PI0013725 (gene) Melon (PI 482460) v1

Overview


Name	PI0013725
Type	gene
Organism	Cucumis metuliferus (Melon (PI 482460) v1)
Description	PAP_fibrillin domain-containing protein
Location	chr02: 11469059 .. 11494024 (+)
RNA-Seq Expression	PI0013725
Synteny	PI0013725

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: five_prime_UTRexonCDSpolypeptidethree_prime_UTR

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

ATAAACTAGTACAAAAAAACGGAAGCGGAGCGCAAAAATGGCAACGGTTTTTCTTTAGTAGAGAAAAAATGGCTATGGCTGTGGCCTTATCTTCATCTACTGTTACTCCGACCACCAAACTCTGGCCTCCTTCAACATCGCAACCACCCAGGTTTCTCCTTCCTATTATTCCCTCAAACCCATCTTCAAACACTAACCTCCTCACTTCTTCACCTTCTCACAAGTGGAGGCTCAGAATCTCTTTCTTTCCTGCCTTTTTGAACAAAGGAAAAGGAAATAATGTTACTGCTCTTAAACAGGAACTTCTTCAGGCAATTGCCCCCCTTGATCGAGGAGCTGAGGCCACTCCTGAAGATCAGGAAATGGTTGATCAGGTTTGGGTTTCCTCACTCGCATTTTAATTTCAACAGCCCCACCAGGTGACTGAGGTTGATAAATAAAGATAATTTGATGTTTCAGAGCCAGGGGATTGGGGCGGGCATACATTTCAAAAAGGAGAAATTAGGCTGGTAGGGTTTAGGGGAATACCAATCTTTGCAATAATTATTCACTTTTTAAAATGCATTGGATGAACTTCCTGTACAATATCTATTCACTTAGTTTGATTTTGTTGGAATGAAGACCCTTAGATCCTTTAGGGAGTTCATTATTTTCGTATTCCTCTTGTATTCTTAAAGATATTTTAGTGAATAGATATTGTACAGGAAGTTACATCCCCTGCTCTTGTTATATTTGTGATCTTTCTACTTGATGGATTAGTTGTTACCTAACCTATAATTACAAAATGACCTGCGACTCTTATCGGAAAAAAAAGGCCTAGTAACCAATGCCTATAAGGAGGTATTGAACCTCCTCACCTAACTAACGTCATCACATGACCTCTCCAGCTCTCTAAAAATCCAACTATTTTTAAGCTCCTTAGAAACAATAGGACTTTTTGAGTGGTGAAGAGGTCTTTTTTTGTATGTACATACACTTTAAATAAATCATAGCTTAGTTAATCGTTGTTCTCATTTTGATTATTACCAACAGATATCACGCAAGCTTGAAGCAGCCAGCCCTATAAAGGAACCACTCAAATCTGATTTACTAAATGGAAAATGGGAGCTCATATATACTACTTCAAGATCAATTCTGCAAACTGAGGTAGCTGGATACTTCATTATGACATGTTTCCTCACAACTATTTATACTCCAGCATATATGCACAGTACAGTCATTTATGCTGTTTCTCTATCTTGGCTTAATTCAAAATTTTGATTGATATTAAAAATTAGATCTTTCATCAGCTATTATTGATAAGATACCATCGTTGATTAAGATAAATGTGTTAACATAAGGTCGTAAATAAGAATACTAGCCTAAATCAAGCTAAGAAGCCTCATGAAATAATTGAAAGGAAGGATTAAGTTATTAACAATAAAAACAAAGTAGAATCAATCACCAAAAAGACTTGGTGCAAGAAACCTTAGGGTGGGCTTAATTAATTCTTAACCGTTGTGTTTTGGCAGAGGCCCAAGTTTTTAAGATCAAGAATAAACTATCAAGGAATCAATGTAGATACTCTTAGAGCTCAAAATATGGAATCTTGGCCGTTCTTCAATCAGGTATAAGTTCCTGCTCCCTTTATTGTATTTGTTTTCAATGAGATATTATGTGCTCTCTCTCTCCTACTTCCTAACTTTTGTGCCAATGGGTTATGTTTGTATGTAATGTAATTTCTGTAGATTGTATTTACTATTGTCTTTACCCTTTGCTTGCCAGATGCCATATCAAATGAAGTTATTTTGAAACCAAGTTATCAATCGGATTATATCACATCCGTAGGTGAAGATCATTTATTTTTTGTTAGATATATAACTAAAAGATAGTTTCTTACCCTTGGAGTTAGGGGGAGTTGACGTAATCCTGGGAATGCAATGGTTTCACTCGTTGGGTGTAACAGAGGTTGATCGACAGAATTTGACCATGGCATTGTTAGGACTTCTCCCTCAAAACACCCAATAATCCCAACAATAGGCAGAAACAAATGCAGTACTCTGGTATATTATGTCATTTAATAACTGAAAAGTTCATACAAGCAACATAAAAGACTTAATAAGAAGGAGAAAATATGCAGAAAACAACCAGAACCTTAGAGAAGGCTGGAAACTTCTCCCTAAAAGACCTAGCAGCCTTTTACTACAAAAAACCCTACCTCACCAATCCCTAAACCTTTTCTATTTATGTCCCTCATGATTAGTAGGCCCCTCTAGCTTTATTCTCTTCCATAATTCTCTCTCTAGAATCTATCTTCTGTACAATTACCCTCTTACCCCTCCTCTTATATTTATGAATGATAGGAGGTCTTACAATACCCTGGGGTTCCAAATTCACCTTGTCCTCAAGGTGAAAGGTGGGAAATTGTTGATTCATCTGGTAGACTGATTCCCATGTGGCATCACTCTCCGGAAAGTTCCTCCATTTGACCAGCCACTCATTGGCCCCCAATTCCTTGCTCCAGCGAATCCCCAAAACCGTTTCAGGCCACAATTGAAGTTCAAATTCCTTAGTCAACCTCGGAGGTGTGCGTTGAACATGGTGCTTTTGTCCCAGTTTGCGCTTGAGTTGAGAGACATGGACAAAGCACCACTGCCATCAATTCCCTCTCATATACAGATTTTGTTTAGGCCCCCGGTGAAAGTTTTTGACTGAAGAAGGCTATGGGATGACCATTCTGGGATAACACTGCTCCCAACCCCATTCCAGAAGCATCCGTTTCAACCACAAAAGGTAATGACCAATCAGGTAAGGCTAGCACCGGCATCGAAACCATGGCCCTTTTTAACTATTCAAAGGCAGTCGTTGCATACTCATCCCATTTGAACCCATTTTTTTGAAGAAGTTTCGTTAGAGGAGCTGCAATTTCTCCATAGTTCTTTATAAATCTTCGATAATAGCCAGTGAGGCCAAGGAATCCCCTTAGGCCAGTCACATCCTTAGGCTGAGGCCAGTTGCTCGTCACCCTGATTTTCTCTTCATCTGCCTCGACCCCCCTGCTAGATATCCAATGGCCTAAATATTGTATTTTGGAATGGGTTATTGTGCATTTTTTTCTGTTGGCGAAGAGTTGGTTGTCCTTCAGGATTGCGAATACCATACCCAAATTTTTTTCATGTTCTGTGGCATCTGAACCATATACCAAAATATCATTAAAAAAAAAACACAAAACGTCTCAGGAAGGGACGAAATACCTGATTCATCAGTGATTGAAATGTGGCAGGAGCGTTCGTTAGCCCAAATGGCATCACCAAAAATTCATAATGCCCCTCATGTGTGCGAAAAGCTGTTTTCCCCACATCTTCCTCCCTCATTCTTATCTGATGATAAACCGAGTGTAGGTCCAACTTAGAGAATATAGTAGCTCCGTGTAGTTCGTCCAAAAGTTCTTCTATCACCAGTATGGAAAACTTGTCTGCTACAGTATTCAATTTCCTATAATCGACACAGAAGCGCCACCCTCCATCTCTTTTCTTCACTAGTAACATTGGGCTGGAGTTAGGGTTGTGGCTGTTAGGGTTGTGGCTGGGTCTAATAGTTCCTGCTTGGAGCATCTCTTCCACTAACTTCTCAATCTCTTCCTTTTGGAGGTGCCCGTATTTATAGGGTCGCACATTGATTGGTCTTTGTCCTGACATGGTTAGTATCTGATGGTCTACCTCTCTCTTAGGTGGTAGTCTAGTCGGGGAGTTGAATATATCAGCATACTGTCGTAGAAGAAACTGAATCATGGGTAGCTCTTCTTCGTCTCCCTTCTCCGTATGTTTCATCTTCTCTTCTAGTTCATCTTCGACTCCAACATTTTGGAATTCCAGGAGGAAAGCTTGATCTTCTTCATCCCACGTCTTTGTAATGGTCTTGAGTGAGCATCCGTCCTGGTTAGAGTTGGTTCTCCTCTCAATATAATTGGTTTATCCCCGGCCATGAACAACAATAGGCAGAAACAGATGCAGTACTCTGGTATATTCTGTTATTTAATAACTGAAAAGTTCATACAAGCAACATAAAAGACTTAATAAGAAGGAGAAAATATGCAGAAAACAATCAGCACCTTAGAGAAGGCTGGAAACTTCTCCCTAAAAGACCTAGCAGCCTTTTACTACAAAAAACCCTACCTCACCAATCCCTAAACCTTTTCTATTTATATCCCTCATGATTAGTGGGCCCCTCCAGCTTTATTTTCTTCCATAATTCTCTCTCCAGAATCTGTCTTCTGTACAATTACCCTCTTACCCCCCCTCCTCTTATAGTTTCGAAGGAGCATTTATGGATAGCTCAAGAAAAAATGAAGAACTATGCTGGTAAAAAGGGGTGACATGTGGAGTTTCAGGTGGGAGATTTGGTATTTTTGAAGATGCGCCCTTATTGGCAAGTGTCCTTGTGAAAAAGGAGAAATGAAAAACTATCTCCAATATTTTTTGGGCCATATCGGATGCTGGAAAGAATTGGACAAGTGGCGTATAAATTGGAACTACCTCCATCAGCTTCTACACATCCGGTATTTCATGTCTCACAGCTGAAGGCAGTGTTGGGTGAGCCTTCAGAGGTGCATCAGTTGGTTCCTTACTTCTCTGAAATCATGAATAGATGGCCAAACCGGAAGTGTATGGGTATCATAAGAATCCTACAATGGGAGTGTGAGAGGTATTGATCAGTTGGAAAGGATTACTTCCTCATGAAGCCACTTGGGAGGTTTGTGATGATTTTCAACAACAATTTCCAGATTCTCACCTTGAGGACAAGGTGATTTTGGAGAAGGAGAGTAATGTTAGGCCACCTATTATATGGCAATACAGTAGGAGAGGGAGTAAGGGAAGTGCACGTGTAATGGGTAGTGTTGCTGCCAACGCTGGGACCCACGGTTAGTTAGGAATAGGGGAAGATTTAAATAGTGAGGGGGGTCTGTCAGTGAGGATATGAAAATTGTGCGAAATTTGTCTATTCCTTGAAAGATAGCAAAGGCAAAGAGAGGGTAGGGTTTCCATTTGTCAATTCCTGTTTCTTGTGTTTACCCATTTGTCCAAAGGTTGAGGTGGTGAGGTGGAGGAGCAGCAATGGTTTATTGATCGAGTTGTCTGCTCATTGTAAAAAGAAGTGTCATCAATACTCAATCACATCCCACCAAGTGCACCTTCAATGGACAGCAAGCATGCAGTTGTCTTGTGATATAAACTTTCTGGAGGATTTTTGTCATCCGCATCACATACCCGATTGGAAATAGCATTGATTTTCCAACCCATGAGGTCCAAAATATTTGGAGCTCTAATACCAAAACTTGATGTATACAAGTTTGGAAGACAATCTTTACTGAATAATACTTATATACAAGTGTAAGCCACAAGAATAAAAAACGAAGCACCAGATCAGTTCACACGGTAATCAAATGTTTACAGGATAAAACAGACATAAAAAGGACTATTACACCACATAGCCTGAACAAACCAGAAAACCGATAAGGAATGACCAACCCAACAATTAAAAGGACAAGTGATACATCACCTAATGGTTCATTAAGAGATAACAATCAGAGGGAAAAAGAGTTGCAGCAGAGGTACATGCTTTTAATAATCATGCAAGATCAATTTTAATAGGATCAAAATTGCATTTAAAAATGTATAATTAAAGATGGAATTGATTTTGATTGGTTAAAGTTATGTTTCAGGGTAGAAAAATGAATATAACCATTTCAAAATTAATCTCTAACATGCACTTAGTCCTTTTAATATTTCAAGTTTCTTTATGGGTTTAACCGTTGAGATTCCAAAAAAAGCATTGCCAAAAGGATGTAACAATATATCAAAGAAGTGCTTCTCCATTCTTCTCAATTAGATAATGAGAGGGATTGGTTTATAGGTCCAACTTTATGTTCATGTTTGTCTTTTTTGTAGGTCACAGCAAACTTGAAGCCTTTAAATTCAAGAAAAGTAGCTGTTCAATTTGACACATTCAAAATTCTTGGTCTGGTAAGTCATCTGGTTTCTCTGACTATTCTACTTAGTTCCATATGTAGATCACACTATATTTTGTGCTTGCATTTTCCAGACTCCGGGATTCATTTTCTTTAAATAATAGAAATGAGAAGTTACTTTACTGGATAGTTTGGATGTCTTGGATAGTTTGGATGTCTTGGATAGTTTGGATATCTTTTGTAGGAACTATGACTGAAGAAGCTTTTTTACTGGACACCCTGCTTAGAAAGAATCGAGATCCTTAGGCCTACTTTTGATCCTAGGAAACCTGCTTAGCTGTTGCAATTAAATTTTAAGCTTCTTAACTTTTTAAATAATTAAACATACTATGTTTCATAAAAGACTTTAAATAATGGACTTGAAGCATTTTAGTTTTATTTCTGTTGGCAATGGAAAAGAAGATCTAATTATCCCAAAATTAATTGGTTGTGTAAGGCTCCTAGTTAGGAATATATTGGGATAATTAGATGATCAACTGTAAGGGGGCATTCTAGTAATTAGAGATTAAGTTAGGTTTTTGAGTTATAAATAGTATGAGAGTATGACTAGGGGTGTGAAGAGTTTTGAAGAGCGTTTGGCTCTTGGGAGGGAATTCTCGACCCTTTAGAATGTGCTGAGGAGTTTGTGCATCTATATTCACTTGCTCTAGTTATTATCTTGATATTGTATTTTCCTGCAGTAATTATATAATCACAAGGATTTTGCCTTGTGAATTTCTTGGATATTTGTGTTCTTGTTGCGGTTTTCTATTTGCAGGAAGAAGAATCCTAACATAATGCTAATTAAATAACTTGAATCATATTATCTCCAACCAGCATTGAGTTGGATAAGAATATGAATTTCTTTGAGTTTGGAGTTTCTGTTGCTGTTCTTCTATCATTGGTATTTCTATTTTTCATTGATCAGCTAAGGGTCAAGCACCAATAGTGTTTGACTAGGAGGGGCGGTGGGGGTTAGGAGAAACACTATACGCAAAAATTATTCTAAAGAATTTGTGCTCGGAGGTGGATATGATAAACAGTTTTGTGTACTTTTAATTAAGTTTCAATTTTGACTCTCTCAAAAGTCATCTCAAACTGGCATCTTTAGAGGATATGATTCAAATTGTCTTTTTCTTTTGACAAGCAATACAACAAAACGGCTCAACTAGCAAAGACAACTTTTTAAAAATTCGATCAAGGGTGTTAACTGGTTTGTGAATAACCTGCTAGACAAAGAATTTAACCATCTCTTGACACCCATAGAGCAGAAAAGATAAGATCCCTAATGGAAGAAGGATCCATTAACCAACTAATGAAAGAGGTGAAAGAGCCCATTGGGCTAAAAAAATGCACATCCCTTCTCTAGTGCCTAAACTCAAATTTCTTGATTAAAAAAAAAAGATTTTGTGACATCCATTTTTTTCTTATCAGAAAACGAACTATAGAAACTCAGCAAAAAGGAAAAAGAGCTCCCAAACCTTACCATAATTTCAGCTACGACTATTTTTTAAGGACAAATGATATGGACGAGGAAACATAAAGGCATAGAGGTTTATTTTCCACCAACTGATCCTCCCAAAAATATGTTTTCTTACCCTCACCCCTACGCAAAGAACCAAGTAAGAGAAAGAAGGAAGCTCAAGCAAATATCCTTCCACAAACTCCTTTGTGTACCTTTAATCCTCTACCCGACAATCACTCAAAAGAATCAATAATCCTATACCAGACGGTTTTAGGCTCAAGGAAGTTGGGTATATGAGCTGGTTATGTAGGATGCGACAGGCGTCCCTCTTGGAGGTAATCTCAAATCTGTTTCTTTTTGGGACCCAGTGGTAGATGGTTAAGGAAGAGATTGGCTTCTTGGAAGAAAAGATTGTTATCCAAAAGTGGTAGAACAAGTGGCTTTGAGTTGCTTTACAGATTGTGCAACAGTGAAGGGAGAGAGCCATGTGAGAATTAGGGACCATAAATGCAAAATATGTAATTTGTATATTGACGTAAAGACAGCTTTTATAAATTAAACTATCAAATCATTTACTCATTTCGCAGAAACTAAGCTAAAAACTACGAAAGACTGAGATTTCTGGATAGGCTAATCCTCCTGCTAGCTTGACATTGCCATATATAGTCCCTCACGTGACTTGTACACGGCAACCAAACCTAACGCTTTTCTTTGATGACGAAGTAAGGCTGGTTGTGGCTGAACGGAATCATATTGGCCAAGTGCCAATCATAGAGCATTCCACTAAGGTCTCACAATGGATCTCCCACCAGTTCTAATTTCATTGGTGAAATTCTTTTCATGTCTTGATCAACAGATACCGGTCAAAGCACCTGGAAGAGCCCGCGGTGAACTGGACATCACATATTTGGATGAAGAGTTGCGGTAAGTAATCATGCTGAATTTTTTTTTTACTGTTTTCTAGTTTTGTTCTGGTTGTAGGAATTCTTCTTGATTTTTGGATCATAAGCAGTTAGTTCTCTAAGTGAAGCAGATGGTTAGATTAGATGATATCTATATCAAAATTTAATAGTAAAACCTATTAACAAATGAATAATCAATTTTCACGTTCTAAAATCAATTTTATTTATCTTTCTCTTAATGGATGTCAGAAACTGTTAATATCAGCTATAAAATTAATAATTATTTCAAAGATAAACTACAAGTTGATGGATAAACTTCTTATAATGAACATTGATATAAATGAGCTTGATTTACAAAAACAATCATTTTGAAGAAAGTTTGTGTCTAAAGGTTAGTAGTAGTAGTAGGTCCACTCATTATCAACTTCAATCCAGTATCTCTAATTGCTTCTGTCCTTAGAATTCGACCAAATCTGCCTCTTTTATAGCAGGCTTTTAAGTAACTTTTCTGAAGTTGTTGCGAGAAGGAAGAGATTTTTGTTAAATCACCACTTAACCCAACCAAAAGCTTAAGTCAATAGGTTACGGTAGAATAATCTTATATCAATACTTTAATACTCCCCACTTGTGGACTTGAAAATTCACAAGACTCGACAAGCAGAAATATTAATTTGGAATAAATTTTTTTATTAAGTCATTTGCTCTTTTACAAATTTGAGAGAATAAAACATTCTATTATTTTCAAATATGTGCAACTTATATCTTACTGTAGAATAGAAACCGCTCTTGCTTCTGTTTGGCGGTGGCTTCTTTCTGGTTCAATTGTTGGTCAAATTTTGAGTTTAAGTTTGTTCTTCTTTAGTCTGTTAGGGTATTCTTGTGACTTAAAAACAACTTTGAATCAGTGGTTTTGTGGAAAGTCGTAGCGTGAACAATAATAAGCAATCAGTAATGAGGAGGGGAAGGAAAATAGACCAAATTTGGGATCATTGTCTCCTCTTGGTGTCTAGGACTTGCCTCTTTTGCAAAAACTACTGGGAGTTTCTTTCTGTAACTCGCTTTCATACCCTTCATTAACTTTAATAAATTTGTTAAACGGAAGAAAAAAGAACACTAGGTTTATGTTAAAAGCCCTAGAATAGGGAGAAAAAACAACGATAGTCACTTTTTATTATTTTCGCTTGCAATGAAAGTTATAAAAGAAGACAATTTTGTAGGCTCTAACAAGTCTTGATACAAAAAAGGAGATAAACTTAAGGTAAAGTAAAATACCAAAATACCCTCGGGACTATAAACTATCAACAAAGCCCCTTCTTTCCAACCCTCCCCCTCAAGTTGAGGTGTAGATGCCAAATAGATTCAACTTACTAACACATGAGTCAAAACTTGGCTTGAGTAAACCTTTGGTGAGAACATCAGCAACTTGTTGACAAGATGGAATATATGGAATACAGATACTGCCATTGTTCAGTTTTTCTCTTATAAAGTGTCTGTCAATCTCCACATGTTTCGTTCTATCATGTTGTACAAGATTGTTGGCTATGCATATAGCCACTTTATTATCACAATAGAGCTTCATAGGTAAAACAATGAAGTGAAGGTCAAACAAACTTTCGTCAATCAGATTTCTTCATAGATTCCCAAACTCAATAGTCCTGTATTCAGCGTCAACACTATTTCTAGCAACAACACTTTACTTTTTACTTCTCCAAGTAACTAGGTTACTCCACACAAAGATACAATACCCTGAGGTAGATTTTCTATCAATAACTAATCCTGCCCAATCAAAGTTGATATAAGCCTCAATGCATTTTCTGTTAGTTTTCATGAACATCAGACCTTTACCTAGAGTGCTTTTCAAATATCTTAGAATTTGATTCACAACTTCAATATGTTCTTTGTAGGGTGCCTGCATGAACTGACTAACAAGACTAACAACATAGGAAATATGTAGTCTAGTGTGAGATAAGTAAATTAGCTTTCCCACTAGATGATGATAACTCTCTTTATCAACATGAACTTTGTCAACAAAATCTCCTTGTTTCACATTGATTTCAATAGGAGTGTCAGCAAGCCTACATCCAGTCATATATGTTTCTTTTAACTGGTCAAAGGTGTATTTTCATTATAAGATAGAGACCCATTCCCTTGATTTTGCAACCTCCATTGCAAGGAATACTTTAAATTTTTTAGATATTTGATCTCAAACTCGTCAGCCATATTCTTTTTCAACATGGTGATCTCAGCCGTATCATCTCCTAACAAAACAATATTATTTACGTGTTTGGTTTTACGTTCTAAAACTCGTAATTCGTGAATGTTAAACTATTCTATTATTCAATAAAGTTGTATTAAAGTATTGATCAATAAGGTTTAACTGAATAAAAGATTTGCTCGTTATATACTCAGAATCCAATGAACAAGGTTCCTTGACAATAGTATCATGAGTACTTGAACTTTATGTAGTGACATAAATGTGGATAAAGTTCGAGTTATAGTCTAAACGGTCTATAGTATAGGAATAAGGTTGGATGCCTTATTCTGAGGATACTATGGATGTGACCCACTTTGTATTTAGTATAATCAATGTAATCTAAAATTGCTCATGTAGAGACATGTGAGTGTGGATGTCCTATGTAAAAGAGTTAATATAAGACTGAGCCATGAAATAATTACTTTTATATTATAACACTGTTAACTATTTGAAACTAACTATTTCGACTTTGATAACATAGGTAACTCAATCTTAATCCTGAACTAACTATTAACTCTTGTTTACTCGAGATTATTCTTTGATATGCATAGGTGAGGGTAGCTCAACAACGTTGACCTAATAGACCTTTCATTTTAGGAGTAAGACAGAGTGGATAGTTGAGGACATAGGGTGCAGGACGAAATTCACTCCTACCTGCTTTTAGTTAGTAGATAGGTTGTTCATTTTAATGCTGACTCCAGGTTTTGAACAAAAAGGTCCCATTCTTTCATTGGCTCGAGAGGGATCAAGTTTATAGGTTGAACCATAAATCAATTGTTCATTAGAGGATCAACTAAGGTTTAAGAAACAAAGTGTAATTTCAAGATTAAAATGGTAAATTGACCCAATTGAAATTACAAATAGCCTGTGAAAGGTTGACTTTTATATCAGGTAGACACAAATATATCTACAGTAAGGAGAGTGTAGCTACGGGTTATAGTGGAGAGTCTTGATTAGTTAATGAACGTTAATTAGCTCGGTTAAAAAAGTTAACCAGTTAATCTCGAATCGTTGGAGCCCATGATCTGTGGTCCAATAGGTTAGTCTACGAGCTTATTGTGGAATTAAAATTACAACATAGTGATCAAGAAATTTGAATCGTTCAAATTAATTAAAGATAAAATTGTTAATAATATTCTATATAATTAACGATTACAAATTGGGAGAAATGAAATAGGTTTTAAATATTGGAAATTTGAATAGGGATTCAAATTAGGTCAATCAGATTGATCAGAATTAAGTGGAATTTAATTAATTAAATTGTTTAATTAATTATTTAATTTAACATTAAATTATTTAAATTAATTCATCAAAGGAAAAAGGAAATATTTAATTTTTAGTCCGAAGTCAAAAGTCAAAATGTTGACTTTTGAGATTTGGAAGTCAAAGGTTGACTTCAACCCTGAGTTAGTGGATTATTCCACAATTAGTGGAATTACTCTATCCATGGTGAATAAACTATGTGCTTGGTGTTGTTCATCAAGCAAATCATCGACCAAATCCACTTAGTGGTTATTAAGTGTCAAATTAAAATGGAAATGAGATTTGCATGTCTTTTGGCTATATAACTATACAATTTGATTGTGTTTTAGGATGATGAACTTTAGAGAATTTTGTTGAGATTTCTCAAGTGTTCACAACCTCTTTCTCTCTCAAAAAACTCACAAAATTAATCACTAAATTGGTCTCACAACGAAATTCTAAGTCCTGAGAATAGTATAGAAGACTTAGGTGGTTGTCCTTGGAAGATTCATGATCAATTACAACATCAAACACTTGATTTGATCTGCGAAGGTGAGTCATCAAAATTCTTTTTTTTTTTAAATCTTTTTAAAAGCATGTTTAACCCACTAAATTAGTGTAATTAAGATGATATTTGATCCAATTGCTTATGCTGCATGATTTATACATCCTTCACTATGTACATAATCAAAATAGCAATTTTCTCAGATACTGATCTTTTTGTAAACAACGTGTGATCAAAGTGTCTTCCAGTGAAACCTTGGGACTTGACACCTGTCGAACCATGCTTTCAGGGATTGTTTCAAACCATACAAAGTCTTCCTAAGTTTACATGTCCAATGATCAAACTGAGCTTTAAAACCTGGGGGAGGGCTTATGCTATTCTTCTAATTCACCATTCAGAAATGCATTTTTCACATCAAGTTGATGGAGAGATTAGTCTTTATTAACTGCAACAGAGAGGACTCGAACCGTGTTTAACTTCGCTACAAGGGAGAAAGTCTTAGAATAATCTATCCCATAAGTTTGAGTAAACCCTTTCGCTACAATTCTGGCCTTATACCTGTCTAGAGCTCCATCTGATTTATACTGCAGAGTGAACATCCATGTGCACTCAACTATTTTATGCCCTTTAGGAAGAGCACAACATTCCCATATATTATTCTTTTTTAGAGCTCCCATTTCTTCTGTGATGACAGTCTTCCACTCAGGAATGTCAGCATTCACTGTACTGAAATTTAAGTCTATGGAAGCACTTAGGGTTGCCCCTAGAGCAACGATTTGTTGTTGAAAATTTGTCTGAAAATTTGCCAACTGTTGTTGAACCATTATCGATGATAAACCAATCGAACCTTGATGTTCATAACTAGACAACACATGATGAGGAAAAACTCGGCTATTGCCGTAGGGAATTTACCTATGTGGTAAGCAGACGACTCACCAATGCCGTTTTTATGATGTATGTTTCAGCTAGGGTTTCCATCAAAGGGTTGTGGCGACACTAGAATTGGATGAATATGCAAGGACTGAAGATAACGATCAACAAGCTGGACAACAGCGACAATGTTGACAGTTGAAAAAGCAGCAATTCTGGCGGCTCCGACTTTGGCGACCATTGTAGCTAAAGTGGGGCTGGTGCAAAACTAAGGTTATTTGGCACTTGTTGGTTTTCGTCAGTAGTGGTTGGGGTTTCGTCACCACTTTCGGATAACCACATTAAATGATAGAAAAGAAAACACTAAGTTCATGTGAAAACCCTAGAATAGGGAGAAAAACCCACGATAGAGAGTCATTTTTTAATATTTTTACCCACGATGAAAGTAATAAGAGAAGATAATTTTATAGGCTCTAACAAGTCTTAATACAAAAAATGAAATCAATTTAAGTTAAAGTAAAATTCTAAAATACCTTTGGGGCTATCAACTATCAACACGGTCCCTTATTTCCAACAGAAATCATGTCTCTACATAAGTACTGTTTTTTATTTCAACCAAAACAAGATATTTGAATACCAAGGGCTTGCTTGGATTGGTGTTAGAAAAAAAAACGATTTTCAAAATACTTATTTTTATTGATTTTCAAAATACTTATTTTTGTTTAAACTTTTTAGGTAAAAACTTATTACAATGTACATCGAAAGCTATTTTGAGTTAAACTCTATTTTTTTCCAAAATAATTTATTTTTAATTTAGACATTCGAAAATGTAATTCAAACATACCTTCAATTTCAAACATACCTTCAATTTAAGTAAAACTAGAGAAAACTGATGCCAGAGATTTTTATTCAGGATGCAGTCATACTCGGAAAAAAACACTGAATCCAACAAAAATATATATAGAACTGAACTCTAGGAGTGAGGGTGAGCTTGGAGTGATGAAAAAAAAGTCATTTTAGTGCATTAAATGCACGTCAGAACTATTTTTGAAAGTTCCAAATACGCACTCCCTTTTGGAGAGAATCACTTACTCACTTCGTCCAAATTGTTTAGAGAAGAAAAAACGCTTTGGCTTAGTTCAGTGTTCTCAAAAAAAACAAAAAATATGCGAGCCAACCCAACCGTACAAGAACTTGGAACATTATTTGGCCAGTATAATATGAAAACTCAATTATGATATCTTTATTTGGATCACAACTTATTGAATTGTATGTGATGGTTACTGGACAATCTAACCAGTTTTGTTTTGTAACAATTGATTAACAAAAGTCCATTAATGAATTAAACATTTAGTTAAAGGCTTATATTGTCATGAAATGTAGTAAATGAGTTGACTTGAAAGTTTAAGTAGAAATTAACTGAACCGCATTTTGCATGCTTTACGTCTTTGAAACATCATTCATTGTCAATCTAATAGTATGAATTGATATTACTTTATACATTCTCATCACTGGGGTGTTAAACTGTTATATATATTTCACTGAATTTTGACAGAATATCCAGAGGTGACAAAGGGAACCTCTTTATCTTGAAGATGACCGATCCTTCTTATCGAGTACCTGTGTAACACTTCAATCTCTTTACTTTTCTAGTAATATCCTTCTAAAGCCTGATGAAATCACAAAATCAGAGTGAATATTATGTTCGTGTAAGTTGATTCACATAATATCTTCGTAAAACTTGTGGCAATCTTCTATATATTTTTGGAATATACCAAATTATGCTTTAAGTATTGAAGGGAATCAAATTTTCGCAAAAGCGTGTGATCATCGTGCAATATGGAAATCAGTTTTTATATATACAAAAGTAGCCACTAAACTAGATTTAGCTAGGGTAAACATTCACACAACCTAAGCGTGCTACTAATGAGGGAGAAAAGGAGAAGTAAAACTTACCCTCGTAGATTCCAACCTTCACGGTATCCTTTCGAAGTACTGAACAAACCATATCTCTGTCATGAGCTTGAACTCCTCAACAAACAATGAACACCATTGCAAGGGCTTTCTTACTATTCTCTACGATTTGAAGGAACTAGATATGCAAGCTCTAGCATCTTCGAAGAGAAAGAAAGGTTCAAGAAAATTGAGTATCAAAGTTAAAAAGAATTTGAGACTTTAGAGCTTGAGGCTAGATTCACTAAACGAACCCCTTAAACCTTAAGAAGTTATAAGGATATTTTTTTAGGGAGAGGCTACAAGATTTGACTAATTAACGTTTAATTAACCATTAATCATATCAATTAAGTAACCTTATAATAGATGATATTCATCATAGAATTAATTAACTAACATATTAATATTATATATTTATATGACACTCAACTCTTTTATTTCATAACTAACTAATTAATCCTTAATAAGTCAATTGATTATATAAGTCAAATCATCTTATAATAAATCACATTTAATATAAAATTAATTAGTTAACATATAAATATCATATATGTATGTTCATACGTCTCTCTTATTATACAGTTCTATATGAATTCAATCCATGTTCTATATGAATTCAATCCATATGAAATTAACATCTGAATCCAAATATAATATCTTCACAATGTTGTCCTTTTATGAATCCAATTCATATTAATACTAGAATCTTATTGAATATTTCTCTTATACTATGTTCTATATGATATTAATATTCAAATCTCATTCAAATATATATACATTTCATAATATAGTCTGGATTATATATTGTATCTATAATTAACTATATTTTATAATGCATCAAAATACACCATACTTAATATTAAAGGGTTTTTAAAAAGTATAACAAACCAGCAAAATATTTACACTGTATAAAACAATTTCGAAAATGGAAAAAGCCCATAGGCCCACAATAGAAATACAAAAAATGCCTCAATCAACACGCGATTAATCGGCCACATGCGTGTGTGTAGTTCTACTTCTAAATGATCATGATACACTTTCATGTAGGTAAAGATATACAATCGTGTAGGTAAAGATATACGATCGTGTAGGTAGTATCAACACGATCGTGTAGTTCTTTTTAACGATGGAAAAATACTACAAATCTAAACGATTGTGTTGATTATGGTAAGCGATCGTTTAGATCATATCCACACGATCGTGTAGTTCTTTTTAAACGATGGGAATAGGACTTCAAATCTAAACGATTGTGTTCACTGAGCTAAACGATCATGTTGACAATGGTAAACAATTGTTTACACTTCCATGCGATCGTTTACATTTTCTTGCACGATCGTTTACATTTCTTGCACAATCATTTTGACAACATTTTTTTTGTTATAACACGATCGTTTAGATCTTGTACCAAATCTAAATGATCCTGCTGCACGATCTTGTATCAAAATTGTTTAGATATTGGTACATGATCGTTCAGATCACTACAAGAACTTTCCCTTTTTCCGTCGAAAATAAATGTCAGCCAAAGTCTAAAAAACATGAGCATAAGTTATGCCGACACAAAAAAATGCGTCGGTAAGAACATCGTCGTATCCGTGTCGGGAGAAGTTATGTCGACACAATATATTTTCGCCGGCATAAGTACATTTTTTCCAACGTATATCTTTGCGTCGGTATACAAGTTCCGACGAAACTAACATCGTCGGCAATACATATTCGTCGACGAAAAATTGTTGTGTTGGCAAATAAGTTATTTCGACGAAAATACACGTTTTGTCGGCATAACCGTTATTGAATTGTGGTCAAAAGATATGTTCGCCGACGTCGTTTTCATCGGCATACGTAGTTTATAATTTTGTATAGTAATTGTAGCCGCTAAACAAGCAATTTTTTTCAATAAACCTAATTATGCGCAAAGAATAATTAATTGAAAATTAAATCAATTAAGAAACAAATATAACAAAAATAAGCTTCTATATTAAAAATAAAACTAATATTCAATTCAACAATGTAACGTTATTAGTAGTACGTATACATTTGAGGATTGCTAATTCTTCACAAATCTCACATTAAAAAAGAACTTATCGTTCCCTAAGCGAAAGTTTGTCACTGTAACTTTTCACAAATCTCCTACACCAAAAAAGTTTTTCATTCTCCTAACCAAAATATACCATAACCCAAAATATAAGTGAGATGAGTTACACCAAAATACGTAATCATCCCAAAATCTTCTCGTAATCTCCAAAAAAGACAATTCTCATGTATAACCTGAAATAGGAAACACAATACAAGTGACAAAGTAGCAACAAAATTGACAAAGTGGCATCATAAAGTTACAAAGTAACGAAGTAGCAACAAGTGGAAAAGTAAGAAAATAGGAATAGGTGACAAAGTGACAAACGTGTCCTAAGTTCCAAATAATGAACCACAACCACAAAAGCTACAAACGTGTCCTAAGGAATAAGCACATAATGAACTACCCTTTTAAACTACAAACAAGTAAGATAAATTGAGAACAAGTGACAAAGCGAATTTCTCCCTCCCAAAAAAACTTTATTTAAACATAGAGACAGATGCATTCATAGAGCACAAAATTTGTAATGTAAAAAGATCATTAGAACATTCATATACCCCCCCCCCCCCACCCACCACAATCACAACCACAAATGCTACAATCGTGTCCTAAGGAATAAGTACATAATAAACTACCCTTTTAAACTACAAAGAAGCAAGACAAATGAGGACAAGTGACAAAGTGAACTTTTCCCTCCCAATGCATTTATAGAGCACAAAATTTGTTATATAAAAACCATTAGAACAGTCACATATCTCTCTCCCCCCCCCCCCCCCCCCCCATGACCACAACCACAAAAGATACAAACGTGTCCTAAGTCCCACATAGAGATGGATGTATTCATATTTAAACTGGCTACCATAACTGCAGGATAGTCATACAACAATGAAATTAAATTCCTAACTCCATTAACCATAATTCGAAGTTGTTATAACGTACCTAGTTGTCTAAAAGTCCACCTTCTTGCCTTTGTTGTGTAGCAAGCTGTCTCGTGATATTAGTCAATTGATCTTGCAAGCCTGAAATTGTTGATTTCAACATAGCATTTTCCTCCTTCAAGTTTGTCACCTCTGCTTAAAGCTTTTCATACTTATCCCCAATTTCTTTCTCAAACACATTGGACGATGTACCACATGTTGGTACGTTGGGGGTTGCGTTCCATCCAAGACCTTTAATATGCCCAGATCGTTTTCCCAAAATCCGTTCACAAAAGATTGCCTCCGGTGTTGGTTCAACTCCATCTTTTGATGATTTTCTTATCTCCTCTTGCATTGCCAATTATATTTATAATGGTTTAGATGTTTTAGACATTATATAGACGAGTTAATACAAAATTACGCATGTATCATATAATATAATTTATATATACTTCTTTGGTTGACTCGCTTATCCATCCATCCTCCTCTAAAAAGTGAGTTTTGTAAAACAACTCCACTTAGCCTACTTCTTCACCTTAATCGATCGTCTATAATTCAATAAAAAAACATTAGTCTTTATATATAATGAGAATGAATAAAACAATAATGAATTTGCACCTATCATACTAATTTATTCTGCACTTGAAGAAAAGATTTTGACCCACAATAATGGTTGAAATTTAGACATTCCCTATTTTTCTTGTTCTTTTGTTTTTTTTCCTACACAAAATTTTCTGTGAATTAGTAAAATCAAAAGGCTATAAACGATACATACAACAAACACATAATAAAACGTACTCCCATTCAGGGGTCTCCCAATGATCACAAAGAATCTCCCAATCTTCTTTGTTCACTAACCTGTGTGGTGGGCTTTCACGAGCAATAATAGGGTTCTCAAACGAAGAATAGTGTATATGTAGTTCTGCTCTATATTCTCTAAACGAGGTATGAATTTGCTGATGTATGTACTTGTTGACAACCATCAAAGACTTATCCACAATGAAATGTGTCTACATATTCAATAAAATTTTAGGTAAGTATGAGTATGAGGTTAGCACAATAAAAGTTTAGGTAAGTATGAGTATGAGATTAGTATGATATATGTACTTACTTGGAGACGAGCCTTTATATTGGCTATGGCGTCACTAGGTACATCCTTCCACTTAGAACAACGCAATGAAATGGTGTCCCAAGTCGTAGTCCCAATGGCGCCGCTAAACTTTGTAGCAAAGACACTAATTGGTTTTCTAACCTTCTCATCAATTGTGATTTGGATCTTTCCATGATGTTGTACATACATATCTAAACTAATGTTCCGACTATGCCCACGCCCACGCTTTTTTTTCGTTCTAGAACTTGATCCTGCATGTAACAAGAACAAATAGGGGTTATGTTAATGTTTAGTTGTTCAACCTAAGATACACTATTATCACCTGATGCCGAAGTGTTGTCCGCCTCTATAGTGAGACCCGTAGCCAAAGTGTTAGCTTCTTGAACTACTTCATCAGCTAGACGATCTTGACGTGCACCCACCATAATCCTACAATCACACAAAACATGAATAACATCAAACATATTATGAACATATATAACAAACAAAATTGTCAAGTAAGGATTAAATTAGTTTCTATACAGTTATTCACTATCTTCATCATCAGAATCTAGATATTGATTTGAACTAGAACTTTTCTCTGTAGATGCTTCTACATATTTGGGTTCATCATTTATGAAATTGTCGTCCTCTAAATATGGTACACTTTGATTGGATTGTTGAGGATGAACTTTACGGTCTAAAATAGTAGGATCAACGTCATCTCGACATAATATTGTATTCTAGATAGATTGATTGACTTCAATTCTTCCTTCTACTTCCAACAACTCTAATTCATCATCTTCCAATCCATTTGCTTCTGGAACATCCCAAAGTTTAGGGTCGTCGATGTAAAAAACTTGTTTGGCTTGATTTGCAAAGATGAACGGATCATCAGTATACCAATAGTGAGATGTATTTATGGACATGAACCCTAAATCATGTCGGACTTTATTTTTCTTAAGGTCGATGTCAAACCACTTACATTTGAAAAGGATCACACGTCTTCCATGGCTATATTCTAAGTCAAAAACATCAACTAGTATACCAAATAATTAGACTCTACTCCATCAGTTTCTCTAGGCACCATGATTCCACTGTTCTGAGTACATCTTTTATTGTCACGATCAATACTGTGAAAACAAACACCATTGACAATGTAACCATTGTAAGAACAAACTTGATTGGAAGGTCCTAGTGATATTGAGTAAAGATCGTCAGATGCTTCTCCACTTTGACGCAATGAGTAAACTTATTAATTTCAATAGATTATTACAACTCAAATTGTATAGCTCATTAATGTTGCATAAATTTTCAATTGGAGAACTATACTTACATGATCTTTAAACCAAGCAGGAAATTGTGATTGATGTCTTTGATGTAATTCTAATGTTCCATCTGATCAAGTATGAACCAATCTCAGATGTTCCCTATTTATAAGTAATAACAAAGAATGAATGAAAAGTTACGTTAGATATAATATCAAGTTACGTTTGAAGGACATTGACTGCACTTATGGGATATGAGAAACATACCTACGATAAGACATTATCTTAGAGCTATTGTTCAATACATACCAATGGGCCATATATTTCTCACTTTCTGTTAACATCTTTGAAATTGACCCTCTAATGGTCGTACATTTTACCTAAATACATCAAAATCTCCAAAACTTAGGCTTTCGGGAATTGAGTCATCATTACGTGCATCCCTATTGAATCTCGTTTCTATTCCAGATAGGTACATGGAACAAAAAGTCAAGGATTCATTCATGATAAATCCTTCTGCTATTGAACCTTCGGGACGAGCTTTGTTTCTTACGTATTGTTTCAAGGTTCGCAAGCTTCTTTCAATAAGGTACATCCAACTATACGCAACTGGACCAACAACCTTAGCTTCATATGGTAAGTGAACAGCAAGATGAACAATTACGTCGAAAAAAGCCGTGGAAAAAGTTTTTCAAACTTACATAATATGAGTACAATATCAGATTGTAATCTATCCAAGTCTGCAACACATATTACTTTTGAGCATAAATCACGAAAAAACTTACATAACTCCACAATAGGTGTATAAACATCCTTTCTTAGATGAGCTCGAACACTAATAGGAATAAGTCGTTGGAGTAGAATATGCGAGTCATGAGTGTTCAATCCCCATAACTTTCCATCATTCACACTAACACATCGTGATATGTTTGAGACGAATCCATCAGGAAATTTGACTGATTTCAAGAACTTACAAAAGGCTATCTTCTCACTTGCAGTGAAAGTATATGCAGCATGTGGTTTTACAAATTTAGTTCCTTCTTTTCGTAAGTGTAAGTCCTTCCGTATATTCAAATCTTCAAGGTCCAAGTGAGCATTTATCGTGTCTTTTGTTTTTCCATCAATATTCATCAAAGTCCCAAGCAAGTTATCGCATATATTTTTTTCAATATGCATGGCATCCAACTTATGTCGTAACATTAGTTTAGACCAGTAAGGTAGCTAAAAAAGTATGTTTAGTTAATGGTCCTTTTTCTTTTCTTGTCTCGTTTGGATGGATGCTTACTTAGTACTAAAAAGTTTAAAGAATTGACTTGTTCTTACGCCAACTGTGTTAGATGGAGATCTACGCTCCAATTTACCATCATGTTGCTTGCTCTTACGCCAACTGTGGTTAGATGGAAGGTAACGTCGATGGCCTATGAAAGGGATTTTTCCTCTTATTTTAAATGAAGATTTATCTTCCTTACAAGTGGGACATGCTTGATAACCTTTGGTACTCCATCCTGACAAGTCCCCGTAAGTAGGAAAGTCATTAATGGTTCACAACAAACATGCACGTAATTGAAAGAACTCCCCCCTCATGCAATCGTAGGTGCGCACACCATCATTCCACAACTCCTTCAACTCTTCAATCAACGGTTGTAAATACACGTCAATTTCTTTTCCAGGGGAATTTGGTCCTGGTATAAGTAAAGACATGAAAAATTAGATTCCTTCATGCATTTCCATGGGGGCAAATTATAAGGAATAAGCACAACGGGTCACATGCTATATGCAGTACTCGTATTCCCAAATGAATTAAATCCATCTGAAGCTAAGGCTAATCGAACGTTCCTTGGGTCTGAAGCAAATTCAGGAAACTCTCTATCAAAACATTTCCACCCTTCAGCATCAATTGGATGTTGCAACACACCATTAGTTTCGACTCGTTTATCCTTATGTCATTGCATTTCAAAAGCAATGTGTTTTGACGAAAACAATCATTTCAACCTCGGTATCAATGGAAAATGACGTAAAATCTTGTTTAGGATCTTTTTACCCTTTCCATCCTTCATTTTGTATCGAGACTCACGACACACGGAACAACTTTGACAATTAGAATATCCTTTCCAAAATAATACGCAGTCATACTTGCAAGCATGAATAGAATCATATCCTAGTCCTAAGTCACGTAGTTTTCTCTTGGCTTCATAAAAAGAACTAGGTATACATGTACCAATTGGAAGGCATCTTTCAACAAATTTAGTAACATATTGAAGGATTTGTTACTCCAATTATTAAGAACCTTAACATGCATCAATTTCACCAAGAAGTTCAATAAGGAAAATTTGGTACAACCAGGGTATAAAGGATTACGAGCCTCATCCATCAACTCCTCAAAAATGTTTGTAGTATACCTTTGTTCAGTGTTCTCATGCATCTCATCTCTAAAGTCCTCTTCATCCTCATCATATGCATCTTCTCTCATCGATCCTTGCAAATCATTAAAAAGGTCGAACAACTCATTGTCATCATTCTCAGTTGTAGGGTGTTCCTTTAATCCATCATCTACTAATCCATCATCAACTGAAGGAGCTAAAGGAGTCGTGACTCTTCCAAATTGAGCTAAATTTGTTGGTTCTCCGTGATATATCCATTAACTAACTATATAAAGGAGATATTCCATTTGCAAATATGTGTCATTGTACTCCATCTAATGTTTGAGACATGGAATTTTGACAATTTTTACACGGGCATCTTATTTTTCCTTTTCTATTTACATGACACTTTGCCACTTCCATGAATTGTGCAACTTCATCAATATACTCTTTTGAGAATCTATCTCTAAGCTTAATCCAATCCTTATTCATCGTCGATGTGAAATGAATAAATTTTAATCTTGTAGTAGTTAAGGCAAAAAGTTAGAGAAACTTTTTTCCACAAACCTAAGGACACTTTATAAGGTCCTATAATGGTGTCTAAGTACCAAATTCAAAGTCTTACTTTAACACAAACGTCGACCTAAGATACATTAAAAATACTTAATAACAATGGAACACTATTGCCCATTATACATATCGTAATGCCGCACAAGAGAGACCCTAAAAATATGGGTTGGGTTGGGTTATGGGGTTTAGGGTCTAATCCAATTAAAAACTCTAAAGTTATATGCCGCACACGAAGGAGATGCTTGAAATTCAAATTCAACAAAGCTCACCATATACTCATATTCCATACAAATCTATGACTACCAGCACTTTGTATCAAACTAGAGTTTTATACAAAAAAAAAAAAAAAAATCTTCAAATCTACTACATTTTCAACCTCAAAACACACAACAAATCAACTCATTTCTACACTTCAATAATTCAAAAAAATAGCTTCCAATCCACTACATTTTCAACCTCAAAACACACAACAAATCAACTAATTTCTACACTGCAATAATACAAAAAAATAGCTTCCAATCTACTACATTTTCAACCTCAAAACACACAACAAATCAGAAACATTTTCAATATTCTTTACAATGCAAACATTTTGTAATGTTAATTTGCAATAAAAAAAACAATAGTTACTTGATTGGGCAGTATTCGCGAACTGATGCAGCGGCGAGGGAGACGGACGGACGGTACTGCGAGGGAGACAGACGGACTGTACTGCGATGGAGACAACCGGACCGTGCTGGAGCGCAAGAATGGCAGACGGACTGTGTCGTGAGTCGCGAACTGTTGTGCAATGAGGATGGCGGCGGACTGTGTTGTGGAAGTCGCGAACTGTGCTGCGGCAAGAATGGCAGACCAACTGCGGCGGCAAGGACAAATCGCAGGCTTGAAATTTGGGGAAGGAAAAGTGTGGGAGAAATGGGAGATTGGGAAAATGAGGGGAAAGTAATTAAGTTAGGGCTTTTTTAAAAAAAAAACTTATGTCAACGTTTTTTTCGTCGTTTTTTGTCCATATATTGCGTCGGCATAATTATGTATAAGAAACGTATGGGTTTCTACATTTTGGCCGACCAATGTAAAATTCGTCGGGATAAAGTCTTTTTTAACCACGAAAATGGTTGCGTCGGGATAAAAAATGTCAGAACAGCTAAAAATTTTTGTAGTGGATATTGGTAAACGATCGTTTGAATCTATCACTTATGTATCTAGGATAGATAGTGATCTTATAGTCTATCATTGCCTAGAATTCATTGTTCTTTTTATTAATTCCAAAAATTTCTTGCAGCTGGAAGAAAGAAAGAGAAGATGAAGAAAGAAAGAAAGAAAAAGAAGATGAATAAAAATAGAAGAAAAAAAATATAGAAGAAGAGTTGAAGAAATTTGGAAAAGAAGATGAATAAATCGCAAAGAAGAAGAAGAAGAAAGAGAAGTGACGAATCGTCCGCAATATCAAGGGCAAATCTGAAATTTATGAAAATATTTTACCGACTTCTTAGACTTTTTGATTTTGTTACAC

mRNA sequence

ATAAACTAGTACAAAAAAACGGAAGCGGAGCGCAAAAATGGCAACGGTTTTTCTTTAGTAGAGAAAAAATGGCTATGGCTGTGGCCTTATCTTCATCTACTGTTACTCCGACCACCAAACTCTGGCCTCCTTCAACATCGCAACCACCCAGGTTTCTCCTTCCTATTATTCCCTCAAACCCATCTTCAAACACTAACCTCCTCACTTCTTCACCTTCTCACAAGTGGAGGCTCAGAATCTCTTTCTTTCCTGCCTTTTTGAACAAAGGAAAAGGAAATAATGTTACTGCTCTTAAACAGGAACTTCTTCAGGCAATTGCCCCCCTTGATCGAGGAGCTGAGGCCACTCCTGAAGATCAGGAAATGGTTGATCAGATATCACGCAAGCTTGAAGCAGCCAGCCCTATAAAGGAACCACTCAAATCTGATTTACTAAATGGAAAATGGGAGCTCATATATACTACTTCAAGATCAATTCTGCAAACTGAGAGGCCCAAGTTTTTAAGATCAAGAATAAACTATCAAGGAATCAATGTAGATACTCTTAGAGCTCAAAATATGGAATCTTGGCCGTTCTTCAATCAGGTCACAGCAAACTTGAAGCCTTTAAATTCAAGAAAAGTAGCTGTTCAATTTGACACATTCAAAATTCTTGGTCTGATACCGGTCAAAGCACCTGGAAGAGCCCGCGGTGAACTGGACATCACATATTTGGATGAAGAGTTGCGAATATCCAGAGGTGACAAAGGGAACCTCTTTATCTTGAAGATGACCGATCCTTCTTATCGAGTACCTGTCTGGAAGAAAGAAAGAGAAGATGAAGAAAGAAAGAAAGAAAAAGAAGATGAATAAAAATAGAAGAAAAAAAATATAGAAGAAGAGTTGAAGAAATTTGGAAAAGAAGATGAATAAATCGCAAAGAAGAAGAAGAAGAAAGAGAAGTGACGAATCGTCCGCAATATCAAGGGCAAATCTGAAATTTATGAAAATATTTTACCGACTTCTTAGACTTTTTGATTTTGTTACAC

Coding sequence (CDS)

ATGGCTATGGCTGTGGCCTTATCTTCATCTACTGTTACTCCGACCACCAAACTCTGGCCTCCTTCAACATCGCAACCACCCAGGTTTCTCCTTCCTATTATTCCCTCAAACCCATCTTCAAACACTAACCTCCTCACTTCTTCACCTTCTCACAAGTGGAGGCTCAGAATCTCTTTCTTTCCTGCCTTTTTGAACAAAGGAAAAGGAAATAATGTTACTGCTCTTAAACAGGAACTTCTTCAGGCAATTGCCCCCCTTGATCGAGGAGCTGAGGCCACTCCTGAAGATCAGGAAATGGTTGATCAGATATCACGCAAGCTTGAAGCAGCCAGCCCTATAAAGGAACCACTCAAATCTGATTTACTAAATGGAAAATGGGAGCTCATATATACTACTTCAAGATCAATTCTGCAAACTGAGAGGCCCAAGTTTTTAAGATCAAGAATAAACTATCAAGGAATCAATGTAGATACTCTTAGAGCTCAAAATATGGAATCTTGGCCGTTCTTCAATCAGGTCACAGCAAACTTGAAGCCTTTAAATTCAAGAAAAGTAGCTGTTCAATTTGACACATTCAAAATTCTTGGTCTGATACCGGTCAAAGCACCTGGAAGAGCCCGCGGTGAACTGGACATCACATATTTGGATGAAGAGTTGCGAATATCCAGAGGTGACAAAGGGAACCTCTTTATCTTGAAGATGACCGATCCTTCTTATCGAGTACCTGTCTGGAAGAAAGAAAGAGAAGATGAAGAAAGAAAGAAAGAAAAAGAAGATGAATAA

Protein sequence

MAMAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFFPAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDPSYRVPVWKKEREDEERKKEKEDE

Homology

[Close]

BLAST of PI0013725 vs. ExPASy Swiss-Prot
Match: Q9LU85 (Probable plastid-lipid-associated protein 4, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PAP4 PE=1 SV=1)

HSP 1 Score: 272.3 bits (695), Expect = 5.6e-72
Identity = 133/207 (64.25%), Postives = 166/207 (80.19%), Query Frame = 0


Query: 42  TNLLTSSPSHKWRLRI----SFFPAFLNK-GKGNNVTALKQELLQAIAPLDRGAEATPED 101
           T L ++    + RLR+    SF PAFL + G+      LKQELL+AI PL+RGA A+P+D
Sbjct: 36  TKLQSTRKGDRERLRVQAIFSFPPAFLTRNGRAEKQKQLKQELLEAIEPLERGATASPDD 95

Query: 102 QEMVDQISRKLEAASPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFLRSRINYQGINV 161
           Q  +DQ++RK+EA +P KEPLKSDL+NGKWELIYTTS SILQ ++P+FLRS  NYQ INV
Sbjct: 96  QLRIDQLARKVEAVNPTKEPLKSDLVNGKWELIYTTSASILQAKKPRFLRSITNYQSINV 155

Query: 162 DTLRAQNMESWPFFNQVTANLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLD 221
           DTL+ QNME+WPF+N VT ++KPLNS+KVAV+   FKILG IP+KAP  ARGEL+ITY+D
Sbjct: 156 DTLKVQNMETWPFYNSVTGDIKPLNSKKVAVKLQVFKILGFIPIKAPDSARGELEITYVD 215

Query: 222 EELRISRGDKGNLFILKMTDPSYRVPV 244
           EELR+SRGDKGNLFILKM DP+YR+P+
Sbjct: 216 EELRLSRGDKGNLFILKMFDPTYRIPL 242

[Close]

BLAST of PI0013725 vs. ExPASy Swiss-Prot
Match: Q6DBN2 (Probable plastid-lipid-associated protein 5, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PAP5 PE=2 SV=1)

HSP 1 Score: 242.7 bits (618), Expect = 4.7e-63
Identity = 123/204 (60.29%), Postives = 154/204 (75.49%), Query Frame = 0


Query: 42  TNLLTSSPSHKWRLRISFFPAF-LNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMV 101
           T LL+     + RLRI    +F    G       LK EL++AI PL+RGA A+P+DQ ++
Sbjct: 31  TKLLSIRKGDRERLRIQAVFSFPPRNGGAEKRKQLKHELVEAIEPLERGATASPDDQLLI 90

Query: 102 DQISRKLEAASPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLR 161
           DQ++RK+EA +P KEPLKSDL+NGKWELIYTTS +ILQ ++P+FLRS  NYQ IN+DTL+
Sbjct: 91  DQLARKVEAVNPTKEPLKSDLINGKWELIYTTSAAILQAKKPRFLRSLTNYQCINMDTLK 150

Query: 162 AQNMESWPFFNQVTANLKPLNSRKVAVQFDTFKILGLIPVKAP-GRARGELDITYLDEEL 221
            Q ME+WPF+N VT +L PLNS+ VAV+   FKILG IPVKAP G ARGEL+ITY+DEEL
Sbjct: 151 VQRMETWPFYNSVTGDLTPLNSKTVAVKLQVFKILGFIPVKAPDGTARGELEITYVDEEL 210

Query: 222 RISRGDKGNLFILKMTDPSYRVPV 244
           RISRG    LFILKM DP+YR+P+
Sbjct: 211 RISRGKGNLLFILKMFDPTYRIPL 234

[Close]

BLAST of PI0013725 vs. ExPASy Swiss-Prot
Match: Q941D3 (Probable plastid-lipid-associated protein 8, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PAP8 PE=1 SV=1)

HSP 1 Score: 66.6 bits (161), Expect = 4.7e-10
Identity = 51/169 (30.18%), Postives = 92/169 (54.44%), Query Frame = 0


Query: 79  LLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPLKSDLLNGKWELIYTTS----- 138
           LL  +A  D G   +PE  + V Q++ +L+    +KEP+K+ L+ G WE++Y +      
Sbjct: 72  LLSKVANSDGGVTLSPEQHKEVAQVAGELQKYC-VKEPVKNPLIFGDWEVVYCSRPTSPG 131

Query: 139 ---RSILQTERPKFLRSRINYQGINV-DTLRAQ-NMESWPFFN---QVTANLKPLNSRKV 198
              RS++      F +++   Q I+  D +R + ++ ++ F +    +T  LK L+S  V
Sbjct: 132 GGYRSVIGR---LFFKTKEMIQAIDAPDIVRNKVSINAFGFLDGDVSLTGKLKALDSEWV 191

Query: 199 AVQFDTFKI-LGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILK 234
            V F+  +I +G +  K    +  +L ITY+DE+LR+  G KG+LF+ +
Sbjct: 192 QVIFEPPEIKVGSLEFKYGFESEVKLRITYVDEKLRLGLGSKGSLFVFR 236

[Close]

BLAST of PI0013725 vs. ExPASy Swiss-Prot
Match: Q0JD85 (Fibrillin protein 5 homolog OS=Oryza sativa subsp. japonica OX=39947 GN=FBN5 PE=1 SV=1)

HSP 1 Score: 61.2 bits (147), Expect = 2.0e-08
Identity = 60/192 (31.25%), Postives = 90/192 (46.88%), Query Frame = 0


Query: 76  KQELLQAIAPLDRGA-EATPEDQEMVDQISRKLEAASPIKEPLK--SDLLNGKWELIYTT 135
           K  L  A+  ++RG    T E +  +  +   LE+ +P  EP     D ++G W L+Y+T
Sbjct: 89  KDALYAALEGMNRGIFGMTSEKRSEIHALVELLESKNPTPEPTDKLQDKVDGCWRLVYST 148

Query: 136 SRSILQTERPKF-LRSRIN----YQGINVDTLRAQNMESWP------FFNQVT--ANLKP 195
             SIL  +R K  LR  I+    +Q I+V   +A N+  +          Q+T  A+ K 
Sbjct: 149 I-SILGKKRTKLGLRDFISLGDFFQMIDVKEEKAVNVIKFSARALKILSGQLTIEASYKI 208

Query: 196 LNSRKVAVQFDTFKILG-------------LIPVKAPGRARGELDITYLDEELRISRGDK 239
               KV +  D+  I               L+ +  P    G L+ITY+DE LRI R DK
Sbjct: 209 TTKTKVDITLDSSTITPDQLMNIFQKNYDMLLAIFNP---EGWLEITYVDESLRIGRDDK 268

[Close]

BLAST of PI0013725 vs. ExPASy Swiss-Prot
Match: Q8LAP6 (Probable plastid-lipid-associated protein 12, chloroplastic OS=Arabidopsis thaliana OX=3702 GN=PAP12 PE=1 SV=1)

HSP 1 Score: 57.8 bits (138), Expect = 2.2e-07
Identity = 46/166 (27.71%), Postives = 72/166 (43.37%), Query Frame = 0


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

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

Query: 208 PVKAP---------GRARGELDITYLDE--ELRISRGDKGNLFILK 234
           P K P           A+G LD TYL     LRISRG+KG  F+L+
Sbjct: 208 PFKVPYPVPFRLLGDEAKGWLDTTYLSPSGNLRISRGNKGTTFVLQ 253

[Close]

BLAST of PI0013725 vs. ExPASy TrEMBL
Match: A0A0A0M3B4 (PAP_fibrillin domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_1G665380 PE=3 SV=1)

HSP 1 Score: 463.8 bits (1192), Expect = 4.8e-127
Identity = 232/243 (95.47%), Postives = 238/243 (97.94%), Query Frame = 0


Query: 1   MAMAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60
           MAMAVALSSST TPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF
Sbjct: 1   MAMAVALSSSTATPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60

Query: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPLKSD 120
           PAFLNKGKGNNVTALKQELLQAI PLDRGAEATPEDQEMVDQISRKLEA +P KEPLKSD
Sbjct: 61  PAFLNKGKGNNVTALKQELLQAIEPLDRGAEATPEDQEMVDQISRKLEAVNPTKEPLKSD 120

Query: 121 LLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANLKPL 180
           LLNGKWELIYTTSRSILQTERPKFLRS++NYQGINVD+LRAQNMESWPFFNQVTA+LKPL
Sbjct: 121 LLNGKWELIYTTSRSILQTERPKFLRSKLNYQGINVDSLRAQNMESWPFFNQVTADLKPL 180

Query: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDPSYR 240
           NSRKVAVQFDTFKILGLIPVKAPGRARGEL+ITYLDEELRISRGDKGNLFILKM DPSYR
Sbjct: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELEITYLDEELRISRGDKGNLFILKMIDPSYR 240

Query: 241 VPV 244
           VPV
Sbjct: 241 VPV 243

[Close]

BLAST of PI0013725 vs. ExPASy TrEMBL
Match: A0A1S3B9I8 (probable plastid-lipid-associated protein 4, chloroplastic isoform X1 OS=Cucumis melo OX=3656 GN=LOC103487254 PE=3 SV=1)

HSP 1 Score: 461.5 bits (1186), Expect = 2.4e-126
Identity = 234/243 (96.30%), Postives = 237/243 (97.53%), Query Frame = 0


Query: 1   MAMAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60
           MAMAVALSSSTVTPT K WPPSTSQPPRF LPIIPSNPSSNTNLLTSSPSHKWRLRISFF
Sbjct: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRF-LPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60

Query: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPLKSD 120
           PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEA +PIKEPLKSD
Sbjct: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSD 120

Query: 121 LLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANLKPL 180
           LLNGKWELIYTTSRSILQTERPKF RSRINYQGINVD+LRAQNMESWPFFNQVTA+LKPL
Sbjct: 121 LLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPL 180

Query: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDPSYR 240
           NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKM DPSYR
Sbjct: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYR 240

Query: 241 VPV 244
           VPV
Sbjct: 241 VPV 242

[Close]

BLAST of PI0013725 vs. ExPASy TrEMBL
Match: A0A6J1EIS7 (probable plastid-lipid-associated protein 4, chloroplastic OS=Cucurbita moschata OX=3662 GN=LOC111434655 PE=3 SV=1)

HSP 1 Score: 395.2 bits (1014), Expect = 2.1e-106
Identity = 208/246 (84.55%), Postives = 220/246 (89.43%), Query Frame = 0


Query: 3   MAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSN-----PSSNTNLLTSSPSHKWRLRI 62
           MA+ALSSST+TPT KL PP TSQP R LL  IPSN     P+S   LLT++PS KWRLRI
Sbjct: 1   MAMALSSSTITPTLKLSPPPTSQPARLLLR-IPSNTNSAAPTSINKLLTAAPSDKWRLRI 60

Query: 63  SFFPAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPL 122
           SFFPAFL KGK  +V ALK+ELL+AIAPLDRGAEATPEDQEMVDQI+RKLEA +PIKEPL
Sbjct: 61  SFFPAFLKKGK--DVGALKEELLEAIAPLDRGAEATPEDQEMVDQIARKLEAVNPIKEPL 120

Query: 123 KSDLLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANL 182
           KSDLLNGKWELIYTTSRSILQTERPK LRSR NYQGIN DTLRAQNMESWPFFNQVTANL
Sbjct: 121 KSDLLNGKWELIYTTSRSILQTERPKLLRSRTNYQGINADTLRAQNMESWPFFNQVTANL 180

Query: 183 KPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDP 242
           KPLN+ KVAVQFDTFKILGLIPVKAPGRARGEL+ITYLDEELRISRGDKGNLFILKM DP
Sbjct: 181 KPLNTTKVAVQFDTFKILGLIPVKAPGRARGELEITYLDEELRISRGDKGNLFILKMNDP 240

Query: 243 SYRVPV 244
           SYRVPV
Sbjct: 241 SYRVPV 243

[Close]

BLAST of PI0013725 vs. ExPASy TrEMBL
Match: A0A6J1JGL8 (probable plastid-lipid-associated protein 4, chloroplastic OS=Cucurbita maxima OX=3661 GN=LOC111486716 PE=3 SV=1)

HSP 1 Score: 390.2 bits (1001), Expect = 6.8e-105
Identity = 206/246 (83.74%), Postives = 218/246 (88.62%), Query Frame = 0


Query: 3   MAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSN-----PSSNTNLLTSSPSHKWRLRI 62
           MA+ALSSST+TPT KL PP  SQP R LL  IPSN     P+S   LLT +PS KWRLRI
Sbjct: 1   MAMALSSSTITPTLKLSPPPKSQPARLLLR-IPSNTNSTAPTSINKLLTVAPSDKWRLRI 60

Query: 63  SFFPAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPL 122
           SFFPAFL KGK  +V ALK+ELL+AIAPLDRGAEATPEDQEMVDQISRKLEA +P+KEPL
Sbjct: 61  SFFPAFLKKGK--DVGALKEELLEAIAPLDRGAEATPEDQEMVDQISRKLEAVNPMKEPL 120

Query: 123 KSDLLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANL 182
           KSDLLNGKWELIYTTS SILQTERPK LRSR NYQGINVDTLRAQNMESWPFFNQVTANL
Sbjct: 121 KSDLLNGKWELIYTTSTSILQTERPKLLRSRTNYQGINVDTLRAQNMESWPFFNQVTANL 180

Query: 183 KPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDP 242
           KPLN+ KVAVQFDTFKILGLIP+KAPGRARGEL+ITYLDEELRISRGDKGNLFILKM DP
Sbjct: 181 KPLNTTKVAVQFDTFKILGLIPIKAPGRARGELEITYLDEELRISRGDKGNLFILKMIDP 240

Query: 243 SYRVPV 244
           SYRVPV
Sbjct: 241 SYRVPV 243

[Close]

BLAST of PI0013725 vs. ExPASy TrEMBL
Match: A0A6J1DS61 (probable plastid-lipid-associated protein 4, chloroplastic OS=Momordica charantia OX=3673 GN=LOC111023791 PE=3 SV=1)

HSP 1 Score: 384.4 bits (986), Expect = 3.7e-103
Identity = 202/243 (83.13%), Postives = 221/243 (90.95%), Query Frame = 0


Query: 3   MAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSNPSSN--TNLLTSSPSHKWRLRISFF 62
           MA+ LSS +VTP  KL PP TSQPPR L   +PSNP++   T++LTS+PS KWR+RISFF
Sbjct: 1   MAMPLSSPSVTPALKLSPPLTSQPPRLLR--LPSNPTTTAPTSVLTSAPSAKWRVRISFF 60

Query: 63  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPLKSD 122
           PAFLNK K  +V+ALKQELL+AIAPLDRGAEATPED+EMV+QIS KLEAA+P+KEPLKS+
Sbjct: 61  PAFLNKRK--DVSALKQELLEAIAPLDRGAEATPEDREMVNQISCKLEAANPVKEPLKSN 120

Query: 123 LLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANLKPL 182
           LLNGKWELIYTTSRSILQTERPKFLRSR NYQGINVDTLRAQNMES PFFNQVTANL PL
Sbjct: 121 LLNGKWELIYTTSRSILQTERPKFLRSRTNYQGINVDTLRAQNMESGPFFNQVTANLMPL 180

Query: 183 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDPSYR 242
           N+RKVAVQFDTFKILGLIPVKAPGRARGEL+ITYLDEELRISRGDKGNLFILKM DPSYR
Sbjct: 181 NTRKVAVQFDTFKILGLIPVKAPGRARGELEITYLDEELRISRGDKGNLFILKMIDPSYR 239

Query: 243 VPV 244
           VPV
Sbjct: 241 VPV 239

[Close]

BLAST of PI0013725 vs. NCBI nr
Match: XP_011660249.1 (probable plastid-lipid-associated protein 4, chloroplastic isoform X1 [Cucumis sativus] >KGN66726.1 hypothetical protein Csa_007176 [Cucumis sativus])

HSP 1 Score: 463.8 bits (1192), Expect = 1.0e-126
Identity = 232/243 (95.47%), Postives = 238/243 (97.94%), Query Frame = 0


Query: 1   MAMAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60
           MAMAVALSSST TPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF
Sbjct: 1   MAMAVALSSSTATPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60

Query: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPLKSD 120
           PAFLNKGKGNNVTALKQELLQAI PLDRGAEATPEDQEMVDQISRKLEA +P KEPLKSD
Sbjct: 61  PAFLNKGKGNNVTALKQELLQAIEPLDRGAEATPEDQEMVDQISRKLEAVNPTKEPLKSD 120

Query: 121 LLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANLKPL 180
           LLNGKWELIYTTSRSILQTERPKFLRS++NYQGINVD+LRAQNMESWPFFNQVTA+LKPL
Sbjct: 121 LLNGKWELIYTTSRSILQTERPKFLRSKLNYQGINVDSLRAQNMESWPFFNQVTADLKPL 180

Query: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDPSYR 240
           NSRKVAVQFDTFKILGLIPVKAPGRARGEL+ITYLDEELRISRGDKGNLFILKM DPSYR
Sbjct: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELEITYLDEELRISRGDKGNLFILKMIDPSYR 240

Query: 241 VPV 244
           VPV
Sbjct: 241 VPV 243

[Close]

BLAST of PI0013725 vs. NCBI nr
Match: XP_008443741.1 (PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X1 [Cucumis melo])

HSP 1 Score: 461.5 bits (1186), Expect = 5.0e-126
Identity = 234/243 (96.30%), Postives = 237/243 (97.53%), Query Frame = 0


Query: 1   MAMAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60
           MAMAVALSSSTVTPT K WPPSTSQPPRF LPIIPSNPSSNTNLLTSSPSHKWRLRISFF
Sbjct: 1   MAMAVALSSSTVTPTAKFWPPSTSQPPRF-LPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60

Query: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPLKSD 120
           PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEA +PIKEPLKSD
Sbjct: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAVNPIKEPLKSD 120

Query: 121 LLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANLKPL 180
           LLNGKWELIYTTSRSILQTERPKF RSRINYQGINVD+LRAQNMESWPFFNQVTA+LKPL
Sbjct: 121 LLNGKWELIYTTSRSILQTERPKFFRSRINYQGINVDSLRAQNMESWPFFNQVTADLKPL 180

Query: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDPSYR 240
           NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKM DPSYR
Sbjct: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMIDPSYR 240

Query: 241 VPV 244
           VPV
Sbjct: 241 VPV 242

[Close]

BLAST of PI0013725 vs. NCBI nr
Match: XP_038887592.1 (probable plastid-lipid-associated protein 4, chloroplastic [Benincasa hispida])

HSP 1 Score: 416.4 bits (1069), Expect = 1.8e-112
Identity = 220/250 (88.00%), Postives = 228/250 (91.20%), Query Frame = 0


Query: 3   MAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSN-----PSSNTNLLTSSPSHKWRLRI 62
           MA+ALSSST+TPT KL PPSTSQ PRFLL  IPSN     PSSNT  LT+SPSHKWR+RI
Sbjct: 1   MAMALSSSTLTPTIKLSPPSTSQQPRFLLR-IPSNPISAAPSSNTKFLTASPSHKWRIRI 60

Query: 63  SFFPAFLN----KGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPI 122
           SFFP FLN    KGKG +VTALK+ELLQAIAPLDRGAEATPEDQEMVDQISRKLEAA+PI
Sbjct: 61  SFFPTFLNKGKGKGKGKDVTALKEELLQAIAPLDRGAEATPEDQEMVDQISRKLEAANPI 120

Query: 123 KEPLKSDLLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQV 182
            EPLKSDLLNGKWELIYTTSRSILQTERPKFLRSR NYQGINVDTLRAQNMES PFFNQV
Sbjct: 121 NEPLKSDLLNGKWELIYTTSRSILQTERPKFLRSRTNYQGINVDTLRAQNMESGPFFNQV 180

Query: 183 TANLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILK 242
           TANLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGEL+ITYLDEELRISRGDKGNLFILK
Sbjct: 181 TANLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELEITYLDEELRISRGDKGNLFILK 240

Query: 243 MTDPSYRVPV 244
           M DPSYRVPV
Sbjct: 241 MIDPSYRVPV 249

[Close]

BLAST of PI0013725 vs. NCBI nr
Match: XP_031745469.1 (probable plastid-lipid-associated protein 4, chloroplastic isoform X2 [Cucumis sativus])

HSP 1 Score: 403.7 bits (1036), Expect = 1.2e-108
Identity = 208/243 (85.60%), Postives = 213/243 (87.65%), Query Frame = 0


Query: 1   MAMAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60
           MAMAVALSSST TPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF
Sbjct: 1   MAMAVALSSSTATPTTKLWPPSTSQPPRFLLPIIPSNPSSNTNLLTSSPSHKWRLRISFF 60

Query: 61  PAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPLKSD 120
           PAFLNKGKGNNVTALKQELLQAI PLDRGAEATPEDQEMVDQISRKLEA +P KEPLKSD
Sbjct: 61  PAFLNKGKGNNVTALKQELLQAIEPLDRGAEATPEDQEMVDQISRKLEAVNPTKEPLKSD 120

Query: 121 LLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANLKPL 180
           LLNGKWELIYTTSRSILQTERPKFLRS++NYQGINVD+LRAQNMESWPFFNQ        
Sbjct: 121 LLNGKWELIYTTSRSILQTERPKFLRSKLNYQGINVDSLRAQNMESWPFFNQ-------- 180

Query: 181 NSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDPSYR 240
                            IPVKAPGRARGEL+ITYLDEELRISRGDKGNLFILKM DPSYR
Sbjct: 181 -----------------IPVKAPGRARGELEITYLDEELRISRGDKGNLFILKMIDPSYR 218

Query: 241 VPV 244
           VPV
Sbjct: 241 VPV 218

[Close]

BLAST of PI0013725 vs. NCBI nr
Match: XP_022927890.1 (probable plastid-lipid-associated protein 4, chloroplastic [Cucurbita moschata] >XP_022927891.1 probable plastid-lipid-associated protein 4, chloroplastic [Cucurbita moschata])

HSP 1 Score: 395.2 bits (1014), Expect = 4.4e-106
Identity = 208/246 (84.55%), Postives = 220/246 (89.43%), Query Frame = 0


Query: 3   MAVALSSSTVTPTTKLWPPSTSQPPRFLLPIIPSN-----PSSNTNLLTSSPSHKWRLRI 62
           MA+ALSSST+TPT KL PP TSQP R LL  IPSN     P+S   LLT++PS KWRLRI
Sbjct: 1   MAMALSSSTITPTLKLSPPPTSQPARLLLR-IPSNTNSAAPTSINKLLTAAPSDKWRLRI 60

Query: 63  SFFPAFLNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPL 122
           SFFPAFL KGK  +V ALK+ELL+AIAPLDRGAEATPEDQEMVDQI+RKLEA +PIKEPL
Sbjct: 61  SFFPAFLKKGK--DVGALKEELLEAIAPLDRGAEATPEDQEMVDQIARKLEAVNPIKEPL 120

Query: 123 KSDLLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLRAQNMESWPFFNQVTANL 182
           KSDLLNGKWELIYTTSRSILQTERPK LRSR NYQGIN DTLRAQNMESWPFFNQVTANL
Sbjct: 121 KSDLLNGKWELIYTTSRSILQTERPKLLRSRTNYQGINADTLRAQNMESWPFFNQVTANL 180

Query: 183 KPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILKMTDP 242
           KPLN+ KVAVQFDTFKILGLIPVKAPGRARGEL+ITYLDEELRISRGDKGNLFILKM DP
Sbjct: 181 KPLNTTKVAVQFDTFKILGLIPVKAPGRARGELEITYLDEELRISRGDKGNLFILKMNDP 240

Query: 243 SYRVPV 244
           SYRVPV
Sbjct: 241 SYRVPV 243

[Close]

BLAST of PI0013725 vs. TAIR 10
Match: AT3G26070.1 (Plastid-lipid associated protein PAP / fibrillin family protein )

HSP 1 Score: 272.3 bits (695), Expect = 4.0e-73
Identity = 133/207 (64.25%), Postives = 166/207 (80.19%), Query Frame = 0


Query: 42  TNLLTSSPSHKWRLRI----SFFPAFLNK-GKGNNVTALKQELLQAIAPLDRGAEATPED 101
           T L ++    + RLR+    SF PAFL + G+      LKQELL+AI PL+RGA A+P+D
Sbjct: 36  TKLQSTRKGDRERLRVQAIFSFPPAFLTRNGRAEKQKQLKQELLEAIEPLERGATASPDD 95

Query: 102 QEMVDQISRKLEAASPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFLRSRINYQGINV 161
           Q  +DQ++RK+EA +P KEPLKSDL+NGKWELIYTTS SILQ ++P+FLRS  NYQ INV
Sbjct: 96  QLRIDQLARKVEAVNPTKEPLKSDLVNGKWELIYTTSASILQAKKPRFLRSITNYQSINV 155

Query: 162 DTLRAQNMESWPFFNQVTANLKPLNSRKVAVQFDTFKILGLIPVKAPGRARGELDITYLD 221
           DTL+ QNME+WPF+N VT ++KPLNS+KVAV+   FKILG IP+KAP  ARGEL+ITY+D
Sbjct: 156 DTLKVQNMETWPFYNSVTGDIKPLNSKKVAVKLQVFKILGFIPIKAPDSARGELEITYVD 215

Query: 222 EELRISRGDKGNLFILKMTDPSYRVPV 244
           EELR+SRGDKGNLFILKM DP+YR+P+
Sbjct: 216 EELRLSRGDKGNLFILKMFDPTYRIPL 242

[Close]

BLAST of PI0013725 vs. TAIR 10
Match: AT3G26080.1 (plastid-lipid associated protein PAP / fibrillin family protein )

HSP 1 Score: 242.7 bits (618), Expect = 3.4e-64
Identity = 123/204 (60.29%), Postives = 154/204 (75.49%), Query Frame = 0


Query: 42  TNLLTSSPSHKWRLRISFFPAF-LNKGKGNNVTALKQELLQAIAPLDRGAEATPEDQEMV 101
           T LL+     + RLRI    +F    G       LK EL++AI PL+RGA A+P+DQ ++
Sbjct: 31  TKLLSIRKGDRERLRIQAVFSFPPRNGGAEKRKQLKHELVEAIEPLERGATASPDDQLLI 90

Query: 102 DQISRKLEAASPIKEPLKSDLLNGKWELIYTTSRSILQTERPKFLRSRINYQGINVDTLR 161
           DQ++RK+EA +P KEPLKSDL+NGKWELIYTTS +ILQ ++P+FLRS  NYQ IN+DTL+
Sbjct: 91  DQLARKVEAVNPTKEPLKSDLINGKWELIYTTSAAILQAKKPRFLRSLTNYQCINMDTLK 150

Query: 162 AQNMESWPFFNQVTANLKPLNSRKVAVQFDTFKILGLIPVKAP-GRARGELDITYLDEEL 221
            Q ME+WPF+N VT +L PLNS+ VAV+   FKILG IPVKAP G ARGEL+ITY+DEEL
Sbjct: 151 VQRMETWPFYNSVTGDLTPLNSKTVAVKLQVFKILGFIPVKAPDGTARGELEITYVDEEL 210

Query: 222 RISRGDKGNLFILKMTDPSYRVPV 244
           RISRG    LFILKM DP+YR+P+
Sbjct: 211 RISRGKGNLLFILKMFDPTYRIPL 234

[Close]

BLAST of PI0013725 vs. TAIR 10
Match: AT5G19940.1 (Plastid-lipid associated protein PAP / fibrillin family protein )

HSP 1 Score: 66.6 bits (161), Expect = 3.3e-11
Identity = 51/169 (30.18%), Postives = 92/169 (54.44%), Query Frame = 0


Query: 79  LLQAIAPLDRGAEATPEDQEMVDQISRKLEAASPIKEPLKSDLLNGKWELIYTTS----- 138
           LL  +A  D G   +PE  + V Q++ +L+    +KEP+K+ L+ G WE++Y +      
Sbjct: 72  LLSKVANSDGGVTLSPEQHKEVAQVAGELQKYC-VKEPVKNPLIFGDWEVVYCSRPTSPG 131

Query: 139 ---RSILQTERPKFLRSRINYQGINV-DTLRAQ-NMESWPFFN---QVTANLKPLNSRKV 198
              RS++      F +++   Q I+  D +R + ++ ++ F +    +T  LK L+S  V
Sbjct: 132 GGYRSVIGR---LFFKTKEMIQAIDAPDIVRNKVSINAFGFLDGDVSLTGKLKALDSEWV 191

Query: 199 AVQFDTFKI-LGLIPVKAPGRARGELDITYLDEELRISRGDKGNLFILK 234
            V F+  +I +G +  K    +  +L ITY+DE+LR+  G KG+LF+ +
Sbjct: 192 QVIFEPPEIKVGSLEFKYGFESEVKLRITYVDEKLRLGLGSKGSLFVFR 236

[Close]

BLAST of PI0013725 vs. TAIR 10
Match: AT3G23400.1 (Plastid-lipid associated protein PAP / fibrillin family protein )

HSP 1 Score: 60.8 bits (146), Expect = 1.8e-09
Identity = 57/202 (28.22%), Postives = 92/202 (45.54%), Query Frame = 0


Query: 67  GKGNNVTALKQELLQAIAPLDRGAEATPEDQEMVDQISRKLE-AASPIKEPLKSDLLNGK 126
           G    +  LK +LL  ++ L+RG  A+ +D E  +  +++LE A  P+      D L GK
Sbjct: 79  GDDKQIALLKLKLLSVVSGLNRGLVASVDDLERAEVAAKELETAGGPVDLTDDLDKLQGK 138

Query: 127 WELIYTT--SRSILQTERPKFLRSRI-------NYQGINVDTLRAQNMES------WPFF 186
           W L+Y++  S   L   RP     R+        +Q I+V +    N+        WPF 
Sbjct: 139 WRLLYSSAFSSRSLGGSRPGLPTGRLIPVTLGQVFQRIDVFSKDFDNIAEVELGAPWPFP 198

Query: 187 N-QVTANL----KPLNSRKVAVQFD--TFKILGLI----------------PVKAPGRAR 230
             + TA L    + L + K+ + F+  T K  G +                P   PG   
Sbjct: 199 PLEATATLAHKFELLGTCKIKITFEKTTVKTSGNLSQIPPFDIPRLPDSFRPSSNPG--T 258

[Close]

BLAST of PI0013725 vs. TAIR 10
Match: AT1G51110.1 (Plastid-lipid associated protein PAP / fibrillin family protein )

HSP 1 Score: 57.8 bits (138), Expect = 1.5e-08
Identity = 46/166 (27.71%), Postives = 72/166 (43.37%), Query Frame = 0


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

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

Query: 208 PVKAP---------GRARGELDITYLDE--ELRISRGDKGNLFILK 234
           P K P           A+G LD TYL     LRISRG+KG  F+L+
Sbjct: 208 PFKVPYPVPFRLLGDEAKGWLDTTYLSPSGNLRISRGNKGTTFVLQ 253

The following BLAST results are available for this feature:

BLAST of PI0013725 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9LU85	5.6e-72	64.25	Probable plastid-lipid-associated protein 4, chloroplastic OS=Arabidopsis thalia...	[more]
Q6DBN2	4.7e-63	60.29	Probable plastid-lipid-associated protein 5, chloroplastic OS=Arabidopsis thalia...	[more]
Q941D3	4.7e-10	30.18	Probable plastid-lipid-associated protein 8, chloroplastic OS=Arabidopsis thalia...	[more]
Q0JD85	2.0e-08	31.25	Fibrillin protein 5 homolog OS=Oryza sativa subsp. japonica OX=39947 GN=FBN5 PE=...	[more]
Q8LAP6	2.2e-07	27.71	Probable plastid-lipid-associated protein 12, chloroplastic OS=Arabidopsis thali...	[more]

BLAST of PI0013725 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0M3B4	4.8e-127	95.47	PAP_fibrillin domain-containing protein OS=Cucumis sativus OX=3659 GN=Csa_1G6653...	[more]
A0A1S3B9I8	2.4e-126	96.30	probable plastid-lipid-associated protein 4, chloroplastic isoform X1 OS=Cucumis...	[more]
A0A6J1EIS7	2.1e-106	84.55	probable plastid-lipid-associated protein 4, chloroplastic OS=Cucurbita moschata...	[more]
A0A6J1JGL8	6.8e-105	83.74	probable plastid-lipid-associated protein 4, chloroplastic OS=Cucurbita maxima O...	[more]
A0A6J1DS61	3.7e-103	83.13	probable plastid-lipid-associated protein 4, chloroplastic OS=Momordica charanti...	[more]

BLAST of PI0013725 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_011660249.1	1.0e-126	95.47	probable plastid-lipid-associated protein 4, chloroplastic isoform X1 [Cucumis s...	[more]
XP_008443741.1	5.0e-126	96.30	PREDICTED: probable plastid-lipid-associated protein 4, chloroplastic isoform X1...	[more]
XP_038887592.1	1.8e-112	88.00	probable plastid-lipid-associated protein 4, chloroplastic [Benincasa hispida]	[more]
XP_031745469.1	1.2e-108	85.60	probable plastid-lipid-associated protein 4, chloroplastic isoform X2 [Cucumis s...	[more]
XP_022927890.1	4.4e-106	84.55	probable plastid-lipid-associated protein 4, chloroplastic [Cucurbita moschata] ...	[more]

BLAST of PI0013725 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G26070.1	4.0e-73	64.25	Plastid-lipid associated protein PAP / fibrillin family protein	[more]
AT3G26080.1	3.4e-64	60.29	plastid-lipid associated protein PAP / fibrillin family protein	[more]
AT5G19940.1	3.3e-11	30.18	Plastid-lipid associated protein PAP / fibrillin family protein	[more]
AT3G23400.1	1.8e-09	28.22	Plastid-lipid associated protein PAP / fibrillin family protein	[more]
AT1G51110.1	1.5e-08	27.71	Plastid-lipid associated protein PAP / fibrillin family protein	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (PI 482460) v1
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR006843	Plastid lipid-associated protein/fibrillin conserved domain	PFAM	PF04755	PAP_fibrillin	coord: 74..233 e-value: 2.2E-36 score: 125.7
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..24
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..23
None	No IPR available	PANTHER	PTHR31906:SF14	PLASTID-LIPID-ASSOCIATED PROTEIN 4, CHLOROPLASTIC-RELATED	coord: 14..243
IPR039633	Plastid-lipid-associated protein	PANTHER	PTHR31906	FAMILY NOT NAMED	coord: 14..243
IPR019825	Legume lectin, beta chain, Mn/Ca-binding site	PROSITE	PS00307	LECTIN_LEGUME_BETA	coord: 185..191

Relationships

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


Feature Name	Unique Name	Type
PI0013725.4	PI0013725.4	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016021	integral component of membrane