGFGYDFRQ------SNRLQETLDQFAKKLETVYKASGEKKINVISHSMGGLLVKCFMGL 203

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           H+D F +YV  WI+IA PF+GAPG I   LL G+ FV G+E  FFVS+W+ HQLL+ECPS
Sbjct: 204 HSDIFEKYVQNWIAIAAPFRGAPGYITSTLLNGMSFVNGWEQNFFVSKWSMHQLLIECPS 263

Query: 260 IYEMLANLGFNWHAQPQIQVWR-KSSVDG--KTSVDLKSYGPTDSIALFEEALRNNEIKF 319
           IYE++    F W   P +++WR K S DG   + V L+SY   +S+ +F ++L NN   +
Sbjct: 264 IYELMCCPYFKWELPPVLELWREKESNDGVGTSYVVLESYCSLESLEVFTKSLSNNTADY 323

Query: 320 HGKTIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIED 379
            G++I LPFN+ I++WA  T+QV+ SA++P  V FYNIYGT+ +TP  VCYG+E +P++D
Sbjct: 324 CGESIDLPFNWKIMEWAHKTKQVLASAKLPPKVKFYNIYGTNLETPHSVCYGNEKMPVKD 383

Query: 380 LSEICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLG 439
           L+ +    P Y  VDGDGTVP ESA ADG EA+ RVG+   HRG+L D  VF+ ++KWL 
Sbjct: 384 LTNLRYFQPTYICVDGDGTVPMESAMADGLEAVARVGVPGEHRGILNDHRVFRMLKKWLN 437

[Close]

BLAST of ClCG11G009130 vs. TAIR10
Match: AT3G03370.2 (AT3G03370.2 FUNCTIONS IN: molecular_function unknown)

HSP 1 Score: 53.9 bits (128), Expect = 3.0e-07
Identity = 28/51 (54.90%), Postives = 33/51 (64.71%), Query Frame = 1


Query: 78  CCTECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDML 129
           C TE +DDNIE+LVPD D GLYAIDILDPS  V     +D+    D++ +L
Sbjct: 12  CYTEPLDDNIEVLVPDDDHGLYAIDILDPSWKVA---NEDISGLGDLVSVL 59

[Close]

BLAST of ClCG11G009130 vs. NCBI nr
Match: gi|449442247|ref|XP_004138893.1| (PREDICTED: phospholipase A(1) LCAT3 [Cucumis sativus])

HSP 1 Score: 723.8 bits (1867), Expect = 1.9e-205
Identity = 350/378 (92.59%), Postives = 364/378 (96.30%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TECVDDNIEILVPD DDGLYAIDILDPSS+VKCLHVDDVYHFHDMIDMLVGCGYKKGTTL
Sbjct: 78  TECVDDNIEILVPDDDDGLYAIDILDPSSMVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 137

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FGFGYDFRQ       +RIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL
Sbjct: 138 FGFGYDFRQ------SNRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 197

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           HNDTFSRYVNKWISIACPFQGAPGC+NDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS
Sbjct: 198 HNDTFSRYVNKWISIACPFQGAPGCVNDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 257

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           IYEMLA+LGFNWHAQP IQVW+KSSVDG+TSV+LKSYGPTDSIALFEEALRNNEIKFHGK
Sbjct: 258 IYEMLASLGFNWHAQPHIQVWQKSSVDGETSVNLKSYGPTDSIALFEEALRNNEIKFHGK 317

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
           TIPLPFNFDILKWATGTRQVIDSA++PDG++FYNIYGTSFDTPFDVCYGSESLPIEDLSE
Sbjct: 318 TIPLPFNFDILKWATGTRQVIDSAKLPDGISFYNIYGTSFDTPFDVCYGSESLPIEDLSE 377

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           ICQTLPQYSYVDGDGTVPSESAKADGFEA ERVG+AASHRGLLKD+TV QYIQKWLGVE+
Sbjct: 378 ICQTLPQYSYVDGDGTVPSESAKADGFEATERVGVAASHRGLLKDKTVLQYIQKWLGVEQ 437

Query: 440 KKTSKHLTTSKVVDASLK 458
            K  KHLTTSKVVDASLK
Sbjct: 438 -KVGKHLTTSKVVDASLK 448

[Close]

BLAST of ClCG11G009130 vs. NCBI nr
Match: gi|659082295|ref|XP_008441766.1| (PREDICTED: phospholipase A(1) LCAT3 [Cucumis melo])

HSP 1 Score: 722.2 bits (1863), Expect = 5.5e-205
Identity = 350/378 (92.59%), Postives = 364/378 (96.30%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TECVDDNIEILVPD DDGLYAIDILDPSS+VKCLHVDDVYHFHDMIDMLV CGYKKGTTL
Sbjct: 79  TECVDDNIEILVPDDDDGLYAIDILDPSSMVKCLHVDDVYHFHDMIDMLVECGYKKGTTL 138

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FGFGYDFRQ       +RIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL
Sbjct: 139 FGFGYDFRQ------SNRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 198

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           HNDTFSRYVNKWISIACPFQGAPGC+NDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS
Sbjct: 199 HNDTFSRYVNKWISIACPFQGAPGCVNDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 258

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           IYEMLA+LGFNWHAQP IQVW+KSSVDG+TSVDLKSYGPTDSI LF+EALRNNEIKFHGK
Sbjct: 259 IYEMLASLGFNWHAQPHIQVWQKSSVDGETSVDLKSYGPTDSIDLFKEALRNNEIKFHGK 318

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
           TIPLPFNFDILKWATGTRQVIDSA++PDG++FYNIYGTSFDTPFDVCYGSES PIEDLSE
Sbjct: 319 TIPLPFNFDILKWATGTRQVIDSAKLPDGISFYNIYGTSFDTPFDVCYGSESSPIEDLSE 378

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVG+AASHRGLLKD+TVFQYIQKWLGVE+
Sbjct: 379 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGVAASHRGLLKDKTVFQYIQKWLGVEQ 438

Query: 440 KKTSKHLTTSKVVDASLK 458
            K SKHLTTSKVVDASLK
Sbjct: 439 -KVSKHLTTSKVVDASLK 449

[Close]

BLAST of ClCG11G009130 vs. NCBI nr
Match: gi|1009118245|ref|XP_015875755.1| (PREDICTED: phospholipase A(1) LCAT3 [Ziziphus jujuba])

HSP 1 Score: 594.0 bits (1530), Expect = 2.3e-166
Identity = 280/378 (74.07%), Postives = 328/378 (86.77%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TE +D+N E++VPD D GLYAIDILDPS+++KCLH+ +VY FHDMIDMLVGCGYKKGTTL
Sbjct: 73  TETLDENTELVVPDDDYGLYAIDILDPSAIIKCLHLTEVYQFHDMIDMLVGCGYKKGTTL 132

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FG+GYDFRQ       +RI K+M+ LK KLETA KASGGRKVN+ISHSMGGLL+ CF+SL
Sbjct: 133 FGYGYDFRQ------SNRIDKSMEDLKVKLETAYKASGGRKVNIISHSMGGLLVLCFLSL 192

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           H+D F++YVNKWI IACPFQGAPGCIND LLTGLQFV+G ES FFVSRWT HQLLVECPS
Sbjct: 193 HSDVFTKYVNKWICIACPFQGAPGCINDSLLTGLQFVDGLESYFFVSRWTMHQLLVECPS 252

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           IYEMLAN  FNW  QP+IQVWRK S DG+T V+L+SYGPT+SI LFEEALR+NE+ ++GK
Sbjct: 253 IYEMLANPEFNWKKQPEIQVWRKLSEDGETYVELESYGPTESITLFEEALRHNELDYNGK 312

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
           T+ LPFNF ILKWA GTRQV++ A++P+GV+FYNIYGTSFDTP+DVCYGS+  PIEDLSE
Sbjct: 313 TVALPFNFAILKWAAGTRQVVNDAKLPEGVSFYNIYGTSFDTPYDVCYGSKESPIEDLSE 372

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           IC +LP+YSYVDGDGTVP+ESA+A+GF+A+ER G+ ASHRGLL+DE VFQ IQKWLGV E
Sbjct: 373 ICHSLPEYSYVDGDGTVPAESAEANGFKAVERAGVPASHRGLLRDEKVFQLIQKWLGV-E 432

Query: 440 KKTSKHLTTSKVVDASLK 458
           KK+ KH  TSKV DA LK
Sbjct: 433 KKSKKHSKTSKVADAFLK 443

[Close]

BLAST of ClCG11G009130 vs. NCBI nr
Match: gi|590637791|ref|XP_007029217.1| (Lecithin:cholesterol acyltransferase 3 [Theobroma cacao])

HSP 1 Score: 582.0 bits (1499), Expect = 9.0e-163
Identity = 276/376 (73.40%), Postives = 318/376 (84.57%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TE +DD+IEILVPD D GLYAIDILDPS +VK +H+ +VYHFHDMIDMLVGCGYKKGTTL
Sbjct: 76  TESLDDDIEILVPDDDYGLYAIDILDPSWLVKLMHLTEVYHFHDMIDMLVGCGYKKGTTL 135

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FG+GYDFRQ       +RI K M+GLK KLETA KASGGRKVN+ISHSMGGLL+ CF+SL
Sbjct: 136 FGYGYDFRQ------SNRIDKLMEGLKVKLETAHKASGGRKVNIISHSMGGLLVLCFLSL 195

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           HND FS+YVNKWI+IACPFQGAPGC+ND LLTGLQFVEGFE+ FFVSRWT HQLLVECPS
Sbjct: 196 HNDVFSKYVNKWITIACPFQGAPGCVNDSLLTGLQFVEGFEAYFFVSRWTMHQLLVECPS 255

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           +YEML N  F+W  QPQI VWR+ S DG+TSV L+SY PT+SI LF EALR+NE+ + G 
Sbjct: 256 VYEMLPNPDFSWKMQPQINVWREHSEDGETSVKLESYSPTESIVLFNEALRHNELNYGGN 315

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
           TI LPFN  IL WA GTR+VI++A++P G+ FYNIYGTSFDTPFDVCYG+E+ PI DLSE
Sbjct: 316 TIALPFNISILNWAAGTRKVINNAKLPSGICFYNIYGTSFDTPFDVCYGTETSPIGDLSE 375

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           IC T+PQY+YVDGDGTVP+ESA AD F A+ER G+AASHRGLL D+TVF+ IQKWLGVE+
Sbjct: 376 ICHTMPQYTYVDGDGTVPAESAMADRFAAVERAGVAASHRGLLCDKTVFKLIQKWLGVEQ 435

Query: 440 KKTSKHLTTSKVVDAS 456
           K T K+  TSKV DAS
Sbjct: 436 KVTRKYSKTSKVADAS 445

[Close]

BLAST of ClCG11G009130 vs. NCBI nr
Match: gi|823154131|ref|XP_012476928.1| (PREDICTED: phospholipase A(1) LCAT3 isoform X1 [Gossypium raimondii])

HSP 1 Score: 578.6 bits (1490), Expect = 9.9e-162
Identity = 274/376 (72.87%), Postives = 320/376 (85.11%), Query Frame = 1


Query: 80  TECVDDNIEILVPDGDDGLYAIDILDPSSVVKCLHVDDVYHFHDMIDMLVGCGYKKGTTL 139
           TE +D+++EILVPD D GLYAID+LDPS V+K LH  +VYHFHDMIDMLVGCGYKKGT+L
Sbjct: 77  TESLDEDVEILVPDDDYGLYAIDVLDPSLVIKLLHFSEVYHFHDMIDMLVGCGYKKGTSL 136

Query: 140 FGFGYDFRQRALIVLGDRIGKAMDGLKAKLETASKASGGRKVNLISHSMGGLLISCFMSL 199
           FG+GYDFRQ       +RI K MDGLK KLETA KASGGRKV +ISHSMGGLL+ CFMSL
Sbjct: 137 FGYGYDFRQ------SNRIDKLMDGLKVKLETAYKASGGRKVTIISHSMGGLLVMCFMSL 196

Query: 200 HNDTFSRYVNKWISIACPFQGAPGCINDCLLTGLQFVEGFESQFFVSRWTFHQLLVECPS 259
           HN+ FS+YVNKWI+IACPFQGAPGCIND LLTGLQF+EGFE+ FFVSRWT HQLLVECPS
Sbjct: 197 HNEVFSKYVNKWITIACPFQGAPGCINDALLTGLQFIEGFEAYFFVSRWTMHQLLVECPS 256

Query: 260 IYEMLANLGFNWHAQPQIQVWRKSSVDGKTSVDLKSYGPTDSIALFEEALRNNEIKFHGK 319
           +YEML N  F+W  QPQI VWR  + DG+TSV L+SY P +SI+LF+EALR+NE+ + G 
Sbjct: 257 VYEMLPNPYFSWKMQPQINVWRGHTEDGETSVKLESYSPIESISLFKEALRHNELDYGGN 316

Query: 320 TIPLPFNFDILKWATGTRQVIDSARIPDGVAFYNIYGTSFDTPFDVCYGSESLPIEDLSE 379
           TI LPFNF IL WA GTR++ID+A++P GV FYNIYGTSFDTPFDVCYG+E+ PI DLSE
Sbjct: 317 TIALPFNFSILNWAAGTRKLIDNAKLPSGVRFYNIYGTSFDTPFDVCYGTETSPIADLSE 376

Query: 380 ICQTLPQYSYVDGDGTVPSESAKADGFEAIERVGIAASHRGLLKDETVFQYIQKWLGVEE 439
           IC T+PQY+YVDGDGTVP+ESA ADGFEA+ERVG+AA+HRGLL D+TVF+ IQKWLG+E+
Sbjct: 377 ICHTMPQYTYVDGDGTVPAESAMADGFEAVERVGVAATHRGLLCDQTVFKLIQKWLGIEQ 436

Query: 440 KKTSKHLTTSKVVDAS 456
            K  K L TSKVV+AS
Sbjct: 437 -KIKKQLKTSKVVNAS 445

The following BLAST results are available for this feature:

BLAST of ClCG11G009130 vs. Swiss-Prot


Match Name	E-value	Identity	Description
LCAT3_ARATH	1.6e-148	67.64	Phospholipase A(1) LCAT3 OS=Arabidopsis thaliana GN=LCAT3 PE=1 SV=1	[more]
LCAT4_ARATH	4.0e-102	50.14	Lecithin-cholesterol acyltransferase-like 4 OS=Arabidopsis thaliana GN=LCAT4 PE=...	[more]

BLAST of ClCG11G009130 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LHR5_CUCSA	1.3e-205	92.59	Uncharacterized protein OS=Cucumis sativus GN=Csa_2G093800 PE=4 SV=1	[more]
A0A061F5E5_THECC	6.2e-163	73.40	Lecithin:cholesterol acyltransferase 3 OS=Theobroma cacao GN=TCM_025110 PE=4 SV=...	[more]
I1N411_SOYBN	6.9e-162	73.33	Uncharacterized protein OS=Glycine max GN=GLYMA_18G244500 PE=4 SV=2	[more]
A0A0D2RB37_GOSRA	6.9e-162	72.87	Uncharacterized protein OS=Gossypium raimondii GN=B456_004G264000 PE=4 SV=1	[more]
A0A072UC29_MEDTR	9.0e-162	74.06	Lecithin:cholesterol acyltransferase family protein OS=Medicago truncatula GN=MT...	[more]

BLAST of ClCG11G009130 vs. TAIR10


Match Name	E-value	Identity	Description
AT3G03310.1	9.2e-150	67.64	lecithin:cholesterol acyltransferase 3	[more]
AT4G19860.1	2.2e-103	50.14	alpha/beta-Hydrolases superfamily protein	[more]
AT3G03370.2	3.0e-07	54.90	FUNCTIONS IN: molecular_function unknown	[more]

BLAST of ClCG11G009130 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|449442247\|ref\|XP_004138893.1\|	1.9e-205	92.59	PREDICTED: phospholipase A(1) LCAT3 [Cucumis sativus]	[more]
gi\|659082295\|ref\|XP_008441766.1\|	5.5e-205	92.59	PREDICTED: phospholipase A(1) LCAT3 [Cucumis melo]	[more]
gi\|1009118245\|ref\|XP_015875755.1\|	2.3e-166	74.07	PREDICTED: phospholipase A(1) LCAT3 [Ziziphus jujuba]	[more]
gi\|590637791\|ref\|XP_007029217.1\|	9.0e-163	73.40	Lecithin:cholesterol acyltransferase 3 [Theobroma cacao]	[more]
gi\|823154131\|ref\|XP_012476928.1\|	9.9e-162	72.87	PREDICTED: phospholipase A(1) LCAT3 isoform X1 [Gossypium raimondii]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR003386	LACT/PDAT_acylTrfase

Vocabulary: **Biological Process**
Term	Definition
GO:0006629	lipid metabolic process

Vocabulary: **Molecular Function**
Term	Definition
GO:0008374	O-acyltransferase activity

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0042967	acyl-carrier-protein biosynthetic process
biological_process	GO:0006629	lipid metabolic process
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0008374	O-acyltransferase activity

Relationships

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


Feature Name	Unique Name	Type
ClCG11G009130.1	ClCG11G009130.1	mRNA

InterPro

Analysis Name: InterPro Annotations of watermelon (Charleston Gray)
Date Performed: 2016-09-28


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR003386	Lecithin:cholesterol/phospholipid:diacylglycerol acyltransferase	PFAM	PF02450	LCAT	coord: 94..226 score: 7.2
None	No IPR available	PANTHER	PTHR11440	LECITHIN-CHOLESTEROL ACYLTRANSFERASE-RELATED	coord: 79..455 score: 6.5E
None	No IPR available	PANTHER	PTHR11440:SF53	PHOSPHOLIPASE A(1) LCAT3	coord: 79..455 score: 6.5E

Synteny

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


Gene	Orthologue	Organism	Block
ClCG11G009130	Cla97C11G214710	Watermelon (97103) v2	wcgwmbB067

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

None

The following block(s) are covering this gene:


Gene	Organism	Block
ClCG11G009130	Bottle gourd (USVL1VR-Ls)	lsiwcgB088