MELO3C005943 (gene) Melon (DHL92) v3.5.1 | Cucurbit Genomics Database (CuGenDB)

Overview


Name	MELO3C005943
Type	gene
Organism	Cucumis melo (Melon (DHL92) v3.5.1)
Description	GRAM domain-containing protein 1A
Location	chr6 : 110349 .. 129766 (+)

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.

CGAAACGTCCCTCTACAATTTATATTCTTCTTCAACTATTGCCGACGCTTTCTTCTTCTTCTTGCCGATCACCAACCCAACGATCACTGCTTCTCAAAACTCACAAAAGCTGGTTCTAACTTCTACCGGCCCCTCTCTGCTATGGCAGCTGCGGCTTCAGCGGCGGCGCCTGAGATAATTGAACTACCTCGACCACGAGACAAGCTCCCAACCAACCTATCTCCAGACTCTGCTTCTTGCTACCCACCCGAATCATCTTCTTCCTCAGCTGACCGCATATCCGATACCCACGAGTCTTCTTCTTCACCAGACGGTTTTCACGAGGACGTCGAAATTCAGGTACATACTGCCACCTCTCTCCTTTATAAATTCGCACCTGCTTTTGAGAATTATTGAATTAGCTTGATCTTTGGCTGTTGAGAAACGATCGATATGAGTAAACGCTAATGTGAACTTCCATTATTCTATACGCCATCCTTGTTCCAATTTCTGTCAACAGAAGCTGCCAATTATCTCCATCATCATCTTCATCTAAAATGCCACTCTAAGGCGAATTTTGTAAAATTGACCTGGCTCCACAATCTGTTATGTTGATTTTGTCACGTCCCTCTCCATTCTTTTTGAGGATCTCATAACTTATTTTTCACATTCTCCCCCTCTTCCTTCTTTTCTATTGAATCGCGTTTCTTTCATTTCATCTCAACTTTATCTAAATTCTTCCGAGAAATAAAGAATTCAACGTAGGGTTCATCAGATTCTATTTTTTGTCATTCGAAGGCCTTTTTACTTTTCAGTCGAAAATTTCAATTTAAACATTTTATTAAGTGAGGGATTTTATTTATTCATTTTAAAGAAATCTCACAAATTTATTTACTTATTTATGTATCTATCCCATGCACGAATTTTATTGTTAAACATAAATTTGAATTAGAAAAATGGAAGAGGAAGAATAAAAGAAGGGGAAAATTATCTGAAAAATAATGGGCCACTCTCTTTATTCCCTTATATCATCTCTTAGAATATATTTATTCAAATTCGATGACATTAGGGTCAAACATCTTCTAGCTAAGTTTAGATTCTAGAATCACGTTCCCACGGAATTACTTGTCTGTACCCATTTCCTAACCAAAGTTATGTTATTTTACACGAGCCCCTGCACAGCCCCGCTCATTCTTAACACAATATCACTTCTCTATCTAAAATGATAACCAAAAACACGACTTAAAAATGTTTGACTAAAATTTTTAAGATATATAGAAAAAAACACGTGTAATTAATATAATCACTCCAAACAATGTTGTTGAGATGTTTAGAGTCCCACGTTGGAAAAACTAAGGAGATTCATATCCCTTATAAGATAGATTGACTCCCCCTCTTATTGTTAATTGGTTTTGAGATGGAACCCCATACTATCAAACAATAATGTATAGCATATCTAAAAAAAATGAAATATTCCCAAACATCTCGATTTAGATATTTTAAGAAAAATCTGCTTAAACTAGAAGGTACACCAAGCACAGCCTTAGCCTCTCTTGAACATGGAATTGTGCATAAGAGGACCCTACAAGCACTTAGAAATTTATAAATTTCTTTTGGAATTCTAATCCACGGGGAAACTTCATTTTTCTTGTCTGTTTTTATGCTATCTTAGATTCTTGCTACTTGCTTCCCTTAATTCTTATACCCAAAGACTTGGCAAGAAGAAGGTACTCATGTGGTTCTTCATTCTGGATATATTCGGACGTATATAGTCTATAAAATCTATAAGCAGAAAATATATGAAACCTTTCCTAAAGCTTTTTATTTTATATCATCTCTGAAACTTCTTATTTTTTGCAGTCATCTGCATTATTAAGAAGTGAAGAATATCGGCAGTTGTTCCGCCTGCCATTGGATGAAGTAAGTAGCTCCAGTTTCGAGGTTGTTAGTTTATTAATTGAAGCTGAAGCAAAAGAATCGATAAGAAAAAAGGAAAAATATAAAGAAAGAAAAAAGAAATTGTTGCCATTCATAAAGCTAAGTAAACATTGATGTAAGTGGTGATTTCTTAGTGAGATTTCTGAATTTCTTCTGATTTGGAATAAGAAAAATAACATATACAGGAAAATATTTCAGAAGGGAGAGATATGATGAATTAAATTAATCAATTATAACATTTTAATGAAGTATTTTCTACTTATTTTAATATTTCGTGAAGTTTTATTTTCTTTGCCTATTTCAATGCTTCCTGTGACCATTTACTATATTTTCTTGTTCTCCCGTTATTAGCATTGGATAACATACAAATCTACCAGATGGGCTTTAACTTTTGTGTAAAGATTGCTTCTTCATTGTAAAAAGTAGAAATGCAACCCCTTGCTAGTCACTTTGGAAGTGTCAGGACTAGGAGTATGATTAAATGATTAAATTTATAGTAGCCTATTGGTTTAGGCTTTTTGGTAGTTTAACATGGTATTGTAGCTGGATATCCTTTATTCCAGACTTTTAGCATTGTTTCCTCCCAGATAATATTAATAATCCCTCATTGGGCCAAACCTAATTTTCAAGCTCACAGGTGGAGGAAAATGTTAGTAATGTTAATAATATTATTGACTGAGCTGATGTAATCTTTATTGAAATGTTTGATGGATATGTTTCTCTATCAGATTATAGATGGTATGTCTCAGCCCAAGGGATGAGAAAATATGTAGCTTTTTGCAGACTGTTGTAATTAGTATCCCCGGATATCTGCTTTATCCAGGATTCCTTTTGAGATCTTATTTTCTGAAGACTGAACTTCTCTCTTTAGTAATAATTTTATATCTACATGTAATGACTATTAATTCTTGGTTGTATCATGATATCACGTTAATTGGAGCTTGTTCAGAGTGTAAAATTTTGGTAGGCAGGTTATTTACCCCCACTCCACCAACACATAAGCTATATCTTTTTTTGAAAGAACACTTGTGTATATTGAGTCAAATTTTTCTCTAAGATATTATCTTAGTACAAGTTTATTTTGATAATGAATGCTGTATTTCTAGGTCCTTATTGAAGACTTCAATTGCGCTTTCCAAGAAAACATACTAATTCAGGTAGTTTTTATCTTTCATAGAGCCTCGTTCAGGTTCAGAATAAGTTGCGAACTTAAAATTTTACATTTGATTGATTATCTTGGTAGGCATGGCATATATCCCCTTTTGATTTTACCATAAGAAAACCAACTTTCTATCTCCGGTTTTATGCTTTTACTCTTATTGAAATGTAACATACATGAATTTGTAATTGGAAATGAATGGATTATGGTCCAGCCATTTTTTGCCTTTAGTATCATTGTTTTGTATATATGTTTCAGGGCCACATGTATCTGTTCGTGCACTATATCTGCTTTTACTCCAACATCTTTGGGTTTGAGACGAAGGTAAGATCTAAATTCATCTTTTAGCTGCATGAGGTTATTCTTACCTACCAGCTTGATTCATATAAGTTATGATTTAAACCAAAAGCTATCTCTCTCACTTTAGCGCATGGGTTTGGATTATGCAAGCACACAGATCCCTCACAATCATTTCATCAATAAAATCCAGTCTTCTTTCATCTGCTCAGGCTAGAAGTTCTTATTTTTTTGGTGTAGAAAACGTAGATGCATTATGGTAATGAAAGTAGCTTGAGGCATTTCAGACTAACTCAGTACTCAAGTAAAGAATGGCACCTATTTCCGCATTCAAGAAGAATTAATTATAGACATGTAATCTTCAATGCTATGTTTATAAGTTACTATTATTATTTTTGTTAGAATTTAGAAGTATTTTTAGTCTCCAGTTGAATGTGAGAATTTCTGTACACCTTATATGGCTAGCATACTGTTTCACTATCAATCAAGGAAAGAATCCCTACAGTTGCGCTGATCCCCCTACCTCACGCATTGTGTGGTCCTCAGTTGGGTTTCGAGAAGGACCCTTTAGAGGTTTGGTCCTTAGTTAGGTTCCGTGTTTCTCTTAGGGCTGCAGTGTCAAAGTTTTTTCTGTAATTATTCCCTTGGTAACATCTTTCAAATAAGGTTCCATGTTTCTCTTTGGGTTTCGTTTCAAAGGTTTTCTTGTAATTATTCCCTTGGCAACATCATAGTGAATAGGAAGCCTTTTTTGTAGTAATCCACACGGGTATGTTGACTCTTTTAGGGCTCTTAGTTTTCCAAAGTCCCCGAATAAAGTAACATCAATAGGAGAAGCAAATTATAGATGAGTAACCAAGTTTGGAGGTGTAGGACACGAGAAGGCATTCGATCGATAAGATAGGCTACAATTAGAACAACATTGTCCAGAGATAGGAAGGAAGAGAAGTGGACAACATAAGGGATCGAGCAACTTCCAAAAGGTGACGGTTTTTGCGCTCGGCTACATTTTTGTTGGAGGCTGTAGGCGTAAGAACTTTGGTGGACAATGCCTTTGGAAGACAAAAATTCATTGAGAAGGTGAAGTGTGGTTTTGGAACTCTCGACCATTGTCATTCCGCAAAATAGCAATCTTTGTATTAAATTGCGTTTCTACGATGTTATAGAAGTCTTGGAAGACAGAAGTGACCTCAGATTTGTCGGAGACAAGTAAGACCTAGGTAAGACGGGTATGGTCATCAATAAAGGTGACGAACCACCGTTTTCTAGATGAGGTTGTTATCTTGGATGGTCTCGAGACATCACTGTGAACAAGAGTGGAAGGATGGGTTGGCTTGTATGATTGTGATGGAAAAGAAACCCGATGTTGTTTGGCCCGAAGACATAGATTACAAGATAAGGTAGACACATCAATTTTAGGGAAGAGATGAGGAAATAAATGTTTCGTATATTGGAAATTAGGGTGGCCTAAACGAAAATGCCACAACATACAATCTTGCTCAGAAGTAGTAAAATATAAAGATAAAAGACTAGTCCTAGAAATGCTACTAGAAGAGGTATCATCATCAAGGAGGTAGAGTTCCCTACTATGCCGGGCAGTACCAATCATCTTCCTCGAGCTCAAGTCCTGAAAAGAGACAGAATTAGGTAAGAATATTGCTTTGCCTCATTAGTAATCTTACTTATATAAAGCAAATTATAAGACAGTCTGTGTACATGCAAAACATTATTTAAGAAAATCCCTGCACATGGAGAAATCTTCTCCTTTCCAGCAATAGGGGCCATAGAGCCATCTGCAATTCTAATTGTTTAGAGGCCAAAGACACAAAATGTTCAGAGGACCCAGTCAAATGATCTTTGGCGCTAAAATCCAAAATCCAGGGGTTCTTCCCATCAACATTAATAAGACCGAAGGACCTGTATACCTAATTGGACAATGACACCAAAAGTAGTGGGATTGTGATCGATCTGGTTTCTGTGTGAATCAGGTGGTTGAGAAGGTCCAGCTGACTCACTCACATATGCCCGCCCTATGTTTTGCTTGTCGTTGGAAGGGCGTTTCTTACCTCCTGAGGGACTACCATGTAACTTCCAACATTGTTCTTTGGTATGCCATTGTTTTTTTGCAATGCTCATAGACAGGAATTGGTTTTCCATTGTGCTTGTCATTGCCACTGGTAGAGGACCTCGCTCTAAAAGCAGTCAATAGAAGGAGTTGCAGAAATATTCATAGCACTTGTGCGATCTTCCTCAAGGCGGATTTTAGAACAGACTTCCGTCAGGGAGGGAATCGGTCTTTGACCTAGTATATGCCCTCGGACTACATCAAATTTAGGATTAAGACCAACAAGAAAGTCATAGATCCTGTCAACCTCTTCAATTCTAGAATACTGCAAACCAAATCGGTGGGATCTCTCCAGACTAGTTCTCTGCATAGGTCCATCTCCTGCCAGATAAGAGAAAGCTTATTAAAAAAGGATGTGACATCCATGGCTCCTTGCTTGCATTCATGAATATGCTTCCTTAGTGTGTATAGGGGAGAGACATTTTGACGTTTGGAGTAAAGTGTTCGGGTCGTGTCCCAAATATCTTTGGCGGTTGCAGCAAACAGTAACGGCTTGCTAATTTGGGGTTCCATACTGTTGATCAATATGGATCGAAGAATAGAGTCTTCTGCCTTCTAATATCGTTCTTGTGGGTCGTCCGGTGGAGAGCAAGGTATTTCCCCTATCAGAAAGCCAAATTTATGTCGTCCTTCAAGGACCATCTTTACTGACTGAGACCATGAAAAATAGTTATTGTCATTCAGCTTGTCTCCTGAAAAATGATACGCGGTAGACAGAGCCACTGTATTAGTCACATAAGGAGAGGATAAAGTAGGGAACGAGATTACTGGATTCTCAGAATACATCGGTATAGAAGTATTGGATGTTGTCCTTAAGGTAGCCTCAAGTGCTGCAATCTGTTTTCGAAGCCCTTCCAGTTGCTGTTGAGCTATTCCCGATGAAACTTGCACGTTAGGGTTGGAATGTGCCAAAGATTCACCAATCTCAAATGTTGAGTGAATTTTAGTATTCTTTACATTGGGATGATGACTTAGGTCAATGGGTGGTAGGGCATACAGATTTGATGGCAAAAGCGGTGGTTGTCGACCAGATTTAGGTGGTAGTACACAAATTGGGGCGTGGGGAGCAATATTGGTTGCGGATGAAGAAAAGGGTTGCACAGATGGGTTGGTTGACGCCGTTTGTGGAGGAAGGACCGACGCGTGTATCTCTGACGGCGGCGCGTGAGGGGTTGTCGGCGGTGCGGATGATTGCATATTTGACGGGAATGAATTTTTTGGCATTTTCTGAAGGCAGGGAACCATTCATCCATTGCAGCACTCATCTGAGCATCGACGGCGGCGACAACGGCAGCACTAAAATTGTCGGCTGTCTCCTCTGTCTGATTTCCATCATTGGTTGTGTTTTCTTGGGTTTCTAGGGTGTATTCAATGTCCAACGCTCTGATACCATATTGAAAGTAAGACAAAGAGCACACTGGTGTACGTGGAAACCCGAGAACCGGGAGAAAAACCACGATATTTGGTTTTTATTATTTTCTTGTAATTACAAAGGTACAATTGAGGAACTTAAATAGAATACAAAAGATAAAGAAAAAGGAGAAAAAAAATATTTATGGTAAGTTTTTCATAAATATTTTTTCCATAAATACAAAAATCTAACCGAAAGTCAACAACCTCCTCCTCTTTCAATAATCTTCTAATGTAAACCGTCCAAGAACTAGTTTGGCTATCCTAGTCTCAGAAATTGACCCTTTAGGCAAGAGGACAATACGAAATAATCTAATGAACTTGCTGTTTAGGGGAATACTATCCAGCCATGGATCATTCCAAAAGAACACTCTACTGCCATTACCAATTCTGAAAGTTGCTAGAGCTTCAATCTTGTGCCATTCTCTTGAAATACTAATCAACGGACTTCTCAAACTCAAATTCTCCTTCCCGCTAGTGTGCCAAAGGAAGGGGTGGGTATCATGAATACTTTTAACTCCTTTGCACCACAAGGCTTTCAGTTCTGACATAAATCTCCATCCCCATTTTGATAAAAGAGCCATATTTCTTATTCTCAAATCACTTGGGCCGAGGCCCCATCTCTTTGGTTTTTGATGATTTTAGACCATTTAACTAAGTGGTTTAGCTTTCCCCCAGTATTACCTTCCCAGAAAAGTTTTCTCATGATTTTCTCCAAAGTATTAGAAACTGAAATTGGCATAAGGAAAGTTGATATGTAGTAAGTAGGGAGATTGGAAAGGACTAATTTGCATAGTGTGATTCATCCACCACGAGATAAGTTGTACCTTCTCCACTTGCTTAGTTTACCTTGAATTTATTTATAATGGGCAGCCAGAATATGGAGCTTTTTGGGTAGCCTCCAAGCGGTTGACCAGGGTACATTAAGAGAAGCTTTTCTGTCTTACATCTTCATCTTAGTCTTGAAGCCGTTTTAGTGATCATTCTTTCCTCTATATTAATTACACAAATGGCAGATTTTTCCCAGTTGACTTTTTGTTCTGAATTTGTACAGGTGTCGTTAAGGAAAACTTCAACTCTTCAAGTATCTTTTTCATCCATATGCCCTTACAAATTCCAAGAGCCAAGGCTCTAAACTCTACTTCAGCAGTACTTCCGGCCACCACATTCTGTTTTTTACTTTTCCAAAATTTTCTCCAACAAAGTAACAATTACTAGACGTAGATCTTCTATCTGTAGCACTTCCTGACTGATGCAGATCTATTTGTAGCACTTCCTGCCCAATCTGCATCAGTGTAGACTTCTATTTGGAAGCGATTATTCTTTTTGAATAGAATGCCTTTTCCAAGGTATACCTCAACATTCTATAAGCAACTTCAAAATGAGTTGGTCGAGGGGCCTGCATAAACTAACTATGCTTACAACATACGCATTATTAGAGCGTGTATGAAACAGATAGATTAATCTACCAACAAGTCTCTGATATCGTTATTTGCCCATTATTTCTTTAGCTCTGTTTGTTTGAAGTTTCAGATTAGGTTGAAGAAGAGGATTTGCAACCCTAAAAAATCTTACAGATATAAATGTTAAATATAAACATAATAACATCTACTGTTACAAGGGTAACATAAGTAGGAAAAGGTAAAAAAGATAGTAAAGGACAATATGACAAAGATATTTACAATAATATAATAATACTAATATTGACAGTATAACAAATAGAAAACCCTTCAAGTTTGGATTTGGTTTATTTGTTCATTTTATAAACATGTTTCTCATGGGTAGATAATCCGATCAATCAAATTATACTAGAACGTGAGGAATATATGAAAAGTTGCTTAGCCAAAATACTCAACGAATTCACATGCTTGCATTGTTTGGTGTGCACGACTTCTGACATCTATTCATTGTTTAATTTGCATGTGTGATTTTGATACCATGTTTCGATTCCCATTTGAATGTGAACCACATGATTCATTTTGATTTCTTATCATTATTTTCAAAAAGTTCGGTTATTGTCAAGGTTGGATTGCTACATCATTTATATGTCTTTGATCTTGTTTATGGTTATTATTATGCTTCAGAAAATAATCCCATTTCGAGAAATAATAGCTGTACGTAAAGCAAAGACGGCAGGGATCTTTCCTAATGCCATTGAAATTTGTGACGGGGAGAAAAAGGTAGTTCTAAGTTTTTTGAGATTTGCATTTTAATTTTTCTTTAATTTTGAATTTCATCTACCATTATTAGGGGTATCTTTGATATCCTTTATGTTTTTAGTCTTTTTATCTTTATTTTTTAAAATTAAATATGCCTATCTATAATTTAATAACACTTTACTTTGTTTCCTAAATCTACTTTCATCTTGAAGCTTTTGGTGTGCATTTTTTCAGATTAAAGTGAGCGAAGTTTGTGAGAGCTTTTACGTTTTACTTTGTATCTAGCTCTTTCCTGATGTTTTGAATCTCGGTTGCTTTGAATAGCTCGTTAATTTATCTTTTGTGTTCATTTTTAGGTCGTTTTCAATTTTGTGTTGCCTGGGTACTTTCTTTGTTTCAGTTTTAGGCTGTATTTTCTTTTGTTCTTTGTTCTTTGCTCTTGCTCTTTGCTCTTTGCTCTTAGTATATAAGTCTCTTGTACTTTGAACTTTAGTCTCATTTATTATGATTAATAAAGATGCTCATCTCCATTAAAAGAAAAAAAAATAATAAATAGAAGTTAGTTTTCAGAACACCCTTTTTTGTTTTTATTTTAAATTTGAAAAGATTGGCTAAGTTTTCATGAATATTTTGAAAGAGAAAAACTAAACTACCTTCTAAAAAGAAAAAATCTATTTATAAGCATATATTATGAGCTTAGTAAAATAAAACCTATAGATAAATTCATTCTCCATCTCAAGTAATTTGTTGGTTAAATTACAAGTTTAGTTCTCGAACTTCAAGGTTTGTATCTATTTAGCTTCCGAACTTTTAAAAGTGTTTAATAGGTCCCTAAAGTCGTATCAAGTTTGTGTCGGATAGGTCAATAAACTTTCAACTATAGCATATTAACTAGCATAAATAACTCACTTTTTACTTTTGCAGTACTTCTTTGCATCTTTTCTATCCCGTGATGAGGCCTTTAATCTCATTAATGATGGCTGGTTGCAACATGCTAAAGGTACCGAAGCAACTATGACAAAACAGGTGAAGAACTGTTAATTCAATGCTTTGTTTGTAACAGCAGCATTGTTTGAGTTGTAATGCCAAGCTAAGTCTTACCTTATATTATTAGTTCATATGTAGAGAAAGGCATGGAAGTTATTAACTTCTTGGGTGGAGAATCACATTATTTTGACATATGGCATAGCATAACTCAATATAGTTTTATTCTTCTCTATGAGTTTCCCCACATCCTGATGTATTTTAATTATGCCCAGATGATTGAAGTTTTAGGCAGTACATTCTCAGCTTGTTCTGGCTTATGTTAAGTGGTATCTGGGACCAAAATGTGGTTTGAGATCAATAATGCTCGATATCTGGATTTTCCTTTCTTCGTGGCTTTATTTTTTTCACGTGTCCTCATACACGCAGCCTATATGCATGTGCATGTATGCATGAATGCAGACATGTATATGTGGTTTTTTGCATGCATGGATGTGTGAGCTTGCTTGCAATATGTTCACAAAATGGCATTGCTATATTTATGCATAAACCATTAGAGTTGTTTAGAGTTGGCAATGTGTATCTAAGATATCAGTGATAGCTATGAATAAACCCAACTAAAAGAGTGGAGACGTTCCTTTTCTGCTTTTATTTGTCTCTCTTATGCATTAAAAGGTGACTTTTATGTTAGAAATCGATAAATGAATCTAGCAGACAAGAAATTGGCATCCTCGGTGTCGAAAAGGCCAAGGAGCTGGATCCTTCAGATTCTTCTGACAGGTAATTTTGTTTCCACCTTTATCTATGTCGTTTTCCTAGACTTGCTGCTTGACTTCTGGATTATTAAATCATCTTGTGCGTAAGGAGTATGGATACTCCTATTCTTAATGTTTCGGTGGTTCAAGCCAATGTTGAAGAGGTAAATGTGCCAACCACGCTACCACCAGAACCTATTGTTGCCATTCAGGAACCAGAGCCAATTCTTGATACTCATGCTTCAACTTCAAGAGAGACATTAACGTGGAGGCCGGAAGACAGAGATGCTCCCAAGGGTGGGTTTGCAGCATTTTTTCTCTCTTTTCTTTCTATTCAGATCAAGGAGTTAGCCTACAATTCTTGACTAGTGCAGTCCAAAAATATCTTATGTCATTCTTTCTACCTTTAAGCTCACGCTGGCCTTTGAGAGGGGATGCAGAAATTAGTTTAAAAAAATTGTAAGAACATTATTCTTAGTGTAAGTGTTAGATTGAATAGGCATTTTATCATTATATTTTTTCTAATGAGGAACTAAGCTTTCATTATGATAAACAAAAGAATTCATATAGGTAATTCAAGAAAAAGAAACCCATTGCAAAGTTGCCTATAAAAAAGTACCCTAATAATTGCAAAAAAGGGGATTTAGTGGTAAAGAATAAGAGATGAAGGATAGTTACAAAAATTCTTACATACTGACATCCAAAGAGGCATGAAACCTGACCATAGCTCACATCAAGACTTTCGGCCCCATAAGACTTTCTGGCCCTCTCCAGCTAATTGTTGCACAAAGTAGTAAAGAAAGCTGCGCCCTAAAGGATCCCACCCTTATCTCATAACTGCTGATGGGACAAAATCTCTTCTCTCATTGACCAACAAAAGTCAGTGTTGCACCAAAGAAAAGCGTAGGGTACAAAAAACAGTTCCCAAAATCAAGTACCTAAATTGACCATGTCACAGTACATGATCTAGGTTCTCTAAGTATATGGAATCAAGTAATGTGCTTCTATTTTGCATTTTAAGGGTGCTTTTATTTAGTACTTTAGTGACTCACTTTGTACTTGGCTTTTCCTTCAACTGTTATAACAAGTGAAATCCTGTCCTGAATGCATGATCTAGTTTGATTTTGAAATGCAGTACCAGATTATTATACCCAAGTTGCAGAATCAAAGTTTCCGGTACAGTTGCTTTTTCTTTGATGGGTTTGACATCTAATGTGTACTTCACATTCAACTCCTCAAAATTCATAGTTTTTTTGAAATTATTAATCAATTTTGATCAGAAAAGTTGGTTCAACTTGAATGGCAGATAAACGTGGAAGATTTCTTTAGTTTCTATTTTTCCGACAATGCAGTTGATTTTGTTTCTTCATATCATGAAAAATGTGGAGATAAAGGTAGGGTGTTGGAGATATGCAATGTAGAAATCCTCTTTGAATTTTTCTAACTAATGTTACATTGTATGTACTCTGAATTAATATTTGGTCGGTGATACTTTTCCAGAGCTTAAATGTTCTCTGTGGCGTCACGATGACATGTTTGGGCATATGCGTGATGTATCATTTCAGCATCCGATAAAAATATATTTTGGTTTGCTTTTCTTTCATCTAAGATAGTATCTTACCTTTTTCCCCATGTTTCTATTTTAGATATATAATTTTTTAATGATAATACTGATTTTACGTGGCTATAAAGGTGCAAAGTTTGGTGGCTGCCGGGAGACTCAGAAATTTCGAGTTTATCGAGACAGGTTTGAAAAGTTGGTTCTCAGTGATTCTTATTCCTCTCTAGTCATACAGGCTGGTTGCCTTTTCTTGATGTTTTCCTTTCCATTCTTTTCTGAATCATTTTGTGATCAAGATTTCAGCTGTTTTGGGGCTCCGTGTTGAAAGTTTTTTCATTTTGCTTTGTACTAGTTCTAGAAGGTCTTGTCCAGCTCGTTTGTAATTTCATTATGTTCTCTCTTTTGTCGGTTTATGCTGTATTTGTTCTTTTAGTCATTTTTGCTCTTGATATATCTCTCTTGTACTTTGAGCATTAGTCTCTTTTATTAGTATTTATAAAGAGGCTCATTTCTGTTTCAAAAAAATGAAAATGTACGTGACTGTAGTAAATCCTATCGATTTGTATGGGTCTCGTCTTGGCCAAGGTTATGGTCCGTAGCCATTGTGCACTGTTCAATCTTTTCTTAGTTTCTAACTTTCAGGGGGAAGGTAAGGTGCAGGCTGAGGGGGTTGACTGTCCATCTATTTTTACTATTATGCTGATAGTGGTTGCTCATAGACTAATAACATCACAGTACCTAGCTACTTAGCAAGTTTTTTTTAATTAATTTAAATCTTAATTTTTTTATATTACTACTACTACTACTGTCATCATTATTATTTGAGCCAGTTTTCTGTCATCAACGCCTTCTGCAGTTAGTTTGACTATCTGTTCATTTTCTCAGTCATTTGGTCATCGAGGTAACCCAAGAAGTTAGTGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGTATTTGATTAGTACTATTAAGTTCTATTTGGTCCATCTGGTGGCCGTTATCCCTTTTTTATTTTTGGTAATAATTTCCAAACGTGGAAGATCAGTTATGTTTCTAGTAGTGCTATGTCTACATTAAAGCGTCAGCTGGTTTTAAATTGTCCACCATTTAGTTTCTTATAAGTTTGTCTTCTTTGTGAAACGTCATTCACTAGCTCAGGAAGCTCTAGACCTGATATTAAATTTACAAATTAGCTTTTATTTTTGAAGAACCAAGGCCCCAAACATGTGTTTTAGAAGGTTGAACATTAGAATTCCATCCAAATATTTATTTCCAACTACAAATTTGAACCGTTAAAAGGTCTGAGAAACTTTTTGTTCTTCTCTCTTAATTATAAATTTATTTTGATGAGTCAAAATTTGAATGGTAATGATGATCTAATTAAATTAAAACATTCAAACTTCTTTTATCTAGCTATATATATATTTTTTTATAAGAAACGAAGTTCACTGATAAATCATTTATATACTAGGTAGACTTTTGATTATATTATACAAAATTCATCTAATTACACTAAAAATACAAGCTAGTCAGCATTTATATACTCGGCAGACTTTTGATTGTATGTTAATTTTTAAGGACAACCTTAATATTGTAACCAAATATATATCATTATTTCAGAAGACTTTTTTAAGAACCCTGTTTCTCTTTTCTGATCACAAATAAGGTACATAATCTCTTTATGGTCTGGCTCACAAAAAAAAAAAAAAGGTTCATCCTTTGTTTCTTTCATCATTATTGGGACTTCAAATTGTTATTGAAATTAGTGTTAGAGAACCCACATTTCTAATTACATAAGGCAATCATTTCTTAGCTATCCTATGTAATTTGTAAGTGTTTTTCTTGTTATTTTCCATGGTGATTATGTGTGTCTCTGCATAAATTTTAGGCACATTGGGAGGTGAAGAAAGATGTTGATGATAAATCAAATAATGGCTGCATCTTGAGGGTATATGTGAATGTGGCATTTTCAAAAAGAACGGTTTGGAAAGGTATGCATACCTTCGGACATTGACTTGTAATCATAGCAAACTTAAAAAGAAGATTATAGTGCTTTATGTTGGGAATTTACGCTAGATATAAATAAATGCGGAATAAACCAAAGTATATCTCAAATTTCCACTTCACTGGTTAGAGCCAAACAAGGAATCAATCATACAATTGTAAATGATGATTCGTTTTACCCAAACCAATGGAACTTGACCTCTAACTAGTTCCCTTCGTTTTGGCCCCATGATCCCCACAACCTGACCCAACTCAAGGACGGGTTTTCTGAGAAGGGTAGAATGATGTAGTAGAATTACAGTAAATTAGGGTATGTTGGTAAAAATCTTAGTCAATTAGAATTAGAATCAATTTTCTTTTAATTCTCTATCAATAGAGAGATTGTCTTCTTATATTGATAACTTTTGATTCAAGATTCTGATATTATTATAAGAGCTCTCTCCTTTTATCCCTTAGGCTACATCACTTTGCTTTAGGCTACATCACTCTGCCCCTAGTTCATTTATAAAAAGCCATGCTTCAACTTCGAGAAGGTATCTCCCTTTCTTCTCCTTGCTCCACCCTCTGTCTCATCGGCCCTATAATCCATGTCAAAGAAGAAACAATGAAGAAAATGGAGAAGATGTTCTTGGAAGTTATTCTAATGAAGCAAATATAGCACTTAATAGAATTTAAGCTGTTTCTATCTTTCTGATGATGTGGTTTTTGTGGTGCACATTAGAGGAAGATTTGCAGAAAGAAGAGTTTGATTTTCCTTTTTGATCACCAGACGTTTTGAATCTGGCATCAGATTATGCCTGATTTGGAACACACAGAGATTTTGAGCTAGGTTGAAGGAGGAACTGGGTCCAAGTGCAGTCTCTCGGTGACAGAACTGGAGTTCACTGCCATGCCATAGTGCAGCTTTGTTCTAAATCTAGAGATACCATTCTTGATAACTATCTTTGGCTAGATTTGATTCCCTTACTCGGTCAAGATTTAGAACATTGGAAAAGGGGCGCTCTTCAGGGTGGGGTTAAGAGAGGTAATTGGCAGTGTGAAGTTGGGAGGTTTCAGAGCTGGGAATGGCAGAAAAGGTTCATCAAAGAGGAGTGATGGCAGTATTGTTCGGGAGAAGAGAGATGAGAGAAAATAAGTTTTTTCTGTTAGCAACTTAATTGACATAAAATTAATAAACTGATGTCAAATCAACCTAATCATAATCATAATCAACGCTTGATAACATAAAACTTAGAATGAAATGCAATTTAAGTAAAATCTCAAGGAGCAAAACTATATTTTCCTCCTAATTTTGTGATTTGTATCATGTGGTGGTTAGGTCATTTTATTTTCTAGATAAGTAGTTAGACCTATTAATTTAGCCTAAGCAACCTCAAGGAGAAATCCTCCGAGAACCAAGATTGCGGATCTTTTATTAGAATGAATAATGTGCTTCATACACGAGGAGAAGACTCCTATTTATAGGGTTCTATTACAAGTGAGGGGTAAAAAGGGAATTAACCTAGAATTTTATCTAATTACCCAATTAATCCTTAGTCTTCTTACATCACCTATGTATTGTTGCAAACTAAATCTCAGGAAAAATGGAAAAAAATTAGTAACAAATAGAGAAAACACACTATTAGAGCCTCAGAGGCGAGGGTAAAAATTCAGTGTGGAAATTTTGGATAATTGAGATTTGACCTTTTGTCTTTCTCGTTCATATTTATATTCAAGACAGTTAAGGTTCTTTATTATTGAGTTAGTTGAAATATAGCTAATTTTGTAATAAGGTGATGCCATTTTGATTATTAAAGAACTTGGAGTCGAATAACTTAAGGGAAAAAGGAACTGAAGCATTGGATACTAAAGACTGGGAGAGTTCATGATCTCTTTGAAGTTGGAGTAAAAATTAAACAGAGAAATCTTAGCACGTCTGATTAAAGAAACTATCTTCTTTTTGGGACATGAGTTTGATGTCCAAACGGCAGTCATTGTTTATGTGGTATTGTGGTCAATGACAGCAGATATAAAAAAGTTTTGAAGCATGCTAACTATTCTTGTGTATATAATTGTTTTTTTCTTAAAGAAAACATGCTAACTGTTAGTTTTCTTTTAATTTTTATTATAAGTCTTAGCATTCCAATTCCTGTTTGTCTTCTTATCCATGGAGCCTATAATAATTTCTTATTTGAGTGAATGGTTTTCAGAATATGATTCCGATTAAGTGTGGAGTATTGTGGATTGTCATGCACAGGGAAAATAGTGCAGTCTACTCTTGAAGAATGCCGAGAGGCTTACGGACTGTGGATTCAGATGGTATCCCCTTTTCCTTTACAAATTTGGCAAGTATTAATCAAAGTTAAAGTGCTTTCTGATGAAATTTTTTCAGGCAAAGGAATTATTGAAGCAGAAACTTACAGGTTCTGAAGGTTCGAATGTTATATAATTTTACCTTTCTTCTAAACACGATGTTGTGTTCAAACATGCAATTTGATGACCTCAATTTTTTTGGTTATTGATTTACCATACAGAGGGAACAAGTGGTAGTACATCACAGAGTGGTAAAGATCATCATATTGAAAAAGAAAGAAATAATAACAAATCATTGGAAAAGTCAAATGAGAAGAATGACCAAAGAAGATCAACTGCATCACAATATTCCACTGACGTTGATCAACAAGCCAAAAACTCTATTCAAGGAGTCAATTCTACTTCGGCTGCTTCTTGGTTAAGAGAATACATAAAGAAGCTTTGGATTGTGTTACGGAGTCAAAATTATCTTCCTCTTGCCCTAGTTATCACTTTTGCTGTGAATTTTTTTTTTATGCAGGTATGCTTATTTCTTTTACTACTAATCTGCCATGGAGTCGAAATCAGTACACCCAAATGCTCATCTATCCGTGAATTTGCATCATTGTGGCTTGCTTGAATCATGTTAGTTAGGTCATGAATATGATTTCCAAAATGAGATCTTTCAGGCACTTTGCTCTTATTTTATTATTTTTTATCATCTAATTTTACAACAAATCTTTGATAGTTTCTCTGCATGCACCCCATATATATATTTTTTCTTATCTTTTCGGTCTCTCTTACACAGATCTTTGTTATGCTACCGTCATATTTTAATTCAATTATATTACTCAATTTACTTGCTGAAAATGCTGAAACCCCGTGCGGGCCTCTGGTGAGAAATAAAATGCCAAACTCAATCGACTCTGAGCCTTCTCAGTTCTCAGCATCATCTCTTTTCCCTTCCAATTCCATTCAATTCGTATTTATAATTAGTCAATCTTGTGTTCTTCAGCCAACTGGATGTACAGATTCGAGCCTCCTCTTTGCCTCTACATCTATTACTTATGGTTATTAGATTTAACATTCATATTTTATTTGAATTTCAGGTCTAATACTTATGGTCTAGGATAGAAGCTACGTTATCCATTTATGCAACCTATTGGTAGTCTAAAACTTATAAATAATGTCATATGGCGGCAGTTGAGCATGTTTGATGTCCAACTTTCATGCCAACTTAGTCTGTTTGAGCCAAACGTATATGAGATGATATGTTCATCCATATTGGGATAATAATCTATAAGGTAAGATGATAATGAGTAATAGTTATGTTGGGACGGGCAGGCATTATAATGTTTTTACTTTTTAACTGATTTAGCCTGAGAAAATGCGACTGTCTCCAAATTTGAGCAAGCAAGGCATAACTGTTTTTTGGTTGGTCTGAGTGAATTAAGATTGCTCAGCCTAGTTGGGTGGCAGGATATGTTCTGTTCCCCCTCGTTAAGGTGTGCGGCTTTCATCTCTCAAACATTTTGTTCTAGGAATAGGGGGCTCATCTCCTTAGGTATCTACTTCCATCATTGTCCTTTTCAGTCTGCACACAATTCGAGGCCTGTAGAGGACGAGTATCTGCTGGCCAGAGCAGAAAATGTATAAGGGAAAGGGTAGGTACCAAATTGATAGGAACACAGTTTCGTCGAGATTATTTTCAGGAATGGTGAGCAAACGTCAATACTGACACAGGTTTAGGAAAGTTTTGGAAATCTCATTTTGAAGTCTTCAAAGGCTCGGAAGGTCCTATTGCATATCTTCATCAATATTAGATCAGGATACTTTCTCTCTTGTAGTTTAATTCAAATTCCTGAAGTTGCAGTAAATTTTCAATTATTTGAATGTATTATGAAATATTTAATACTTCAATTATTAATTGATAAAAACGTTGTTCAAGTTAGATATTGACGTTGGAGAAACGTTTGAAAGGAATTTACTTCTTGCTTGCATGTGTATTGATTAGTGAAAATCATATTAGCAATTGGTGGTCTCGATGCATAATCTATCTTATTTTTGTAACGTTGAGGTAGCCGGTTGTCTATCTCTAGAATTGTATCTTATGGTTCTTTGCTCAATTTGTTTGCCCCTCCGTTCTAGTTCTATAGACCATTTGAATTTTTTCCCAGAACTGGACATAGAGTAATTGACAGATAATTATGTTGTTTCTAATTGCAGTTGAGCATAGTTATGTTATTATCCAGACCCCAACACATCCATGTGAGTTCTCCCGACTATGGAAGGGGTCTAAAATTCAGTGGTGGAAGATCTTCTGATGCTACGGCATGGTTGGAAAAGCGAATGCACCACCTTAAGGATGAGATGTACATGGTTGAGGCTCGGCTAGAAATGATGCGACGCGAGCATGCCCAATTGAAAGCACAACTAAGAGAGCTTGAGGAATTAAGTTAAAAGGTTTTATTATTATTATTGCTATTTTCAATTTCTCATTGAGATTAATTCATATACGATTCATGTATGGAAAACATCATCGATTTGTATGATTGTTTCAGTGATTGGAAATAATGTAACTAAGGGGAAGTTAAGCAAGAACTGTAGTATGTGGAAACTTTGAATGGAGGGTGTTAAAGGCCAAGGAATTCAAACGAAGAAAGTCTAAGGTGTGAAGTTGTGAACTCTACTACTTGTTTGGTTCAAAAAGTTTGTAGATCCTGACTAAAAAAATCAATCAATTTTATGTTGCATCAAATTCCTACTTAGTAGAC

mRNA sequence

CGAAACGTCCCTCTACAATTTATATTCTTCTTCAACTATTGCCGACGCTTTCTTCTTCTTCTTGCCGATCACCAACCCAACGATCACTGCTTCTCAAAACTCACAAAAGCTGGTTCTAACTTCTACCGGCCCCTCTCTGCTATGGCAGCTGCGGCTTCAGCGGCGGCGCCTGAGATAATTGAACTACCTCGACCACGAGACAAGCTCCCAACCAACCTATCTCCAGACTCTGCTTCTTGCTACCCACCCGAATCATCTTCTTCCTCAGCTGACCGCATATCCGATACCCACGAGTCTTCTTCTTCACCAGACGGTTTTCACGAGGACGTCGAAATTCAGTCATCTGCATTATTAAGAAGTGAAGAATATCGGCAGTTGTTCCGCCTGCCATTGGATGAAGGCCACATGTATCTGTTCGTGCACTATATCTGCTTTTACTCCAACATCTTTGGGTTTGAGACGAAGAAAATAATCCCATTTCGAGAAATAATAGCTGTACGTAAAGCAAAGACGGCAGGGATCTTTCCTAATGCCATTGAAATTTGTGACGGGGAGAAAAAGTACTTCTTTGCATCTTTTCTATCCCGTGATGAGGCCTTTAATCTCATTAATGATGGCTGGTTGCAACATGCTAAAGGTACCGAAGCAACTATGACAAAACAGAAATCGATAAATGAATCTAGCAGACAAGAAATTGGCATCCTCGGTGTCGAAAAGGCCAAGGAGCTGGATCCTTCAGATTCTTCTGACAGGAGTATGGATACTCCTATTCTTAATGTTTCGGTGGTTCAAGCCAATGTTGAAGAGGTAAATGTGCCAACCACGCTACCACCAGAACCTATTGTTGCCATTCAGGAACCAGAGCCAATTCTTGATACTCATGCTTCAACTTCAAGAGAGACATTAACGTGGAGGCCGGAAGACAGAGATGCTCCCAAGGTACCAGATTATTATACCCAAGTTGCAGAATCAAAGTTTCCGATAAACGTGGAAGATTTCTTTAGTTTCTATTTTTCCGACAATGCAGTTGATTTTGTTTCTTCATATCATGAAAAATGTGGAGATAAAGAGCTTAAATGTTCTCTGTGGCGTCACGATGACATGTTTGGGCATATGCGTGATGTATCATTTCAGCATCCGATAAAAATATATTTTGGTGCAAAGTTTGGTGGCTGCCGGGAGACTCAGAAATTTCGAGTTTATCGAGACAGTCATTTGGTCATCGAGGTAACCCAAGAAGTTAGTGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGCACATTGGGAGGTGAAGAAAGATGTTGATGATAAATCAAATAATGGCTGCATCTTGAGGGTATATGTGAATGTGGCATTTTCAAAAAGAACGGTTTGGAAAGGGAAAATAGTGCAGTCTACTCTTGAAGAATGCCGAGAGGCTTACGGACTGTGGATTCAGATGGCAAAGGAATTATTGAAGCAGAAACTTACAGGTTCTGAAGAGGGAACAAGTGGTAGTACATCACAGAGTGGTAAAGATCATCATATTGAAAAAGAAAGAAATAATAACAAATCATTGGAAAAGTCAAATGAGAAGAATGACCAAAGAAGATCAACTGCATCACAATATTCCACTGACGTTGATCAACAAGCCAAAAACTCTATTCAAGGAGTCAATTCTACTTCGGCTGCTTCTTGGTTAAGAGAATACATAAAGAAGCTTTGGATTGTGTTACGGAGTCAAAATTATCTTCCTCTTGCCCTAGTTATCACTTTTGCTGTGAATTTTTTTTTTATGCAGTTGAGCATAGTTATGTTATTATCCAGACCCCAACACATCCATGTGAGTTCTCCCGACTATGGAAGGGGTCTAAAATTCAGTGGTGGAAGATCTTCTGATGCTACGGCATGGTTGGAAAAGCGAATGCACCACCTTAAGGATGAGATGTACATGGTTGAGGCTCGGCTAGAAATGATGCGACGCGAGCATGCCCAATTGAAAGCACAACTAAGAGAGCTTGAGGAATTAAGTTAAAAGTGATTGGAAATAATGTAACTAAGGGGAAGTTAAGCAAGAACTGTAGTATGTGGAAACTTTGAATGGAGGGTGTTAAAGGCCAAGGAATTCAAACGAAGAAAGTCTAAGGTGTGAAGTTGTGAACTCTACTACTTGTTTGGTTCAAAAAGTTTGTAGATCCTGACTAAAAAAATCAATCAATTTTATGTTGCATCAAATTCCTACTTAGTAGAC

Coding sequence (CDS)

ATGGCAGCTGCGGCTTCAGCGGCGGCGCCTGAGATAATTGAACTACCTCGACCACGAGACAAGCTCCCAACCAACCTATCTCCAGACTCTGCTTCTTGCTACCCACCCGAATCATCTTCTTCCTCAGCTGACCGCATATCCGATACCCACGAGTCTTCTTCTTCACCAGACGGTTTTCACGAGGACGTCGAAATTCAGTCATCTGCATTATTAAGAAGTGAAGAATATCGGCAGTTGTTCCGCCTGCCATTGGATGAAGGCCACATGTATCTGTTCGTGCACTATATCTGCTTTTACTCCAACATCTTTGGGTTTGAGACGAAGAAAATAATCCCATTTCGAGAAATAATAGCTGTACGTAAAGCAAAGACGGCAGGGATCTTTCCTAATGCCATTGAAATTTGTGACGGGGAGAAAAAGTACTTCTTTGCATCTTTTCTATCCCGTGATGAGGCCTTTAATCTCATTAATGATGGCTGGTTGCAACATGCTAAAGGTACCGAAGCAACTATGACAAAACAGAAATCGATAAATGAATCTAGCAGACAAGAAATTGGCATCCTCGGTGTCGAAAAGGCCAAGGAGCTGGATCCTTCAGATTCTTCTGACAGGAGTATGGATACTCCTATTCTTAATGTTTCGGTGGTTCAAGCCAATGTTGAAGAGGTAAATGTGCCAACCACGCTACCACCAGAACCTATTGTTGCCATTCAGGAACCAGAGCCAATTCTTGATACTCATGCTTCAACTTCAAGAGAGACATTAACGTGGAGGCCGGAAGACAGAGATGCTCCCAAGGTACCAGATTATTATACCCAAGTTGCAGAATCAAAGTTTCCGATAAACGTGGAAGATTTCTTTAGTTTCTATTTTTCCGACAATGCAGTTGATTTTGTTTCTTCATATCATGAAAAATGTGGAGATAAAGAGCTTAAATGTTCTCTGTGGCGTCACGATGACATGTTTGGGCATATGCGTGATGTATCATTTCAGCATCCGATAAAAATATATTTTGGTGCAAAGTTTGGTGGCTGCCGGGAGACTCAGAAATTTCGAGTTTATCGAGACAGTCATTTGGTCATCGAGGTAACCCAAGAAGTTAGTGAGGTTCCATATTCAGATTATTTCCGTGTTGAGGCACATTGGGAGGTGAAGAAAGATGTTGATGATAAATCAAATAATGGCTGCATCTTGAGGGTATATGTGAATGTGGCATTTTCAAAAAGAACGGTTTGGAAAGGGAAAATAGTGCAGTCTACTCTTGAAGAATGCCGAGAGGCTTACGGACTGTGGATTCAGATGGCAAAGGAATTATTGAAGCAGAAACTTACAGGTTCTGAAGAGGGAACAAGTGGTAGTACATCACAGAGTGGTAAAGATCATCATATTGAAAAAGAAAGAAATAATAACAAATCATTGGAAAAGTCAAATGAGAAGAATGACCAAAGAAGATCAACTGCATCACAATATTCCACTGACGTTGATCAACAAGCCAAAAACTCTATTCAAGGAGTCAATTCTACTTCGGCTGCTTCTTGGTTAAGAGAATACATAAAGAAGCTTTGGATTGTGTTACGGAGTCAAAATTATCTTCCTCTTGCCCTAGTTATCACTTTTGCTGTGAATTTTTTTTTTATGCAGTTGAGCATAGTTATGTTATTATCCAGACCCCAACACATCCATGTGAGTTCTCCCGACTATGGAAGGGGTCTAAAATTCAGTGGTGGAAGATCTTCTGATGCTACGGCATGGTTGGAAAAGCGAATGCACCACCTTAAGGATGAGATGTACATGGTTGAGGCTCGGCTAGAAATGATGCGACGCGAGCATGCCCAATTGAAAGCACAACTAAGAGAGCTTGAGGAATTAAGTTAA

Protein sequence

MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFHEDVEIQSSALLRSEEYRQLFRLPLDEGHMYLFVHYICFYSNIFGFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEATMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEVNVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINVEDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFGGCRETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHIEKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWIVLRSQNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS*

Homology

[Close]

BLAST of MELO3C005943 vs. Swiss-Prot
Match: VAD1_ARATH (Protein VASCULAR ASSOCIATED DEATH 1, chloroplastic OS=Arabidopsis thaliana GN=VAD1 PE=1 SV=1)

HSP 1 Score: 498.4 bits (1282), Expect = 1.1e-139
Identity = 289/644 (44.88%), Postives = 386/644 (59.94%), Query Frame = 1


Query: 1   MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH 60
           MA  ++A+    ++LPR   K+ ++ SP+  S  PP S   S DR    H+ S+S     
Sbjct: 1   MAMLSTASVSGSVDLPRGTMKVDSSASPEVVSDLPPSSPKGSPDR----HDPSTSSPSPS 60

Query: 61  EDVEIQSSALLRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSNIF 120
              + QS  + +SEEYRQLFRLP DE                 GHMYLF+HYICFYSNIF
Sbjct: 61  RGGDNQSEVISKSEEYRQLFRLPADEILVQDFNCACQESILMQGHMYLFIHYICFYSNIF 120

Query: 121 GFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQH 180
           G+ETKKIIPF EI  V++AKTAGIFPNAIEI  G KKYFFASFLSRDEAF LI+DGWL++
Sbjct: 121 GYETKKIIPFAEISCVKRAKTAGIFPNAIEILAGGKKYFFASFLSRDEAFKLIHDGWLEY 180

Query: 181 AKGTEATMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240
                A  ++ + +    +   G++     K    S      +D P+ + ++  ++   +
Sbjct: 181 GS---AVKSEGEILVTEPQVSDGVV-----KRARSSMDLANELDIPVRDETLHLSSSSSL 240

Query: 241 NVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINV 300
            V +     P    +  EP +D  A+    T  W+PED DAPK+   +T+VAE+KF I V
Sbjct: 241 PVISQNGVPPSSVQRHAEPDVDVVAAN---TFNWKPEDTDAPKLSSDFTKVAEAKFSIPV 300

Query: 301 EDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFG 360
           E+FF  +FSD AV FV S+H+ CGDKE +C+ W+  +  GH R+VSFQHPIKIYFGAKFG
Sbjct: 301 EEFFRLFFSDGAVSFVESFHKNCGDKEFRCTSWQPHEKLGHTRNVSFQHPIKIYFGAKFG 360

Query: 361 GCRETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVN 420
           GC+E+QKFR+YR+SHLVIE +QE+S+VPY+DYF VE  W++K+D  D S  GCIL VYVN
Sbjct: 361 GCQESQKFRMYRNSHLVIETSQEISDVPYADYFTVEGVWDLKRDCRD-SVEGCILDVYVN 420

Query: 421 VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHI 480
           VAFSKRTVWKGKIVQSTLEECREAY  WI+MA ELLKQK   ++EG              
Sbjct: 421 VAFSKRTVWKGKIVQSTLEECREAYAHWIRMAHELLKQKKLENQEG-------------- 480

Query: 481 EKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWI 540
                 NK +E     + +  +   +  ++ D++ K  + G         +++ +K+ W+
Sbjct: 481 ------NKLIE-----DGEPLAAREERVSECDEEGKVEMVG------EGVVKKSLKEAWV 540

Query: 541 VLRS----QNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSS 600
            L S    Q+     +V+ FAV    MQ++IV+LL +     V   +       +G    
Sbjct: 541 NLTSFVKRQSGTRQVIVLAFAV-ILLMQVTIVVLLKKGGGGQVEYHERYDEYSVNG---- 592

Query: 601 DATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL 624
           +   WLEKRMH L++EM MVE RL+ MR++HA LKAQ   LE L
Sbjct: 601 ETLGWLEKRMHFLREEMMMVEDRLQRMRQDHAALKAQFHHLERL 592

[Close]

BLAST of MELO3C005943 vs. Swiss-Prot
Match: YSP2_YEAST (Membrane-anchored lipid-binding protein YSP2 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GN=YSP2 PE=1 SV=1)

HSP 1 Score: 93.6 bits (231), Expect = 8.3e-18
Identity = 102/422 (24.17%), Postives = 173/422 (41.00%), Query Frame = 1


Query: 50   HESSSSPDGFH---EDVEIQSSALLRSEEYRQLFRLPLDEGHMYLFVHYICFYSNIFGFE 109
            + S      FH   +D +I  +  L  +    L R  L +G MY+   +I F+SNI G+ 
Sbjct: 640  YASEKKNSEFHTLFKDCDINPNEKLIVDHSCALSRDILLQGRMYISDAHIGFFSNILGWV 699

Query: 110  TKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQHAKG 169
            +   IPF+EI+ + K  TAGIFPN I I     KY FASF+SRD  F+LI D W Q   G
Sbjct: 700  STVFIPFKEIVQIEKKTTAGIFPNGIVIDTLHTKYIFASFMSRDATFDLITDVWNQIILG 759

Query: 170  TEATMTKQKSINESSRQEIGILGVEKAKELDPSDSS----DRSMDTPILNVSVVQANVEE 229
                   +K  N     + G +    +   D SD +    D   D P +N S    + ++
Sbjct: 760  -------KKYRNGFGNNDDGTISDSSSAFFDDSDDNDDDGDLDDDDPDIN-STDMTSSDD 819

Query: 230  VNVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPIN 289
            ++         +   Q+    L      S  T  ++P + D          V E+     
Sbjct: 820  IDADVFNESNDLGKNQKSTNYLLGPNKHSPTTADFKPSNND--------HLVIEANINAP 879

Query: 290  VEDFFSFYFSDNAVDFVSSYHEKC--GDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGA 349
            +    +  + ++      SY+E+     K  + S   ++ +   +RD ++  P+    G 
Sbjct: 880  LGKVVNLLYGEDV-----SYYERILKAQKNFEISPIPNNFLTKKIRDYAYTKPLSGSIGP 939

Query: 350  KFGGCRETQKFRVY--RDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCIL 409
                C  T     Y   D   V+ +T+   +VP  + F V+  +    D     NN   L
Sbjct: 940  SKTKCLITDTLEHYDLEDYVKVLSITKN-PDVPSGNIFSVKTVFLFSWD----KNNSTKL 999

Query: 410  RVYVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSG 461
             VY +V ++ ++  K  I + T +   +   + I   K++L  + +        S ++S 
Sbjct: 1000 TVYNSVDWTGKSWIKSMIEKGTFDGVADTTKIMISEIKKILSDEDSNINSKHQASNNESE 1035

[Close]

BLAST of MELO3C005943 vs. Swiss-Prot
Match: YGZ7_SCHPO (Uncharacterized membrane protein C20F10.07 OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) GN=SPBC20F10.07 PE=1 SV=1)

HSP 1 Score: 80.1 bits (196), Expect = 9.5e-14
Identity = 49/136 (36.03%), Postives = 66/136 (48.53%), Query Frame = 1


Query: 87  GHMYLFVHYICFYSNIFGFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASF 146
           G MYL   +ICF S+IFG+ T  +IP  EI++V K  TA +FPNAI+I     +Y FASF
Sbjct: 228 GRMYLSESHICFNSSIFGWVTNIVIPVTEIVSVEKKSTAVVFPNAIQITTLHARYIFASF 287

Query: 147 LSRDEAFNLINDGW---------------LQHAKGTEATMTKQKSINESSRQEIGILGVE 206
           +SRD  + LI   W               +  A G   + +  +SIN  S    G  GV+
Sbjct: 288 ISRDTTYQLIIAIWKNTHPFLTTLANGHGVMDASGNHHSGSSNQSINADS--SAGSEGVD 347

Query: 207 KAKELDPSDSSDRSMD 208
           +    + +D S    D
Sbjct: 348 EGTSTEANDESSEDDD 361

[Close]

BLAST of MELO3C005943 vs. Swiss-Prot
Match: LAM4_YEAST (Membrane-anchored lipid-binding protein LAM4 OS=Saccharomyces cerevisiae (strain ATCC 204508 / S288c) GN=LAM4 PE=1 SV=1)

HSP 1 Score: 79.0 bits (193), Expect = 2.1e-13
Identity = 68/231 (29.44%), Postives = 102/231 (44.16%), Query Frame = 1


Query: 37  ESSSSSADRISDTHESSSSPDG-FH---EDVEIQSSALLRSEEYRQLFRLPLDEGHMYLF 96
           E+   S+ RI     +S   D  FH   +D  +  +  L  +    L R  L +G MY+ 
Sbjct: 527 ENGRQSSIRIKGVEYASEKKDAEFHAIFKDSGVSPNERLILDHSCALSRDILLQGRMYIS 586

Query: 97  VHYICFYSNIFGFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEA 156
             +I FYSNI G+ +   IPF+ I+ + K  TAGIFPN I I     KY FASF SRD  
Sbjct: 587 DQHIGFYSNILGWVSTVFIPFKTIVQIEKRATAGIFPNGIVIDTLHTKYTFASFTSRDAT 646

Query: 157 FNLINDGWLQHAKG------TEATMTKQKSINESSRQEIGILGVEKAKELDP-SDSSDRS 216
           ++LI + W Q   G      +  T +   SI++    +      +   + D   D+S+  
Sbjct: 647 YDLITEVWNQIILGKRFRSNSNNTNSSSNSISDDENDDYDDDYDDYGDDDDDLYDNSNNI 706

Query: 217 MDTPILNVSVVQANVEEVNVP--------TTLPP------EPIVAIQEPEP 243
            D+  +  SV     E++ +P        T +PP       P   + +P P
Sbjct: 707 SDSTDMTSSVSIGKPEDLPMPLQTDTPYGTGIPPLGPKIHSPTETVYKPAP 757

[Close]

BLAST of MELO3C005943 vs. Swiss-Prot
Match: GRM1A_MOUSE (GRAM domain-containing protein 1A OS=Mus musculus GN=Gramd1a PE=1 SV=2)

HSP 1 Score: 78.2 bits (191), Expect = 3.6e-13
Identity = 44/107 (41.12%), Postives = 61/107 (57.01%), Query Frame = 1


Query: 72  RSEEYRQLF-RLP-----------------LDEGHMYLFVHYICFYSNIFGFETKKIIPF 131
           R+E++R+LF +LP                 L +G +YL  ++ICFYSNIF +ET   I  
Sbjct: 91  RNEDFRKLFSKLPEAERLIVDYSCALQREILLQGRLYLSENWICFYSNIFRWETTISIQL 150

Query: 132 REIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGW 161
           +E+  ++K KTA + PNAI+IC   +K+FF SF +RD  F LI   W
Sbjct: 151 KEVTCLKKEKTAKLIPNAIQICTESEKHFFTSFGARDRCFLLIFRLW 197

[Close]

BLAST of MELO3C005943 vs. TrEMBL
Match: A0A0A0L3J6_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_3G116750 PE=4 SV=1)

HSP 1 Score: 1166.8 bits (3017), Expect = 0.0e+00
Identity = 592/641 (92.36%), Postives = 598/641 (93.29%), Query Frame = 1


Query: 1   MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH 60
           MAAAASAAA EIIELPRPRDKLPTN S DSASCYPPESSSSSADRISDT+ESSSSPDGF 
Sbjct: 1   MAAAASAAAAEIIELPRPRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQ 60

Query: 61  EDVEIQSSALLRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSNIF 120
           EDVEIQSSALLRSEEYRQL RLPLDE                 GHMYLFVHYICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQLSRLPLDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIPFREI AVRKAKTAGIFPNAIEIC GEKKYFFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEATMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240
           AKGTEA M KQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV
Sbjct: 181 AKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240

Query: 241 NVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINV 300
           NVPTTLPPEPIVA QE EPILD HASTSRETL W+PED DAP VPDYYTQVAESKFPINV
Sbjct: 241 NVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINV 300

Query: 301 EDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFG 360
           EDFFSFYFSD+AVDFVSSYHEKCGDKELKCSLWRHDDMFGH RDVSFQHPIKIYFGAKFG
Sbjct: 301 EDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFG 360

Query: 361 GCRETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVN 420
           GC ETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDD+SNN CILRVYVN
Sbjct: 361 GCLETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVN 420

Query: 421 VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHI 480
           VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGT GS SQSG+DHHI
Sbjct: 421 VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTRGSASQSGEDHHI 480

Query: 481 EKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWI 540
           EKERNNNKSLE SNEKND+RRST SQYSTDVDQQAKNSIQGVNSTSAASWLREY KKLWI
Sbjct: 481 EKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKKLWI 540

Query: 541 VLRSQNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATA 600
           VLRSQNYLPLALVITFAV  F MQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATA
Sbjct: 541 VLRSQNYLPLALVITFAV-IFLMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATA 600

Query: 601 WLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 625
           WLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS
Sbjct: 601 WLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 640

[Close]

BLAST of MELO3C005943 vs. TrEMBL
Match: A0A061E2G1_THECC (GRAM domain family protein, putative isoform 1 OS=Theobroma cacao GN=TCM_005713 PE=4 SV=1)

HSP 1 Score: 627.9 bits (1618), Expect = 1.4e-176
Identity = 341/647 (52.70%), Postives = 436/647 (67.39%), Query Frame = 1


Query: 4   AASAAAPEIIELPRPR-----DKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDG 63
           A ++AA E I+LPRP       KL +++  +S++     S + + DR      SSSSP+ 
Sbjct: 2   AVASAAAERIDLPRPPMDPSLSKLASDVVSESSTSPNASSPAGTPDR---NDPSSSSPNL 61

Query: 64  FHEDVEIQSSALLRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSN 123
            + DVE Q++A LRSEEYRQLFRLP +E                 GHMYLFV Y+CFYSN
Sbjct: 62  NYRDVETQAAAALRSEEYRQLFRLPAEEFLVQDFNCAYQESILLQGHMYLFVRYLCFYSN 121

Query: 124 IFGFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWL 183
           IFGFETKKIIPF EI +V++AKTAGIFPNAIEI  G +KYFFASFLSRDEAF LINDGW+
Sbjct: 122 IFGFETKKIIPFNEITSVKRAKTAGIFPNAIEIFAGGRKYFFASFLSRDEAFKLINDGWV 181

Query: 184 QHAKGTEATMTKQKSINESSRQEIGILGVEKAKE----LDPSDSSDRSMDTPILNVSVVQ 243
           QH  G +    +Q+ ++ESS QE G + +EK       ++  +S DR  D P  + S + 
Sbjct: 182 QHGNGAKEIRDQQEPMSESSSQENGFVAIEKVNSSKNLINDMESIDRDEDVPTSSDSKLP 241

Query: 244 ANVEEVNVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAES 303
           +N E              A   PE ++ T +S S +T +W+PE+ DAPKVP+ +T+VAE+
Sbjct: 242 SNSEND------------AEAGPESVIITRSSASADTCSWKPENCDAPKVPEDFTKVAET 301

Query: 304 KFPINVEDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIY 363
           KFPI VE+FF  YFSDNAV+F+ S+H +CGDKE +CS W   D FGH+RDVSFQHPIKIY
Sbjct: 302 KFPIKVEEFFKLYFSDNAVNFIESFHRRCGDKEFRCSSWCSHDKFGHVRDVSFQHPIKIY 361

Query: 364 FGAKFGGCRETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCI 423
           FGAKFG C+ETQKFRVYR+SHLV+E +QE+++VPY DYF VE  W+V++D+D     GCI
Sbjct: 362 FGAKFGSCQETQKFRVYRNSHLVMETSQEINDVPYGDYFHVEGLWDVERDIDG-PQEGCI 421

Query: 424 LRVYVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQS 483
           LRVYVNVAFSKRTVWKGKIVQSTLEECREAY  WI MA EL K+ L       S  +S  
Sbjct: 422 LRVYVNVAFSKRTVWKGKIVQSTLEECREAYATWIDMAHELFKESLDKQGGVDSSRSSAE 481

Query: 484 GKDHHIEKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQG--VNSTSAASWLR 543
             +  IE+E    +  E+S+  +D  R+     S DV+Q+    +QG   +++S AS LR
Sbjct: 482 NGELQIEREVATKEPSERSHNLSDPVRTLRMSDSLDVNQRIGTLLQGSLSSASSIASLLR 541

Query: 544 EYIKKLWIVLRSQNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVS--SPDYGRGLKF 603
           E+++K +  L SQ ++ L L + FAV  F MQ+SI++LLSRPQHIHVS  +   G     
Sbjct: 542 EFVRKSYSYLTSQGHISLVLAVAFAV-IFLMQVSILVLLSRPQHIHVSYLAQSTGGMGGG 601

Query: 604 SGGRSSDATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLREL 621
           +G R ++A AWLEKRMHHLK+EM MVEARLE M  EHA LKAQL+EL
Sbjct: 602 AGERPTEAVAWLEKRMHHLKEEMVMVEARLERMWHEHAALKAQLKEL 631

[Close]

BLAST of MELO3C005943 vs. TrEMBL
Match: A0A061DUJ5_THECC (GRAM domain family protein, putative isoform 2 OS=Theobroma cacao GN=TCM_005713 PE=4 SV=1)

HSP 1 Score: 622.1 bits (1603), Expect = 7.4e-175
Identity = 341/651 (52.38%), Postives = 436/651 (66.97%), Query Frame = 1


Query: 4   AASAAAPEIIELPRPR-----DKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDG 63
           A ++AA E I+LPRP       KL +++  +S++     S + + DR      SSSSP+ 
Sbjct: 2   AVASAAAERIDLPRPPMDPSLSKLASDVVSESSTSPNASSPAGTPDR---NDPSSSSPNL 61

Query: 64  FHEDVEIQSSALLRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSN 123
            + DVE Q++A LRSEEYRQLFRLP +E                 GHMYLFV Y+CFYSN
Sbjct: 62  NYRDVETQAAAALRSEEYRQLFRLPAEEFLVQDFNCAYQESILLQGHMYLFVRYLCFYSN 121

Query: 124 IFGFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWL 183
           IFGFETKKIIPF EI +V++AKTAGIFPNAIEI  G +KYFFASFLSRDEAF LINDGW+
Sbjct: 122 IFGFETKKIIPFNEITSVKRAKTAGIFPNAIEIFAGGRKYFFASFLSRDEAFKLINDGWV 181

Query: 184 QHAKGTEATMTKQKSINESSRQEIGILGVEKAKE----LDPSDSSDRSMDTPILNVSVVQ 243
           QH  G +    +Q+ ++ESS QE G + +EK       ++  +S DR  D P  + S + 
Sbjct: 182 QHGNGAKEIRDQQEPMSESSSQENGFVAIEKVNSSKNLINDMESIDRDEDVPTSSDSKLP 241

Query: 244 ANVEEVNVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAES 303
           +N E              A   PE ++ T +S S +T +W+PE+ DAPKVP+ +T+VAE+
Sbjct: 242 SNSEND------------AEAGPESVIITRSSASADTCSWKPENCDAPKVPEDFTKVAET 301

Query: 304 KFPINVEDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIY 363
           KFPI VE+FF  YFSDNAV+F+ S+H +CGDKE +CS W   D FGH+RDVSFQHPIKIY
Sbjct: 302 KFPIKVEEFFKLYFSDNAVNFIESFHRRCGDKEFRCSSWCSHDKFGHVRDVSFQHPIKIY 361

Query: 364 FGAKFGGCRETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCI 423
           FGAKFG C+ETQKFRVYR+SHLV+E +QE+++VPY DYF VE  W+V++D+D     GCI
Sbjct: 362 FGAKFGSCQETQKFRVYRNSHLVMETSQEINDVPYGDYFHVEGLWDVERDIDG-PQEGCI 421

Query: 424 LRVYVNVAFSKRTVWK----GKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGS 483
           LRVYVNVAFSKRTVWK    GKIVQSTLEECREAY  WI MA EL K+ L       S  
Sbjct: 422 LRVYVNVAFSKRTVWKAYGTGKIVQSTLEECREAYATWIDMAHELFKESLDKQGGVDSSR 481

Query: 484 TSQSGKDHHIEKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQG--VNSTSAA 543
           +S    +  IE+E    +  E+S+  +D  R+     S DV+Q+    +QG   +++S A
Sbjct: 482 SSAENGELQIEREVATKEPSERSHNLSDPVRTLRMSDSLDVNQRIGTLLQGSLSSASSIA 541

Query: 544 SWLREYIKKLWIVLRSQNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVS--SPDYGR 603
           S LRE+++K +  L SQ ++ L L + FAV  F MQ+SI++LLSRPQHIHVS  +   G 
Sbjct: 542 SLLREFVRKSYSYLTSQGHISLVLAVAFAV-IFLMQVSILVLLSRPQHIHVSYLAQSTGG 601

Query: 604 GLKFSGGRSSDATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLREL 621
               +G R ++A AWLEKRMHHLK+EM MVEARLE M  EHA LKAQL+EL
Sbjct: 602 MGGGAGERPTEAVAWLEKRMHHLKEEMVMVEARLERMWHEHAALKAQLKEL 635

[Close]

BLAST of MELO3C005943 vs. TrEMBL
Match: D7SLY9_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_15s0021g01530 PE=4 SV=1)

HSP 1 Score: 610.9 bits (1574), Expect = 1.7e-171
Identity = 330/637 (51.81%), Postives = 432/637 (67.82%), Query Frame = 1


Query: 11  EIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFHEDVEIQSSAL 70
           E +E  R  +  P+  S DSAS      +S   DR   T  S++SP+   +   +QS A 
Sbjct: 9   EKVESSRSMEHSPSKSSLDSAS-----EASDQPDR---TDPSNASPNPLKDVDFLQSPAA 68

Query: 71  LRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSNIFGFETKKIIPF 130
           L+SEEYRQLFRLPL+E                 GHMYLFV YICFYSNIFGFETK+IIPF
Sbjct: 69  LKSEEYRQLFRLPLEEVLVQDFNCALQESILFQGHMYLFVRYICFYSNIFGFETKRIIPF 128

Query: 131 REIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEATMTK 190
           +E+  V++AKTAGIFPNAIEI  GEKKYFFASFLSRDEAF LINDGWL+H+ G +A   +
Sbjct: 129 QEVTCVKRAKTAGIFPNAIEILAGEKKYFFASFLSRDEAFKLINDGWLRHSDGVKAISEQ 188

Query: 191 QKSINESSRQEIGILGVEKAKE----LDPSDSSDRSMDTPILNVSVVQANVEEVNVPTTL 250
           Q+S+++      GI+  E+ K     ++  DS DR+ D P+   S + ++ ++  VP T 
Sbjct: 189 QESLSDGCLDN-GIVADEEVKSSEEPVNELDSIDRNKDPPLSKDSKLPSDAKDDIVPITP 248

Query: 251 PPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINVEDFFSF 310
             +     Q  E +  T +S+S   LTW+ E+  APKVP+YY+ VAE+KFPI VE+FF+F
Sbjct: 249 ADQQDNVEQNVESVPITDSSSSGNILTWKQENSVAPKVPEYYSNVAEAKFPIKVEEFFTF 308

Query: 311 YFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFGGCRETQ 370
           +FSD+AVDF+ S+H++CGDKE +C+ W   D FGH RD SFQHPIK+YFGAKFG CRE Q
Sbjct: 309 FFSDDAVDFIESFHKRCGDKEFRCTSWSPHDKFGHARDKSFQHPIKLYFGAKFGSCREAQ 368

Query: 371 KFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVNVAFSKR 430
           KFRVY++SHL+IE +QEV++VPY DYF VE  W V+ D  D+SN GCILRVYVNVAFSK+
Sbjct: 369 KFRVYKNSHLIIETSQEVNDVPYGDYFTVEGLWNVESD-GDESNGGCILRVYVNVAFSKK 428

Query: 431 TVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHIEKERNN 490
           T+WKGKIVQST+EECREAY +WI +A ELLKQK    +E    + +      H+E++   
Sbjct: 429 TMWKGKIVQSTVEECREAYAIWISLAHELLKQKNLEKQEEIRSTRTAENSRAHLERQVEM 488

Query: 491 NKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWIVLRSQN 550
            ++ E+S+E  +  +      S DV+    N +QG   TS +S L E++ K +  L++Q 
Sbjct: 489 EETSERSHEAANSSKIPHMCDSRDVNH--GNLLQGNTVTSFSSLLSEWMVK-FSTLKNQR 548

Query: 551 YLPLALVITFAVNFFFMQLSIVMLLSRPQHIHV-SSPDYGRGLKFSGG--RSSDATAWLE 610
           +L L  +ITF +    MQLSIV+LL+RPQ + V S  DY  G+  SG   RSS+A AWLE
Sbjct: 549 HLQLLFLITFVLILLLMQLSIVVLLARPQRVQVISQADYMNGMDISGSGERSSEAVAWLE 608

Query: 611 KRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL 624
           KR+HHLKDEM+MVEAR+E MRRE+ QLKAQL++LE L
Sbjct: 609 KRIHHLKDEMFMVEARIERMRREYVQLKAQLKDLEHL 632

[Close]

BLAST of MELO3C005943 vs. TrEMBL
Match: A0A0D2QYY0_GOSRA (Uncharacterized protein OS=Gossypium raimondii GN=B456_004G166100 PE=4 SV=1)

HSP 1 Score: 596.7 bits (1537), Expect = 3.3e-167
Identity = 330/649 (50.85%), Postives = 428/649 (65.95%), Query Frame = 1


Query: 4   AASAAAPEIIELPRPR-DKLPTNLSPDSASCYPPESSSSSADRISDTHESSS-SPDGFHE 63
           A ++AA E I+LPR   D+  +    D  S      + SS     D +++S+ SP+  ++
Sbjct: 2   AVTSAAAERIDLPRSSMDRSLSKAVSDDVSDSSTSPNDSSPTHTPDRNDASNASPNPSYK 61

Query: 64  DVEIQSSALLRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSNIFG 123
           DV+IQS + LRSEEYRQLFRLP +E                 GHMYLFVHYICFYSNIFG
Sbjct: 62  DVDIQSQSALRSEEYRQLFRLPPEEFLVQDFNCAFQESILLQGHMYLFVHYICFYSNIFG 121

Query: 124 FETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQHA 183
           FETKK+I F EI +V +AKTAGIFPNAIEI  G ++YFFASFLSRDEAF +INDGWLQH 
Sbjct: 122 FETKKVIAFNEITSVNRAKTAGIFPNAIEIFAGGRRYFFASFLSRDEAFKIINDGWLQHV 181

Query: 184 KGTEATMTKQKSINESSRQEIGILGVEKAKE-LDP---SDSSDRSMDTPILNVSVVQANV 243
            G +    +Q+S++ESS QE G + +E     L+P   ++S+DR  D P  + S      
Sbjct: 182 NGAQEITEQQESMSESSTQENGFVAIENINSSLNPVNDTESADRHEDAPTSSGS------ 241

Query: 244 EEVNVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFP 303
               VP+T      V       ++++  S S  T +W+PE+ DAPKV + +T+VAE+KFP
Sbjct: 242 ---KVPSTTDTNAEVGSGS---VINSGVSASEGTFSWKPENCDAPKVAECFTKVAETKFP 301

Query: 304 INVEDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGA 363
           I VE+FF+ +FSDNAV+F+ S+H +CGDKE KCS W   D FGH+RDVSFQHPIKIYFGA
Sbjct: 302 IKVEEFFNLFFSDNAVNFIESFHRRCGDKEFKCSSWCPHDKFGHVRDVSFQHPIKIYFGA 361

Query: 364 KFGGCRETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRV 423
           KFG C+E QKFR+YR+SHLVIE +QE+S+VPY DYFRVE  W+V++D +D    GCILRV
Sbjct: 362 KFGSCQEAQKFRIYRNSHLVIETSQEISDVPYGDYFRVEGLWDVERD-NDGPQEGCILRV 421

Query: 424 YVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGK- 483
           YVNVAFSK+TVWKGKIVQSTLEECREAY  WI  A ELLKQ +   + G   S S +G  
Sbjct: 422 YVNVAFSKKTVWKGKIVQSTLEECREAYATWIDRAHELLKQNI-DKQGGVKPSESSAGNG 481

Query: 484 DHHIEKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQG--VNSTSAASWLREY 543
           +  +E+E    +  E+S+  +D  R+     S DV+Q+  N +Q    ++ S AS L E+
Sbjct: 482 ELQVEREVATTEPSERSHTLSDPVRTLQMSDSLDVNQRIGNLLQESLTSALSIASLLSEF 541

Query: 544 IKKLWIVLRSQNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGG- 603
            +K +  L+SQ ++ L L + F V    MQ+SIV+LL+RPQ +HV+ P    G    GG 
Sbjct: 542 ARKSFSYLKSQGHISLVLAVAFTV-ILLMQVSIVVLLNRPQQVHVNYPVEYMGSMMRGGG 601

Query: 604 -----RSSDATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLREL 621
                  ++A AWLEKRMHHLK+E  MVEARLE M  EHA LKA+L+EL
Sbjct: 602 GGGGESRAEAVAWLEKRMHHLKEETTMVEARLERMWHEHAALKAELKEL 635

[Close]

BLAST of MELO3C005943 vs. TAIR10
Match: AT1G02120.1 (AT1G02120.1 GRAM domain family protein)

HSP 1 Score: 498.4 bits (1282), Expect = 6.3e-141
Identity = 289/644 (44.88%), Postives = 386/644 (59.94%), Query Frame = 1


Query: 1   MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH 60
           MA  ++A+    ++LPR   K+ ++ SP+  S  PP S   S DR    H+ S+S     
Sbjct: 1   MAMLSTASVSGSVDLPRGTMKVDSSASPEVVSDLPPSSPKGSPDR----HDPSTSSPSPS 60

Query: 61  EDVEIQSSALLRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSNIF 120
              + QS  + +SEEYRQLFRLP DE                 GHMYLF+HYICFYSNIF
Sbjct: 61  RGGDNQSEVISKSEEYRQLFRLPADEILVQDFNCACQESILMQGHMYLFIHYICFYSNIF 120

Query: 121 GFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQH 180
           G+ETKKIIPF EI  V++AKTAGIFPNAIEI  G KKYFFASFLSRDEAF LI+DGWL++
Sbjct: 121 GYETKKIIPFAEISCVKRAKTAGIFPNAIEILAGGKKYFFASFLSRDEAFKLIHDGWLEY 180

Query: 181 AKGTEATMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240
                A  ++ + +    +   G++     K    S      +D P+ + ++  ++   +
Sbjct: 181 GS---AVKSEGEILVTEPQVSDGVV-----KRARSSMDLANELDIPVRDETLHLSSSSSL 240

Query: 241 NVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINV 300
            V +     P    +  EP +D  A+    T  W+PED DAPK+   +T+VAE+KF I V
Sbjct: 241 PVISQNGVPPSSVQRHAEPDVDVVAAN---TFNWKPEDTDAPKLSSDFTKVAEAKFSIPV 300

Query: 301 EDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFG 360
           E+FF  +FSD AV FV S+H+ CGDKE +C+ W+  +  GH R+VSFQHPIKIYFGAKFG
Sbjct: 301 EEFFRLFFSDGAVSFVESFHKNCGDKEFRCTSWQPHEKLGHTRNVSFQHPIKIYFGAKFG 360

Query: 361 GCRETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVN 420
           GC+E+QKFR+YR+SHLVIE +QE+S+VPY+DYF VE  W++K+D  D S  GCIL VYVN
Sbjct: 361 GCQESQKFRMYRNSHLVIETSQEISDVPYADYFTVEGVWDLKRDCRD-SVEGCILDVYVN 420

Query: 421 VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHI 480
           VAFSKRTVWKGKIVQSTLEECREAY  WI+MA ELLKQK   ++EG              
Sbjct: 421 VAFSKRTVWKGKIVQSTLEECREAYAHWIRMAHELLKQKKLENQEG-------------- 480

Query: 481 EKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWI 540
                 NK +E     + +  +   +  ++ D++ K  + G         +++ +K+ W+
Sbjct: 481 ------NKLIE-----DGEPLAAREERVSECDEEGKVEMVG------EGVVKKSLKEAWV 540

Query: 541 VLRS----QNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSS 600
            L S    Q+     +V+ FAV    MQ++IV+LL +     V   +       +G    
Sbjct: 541 NLTSFVKRQSGTRQVIVLAFAV-ILLMQVTIVVLLKKGGGGQVEYHERYDEYSVNG---- 592

Query: 601 DATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEEL 624
           +   WLEKRMH L++EM MVE RL+ MR++HA LKAQ   LE L
Sbjct: 601 ETLGWLEKRMHFLREEMMMVEDRLQRMRQDHAALKAQFHHLERL 592

[Close]

BLAST of MELO3C005943 vs. NCBI nr
Match: gi|778676604|ref|XP_011650620.1| (PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X4 [Cucumis sativus])

HSP 1 Score: 1171.0 bits (3028), Expect = 0.0e+00
Identity = 591/627 (94.26%), Postives = 598/627 (95.37%), Query Frame = 1


Query: 1   MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH 60
           MAAAASAAA EIIELPRPRDKLPTN S DSASCYPPESSSSSADRISDT+ESSSSPDGF 
Sbjct: 1   MAAAASAAAAEIIELPRPRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQ 60

Query: 61  EDVEIQSSALLRSEEYRQLFRLPLDEGHMYLFVHYICFYSNIFGFETKKIIPFREIIAVR 120
           EDVEIQSSALLRSEEYRQL RLPLDEGHMYLFVHYICFYSNIFGFETKKIIPFREI AVR
Sbjct: 61  EDVEIQSSALLRSEEYRQLSRLPLDEGHMYLFVHYICFYSNIFGFETKKIIPFREITAVR 120

Query: 121 KAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEATMTKQKSINES 180
           KAKTAGIFPNAIEIC GEKKYFFASFLSRDEAFNLINDGWLQHAKGTEA M KQKSINES
Sbjct: 121 KAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEAIMKKQKSINES 180

Query: 181 SRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEVNVPTTLPPEPIVAIQEP 240
           SRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEVNVPTTLPPEPIVA QE 
Sbjct: 181 SRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEVNVPTTLPPEPIVATQEA 240

Query: 241 EPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINVEDFFSFYFSDNAVDFVS 300
           EPILD HASTSRETL W+PED DAP VPDYYTQVAESKFPINVEDFFSFYFSD+AVDFVS
Sbjct: 241 EPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINVEDFFSFYFSDSAVDFVS 300

Query: 301 SYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFGGCRETQKFRVYR---DS 360
           SYHEKCGDKELKCSLWRHDDMFGH RDVSFQHPIKIYFGAKFGGC ETQKFRVYR   D+
Sbjct: 301 SYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFGGCLETQKFRVYRDRFDN 360

Query: 361 HLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVNVAFSKRTVWKGKIV 420
           HLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDD+SNN CILRVYVNVAFSKRTVWKGKIV
Sbjct: 361 HLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVNVAFSKRTVWKGKIV 420

Query: 421 QSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHIEKERNNNKSLEKSN 480
           QSTLEECREAYGLWIQMAKELLKQKLTGSEEGT GS SQSG+DHHIEKERNNNKSLE SN
Sbjct: 421 QSTLEECREAYGLWIQMAKELLKQKLTGSEEGTRGSASQSGEDHHIEKERNNNKSLEMSN 480

Query: 481 EKNDQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWIVLRSQNYLPLALVI 540
           EKND+RRST SQYSTDVDQQAKNSIQGVNSTSAASWLREY KKLWIVLRSQNYLPLALVI
Sbjct: 481 EKNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKKLWIVLRSQNYLPLALVI 540

Query: 541 TFAVNFFFMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATAWLEKRMHHLKDEMY 600
           TFAV  F MQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATAWLEKRMHHLKDEMY
Sbjct: 541 TFAV-IFLMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATAWLEKRMHHLKDEMY 600

Query: 601 MVEARLEMMRREHAQLKAQLRELEELS 625
           MVEARLEMMRREHAQLKAQLRELEELS
Sbjct: 601 MVEARLEMMRREHAQLKAQLRELEELS 626

[Close]

BLAST of MELO3C005943 vs. NCBI nr
Match: gi|778676602|ref|XP_011650619.1| (PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Cucumis sativus])

HSP 1 Score: 1166.8 bits (3017), Expect = 0.0e+00
Identity = 592/641 (92.36%), Postives = 598/641 (93.29%), Query Frame = 1


Query: 1   MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH 60
           MAAAASAAA EIIELPRPRDKLPTN S DSASCYPPESSSSSADRISDT+ESSSSPDGF 
Sbjct: 1   MAAAASAAAAEIIELPRPRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQ 60

Query: 61  EDVEIQSSALLRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSNIF 120
           EDVEIQSSALLRSEEYRQL RLPLDE                 GHMYLFVHYICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQLSRLPLDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIPFREI AVRKAKTAGIFPNAIEIC GEKKYFFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEATMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240
           AKGTEA M KQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV
Sbjct: 181 AKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240

Query: 241 NVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINV 300
           NVPTTLPPEPIVA QE EPILD HASTSRETL W+PED DAP VPDYYTQVAESKFPINV
Sbjct: 241 NVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINV 300

Query: 301 EDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFG 360
           EDFFSFYFSD+AVDFVSSYHEKCGDKELKCSLWRHDDMFGH RDVSFQHPIKIYFGAKFG
Sbjct: 301 EDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFG 360

Query: 361 GCRETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVN 420
           GC ETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDD+SNN CILRVYVN
Sbjct: 361 GCLETQKFRVYRDSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRVYVN 420

Query: 421 VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHI 480
           VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGT GS SQSG+DHHI
Sbjct: 421 VAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTRGSASQSGEDHHI 480

Query: 481 EKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWI 540
           EKERNNNKSLE SNEKND+RRST SQYSTDVDQQAKNSIQGVNSTSAASWLREY KKLWI
Sbjct: 481 EKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKKLWI 540

Query: 541 VLRSQNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATA 600
           VLRSQNYLPLALVITFAV  F MQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATA
Sbjct: 541 VLRSQNYLPLALVITFAV-IFLMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSDATA 600

Query: 601 WLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 625
           WLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS
Sbjct: 601 WLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 640

[Close]

BLAST of MELO3C005943 vs. NCBI nr
Match: gi|778676598|ref|XP_011650617.1| (PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Cucumis sativus])

HSP 1 Score: 1160.2 bits (3000), Expect = 0.0e+00
Identity = 591/644 (91.77%), Postives = 598/644 (92.86%), Query Frame = 1


Query: 1   MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH 60
           MAAAASAAA EIIELPRPRDKLPTN S DSASCYPPESSSSSADRISDT+ESSSSPDGF 
Sbjct: 1   MAAAASAAAAEIIELPRPRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQ 60

Query: 61  EDVEIQSSALLRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSNIF 120
           EDVEIQSSALLRSEEYRQL RLPLDE                 GHMYLFVHYICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQLSRLPLDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIPFREI AVRKAKTAGIFPNAIEIC GEKKYFFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEATMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240
           AKGTEA M KQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV
Sbjct: 181 AKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240

Query: 241 NVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINV 300
           NVPTTLPPEPIVA QE EPILD HASTSRETL W+PED DAP VPDYYTQVAESKFPINV
Sbjct: 241 NVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINV 300

Query: 301 EDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFG 360
           EDFFSFYFSD+AVDFVSSYHEKCGDKELKCSLWRHDDMFGH RDVSFQHPIKIYFGAKFG
Sbjct: 301 EDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFG 360

Query: 361 GCRETQKFRVYR---DSHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRV 420
           GC ETQKFRVYR   D+HLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDD+SNN CILRV
Sbjct: 361 GCLETQKFRVYRDRFDNHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRV 420

Query: 421 YVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKD 480
           YVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGT GS SQSG+D
Sbjct: 421 YVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTRGSASQSGED 480

Query: 481 HHIEKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKK 540
           HHIEKERNNNKSLE SNEKND+RRST SQYSTDVDQQAKNSIQGVNSTSAASWLREY KK
Sbjct: 481 HHIEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKK 540

Query: 541 LWIVLRSQNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSD 600
           LWIVLRSQNYLPLALVITFAV  F MQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSD
Sbjct: 541 LWIVLRSQNYLPLALVITFAV-IFLMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSD 600

Query: 601 ATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 625
           ATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS
Sbjct: 601 ATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 643

[Close]

BLAST of MELO3C005943 vs. NCBI nr
Match: gi|778676600|ref|XP_011650618.1| (PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Cucumis sativus])

HSP 1 Score: 1153.7 bits (2983), Expect = 0.0e+00
Identity = 590/644 (91.61%), Postives = 597/644 (92.70%), Query Frame = 1


Query: 1   MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH 60
           MAAAASAAA EIIELPRPRDKLPTN S DSASCYPPESSSSSADRISDT+ESSSSPDGF 
Sbjct: 1   MAAAASAAAAEIIELPRPRDKLPTNPSLDSASCYPPESSSSSADRISDTNESSSSPDGFQ 60

Query: 61  EDVEIQSSALLRSEEYRQLFRLPLDE-----------------GHMYLFVHYICFYSNIF 120
           EDVEIQSSALLRSEEYRQL RLPLDE                 GHMYLFVHYICFYSNIF
Sbjct: 61  EDVEIQSSALLRSEEYRQLSRLPLDEVLIEDFNCAFQENILIQGHMYLFVHYICFYSNIF 120

Query: 121 GFETKKIIPFREIIAVRKAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQH 180
           GFETKKIIPFREI AVRKAKTAGIFPNAIEIC GEKKYFFASFLSRDEAFNLINDGWLQH
Sbjct: 121 GFETKKIIPFREITAVRKAKTAGIFPNAIEICVGEKKYFFASFLSRDEAFNLINDGWLQH 180

Query: 181 AKGTEATMTKQKSINESSRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEV 240
           AKGTEA M KQKSINESSRQEIGILGVEKAKELDPSDSSD SMDTPILNVSVVQANVEEV
Sbjct: 181 AKGTEAIMKKQKSINESSRQEIGILGVEKAKELDPSDSSD-SMDTPILNVSVVQANVEEV 240

Query: 241 NVPTTLPPEPIVAIQEPEPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINV 300
           NVPTTLPPEPIVA QE EPILD HASTSRETL W+PED DAP VPDYYTQVAESKFPINV
Sbjct: 241 NVPTTLPPEPIVATQEAEPILDIHASTSRETLMWKPEDTDAPNVPDYYTQVAESKFPINV 300

Query: 301 EDFFSFYFSDNAVDFVSSYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFG 360
           EDFFSFYFSD+AVDFVSSYHEKCGDKELKCSLWRHDDMFGH RDVSFQHPIKIYFGAKFG
Sbjct: 301 EDFFSFYFSDSAVDFVSSYHEKCGDKELKCSLWRHDDMFGHTRDVSFQHPIKIYFGAKFG 360

Query: 361 GCRETQKFRVYRD---SHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRV 420
           GC ETQKFRVYRD   +HLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDD+SNN CILRV
Sbjct: 361 GCLETQKFRVYRDRFDNHLVIEVTQEVSEVPYSDYFRVEAHWEVKKDVDDESNNCCILRV 420

Query: 421 YVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKD 480
           YVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGT GS SQSG+D
Sbjct: 421 YVNVAFSKRTVWKGKIVQSTLEECREAYGLWIQMAKELLKQKLTGSEEGTRGSASQSGED 480

Query: 481 HHIEKERNNNKSLEKSNEKNDQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKK 540
           HHIEKERNNNKSLE SNEKND+RRST SQYSTDVDQQAKNSIQGVNSTSAASWLREY KK
Sbjct: 481 HHIEKERNNNKSLEMSNEKNDERRSTESQYSTDVDQQAKNSIQGVNSTSAASWLREYTKK 540

Query: 541 LWIVLRSQNYLPLALVITFAVNFFFMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSD 600
           LWIVLRSQNYLPLALVITFAV  F MQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSD
Sbjct: 541 LWIVLRSQNYLPLALVITFAV-IFLMQLSIVMLLSRPQHIHVSSPDYGRGLKFSGGRSSD 600

Query: 601 ATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 625
           ATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS
Sbjct: 601 ATAWLEKRMHHLKDEMYMVEARLEMMRREHAQLKAQLRELEELS 642

[Close]

BLAST of MELO3C005943 vs. NCBI nr
Match: gi|659074735|ref|XP_008437768.1| (PREDICTED: GRAM domain-containing protein 1A isoform X4 [Cucumis melo])

HSP 1 Score: 1094.0 bits (2828), Expect = 0.0e+00
Identity = 542/543 (99.82%), Postives = 542/543 (99.82%), Query Frame = 1


Query: 1   MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH 60
           MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH
Sbjct: 1   MAAAASAAAPEIIELPRPRDKLPTNLSPDSASCYPPESSSSSADRISDTHESSSSPDGFH 60

Query: 61  EDVEIQSSALLRSEEYRQLFRLPLDEGHMYLFVHYICFYSNIFGFETKKIIPFREIIAVR 120
           EDVEIQSSALLRSEEYRQLFRLPLDEGHMYLFVHYICFYSNIFGFETKKIIPFREIIAVR
Sbjct: 61  EDVEIQSSALLRSEEYRQLFRLPLDEGHMYLFVHYICFYSNIFGFETKKIIPFREIIAVR 120

Query: 121 KAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEATMTKQKSINES 180
           KAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEATMTKQKSINES
Sbjct: 121 KAKTAGIFPNAIEICDGEKKYFFASFLSRDEAFNLINDGWLQHAKGTEATMTKQKSINES 180

Query: 181 SRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEVNVPTTLPPEPIVAIQEP 240
           SRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEVNVPTTLPPEPIVAIQEP
Sbjct: 181 SRQEIGILGVEKAKELDPSDSSDRSMDTPILNVSVVQANVEEVNVPTTLPPEPIVAIQEP 240

Query: 241 EPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINVEDFFSFYFSDNAVDFVS 300
           EPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINVEDFFSFYFSDNAVDFVS
Sbjct: 241 EPILDTHASTSRETLTWRPEDRDAPKVPDYYTQVAESKFPINVEDFFSFYFSDNAVDFVS 300

Query: 301 SYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFGGCRETQKFRVYRDSHLV 360
           SYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFGGCRETQKFRVYRDSHLV
Sbjct: 301 SYHEKCGDKELKCSLWRHDDMFGHMRDVSFQHPIKIYFGAKFGGCRETQKFRVYRDSHLV 360

Query: 361 IEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVNVAFSKRTVWKGKIVQST 420
           IEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVNVAFSKRTVWKGKIVQST
Sbjct: 361 IEVTQEVSEVPYSDYFRVEAHWEVKKDVDDKSNNGCILRVYVNVAFSKRTVWKGKIVQST 420

Query: 421 LEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHIEKERNNNKSLEKSNEKN 480
           LEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHIEKERNNNKSLEKSNEKN
Sbjct: 421 LEECREAYGLWIQMAKELLKQKLTGSEEGTSGSTSQSGKDHHIEKERNNNKSLEKSNEKN 480

Query: 481 DQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWIVLRSQNYLPLALVITFA 540
           DQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWIVLRSQNYLPLALVITFA
Sbjct: 481 DQRRSTASQYSTDVDQQAKNSIQGVNSTSAASWLREYIKKLWIVLRSQNYLPLALVITFA 540

Query: 541 VNF 544
           V F
Sbjct: 541 VIF 543

The following BLAST results are available for this feature:

BLAST of MELO3C005943 vs. Swiss-Prot


Match Name	E-value	Identity	Description
VAD1_ARATH	1.1e-139	44.88	Protein VASCULAR ASSOCIATED DEATH 1, chloroplastic OS=Arabidopsis thaliana GN=VA...	[more]
YSP2_YEAST	8.3e-18	24.17	Membrane-anchored lipid-binding protein YSP2 OS=Saccharomyces cerevisiae (strain...	[more]
YGZ7_SCHPO	9.5e-14	36.03	Uncharacterized membrane protein C20F10.07 OS=Schizosaccharomyces pombe (strain ...	[more]
LAM4_YEAST	2.1e-13	29.44	Membrane-anchored lipid-binding protein LAM4 OS=Saccharomyces cerevisiae (strain...	[more]
GRM1A_MOUSE	3.6e-13	41.12	GRAM domain-containing protein 1A OS=Mus musculus GN=Gramd1a PE=1 SV=2	[more]

BLAST of MELO3C005943 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0L3J6_CUCSA	0.0e+00	92.36	Uncharacterized protein OS=Cucumis sativus GN=Csa_3G116750 PE=4 SV=1	[more]
A0A061E2G1_THECC	1.4e-176	52.70	GRAM domain family protein, putative isoform 1 OS=Theobroma cacao GN=TCM_005713 ...	[more]
A0A061DUJ5_THECC	7.4e-175	52.38	GRAM domain family protein, putative isoform 2 OS=Theobroma cacao GN=TCM_005713 ...	[more]
D7SLY9_VITVI	1.7e-171	51.81	Putative uncharacterized protein OS=Vitis vinifera GN=VIT_15s0021g01530 PE=4 SV=...	[more]
A0A0D2QYY0_GOSRA	3.3e-167	50.85	Uncharacterized protein OS=Gossypium raimondii GN=B456_004G166100 PE=4 SV=1	[more]

BLAST of MELO3C005943 vs. TAIR10


Match Name	E-value	Identity	Description
AT1G02120.1	6.3e-141	44.88	GRAM domain family protein	[more]

BLAST of MELO3C005943 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|778676604\|ref\|XP_011650620.1\|	0.0e+00	94.26	PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X4 [Cucumi...	[more]
gi\|778676602\|ref\|XP_011650619.1\|	0.0e+00	92.36	PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X3 [Cucumi...	[more]
gi\|778676598\|ref\|XP_011650617.1\|	0.0e+00	91.77	PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X1 [Cucumi...	[more]
gi\|778676600\|ref\|XP_011650618.1\|	0.0e+00	91.61	PREDICTED: protein VASCULAR ASSOCIATED DEATH 1, chloroplastic isoform X2 [Cucumi...	[more]
gi\|659074735\|ref\|XP_008437768.1\|	0.0e+00	99.82	PREDICTED: GRAM domain-containing protein 1A isoform X4 [Cucumis melo]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR004182	GRAM
IPR004182	GRAM
IPR004182	GRAM

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0050896	response to stimulus
biological_process	GO:0010033	response to organic substance
biological_process	GO:0008150	biological_process
biological_process	GO:0042742	defense response to bacterium
biological_process	GO:0043069	negative regulation of programmed cell death
biological_process	GO:0009723	response to ethylene
biological_process	GO:0009751	response to salicylic acid
cellular_component	GO:0005575	cellular_component
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0005783	endoplasmic reticulum
molecular_function	GO:0003674	molecular_function

Unigene

This gene is associated with the following unigenes:


Unigene Name	Analysis Name	Sequence type in Unigene
MU46400	melon EST collection version 4.0	transcribed_cluster
MU58983	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
MELO3C005943T1	MELO3C005943T1	mRNA
MELO3C005943T2	MELO3C005943T2	mRNA
MELO3C005943T3	MELO3C005943T3	mRNA

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


Feature Name	Unique Name	Type
MU58983	MU58983	transcribed_cluster
MU46400	MU46400	transcribed_cluster

InterPro

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


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
IPR004182	GRAM domain	PFAM	PF02893	GRAM	coord: 74..138 score: 1.8
IPR004182	GRAM domain	SMART	SM00568	gram2001c	coord: 74..140 score: 3.9
None	No IPR available	unknown	Coil	Coil	coord: 623..644 score: -coord: 483..503 scor
None	No IPR available	PANTHER	PTHR23319	UNCHARACTERIZED	coord: 36..641 score: 1.6E
None	No IPR available	PANTHER	PTHR23319:SF4	AT22714P	coord: 36..641 score: 1.6E

Synteny

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


Gene	Orthologue	Organism	Block
MELO3C005943	Csa3G116750	Cucumber (Chinese Long) v2	cumeB236
MELO3C005943	Cla021075	Watermelon (97103) v1	mewmB461
MELO3C005943	ClCG05G000120	Watermelon (Charleston Gray)	mewcgB427
MELO3C005943	Cla97C05G080080	Watermelon (97103) v2	mewmbB434
MELO3C005943	Bhi01G000452	Wax gourd	mewgoB540
MELO3C005943	CSPI03G07090	Wild cucumber (PI 183967)	cpimeB230
MELO3C005943	Cucsa.260010	Cucumber (Gy14) v1	cgymeB439
MELO3C005943	CmaCh06G009390	Cucurbita maxima (Rimu)	cmameB766
MELO3C005943	CmoCh06G009670	Cucurbita moschata (Rifu)	cmomeB755
MELO3C005943	Lsi05G022260	Bottle gourd (USVL1VR-Ls)	lsimeB378
MELO3C005943	Cp4.1LG08g00220	Cucurbita pepo (Zucchini)	cpemeB815
MELO3C005943	CsGy3G007240	Cucumber (Gy14) v2	cgybmeB200
MELO3C005943	Carg25062	Silver-seed gourd	carmeB0985
MELO3C005943	CsaV3_3G007220	Cucumber (Chinese Long) v3	cucmeB236

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

None

The following block(s) are covering this gene:

None