MELO.jh100456.1 (gene) Melon (Harukei-3) v1.41

Overview


Name	MELO.jh100456.1
Type	gene
Organism	Cucumis melo var. reticulatus cv. Harukei-3 (Melon (Harukei-3) v1.41)
Description	Unknown protein
Location	chr08: 29770676 .. 29791000 (-)
RNA-Seq Expression	MELO.jh100456.1
Synteny	MELO.jh100456.1

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGATAAGTAAGTCGATCCTTCACAGGTTGTTCGTAATCTTGGCTGAGTCAAAATACCGTTTTACTCCCGAGATTACATCTTGCTCCTTAAGACCCACAGATCCACTATTGAACAATTGGTTTAAGGTCCAACCTATAAACCAGAATCCTTCTCGGGGCAATGAGAAGGTGGGGCCCCTTGTTCAAGACTTGGATTCAATCCTTAAGGGAACAACCTATCTACTATCCCAGAAGTGGGTAGGAGTGAATTCCATCTTGCACCCTATGTCCCTAGCTATCCACTCGGTCTTACCCCTGAAATGGGAGGTTTATTGGACTAGCGATGTTGAGTTGCCCTCACCTATGTAGATCTAAGGATACTACCGAATGAACAGAAGTTCATAGTTAGCTCAGGATTAAGATCAAGTTACCTAGGTCATCATAAATGAAATAGTCAGTTTATAGTTTACGGTATTATAACTAAAAATGACTACTTCGTGGTTCCAGTCTTATGCAAACCATTTACATATGATGCCCCCACTCCCATGTCTCTACATGAACGATTCAGGATTACCTCTTTTGTACTAACTATGGAGCGGGCCGCATCCATAGTGTTTATCCAGAATAAGACGCCCAACCTTATTCATACATTATAGACCATTTGGGCTATTAACTTGAACTTAATTCATGTTTATGTCTCCACATAAAGTTCAAGTATATATGACAAACTAGTAATTAGCCTCGGGACCTTAAAATTATTGGTTTTAAGATTATAGCATTCAATAATAAATTTTATTGAATCAAATAACAAAGTATGAGCTTTAGGACACAAAATCTAACAGTAAGCTTTCTTTTCATTTGTTATGTTTTGAAGATATGAATGAAGGCTACATAAAGTCTTTCAATTATTCTTTCTTGTGGTGGGTGGTCCTCCAAGTTATTTATAAGTTAGAAATTTTGTTTTAGTTTAAGAAAAAGTTATAGAACTTATATGTTCATCTTAAATTAGAACAAAATAGTAGGTTTTTTTTTTTTAATTTTATTTTACAGTGAGATGGTTAGTGGGTTAGACACTGCCTTTATCTTTATCATATGTTTGTTTTCTTTTTCTTTCTAATCACCGATTTAATGATTTTGAAGATGATAGATTAACATAAACTTAAATGTAGGTTGTAAATATATTAATCATGATCGGGAGATGAAGGAGAGATATGTTTAATGAATGCCCCTACAAATTTTTTGTGTAACTTATTAGGATGTTAATTCAACCACCACCACTTGAAGACCAGAGCATACTTGGTTCAAGCACAATGAAACATGGACGGGTGGATTATGAATTCTTTTTTAGAATCTACAACGGTATTTAGGCCTTTCACAATTAGAGTATGAAAATTGTTTTTTATGTAATTTTTTGGTAAGTTTATCAAGTACGTAATCTATAACTGATTTGTCTGATATTTCTTTTGTTAGTTTAAGTTGTTTATAATTAGTTTTTCTTTTTTATGTTTATTGAATTGTACTTAGGTGGAATAAAATGCTTGGATTCTCTCGTGATTTGTAAAGTAAAGATTGTATGTTTTGTTTTACTTAATTTGATTATGAAATAGATTATATTTAGTGTTTCTTGTTCTTCTAACCTTCTATTTGGTCTTTGTTTAGCTTTTGCTACTTTAATATAACCGTCCATTCATACCTATTTGTTAGAATTTCTATTCCTCATTTTCAAATTCCTCCATATTGGTTAGCTTGTTCAATTATTTTATGCCATCCAATGATCCAACTTGGGAATTGAAGGTTTTTGTTCCTTGTGTCAATTTTCAAGTTAATCATGCTGAAATTGTAATTTGTATCTGTAATTTTTGAGCAAACTGGGATGACAATTGTCAAGCAAAGCATCAGTTCTTATTGGAAGTTGCTAGTGGATTGAGTCTTTATCTTCTAAAACTAGTTTAGATGTATGTTTATTAACTTTTGAAACCAATACCTGTAATCAAATTTTACAAAGTTCATTCTTTGGTTTAATTTGCAGTCAAATGTAATAGCTTTAGAACTAATATATGAAGGCTTGAGTTATTGATCATGAATTTTATATGGGATTTCTTCCTTTAAAAAGTTTACTTTGTCATGTTTTCAGGTGAAAGTCCAGTGCTTAGCTCCAATATCAAAAGTATAAGTTTTGTATGATGAGATGATTTTGTTCTTTTTTGTAAAAATTTGATTATATGTTTGTTGGCCTTTAAAATTATTGAACCATTTCAGGAGTGGAGGATTTAAACATATAGATTCTCCAAAACAACATGTTGATGGGGATCATCGTGTTTACAGTGCTGGCGTAAGTATATGTTTCTAAAGACATTTCAATTATCATACCTATGATAATACACAGTTAAAAAATCCATCAAACACCAAACAAAAAAGCATATAAGCAAGAAGATATGCTTCTATATAAGGTTAAGATGAGTGAAAGAAGGAACCAGCATGATGGCCATCATAATTTCTTTTTTGCCCCTTTAAGTTCACTTCTCATTAGTTGTTGATGGATCTTTCAAGCTCGATGATTCAATGAATGTTGTTGTAGCCTAGACTTTGTGATTTGATTTTGTAGCTTTATGGTAAAGTAGGCGGTTCAGAAAAGTTCTTTCGTTACAGGTCTTCAAAAGTTACTTCTTATACCTTACACAGTCGATTCACGATTCGTATGAACATGTCTTGGATTGCTTTTAAGCCATGTGAGCAGAGGCTAGAATCACATCCTCTAATTATAATAAAACACCATGAGATGATAGTTACATTATACTTAACCATGAATTTTTTTTCATCTGTGTACACTTATCTATGTATTTTTCTCCCACGCTATTTTTTTTCTTTTTATTATCTTTGTTGATCCCCTTCAAAATATAAAAGTATCAAGTGAACATCCATAGTTGTTGGCATCTTTTAGCTAGTTACAATACATGACTCGTACACTTCCTCTTTGAGAATGCTTTTTAATCTTGTTTTGTTGGCCTCATAGTTGGTATGTAATTTGTATTGTTGTACTTTTCTTGAACCTAACATGATTTTTCGAATTTCTTTTAGATTTATTGTTACAAATAATGGATGAGGACATGATGTTGCTGGCTTGAGGTGAGGATGTATTTAATTCATTCAACAAAAGGTGCTTGTTAAGTAATTTTATAGTGTTATGGAGTACGAAGAACATGAAAAACGAGCTTGAAGTGTTGATTTTTCACATTATGAACCTTCCATGCTTGTATCAAGTAGTGATGACTTTAAGGTATTTGACTGAAGCACACACTATCTTGAGTTGGTGAAGATCGATTATTGATTTAAAAATAGATTTGTGGTTGATGTTCATAAGTGAGGATTAACTAGCAATTCTCTAATTTCTGCATTGCAATTTTTTTTATCTTTTACAATGGTTAGATTTGTAGCAGAGGATATTTGACTTGTCAACTGTGGCACTTGAAAAATGCTATCCTTTTTTGAGTCGTATCTGTAAATTAGGCAATATAATTTTGGATCCATGTTGAAACTGTTACTACCACAGGATTTGTAGAAATTGTCCAGACAATTATGTATTATTGAAGTCTAAGTCAAAGGGTTAATAGTTTGTCAGTTGTGGGCGTTTTTCTCTTAAACAAGTTCTTCTCTTGCTTACTAACTTCAAGTTACAACATTCGGTTCTTTCTATTATGTTTTTTCTGATACTATTCTCAGGTACATTGCTCCTTTTCTTTTAATAGGTCAACATTTGGTGCACAAGACATTAGGAAATTGCTTACTAATTTCAAATTGATTACTTTAGGCGACCGTTGAAGGTTGGAGACTAAAGGCTGAGAAGGCATTTAAGATTTCTAATTATTTAAGTCTTGTATCAGGATCTTTTTTCATGTACTGTTGTAGAATGTATATATAAACACAACATTAGATTTCATTTTGTGTATACAAATGTAAAAGACAAATATTATAGTTTCTTAAATAATACTAATTTCATTGATTTTTTGGCGTAAGAAAAAAATATTTATCTACACGGACCCAACGTCGGTCTGTAAAAATGGACAATAATAAAATAATTTAATAAAAATAGATTTAAAAAAATGGGTCTAAAACAAGTCAAAGATGTCGTTTTTAGACTGACATTAAAGAGGTCTTTGATGTTGGTTTAGAAACGACATTAAAGGCATCTTTAATGTCGGTTCTAAACCGATATTAAGGTCTTCAATAACACCATCAAAGATGTCGGTTTATAACCGACATTGAAGGCCTTTAATGTCGATTTTGAACCGACATTAAAGAGGCCTTTAATGTCAGTTATAAACCGACATTAAAGGCCTTTAATAATGCTCACAAAGATGTCAGTTGCCAAGTGACATCAAAGCCCTACCGACATTAAAGGCTAGATTTCTTCTAGTGGTCGATTAAATTTTTCGGTAAAATTTTCTGATAAAGAAAATTTACAGTAAATGGAGTATATATACCACGTGATTTACAGTATATACCCCTATTTACAGTCAGTCTAATATATATACCACATCATTTTCTTTCGTTTTACATTGTTTTTCATATATTCTACGTAATTTAATAATTTAGGATATATACTTATTATATATTTATCAAATTTGCATTAATTTTCATATATTAGAATAATTTGTAAAATCTTATCATATATTGTGTCTATCATACTTGTAGATATAGTTTGTTATAATTAAAACATATGCGAGTATTATTTAAAACATACATATGCACTCATCGAAAATGGATGTAATATAATTATATCCACTGTACAATACTATTTAAAGAAGAAAGGGAAAAGACATGATTATACTTGACTGACTATATACTATAATTCATAATTTAAGAAACAAAGTTAATAACATGAAACAATTAAATGAAAGGAAATAACCGGAATTTTCATTTATTGTAAATTTTATTGATCGAAAACTTCAACAAAAAATTAAATTGGAATTATATATGTCAACATTTCATAAACATAATCAATAATATGAAAGAAATATGCACTCACCAGATAACTTGAAGGAGATGATCAAAATAGGACAAAGAGAGAGATTGGAAAGGAGAGAAATTGAAGGATAAAGTGATAGGTTATGACGCCGAAAAATTGGATGGGGAGAGCGAAAATAGGAAGCACGGATGATATGCAATCAACACAAATTAAATAATTTTGTGGAAATTCTTTAATATATTTTTACTATAATTGCCTAAATTTTATACAATATTCAAAATGAATCTTTAATAAATGATATTCTATAATTAAATGAAAATAAATACATTATTTATTGGAAAACTTACATAAATGTAACAAAACTGTAAACTATTTACGGCCCGTGTAACAAAGCCGATAAGGTTAGCTATTTTTAAAATATTCTAGGTTTGCCCTTCCATCTTTCTTTTCTTTCTCGCGATTCGTCTTCCTCCTGTTATTTCGTCTTCCTCGTCTTCCCCTCTGATTTCGTCTTTCTTCTTTTCTGCAATTTCTTTCCATCATCTTTCTTATTTTTTAATTCTTTATTTATGTTGTTTAATCTTTCCAGCGTTTTTCTTCTTTTCCTCTTCGTTTTTTTTTCGCTTCAATTTTTTTCCATCGTCTTTCTACTTTTCCTTTTTTTTTTTTTTGCGTTTACATCTGAGTAACCAAATCTAAACGACTGTGTATAAGACTGTGTACAACAAAATAGAAAAATCTAAAAGATCGTGTATAAAGAATCTTGAAAAAAAAATCATTTAAATTGGAGTAGCCAAATGTACACGATCGTGTAAAACAAATAAAAGATTGTGTATAAAAAATCTTGAAAAAAAATCATTTAGATTAGAGTAGCCAAATGTAAAAGATCGTTTTAAAAAAGTAAATGATCGTGTAAAAAAATAAAAATCATGTATAAAAAATCTTGAAAAAATTCTAAAAAAAAAATCATTTAGATTGGAGTAGCCAAATGTAAACGATTGTGTAAAAAAAAAGTAAACGATAGTGTAAATAAATTTAAACAATCGTGTACCAAAAGAATTAAAAAAAATCGTGTACCAAATTAAAAAAAAAATCATTTAGATTTGGGTTCCAAAATCTAAACAATCATGTAACAAAATTAAACGATGGATTGACAAGATAAATTGTAGCCATATCTAAATGATCGCATATAAATTGTAGTCATACCTAAACGATCGCTTATAAATTGTAGTCATATCTAAACGATTGTGTTGTAGCCATATTTAAACGATCGCGTATAAATTATAATCATATTTAAACGATCACCTTGTAGCCATATCTAAACGATCGCGTATATATTGAATCATATCTAAACGACCGTGTATAAATCGCAAATATATTACGCGCACATTATTGACAACGTGGTTGACGGAACATTTTTGGTATTTTACACAGTGGGCCTCTAAGCTTTTTCTATTTTTGGAATTGTTCTATAGAATGTAAATATTTTGCCTCTTTTTTATATTTTTGAAAAGACCCCTTATTTATTTAATATATTAAATAGGTAAGTTATAAGATACATAATAAATGTGATATAAAATAATTATGGTATTATATTATATGTTTTCGAAAATAAAGAATATTTATAATCAAGGAAATTTTCGTAAATATAACAAACTACTAAAATATTTATGGCTCGTGCAACAAAGCCTATAAAGTTAGCAATTATTTAAATATTCCAAGTTTGTCCTTCTGTCTTTCTTCTCCTCTACAATTTTTTTAGTCTTTCTTCCTTTTTTTTCTGTTGCGATTTCTTTTCATCTTTTTTTTATGTCGTTTAGATTTGGGTAACTAAATCTGATTCCTTTCTATAATCGTCTAAACAAATCTAAACGATCGTATATCAAAAGAATCTTAAAAAAATTCGTTTAACCAAATCTAAACAATCATGTACTAAATTTTTTAAAAAATGAATGGTTTAGATTTGGGGTAGCCAAATGTAAACGAGCGTGTAGCCAAATCTAAACGATCGTGTAACCAATATAATTGAAGAAATAAATCGTTTAAATTTGACTATCCAAATCTAAACGATCGTGTACCAAACAATAATCAAATCTAAACGATCTTCTACCAAATATATTCCGCACGTTGTTGACAGCCTAGTTGGTAAGACATTTTTTTGTATTTTTTATTGTAGGCTTGTGGATTTTTTTCGTTTTTGGAATTGTTCTTTGGCCGTTTTGTTATATTTTTTAAAATACCCTATAATTAATGCGAAGGACAAAATGATAAATAAAAATCTCAAAATCCTATTTAAAAAAATTAACTAGATATTGAAACATTTGCCTAAAATCACATGTTTTTTCTATTTTTCTTCTGCCAATAATTCAAGTGGGCCATCCAAAGAACCTGTTACCCTCCCGGGCCTACCATTTGGTAATTCCCCAAGCATCTTCATTTAGAAGAGGTGTTAGTGCAACCAAACCTCTGGCATCTTCATTTCGAAGTTGGAGCTTTCGCAACAATGGCGGAACCACATGGTGGAGGCAACCACGATCTCGAGCAGACCTTGAAGCCCTTCTTTCAAAGGGCTTCTCAAGCCGAGGTTTGATTCCAAACCCTCCATTTTTTTACCTCTTTCCCTTGTAAATCTAAACCCTCCACCTCCTATCATCTTTGCTTCGATTTTTAAATGTGTATCCTTGCGATTTTGCTTGTTTTTTTGTTTTCTGACCACCGTGGAAAGATATGAAATGTATGGAAAATGAACTACTGTGAGTGATGAGTTTTGGACTAGTCTTCTAGGTTTAGGAAAATGGAGTTTAATTCTTCTTTATGGCTACCATACGGTACTTCGATTATGGAAAATTTTCCAGTTCTATTGTAGTATGGTACTAATATTTACTCGTATCGTACCACTTGTCAAAATATCAAAGGTGTACACAGATAATACTTGTCTTGGACCTTAGTTGGAACCAGTGTTTACTTCTCTGGGATTAATGTATGTATGTTTATGTGTTTGTGTGTGTTATGAGAATGCCAAGCATTGTAAGGTCAGAAGATTTCTTGTATTATCGGCTGAGATGTCTGTAAGATAGTTCAGACATTCATGGTTATCACAAAAGATTATATTTGGCCTAATCAAGATATTAGAATACTACGAACCAATCACCATTAGTTGACCTACTAGCTCTTTGGGTTCAACAAGTGAATAAAAAAAGGGACTTTGGAGGGAATTGGTTTGCATTACATACCTAGATTTATTAATATGGTTGCTTGCTGTCTTGCCGATTGGGATTCTTCAAATTTTCAAGGGGGTTTTGGGAGAAAGTTCACCGTCTTTGGCTTGAAGGCGTTCCTTCCCGCGATTTGCCGTTTTGTAGCCCTCTTGGTCATTAAGTTTGTGCTTCGTTTGTTCCCTATTCTGGTTTCAAACAAAAAAAAATATTCCTTTTATAATACTAAGTTAGAACAAGACTATGATTACTCTACCGTAGTTCCGTTTCATTTATAACATTCTTTAACAAATATAAAAGATGTGGATTTCTTATTGGCAACATGTTTGTTGTGATTTGTGAGTCATACTAGGAACACATTGCTGTTACCATTGGGCATCTATGTTGCTTTGATTATTAGACATGCTTATTAGGCGCTTGGACTTTTGCTTAAATTTTGGTTTATCTTAATGAATTCTATCGAGATGGAAACCAAGGTCCATTTCCTCCCTAGAATAGAGCTTTCATTGAGAAAAAATGAAAGAATACACAGGCATACAAAAAATCCAGCCCACCAAAACACCCCAACTAGTAGAAGGGGCACCAACTAAGTAAGATGTCACCTATAGAATAATTACAAAAAGCTTCAAAATTGAAGTCCAAAGAGAAACATGAAATCTAGCAAAGACCAAATCTCACTATGCTCCCTCTCCCTACCCGTAAAAATTTGCCCTTTCCTCTTGCCCGATATGTCTTAAATAATAGCACACACCCCGACCATTCAAAGAAAGCCCCTTTCATCTTTAAAGGACAGATGGAGGAGGAACTCCTCGATCGTCACTCTAACACTCCTAGAGCCAGCAAAACTGACACCTAACTTTTGCAGGAAAGAGCTCCACACAGCCCTCGCATACTGGCAGTCACAGAACAAATGATCAAGATCTTCCTTTGCCTTTTGACAAAGCATACAGCAAAAAGGGCCGACAAACAAAGTCCTCTTCCTAACAAGCCTATCCACAGTGTTAACACGCCCAAGCAAGACTTGCCAGATAAAGAACCTAACTTCTTGGGAACCTTCGTCCTCTAGACCACATCAAAAACCGACTCAGAGTATGGAGATGAATCTAACAAAAGACTAAACAAGGACTTACTTGTCAAACCTCTACTAAAAATACACCTCCCAAGCAAGGAAAGAAGAGAGGTAACCTCTGTCGCTTCCCTATTGGTCAAATTATGACGGAACTCAAAAGAAAAGACGCAGGATTCTCCAAACTAACCAGACAATCTGAAACCATGTTGTTTTTGAACGAGGATAAATGATAGAGATGAGGAAATAAAGAACAAAGAGAACTCTCTCTCACCCAATGATCCTCCCAGAAACACGTATCCTAACCAATACCATCCACCACAAAACTAGTGAACCAAGAGAAAGTGGGAAGCTCAAAGGAAATATTCTTTCCAGGATTTCGGTGTGTGCCTTTAACCCCTTTCAAAGACCATTCAAAGGGATGGGCGTCATGCCTACTTACAATAATCCTATGCCATCAAGAATCAGTTTCAAGAGAGAAATGCCAGAGCCACTTAGCCAACAACGCTCTATTGTGAATTCTAAGATTGCCAATCTCTAACCCCCCTTATTAACTATATGCCCCACCACCTCCCAAATCACCAAAAGGGAACCATGACCTTCGTTGACCCCTCTCGTAGAAATCTCTCATGTACTTCTCAATACCTTTACAAACCGAACTAGGAATTCTAAAGAGCTACATGTAATACACCGGAATTCCACTCAAAGATCTAATTAGAGTTGATCTCCCTGCTTTTGAGAAAAACCCTTTCTTCCATCCCTCCAACCTCTTTCAAATGTTCTCGCAAACGGAATCCCAAAAAGATATAGCCCTCGGATTGTCCCCCAAGGGGAGCTCAAGATACATCGAAGGGAAGGAACCAACTTCACAATCAAATTTACCTCTGCCCATCTCTGAAGCTTAGTATCGTTTGTATTAATGCCTAGAATGGTGCATTTGCTTTTATTAATTTTTAAACTAGACAACTACTCAAAGAAAGCAACCATATGATTAAGACTCTTCCTTCCCAAAACAGAACAACAGACTCTCGTATGCAAATTGCAAATGCTGATAAGTTAATAATTGGCATTGTTAGCTTGCATAGAACGATTAACTTTCAAGCTAAATTTTCTGCCTTTAATGACGAGTTGGAACTTCAAGAGTCATTTGGACACCCATGGGTCATAATGAATGTAGAAATTTAGATTCATTCACATCTTTAATACATTTCTAGATTCATTCACATCTTTAATATGTACTTATTTAATGTTATGTATTTTCATTTATTAGAGTAGTTGAAAGGGCATATAATTAAATGTTGTGTTACGGTTGTAGTTTCCACATTTTTTATGAATGAAAACTTGAATTTGAATGAAATTTCTCATAGAGTGTTCTCTCAAGCTTCATGCTTTTCTTTATATTTTGTGTTAGAATGCATGTTTAGGACTTTCAATCTAGTTTGATCAATTAGCTTGGGGAGAGTTCGAAATCTTGAAGTTAGGTCTCCTTTCTTCTTGATCTTTGATTAGTCTAAAATCTGTTTAGCTTTCTTGGGGTTATTTAACTATTTGTTTAATCAGGGGTATTCTTATTACTATTGTGGGGGTTCACCTAGAATAAGGGGAGTTCTCAAACGTGATTAAGGTAGTTCCGTTAATTAAATGTGATAGGGTAACTTCATTTCTGCAAGTTCTAAAAGGGTCAATAATGTTCCCTTCAGCCCTTTTACTAATGAGACGACTTAAGACATCCACCAAAAGTAAGAAGAGAAGAGGGGACAAAGAATCCCACTTGTCTTAACCCCTAAAAGCTTGAATCGACCCTTTTCGGTAACCATTGATGAGAATCGAGTATTTCATGTTCCTAATGCACCTCATATCCTCATTCTCCATTTATAGCCAAAGCCTTTTTTTCATCTTGATCATATGCTTTTTCAAAATCAAGCTTAATTAAAATTCCCTCCTTTTTCTTCGACCTATACTCCTTTATTGCCTCATTCGCAATAAGAGGTTGATTCAAAATCTATCTTCCTGTTAGAAAAGCACCCTGAGCTTCAGAAATAGTTGAGGGCAACACTTTCCTTAACCAGATGGCAAGAACTAGGGGTGTAATTGGATCGGGTTGGGTTTCCTTCAAAATCGACCCGACCCGAAATGTATGGTTAATTTAGTAGCAGAGCCCGACCCACATTCGGGTCGAGTTTTTCTTTTTTCCAATACACAATTCAAAACCAAACATCTATATCTCCGTCAGCAAGGACATTCTCACAATCATTCTCATAATCCCTTAAATTCTCCGTACAACCCATTCAGACAACGACAAAAAAACAAAATGATTCTCTAACTTTATCATTTCTTCAAACACCTAAAAGGTAAATGAGAAAGTAAAAACCTATACAGAGCTGGATTCATAAGTACCAAAGGGCAAATCATGGTTAAAAGCTTGAAGGGCGCCATTCATGGAAGATTGTGTTCTTGTTTGAGATGCAATGGTTAAAAGCTTGAAGGGTGCCATTCATGGAAGATTGCAGCAAAGAATACACACTATTCTTTGAGATACTGGAAAAGGAAAAAAAATCAATAATAGACAGAAAGCACAATAGATAATGAAAATTCCACAGCATAGTCATATAAAACAAACTAACACAATACTATTTTAGAAGGTAGAGTTAAGTTTCAATCATGCATATTCAAACACAATAACAACATCGATGCCAGCCCATCCGAGAAATGCTTCAATGTAAACCAAAGCTTGGTTTCTTATTTAAACAATAACCTCAAACATCATTAAGCCAGAACACAGATGGGCATTTGAAGCAATGGCAACAAAAAAGTTATTCAAATACGTTAAATTCTCTTTTACCTACAATTGAATCTATTGTCTACGTTACACCTTGTTCGTATAACCCAAAGTGCTTCCATCACTGTGCTTCAAGACTCTAAAAGAACAAGATTCAATATTTAACAAGTTAACAATTTAAAACAAAAAAATGTAAATAAAGATTTGAGAGTAGGGATTTAAACCATAGTCATTATTCAGATTCTCAAATGTGGCTTCCAACTCCTTTCTATGTTTATGAATTCTAGATCAAAATGACAAACTGTTAGCTTATATGGGATAATTGAAAATTTTAAATGCGTACTTCAAAAAGAATATTACCTTCATCAATTTCTTCAGCCCCGTCAATTTCTTCAGCCCCGTCAATTTCTTCAGTCATGTCATCCAAAGGTTTAGATTGAATCCAATTCTGAGCACAAATGAGTGCCTCTGCAGTTTGAGGAGTTAAAGAACTTCGAAAAGAATCTAACACCCGTCCTCCAGTGCTAAAGGCGGACTCAGAAGGCACAGTTGATATAGGAATACTGTAGATGTCCCTGGCTACTTGGCTAATGATCTTAAATCGAGAGGAATTCACCTTCCACCAATTTAGCAAATCTAAATATTCATCTTCTATATGAGTCTCATCCAGATAACGAGTCACCTCTGTTTTAGCATCATCTAGACATGTTTTGTTACTTTGTTTAAATATTATATGAACAACAACACGTGCCTTATAAGATCCACTAGATGAGATAGAAGGTATTCCACTTTGACTTTGAAAGCCAAATCCTTCTATAGGTGTACATGATTGTGTTTGTGAATATTTTTCTTTTGACATTCTCATATAATAATCATCACACAATCGACGAAATGCTTCTTCAACCTTATTCGTCCATATTTTTACACAATCTTCCTCCAAAAATTCACTAAAACAATAATTCACATAAGTTAGCTTGTACCTAAGGTCAAGAACTACATAAACATACAATAGTAAATTAGTCTTCTCACTTGTAGTTATACCCCAATACTTGTTGAATTTTGTCTGCATGCTTAATGTCATCTGACTCAATAATGCATTTTCATATGATGAATATTCACGAATTATTTCTTGGATCAAACAAAGTTCGTGAAAAAATATGTTTGAAGTCACAGACATAGATGCAGAAAACTTGATTGTTACCTTTAAAAAAGTCTTTAGGAACTTTACAAATACTTTTGCATTATCCCAATCTTCAGCAGTAAGAATATCATCCTTTGGCTAATATCTAGGGTCATGCTCCTCTAATCTTTCAAACATTTTTTGATACTTAATTGCTCCATCCAACATAGTGAAAGTAGAATTCCATCGTGTTGGAACATCCATCGTAAGACAATTTTTTGTTGACATCTTATCTTCTTTAGCAAAATCTTTAAATATTTGCAATATAGCAGGAGATGACCTAACATACTTTACAGCATTTCTGATTCGAATGATAGACACATGCTAATCTTTTAATGCCTCACTAACAATTATATTAAGAATATGAGCACAACATCTAATGTGAATAACTCATTTCTGCCTTTAAACTTTTTAACCAAGTAGGCAATGGCTACATCATTTGAACTCGCATTATCAACTGTTACAATAAAGAGCCTATCAATACCCCAACCTTTGAAGCACTTTTCAATGACTCTACCTATTGTATCTCCTTTATGATTAGCTATTGGACAAAAGTTCAAAATTCTTTTATGCAAGTTCCAATCATCATTAATGAAATGAGCCGTTATAAACATATAATTAATATTTTGCACATAAGTTCATGTATCTGTTGTTAAACAAACTCTTTGGCCACTTCAAGTTAATGCATTTTTTAACTTTTTTTCTCCCTCATATACATTTGGAAACAATCCTTTGCAACGGTTACTCTTGATGGAATCACAAACTTTGGATTTAATGCTCGACAAAATTGGTGAAACCCTTCACTTTCTACAAACTTAAATGGCAATTCATCCAAGATAGCCATACTAGCAAGCATTGTTCTACAATTTTCTTGAGTGAAGGACGTAGCCATCAAACTACTTTCAGAATCTCCCGGTCCTTCAACATTATCGTCCAATGGATTTACATACTTCTTACATTTTTCTAAATGTCTTTTTAAATTAGTGGTACCATTTCTTTTGGAATCACAAGCATACGAAATCCCACAATGTTTACAAGCAGCCCTAGGATATTTAGGATCACATCCTTCTACTTTTATAAAATATTCCCATACTGATGATGGTGGTTTAACCGGTTTTGTTTTTCCTAACACTGGACTAGAACAACTTTGTTTTGAAGTCTCGTCTACGATGACTAAAAAAACACTCAAATTTTAACTTGAGGTATGAAATGAATATATAGCATTCAGGCAAAGAAAAACAATATTGAACTTGTATAAATCCTTCGTTTTTTGCTATCTTATTTCATTCATTTAAATTTAACTATACTGCACATTAAGTCGAAGTTATTTGAGGAGATCATTTAAACATACACATGTCTCATTGACAAAAAATTAAGGGGGTTAATGGCTTAAAAAAACAAGTTGGTTTTATAGCATGATACCAGTTTCTCATCAGAAAGTTCTTACTGTTGTGTGTGTGTGTTCCAATAGCATGATACCAGTCTTAACAATAAAGATATAAGTGTAGAATTCTAAATATTGAGTGACAGTGACTTGTCAAGCAATATCATTATTGCCACTGAAGAAGGATGAACATGGACAAAACACAAAACAAACAGTGACACGTAGGGATGCTCATTGGTCTACATTTTGGTTCGTCTTCGTCAGTTTTTGGTCTGATTGGCTCTAGCAATTGGTTTGTGAGAATGGAAAACTAAACCAACAATGTTGAATGGACAGAATGAACTTTTACCAAATAGTTGGTTACATTGACTTGAAATTCTTAAATTTACAAGGGCTTGGGGCGTGGACCTCAGAGAAAAACAGCATTTTCCGAAAGAATTTCCCATCAAACACATCATGTAGTCATTGCCTTACTAATAGCTATATTTGGACTTCAATTCACCCAATAATTTTTTTAGTATTTTGTTCAACTAGGACAATGTACCAACTTTGTGATTGATAAGTAGAATGGTAAATAGGCAAACAGCTATTTTGTTCACCCAATCGTTATTATATTCTTTGATAAATATACAGAATGGTAAAAAAACATGAACAAAGGGGTGCATTGTCCATTTATATAGAATGGTAAAAAACATGAACAACTGCAACTTCGTAGTCCATTTATACATAATGGTAAAGGGGTGCATTGTCCGATGAGACCTATAAATGGGAGTCTGATCTTCTCAAGAAAATTAATGAACAAATACATTATAACTTACACATCAATACCATCGCCTGGGTATTTTTTTCAGTGGCAGCATCAACACCAGATCTTAAATTAAACACTATTTCTACTTTCAAGAAATCAAGAAATCAAAACCCATCAAAAAGTTATTCGAGGAAAGTGTTCTAAACAACAAAACCCCACAGAGTCATAGACAATAAAGCAAAGAGATGGGAAAACAGTGAAAATGCTATCTGACGAGTGACAACGAAATGGCGAAGTGCAAAAACGAAATAACGAACGGTCAGGGGTTGAGGCGAAGACGAAATGACGAACAAGAATGAAAGAGGTGAAGACGAAATGATGCAGCAGAGTGATCAGGGGTTGGGGCGAAGAAAAAAAAGACGAAATGCAGCAGAATGAAATGACGAAGAACGAAGAAACCTATTTTTAAGTTTTTAACCTAATCGGTTAATTTTAGAATCGAACCGACTCGAATCGGTTCGGTTTGGTAATACTATTGTTTCAAATCGGTCGAACCCGAACGAATCAGTTCAGGTCGGTTTTTTCACCCCTAGCAAGAACCTTAGCCAAAATCTTATAAACACTAGTGATAGGACTAATAGGTCGAAACTCCCTAATTCTGTTGGCATTATTCTTTTTAGGATCAAACAATAAGGGCCCGTTTGGTAACGTTCTCATTCCCTGTTTCCTATTTATGCTTTTATTTTCTTAAGAAACGGAGGTGTTTGGTAACGTTCCTTATTTCTCATTCTAAAAGAAAAGTAGAAACGTTTCCCATTTTATAAAGAATTATTGGGAAAAAAAAATAATTTCTTTCGTTTTGTTTCTCAATTATTTCTATTGGTTTATTTTCTTTTTTCTCAATTTATTTCTATTTATTTTCTTTTTCTTTTTCTCAATTATTTTTATTGGTTTCCTTTTTTTTTTCAATTATTTTTGTTGGTTTCCTTTTCCTTTTTCTCAATTATTTTTATTGGTTTCCGTTTCCTTTTTCTAATTATTTTTCTATTGATTTTCTTTTCCTTTTTCTCATTATTTTTCCATTGGTTTCCTTTTCCTTTTACATTTTCCTCTCCACGTTATTTTCTTTTTATTCCTCTTATCTCCATTGTCTTCCCTAAATAACCATCCTCTTCCTCTTCGCCTCTCATCGTACAAGTCGGACTCTTCCTCTTCGCCTCTCATCATCTTCCTCTACAAACCGGACTCTTCCTCCTCACTGGATCCAAAGCTTTCGCCTGACTCTTTCACTTCGTCAGATCCATAGTTTTCGTCTTCCTCTTTGCGCGGATTTGGGTTTTCGTTGTGGTTTTTTTTCTAAAGTATCATAGATAGTAGAGTTAAAGGTTAACTTTTGTTTTGTTTCTTTCAATTTTAAATATTGAGGACATAATAACTTACTTTAAAATTAATATTACATTCTAGATGTCACAAAATATTGATGATGTTGTGGAAATTGATGGATTAAAAAGTGAGTTGATATCGTCTAAGAGAAATGGCCCAAGTGAGAGATGATATTGCCAATCAAATTTGGGCAACATTAGAAGGATAGATACAATTTTATGTTTATGTTATAATTTTTATTTGTTCATGGATACTTCTTTGTATTAAATGAACTTTTGATAATTTTATTTTTTATGTTTAATGGAGGACATATATTTTTGTTTAATGTTTAATTGAATTAGATATGAATAAAATAACATAAATAAAATAAAAAATAAATTTCGAAGAAAATCAGGAAACAAGAAATAGTTATCAAACACATTTTGTTTCTAAAGAAACAGTTATCAAACACATTTTTATTTCTTGTTCTAAAAAAAGAGGAAACAAGGAACGGGAACGTTACCAAATGAGCTCTAAGTTTCCAACCTCAAATTGTTCAAAATACCTCTTTCAAAAAACTTCTTTTAAAGACTCCCTCCAAATCCCCTTTAATCAGATGCCAGTGCTTTTGGAAGAAAGCCATAGAGAACCCATCCGGCTCAGGAGATTTGTTTCCTTCACAACTAAAAACAGCCACTGTAATCTCTTCCAAAGAAAAATGTTTCACCAGCTCTTCATCTTCCTAGGCGAAATGGGATTCCACTCAATCCCTTCTAGGAAGGGCTTAACACTCACTGCAGGACAGAAAAGATTGGAGAAAGACTTAAGAATTTCCCCTCCATCTTAAGAATTTCCCCTCCCTCTCCTTGTACCAGCACCATTATCAAGGATCAAAAGATCAATGTGATTCTTATTCCTTCTCCCATTAGCCACTCCTATGGAAAAACCAGTGTTACAGCCTCCCTCCTTAGCCCATTTGATTCTACAATTTCTGATTCCAACTCACCCTTTATTTCCTGATCAACTCCGCAAGGGCCCTTTCAAACTACCCTCTCCTCCTTAAGATCTCTATCCATAGGTCCTTCTAACTCTAAATCATCGATCTTGGTTTGGCTTTCTTTTTTTCCAATCGCATGTCTCCAAAAACCTCTCTATTCCACCCTTTAAGCTTACCCTTTAAACTTTTCAACTTTTCCATAAACCTATAGCCTTCCCACCTTCCTTGGACCCTCTCATTCCACCACACCAGCAAGTTAGCTTTGAAGGACGGATGATCCAACCACATATTTTCAAACCTGAAGGGACAAGGACCCCACTTGAGTCTATCATTGGTTAAGATAACGAGCCAGTGATCCGAGATAATTCTAGACCCTCTTAGCAACCTAGGATTCCCAAAATTTCCATCCACGCTTTCAACAAAAGAACGCTATCAATTCTTGTGGCCGCCCTATTGTTAACCCAAGTATACTTGCCTCCATCCATCAGCGGGTCAAATTAACCACACTCATCAATATCCTTATTAAAGCATCTCATAGATCTAGAAATTCTCCCGCCAGACGCTTTCTCACCAGGGAACGAACAACATTAAAATCCCCCGCCAGACACCATCTCAGCCCACAATAATCAAAGAGATCTCCCAACTCATCCCAAAACAAGTTCCTTCCTCTGATCCTTGGGGGGTCATATAAGTCCAGTAGCCCAGAAGTCTTCACCATTGCCATCCAATTCTACGTTTCCAAATACTGGCCACTCTCCTTCTACAGAAATCATTTCTTTTGGTTTCATCAAGATGACTATGTTCGGCTCCTCTTGGCAAAGGACCTCCACCAACCTCCTCTAGGTATGGCCCTCGAAACCCCTAACATTCCAAGAATCGATTTTTAACATTTAGACCTCTCAGGCCCCACCTCTGGAGAGGCTCTCTTACTCCCATAATTCCACAAATTCTAACTGCAAGATTAGCACAAAAACTTTTTAAAACCACAGCAAATGAACCGACTCCATTCAAACAACTGCTTCAGGGCCCCCAACCTGATGCTGCTCTTGATTTTTTAACTATGACCGTCGAATACCAGTCAAATGCAAAATCCATCCCCTTTCCACTTTCTTCTATCATCTTCTTCTCCTCATCCCCATCCTTTTGTGTGCTTTCCGTTCTCTTATTTTCTTTAAGAATCACTCGACTGCTGAAACCTGAAACCCTTCTTTCCCTTTCTTCAACCAAGCCTTAGCTGGTTGGGTCACTGAACCTGACTTCTGATCAGCCCTTCCAGACCCCGGCAGCAATACTGAAATCTCTTCTGCCAAAGATCTCCAACTCTTTCCAAAACCTGGAAGAAGATTAGTCCCTAATCCAAGCTGAGTTCCTGAAGTCCAGTTCCAGTTACCGAATTTCCTACCATTTCTTTTCACGATATAAATTTTTCTAACCTTCCCTGCCAACCCCACGAAGAATTCCTTCCGATCTATCTTGGACTTCCCCATCACTTAAAGATTTTCTCACATTTTTTAGAGAAAAGTAGAGAGAGATAATTCTCGGAATTTTTTATTATTTCTTCTCTAGAATATAGATATAGATATTGCACTTGTTCACCCCCTTTTTCTTTGTTCGTCAATGTATGGATTCTGTCATATATTTCAAAAGTGCAAGGGTTGCAATTATGGACAGAAATTTGGAGGCCAAATGCAGGGTAGCAAGGTATTGGTTGTCCAAGGTTAGGACTTAGATATTCGTAAGGGGACATTTAAGTTAGTTTGGAAAGTTGGTCAGTCATGGAGTCCACGATGTAAGGAATTAACAAGTCATAGAATTGATATATTTTTAGTTATGAGGCCCCCTGTGGGTTTAAGAACTCCTTTGGCCAAACAAGGTAACACCACTTCCCGTATTTCCTGGGTCAAACATCTTAAGGGGGAGTTGGGGCCCTACGTGATTAAAGCGGATTGGGCTATTATAGTCCATTCAATGTTTGAGCCATCGATTACAATAGTTGAAGTTTCCATTTATTACAACTCGCACTTAGCTACCATATAACTATTTGCAATCACTATTTTGTAATTCTCTCGTTTAGAAGTTTCTAAGACATTGTTGATTTTGGATATCTTCCTGTTACGCTATATCTATACTTATGTTAATGTACTAATGTATTTCAAGGATCGTTTGTCAAGATTAGAAGCTGCTCTCTTGAGTAAGAAAGGTGAGTGTTGGCTGTTTTTCCGTTCTAGCGAAAGAATCATACGGACGCTCAATCTAAAATGGAATGTCCGTGCTTCATAGCTGACATGAACGAAAATATAAAACGAATGTCTTTTCTGCACTTTTCTGCACTGTATGCTTTCTGCACTGTATGCTTCTGAATATCCACATGCAACCGTTCAGATGACCATAACGAAGAACATCTCAAAACGATAAGTGAACTCCAGACAAAGCTAGACAGCGCAAACAATGCACTAATCGAAGAACGGAAAAAGGCAAGTATAATTGGTGCACCATGTTTGTGTTTCACCTTGACTAGATGGAAAGGTTCAAGCGGAGAGATTTCAAGGTTATTTGATTCTTTTGCAGGCTGAGATGGTTGCTGAAGAAAATGCTAAGCTTCAGTATCGCATAATTCATCTTGTGAGAACAGCTAGGGAAACCCATTAA

mRNA sequence

ATGATAAGTAAGTCGATCCTTCACAGGTTGTTCGTAATCTTGGCTGAGTCAAAATACCGTTTTACTCCCGAGATTACATCTTGCTCCTTAAGACCCACAGATCCACTATTGAACAATTGGTTTAAGGTCCAACCTATAAACCAGAATCCTTCTCGGGGCAATGAGAAGGTGGGGCCCCTTGTTCAAGACTTGGATTCAATCCTTAAGGGAACAACCTATCTACTATCCCAGAAGTGGGTAGGAGTGAATTCCATCTTGCACCCTATGTCCCTAGCTATCCACTCGGTCTTACCCCTGAAATGGGAGGTTTATTGGACTAGCGATGTTGAGTTGCCCTCACCTATGATGTTAATTCAACCACCACCACTTGAAGACCAGAGCATACTTGGTTCAAGCACAATGAAACATGGACGGGTGGATTATGAATTCTTTTTTAGAATCTACAACGAAGAGGTGTTAGTGCAACCAAACCTCTGGCATCTTCATTTCGAAGTTGGAGCTTTCGCAACAATGGCGGAACCACATGGTGGAGGCAACCACGATCTCGAGCAGACCTTGAAGCCCTTCTTTCAAAGGGCTTCTCAAGCCGAGGATCGTTTGTCAAGATTAGAAGCTGCTCTCTTGAGTAAGAAAGATGACCATAACGAAGAACATCTCAAAACGATAAGTGAACTCCAGACAAAGCTAGACAGCGCAAACAATGCACTAATCGAAGAACGGAAAAAGGCTGAGATGGTTGCTGAAGAAAATGCTAAGCTTCAGTATCGCATAATTCATCTTGTGAGAACAGCTAGGGAAACCCATTAA

Coding sequence (CDS)

ATGATAAGTAAGTCGATCCTTCACAGGTTGTTCGTAATCTTGGCTGAGTCAAAATACCGTTTTACTCCCGAGATTACATCTTGCTCCTTAAGACCCACAGATCCACTATTGAACAATTGGTTTAAGGTCCAACCTATAAACCAGAATCCTTCTCGGGGCAATGAGAAGGTGGGGCCCCTTGTTCAAGACTTGGATTCAATCCTTAAGGGAACAACCTATCTACTATCCCAGAAGTGGGTAGGAGTGAATTCCATCTTGCACCCTATGTCCCTAGCTATCCACTCGGTCTTACCCCTGAAATGGGAGGTTTATTGGACTAGCGATGTTGAGTTGCCCTCACCTATGATGTTAATTCAACCACCACCACTTGAAGACCAGAGCATACTTGGTTCAAGCACAATGAAACATGGACGGGTGGATTATGAATTCTTTTTTAGAATCTACAACGAAGAGGTGTTAGTGCAACCAAACCTCTGGCATCTTCATTTCGAAGTTGGAGCTTTCGCAACAATGGCGGAACCACATGGTGGAGGCAACCACGATCTCGAGCAGACCTTGAAGCCCTTCTTTCAAAGGGCTTCTCAAGCCGAGGATCGTTTGTCAAGATTAGAAGCTGCTCTCTTGAGTAAGAAAGATGACCATAACGAAGAACATCTCAAAACGATAAGTGAACTCCAGACAAAGCTAGACAGCGCAAACAATGCACTAATCGAAGAACGGAAAAAGGCTGAGATGGTTGCTGAAGAAAATGCTAAGCTTCAGTATCGCATAATTCATCTTGTGAGAACAGCTAGGGAAACCCATTAA

Protein sequence

MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPLVQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMMLIQPPPLEDQSILGSSTMKHGRVDYEFFFRIYNEEVLVQPNLWHLHFEVGAFATMAEPHGGGNHDLEQTLKPFFQRASQAEDRLSRLEAALLSKKDDHNEEHLKTISELQTKLDSANNALIEERKKAEMVAEENAKLQYRIIHLVRTARETH

Homology

[Close]

BLAST of MELO.jh100456.1 vs. NCBI nr
Match: TYK04296.1 (hypothetical protein E5676_scaffold527G00250 [Cucumis melo var. makuwa])

HSP 1 Score: 233 bits (595), Expect = 8.76e-75
Identity = 113/117 (96.58%), Postives = 114/117 (97.44%), Query Frame = 0


Query: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPL 60
           MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSR NEKVGPL
Sbjct: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRDNEKVGPL 60

Query: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYW SDVELPSPM +
Sbjct: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWASDVELPSPMQI 117

[Close]

BLAST of MELO.jh100456.1 vs. NCBI nr
Match: KAA0059213.1 (hypothetical protein E6C27_scaffold430G001410 [Cucumis melo var. makuwa] >TYK19307.1 hypothetical protein E5676_scaffold295G00270 [Cucumis melo var. makuwa])

HSP 1 Score: 219 bits (559), Expect = 2.56e-69
Identity = 105/117 (89.74%), Postives = 110/117 (94.02%), Query Frame = 0


Query: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPL 60
           M+SKSI+HRLFVILA SKYRFTP+ TSCSLRPTDPLLNNWFKVQPINQNPSR NEKVGPL
Sbjct: 1   MMSKSIIHRLFVILAGSKYRFTPKTTSCSLRPTDPLLNNWFKVQPINQNPSRANEKVGPL 60

Query: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           VQDLDS+LKGTTYLLSQKWV VNSILHPMSLAIHSVL LKWE YWTSDVELPSPM +
Sbjct: 61  VQDLDSVLKGTTYLLSQKWVRVNSILHPMSLAIHSVLSLKWEAYWTSDVELPSPMQI 117

[Close]

BLAST of MELO.jh100456.1 vs. NCBI nr
Match: KAA0026236.1 (hypothetical protein E6C27_scaffold19G002190 [Cucumis melo var. makuwa])

HSP 1 Score: 219 bits (558), Expect = 3.63e-69
Identity = 104/117 (88.89%), Postives = 108/117 (92.31%), Query Frame = 0


Query: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPL 60
           MISKSILHRLF+IL  SKYRFTPEITSC LRPTDPLLNNWFKVQPI QNPSR N+KVGPL
Sbjct: 1   MISKSILHRLFIILVGSKYRFTPEITSCFLRPTDPLLNNWFKVQPIKQNPSRANKKVGPL 60

Query: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           VQDLDS+L GTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWE YW SDVELPSPM +
Sbjct: 61  VQDLDSVLNGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEAYWASDVELPSPMQI 117

[Close]

BLAST of MELO.jh100456.1 vs. NCBI nr
Match: KAA0025730.1 (hypothetical protein E6C27_scaffold653G00110 [Cucumis melo var. makuwa])

HSP 1 Score: 219 bits (557), Expect = 4.98e-69
Identity = 103/114 (90.35%), Postives = 107/114 (93.86%), Query Frame = 0


Query: 4   KSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPLVQD 63
           KSILH+LF+IL  SKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSR NEKVGPLVQD
Sbjct: 3   KSILHKLFIILVGSKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRANEKVGPLVQD 62

Query: 64  LDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           LDS+LKGTTYLLSQ WVGVNSILHPMSLAIHSVLPLKWE YW SDVELPSPM +
Sbjct: 63  LDSVLKGTTYLLSQIWVGVNSILHPMSLAIHSVLPLKWEAYWASDVELPSPMQI 116

[Close]

BLAST of MELO.jh100456.1 vs. NCBI nr
Match: KAA0048236.1 (hypothetical protein E6C27_scaffold63G001520 [Cucumis melo var. makuwa])

HSP 1 Score: 218 bits (556), Expect = 7.29e-69
Identity = 103/117 (88.03%), Postives = 108/117 (92.31%), Query Frame = 0


Query: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPL 60
           M+ K I+HRLFVI A SKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSR NEKVGPL
Sbjct: 1   MMGKLIIHRLFVIFAGSKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRTNEKVGPL 60

Query: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           +QDLDS+LKG TYLLSQKWVGVNSILHPMSLAIHSVLPLKWE YW SDVELPSPM +
Sbjct: 61  IQDLDSVLKGITYLLSQKWVGVNSILHPMSLAIHSVLPLKWEAYWASDVELPSPMQI 117

[Close]

BLAST of MELO.jh100456.1 vs. ExPASy TrEMBL
Match: A0A5D3C1K9 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold527G00250 PE=4 SV=1)

HSP 1 Score: 233 bits (595), Expect = 4.24e-75
Identity = 113/117 (96.58%), Postives = 114/117 (97.44%), Query Frame = 0


Query: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPL 60
           MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSR NEKVGPL
Sbjct: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRDNEKVGPL 60

Query: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYW SDVELPSPM +
Sbjct: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWASDVELPSPMQI 117

[Close]

BLAST of MELO.jh100456.1 vs. ExPASy TrEMBL
Match: A0A5D3D6W8 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold295G00270 PE=4 SV=1)

HSP 1 Score: 219 bits (559), Expect = 1.24e-69
Identity = 105/117 (89.74%), Postives = 110/117 (94.02%), Query Frame = 0


Query: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPL 60
           M+SKSI+HRLFVILA SKYRFTP+ TSCSLRPTDPLLNNWFKVQPINQNPSR NEKVGPL
Sbjct: 1   MMSKSIIHRLFVILAGSKYRFTPKTTSCSLRPTDPLLNNWFKVQPINQNPSRANEKVGPL 60

Query: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           VQDLDS+LKGTTYLLSQKWV VNSILHPMSLAIHSVL LKWE YWTSDVELPSPM +
Sbjct: 61  VQDLDSVLKGTTYLLSQKWVRVNSILHPMSLAIHSVLSLKWEAYWTSDVELPSPMQI 117

[Close]

BLAST of MELO.jh100456.1 vs. ExPASy TrEMBL
Match: A0A5A7SKA1 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold19G002190 PE=4 SV=1)

HSP 1 Score: 219 bits (558), Expect = 1.76e-69
Identity = 104/117 (88.89%), Postives = 108/117 (92.31%), Query Frame = 0


Query: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPL 60
           MISKSILHRLF+IL  SKYRFTPEITSC LRPTDPLLNNWFKVQPI QNPSR N+KVGPL
Sbjct: 1   MISKSILHRLFIILVGSKYRFTPEITSCFLRPTDPLLNNWFKVQPIKQNPSRANKKVGPL 60

Query: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           VQDLDS+L GTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWE YW SDVELPSPM +
Sbjct: 61  VQDLDSVLNGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEAYWASDVELPSPMQI 117

[Close]

BLAST of MELO.jh100456.1 vs. ExPASy TrEMBL
Match: A0A5A7SHV1 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold653G00110 PE=4 SV=1)

HSP 1 Score: 219 bits (557), Expect = 2.41e-69
Identity = 103/114 (90.35%), Postives = 107/114 (93.86%), Query Frame = 0


Query: 4   KSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPLVQD 63
           KSILH+LF+IL  SKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSR NEKVGPLVQD
Sbjct: 3   KSILHKLFIILVGSKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRANEKVGPLVQD 62

Query: 64  LDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           LDS+LKGTTYLLSQ WVGVNSILHPMSLAIHSVLPLKWE YW SDVELPSPM +
Sbjct: 63  LDSVLKGTTYLLSQIWVGVNSILHPMSLAIHSVLPLKWEAYWASDVELPSPMQI 116

[Close]

BLAST of MELO.jh100456.1 vs. ExPASy TrEMBL
Match: A0A5A7U1X8 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold63G001520 PE=4 SV=1)

HSP 1 Score: 218 bits (556), Expect = 3.53e-69
Identity = 103/117 (88.03%), Postives = 108/117 (92.31%), Query Frame = 0


Query: 1   MISKSILHRLFVILAESKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRGNEKVGPL 60
           M+ K I+HRLFVI A SKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSR NEKVGPL
Sbjct: 1   MMGKLIIHRLFVIFAGSKYRFTPEITSCSLRPTDPLLNNWFKVQPINQNPSRTNEKVGPL 60

Query: 61  VQDLDSILKGTTYLLSQKWVGVNSILHPMSLAIHSVLPLKWEVYWTSDVELPSPMML 117
           +QDLDS+LKG TYLLSQKWVGVNSILHPMSLAIHSVLPLKWE YW SDVELPSPM +
Sbjct: 61  IQDLDSVLKGITYLLSQKWVGVNSILHPMSLAIHSVLPLKWEAYWASDVELPSPMQI 117

[Close]

BLAST of MELO.jh100456.1 vs. TAIR 10
Match: AT3G57320.1 (unknown protein; Has 30 Blast hits to 30 proteins in 13 species: Archae - 0; Bacteria - 0; Metazoa - 2; Fungi - 0; Plants - 28; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). )

HSP 1 Score: 70.5 bits (171), Expect = 2.4e-12
Identity = 40/89 (44.94%), Postives = 62/89 (69.66%), Query Frame = 0


Query: 179 NHDLEQTLKPFFQRASQAEDRLSRLEAALLSKKDDHNEEHL-KTISELQTKLDSANNALI 238
           +H L + LKPFF RA++A++RL++LEAAL S K D  +  L +   +LQ+KL+ AN  + 
Sbjct: 4   HHHLPENLKPFFHRATEAQERLAKLEAALASTKTDIPDAKLVEENKQLQSKLEEANATVK 63

Query: 239 EERKKAEMVAEENAKLQYRIIHLVRTARE 267
           +E+ K + +  ENAK +YRI+HLVR  ++
Sbjct: 64  QEQTKVKDLTIENAKHKYRILHLVRALKD 92

[Close]

BLAST of MELO.jh100456.1 vs. TAIR 10
Match: AT3G57320.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: cellular_component unknown; EXPRESSED IN: 22 plant structures; EXPRESSED DURING: 13 growth stages; Has 17 Blast hits to 17 proteins in 7 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 0; Plants - 17; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). )

HSP 1 Score: 50.4 bits (119), Expect = 2.5e-06
Identity = 29/65 (44.62%), Postives = 45/65 (69.23%), Query Frame = 0


Query: 179 NHDLEQTLKPFFQRASQAEDRLSRLEAALLSKKDDHNEEHL-KTISELQTKLDSANNALI 238
           +H L + LKPFF RA++A++RL++LEAAL S K D  +  L +   +LQ+KL+ AN  + 
Sbjct: 4   HHHLPENLKPFFHRATEAQERLAKLEAALASTKTDIPDAKLVEENKQLQSKLEEANATVK 63

Query: 239 EERKK 243
           +E+ K
Sbjct: 64  QEQTK 68

The following BLAST results are available for this feature:

BLAST of MELO.jh100456.1 vs. NCBI nr


Match Name	E-value	Identity	Description
TYK04296.1	8.76e-75	96.58	hypothetical protein E5676_scaffold527G00250 [Cucumis melo var. makuwa]	[more]
KAA0059213.1	2.56e-69	89.74	hypothetical protein E6C27_scaffold430G001410 [Cucumis melo var. makuwa] >TYK193...	[more]
KAA0026236.1	3.63e-69	88.89	hypothetical protein E6C27_scaffold19G002190 [Cucumis melo var. makuwa]	[more]
KAA0025730.1	4.98e-69	90.35	hypothetical protein E6C27_scaffold653G00110 [Cucumis melo var. makuwa]	[more]
KAA0048236.1	7.29e-69	88.03	hypothetical protein E6C27_scaffold63G001520 [Cucumis melo var. makuwa]	[more]

BLAST of MELO.jh100456.1 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of MELO.jh100456.1 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3C1K9	4.24e-75	96.58	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A5D3D6W8	1.24e-69	89.74	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A5A7SKA1	1.76e-69	88.89	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold...	[more]
A0A5A7SHV1	2.41e-69	90.35	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold...	[more]
A0A5A7U1X8	3.53e-69	88.03	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold...	[more]

BLAST of MELO.jh100456.1 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G57320.1	2.4e-12	44.94	unknown protein; Has 30 Blast hits to 30 proteins in 13 species: Archae - 0; Bac...	[more]
AT3G57320.2	2.5e-06	44.62	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic...	[more]

InterPro

Analysis Name: InterPro Annotations of Melon (Harukei-3) v1.41
Date Performed: 2021-10-25


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	COILS	Coil	Coil	coord: 215..249
None	No IPR available	COILS	Coil	Coil	coord: 193..213
None	No IPR available	PANTHER	PTHR38377	THREONINE-TRNA LIGASE 2	coord: 179..267

Relationships

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


Feature Name	Unique Name	Type
MELO.jh100456.1.t1	MELO.jh100456.1.t1	mRNA