MELO3C023805 (gene) Melon (DHL92) v3.5.1 | Cucurbit Genomics Database (CuGenDB)

Overview


Name	MELO3C023805
Type	gene
Organism	Cucumis melo (Melon (DHL92) v3.5.1)
Description	Abscisic acid (Aba)-deficient 4 protein
Location	chr6 : 16440794 .. 16461904 (-)

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.

ACTTTGATTGATTTGAAATCATTTCATTGTTTCGCCACTCAATCTTGTTTCTCTCAGATCTGTGGAGGGTTTCTTTCATCTGAGTTTTAACTTATCTGAGTTATGTGAACAGGGTGTGGTGTTTTTCTTCTTAATTGAGTTGTAAATGAATTTTGGGAGGTGGGTTCGTGTAAATATAGACTGTGCTTGATTTTCGTGTCTTTGTTTAAGCCATTGGCTCACAAAAGAATCTCCCTTTTCCTTTTTGCTTGTTTAGATGGATTTCTTTTGCAGATCCTTGTTTTAATGAGTTGGGAATTCACTGATTATTGACCTTCATTGGGTGAAAACCCAAAAAGAAGTGGGAAACACTCTTGGGTTGGATTAACTTGAAGTTTGCTACTTGGTTTTAGTCCAAATTCAAGTTTTTGTTTCACACCTATGTTAAACTACAAATTTAGTCTCAAACTTTGAGTATTGTGTATCATGGATTTTGAAAAACTTTTACTTACATTGTTGAGCTCTTGGCTGTATTTTTGTTTAGCCCTTGTGAATCACGCCATTCAAGTGTTTTGTGGCATGTTTATTGAACAAATTTTAACTAACTTGTATGAAATGTTGACTGCTAGATTGGCTAATAGATATTAACCATTAGTGTTTTGCAAGCGGTGGAGATAATTGGAGGTAATTAAAAGTAAAATCCAAAGTTCAGTGGTGCATTGTACATTTAAAGTTGAGTGATTAAATTTTATAATCCTACCCTTTCCCTATCATTTTCATGAACAAATTGATAGAACTCCGGCCAAGTAAGCTGAATGAAAACTAACTTCTTTTATTAGAATCAGTAACAAACACACAGAATTGATGAGGTATCAATTCTGCCACAAGCTCTTGATCTTGCTTCTCAAGAATCAAGTACAACTTCTTTACTAAATTTCTGATGCCCTTCTTCTATCATTACTCCCCTATTTATACACATTTTCTTAACACATTTAACATGTGTTTTCTAACTAATAATTCTAACTAATCTGTTAACTGCTTTTCTAACTAATTCTGTTGTAGCTTATTTCTTCTTTGGTAAACTAACTTGATTGGAGGTCTAACATTACTCCCTCCTTTGAGATTCACCTTGTCCTCAAGGTGTAGATTAGGGTACCGCCGGTGCATTTCATCATAGTCTTCCCACGATGCTTCATAGTCCGGCAGATTCTTCCAGGCAACTAGCACTTCCCATTTCCCGGTTTTGTCTTGTCTGTAGTCCCGTGCTTCTTCCGGTTGCGACTGCCACTCGAGCTTCTCTGTTATGTTTTGTAGTGTGGGCACTATATTTGTCTGCTGATTTACGAACTTTTTTAGTTGTGAAACATGAAAAACAGGGTGGATAGCGGCGTCCGTTGGTAATTCCAATCTATATGCTACCTCACCAATTCTTTCGAGAATTTTGTAGGGTCTAAAATATCGTGATGATAGTTTTTCATTCCTTTTGCTTCGTAGAGTGGCTTGACGGTATGGTCGTAAATTTAAAAGTAATACTAATTCATCAACCTGGAATTCCACTTGTCTTCTTTTTCGGTCAGCATATAGTTTCATTTGTTGTTGAGCTAGCAATAAGTGCTCCCGTAGTGCGTCTAAGGCCACATCTCGTTCTTTCAACTGCTCGTCTATTGAAGAATTTGAAGTTCTTCGTTCTCCATAAGACAGTAGGGCTGGCGGTTTACGGCCATAGACCACTTGGAAGGGTGATTGTCCCAGCGCCTTTTGATAAGTAGTGTTGTACCAGTACTCGGCCCAAGGTAGCCACATGATCCATTCCTTTGGGCGTTCACTACAAAAGCATCTGAGATAGGTTTCTAGTCCTCTGTTGACTACCTCTGTTTGTCCGTCGGTCTGTGGGTGGTAAGCTGTGCTTTTCTTGAGTTTAGTGCCCGCCATTTTGAACAATTCATTCCAGAAGTGGCTGAGAAAAACTTTGTCTCGATCGGAGACAATGGAGGTAGGGAAGCCGTGCAGTCGTACTATTTCTTTTACAAAGCTTTCTGCTACTGTCTTAGCTGTGTAAGGGTGTTTAAGGGCCAAGAAGTGGCTGTATTTGCTGAGCCGATCTACTACCACAAGTATTACAGCCCATCCTTTTGCTTTAGGTAGACCATCAATGAAGTCCATGGAGATATCGCTCCAAATTTGATGCGGTATGTCAAGTGGTACTAATAGTCCGGCTGGCGATAGAGCTAAAAAAAGCTTTTGTTGCGTTGGCATGTTACGCAAGCTTCACAATGTTTTTTAACATCTGATTTCATCCCTTCCCAATATAGCTCGCTTGCTAGTCTTTTATAAGTTCTTAGGAACCCGGAGTGAATCCTAACCTACTACTGAGTCATGAAATGTATTTAGTATGGCTGGGATTAGGGAGGACGCTTTTGAGATTACCAGTCTATTCTTGTAATGCAGGAGGCTATTCTTTATTGTGAATTTGCTGGTTTGGCCTTCGTCCTCTTCGTTTAAGCTTGCTGCTATTTTCTTTAGCTTTTCATCTTTCTCTACTTCTTCCTTTATGGTTTCCAAGTCCATCCAATATGGTATTGAAATGTTGTTTAATTGTATGTCCGGTGGTCTTCTTGATAAGGCATCGGCTGCTTTATTTTCTAAGCCGGGTTTGTACACCACTTCAAATGAGTACCCCAATAGTTTAGATAACCATTTTTGATATTGTGGCTGGATGACCCGTTGTTCTAGCAAAAATTTCAGTGATTTTTGATCCGTTTTTACTACGAATTTTGCCCCAAGCAAGTATGGCCTCCATCTTTGTACGGATAGTACAACCGCCATCAACTCTCGTTCATATATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGACTTGAGGTCTATTTTTGAGAATACCGTTGCCCCATTTAACTCGTCAAATAGTTCTTCAGCTACTGGTATTGGAAACTTGTCTGGAATTGTGGCGTTGTTCACTGCTCGGTAATCGACACAAAAACGCCAGCTGCCATCTTTCTTTTTAACTAGTAGTACAGGGCTTGAGAAGGGGCTATTGCTTGGTCTGATGATGCCTGAAGCTAGCATTTCTTCTACTAATCTTTCCATTTCTGCCTTTTGTTGGAACCCATATCTATAGGGTCTAACGTTTATTGGGTTGGTTCCTTCTTTGAGATGTATTTGGTGTTCTATTCCTCTTCTTGGTGGCAGTCTTTCCGGCCAGTCAAATATATCTTCGAACTGTTTCAACACCTTTTGCAGGGGTTCATCTCTGATGGTTGTTACTGCTGTGCTGCTTTGTCCATTTTCTGTATGAACTTGTACTGCCCTGCATTCGATTAAGAATCCTTCATCTTGTTCAACCCAGGTCTTGATCATACTTTTAAGGCTAATGCATGATTTAGTGAGGCTGGGGTCTCCTTTTATTGAGATCTGTTTTCCCTCACTAGAGAATGTAAGTGTGAGGTTTTTCCAGTCGACTACTGTTATTCCGAGTGAGTGGAGCCATTGCATACCTAGTATGACATCCACTCCTCCGAGTTCTAATGGTAGAAATTCTTCCTTCATCTTNNNNNNNNNNNNNNNNNNNNTGTCTTTTGCTTTTCTTCTTCTTGCGGTAATTCTAATGTTTTTTCTTCAGCGGTATTTTCCTCAATGATCTCGTATTCCTCGCCTTCTTTTTTCACCACAAACATTTTCAGTTCGCGTAATTCTTTCATTTTGCATCGATGATCCGCTGAATATTTTTCGTTGCATCAAAAGCATAGTCCTTTTTCCTTCCGGGCCTGGAATTCTGCGTCGGGTAATCTTCTTGAGTTGCCATCTTTACGAATTTCGGTATTATTAGAGCTCCTCAAAGTGATGGTTCGCATGGGGAAGTTGGTATTCGTCTTGCTATCGCTGTTGGTGTTTGCCGGCGTTCTGCTGTTCACTGTATTTTGCTGAAAATATTTCCCGCCTGCGAAATTATTCAATTTTGCCTCATTGCGCTCGATTTCTCTGTTTTCGACTAATTGCGCGAATTCCATCATCTCAGCTAATCCTTTGGGTCGACAGATTCTTACTTCCGCTCTTATCCATGGGAACAAACCATTCATGAAGGTGTCTTCGACGATTGGGTCTGGAACATCACTTAATGGCGCGACGAGTTTGTCGAACAAATTCCGGTAATCGTCGACTGTGGATTCTTGCTTAACTCGTAAGAACCGTCCCAATACTGTTCCGTCTCGGCTTGATCTGAACCTCACTAATAGTCTTTCTTTCAAGTTTGCCTAGCTGGTGAACTTCTCTCTTTCTTCTTGCGATCGGTACCAATTCAAGGCAGGGCCGTCGAAGCTGATCGTGGAAACTAACATTTTCTCAGAATCAGATAGTTTATGGATCTGAAAGTACCTTTCGGCTCTGAAGAGCCATGAGTCTGGATCTTCTCCGGCGAACACGGGCATTTCTACTTTCTTGAATTTATTCCGGTCGGCTGCGGCTTCTTCAGTCTCTATTTTTCCTTCATTTCGGTTGTCGGAGTTGCTTCGTCCCGATACGGCCGATTTGCTGGAATTTGCTTCTTTTTCCTTTCCCTTATTTGTCACAGACATGTGCGCATTGGGTTCCTCATTACGTTCGCTGGTGGTAGTTCGATCCTTGGCTATAGTTTCCATTATCATCAACATCATCTGTTCTTGTTTGTCCGATTGGGTACGCATCGTCTGCATATTTTTTGCGATATCGTTCAGTGTTAATTCCATGGTCGGCATCTTTCCGAGCTCTTTCTTTATCAATGCTATTTCTTGATCCATTACTTCAAGTCGTTCTTCGATCCTAGTCTGTACCATCTTGCCGGATCACGGGCTCTGATACCAATTTGATAGAACTCCGGCCAAGTAAGCTGAATGAAAACTCTTCTTTTATTAGAATCAGTAACAAACACACAGAATTGATGAGGTATCAATTCTGCCACAAGCTCTTGATCTTGCTTCTCAAGAATCAAGTACAACTTCTTTACTAAATTTCTGATGCCCTTCTTCTATCATTACTCCCCTATTTATAAACATTTTCTTAACACATTTAACATGTGTAATTTCTAACTAATAATTCTAACTAATCTGTTAACTGCTTTCCTAACTAATTCTGTTGTAGCTTATTTCTTCTTTGGTAAACTAACTTGATTGGAGGTCTAACACAAATATCATGAGTGACAAATGTTAACTTCAATTGATATGTAGAAAGTGTACCTATGATCAGCTTTGGGGTGATTTTCAACTTATATTGTTTTACTAGCATGGTCAGGGTCCACATTATATATTGATGATTCATGGTGCTTCTATTGATGCTTATGCTCACTTTCAACCTCAACGTTTAGATTTTCTAAGTAACCTTAGCTTTTTGTTGGCTATTTCCTGAAACTTCATCTAATTGTGAGTTAAACTTGATTGGTCTTTGTCAATTGCAATACGGGAAAATTCAAACTAAGTTCTACATTTTCTTCTCTATGTAAAATGTGACTGTTTGTGGCAAGTTTATTGTTCACTTATCGGGGACTTAAGTTTCATATGGAACTCTTATTTCTTTTTAATCTATTTTCTGCTTGAATGTTGAACTCTGTAGTCTTCTGCATGCTTTAAGATTTGTTGCTTAGTTTCATTTCCTCACATGGGCACGCATTTGATTCAATTTTCAACTTCTGGAGCTGCCCTGATTAAAATTTTTTTTGCTGTTGAAAACTTGGGGCAGATTACAAAGCCCTGTTGTGATGTCAGACTTGGCCAAAGATCCTCTATCTTTACAAGAAGTCATAAACTCAATCTCTTAGGCCAACCAGTACATGGCTTGACTGCAGATGCATCAAGAAACTGGAGTTTCATTACAGGATCAAGAATTGCTATTAAACCAAAACTTTCAAAAGTAGATTTTTCCAAGAACGTCCAAGGAGTACGTGCCTCATGTAAATACTCACTTTGCCTTTTGATCTTCTAAATTTACTGCATAATTGAGTAGCTATAATAATCTCAAGTCAATGGTTGATACTGCCAACATTTTGTTTTATATGATTCTCCTAGAAGGTATGACATCTGTCCAATTTTTTAAGGCCTGTGATCTACTCTGTAATTGAAGACCACACTTAATATGACGACAAAGATTGTTTCTGCTGATTATTGCTTCTTGCAAGAACATGATAAAAGCATCCTTCAAACAGATCTATAGATTCTCTCCCCCTCTCATCATCTTGTGATCTCCTCACGCTCATTAGGCTAATTCCCTTCACCAAAATAACCGATGTGGGACAGCTAAAACAAGCTTTTCTAACAATTTCCATCAACAAGTTTTGTACATTCTGATAATTTCATGGTATATCAGCATAAGATTTAGTTCATGATAGTCATCCTAAGGCTTCTGGTCTCTTTGGAAGGAGTTTTTATGGATAGTGACAAGTTGACTACTTAGGAGGTGGCGATTGAGGCAAATAGTGAGTTATTAGAGTTCTAGGTCATTATAGTTGGGTTAAAATAGATTACGTTTCGATTATTTTAGTTTGAATTATAAATTGGATGCATTTGATATGTAAACTATTTTAATTTGATAAGGAAATAGTGTGAGTTGGGAGATGGTGGAGCGTCCTGTGTATGATGGAATCCGATTCCAACACAGGTATAAGATAGAATGAAATGTAAATCTTTATTGCTTATCAAACTTCTCTGTTACAATCTTAGGAATCCGAATTGAAGAATGCCTTCAATTCGTGAAAACAATAACTCTCCCTCACTAATCTGTAACCTATCTCTCAAGGTTGAATAGAATTTCTACTCAAAGATTTCCTACCTCTTCTCCTCTACGAATTCCCTATTTATAACTTCCTGCTCTACCCGTTGGTCCCCCTCTATTCTGTTACATTTTCAACCGACTTCTATAACTACCTCTATAACTACTTATTCTTTCCCCTACTATATTGATGAATTATTGGTGGTCTATCATTGCATCCTTGCTCCAAATTCACCTTGTCCTCGAGGTGGAAATCATACTTCTCCCATGTTGCTTCATGTCGTGGTAGTCCTTTCCAACTCATCAGAACTTCCCAATCTCCTTTGTCATTCTTTGTATAACCGTAAGCCTCATCAGGTACTGCCACCCATTCATGATTTTCGGTCAAGTAGGGTACCACTTCTTGCCTTTCCTTGCATTCACCGAAGGCTCTTTTCAGCTACGAAATATGGAAAACAGGATGGATGGTGGCTGAAGCTGGTAGTTCCAGTTTGTAAGCCACAAATCCAATTCTTTTAAGAATGCAGTATGAGCCAAAATACTTGGGAGATAGTTTTTCATTTTGCCTCTTTCTCATTGATACTTGTCTATATGGCTGGAATTTCAAGTATACCATCTCTCCTTCAAACTCTACACATCTTCGTTTAATATCAGCATAGCTTTTCATTTTCTCTTGAGCTACACGAAGGTGATCATTCAATGCTGTTAGGGCTATGTCTCTCTCCTTTAGTTGTTCATCTAGTATTGAGTTTGGAGTTTCTCTATCTCCATAGTAAATGAGAGGCAGTGGTGATCTACCATACACAACTTGGAAAGGAGATACTCCTAATGACCTTTGTTACGTAGTGTTGTACCAATATTCTGCCTAATGGATCCACCTATCCCATTTTTTCGGTCTTTCGCCACAGAAACAACGTAGGTAGATTTCTACTGATCTATTCACTACCTCGGTTTGGCCATCCGTTTGTGGATGGTATGTTGTACTTCTATTCAGTTTGGTTCTGGCTAGGCAAAATAATTCCTTCCAAAAATGGCTCAATAAAATCTTATCTCTATCCGAGACAATGGATTGTGGGAATCCATGTGATCTTACTATTTCTTTAATGAAGAGACCTGCCACTGTTTTAGCATCAAATGGGTGTTTGAGTGTTAGGAAATGAGCATATTTGCTGAACCAATCTACCACCACTAAGATTACTTCATATCCGGCTGATTTAGGTAAGCCCTCAATGAAATCCATCGAGATGTCATTCCATATTCTATCTGGAATCTCCAATGGCATTAGTAAACCAATAGGAGTTAGGGCTAAAGATTTATTTCTTTGACAAACCGTGCATTCTTCACAATACTTCTGAATGTCATGCTTCATTCCTTTCCAAAATATCTCTCTTGTCAATCTTTTGTAGGTTCTTAAGAACCCTGAGTGCTCTCCAAAGACAGAGTCATGGTAAGTGTGCATTATCGTTGGTATCAAGGAGGAGGTCTTTGCAATCACCATCCTTCCCTTGTCGAGCATATCATGTTGCATAGAGTAATTCGTCAATTCTTCACCACATTGCAGCTTAGCAATAACTTCTTTCAATTGTTCATCCCTTTCCACTTCTTCTTTTATAACCTTTAGATCAATCAGTGTAGGGGCTGTCAAATTATAAAGGTGTACTGTGGGTGGCATTCGGGATAGGGTATCTGCTGCCTTGTTTTCTAACCCGGGTTTATACAACACTTCAAACGAGTACCTGAGCAGTTTGGCTATCCACTTTTGATACTGTGGTTGTATTACTCTTTGCTCAAGTAAGAACTTCAATGAACGTTGATCGGTTTTGACTGATTTTCCTACCCAAGAGATAGGGTCTCCAACATTGCACTACTAATACTGCAACTATTAGCTCTCTCATATACTGGTTTGGCACGATCTCTCATTGCTAATGTATGGCTGTAGAATGCTATAGGTCTCTTGTTTTGCATCAGCACTACTCTAATTCCATACCTGAATGCATCGGTCTCCACTTCAAATGGTATATTGAAATCATGTAATGCAAGGACAGGTAATGTCATCATGGTGTCTTGTAATTTTTGGAAGGCTTCATCAGTTTCTTTGGTCCATTTGAATGCTCCCAATTTTAGTAATTGGGTTAAGGAGGCAGCCGTAGATTGTAGTGTTGTACAAAACGTCTGTAATACCCGGTCAATCCTAGGAAGCATCTGACCTTACGCACATTAGTAGGAATTGGCCATTGTTTGATTAATTGAATTTTCTCTGGATCTACTTCCACTCCTCTTCCAGACAAGATATGGCCCAAATATTCCTTTTTTGAGTAAGCAAAACTGCACCTTCTTTTTGTTAGCATAGAGTTTGTTTTCTCTAAATACTTCTAAAACTAACTCTATATGCTGAAAATGCTCTTCTAGCCCCCTACTGTATATGAGGATATCATAAAAAAAACCAAGACGAACTTTCTTAAGTAGGAGGGGAAAATAGTGTTCATCAAGGATTGAAATATTGTTGGGGCATTAGTCAGCCCAAAGGGCATAATTAAGAATTCATAATGTCCCTCATGTGTTTTGAATGTTGTTTTTTATATCTTCTTTGCACATTCTTATTTGATGATATCCAGTGTTTAGATCGATTTTAGAATATAAGTTTGCACCATTTAATTCATCAAAAAGCTCTTCAATAACGGGAATGGGAAACTTATCTGGGATGGTCAAGTTGTTGAGAGCTTTGTAATCAACACAGAATCTTCGGCTGCCGTTCTTTTTCTTCACCAATAATACCGAACTTGAATATGGGCTTGTGCTTGGACGGATGATCCCAGATGAAAGCATCTCATTAACTAACTTTTCCATTCTGGCTTTCTGTTGAAACACGTATCTGTAGGGTCTTACATTTACTGGATTGGTTCCTCTTTTCAAATGTATGTGATGCTCAATTGCTCTCTTTGGAGGTAATTATTCGGGCCAATCGAAAACATCTTCATATTTGTTTAGTACTAATTTGACAATTTCCTCGGCTGCAGATGTTTCTCCTTCTTCTTGTGCATCACTGCTTCTAAGGCTCTGCATTCAACCAAATAGGCTGAATCAGATACTATCCATGTTTTAACTAGACTTTTCAAACTAACTTGAGTCTTGGTTAAGCTTGGATCCCTTTTAATTATGATCTTATTGTTGTGGAAAAAGGTCATGACTAGATTCTTCCAGTCCATTTATGTGACTCCTAGTGAGTAGAGCCATTGCATTCCTAGTATTACATCAAATCTTCCTAGCTCCAATGGAAGGAAATTTTCCACAACCAGCCAATCACTCAACATGATTTCTACCTTCTCGCACACTCCTTTTCCTTTGACAGCAGTGTCGGATCCAAGGATCACTCCATAGTTGGAGGTTTCCTTTGTGTGCAGCTTTAATGAAGTAACTTCTCTAAAATGAAATTGTGTGTCGCTCCACAATCAATGAGCACAACAACTTCCTCTCCATGGATTTTTCCTCTCATTTTCATTGTGCCCAGATTGGTCAATCCAACAACTGAATTAATGCATAATTTGACCAACTGAATTAATGCATAATTCGACTATTGTGCCCAATTCTTCTTTCAATTCCATGGTGTGTAACTCTTTTTGCCCATAATCATCTTCTTCAGCGATCTCTTCTTCTGTATTATCGGGTCTTACCACGAACATTTGCAATTCTTTCAATTCTCTTTCCTTACATTTATGACCGAGTGATATTTTTCATTGCACTTGAAGCACAATCCTTTCTCTCTCTTTGCTTGAAATTCTGCGTCAGAGAGTCTTTTAGATGGTCCATCTTTCTTGTTTTCTCCCGTCGGTTCCCCTCTCAAGTGATCGTCCTCATTAGGAAGGTTGTTCCCGCTTTAGTTTCGTTTGAAACTAAGAAGGAATTAGGTTTATTAGGATTTGCTGGATATAGGGAATATTTGTTACTTGAATATTCGCTTAGATTTGCCTTTCTTCGAATGATTTCCCTTACTTCTACTCTTTGGGCCAATCTCATCCTTTGTGCCAGCCCAATGGGATCTGAGAATTCCACCTCAACCTTGATCCATGAAACTAATCTGTTCATGAATGTTTCTTCTAGTACTCTATTGGGCAAGTCTGTCAATGGCGCCACCAATTTATCGAAAAGGTTCCGATATTCTTCTATTGTCGAAGTTTGTTTATTCATGAAAAATCTGCCGTAGATTGATCCTTCTATAATGGATCAAAATCTCTCCAACAATCTTCGTTTCAAATCACTCCAATCTTTAAATTTCTCTCTTTCTTCTTGCGAACTGTTAGTTTCTTCAAATCATTGAGTTTATGGATTTGGAAATATCAATCTGCTCTAAATAACCAAGAGTCGGGATCGCTTCCACCGAAAAACGACATCTCCACTTTTTTAAATATACTCCGATCGCAGCTTTTTCTTCTTCTTCCTTCATCTTTTTCTTCGATTCGTCGAGTGATTCGTTGACCGTTTTTTTGTTTTCCTCCTTCCATTCATTTTGATTTGTTGGATGATCCTTCAGCATTGGAAGTAGTTGTTGACTTATCGTTGACCAGGCCCTTGATATACTTCATTAGCACCTGATGCTGTCATTGCTGCTTATCGCTTTGCGTACTCATATGATCTAAGTTCTTCATCAGCATCTGTTGCTGTTGTTGCTGTTTTTGTCCTTGAGTACTCAATCGCTCTATATTTTTCATTATCGAAGACAATTTATCTTCCATGGCGGGTAGCTTCTGTAAGTCCACTTTCATCTCTAACAACTTCCTGTTCTAGTACTTCGAATCTTTCCTCGTGCTTCTTCGCCATCTTCCTATGCTTTCCTAGGATTTCCGCTTTGATACCAATAGGATGGAATTCGATTCCAACACAGGTATAAGATAGAATGAAATGTAAATCTTTATTGCTTATCAAACTTATCTGTTACAATCTTAGGAATCCAAATTGAAAAATGCCTTCAATTTGTGAAAAGAATAACTCTCCCTCACTAATCTGTAACCTGTCTCTCAAGGTTGAACAAAATTACTACTCAAAGACTTCCTACCTCTTCTCCTCTACGAATTCCCTATTTATAACTTCTTGTTCTACCCGGTGGTTCCCCTCTATTCTGTTACATTTTCAACTGACTTCTATAACTACTTATTCTTTTCCTTCTTCTACTATATTGATGAATTATTGGTGGTCTATCAATGTATCAAGGGGGTTAGAGATTGACAATCTTAGAATTTTGATATGTTGGCTAAATGGCTCTGGCGCTTTTCTCATTGAACCATACTCTTTATGGCATAGGATTATTGTGAGTAAGCATGACATCCATCCCTTTGACTGGATGTCAAAAGGGGTTTAAGGTGCAAATTGAACTCCCTAGAAGGATATTTCCTTTGAGCTTCCCACTTTCTCTCGATTTACACGTTGCTTTATAGGGGATGGTAAGAATATATATTTTTGGGAGGATCAGTGGGTGGGAGAGAATACTCTTTGTTCTTTATTTTCTAATCTTTATCATTTATCCTCGTTAAAAAATTGTATGGTCTCTGATTGTCTGGTTAGCTTGGAGAATCTTGTGCCTTTTTCCCTTGGTTTCCGTCGTAATTTGACCAATAGGGAAGCGATGAAGATGACCTCTCTTCTTTCTTTGCTTGAGGGGTGTAACTTTAGGGAGCGGGGAGAGGATATTTGTGTTCGGAATCCTAATCTTAGTAGGGGCTTCACGTGTAAATTCATGTTTAGTCTTTTGATTAATCTCTCTCCCCTACTAAGTCAGTTTTTGACGTGGTCTGAAGGGTTAAGGTTCCTAAGAAAGTTAGGTTCTTTATCTGGCATGTCTTGCTTGGTCATGTTAACATTGTGGATAGGCTTGTTAGGGTTTAGGGTTTACGCTTGTTAGGAAAAGGGCTTCACTTGTCAGGCCTTTTTGTTGCATGCTTTGTCAAAAGGTGGAGGAAGATCTTGATCATCTTTTATGGGACTGCCATTATGTGACTGCCATTATGTGACGGCAGTGTGTAGTTCATTTCTACTAGGAATTTCGTGTTAGTTTTGCTGGCTCTAGGATGTCAAAGCGACGATTGAGGAGCTCCTTTCCATCCACCATTCAAAGATAAATGGAGATTTTTTATGGTTGGCTGAGGTGTGTGCTATTATTTGGGACATTTGGGGTGAGAGGAACAACCGGGCCTTTAGAAGTAGGAAGAGGGAGCATAGTGAGATTTGGTTTTTGGCTAGATTTCATGTTTCCTTCTAGGCTTCAATTTCAGAGCACTTTTGTAATTACTCTATTGGTGACATTTTACTTGGTCCCCCTTCGGTTAGTGGGGGTGTTTTGATCGGCTGGTTCTTTTTTTTTTTGTACGCTCTTATATTCCTTCATTCTTTTTCAATGAAAGCTGTTTGGTTCATAAAAAAAATTGATAAGGAAATAGTAAACATTGTATCAAAGAATAAGAAAAATGATGAATGTAAAATAGTAAAACTGTAGCAAATAGTAAATATCGTAGCAAACAGGGGAGTTTTGAATTAGTGTTTATTATAGCTAATTGGAACTTTTAAATAGTATTTACTGTAGCAAGAAGTGATTATTATAGTCTTAGATAGTCTATGTCTCAAACGGCTTCTTAAAGCTTACTTATCAGGAGATAGAGGAGGTGAACTAGGTGTGGCCATACAAAATAAAGGTTGCATCGAGGCTTGTTAACTCAACATGTACTCCAACCAAATCTCATAGATCACACTTTCACCATTATTTTAAGAATATTCTTGGAGTGTCTTTGTGTAATGAATGTGTTAGAATTATTAGAATTAGTGGGCTTAGCCCATTGGAAAGATTTACCCTAAATATTCTTTTCTTCTTTATCACTTTGTATTTTCTATTTATTCCCTCTCGTACCTATTGTATGAATATCAGAAAATAATAAAACTAAAAACATCTTGGTTTTTCTTCCAGTTCTCGGGTTTCCACGCAAGCCGATTTCGTGTTTATTGCTTTCAATATGGTATCAGAATGAAGCAACAACAAAACCCTAGAAATAATTTTAGGAATCACCCAGACCAAAATAGCCACCGCCACCGTTGCTGTCGCCGCCACTACCGTCATCGCCGTCGTCGTGGACACCACCATGGAAAAACTACTCTAATGGATTTAGATGCCGCTGATCTATCCAATAGGCGAACCCTCGCCGTCGTTTGCACAACCTTCTGGCTAGAAACTACTCCACGCGCCGCCTCTGTTGAGCGCGTGGGCCCACGCGCTGTCGTCCGTTAATCTCACCGCCTATCCCATTCGCTTCTACGCGTCTTCACCTGTCCAACCGTCTCACCCTTTCGGTCATCCGCCGCCGCATGCGTCGCCTATCGCCGTTAGACAGCAACCTTTAAAACTGTCAAATTTGTACAGCAGTGCAAATTTGTTCGTCGACCCTTTACAGCAACCTTTCTTCTATAGGAACGGGGCTGACCCTTTACAGCAATAGATCAAGGATTGAAACGGGTGAGTCATTGGCACTCTCTAGTTATGGACAGCCATATGTTTGTGGTTTTGGGATTAATCAAACCTACAGGAGAGCTGTTTTTTAAGTTAGTGCATCCTTGACACAGATCGATCTACCGATGTATTCCAAGAACCCAGTAATTTCGCTTCTTAACGTGCCTTCAAATTATATAACTAACTCTGTTGCCTTTAGTGCTCGATCCTTGACCCATGATAATGGAAAACCAATTCTCGTTTGTGAGCACCACAAGAAACAATGACATACCAAGGATCAGTGTTGGAAATTCCACGGTCGGCTCCCAAGAGGTAACAAACGCTCCTCCAACGAACAACAGAACTCAGGGCGTACCGATGTTAGGGAGACTGCCAGCACCTCTTAGCCAATTGGCCCTACTGCTAGCTAGACCAGCTTTCCTATTCTAAGCGCCATTGCTCAATCAGGTATGTCTCAGTCCCTTGGCCTTATTAGGGTTGATAGGACGAATCCTTGGATTTTGGACTCGGGGGCCACAGATCACTTGACAATTTTCTCGGAGCACTTTGTCTCTTATATTCCTTGTGTCGGCAATGAGAAAATCCGGATAGCCGATGGCTCTTTAGCCCCGATTGCTGGAAAATGACAAATAGTTCTCTTTGACGGTTTCTCCCTCCAAAATGTTTTGCATGTGCCTAAGCTTTCTTACAATTTGTTATCTATCAGTAAGATCACCCGTGAGTTGCACTATAAAGCTACATTCTTACTTGAGTCTGTTTGCTTTCAGGACTTAAATTCGGGAAGGACGATTGCCACTGCCCGGCATAGCAAGGATCTTTACATCTTTAATGATGATACCTCTGGTAGTAGTATCTCTACGACTAGTTTACTGTCTTCCTATTTAGCACCTCTGAATATGACTTTATGTTGTGGCATTTTCGATTAGGTCACCCGAACATTACGTATATGAGATATTTGTTTCCCCATCTCTTTCTTAAAATAGATGTCTCCTCGTTATCTTGTGATGTGTGCATTCGAGCAAAACACCATCGTGTTTCTTTTCTCTCACAACCATATAAACCCACACAACCATTTACGCTTATTCAAAGTGACGTTTGGGGTCCCGCCAAGGTCACCACCTCATCTGGGAAAAGGTGGTTTGTAACTTTTATTGATGATCATACCTGGGTCTACCTTATCATCGATAAATCTGAGGTTTTCGCTATTTTCCAAAACTTCTATCACACCATTGAAACACAATTCGATAAAAAAGTGGCTATTCTTCGGTGTGATAATGGTCGGAAATTCCAAAACCATAACCTTAGTGAATTTCTAGCCTCTAAGAGGATTTGTTCACCAAAGCTCGTGCGCCTACACTCAACAAAATGGAGTGGCCGAGCGAAAAAACCGTCACCTTCTGGAAGTAGCCTGTTCCTTTATGCTTTCCACTTCCCTTCCTTCATACCTGTAAGGAGATGCTATTCTTGTGATAGCTCATTTAATCAATAGAATGTCTTCTCGTATCCTCCATCTTCAGACTCTCTTAGAATGTCTTAAGAAGTCCTATCCCTCTACTCGTCTTGTTTCAGAGGTTCCTCTTCGTGTGATTGGGTGTACCGCTTATGTCCATAGTTTTGGCCTTAATAAGACCAAATTTATCCCCTCGGGTTCAGGCTTATGTGTTTGTTGGGTATCCCCTTCACCAGCGTGGTTATAAATGTTTTCACCTGTCGTCTAGAAAATACTGTCACTATGGATGTTACTTTCTATGAGGACCGACCCTATTTTCCCGTTAGCCATCTTCAGGGGGAGAGTGTTAGTGAGGAGTCTAACAACACCTTTGAATTTATCGAACCTACTCCTAGTACCGTGTCTGACATTGATCCTCACCCTATAATCCTACCTACAAACCAAGTTCCTTGGAAACCATATGACAGGAGGAATCTCAAAAAGGAAGTTGGATCCTCTATCAGTCAGCCGCCGACTCTAGTCCAAGACTTTAAACCTCCTCGAGATCAAGGTATGGAAAACCCTACTGAACCTTGCACTAATAATACAATGAATGAGAATGACAAGTCTGATGTTGCTGTTTTTGACAGTGGTGATGAGATTGAGGTCAGAACAAAAACCAGTAACAATGAAGCTTAATAGAGCCATACAGGTAAACTTGACAAGTATGATCCTTCTCTTGATCTTCCTATTGCACTGAGAAAAGGTACTAGGTCTTATACAAAGCACTCCGTATCTAATTATGTGTCATACGAGAATCTCTCATCACAGTTCAGAGCTTTTACTGCCAACCTTGACTCTACCACAATACCGAAAAATATTTATATTGCTTTAGAGTGTCCTGAATGGAAGAATGTTGTCATGGAGAGATGAAAGCTCTTGAAAAGAATAACACTTGAGAGATCTGTGCTCTACCCAAGGGACACAAGCCTGGAGGATGAAAATGGGTGTTCACTCTCAAATACAAGCAAATGGAACACTTGGCAGACACAAGACAAGGTTAGTTGCAAAAGGATTTACTCAGACCTATGGTGTTGATCATTCAGAAATTTTTTCTCCTGTTGCTAAGTTGAATACTGTCAGAGTCCTTCTTTCTATTGTTATAAACAAAGATTGGCCTCTATATCAACTGGATGTTAAAAATGCTTTTCTGAATGGAGATCTAATAGAGGTCTACATGAGCCTTTGTCTGGCTTTGAAGCCCAGTTTGGTCAACAGGTTTGTAAACTCCAAAAATCCTTATATAGTCTGAAACAACCACCCAGAGCATGGTTTGACAGATTCACTACTTTTGTCAAGTCCCAATTAGATACAATCAGGGACACTCTGATCACACTTTATTTACAAAAGTTTTCGAGACAGGGAAGATTGCAGTTCTTATAGTTTATGTGGATGACATCGTTTTGTCTGGAGATGATCATGCAGAAATCAATCAACTTAAGCAAAGAATGAGTAATGAATTTGAAATCAAGGATTTAGAAAATCTGAAATATTTCCTTGGAATGGAGGTGGCCAGATCTAAAGAAGGCATCTCCGCGTCTCAGAGAAAATACACCCTTGATCTGTTAACCGAGACAGGTATGTTGGGATGTCGTCTCGCTGACACTTCTATTGAATTCAACTGTAAACTAGAAAACTCTGATGATCAAGTTTCAGTTGATAAAGAACAATATCAACACCTTGTGGGTAAATTGATTTACTTATCTCATACTCGTCCTGATATTTCCTTTGCTATGAATGTTGTTAGCCAGTTTATGCAGGCTCCCTGTGAGGAACACATGGAAGCTATCAAAAGAATTATGAGATACTTAAAAACGACACCTGGTAAAGGGTTGATGTTTAGAAAGATAGACAAAAAGATCATTGAAACATACACTGACTCGGATTGGGCAGGATCTGTTGTTAATAGAAAGTCTACTTTCGATTATTGTACCTTTGTTTGGGGTAATCTTGTAACTTCGAGGAGTAAGAAACAAAATGTTGTGGCCAGGAGCAGTGCTGAGGTCGAATATAGAGCTATAAGTTTGGGAATATGTGAGGAAATTTGGCTTCAGAAAGACCTGTCTGATCTTCGTCAAGAATGTGACTCCATTGAAGCTCTTTTGTGATAATAAAACTGCTATTAGTATTGCTAACAACCCAGTTCATCATAATAGAACTAAACATGTTGAGATTGATCGATTTTATCAAAGAAAGACTTGACAGTAGGAGCATATGCATTCCGTACATCCCTTCAAGCCGACAGGTTGCTGATGTCCTCACCAAGGGGCTTCTCAGACCAAACTTCGACTTTTGTTTTAGCAAGTTGGGCCTCATTGATATTTATGTCCCAACGTGAGGGGGAGTATTAGAATTATTAGAATTAGTGGGCTTAGCCCATCGAGAAGATTTACCCTAAATATTCTTTCCTTTTTTATCTCTTCCTTAACGGATTGTTGACACGCGTTTTAAGGTGGGAGAAGATGGAATTTATTTAATTCTAGGGATTAAGGTAGAAAAATTGACAAGCTGGTAGAATCATGGAAAGACCAATTTCTTCCATATCGAAAGCTACAAAAAATGGTCTAACCTTGATATTATCCCAATTCTTTTCACACACAACCGGATGTAGATTAACGTTGTTTTGAAATCTTATCATAAATAAAATATACATCTTTTTCATTCTCTTGTTTTGGAATGTATTTGGAAGGGGAGCCTGATAGTGTTTTATTGTAAAGGAACAATGTATTACTAAGCGTACATTCCCCCTAAAATAACTTAAAACTTCTTTCCAACTTTATATCTGAATGAGCTTTCATTTACAGGGTTGGCAAACGCTCAAGTTGCTAGCAATGCTTTTACTTTAGGTACAATAGCTGTTCTCCCCTTTTATGGCCTCATGGTTTTGGCTCCTAAATCAGAATTGGTATGCTAAATTTGATAATATCTATATATATTTCTTTATCCATCAGTTTTTTTCATTTGCACTGGGTTTCTGAATGTAACCATTCTGACCTCTTTGATGTTTTCTTTCCCTTAAATTTCTGCAGACTAAGAGGTCTATGCAAAGTAACATACCATATGTAGTGCTTGGGCTTCTATATGCATATCTTCTCTACCTTTCTTGGACTCCAGAAACTATGCAGCTTATTTTTGCTTCCAAATACTGGCTGCCAGAGGTTAGTGCTTAGTCCTTTGAGAAATTTCGACCATATCGTAATAGTCCTATGTACTTTTCAACTCATTGTCCATGGTACTTTAAATGTTCAGCTGCCTGGTATATTAAAGATGTTCTCTAGCGAAATGACATTAGCTTCTGCTTGGATTCACCTGCTGGTTGTCGACCTCTTTGCTGCAAGGTTTCTCTCTCTGCCTTTCATTGGTTGCTGTTTATTAATTTGATTCACTTAATCTATGCACTTAGTTTCAGCATATTAAGGTTTGCTAATGAGTTTTCTTTTGAAGAATGAGTAGAATCGATACTTTCATACAATTTTGAAGGAGAGAAAAAGAGAAACTTATTACATAGATGAAGAGCATTATGTAAAATTGAGATTAGAAAATTTTAAATTCTTAAACAGAGCCTTCTCCCAAATCTGCAGGCAGGTTTTCCACGACGGAGTTGAAAATAAAATCGAGACCCGACATTCTGTGTCTCTTTGCCTCTTCTTTTGCCCCATAGGAGTCCTCATTCATGTTATCACCAAAGCACTAACAAATAGAGTTGGCCCCGCAAAACATGGTTCGTAACAGGGCAGGGAGTACATCTCAACTAATGCTTCACCCATCTTCAGAATTTATATTCTAAGGTCGTGTTATCAGAGTTCGGAAGTCAATGCAAACTTTTAGCACCTAATGAACTCCATTATTTTGATATCAATGTTTGTATTCAAACCAACCCATACAATCTTTACTGAAATCTCAGTGAAAGAAATACAGGCGTACCAGCAATACCTCTTGGCCTTTAAATTTTTATGAAACTCAAAAAGAATTTTGATATTGCGGTGGAAGATCAAGAAATTTAGAGAAGAGAACTTGAAAGAGATTTCTTCGTATGAAAACTATCATTAGTCTATGTATTAGTGAAGTTTGAAGTACAAATTAGAGATGAAATGAAAACATAAATTTAGAGGACCTTATAAATTGTCAGCGCTACATATATTCAGCAAAAATTTGAGGCTGCTTGGAAAGCAGACTGTACAAGCATGAAAACATGGTATGTTAGATCAATGCGCACATTTGCTTGATGCAATTCAGTACAGCACTTCGCAGCCGTATAAG

mRNA sequence

ACTTTGATTGATTTGAAATCATTTCATTGTTTCGCCACTCAATCTTGTTTCTCTCAGATCTGTGGAGGGTTTCTTTCATCTGAGTTTTAACTTATCTGAATTACAAAGCCCTGTTGTGATGTCAGACTTGGCCAAAGATCCTCTATCTTTACAAGAAGTCATAAACTCAATCTCTTAGGCCAACCAGTACATGGCTTGACTGCAGATGCATCAAGAAACTGGAGTTTCATTACAGGATCAAGAATTGCTATTAAACCAAAACTTTCAAAAGTAGATTTTTCCAAGAACGTCCAAGGAGGTTGGCAAACGCTCAAGTTGCTAGCAATGCTTTTACTTTAGGTACAATAGCTGTTCTCCCCTTTTATGGCCTCATGGTTTTGGCTCCTAAATCAGAATTGACTAAGAGGTCTATGCAAAGTAACATACCATATGTAGTGCTTGGGCTTCTATATGCATATCTTCTCTACCTTTCTTGGACTCCAGAAACTATGCAGCTTATTTTTGCTTCCAAATACTGGCTGCCAGAGCTGCCTGGTATATTAAAGATGTTCTCTAGCGAAATGACATTAGCTTCTGCTTGGATTCACCTGCTGGTTGTCGACCTCTTTGCTGCAAGGCAGGTTTTCCACGACGGAGTTGAAAATAAAATCGAGACCCGACATTCTGTGTCTCTTTGCCTCTTCTTTTGCCCCATAGGAGTCCTCATTCATGTTATCACCAAAGCACTAACAAATAGAGTTGGCCCCGCAAAACATGGTTCGTAACAGGGCAGGGAGTACATCTCAACTAATGCTTCACCCATCTTCAGAATTTATATTCTAAGGTCGTGTTATCAGAGTTCGGAAGTCAATGCAAACTTTTAGCACCTAATGAACTCCATTATTTTGATATCAATGTTTGTATTCAAACCAACCCATACAATCTTTACTGAAATCTCAGTGAAAGAAATACAGGCGTACCAGCAATACCTCTTGGCCTTTAAATTTTTATGAAACTCAAAAAGAATTTTGATATTGCGGTGGAAGATCAAGAAATTTAGAGAAGAGAACTTGAAAGAGATTTCTTCGTATGAAAACTATCATTAGTCTATGTATTAGTGAAGTTTGAAGTACAAATTAGAGATGAAATGAAAACATAAATTTAGAGGACCTTATAAATTGTCAGCGCTACATATATTCAGCAAAAATTTGAGGCTGCTTGGAAAGCAGACTGTACAAGCATGAAAACATGGTATGTTAGATCAATGCGCACATTTGCTTGATGCAATTCAGTACAGCACTTCGCAGCCGTATAAG

Coding sequence (CDS)

ATGGTTTTGGCTCCTAAATCAGAATTGACTAAGAGGTCTATGCAAAGTAACATACCATATGTAGTGCTTGGGCTTCTATATGCATATCTTCTCTACCTTTCTTGGACTCCAGAAACTATGCAGCTTATTTTTGCTTCCAAATACTGGCTGCCAGAGCTGCCTGGTATATTAAAGATGTTCTCTAGCGAAATGACATTAGCTTCTGCTTGGATTCACCTGCTGGTTGTCGACCTCTTTGCTGCAAGGCAGGTTTTCCACGACGGAGTTGAAAATAAAATCGAGACCCGACATTCTGTGTCTCTTTGCCTCTTCTTTTGCCCCATAGGAGTCCTCATTCATGTTATCACCAAAGCACTAACAAATAGAGTTGGCCCCGCAAAACATGGTTCGTAA

Homology

[Close]

BLAST of MELO3C023805 vs. Swiss-Prot
Match: ABA4_ARATH (Protein ABA DEFICIENT 4, chloroplastic OS=Arabidopsis thaliana GN=ABA4 PE=2 SV=1)

HSP 1 Score: 251.5 bits (641), Expect = 9.3e-66
Identity = 131/234 (55.98%), Postives = 165/234 (70.51%), Query Frame = 1


Query: 1   MGFSLSSSCLGTSSLSIKITKPCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 60
           MGFS   S   +SSLS+            +RS +   S K+ L               WS
Sbjct: 1   MGFSSFISQPLSSSLSVMKRNVSA-----KRSELCLDSSKIRL------------DHRWS 60

Query: 61  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120
           FI GSRI+++     V   K   GVRASWL   Q+AS+ F +GT AVLPFY LMV+APK+
Sbjct: 61  FIGGSRISVQSNSYTV-VHKKFSGVRASWLTTTQIASSVFAVGTTAVLPFYTLMVVAPKA 120

Query: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180
           E+TK+ M+S++PY++LG+LY YLLY+SWTPET++ +F+SKY LPEL GI KMFSSEMTLA
Sbjct: 121 EITKKCMESSVPYIILGVLYVYLLYISWTPETLKYMFSSKYMLPELSGIAKMFSSEMTLA 180

Query: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTN 235
           SAWIHLLVVDLFAARQV++DG+EN+IETRHSVSLCL FCP+G++ H +TKA+ N
Sbjct: 181 SAWIHLLVVDLFAARQVYNDGLENQIETRHSVSLCLLFCPVGIVSHFVTKAIIN 216

[Close]

BLAST of MELO3C023805 vs. Swiss-Prot
Match: MHZ4_ORYSJ (Protein MAO HUZI 4, chloroplastic OS=Oryza sativa subsp. japonica GN=MHZ4 PE=2 SV=1)

HSP 1 Score: 234.6 bits (597), Expect = 1.2e-60
Identity = 105/150 (70.00%), Postives = 131/150 (87.33%), Query Frame = 1


Query: 88  SWLANAQVASNAFTLGTIAVLPFYGLMVLAPKSELTKRSMQSNIPYVVLGLLYAYLLYLS 147
           +W+A++Q+AS+AFT GTIAVLPFY LMV+AP +++TKR++ S+ PYV LG+LYAYLLYLS
Sbjct: 76  AWMASSQIASSAFTWGTIAVLPFYTLMVVAPNADVTKRAVDSSAPYVALGILYAYLLYLS 135

Query: 148 WTPETMQLIFASKYWLPELPGILKMFSSEMTLASAWIHLLVVDLFAARQVFHDGVENKIE 207
           WTP+T++ +FASKYWLPEL GI++MF+SEMT+ASAWIHLL VDLFAARQV+HDG++N IE
Sbjct: 136 WTPDTLRAMFASKYWLPELTGIVRMFASEMTVASAWIHLLAVDLFAARQVYHDGIKNNIE 195

Query: 208 TRHSVSLCLFFCPIGVLIHVITKALTNRVG 238
           TRHSVSLCL FCPIG+  HV+TK L   +G
Sbjct: 196 TRHSVSLCLLFCPIGIATHVLTKVLAGSIG 225

[Close]

BLAST of MELO3C023805 vs. TrEMBL
Match: A0A0A0LCH1_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_3G280950 PE=4 SV=1)

HSP 1 Score: 468.0 bits (1203), Expect = 7.0e-129
Identity = 233/241 (96.68%), Postives = 237/241 (98.34%), Query Frame = 1


Query: 1   MGFSLSSSCLGTSSLSIKITKPCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 60
           MGFSLSSSCL TSSLSIKI+KPCCDVRLG RSS+FTRSHK NLLGQPVHG TADASRNWS
Sbjct: 1   MGFSLSSSCLATSSLSIKISKPCCDVRLGLRSSVFTRSHKTNLLGQPVHGFTADASRNWS 60

Query: 61  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120
           FITGSRIAIKPKLS+V+FSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS
Sbjct: 61  FITGSRIAIKPKLSRVNFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120

Query: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180
           ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA
Sbjct: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180

Query: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 240
           SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK
Sbjct: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 240

Query: 241 H 242
           H
Sbjct: 241 H 241

[Close]

BLAST of MELO3C023805 vs. TrEMBL
Match: D7TT26_VITVI (Putative uncharacterized protein OS=Vitis vinifera GN=VIT_14s0006g02880 PE=4 SV=1)

HSP 1 Score: 308.5 bits (789), Expect = 7.1e-81
Identity = 156/241 (64.73%), Postives = 181/241 (75.10%), Query Frame = 1


Query: 7   SSCLGTSSLSIKITK------PCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 66
           SSC   S +S KI +      P C  R  QRS+   +     L GQ V    A  S  WS
Sbjct: 4   SSCFCQSQISFKIDRSAVAIRPQCHTRKDQRSTFALKGMSTELFGQQVARAGAMRSSEWS 63

Query: 67  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 126
           F+ GSRI I+PK+++  F +   GV ASWLAN Q+AS+ FTLGT AVLPFY LMVLAP +
Sbjct: 64  FMRGSRIIIRPKVARFVFYRKGSGVYASWLANPQIASSVFTLGTAAVLPFYTLMVLAPTA 123

Query: 127 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 186
           ELTK+SM+S IPYVVLGLLYAYLLYLSWTP+T++L+FASKYWLPELPG+ KMFS+EMTLA
Sbjct: 124 ELTKKSMESTIPYVVLGLLYAYLLYLSWTPDTIRLMFASKYWLPELPGMAKMFSNEMTLA 183

Query: 187 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 242
           SAWIHLL +DLFAARQVF DG+ENKIETRHSVSLCL FCPIG++ HVITKALT   G  K
Sbjct: 184 SAWIHLLAIDLFAARQVFQDGLENKIETRHSVSLCLLFCPIGIVTHVITKALTKSAGDTK 243

[Close]

BLAST of MELO3C023805 vs. TrEMBL
Match: B9S5F3_RICCO (Putative uncharacterized protein OS=Ricinus communis GN=RCOM_1570640 PE=4 SV=1)

HSP 1 Score: 296.6 bits (758), Expect = 2.8e-77
Identity = 151/243 (62.14%), Postives = 185/243 (76.13%), Query Frame = 1


Query: 7   SSCLGTSSLSIKITKPCCDVRLGQ------RSSIFTRSHKLNLLGQPVHGLTADASRNWS 66
           SSC   S + +K   P   +R G+      +     RS+   L G+ V  L AD   +WS
Sbjct: 4   SSCFCPSHIHLKTGYPRRVIRPGRPVEKDGQKFFSLRSNSTELSGRQVAKLGADLLSDWS 63

Query: 67  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 126
           FI GSRIAI+PKL++    +   GV ASWL++ Q+AS AFTLGT AVLPFY LMV+APK+
Sbjct: 64  FIGGSRIAIRPKLARAIVYRKHSGVHASWLSSYQLASTAFTLGTAAVLPFYTLMVVAPKA 123

Query: 127 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 186
           ELT++SM+S+IPYVVLG+LYAYLLYLSWTP+T++L+FAS+YWLPELPGI KMFSSEMTLA
Sbjct: 124 ELTRKSMESSIPYVVLGVLYAYLLYLSWTPDTVRLMFASQYWLPELPGIAKMFSSEMTLA 183

Query: 187 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 244
           SAWIHLL VDLFAARQVFHDG+EN+IETRHSVSLCL FCPIG++ HV+TKALT      +
Sbjct: 184 SAWIHLLAVDLFAARQVFHDGLENEIETRHSVSLCLLFCPIGIVSHVLTKALTRSAASTR 243

[Close]

BLAST of MELO3C023805 vs. TrEMBL
Match: M5WEK6_PRUPE (Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa010469mg PE=4 SV=1)

HSP 1 Score: 295.4 bits (755), Expect = 6.2e-77
Identity = 150/237 (63.29%), Postives = 181/237 (76.37%), Query Frame = 1


Query: 7   SSCLGTSSLSIKI------TKPCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 66
           SSCL  S LS KI       +P       QR +    S+   L+GQ +  + A   ++WS
Sbjct: 4   SSCLCQSPLSPKIDCGKKIVRPWSSDGRKQRFTFSLGSNSTELVGQQLVTVGAHLHKHWS 63

Query: 67  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 126
           F+ GSR+ ++P+L +    +   GV ASW + +Q+AS AFTLGT AVLPFY LMVLAPK+
Sbjct: 64  FVGGSRVTVRPELERSIPLRKSSGVYASWFSTSQIASTAFTLGTTAVLPFYTLMVLAPKA 123

Query: 127 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 186
           ELTK SM+S+IPY+VLG+LYAYLLYLSWTPET+QLIFASKYWLPELPG+++MFS+EMTLA
Sbjct: 124 ELTKISMESSIPYIVLGILYAYLLYLSWTPETLQLIFASKYWLPELPGMVRMFSNEMTLA 183

Query: 187 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVG 238
           SAWIHLL VDLFAARQVFHDG EN+IETRHSVSLCLFFCPIG++ HVITKALT   G
Sbjct: 184 SAWIHLLAVDLFAARQVFHDGQENEIETRHSVSLCLFFCPIGIVTHVITKALTKSAG 240

[Close]

BLAST of MELO3C023805 vs. TrEMBL
Match: A0A067KMB2_JATCU (Uncharacterized protein OS=Jatropha curcas GN=JCGZ_12985 PE=4 SV=1)

HSP 1 Score: 292.7 bits (748), Expect = 4.0e-76
Identity = 149/244 (61.07%), Postives = 181/244 (74.18%), Query Frame = 1


Query: 7   SSCLGTSSLSIKITKPCCDVRL-------GQRSSIFTRSHKLNLLGQPVHGLTADASRNW 66
           SSCL  S +  KI  P   +R        G +     +S    L GQ +  + AD   +W
Sbjct: 4   SSCLCLSQIPTKIDYPRQIIRWRPAVEKGGSKFFFSLKSDSTELFGQRIARVEADLLNSW 63

Query: 67  SFITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPK 126
           SF+ GSRI I+PKL++    +   GV ASWL ++Q+AS+ FTLGT AVLPFY LMV+APK
Sbjct: 64  SFLGGSRITIQPKLARSIVYQKRSGVYASWLTSSQIASSVFTLGTAAVLPFYTLMVVAPK 123

Query: 127 SELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTL 186
           +ELT+ SM+S+IPYVVL LLYAYLL LSWTP+T++L+FASKYWLPELPG+ KMFSSEMTL
Sbjct: 124 AELTRNSMESSIPYVVLALLYAYLLCLSWTPDTLRLMFASKYWLPELPGMAKMFSSEMTL 183

Query: 187 ASAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPA 244
           ASAWIHLL VDL+AARQVFHDG+EN+IETRHSVSLCL FCPIG+L HV+TKALT      
Sbjct: 184 ASAWIHLLAVDLYAARQVFHDGLENEIETRHSVSLCLLFCPIGILTHVMTKALTKTARST 243

[Close]

BLAST of MELO3C023805 vs. TAIR10
Match: AT1G67080.1 (AT1G67080.1 abscisic acid (aba)-deficient 4)

HSP 1 Score: 251.5 bits (641), Expect = 5.2e-67
Identity = 131/234 (55.98%), Postives = 165/234 (70.51%), Query Frame = 1


Query: 1   MGFSLSSSCLGTSSLSIKITKPCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 60
           MGFS   S   +SSLS+            +RS +   S K+ L               WS
Sbjct: 1   MGFSSFISQPLSSSLSVMKRNVSA-----KRSELCLDSSKIRL------------DHRWS 60

Query: 61  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120
           FI GSRI+++     V   K   GVRASWL   Q+AS+ F +GT AVLPFY LMV+APK+
Sbjct: 61  FIGGSRISVQSNSYTV-VHKKFSGVRASWLTTTQIASSVFAVGTTAVLPFYTLMVVAPKA 120

Query: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180
           E+TK+ M+S++PY++LG+LY YLLY+SWTPET++ +F+SKY LPEL GI KMFSSEMTLA
Sbjct: 121 EITKKCMESSVPYIILGVLYVYLLYISWTPETLKYMFSSKYMLPELSGIAKMFSSEMTLA 180

Query: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTN 235
           SAWIHLLVVDLFAARQV++DG+EN+IETRHSVSLCL FCP+G++ H +TKA+ N
Sbjct: 181 SAWIHLLVVDLFAARQVYNDGLENQIETRHSVSLCLLFCPVGIVSHFVTKAIIN 216

[Close]

BLAST of MELO3C023805 vs. NCBI nr
Match: gi|659123307|ref|XP_008461596.1| (PREDICTED: uncharacterized protein LOC103500161 [Cucumis melo])

HSP 1 Score: 485.3 bits (1248), Expect = 6.1e-134
Identity = 243/243 (100.00%), Postives = 243/243 (100.00%), Query Frame = 1


Query: 1   MGFSLSSSCLGTSSLSIKITKPCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 60
           MGFSLSSSCLGTSSLSIKITKPCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS
Sbjct: 1   MGFSLSSSCLGTSSLSIKITKPCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 60

Query: 61  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120
           FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS
Sbjct: 61  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120

Query: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180
           ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA
Sbjct: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180

Query: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 240
           SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK
Sbjct: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 240

Query: 241 HGS 244
           HGS
Sbjct: 241 HGS 243

[Close]

BLAST of MELO3C023805 vs. NCBI nr
Match: gi|449456245|ref|XP_004145860.1| (PREDICTED: uncharacterized protein LOC101204234 [Cucumis sativus])

HSP 1 Score: 471.9 bits (1213), Expect = 7.0e-130
Identity = 235/243 (96.71%), Postives = 239/243 (98.35%), Query Frame = 1


Query: 1   MGFSLSSSCLGTSSLSIKITKPCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 60
           MGFSLSSSCL TSSLSIKI+KPCCDVRLG RSS+FTRSHK NLLGQPVHG TADASRNWS
Sbjct: 1   MGFSLSSSCLATSSLSIKISKPCCDVRLGLRSSVFTRSHKTNLLGQPVHGFTADASRNWS 60

Query: 61  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120
           FITGSRIAIKPKLS+V+FSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS
Sbjct: 61  FITGSRIAIKPKLSRVNFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120

Query: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180
           ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA
Sbjct: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180

Query: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 240
           SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK
Sbjct: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 240

Query: 241 HGS 244
           HGS
Sbjct: 241 HGS 243

[Close]

BLAST of MELO3C023805 vs. NCBI nr
Match: gi|700202623|gb|KGN57756.1| (hypothetical protein Csa_3G280950 [Cucumis sativus])

HSP 1 Score: 468.0 bits (1203), Expect = 1.0e-128
Identity = 233/241 (96.68%), Postives = 237/241 (98.34%), Query Frame = 1


Query: 1   MGFSLSSSCLGTSSLSIKITKPCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 60
           MGFSLSSSCL TSSLSIKI+KPCCDVRLG RSS+FTRSHK NLLGQPVHG TADASRNWS
Sbjct: 1   MGFSLSSSCLATSSLSIKISKPCCDVRLGLRSSVFTRSHKTNLLGQPVHGFTADASRNWS 60

Query: 61  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120
           FITGSRIAIKPKLS+V+FSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS
Sbjct: 61  FITGSRIAIKPKLSRVNFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 120

Query: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180
           ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA
Sbjct: 121 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 180

Query: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 240
           SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK
Sbjct: 181 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 240

Query: 241 H 242
           H
Sbjct: 241 H 241

[Close]

BLAST of MELO3C023805 vs. NCBI nr
Match: gi|225452043|ref|XP_002283875.1| (PREDICTED: uncharacterized protein LOC100246370 isoform X1 [Vitis vinifera])

HSP 1 Score: 308.5 bits (789), Expect = 1.0e-80
Identity = 156/241 (64.73%), Postives = 181/241 (75.10%), Query Frame = 1


Query: 7   SSCLGTSSLSIKITK------PCCDVRLGQRSSIFTRSHKLNLLGQPVHGLTADASRNWS 66
           SSC   S +S KI +      P C  R  QRS+   +     L GQ V    A  S  WS
Sbjct: 4   SSCFCQSQISFKIDRSAVAIRPQCHTRKDQRSTFALKGMSTELFGQQVARAGAMRSSEWS 63

Query: 67  FITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAPKS 126
           F+ GSRI I+PK+++  F +   GV ASWLAN Q+AS+ FTLGT AVLPFY LMVLAP +
Sbjct: 64  FMRGSRIIIRPKVARFVFYRKGSGVYASWLANPQIASSVFTLGTAAVLPFYTLMVLAPTA 123

Query: 127 ELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMTLA 186
           ELTK+SM+S IPYVVLGLLYAYLLYLSWTP+T++L+FASKYWLPELPG+ KMFS+EMTLA
Sbjct: 124 ELTKKSMESTIPYVVLGLLYAYLLYLSWTPDTIRLMFASKYWLPELPGMAKMFSNEMTLA 183

Query: 187 SAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVGPAK 242
           SAWIHLL +DLFAARQVF DG+ENKIETRHSVSLCL FCPIG++ HVITKALT   G  K
Sbjct: 184 SAWIHLLAIDLFAARQVFQDGLENKIETRHSVSLCLLFCPIGIVTHVITKALTKSAGDTK 243

[Close]

BLAST of MELO3C023805 vs. NCBI nr
Match: gi|470128779|ref|XP_004300312.1| (PREDICTED: uncharacterized protein LOC101305849 [Fragaria vesca subsp. vesca])

HSP 1 Score: 297.0 bits (759), Expect = 3.1e-77
Identity = 153/239 (64.02%), Postives = 183/239 (76.57%), Query Frame = 1


Query: 6   SSSCLGTSSLS-IKITKPCCDVRLG------QRSSIFTRSHKLNLLGQPVHGLTADASRN 65
           SSSCL  S +S +KI      +R        QR S   +S+   LLGQ +    A   ++
Sbjct: 5   SSSCLSLSPISALKIDYAKKAIRRWKNDGREQRFSFSLQSNNSALLGQQIGTAGARQHKD 64

Query: 66  WSFITGSRIAIKPKLSKVDFSKNVQGVRASWLANAQVASNAFTLGTIAVLPFYGLMVLAP 125
           W F+ GSR+ ++PKL      +   GV ASWLA +Q+AS AFTLGT+AVLPFYGLMVLAP
Sbjct: 65  WCFVGGSRVTVRPKLEISSVHRKSSGVYASWLATSQIASTAFTLGTMAVLPFYGLMVLAP 124

Query: 126 KSELTKRSMQSNIPYVVLGLLYAYLLYLSWTPETMQLIFASKYWLPELPGILKMFSSEMT 185
           ++ LTK S++SNIPY+VLGLLYAYLLYLSWTPETM+LIFAS+YWLPELPG+ KMFS+EMT
Sbjct: 125 QAALTKASIESNIPYIVLGLLYAYLLYLSWTPETMRLIFASQYWLPELPGMAKMFSNEMT 184

Query: 186 LASAWIHLLVVDLFAARQVFHDGVENKIETRHSVSLCLFFCPIGVLIHVITKALTNRVG 238
           LASAWIHLLVVDLFAARQVF DG+EN++ETRHS+SLCLFFCPIG+L HVITKALT   G
Sbjct: 185 LASAWIHLLVVDLFAARQVFRDGLENQMETRHSISLCLFFCPIGILTHVITKALTKIAG 243

The following BLAST results are available for this feature:

BLAST of MELO3C023805 vs. Swiss-Prot


Match Name	E-value	Identity	Description
ABA4_ARATH	9.3e-66	55.98	Protein ABA DEFICIENT 4, chloroplastic OS=Arabidopsis thaliana GN=ABA4 PE=2 SV=1	[more]
MHZ4_ORYSJ	1.2e-60	70.00	Protein MAO HUZI 4, chloroplastic OS=Oryza sativa subsp. japonica GN=MHZ4 PE=2 S...	[more]

BLAST of MELO3C023805 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LCH1_CUCSA	7.0e-129	96.68	Uncharacterized protein OS=Cucumis sativus GN=Csa_3G280950 PE=4 SV=1	[more]
D7TT26_VITVI	7.1e-81	64.73	Putative uncharacterized protein OS=Vitis vinifera GN=VIT_14s0006g02880 PE=4 SV=...	[more]
B9S5F3_RICCO	2.8e-77	62.14	Putative uncharacterized protein OS=Ricinus communis GN=RCOM_1570640 PE=4 SV=1	[more]
M5WEK6_PRUPE	6.2e-77	63.29	Uncharacterized protein OS=Prunus persica GN=PRUPE_ppa010469mg PE=4 SV=1	[more]
A0A067KMB2_JATCU	4.0e-76	61.07	Uncharacterized protein OS=Jatropha curcas GN=JCGZ_12985 PE=4 SV=1	[more]

BLAST of MELO3C023805 vs. TAIR10


Match Name	E-value	Identity	Description
AT1G67080.1	5.2e-67	55.98	abscisic acid (aba)-deficient 4	[more]

BLAST of MELO3C023805 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|659123307\|ref\|XP_008461596.1\|	6.1e-134	100.00	PREDICTED: uncharacterized protein LOC103500161 [Cucumis melo]	[more]
gi\|449456245\|ref\|XP_004145860.1\|	7.0e-130	96.71	PREDICTED: uncharacterized protein LOC101204234 [Cucumis sativus]	[more]
gi\|700202623\|gb\|KGN57756.1\|	1.0e-128	96.68	hypothetical protein Csa_3G280950 [Cucumis sativus]	[more]
gi\|225452043\|ref\|XP_002283875.1\|	1.0e-80	64.73	PREDICTED: uncharacterized protein LOC100246370 isoform X1 [Vitis vinifera]	[more]
gi\|470128779\|ref\|XP_004300312.1\|	3.1e-77	64.02	PREDICTED: uncharacterized protein LOC101305849 [Fragaria vesca subsp. vesca]	[more]

Annotated Terms

The following terms have been associated with this gene:

Vocabulary: **INTERPRO**
Term	Definition
IPR025461	ABA4-like
IPR025461	ABA4-like
IPR025461	ABA4-like

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0009688	abscisic acid biosynthetic process
biological_process	GO:0042744	hydrogen peroxide catabolic process
biological_process	GO:0044710	single-organism metabolic process
biological_process	GO:0044763	single-organism cellular process
biological_process	GO:0044237	cellular metabolic process
biological_process	GO:0008150	biological_process
biological_process	GO:0016122	xanthophyll metabolic process
biological_process	GO:0006721	terpenoid metabolic process
biological_process	GO:0032928	regulation of superoxide anion generation
biological_process	GO:0072593	reactive oxygen species metabolic process
biological_process	GO:0010117	photoprotection
cellular_component	GO:0009941	chloroplast envelope
cellular_component	GO:0044434	chloroplast part
cellular_component	GO:0005575	cellular_component
cellular_component	GO:0016021	integral component of membrane
cellular_component	GO:0009517	PSII associated light-harvesting complex II
molecular_function	GO:0003674	molecular_function
molecular_function	GO:0005515	protein binding

Unigene

This gene is associated with the following unigenes:


Unigene Name	Analysis Name	Sequence type in Unigene
MU52342	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
MELO3C023805T6	MELO3C023805T6	mRNA
MELO3C023805T5	MELO3C023805T5	mRNA
MELO3C023805T4	MELO3C023805T4	mRNA
MELO3C023805T3	MELO3C023805T3	mRNA
MELO3C023805T2	MELO3C023805T2	mRNA
MELO3C023805T1	MELO3C023805T1	mRNA

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


Feature Name	Unique Name	Type
MU52342	MU52342	transcribed_cluster

Synteny

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


Gene	Orthologue	Organism	Block
MELO3C023805	Csa3G280950	Cucumber (Chinese Long) v2	cumeB161
MELO3C023805	Cla013240	Watermelon (97103) v1	mewmB461
MELO3C023805	ClCG05G011670	Watermelon (Charleston Gray)	mewcgB427
MELO3C023805	Cla97C05G093720	Watermelon (97103) v2	mewmbB434
MELO3C023805	Bhi01G001466	Wax gourd	mewgoB542
MELO3C023805	CSPI03G20770	Wild cucumber (PI 183967)	cpimeB243
MELO3C023805	Cucsa.031320	Cucumber (Gy14) v1	cgymeB003
MELO3C023805	CmaCh14G008140	Cucurbita maxima (Rimu)	cmameB243
MELO3C023805	CmoCh14G008270	Cucurbita moschata (Rifu)	cmomeB231
MELO3C023805	Lsi05G003790	Bottle gourd (USVL1VR-Ls)	lsimeB368
MELO3C023805	Cp4.1LG03g06210	Cucurbita pepo (Zucchini)	cpemeB586
MELO3C023805	CsGy3G020360	Cucumber (Gy14) v2	cgybmeB212
MELO3C023805	Carg22268	Silver-seed gourd	carmeB0485
MELO3C023805	CsaV3_3G020700	Cucumber (Chinese Long) v3	cucmeB249

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

None

The following block(s) are covering this gene:


Gene	Organism	Block
MELO3C023805	Silver-seed gourd	carmeB0757
MELO3C023805	Cucurbita maxima (Rimu)	cmameB431
MELO3C023805	Cucurbita moschata (Rifu)	cmomeB421
MELO3C023805	Cucurbita pepo (Zucchini)	cpemeB529