MELO3C010097 (gene) Melon (DHL92) v3.5.1 | Cucurbit Genomics Database (CuGenDB)

Overview


Name	MELO3C010097
Type	gene
Organism	Cucumis melo (Melon (DHL92) v3.5.1)
Description	Putative plastid-lipid-associated protein 4
Location	chr2 : 12825165 .. 12846949 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDS

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

GCGCAAAAATAGTAACGGTTTGTTTTTCAGCAGATAAAAAATGGCTATGGCTGTGGCCTTATCTTCATCTACAGTTACTCCGACCGCCAAATTCTGGCCTCCTTCAACATCGCAACCACCCAGGTTTCTTCCTATTATTCCCTCAAACCCGTCTTCGAACACTAACCTCCTCACTTCTTCACCTTCTCACAAGTGGAGGCTCAGGATCTCTTTCTTTCCTGCCTTTTTGAACAAAGGAAAAGGAAATAATGTTACTGCTCTTAAACAGGAACTTCTTCAGGCAATTGCCCCCCTTGATCGAGGAGCTGAGGCCACTCCTGAAGATCAGGAAATGGTTGATCAGGTTTGGGTTTCCTCACTTGCCTTTTAATTTCAACAGCCCCACCAGGTGAGTGAGGTTGATAAATAAAGATAATTTGATGTTTCAGAGTCAGGGGATTGGGGCGGGCATATATTTTAAAAAGGAGAAGTTAGGCTGGTAGGGAAATTAAAAATGATGCTATTCTATTTAACCGTATACCTATTCTAAGTTTCAGAGAGGGCAAAGAAAACCACATTGTGGACTGATCATTTTTTGTAGGATAGTCTGATCTGCATATTTTAAGAAAATGGGATTACCTCCTTGAATGAATAAGAGGATGTGAAGTGATGGGAAGAATTTCTTTTGTCATAGTTATGGAGGTTTTATTTGGTCAGTTATCTCTGTGATGGACGTTGGATCCCGATACTATTGGAGGGAAAAGGTGGTTGTGTTTTAATTTTTTTTTTTTTATCCCTTCTGATTGGGCTGCAACTATTTTCGCTAAAGATCTAGTAGACAACAATAGTAACAAATAAGGGTAAGTTAACCAGAGCTTTACCTTTTTTGAAATGGGGTTAATATAAATTATAAGTTTTTCTAGATCATAGTAATGTGAGAGGAATGTATATTGGTTTGTTAAGTGGCATTGAGATCAAGTAGTGAATTTTGCGGGTATTACTAGTGAACATGATAAACCTTGGTACTTCCATAAGATGTTTAGTTTTCCATACGACGTCTAGATTTCTTTCAGCTTTTTCATGTTGTGTTCTAATCTTTCTTCGTCTTCTTTTATTTATTTATTTTTTATTTTTTATATGTATATATCTACTAACATAGCATTAAATGCATTATCAGTCTTCTGGATTTGACTTTTGGTGTCAAGTTGGTTATGTGTACATACATATCTATAACCAGTTTTTGCATGTACAGATACATAAATATGTGCATGCTTCTGTTTTATAAGAAACCACACTTTCATTGAAATAAGTGACTGAATACAAGGGGAATACCAAAATAATTAAGGATCAAGCTAACAAAAGTTGCGTCAATCAAACAAAATAAGATCTAAGAGACTTCATTCCAACAAGTCTAACTAAGACCAAAATGTGAGACTCCCAATTAACCATCTGAACTTGGGAAGGGGTTAAGAAGGGTAATTCACAGGAGACCATTGTTTATGACTATGAAGCACAAACACATATGTTGATAAGACAGGATATGAAAATACGTCAATTTCTAAAAATTAAGGTATTGGATACATTGAAGATCATCATTTTGAAGCTTTCAAGTTCCCCATCGAGGAGGTTGAGTTTATGTAAGGATTTGATGATTTACATTTGCTTGAGGTTGAAGCTGTCATCTTACACAACTACCTAATACTTCAAGTTAAATTAAAGGAGATTTAGATAGTGAAAAAGACAAAAACAAAGCTGGGAAAAATTGATTGACAGCTCGATGACGAGGGTTGTAGTCAAAGAAATGAAATGAAGATCGAGGGGGAGGGCCATGATTTTGGTGTAAAATGAGAAAGAATGTGATTTCTAGGGTTTGTTTTCTTTTACTTTTTTCTGTTATTTATGTATATTATCTTTATATTTGTAAAAGTAACATGAAGCTAGATACTAATTGTAGTCTACTAAAAAATATTAATACCAAGTTGATACTAAATTTTGGAAAGTGAAATACATATTTACATTTGTCCACGAAAAATTCATGATTCAACAAATCAAAACAAAGTTTTCAGTAAAAAGTATTTTCGAAACTAGAAAAATTTGAAGCTTTGAAGTCCCAAATCTCATAACATCTTCAACAACGAAGGAGGAGGTTGAGTTTATGTAAGTATTTTATGATTTACAGTTGCTTGAGGTTGAAGCTGTCATCTTACACAACTACCTAATACTTCAAGTTAAATTAAAGGAGATTTAGAAAGAGTGTAAAAAAAAAAAACAAAAACAAAGTTGGGCAAAATGAAGACAAAAGGGGGAGGGTCATGATTTTGGTGTACAATGAGAAAGAATATGATTTTTGGGATTTATTTTCTTTTATTTTTTTCTGTTATTTATTTATTTTATTTGGGCTACCACATTGAGCTTGTGAAATAAGTGGAGTGTCTTAGATAATACGAGGATCCATCTCAAAACCATTTTGCAATGAGAGGAGTAGTCCATATATCTTATAAGTAATGTATGGTCCCTTCATGTTTGCAATGTCTGATTCTGAATAGGTTGTGGGCTGGGCATTTAAAATACAACATCAAGCCTTCAAAAAATAGCTTCAACATGTCCCCTTCACATATTTGGGATAGGACACATGTATCACGAAAAACAAAATAAATAAATAAAAACTTCAAATCATGTTTTGGGAATGTATCTGTTAGATACCTAGATTAATGTAGGGTTAGGGATATAAAGGTAATTAGATATTTAGACAGTTACATATGGTAGTGGTTATCAATAAGAAGTTGGAGAGGGAAGAAGGGGGATTTTGGTGAGTGGTTTCTGCTAAGTTCCTTGAGAGAAAGAAAAGATAGAGAGGATAGTTTTTACTTGTTCTTAGTTATTTTCTGCATTTTCATCTCAGAATTGATATTCATCAATTCTTCTATGTAGTAGTGAGGTTTATATCAATTGAATAAGAACACATCTTCTTGGTGTTCTAGTTCTATCATTTGGAATCAGAGCTTTTTACTTGGGAAAACGATAGAGAATGGCATGCACACGAATCGAAGAGAAGTTGGAGACCTTTGATTAGGAAATCTCGGGGATACGAGTGGAGTCCCACAAGTTGTCGACAATCAAAGAAACCTTGTTATCCTTGGCAAAGAGCATCGAAAGATTGGGCATCCAGTGGGAAAAACATCAACTACTATTGCTAAAATGCATAGAAGGAGTAGTGAAGAACAATTTGACAATGTTTGGAGGAATGGAAGGATCGTCGAGCAAAGGACCGCCAATTGAGAGTATCATTGAAGGTGGAGTACGACATTGAAGGGAATCAAGCTAGAAGGTAAAACGAACAAGTCTGAAGGGGATGAAAACTTGAACGATCGTAGCAAATTCAAGAAGGTCGAAATACCTATGCAACACTGATCCGGATTCGTGTCGGTTTAGAGCAGATCGGTAACTTCAGATTCATAAATCGATGGATTCCAAGAAGAGGTTGCTGAATCCAGAGAAGAATCGAGGAAAACGCGATTGCAATCACTATATAGCGAAGGTGAAACTGAAGAGGATGGTGAAGAGTGACCAAGAAGAATCTATAGAGGAAGGTCGACGAGGATTACTTGTGAGGCTCAAAATGAAGACTCAGGTGAAGAAAAAATTGCTGCTCAAAGAAGTAGAAAACGGCTGGTTGCGGTGGAGAAAGAAGACGCCGGCAGTTGCCGATCTACGGTGGCCAGAGAAGGTGGTCTGGAATAGGGGTGAACCACGTGAAGAGGAAGATGAAGTTTCTGCCCACGTGATGGTGCCAATGACGTGACAGAAATTGATAGGAAAGAGGGTTGGGGCAAGAGAAATAAACCCTAAAATTTTGGGTTTTACTATTTCAAGTGGGCTTCAACTTATTCTAAATAAAACATTGGAGGCCTATCATTATGTAGATGAAGTGGGTGGTGAGTTCCAAAATGGAAGGGAAGAAAAATGTGCCTAAAGGTGGGTCCCAAAAATGAAATTGACGATAGTATGATGGAAGCTTGTGGTTGTTTATAAGGAGGGTAAAGGTGTGTGAAGGCCTCCAATTATTCATACTTATAAGAGAAAGGGCAGAAAAGTAATTACGAACAATCCAATGATGAGGAAATGGCTGCAGAAGAAGATCGTGATTGATGGGGCCCATGGGTAGGAAAGAGAGTGCTATAAATATGTTTTGTGGGAATTGTGTAGGTATGGTTTCTTTTATTGTGTAAAAGCTGCAGAAAGCTTTGGTAGAGGAATATCTCACCCTCCTTGTAAAGGTGCTGGGTAAGCATTGTTATTTCCTTTTATATTTTGTTGTTGAACTCTCTGTGATCTTATATTTGGCTGAAAGTAATATAAATAATAGAGTGCTGCCTTTGTTTTAGCCCTTTTTGTTAGGATTGCTTGTGATATTTGAGTTAGAATCCTAACAATTGGTATCAGAGCCTAGAAAATCTAGGGGTTGTTACATGTTTGGTGGTTCACAAATAGATGGAAGAGAGGTTAGAAGGGACGGAAAAGGAAGTTTTAGGGCTATAGGAATGATGCTTGATCTGAAGAAGGTCATTGATAGGATGGCAGAGGATATGAGAGAAAACACCAACTACAAACGCAAGGAAGAATCTGGTACATCTGATGGTTCTGTCATGAAGTTGAAAGAAAAAATGGAAGACCTGAAAATTGTAACTGATAATGGCACATTAACAGTGGACTGAAGCAAGTATAAAAGTTAGAAATGCCCATGGTTTTGGGGGAGAATCCAGAGTTTTGGGTGTCCATGGCTGAGCATTTTTTTAAATCAATAACCTCCCAAAATCTGAGAAGGTAAAGGTAACAGTAGTGAGTTTTGGGCAAGATGAGGTTGATTGGTACAGATGGAGCCACAATATAAAAAGGTGGAATCGTGTGAAGATCTAAAAGGGAGAATGTTTGAATATTTTCGTGACACTGGACAAAGAAGTTTGGGAGCAAGATTAATACGCATTCAGCAAGGGCTTTGACAATGATTATATGAAGAAATTTGTGAATTATTCAGCACCCTTACCTGATATGGCAGAGAGTGTCCTCATGGATGACTTCGTGACTGGACTAGAACCAGCCCTATAAGCTGAAGTAGTCGGTAGACAACCCCAAACATTGGAAGCTTGTATGAGAAAGGGGTTAATGATAGAAATTTAACATTAAAATTTGCAAGAGCTGAACTAGGGATACTTGAACTCAAGGGAGGGGATGCTTCATCAACCAAGATTGTGGGAGGTAATGAAAAAGGGAACCCAAGAAAGACAGAATTCCAGATGAAACAAATCACTATCCCTATCAAAGGGAACTACCCAAAAGGAGAGCCACCTGTAAAGAGATTGTTAGATACAAAATTTAGAGCAAGATTAGATAAAGGCCTTTGTTTCATATGCAATGAGATATACTCTCATGGGCACCGATGTAAAGTTAAAGAAAAAAGGGAGCTTATGTTGTTCATTTTTAATGAGGAAGAAGGAGCAGAAGGAGTAATAGTGGAAATCGAAGAAGACATTGTGGAATTGAAGAACTTAGAAGTACCCGTGGAGACTGAAATTGAGTTGAAGACTATTATGGGTTTTGCGGCCTAGGGAACTATGAAATTAAAAGGATCAGTCAAAGAGAAGGAAGTAATTGTGTTATTGGACAGTGGGGCTACTCATAACTTCATACATTAAACATTAGTGGAGGAGATGGGTATAATGATTGTGAGGGGTGCTACCTTTGGGGTAACCATTGGAAAGGGGACAGATAGAAGAGGGAAAGGGCTATGTAAAAGAGTAGAGTTGAAACTTCCCGAATTAACTATCATTGCTGATTTTCTTGTAGTAGAGTTGGGGAAGGTTGTATCATACTAGACATGCAGTGGTTGTGTACCACTGGATTTATGGGAGTCCATTGGCCCTCTCTAACAATGACCTTTATGGTGGGAGAAAAGTAGATTACTCAAAAAGGGGATCCCTCTTTAATAAAAGCTGAATGCTTTTTAAAAACTATACAAAAGACATGAGAAAAAGAAGACCAGGGTTCCTACTTGAGTTACAGAACTTTGAAATTGAAGAGGAGATCAACTATGAAGAAGTGTTAGAAAAAAGGGAGGAGGAAGATTTACCTATGATTCGGTTTCTGTTAAACAATATACTGACATATTTGCACCACCTACTAGGCTACCTCCGAAAAGGGAAGTTGACCACCACATTATGACCTTACTAGGACAGAAACCGATCGATGTACGCCCTTACAAGTATGGACATGCTCAGAAAGAGTATAAATTAAGAAATCAGTGACTGAAATGCTACAAGCAGGGGTAATTCGACCAAGTCACCACCCTTTCTCAAGCCTAGTTCTATTAGTCTGGAAAAAAGATGGAGGGTGGCGGTTGTGTGTCGATTATAGAAAGCTCAATCAAGTCACAATATCAGACAAGTTCCCAATTCCAGTTATAGAACTTTTGGATGAACTTCATGGGACAACGATTTTTTCCAAGCTGGATTTAAAGTCTGGATACCTGTAGATTCGAATGAGGGGAGAAGACATTGAAAAGACAGCTTTCAGGACACATGAGGGTCACTACGAATTTCTGGTAATGCCGTTCGGCTTAACCAATGCTCCGGCCACCTGCCAGCCACCGATGAACCAGGTATTTTGCCCCTTCCTAAGTCTTTGTGTACTTGTATTTTTTGATGATATATTGGTCTATAGTTTTGATGTGACTGTACATGAAAAGCACTTGGGGATGGTGTTTGCTGTTCCTAGAGATAATCAACTGTTTGCAAACAGAAAAAAATGAGTTATAGCCCACTCTAGAATCCAATATCTAGGCCACTGGATGTCAAGTAAAGGGGTGGAAGCTGATGACGAAATAATACGCATCATGGTGAATTGGCCCCAACCTAAAGATGTGATCGGATTAAGAGGATTTTTGGGGTTAATTGGAAAGCTACTGAAGCCTTTCAAAAACTGAAACTAGCAATGACAACCATCCCTGTTTTAGTCTTATTGGACTGGTCACTTCCTTTTATAATTGAGACAGATGTGTTAGGAATTTGGTTAGGGGCAGTCCTCTCACAAAATGGTCATCTCATTGCATTCTTCAATCAGAAATTAGCCCCAAGAGCCCAAGCCAAATCCATCTATGAGAGAGAATTGATGGCTGTTGTTCTTTCAATCCAAAAATGGAGGTATTACCTCTTAGGGAGGAAATTTACAATAATCTCAGACCAAAAATCTCTTAAATTCATATTGAAACAGAGAGAAGTCCAACCCTAATTCCAAAAGTGGCTTACCAAGCTACTTGGGTACGATTTTGAGATTTTGTATCAATTGGGTTTGCAGAATAAAGCAACTGATTCCCTCTCTAGAATAGAGCCACCTCCAAAACTGAATATCATGTCAACCCCTGGGATTGTTGATTTAGAAATTTTGCTAAAAGAAGTGGAAGAGAATAGGGAACTCCAGGAGCTTATTGAAGGCCTAAAGAAAGATCCAAGGGAGTGAAATAAGTATCATCGGGTGAATGGAAGACTTCTATACAAAGGAAGACTAGTTCTTTCCAAGAAGTCAACACAAATTCCTAATCTGCTGCATACATTTCATGACTCTATTTTAGGGGGTCATTTAGGTTTTTCGAGAACTTATAAGAGGATGAGTGGGGAACTTCATTGGAAGGGATGAAGACAAATATCAAGAAATATGTTGAACAATGTGATATTTGTTAACGAAACAAGACAGAAGCTACTCGGCCAACTAGGTTGTTACAACCAATTCCATTTTCTGAGCACATACTGGAAGATTGGTCCATGGCTTTCATGGAAGGATTACCAATGGCAGGGGGAGTTAATGTAATCTTTGTGGTAGTTGATAGATTAAGCAAATATGCTTATTTCATCTCTTTGAAACATCCCTTCTCGACTAAATAGGTGGACGAAAACCTTCATTGATAAGGTGGTGACGAAACATGGCATTCCCAAATCCATTATCATTGACAGAGATAAGATAATCCTCAGTAATTTCTGGAAAGAATTGTTTGCTACCATGGGCACTATACTGAAGAGAAGTACAACATTCCATCCCCAAACGGATGGGCAAACAAAATGGGTAAACAGATGCCTAGAGACCTATTTGAGGTGCTTATGTAATGAGCAACCGAACTGATGACATAAATTCCTTGGCTTTGTGATATAACACCCATTTTTCATGCATCCACCAAGACTACACCTTTCGAACTTGTGTTTGGTAGACCTCCGCCGCCCTTGATATCATATGGAGATAAAAATCCTCCAACAATGAGGTGGAATTGATGTCGAAAGAAAAGGATTTAGCCATAAATGCACTAAAGGAGAATTTAAGCGTGACTCAAAATCGGATGAAGAAAATGGTCGATTTAAAGAGAAGGGAACTAAAGTTCAAAGGGGGAGAAGAAGTGTACTTAAAATTGAGGCCATATAGACAACATTCACTGGCTAGAAAAAGGTGTGAGAAGCTTGCTCCTAAGTTTTATGGACCTTACAAAATAATAGAGGAAATTGGGGAAGTGGCTTACCGGTTACTACCTCCAGAGGTAGTCATCCACAATGTCTTCCATGTCTCTCAGTTGAAGTGGAAACTGGGGAAGCAACAACAAGTACAGCACCAAGCCCCAATTCTAATAGAGGAATTTGAACTGTAGTTGTGGCTCAAGACAGTTATGGGAATTTGTTGGAGTAAAGAGGTGGGAGCAAATGAGTGGTTAATCAAATGGAAGGGCTTACCAAAAAGTGAGGCTACTTGGGAATCAGTATATCAAATGAATAAGCAATTCTCTACGTTTCACCTTGAGGACAAGATGAATTTGGAACCTAGGGGTGTTGTAAGGCCTCTGATTATTCATACTTATAAGAGAAAGGGCAGAAAAGTAATTACCAACAATCCAATGATGAGGGAATGATTGCGGAAGAAGATCGTGATTTATGGGGCCCATGGGTAGGAAAGAGAGAGTGCTATAAATATGTCTTTATGGGAATTGCGTAGGTAGGGTTTCTTTTATTGTGTAAAAGCTGTAGAGAGCTTTGGCTGAAAGTAATATGAATAACAGAGTGCAGCCTCTGTTTTATTTTTGTTAGGATTAATTGTGATATTTGAGTTAGAATCCTAAGATTACTGGCATTTGGCACAACAATTTGATTATGGGCCTAGCCCACTAGAGAAGAAGAGTTTGAAAATTAAACACTTGGTGGTGATATGCAAGGGTTAAGTATGACAACATGTTTGGGAAAAGGAAGATTCAAGAACATTGGGCTGCTTTGTGGGCTGAAGGAAGATGATTCTGGGATATGGGCTGAAGTTAATGAACCTTATTGGAGCCAAGAGTTTTTCAAAGCTGAAAGGGGAGAACTTTTTTTTCAAATTAAAGAGCAAACTGCTGAGATTGTTGGTAAAAAAAGGGCCCAATTTTGTGATCATGATTGTAAGCACACCTTGAGGACAAGGTGTTTTGAAGGGCCGGGTAATGTTAGATACCTAGATTGGCATAGGGTTAGGAGTATAAAGATAATTAGATATTTAGGTAGTTACATATGATAGTGGTTATAAGTAAGAAGTTGGAGAGGGAAGAAGGAGGAATTTCGGTGAGTGGTTTCTGCAAAGTTCGTTGAGAGAAATGAAAGGTAGAGAGGGTAGTTTTTACTTGTTCTTAATTATTTTCTGCATTTTCATCTCAGAATTGATATTCGTCAGTTCTTCTCTGTAATAGTGAGGTTTATATCAATTGAATAAGAACACATCTTTTTGGTGTTCTATCAGTATCTTCTAGGTATCTGGATATATCAATGTCGGATGTGTATTTGATATTGATTCTCTACATACTTTAAGTATTTGTGCTTCATAGGTTAGTGGGGCAGTTGGTTGAGGGAATATCCTCTAAGTGGACCATGAGAGGTTTTTGAAGGGTTTGGAGTGAAGGTTGGGTATGAATGTTTTTTTGTGGTAGCAAAAGCTTTCGAGGGGAGGATTCGACTCTCTTAAATAGCCAATAGGTTTATGTGTTTTCCTTATCTTGCTTTCGTATATCTCTTTATGAATTTCTTTGCAATCATTGAGGAATTGTTGAACTCAAGATATTTAGTGAATAGATATTGTACATGAAGTTACATCCCCTGCTCTTGTTATATTTATGATCTTTCTACTTGATGGATTAGTTGGTACCTAACCTATAATTACAGAGTGGCCTGTGACTCTTATTGAAGATTAAGGTCTAGTAACTAATGCCTATAAGGAGGTTCACCTAACTGACCTCATGAGATGACCTCTCCAGCTCTCCAAAAATCCAATTATTTTTAAGCTCCTTAGAAACAATAGGACTTTTGAAGTGGTGAAGAGGTCCTTTTTTGTATGTACATACACTTTAATAAATCATAGCATAGTTAATCGTTCTCATTTTGATTATTACCAAAAGATATCACGCAAGCTTGAAGCAGTCAACCCTATAAAGGAGCCACTCAAATCTGATTTACTAAATGGAAAATGGGAGCTCATATATACTACTTCCAGATCAATTCTGCAAACTGAGGTAGCTGCATACTTCATTATGACATGTTTCATCACAACTATTTCTACTCCAACATATATGCACAGTATAGTCATTTATGCTGTTTCTCTATCTCTGGTTTAATTCAAGATTTTGATGGATATTTAAAAATTAGATCTTTCATTAGCTATTATTGATAAGATACCATCATTGATTAAGGTAAATGTGTTAACATAAGGTCATGAATAAGAATACTAGCCTAAAACAAGCTAGGAATCCTCATGAAATGATTAAGGAAGGATTAAGTTATTAAGAATAAAAAACAAGGTAGAATCGCTCACCAAAAAGGCTTGATGCAAGAAACCTTAGGATGGGCTTAATTAATTCTTAACCGTTGTGCTTTGGCAGAGGCCCAAGTTTTTTAGGTCAAGAATAAACTATCAAGGAATCAATGTAGATTCTCTCAGAGCTCAAAATATGGAATCTTGGCCGTTCTTCAACCAGGTATAAGTTACTGCTCCCTTTGTTGTATTTGTTTTCAATGAGATATTATGTGCTTTATCTCTCTCCTACTTCCTAACTTGTGTGCCAATGAGTTATGTTTGTATGTAATGTAATTTCTGTAGATTATATTTACTATTGCCTTTACCCTTTGCTTGCCAGATGCCATATCAAATGAAGTTATTTTGAAACCAAGTTATGAACCAGATTATATCACATCCGTAGATTGAGATGGGTCATTTAATTTTTTTTTTGTTAGATATATAATTAAAAGATAGTTTCTTACCCTTGGAGTTAGGGGTAGTTGATGTATTCATGGAATGCAATGGTTGCACTCGTTGGGTGTAACAGAGGTTGATTGGTGGAATTTGACCATGACATTAATCAAGAAGGTTGGAATGTAGTGTTGAGAGGTGATCCTAGCTAGTTAAGCTAGGGTAAGCTTGAAGAGTTTGATAAGTCTTGGTCAGCATCAATCAAGGATTTCTAATTGAATGTAGAGTTATAGAAGGGGGAGTGTTGTGGGCCGAACCGTATGGAGTTGATGAAGTACCCACAGTTGCTGAATCAGTACCTATGCTGTTAATTTGAAGATGTGTTTGCTTGGCTAGAGGAACTTCCTTCGAGGAGGAGCATTGAACATCATATTCATTTGAAGAAAGGGATTGATCTGGTCAATGTACACTCGTATAGGTATGCTTACCAACAAAAAGAGGAGTTGGAGAAATTAATGGATGAGGTGTTAACATCTGGAGTTATACGACCAAGTACTAGTTTGTATTCTAGTCTTGCTCTATTGGTGAAGAAGAAAGATGGTAGCTGGAGGTTTTGTGTTGATTATCGTGCATTGAATAATGTGACAATTTCAGATAAGTTTCCAATACCTATTATTGAAGAGTTGTTTGACGAATTGAATGGAGCAAGTATGTTTTCGAAGATTGATTTGAAGGCTGGCTATGATCAAATATGGATGCATTTGGGAGATATGGAGAAAACATCTTTTAGAACTCATGAAGGACACTATAAGTTTTTAGTACTGCATTTGGGCTAACTATTTCTCCCTGTACTTTTTCAGTCCTTGATGAATACTATTTTCAAGCTTTACATGGGAAGATTTGTTTTCGTGTTTTATGATGGTGTACTGATTTATAGTAAGAGTCTGGAGGACCACTTGAAAAATTTGGAGTCGGTGTTGGAGATTCAGAGAGAAAATGAATTGTATGCAAACGTAAATGCCACTTTGCTTGAGCAAGAGTGGAATATTTAGGGCATGTCATTTCGGGGAAAGGGGTAGAAGTTGATTCTGAAAAGATCAGAGCAATAAGGGAACGGCCAATACCAACGAATGTGTAGGAAGTAAGGGGATTCTTGGGTCTAATTGTTTACTATAGGTGGTTTGTTCAGAACTATGGTAATATGGCCGCTCCATTGACCCATCTGTTGAAGGAAGGAGCTTACCAGTGGACAAAGAAAACTCCGGAAGCTTTTGAAAAATTAAAGAATGCTATGATGACATTACGTGTATTAGCATTACCCCATTTCAACTTGCCTTTCAAGATTGAAACAGAAGCATTTGGTTATGGAATTGGAGCTGTGTTAGTCCAGTCGAAGAGGCTGATTGCTTATGTCAGTCATACTTTGTCAATGAGGGATCGGGCTAAACTGAGTTACAAATAGGAGCTTCTGGCAGTGGTTTTGGCTTTACATAGGTCGAGACCATATTGGTTAGGAAGGAAGTCTGTGGTGAAGACTGATCAACGCTTGTTGAATTTTTTGTTGAAACAACGAGTGATCTAGCCTCAACATCAAAAATGGATTGCTAAATTGTTGGGTTACACAATTGAAGTAGTCTATAAACCGGGGTTGGAGAATAAGGTTGTGGATGCACTATCTCGAATGCCTCCAACAATGCACTTAAATCATTTCTCCACCCCTGCTCTATTGGATTTGACAATGATTAAAGAAGAAGTGGAGAATGATCCGTGATTAAGAGAAATCATTGAAGAGTTGAATAAAAATGAAGAGAGTGTGGTTGATTTTTCCCTACATCAAGGAGTGTTGAAGTACAAAGATAGAGTGGTGAAATCAAAATCTTCATCTTTATTACCTACTATATTACACACTTATCATGACTCGGTGTACTCCAGAACTTATGAACGTTTGATGGGAGAGCTGTACTGGGAAGGTATGAAGGGTGATCTAAAGAAATACCGCGAAGAATGTTTAGTTTGTCAATGTACTAAGGCTTTGGCGTTATCTCCAATGGAAATTCTAGATGCTATATTGAGTGACATCGATGCATTTTATTGATGGATTACTGATGGATTTGATGTGATATTGGTGATGGTGGACAAACTTAGTAAGTACGCCCACTTTTGGCTTTGAAGCATCAAATACAACGAAGTTTGTGGTTGAAGTTTTTGTCAAGGAAGTGGTTTGACTACATGTACTTCCAAGGTCCATAGTTTCTAACCGTGATAAGGTGTTTGTCAGCAATTTCTGGAGCGAAATGTTTAAATTGTTTGATACTAAATTGACCGAAATTTAGCCTTTCATCCACAATCAGATGGTCAAACTGAGGTGGTTAACTGAAGTGTTGAGGCATATCTTTGTTGCTTTTTTGGAGAAAGACCTAAGAATGGTTGTCTTGGCTACATTGTTTTGAATACTGGTATACATGTATCAATTTCCATTGGAATTACCCCATTCCATGAAGTGTATTGATGATTTCCGCCTTCGTTGATTTATTATGGAGATTTAGAGACTCCTAATTTTACCCTTGATCAGAAACTCAAGGAAAGGGATGTAGCTTTTGGGGGTTTTGAAGGACCATTTACGAATAGCTCAAGGAAAAATGAACTATGCTGATAAAAAGTGGTGACATGTGGAGTTTCAGGTGGGAGATTTGGTATTTGTAAAGATACACCTTTATCGGCAAGTGTCCTTGCAAAAAAGGAGAAATGAAAAACTATCTACAAAATTTTTTGGGTCATAGAGGGTGCTGGAAAGAATTGGACAAGTGGTGTATAAATTGGAACTACCTCCATCAGCTTCTATACATCCGGTTTTTCATGTCTCACAGCTGAATGCAGTGTTGGGTGAGCATTCAGAGGCACATCAGGTGGTTCCTTACTTGTCTGAAAATCATGAATGGATGGCCAAACCAGAGGAAGTGTATGGGTGTCGTGAGAATCCTATGACCAGAGTGTGGGAGGTATTGATCAGTTGGGAAGGAAGGGTTACTTCCTCGTGAAGCCACTTGGGAGGTTTGTTATGATTTTCAACAGCAATTTCCAGATCCGCACCTTGAGGACAAGGTGATTTTGGATAAGGAGAGTAATGTGGTGGCAATACACTACGAGAGGGAGTAAGGGGAGTGCATGTGTAATGGGTAGTATTGCTGCCAAGAATGGGACCCACAATTATTTAGTAATAGGGGAAGGTTTAAATAGTGAGGGAGGTCTTTCAGTGAGGATATGAAAATTATGTGAGACATTTGTCTATTCCTTGAAAGATAGGAAAGGCAGAGAGAGGGTAGGGTTTCCATTTTGTTCTTCTTAATTGTCTTCGTTCTTGTTAAGGATTTGGTATTCTGCCAATTCCTTGTAATCGTTATTGTTATTCCATTGAATAAGAATCATCCAAAGTTGGTGTTCTATCACCAAGCCACTTAAGTACCACATTGGTCATCACATTCTAACCAATGTGGGACAAAAGCATCCCATACTACCTTGGTTCTTAACACCTTCATCTTACGTAGCATTCGAAGCCTGCTCTTAATTGGTCTATTTTCTCATTAATTGTCTGTTAGCTTGGATATGATCCCATGAAGCAGAAGCTCCTGATTTCAACTTGAATGTAACCAGCTGAACCTTTTGATTCTTTGTTGTATTCTAGTCAAAGAAGCTCTCAGCACACTTAACCCAATTGGGAAATGCTTCGAGGTTGATTTTCCTATTAAATGTTGGCATATCAATATTCATCTTATAGTTTTGTGGTTGGTTCTCACGTTCTTGGTCATGATCAACTCTTAGAAGTTGTATATTTTCTAGAAATCTTCTAATAAGGGGTTCCTCATTATCATTTGAGGTTCTGAATCTTGATCTTCTTGCTGGATTTCTTGGATTCTTGGAAGGTTTACCGGTGCTTTATTACTTGTTGAAGGTTGTGAGCACTCCCTATTATTGATTCTAGGACAGATTTGTTGTTTTTCTTGAGTTCGATTTCTGTTTCTTGTGTTTACCTATTTGTCCAAAGGTTGAGGTGGAGGAGCAGCAATGGTTAATTGATCAAGTTGTCTGCTCACTGTAAAAAGAAGTGTCATCAATACTCGATCACATCCCACGAAGTGCACCTTCAATGGACAGCAACCGTGCAGTTGTCTTGGGATAAATTTATAGAGGATTTTTGTCATCCGCTTCACATACCTGATTGGAAATAGCATTTATTTTCCAACCCATGAGGGCCAAAATCTTTGGAGCTCAAATACTAAAACTTGATGTATACAAGTTTGGAAGACAATCTTTACTGAATAATACTTATATACAAGTGTAAGCCTCAAGAATAAGAAGTACGAAGCACCAGATCAGTTCACATGGTAATCAAATGTTTACAGTAAAACAAACATAAAAAGGACTATTAACCACATACCCTGAACAAACCAGAAAACCGATAATGAATAACCAACCCAAAAATTAAAAGGACAAGTGATACATCACCTTAAAAGATAACAATCAGAGGGAAGAGTTGCAGCAGAGGTACATGAAGGATTGTATGACCCTTAGTTAAAATGTTGAATAGGCTTACCCACGAGTGATTCTACAATGGTTAACAACACTTTGAAAATGCTTTTAATCATGCAAGATCAATCTTAATAGGATCAAAATTGCAATTAAAAATGTATAATTAAAGATTGAATCAATCTCGATTGATTAAAGTTATGTTTCAGGGTAGAAAAATGATTTTAACCATTTCAAAATTAATCCCTAACATGTGCACTTAGTCATCTTAATATTTCAAGTTTCTATATGGGTTTAACCGTTGACATTCCAAAAAAGCGTTGCAAAAAGGATGTAACAATATATTAAAGAAGTGCTTCCCATTTTTCTCAATTAGATAATGAGAGATTGGTTTATAGGTCATACTTTATGTTCATGTTTGTCTTTTTTGTAGGTCACAGCAGACTTGAAGCCTTTAAATTCAAGAAAAGTAGCTGTTCAATTTGACACATTCAAAATTCTTGGTCTGGTAAATCATCTGGTTTCTTTGACTATTCTACTTAGTTCCATATGTAGATCAAACTTTATTTTGTGCTTGCATTTTCCAGACTCCGGAATTCATTTTCCTTAAATAATTGAAATGAGAAGTTACATTACTGGATAGTTTGGATGTCTTTTGTAGGACCTATGACTGAAGAAGCTTTTTTACTGGACACCCTGCTTAGAAAGAATCGAGATCCTTAGGCCTACTTTTGATCCTAGGAAACAGGCTTAGCTGTTGCAATTGAATTTTAAGCTTAACTTTTTAAGTTTTAAGTTTTTTTTTTTTTTTTTTTTTTTTTTTGAAAAGGAACTTTTTAAATAAGTTAGATATACTATGTTTCATAAAAGACTTTAAATAATGGAGCATTTTAATTTTATTTCTGTTGGCAATGGAAAAGAAGTTTTATCTTGAGTAAAATTAATTGGTTATGTGTAAGACTGGAATATATTGGGATAATTAGATGATCAACTGTAAGGGGGCATTCTAGTAATTAGACATTAAGTTAGGTTTTTGAGTTAAAAATAGTATGAGAGAGTATGACTAGGGGCGTGAAGAATTTAGAACAGTGTTTGGCCCTTGGGAGAGAATTCTCAACCCTGTAGAATGTTTTGAGGAGTTTGTGCATCTATATTTACTTGTTTTAGTTATTATCTTGATATTGTATTTTCCTTGAAGTAATTATATGTTGAAATTAGTGGGCTTAGCCCATTGGGAGATTTGCCCTAAATATTCTTTCTTTTTTTTTATCTCTTTGTATTTTTCTATTTATTCCCCTCTACCTGTTGTATTATTATGAAAAAATAATAAGAACAAAGTATCGTGGATATGATAAAAAGTTATGAGTAGTTTTAATTAAGCTTCAATTTTGACTCTCTCAAAAGTCATCTCAAATTGGCATCTTTAGAGGATATGATTCAAATCGTCTTTTTCTTTTGACAAGCAATACAACAAAACAACCCTACTAGCAAAGGCAACTTCTTAAAAAAAAATCGATCAAGAGTGTTAACTTGTTCATAAATAACCTGCTAGACGAACTCAAGCATCTCTTGACACCCCATTGAGCAGAAAAGATAAGATCCCTAATGGTAGAAGGGTCCATTAACCAACTAATGAAAGAGGTGAAAAAGAGCCCATATTGCTTAAAAAATGCACATCCCTTCTTTCGTGCCTAAACTCAAATTTCTTGATTTTAAAAAAAAAAAAAGATTTTGTGACATCCATTTTTTTCTTATCAGAAAACAAACTCTAGAAACTCAGCAAAAAGGAAAAAGAGCTCCCAAACCTTACCATAATTTCAGCCATGACTATTTTTTAAGGACAAATGACATGGACGAGGAAACGTAAATGCGTAGAGATTTATTTTCCACCAACTGATCCTTCCAAAAATATGTTTTCTTACCCTCACCCCTACACAATGAACCAAGTAAGAGAAAGAAGGAAGCTCAAGGAAATATCCTTCCACAAACACCTATGTGTGCCTTTAATCCTCTACCCGACAACCACTAAAAGAATGTGGTTTGCACTTGCTTGCGTTAATCCTATACCAGACGGTTTTAGGCTCAAGGAAGTTGAGTATATGAGCTGGTTATGTAGGATGTGACAGGTGTCCCTCTTGGAGGTAATCTCAAATGTGTTTCTTTTTGGAACCCAGTGGTAGATGGTTAAGGAGGAGATTGGCTTCTTGGAGGAAACTATTGTTATCTAAAAGTGGTAGAACAAGTGGCTCGGAGTTGCTTTACAGATTTTGCAACAATGAAGCGAGAGAGCCATGTGAGAATTAGGGACCATAAATGCCAAATATGGAATTCTTGAAAAAAATTGTCTAGATTTGCAAGCTCAGGCAATTTGTATATTGACGTAAAGACAATTTTTAAATTAAACTATGAAATCATTTACTCATTTCCCGGAAACTAAGCTAAAAACTATGGAAGACTGAGATTTCTGGATAGGCTAATCCTCCCGCTAGCTTTGATATTGCCATATATAGCCCCCTCACATGACTTGTACACGGCTACAAAACCTAATGCTTTTCTTTGATGACGAAGTAGGCTGGTTGTGGCTGAATGGAATCATAGTGGCCAAGTGCCAATCATAGAGCAGTCGACTAAGGTCTCACAATAAATCTCTCACCAGTTCTAATTTCATTGATGTAAATCTTTTCATGTCTTGATCAACAGATACCGGTCAAAGCACCTGGAAGAGCCCGTGGTGAACTGGATATCACATATTTGGATGAAGAGTTGCGGTAAGTAGTTATGCTGAATTTTCTTTTTACTGTTTTCTAGTTTTGTTCTAGTTGTAGGAATTCTACTTGATTTTTGGATCACAAGCAGTTAGTTCTTTGAGTGAAACAGATGGTTAGATTAGATGATATTTATATCAAAATTTAATAGTAAAATCTATTAATAAATGAATAATCAATTGTCACGTTCTAAAACAATTTTATTTCTCTCTCTTAATTGATGTCAGAAACTGTTAATATGAGCTATAAAATAATAATTATTTCAAAGATAAACTACAAGTTGATGGATAAACTTCTTATAACGAACATTGATATAAATGAGCTTTATTTACAAAAAAAAAAAAAAATGAAGAAAGTTTGTGTCTAAAAGTTAGTAGTAGTAGGTCCACTCATTATCAACTTCAATCCATTATCTCTAATTGCTTCTGTCCTTAGAATTCGACCAAATCTGCCTCTTTTATTGCAGGCTTTAAGTAACTTTTCTAAAGTTGCGAGAAGGGAGAGATTTTTGTTAAATCACTACTAATTTAAGCTTAAGTCAATAGTGTTAGCGATATATAATTAAATTTGCCTTCAACCACTAGCTTAAGCTCTTGGGTGAATTGGTGATTTAATATTGTATCAGAGTAGGTGGTCTAGGGAGGTCCTGGGGTCTTGTGTTCAAGCCCCTGCATTGTCGTTTCCTCCCCAATTAAAATTGATTTTCACTTGTTGGGCTTTTCAAATATTTCAAGCCCACAAGTGATAGGGAGTGTTAGTGATATATAATTAAATTTGCCTTTTGGTCAGATATTTGGGTTGGAACTTTCCTTACTCTACAGAATAGCCTTACTCCCCTATGGCTCGGTTGCAGATCATTTGGCTTTGGCTACTCTCTCTTGGTCCCTACCATTTAGAAGAAGTTTAAAAGATGCAGAAATTATTGAATTGGAATCATTACTCTCCCTTCTCTCAGTTGAAAAAACTCTTGATTTTGAGGACCACAAGGTTTGGTCAATTGATCTTCAAAGTTGTTTTAATATTTAATCTCTCTCGATGAATTTGCATTCAGCTCCCCAATGGATAATCGTTTATTTAAAGCCTTATGGAAGTCATCCAGCCCCCAAAGAGTTAACATTCTGATTTGGATCATGATTTTTGGATCCCTCAATTGTGCTGATGTCCTCTAAAAGAAGGCCCCCAACAAGTGCCTACTTCTCTCAGTTTGCCCCCTCTGTTTGAAAGCAAATGAGACTTCCTCACATCGTTTTGCTTTGCCCCTTCTTCTCTTTTTGCTGGAACAAATTCTTCTCCATTATCAACATTGTTTGGGTTTTTGATGGCTCTCTTTGCTCCTCAATTCTCAAGCTTCTAGAGGATCCTCCGTTCCCCAAAAAGCCAATATTATTGTGGTTAAATTTGCTAAAAGCTATCCTTTTCGAATTGTAGTTTGAAAGAAATCAGAGGCTCTTTCACGACAAAGAAAAGCCATGCTTAGAAGTCTTTCTCTCTTTATAGAGAAGTGAAGTAGCTTGGGTCTCCCTAAAAAGGAGTTCGGGGCTTACTCAATTCAAGATATTTATCTCAACTGGGCTGCTTTCCTCTCACAACTAGCCCTTTATTCTTCATCCAGTATTGGATCTAGTCTCAGTTTTGAAACATTCAGAAACTGTAGTCTTTCCTTCTGTATTTTCATCAATTTTTAGTTTCTTTCCTTGACTCGGCCTGTCTTTATGCCTGGACTTATACAAGTTGTAATGTTTATTTGCTTTGTTTTGTTTAATGTTATTTCTAGGATATGATGTTTTGGTTCTAAGGGGGTGTCAACCTAGTTGAGATGCCTAGAATTTTCTTTGTTCGAATGCAATCTTCCTTGCCTCCAAATTAACCGACAACCCTTGTCTAGAAATTGGACTCAACTTCCGATCTTTTGAAAGTAATTTGAGGTAAATGGCACGAGTGGATTGTGAGAAAACCTTGTCTGAAGTTGCCTATTTATAGTGAACCCTTGTTTGAAACTGAATTGACACCTTCAACTTCCTTAATTTGCCTTTTAATTTCTTTATTCCACCTTCTGCTTCTTAATCCACCTCTTACTTGGCCGCAAAATGCATGAAACACGCTTAAAACACCTAGATTTTCATTAAACTGGTTTCCCCTAATCAGCCACGTTGCTTACTTACACGCCTTGCTAACATCTATGGCTGCTAATTAACCTCCCTCGCGAGCAAGCCTTCCTCGCCTAGCTCTTGGCCGCCTAATTTTCATGCCTACTAACCTCTTAGTGTGTCATCTCGCCTAGCATATGGCCAATCTTCTATGCATAGCCAACATCAATCTCCTCGTGTAGCCCACAAAAACCTTGCTAACCTCTTAGTCAATCATAACGCACGCCTAGCAAACCTTTGCTCGCTTAGCAACCTTAACACCTATGTCCTTTCTTTAGACGTTATTCCTCCTTATGTGGCCGCCCAAACTTGTCTTTCTCGCCTAACCTTAGAGGTTCTCATCAACATTTGGCCACCTAAAACATGTCATTTAGAGGTTATCTAAAGTCAATTTGCCGACTAGCCTATGATTAAAACGCCTAACCTCTTGTGCTTCAGAGGTTATTTGATCTTCTTTTGGCTACCCACCTAACTTGGCCATTTTTCCCTTATTGACTAAATATCCAAACCTCAATACTTAATCTTTAACCCTTCCAAGAAATTCTCGTTATTTGTCTATTAATTTATTTTCTCTTCCTTCACCTTAGCTTCTCAACGGTTGCTATAAATTTTGGGCTTTTACAAAAGGCTTATATTGTCATGAAATAGTAAATGAGTGGACTTGAAAGTTTAAATAGAGATTAACTGAACCACATTTTGCATGCTTTACATCTTTGAAACGTCATTCTTCATCAATCTAATATTATGAAGCTTTCTTAATATCTTTGTATGTTATATTAATAATATCTATGTTTTCATTCACCAAACATTTGATTGATTTTACTTTTATACATTCTCATCACTGGGGTGTTAAACTGTTCTATATATATCACTGAATATTGGCAGAATATCCAGAGGTGACAAAGGGAATCTCTTTATCTTGAAGATGATCGATCCTTCTTATCGAGTACCTGTATAACACTTTAATCTCTCTACTTTACTAGTAGTATCCTTCTAAAGCCTGATGTCTAAAGCCTGATGAAGCACTAAATCAGAGTGAATATTATGTTATTGTAAATTGATTCTCATGATATCTTCATAAAACTTGTGGCAACCTTCTGATATTTTTTTTGCAATATACCAAATTATGCTTTAA

mRNA sequence

GCGCAAAAATAGTAACGGTTTGTTTTTCAGCAGATAAAAAATGGCTATGGCTGTGGCCTTATCTTCATCTACAGTTACTCCGACCGCCAAATTCTGGCCTCCTTCAACATCGCAACCACCCAGGTTTCTTCCTATTATTCCCTCAAACCCGTCTTCGAACACTAACCTCCTCACTTCTTCACCTTCTCACAAGTGGAGGCTCAGGATCTCTTTCTTTCCTGCCTTTTTGAACAAAGGAAAAGGAAATAATGTTACTGCTCTTAAACAGGAACTTCTTCAGGCAATTGCCCCCCTTGATCGAGGAGCTGAGGCCACTCCTGAAGATCAGGAAATGGTTGATCAGATATCACGCAAGCTTGAAGCAGTCAACCCTATAAAGGAGCCACTCAAATCTGATTTACTAAATGGAAAATGGGAGCTCATATATACTACTTCCAGATCAATTCTGCAAACTGAGAGGCCCAAGTTTTTTAGGTCAAGAATAAACTATCAAGGAATCAATGTAGATTCTCTCAGAGCTCAAAATATGGAATCTTGGCCGTTCTTCAACCAGGTCACAGCAGACTTGAAGCCTTTAAATTCAAGAAAAGTAGCTGTTCAATTTGACACATTCAAAATTCTTGGTCTGATACCGGTCAAAGCACCTGGAAGAGCCCGTGGTGAACTGGATATCACATATTTGGATGAAGAGTTGCGAATATCCAGAGGTGACAAAGGGAATCTCTTTATCTTGAAGATGATCGATCCTTCTTATCGAGTACCTGTATAACACTTTAATCTCTCTACTTTACTAGTAGTATCCTTCTAAAGCCTGATGTCTAAAGCCTGATGAAGCACTAAATCAGAGTGAATATTATGTTATTGTAAATTGATTCTCATGATATCTTCATAAAACTTGTGGCAACCTTCTGATATTTTTTTTGCAATATACCAAATTATGCTTTAA

Coding sequence (CDS)

ATGGCTATGGCTGTGGCCTTATCTTCATCTACAGTTACTCCGACCGCCAAATTCTGGCCTCCTTCAACATCGCAACCACCCAGGTTTCTTCCTATTATTCCCTCAAACCCGTCTTCGAACACTAACCTCCTCACTTCTTCACCTTCTCACAAGTGGAGGCTCAGGATCTCTTTCTTTCCTGCCTTTTTGAACAAAGGAAAAGGAAATAATGTTACTGCTCTTAAACAGGAACTTCTTCAGGCAATTGCCCCCCTTGATCGAGGAGCTGAGGCCACTCCTGAAGATCAGGAAATGGTTGATCAGATATCACGCAAGCTTGAAGCAGTCAACCCTATAAAGGAGCCACTCAAATCTGATTTACTAAATGGAAAATGGGAGCTCATATATACTACTTCCAGATCAATTCTGCAAACTGAGAGGCCCAAGTTTTTTAGGTCAAGAATAAACTATCAAGGAATCAATGTAGATTCTCTCAGAGCTCAAAATATGGAATCTTGGCCGTTCTTCAACCAGGTCACAGCAGACTTGAAGCCTTTAAATTCAAGAAAAGTAGCTGTTCAATTTGACACATTCAAAATTCTTGGTCTGATACCGGTCAAAGCACCTGGAAGAGCCCGTGGTGAACTGGATATCACATATTTGGATGAAGAGTTGCGAATATCCAGAGGTGACAAAGGGAATCTCTTTATCTTGAAGATGATCGATCCTTCTTATCGAGTACCTGTATAA

Protein sequence

MAMAVALSSSTVTPTAKFWPPSTSQPPRFLPIIPSNPSSNTNLLTSSPSHKWRLRISFFPAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYRVPV*

Homology

[Close]

BLAST of MELO3C010097 vs. Swiss-Prot
Match: PAP4_ARATH (Probable plastid-lipid-associated protein 4, chloroplastic OS=Arabidopsis thaliana GN=PAP4 PE=2 SV=1)

HSP 1 Score: 272.7 bits (696), Expect = 3.9e-72
Identity = 134/207 (64.73%), Postives = 164/207 (79.23%), Query Frame = 1


Query: 41  TNLLTSSPSHKWRLRI----SFFPAFLNK-GKGNNVTALKQELLQAIAPLDRGAEATPED 100
           T L ++    + RLR+    SF PAFL + G+      LKQELL+AI PL+RGA A+P+D
Sbjct: 36  TKLQSTRKGDRERLRVQAIFSFPPAFLTRNGRAEKQKQLKQELLEAIEPLERGATASPDD 95

Query: 101 QEMVDQISRKLEAVNPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFFRSRINYQGINV 160
           Q  +DQ++RK+EAVNP KEPLKSDL+NGKWELIYTTS SILQ ++P+F RS  NYQ INV
Sbjct: 96  QLRIDQLARKVEAVNPTKEPLKSDLVNGKWELIYTTSASILQAKKPRFLRSITNYQSINV 155

Query: 161 DSLRAQNMESWPFFNQVTADLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLD 220
           D+L+ QNME+WPF+N VT D+KPLNS+KVAV+   FKILG IP+KAP  ARGEL+ITY+D
Sbjct: 156 DTLKVQNMETWPFYNSVTGDIKPLNSKKVAVKLQVFKILGFIPIKAPDSARGELEITYVD 215

Query: 221 EELRISRGDKGNLFILKMIDPSYRVPV 243
           EELR+SRGDKGNLFILKM DP+YR+P+
Sbjct: 216 EELRLSRGDKGNLFILKMFDPTYRIPL 242

[Close]

BLAST of MELO3C010097 vs. Swiss-Prot
Match: PAP5_ARATH (Probable plastid-lipid-associated protein 5, chloroplastic OS=Arabidopsis thaliana GN=PAP5 PE=2 SV=1)

HSP 1 Score: 243.0 bits (619), Expect = 3.3e-63
Identity = 124/204 (60.78%), Postives = 153/204 (75.00%), Query Frame = 1


Query: 41  TNLLTSSPSHKWRLRISFFPAFLNKGKG-NNVTALKQELLQAIAPLDRGAEATPEDQEMV 100
           T LL+     + RLRI    +F  +  G      LK EL++AI PL+RGA A+P+DQ ++
Sbjct: 31  TKLLSIRKGDRERLRIQAVFSFPPRNGGAEKRKQLKHELVEAIEPLERGATASPDDQLLI 90

Query: 101 DQISRKLEAVNPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLR 160
           DQ++RK+EAVNP KEPLKSDL+NGKWELIYTTS +ILQ ++P+F RS  NYQ IN+D+L+
Sbjct: 91  DQLARKVEAVNPTKEPLKSDLINGKWELIYTTSAAILQAKKPRFLRSLTNYQCINMDTLK 150

Query: 161 AQNMESWPFFNQVTADLKPLNSRKVAVQFDTFKILGLIPVKAP-GRARGELDITYLDEEL 220
            Q ME+WPF+N VT DL PLNS+ VAV+   FKILG IPVKAP G ARGEL+ITY+DEEL
Sbjct: 151 VQRMETWPFYNSVTGDLTPLNSKTVAVKLQVFKILGFIPVKAPDGTARGELEITYVDEEL 210

Query: 221 RISRGDKGNLFILKMIDPSYRVPV 243
           RISRG    LFILKM DP+YR+P+
Sbjct: 211 RISRGKGNLLFILKMFDPTYRIPL 234

[Close]

BLAST of MELO3C010097 vs. Swiss-Prot
Match: PAP8_ARATH (Probable plastid-lipid-associated protein 8, chloroplastic OS=Arabidopsis thaliana GN=PAP8 PE=1 SV=1)

HSP 1 Score: 67.0 bits (162), Expect = 3.2e-10
Identity = 67/248 (27.02%), Postives = 115/248 (46.37%), Query Frame = 1


Query: 5   VALSSSTVTPTAKFWPPSTSQPPRFLPIIPSNPSSNTNLLTSSPSHKWRLRISFFPAFLN 64
           +A ++S++T  + F  P T         I S+   N  L  S P    R R       ++
Sbjct: 1   MAATASSLTIASSFSEPRTQ--------IHSSRRLNLPLQYSIPYKVLRSRSRRLGLVVS 60

Query: 65  KGKGNNVTA------LKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKS 124
                NV        L   LL  +A  D G   +PE  + V Q++ +L+    +KEP+K+
Sbjct: 61  SVSAPNVELRTGPDDLISTLLSKVANSDGGVTLSPEQHKEVAQVAGELQKYC-VKEPVKN 120

Query: 125 DLLNGKWELIYTTS--------RSILQTERPKFFRSRINYQGINVDSL--RAQNMESWPF 184
            L+ G WE++Y +         RS++      FF+++   Q I+   +     ++ ++ F
Sbjct: 121 PLIFGDWEVVYCSRPTSPGGGYRSVIGR---LFFKTKEMIQAIDAPDIVRNKVSINAFGF 180

Query: 185 FN---QVTADLKPLNSRKVAVQFDTFKI-LGLIPVKAPGRARGELDITYLDEELRISRGD 233
            +    +T  LK L+S  V V F+  +I +G +  K    +  +L ITY+DE+LR+  G 
Sbjct: 181 LDGDVSLTGKLKALDSEWVQVIFEPPEIKVGSLEFKYGFESEVKLRITYVDEKLRLGLGS 236

[Close]

BLAST of MELO3C010097 vs. Swiss-Prot
Match: PAP6_ARATH (Probable plastid-lipid-associated protein 6, chloroplastic OS=Arabidopsis thaliana GN=PAP6 PE=1 SV=1)

HSP 1 Score: 58.5 bits (140), Expect = 1.1e-07
Identity = 58/202 (28.71%), Postives = 91/202 (45.05%), Query Frame = 1


Query: 66  GKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLE-AVNPIKEPLKSDLLNGK 125
           G    +  LK +LL  ++ L+RG  A+ +D E  +  +++LE A  P+      D L GK
Sbjct: 79  GDDKQIALLKLKLLSVVSGLNRGLVASVDDLERAEVAAKELETAGGPVDLTDDLDKLQGK 138

Query: 126 WELIYTTSRSI--LQTERPKFFRSRIN-------YQGINVDSLRAQNMES------WPFF 185
           W L+Y+++ S   L   RP     R+        +Q I+V S    N+        WPF 
Sbjct: 139 WRLLYSSAFSSRSLGGSRPGLPTGRLIPVTLGQVFQRIDVFSKDFDNIAEVELGAPWPFP 198

Query: 186 N-QVTADL----KPLNSRKVAVQFD--TFKILGLI----------------PVKAPGRAR 229
             + TA L    + L + K+ + F+  T K  G +                P   PG   
Sbjct: 199 PLEATATLAHKFELLGTCKIKITFEKTTVKTSGNLSQIPPFDIPRLPDSFRPSSNPGT-- 258

[Close]

BLAST of MELO3C010097 vs. Swiss-Prot
Match: PAP12_ARATH (Probable plastid-lipid-associated protein 12, chloroplastic OS=Arabidopsis thaliana GN=PAP12 PE=2 SV=1)

HSP 1 Score: 57.8 bits (138), Expect = 2.0e-07
Identity = 46/166 (27.71%), Postives = 74/166 (44.58%), Query Frame = 1


Query: 87  RGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFFRS 146
           RG  A+P+    V+   + LE +  I+ P  SDL+ G+W L++TT        +  F   
Sbjct: 88  RGKSASPKQLNDVESAVKVLEGLEGIQNPTDSDLIEGRWRLMFTTRPGTASPIQRTFTGV 147

Query: 147 RI--NYQGINVDSLRAQNMESWPFFNQVTADLKP------LNSRKVAVQFDTFKI-LGLI 206
            +   +Q + + +     + +   F+    +LK        + ++V  +FD     L  +
Sbjct: 148 DVFTVFQDVYLKATNDPRVSNIVKFSDFIGELKVEAVASIKDGKRVLFRFDRAAFDLKFL 207

Query: 207 PVKAP---------GRARGELDITYLDE--ELRISRGDKGNLFILK 233
           P K P           A+G LD TYL     LRISRG+KG  F+L+
Sbjct: 208 PFKVPYPVPFRLLGDEAKGWLDTTYLSPSGNLRISRGNKGTTFVLQ 253

[Close]

BLAST of MELO3C010097 vs. TrEMBL
Match: A0A0A0M3B4_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_1G665380 PE=4 SV=1)

HSP 1 Score: 463.4 bits (1191), Expect = 1.7e-127
Identity = 233/243 (95.88%), Postives = 236/243 (97.12%), Query Frame = 1


Query: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRFL-PIIPSNPSSNTNLLTSSPSHKWRLRISFF 60
           MAMAVALSSST TPT K WPPSTSQPPRFL PIIPSNPSSNTNLLTSSPSHKWRLRISFF
Sbjct: 1   MAMAVALSSSTATPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60

Query: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSD 120
           PAFLNKGKGNNVTALKQELLQAI PLDRGAEATPEDQEMVDQISRKLEAVNP KEPLKSD
Sbjct: 61  PAFLNKGKGNNVTALKQELLQAIEPLDRGAEATPEDQEMVDQISRKLEAVNPTKEPLKSD 120

Query: 121 LLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPL 180
           LLNGKWELIYTTSRSILQTERPKF RS++NYQGINVDSLRAQNMESWPFFNQVTADLKPL
Sbjct: 121 LLNGKWELIYTTSRSILQTERPKFLRSKLNYQGINVDSLRAQNMESWPFFNQVTADLKPL 180

Query: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYR 240
           NSRKVAVQFDTFKILGLIPVKAPGRARGEL+ITYLDEELRISRGDKGNLFILKMIDPSYR
Sbjct: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELEITYLDEELRISRGDKGNLFILKMIDPSYR 240

Query: 241 VPV 243
           VPV
Sbjct: 241 VPV 243

[Close]

BLAST of MELO3C010097 vs. TrEMBL
Match: A0A0D2Q9W8_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_002G209300 PE=4 SV=1)

HSP 1 Score: 338.6 bits (867), Expect = 6.4e-90
Identity = 175/238 (73.53%), Postives = 200/238 (84.03%), Query Frame = 1


Query: 7   LSSSTVTPTAKFWPPSTSQPPRFLPII-PSNPSS-NTNLLTSSPSHKWRLRISFFPAFLN 66
           L++S   P+ K  PPS S P RF  +I P +P++ N +  +S+P  KWR+ +SFFPAFLN
Sbjct: 11  LTTSLSAPSPKL-PPSISSPQRFPFLIKPLHPNAFNLSTSSSAPDQKWRVNVSFFPAFLN 70

Query: 67  KGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDLLNGK 126
           KGK   V  LKQ+LL  IAPLDRGA+ATPEDQ+ VDQ++ KLEAVNP K+PLKSDLLNGK
Sbjct: 71  KGKDAKV--LKQDLLDCIAPLDRGADATPEDQQRVDQLASKLEAVNPTKQPLKSDLLNGK 130

Query: 127 WELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPLNSRKV 186
           WELIYTTS+SILQT+RPKF RS  NYQ INVD+LRAQNMESWPFFNQVTADL PLN+RKV
Sbjct: 131 WELIYTTSKSILQTQRPKFLRSSTNYQAINVDTLRAQNMESWPFFNQVTADLTPLNARKV 190

Query: 187 AVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYRVPV 243
           AV+FD FKI GLIP+KAPGRARGEL+ITYLDEELRISRGD GNLFILKMIDPSYRVPV
Sbjct: 191 AVKFDYFKIGGLIPIKAPGRARGELEITYLDEELRISRGDLGNLFILKMIDPSYRVPV 245

[Close]

BLAST of MELO3C010097 vs. TrEMBL
Match: A0A0B0PAQ3_GOSAR (Putative plastid-lipid-associated 4, chloroplastic-like protein OS=Gossypium arboreum GN=F383_27514 PE=4 SV=1)

HSP 1 Score: 335.5 bits (859), Expect = 5.4e-89
Identity = 175/244 (71.72%), Postives = 199/244 (81.56%), Query Frame = 1


Query: 2   AMAVALSSSTVTPTAKFWPPSTSQPPRFLPII--PSNPSS-NTNLLTSSPSHKWRLRISF 61
           A    L++S   P+ K  PP  S P RF P +  P  P++ N +  +S+P  KWR+ +SF
Sbjct: 6   AFHTILTTSVSAPSPKL-PPFISSPQRF-PFLTKPLRPNAFNLSTSSSAPDQKWRVNVSF 65

Query: 62  FPAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKS 121
           FPAFLNKGK   V  LKQ+LL  IAPLDRGA+ATPEDQ+ VDQ++ KLEAVNP K+PLKS
Sbjct: 66  FPAFLNKGKDAKV--LKQDLLDCIAPLDRGADATPEDQQRVDQLASKLEAVNPTKQPLKS 125

Query: 122 DLLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKP 181
           DLLNGKWELIYTTS+SILQT+RPKF RS  NYQ INVD+LRAQNMESWPFFNQVTADL P
Sbjct: 126 DLLNGKWELIYTTSKSILQTQRPKFLRSSTNYQAINVDTLRAQNMESWPFFNQVTADLTP 185

Query: 182 LNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSY 241
           LN+RKVAV+FD FKI GLIP+KAPGRARGEL+ITYLDEELRISRGD GNLFILKMIDPSY
Sbjct: 186 LNARKVAVKFDYFKIGGLIPIKAPGRARGELEITYLDEELRISRGDLGNLFILKMIDPSY 245

Query: 242 RVPV 243
           RVPV
Sbjct: 246 RVPV 245

[Close]

BLAST of MELO3C010097 vs. TrEMBL
Match: A0A068TNK3_COFCA (Uncharacterized protein OS=Coffea canephora GN=GSCOC_T00014907001 PE=4 SV=1)

HSP 1 Score: 323.9 bits (829), Expect = 1.6e-85
Identity = 171/249 (68.67%), Postives = 197/249 (79.12%), Query Frame = 1


Query: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRFLPI-IPSNPSSNTNLLTSSP-------SHKW 60
           MA++  L   T+  T+   PP++S      P   P       ++L++SP       S KW
Sbjct: 7   MALSSLLPPQTLHITSSHHPPNSSLKVFSFPTRSPQQNCHPKSILSTSPPSFTWVPSQKW 66

Query: 61  RLRISFFPAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPI 120
           R  ISFFPAFL K K  +  A+K+ELL+AIAPLDRGAEATPEDQ+ +DQI+RKLEAV+PI
Sbjct: 67  RTYISFFPAFL-KNKAKDAKAIKEELLEAIAPLDRGAEATPEDQQSIDQITRKLEAVSPI 126

Query: 121 KEPLKSDLLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQV 180
           KEPLKSDLLNGKWELIYTTS+SILQTERPK  RS+ NYQ INVD+LRAQNMES PFFNQV
Sbjct: 127 KEPLKSDLLNGKWELIYTTSQSILQTERPKILRSKTNYQAINVDTLRAQNMESCPFFNQV 186

Query: 181 TADLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILK 240
           TADL PLN+RKVAV+FD FKI GLIPVKAPGRARGEL+ITYLDEELR+SRGD GNLFILK
Sbjct: 187 TADLTPLNARKVAVKFDYFKIAGLIPVKAPGRARGELEITYLDEELRVSRGDLGNLFILK 246

Query: 241 MIDPSYRVP 242
           M+DPSYRVP
Sbjct: 247 MVDPSYRVP 254

[Close]

BLAST of MELO3C010097 vs. TrEMBL
Match: M5XGR1_PRUPE (Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa011650mg PE=4 SV=1)

HSP 1 Score: 323.6 bits (828), Expect = 2.1e-85
Identity = 160/200 (80.00%), Postives = 179/200 (89.50%), Query Frame = 1


Query: 43  LLTSSPSHKWRLRISFFPAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQI 102
           L ++S S KWR ++SFFPAF +KGK  +   LK+ELL AIA LDRGA+ATPEDQ+ VDQI
Sbjct: 5   LSSTSASDKWRAKVSFFPAFSSKGK--DAKTLKEELLDAIASLDRGADATPEDQQTVDQI 64

Query: 103 SRKLEAVNPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQN 162
           +RKLEAVNP KEPLKSDLLNGKWELIYTTS+SILQT+RPKF RSR+NYQ IN D+LRAQN
Sbjct: 65  ARKLEAVNPTKEPLKSDLLNGKWELIYTTSKSILQTQRPKFLRSRVNYQAINADTLRAQN 124

Query: 163 MESWPFFNQVTADLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISR 222
           MESWP FNQVTADL PLN+RKVAV+FD FKI GLIPVKAPGRARGEL+ITYLDEELR+SR
Sbjct: 125 MESWPTFNQVTADLTPLNARKVAVKFDYFKIAGLIPVKAPGRARGELEITYLDEELRVSR 184

Query: 223 GDKGNLFILKMIDPSYRVPV 243
           GDKGNLFILKM+DPSYRVPV
Sbjct: 185 GDKGNLFILKMVDPSYRVPV 202

[Close]

BLAST of MELO3C010097 vs. TAIR10
Match: AT3G26070.1 (AT3G26070.1 Plastid-lipid associated protein PAP / fibrillin family protein)

HSP 1 Score: 272.7 bits (696), Expect = 2.2e-73
Identity = 134/207 (64.73%), Postives = 164/207 (79.23%), Query Frame = 1


Query: 41  TNLLTSSPSHKWRLRI----SFFPAFLNK-GKGNNVTALKQELLQAIAPLDRGAEATPED 100
           T L ++    + RLR+    SF PAFL + G+      LKQELL+AI PL+RGA A+P+D
Sbjct: 36  TKLQSTRKGDRERLRVQAIFSFPPAFLTRNGRAEKQKQLKQELLEAIEPLERGATASPDD 95

Query: 101 QEMVDQISRKLEAVNPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFFRSRINYQGINV 160
           Q  +DQ++RK+EAVNP KEPLKSDL+NGKWELIYTTS SILQ ++P+F RS  NYQ INV
Sbjct: 96  QLRIDQLARKVEAVNPTKEPLKSDLVNGKWELIYTTSASILQAKKPRFLRSITNYQSINV 155

Query: 161 DSLRAQNMESWPFFNQVTADLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLD 220
           D+L+ QNME+WPF+N VT D+KPLNS+KVAV+   FKILG IP+KAP  ARGEL+ITY+D
Sbjct: 156 DTLKVQNMETWPFYNSVTGDIKPLNSKKVAVKLQVFKILGFIPIKAPDSARGELEITYVD 215

Query: 221 EELRISRGDKGNLFILKMIDPSYRVPV 243
           EELR+SRGDKGNLFILKM DP+YR+P+
Sbjct: 216 EELRLSRGDKGNLFILKMFDPTYRIPL 242

[Close]

BLAST of MELO3C010097 vs. TAIR10
Match: AT3G26080.1 (AT3G26080.1 plastid-lipid associated protein PAP / fibrillin family protein)

HSP 1 Score: 243.0 bits (619), Expect = 1.8e-64
Identity = 124/204 (60.78%), Postives = 153/204 (75.00%), Query Frame = 1


Query: 41  TNLLTSSPSHKWRLRISFFPAFLNKGKG-NNVTALKQELLQAIAPLDRGAEATPEDQEMV 100
           T LL+     + RLRI    +F  +  G      LK EL++AI PL+RGA A+P+DQ ++
Sbjct: 31  TKLLSIRKGDRERLRIQAVFSFPPRNGGAEKRKQLKHELVEAIEPLERGATASPDDQLLI 90

Query: 101 DQISRKLEAVNPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLR 160
           DQ++RK+EAVNP KEPLKSDL+NGKWELIYTTS +ILQ ++P+F RS  NYQ IN+D+L+
Sbjct: 91  DQLARKVEAVNPTKEPLKSDLINGKWELIYTTSAAILQAKKPRFLRSLTNYQCINMDTLK 150

Query: 161 AQNMESWPFFNQVTADLKPLNSRKVAVQFDTFKILGLIPVKAP-GRARGELDITYLDEEL 220
            Q ME+WPF+N VT DL PLNS+ VAV+   FKILG IPVKAP G ARGEL+ITY+DEEL
Sbjct: 151 VQRMETWPFYNSVTGDLTPLNSKTVAVKLQVFKILGFIPVKAPDGTARGELEITYVDEEL 210

Query: 221 RISRGDKGNLFILKMIDPSYRVPV 243
           RISRG    LFILKM DP+YR+P+
Sbjct: 211 RISRGKGNLLFILKMFDPTYRIPL 234

[Close]

BLAST of MELO3C010097 vs. TAIR10
Match: AT5G19940.1 (AT5G19940.1 Plastid-lipid associated protein PAP / fibrillin family protein)

HSP 1 Score: 67.0 bits (162), Expect = 1.8e-11
Identity = 67/248 (27.02%), Postives = 115/248 (46.37%), Query Frame = 1


Query: 5   VALSSSTVTPTAKFWPPSTSQPPRFLPIIPSNPSSNTNLLTSSPSHKWRLRISFFPAFLN 64
           +A ++S++T  + F  P T         I S+   N  L  S P    R R       ++
Sbjct: 1   MAATASSLTIASSFSEPRTQ--------IHSSRRLNLPLQYSIPYKVLRSRSRRLGLVVS 60

Query: 65  KGKGNNVTA------LKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKS 124
                NV        L   LL  +A  D G   +PE  + V Q++ +L+    +KEP+K+
Sbjct: 61  SVSAPNVELRTGPDDLISTLLSKVANSDGGVTLSPEQHKEVAQVAGELQKYC-VKEPVKN 120

Query: 125 DLLNGKWELIYTTS--------RSILQTERPKFFRSRINYQGINVDSL--RAQNMESWPF 184
            L+ G WE++Y +         RS++      FF+++   Q I+   +     ++ ++ F
Sbjct: 121 PLIFGDWEVVYCSRPTSPGGGYRSVIGR---LFFKTKEMIQAIDAPDIVRNKVSINAFGF 180

Query: 185 FN---QVTADLKPLNSRKVAVQFDTFKI-LGLIPVKAPGRARGELDITYLDEELRISRGD 233
            +    +T  LK L+S  V V F+  +I +G +  K    +  +L ITY+DE+LR+  G 
Sbjct: 181 LDGDVSLTGKLKALDSEWVQVIFEPPEIKVGSLEFKYGFESEVKLRITYVDEKLRLGLGS 236

[Close]

BLAST of MELO3C010097 vs. TAIR10
Match: AT3G23400.1 (AT3G23400.1 Plastid-lipid associated protein PAP / fibrillin family protein)

HSP 1 Score: 58.5 bits (140), Expect = 6.5e-09
Identity = 58/202 (28.71%), Postives = 91/202 (45.05%), Query Frame = 1


Query: 66  GKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLE-AVNPIKEPLKSDLLNGK 125
           G    +  LK +LL  ++ L+RG  A+ +D E  +  +++LE A  P+      D L GK
Sbjct: 79  GDDKQIALLKLKLLSVVSGLNRGLVASVDDLERAEVAAKELETAGGPVDLTDDLDKLQGK 138

Query: 126 WELIYTTSRSI--LQTERPKFFRSRIN-------YQGINVDSLRAQNMES------WPFF 185
           W L+Y+++ S   L   RP     R+        +Q I+V S    N+        WPF 
Sbjct: 139 WRLLYSSAFSSRSLGGSRPGLPTGRLIPVTLGQVFQRIDVFSKDFDNIAEVELGAPWPFP 198

Query: 186 N-QVTADL----KPLNSRKVAVQFD--TFKILGLI----------------PVKAPGRAR 229
             + TA L    + L + K+ + F+  T K  G +                P   PG   
Sbjct: 199 PLEATATLAHKFELLGTCKIKITFEKTTVKTSGNLSQIPPFDIPRLPDSFRPSSNPGT-- 258

[Close]

BLAST of MELO3C010097 vs. TAIR10
Match: AT1G51110.1 (AT1G51110.1 Plastid-lipid associated protein PAP / fibrillin family protein)

HSP 1 Score: 57.8 bits (138), Expect = 1.1e-08
Identity = 46/166 (27.71%), Postives = 74/166 (44.58%), Query Frame = 1


Query: 87  RGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFFRS 146
           RG  A+P+    V+   + LE +  I+ P  SDL+ G+W L++TT        +  F   
Sbjct: 88  RGKSASPKQLNDVESAVKVLEGLEGIQNPTDSDLIEGRWRLMFTTRPGTASPIQRTFTGV 147

Query: 147 RI--NYQGINVDSLRAQNMESWPFFNQVTADLKP------LNSRKVAVQFDTFKI-LGLI 206
            +   +Q + + +     + +   F+    +LK        + ++V  +FD     L  +
Sbjct: 148 DVFTVFQDVYLKATNDPRVSNIVKFSDFIGELKVEAVASIKDGKRVLFRFDRAAFDLKFL 207

Query: 207 PVKAP---------GRARGELDITYLDE--ELRISRGDKGNLFILK 233
           P K P           A+G LD TYL     LRISRG+KG  F+L+
Sbjct: 208 PFKVPYPVPFRLLGDEAKGWLDTTYLSPSGNLRISRGNKGTTFVLQ 253

[Close]

BLAST of MELO3C010097 vs. NCBI nr
Match: gi|659086052|ref|XP_008443741.1| (PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X1 [Cucumis melo])

HSP 1 Score: 483.0 bits (1242), Expect = 3.0e-133
Identity = 242/242 (100.00%), Postives = 242/242 (100.00%), Query Frame = 1


Query: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRFLPIIPSNPSSNTNLLTSSPSHKWRLRISFFP 60
           MAMAVALSSSTVTPTAKFWPPSTSQPPRFLPIIPSNPSSNTNLLTSSPSHKWRLRISFFP
Sbjct: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRFLPIIPSNPSSNTNLLTSSPSHKWRLRISFFP 60

Query: 61  AFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDL 120
           AFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDL
Sbjct: 61  AFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDL 120

Query: 121 LNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPLN 180
           LNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPLN
Sbjct: 121 LNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPLN 180

Query: 181 SRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYRV 240
           SRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYRV
Sbjct: 181 SRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYRV 240

Query: 241 PV 243
           PV
Sbjct: 241 PV 242

[Close]

BLAST of MELO3C010097 vs. NCBI nr
Match: gi|778664229|ref|XP_011660249.1| (PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X1 [Cucumis sativus])

HSP 1 Score: 463.4 bits (1191), Expect = 2.5e-127
Identity = 233/243 (95.88%), Postives = 236/243 (97.12%), Query Frame = 1


Query: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRFL-PIIPSNPSSNTNLLTSSPSHKWRLRISFF 60
           MAMAVALSSST TPT K WPPSTSQPPRFL PIIPSNPSSNTNLLTSSPSHKWRLRISFF
Sbjct: 1   MAMAVALSSSTATPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60

Query: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSD 120
           PAFLNKGKGNNVTALKQELLQAI PLDRGAEATPEDQEMVDQISRKLEAVNP KEPLKSD
Sbjct: 61  PAFLNKGKGNNVTALKQELLQAIEPLDRGAEATPEDQEMVDQISRKLEAVNPTKEPLKSD 120

Query: 121 LLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPL 180
           LLNGKWELIYTTSRSILQTERPKF RS++NYQGINVDSLRAQNMESWPFFNQVTADLKPL
Sbjct: 121 LLNGKWELIYTTSRSILQTERPKFLRSKLNYQGINVDSLRAQNMESWPFFNQVTADLKPL 180

Query: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYR 240
           NSRKVAVQFDTFKILGLIPVKAPGRARGEL+ITYLDEELRISRGDKGNLFILKMIDPSYR
Sbjct: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELEITYLDEELRISRGDKGNLFILKMIDPSYR 240

Query: 241 VPV 243
           VPV
Sbjct: 241 VPV 243

[Close]

BLAST of MELO3C010097 vs. NCBI nr
Match: gi|659086054|ref|XP_008443742.1| (PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X2 [Cucumis melo])

HSP 1 Score: 392.5 bits (1007), Expect = 5.3e-106
Identity = 196/196 (100.00%), Postives = 196/196 (100.00%), Query Frame = 1


Query: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRFLPIIPSNPSSNTNLLTSSPSHKWRLRISFFP 60
           MAMAVALSSSTVTPTAKFWPPSTSQPPRFLPIIPSNPSSNTNLLTSSPSHKWRLRISFFP
Sbjct: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRFLPIIPSNPSSNTNLLTSSPSHKWRLRISFFP 60

Query: 61  AFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDL 120
           AFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDL
Sbjct: 61  AFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDL 120

Query: 121 LNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPLN 180
           LNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPLN
Sbjct: 121 LNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPLN 180

Query: 181 SRKVAVQFDTFKILGL 197
           SRKVAVQFDTFKILGL
Sbjct: 181 SRKVAVQFDTFKILGL 196

[Close]

BLAST of MELO3C010097 vs. NCBI nr
Match: gi|778664232|ref|XP_011660250.1| (PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X2 [Cucumis sativus])

HSP 1 Score: 374.4 bits (960), Expect = 1.5e-100
Identity = 188/197 (95.43%), Postives = 190/197 (96.45%), Query Frame = 1


Query: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRFL-PIIPSNPSSNTNLLTSSPSHKWRLRISFF 60
           MAMAVALSSST TPT K WPPSTSQPPRFL PIIPSNPSSNTNLLTSSPSHKWRLRISFF
Sbjct: 1   MAMAVALSSSTATPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60

Query: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSD 120
           PAFLNKGKGNNVTALKQELLQAI PLDRGAEATPEDQEMVDQISRKLEAVNP KEPLKSD
Sbjct: 61  PAFLNKGKGNNVTALKQELLQAIEPLDRGAEATPEDQEMVDQISRKLEAVNPTKEPLKSD 120

Query: 121 LLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPL 180
           LLNGKWELIYTTSRSILQTERPKF RS++NYQGINVDSLRAQNMESWPFFNQVTADLKPL
Sbjct: 121 LLNGKWELIYTTSRSILQTERPKFLRSKLNYQGINVDSLRAQNMESWPFFNQVTADLKPL 180

Query: 181 NSRKVAVQFDTFKILGL 197
           NSRKVAVQFDTFKILGL
Sbjct: 181 NSRKVAVQFDTFKILGL 197

[Close]

BLAST of MELO3C010097 vs. NCBI nr
Match: gi|823135922|ref|XP_012467724.1| (PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic [Gossypium raimondii])

HSP 1 Score: 338.6 bits (867), Expect = 9.2e-90
Identity = 175/238 (73.53%), Postives = 200/238 (84.03%), Query Frame = 1


Query: 7   LSSSTVTPTAKFWPPSTSQPPRFLPII-PSNPSS-NTNLLTSSPSHKWRLRISFFPAFLN 66
           L++S   P+ K  PPS S P RF  +I P +P++ N +  +S+P  KWR+ +SFFPAFLN
Sbjct: 11  LTTSLSAPSPKL-PPSISSPQRFPFLIKPLHPNAFNLSTSSSAPDQKWRVNVSFFPAFLN 70

Query: 67  KGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSDLLNGK 126
           KGK   V  LKQ+LL  IAPLDRGA+ATPEDQ+ VDQ++ KLEAVNP K+PLKSDLLNGK
Sbjct: 71  KGKDAKV--LKQDLLDCIAPLDRGADATPEDQQRVDQLASKLEAVNPTKQPLKSDLLNGK 130

Query: 127 WELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPLNSRKV 186
           WELIYTTS+SILQT+RPKF RS  NYQ INVD+LRAQNMESWPFFNQVTADL PLN+RKV
Sbjct: 131 WELIYTTSKSILQTQRPKFLRSSTNYQAINVDTLRAQNMESWPFFNQVTADLTPLNARKV 190

Query: 187 AVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYRVPV 243
           AV+FD FKI GLIP+KAPGRARGEL+ITYLDEELRISRGD GNLFILKMIDPSYRVPV
Sbjct: 191 AVKFDYFKIGGLIPIKAPGRARGELEITYLDEELRISRGDLGNLFILKMIDPSYRVPV 245

The following BLAST results are available for this feature:

BLAST of MELO3C010097 vs. Swiss-Prot


Match Name	E-value	Identity	Description
PAP4_ARATH	3.9e-72	64.73	Probable plastid-lipid-associated protein 4, chloroplastic OS=Arabidopsis thalia...	[more]
PAP5_ARATH	3.3e-63	60.78	Probable plastid-lipid-associated protein 5, chloroplastic OS=Arabidopsis thalia...	[more]
PAP8_ARATH	3.2e-10	27.02	Probable plastid-lipid-associated protein 8, chloroplastic OS=Arabidopsis thalia...	[more]
PAP6_ARATH	1.1e-07	28.71	Probable plastid-lipid-associated protein 6, chloroplastic OS=Arabidopsis thalia...	[more]
PAP12_ARATH	2.0e-07	27.71	Probable plastid-lipid-associated protein 12, chloroplastic OS=Arabidopsis thali...	[more]

BLAST of MELO3C010097 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0M3B4_CUCSA	1.7e-127	95.88	Uncharacterized protein OS=Cucumis sativus GN=Csa_1G665380 PE=4 SV=1	[more]
A0A0D2Q9W8_GOSRA	6.4e-90	73.53	Uncharacterized protein OS=Gossypium raimondii GN=B456_002G209300 PE=4 SV=1	[more]
A0A0B0PAQ3_GOSAR	5.4e-89	71.72	Putative plastid-lipid-associated 4, chloroplastic-like protein OS=Gossypium arb...	[more]
A0A068TNK3_COFCA	1.6e-85	68.67	Uncharacterized protein OS=Coffea canephora GN=GSCOC_T00014907001 PE=4 SV=1	[more]
M5XGR1_PRUPE	2.1e-85	80.00	Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa011650mg PE=4 SV=1	[more]

BLAST of MELO3C010097 vs. TAIR10


Match Name	E-value	Identity	Description
AT3G26070.1	2.2e-73	64.73	Plastid-lipid associated protein PAP / fibrillin family protein	[more]
AT3G26080.1	1.8e-64	60.78	plastid-lipid associated protein PAP / fibrillin family protein	[more]
AT5G19940.1	1.8e-11	27.02	Plastid-lipid associated protein PAP / fibrillin family protein	[more]
AT3G23400.1	6.5e-09	28.71	Plastid-lipid associated protein PAP / fibrillin family protein	[more]
AT1G51110.1	1.1e-08	27.71	Plastid-lipid associated protein PAP / fibrillin family protein	[more]

BLAST of MELO3C010097 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|659086052\|ref\|XP_008443741.1\|	3.0e-133	100.00	PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X1...	[more]
gi\|778664229\|ref\|XP_011660249.1\|	2.5e-127	95.88	PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X1...	[more]
gi\|659086054\|ref\|XP_008443742.1\|	5.3e-106	100.00	PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X2...	[more]
gi\|778664232\|ref\|XP_011660250.1\|	1.5e-100	95.43	PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X2...	[more]
gi\|823135922\|ref\|XP_012467724.1\|	9.2e-90	73.53	PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic [Gossypium...	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR006843	PAP/fibrillin_dom
IPR019825	Lectin_legB_Mn/Ca_BS

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008150	biological_process
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0003674	molecular_function

Unigene

This gene is associated with the following unigenes:


Unigene Name	Analysis Name	Sequence type in Unigene
MU47414	melon EST collection version 4.0	transcribed_cluster

Relationships

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


Feature Name	Unique Name	Type
MELO3C010097T1	MELO3C010097T1	mRNA

The following transcribed_cluster feature(s) are associated with this gene:


Feature Name	Unique Name	Type
MU47414	MU47414	transcribed_cluster

InterPro

Analysis Name: InterPro Annotations of melon
Date Performed: 2016-09-28


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR006843	Plastid lipid-associated protein/fibrillin conserved domain	PFAM	PF04755	PAP_fibrillin	coord: 73..232 score: 2.8
IPR019825	Legume lectin, beta chain, Mn/Ca-binding site	PROSITE	PS00307	LECTIN_LEGUME_BETA	coord: 184..190 scor
None	No IPR available	PANTHER	PTHR31906	FAMILY NOT NAMED	coord: 33..242 score: 6.0E
None	No IPR available	PANTHER	PTHR31906:SF14	SUBFAMILY NOT NAMED	coord: 33..242 score: 6.0E

Synteny

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


Gene	Orthologue	Organism	Block
MELO3C010097	Csa1G665380	Cucumber (Chinese Long) v2	cumeB043
MELO3C010097	CSPI01G32890	Wild cucumber (PI 183967)	cpimeB044
MELO3C010097	Cucsa.027640	Cucumber (Gy14) v1	cgymeB651
MELO3C010097	CsGy1G031660	Cucumber (Gy14) v2	cgybmeB040
MELO3C010097	CsaV3_1G045010	Cucumber (Chinese Long) v3	cucmeB044

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

None

The following block(s) are covering this gene:


Gene	Organism	Block
MELO3C010097	Cucumber (Chinese Long) v3	cucmeB061
MELO3C010097	Watermelon (97103) v2	mewmbB244
MELO3C010097	Watermelon (97103) v2	mewmbB252
MELO3C010097	Wax gourd	mewgoB302
MELO3C010097	Cucumber (Gy14) v1	cgymeB650
MELO3C010097	Cucurbita maxima (Rimu)	cmameB062
MELO3C010097	Cucurbita maxima (Rimu)	cmameB107
MELO3C010097	Cucurbita moschata (Rifu)	cmomeB055
MELO3C010097	Cucurbita moschata (Rifu)	cmomeB099
MELO3C010097	Wild cucumber (PI 183967)	cpimeB062
MELO3C010097	Cucumber (Chinese Long) v2	cumeB062
MELO3C010097	Watermelon (Charleston Gray)	mewcgB239
MELO3C010097	Watermelon (Charleston Gray)	mewcgB247
MELO3C010097	Cucurbita pepo (Zucchini)	cpemeB339
MELO3C010097	Bottle gourd (USVL1VR-Ls)	lsimeB398
MELO3C010097	Bottle gourd (USVL1VR-Ls)	lsimeB410
MELO3C010097	Cucumber (Gy14) v2	cgybmeB055
MELO3C010097	Silver-seed gourd	carmeB0899