MELO.jh011734.1.t3 (mRNA) Melon (Harukei-3) v1.41

Overview


Name	MELO.jh011734.1.t3
Type	mRNA
Organism	Cucumis melo var. reticulatus cv. Harukei-3 (Melon (Harukei-3) v1.41)
Description	ATP-dependent DNA helicase
Location	chr05: 29579820 .. 29599108 (-)
Sequence length	2484
RNA-Seq Expression	MELO.jh011734.1.t3
Synteny	MELO.jh011734.1.t3

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonpolypeptideCDSstart_codonstop_codon

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

AATACCATTTTCAGATGCTGCACAAGGGAAGGGGCAGGAAAAAAAGTCGCAGTAGGTGAACATTGTTTGAACATTCAGGCAGGTAGAAATGAAGAAGTCATCGCTTCCATTGCAGAGTAATATCCGTCCAGAAAAGCACAAATATAGCAAGGAATCCTTGACGAAGCTCTTAAGGTGGCATTTTGGACATTCCGAGTTTAGGGGAAAGCAACTGGAAACTATTGAAGCTGTTTTATCAGGTAAATACTTCAGCCGAATCTGAAATAAATAATAATAATAATAATAAAAGACCAACGTAGAGAAAACAATCCTTATTTTGATTAGCATATACCAAGAAAAGTTACTTTCAGAGCCAAGAGAACGAATTGAAACTGTCGTTTTTCCATTTTATACTATTGCTTCACTTTGTCTCCAACTGTAGCTCGCAGATATAACGTGCTGTACGTTCATTATTGTGGTGATTGGTGAAAGCATTGTATATGGGTTCTGTTAGCTCTTTATTGTTCTCTCTTACTTAGGAAAAGATTGTTTCTGTCTCATGCCCACTGGGGGAGGGAAATCAGTGTGTTACCAGATCCCTGCTCTAGCTTCGAACGGAACGGTGCTTGTTGTTTGTCCTTTAATAGGTGAATGGTATTCAGTCTCTTTATTTACAGTTTGGAGGATATTAACTACCAGAAGTCCATTTTTTTTTTGTGTGTGTGTGAGATAATTGCTCCATGCTCTTGCCTAAATCATCAAGTATTCGCTTGCAGCATTGATGGTAAGTATCGAAGTATTTGTTTCTTGTTCCCTTTCTGACAATTATATTTCTCGATTCGTAATTCTTTGACAATTTCCGCAACACTGATCGCACTCTATCAGGAAAACCAAGTGATGGCCTTGAAGGAAAAGGGGATTTCTGCTGAATATTTATCCTCGACTCAGTCAACACAAGCCAAAAATAAAGTGAATCATCCCCAACTATTATCTCCTAATCATACTTGTATTATGATGTCTGCTTTGACGACACTCATTGTTCATCAAAATTATTATTATCATTCTTTTAAAAAGCAAATCTATATTGTTATTATTATTTTTTGTAAATATCTTAAGAAGTTTTGACATTTAAAATAATTTTCATATTCTTACTACTCACCTATATGCGTAGGTATCATCACTCTTTCTAAAGTTACACCAGAATCAGTTGTCTTCTACATGCACGGGGTTGTTTAAAGTTATTTTTAGATTACAAACTTCTTTTTATTCCATCATCTTGCTATTTTTCAACCTTATCTGTGGAGAAAGCTCCATCATGGTTTTAAATATTTTTTGCATGTAATAGAATAGCAGAATAGGAAAATGCCTTCGTTTCCTTCCTTCTTATTGTGGAAATCTTTTGTTGTTCATAAGCTCGTCCTCTCATCTTTCATAATTTCTGTTTACTTGATACAAACATTACTTACCCGGAAATAATGCGTGTAACAATCTTCCTCATCCAGATTCATGAAGATCTCGATTCTAGTAAACCTACCTTAAGGCTTCTCTATGTTACACCTGAATTAATTGCGACATCAGGATTCATGGCAAAATTGATGAAAATTTATTCTAGAGGATTACTAAATCTGATTGCTATAGACGAGGTGAACTATATTCTTGTATTATGTGTGAATGCCGCGTTTTATCTTTTTCAATCATATTTCTATTTAATGCAATTTTCAGGCGCATTGTATTTCGACATGGGGCCATGACTTCAGGTTTGTGATAGTCATATAAGAGAGAATCAATTATTATCTTATAGTAATAGACTGTAATACTGACCTCCTTTTTATATTAGAGTAGCATTTCCATTTTTCTTCGTTTTCTCACTGTGCCACTTTTTGTTTTACTTTCTCTCTACTTTTGTGATATACCATTAAATATCAAGTTGACCAAAGCTATTGGTCCACTATACTTGTACTTGTACCTTCTACGTCAATTTAGTGTTCATCTTATTCGTAAGATATGCCAATCTTGTTGCTTATGGAGGAACTTTGTTTTTCCTTTTCTTCTTCTTCTTTTTCATTTTTTTTGGGTGGGTGGGGGAGTCTGCTTATTGTAGTTTTGGTCATGTCTCCTCACTAATCACTTTTATTGACCTTTTATGTTTTGACACAGGCCTAGCTACCGCAAGCTTTCTTCTTTGAGGAGTCGTCTTCCTAATATTCCTATACTGGCCTTGACCGCTACTGCTGTTCCTAAGTGAGTTATTATCACCCTGTCGCTTTAAATTTTTTTGCGGGAATCATACACTTGGTTTGAGCATACCAATCCTTTTGTCAAGTTATTATAGTTCTTAACCTAGTATTCAAATTTAAACCATCTTTTGCTTCTCTGAGTTATTTTGTTAATTTTTATCCTTTGCACGTTCGTGAGATGGACTCCAGGTCTCTTTTTGTCTCACTAGCAAAGTTTGATGCATGTTTCTATGCTGATAGTGTTCTTATGAAAAGAAAGTTCTAGACTTATAGTGCACAATTCAGTTGGATATGAATTTTTTTCTCTGGAAAATTCTGCAAGCGAGCATATCTCTCTGAATATCCTACTGTTCATTTGTTTATAGTCTTGTCACTATATTGACGACAGTTTGTTGAAAGTTTCCCTCACTTTCTAGTTTCTATATGGTTGGTAGAAGTCAATGACATGTAGATACTGATTTTAAAATTCAGAGAGATTAAATCCTGGTTTTTTCTTTGTTTCCGCAGAGTGCAGAAAGATGTGATAATATCCTTGGCCTTGGAAAACCCTCTAGTTCTTAAGTCTTCTTTTAATCGTCCTAATATATATTATGAAGGTTTGTCCTGGTGGCTCAACTAATTTACATGTTGCAGCATTAAAAAGTTGGATGAACTAATTGAATGTCCTCCGTTCCATATGATCTCATATTGGTGCCTTCATCACATACAAAATAAAGAACTCGATCCTATTTTCTCCTCCAATGGCTAGGCTGTTGATATCCTGGATGTGCTGCTCCCTGTCACATTTCTCATGCTGTCTCAGGAAACCTAATACCTAATATGATTTTTTGGGCCATTTTTTTCTTTATTTTTAATGTAGTAGGCTTAGAATAGATTAGGGTATCTTAATCAAGTCCTTCTTCGATTAGGATTAGGATTAGTTAGGATTATGATTATTTTCTTTGGTTTAATAGGGATGAAATTATTTTATTTGATTAATTAGGAAGTTTACTTCCGTCCCTTTGGGGACATTCGATAAAAAAGATTAGTTTACTTCCCAATTCTCCATAGACAAAGGAATTGTCTTCTTGTATTGATAACTTTTGATTCATAAGAAAGACTTTGATTCGATTCTTAGAGGGAGATCTCATTTTATCTTTTAGGCTACATCAATTTTGCATTTCTATTTCAAAATTATTTGGAGCTATTAGGTTTTAGTTGGCTCGTGTAAACTTCAGTAGTTTCTCTCTAGGCTGCATTGGCTGTTTGCTTGTACGTTTCATGGTTTACATGCTAACATGAAAGTTCATGTTGTCATAGGATCAGTAATTTACTGTTGCATGTTGAGTGAAAATTAATTATGCAGTTCGATACAAAGATCTTTTGGATGATCCATTTGCCGATTTGTGTAATCAACTGAAATCAAGTGGAGATGTTTGTGCAATCATCTATTGCCTAGAGCGTGCAATGTGCGATCAATTGTCAGTTTATCTAGCAAAACATGGCATTTCATGCGCTGGTAAGAAAAGATTTCTGCTCTTGGAATTGGATCTTCAACTCTCGGAGTTTTATTTGTTTAAATATTTACATGTTGATCCTGATGGTCTTCAGCATATCATGCGGGTTTGAAGAATGAGTTAAGGAAATCTGTTTTAGAGGATTGGATAAGCTCTAAGATACAAGTTGTTGTGGCCACAGTGGCTTTTGGGTATAGTTCTCGATAAAACTTTATCCTCATTTAACCTCAATAGTCAGATTTGGTGTATTTTCTTTTTTAACATAAATGTCTTGAAATTTTAGTATTTGACCCTGAAACTGAAATATAATTTTAAATTGCACTTGATGTTGTCGAGTATGTTCTAGAAGCCAAACCATTAGAAGGTGAGAAAGATGTGATAAGCATGACATTATAATTCGGTCTTTCACTTTTTTGATGATTTAAATTAAGTAGGTACTGCTCATATGTTTTAAAACTATGATGTACCTTACGTTGTGATTTGTCTTTCATTATGTCCTTTTGCCTAGAGCCACTCTGGTGCATGCACAATTTCTAAATTAGCGGTACTCCTTTCAGGATGGTAAGTATTTACTTGATTTTCGTTTAGTAAAAATTTGGACATGTGTGCTCTCATTTATGTGCAGTGCAGGAGGAGCATTAATTTTGCAAATTTCATGTTGTTGTGTTACGTAGGGTATAGATAGGAAAGATGTCAGGGTTGTTTGCCATTTCAATATTCCAAAGTCAATGGAAGCTTTCTATCAAGAGTCAGGTAGAGCTGGCCGTGATCAATTACCCTCTAAAAGTCTGTTATACTATGGAATTGAAGACCGCAGAAGAATGGTCAATTTCTGAACTTGAACTTGCTGTTCTCTTCTCTCTTTAGGCTGCATTTGATTTCACACGATCTATTGATTCATTTAACATTTTTTCATTTTTGCAGGAATTTATTATAAGAAATAGGTCCAGTGCTGATAAGAAGATCCTACCATCTTCAAGCTCCCAAGAAAAGCAATCGGAGAAGTCCTTAACCGACTTTACTCAGGTGATTTTCTTCTTCATTTGTAATTTGCAATGATATTTTTTGCCATTATTTTGATGTCCTGGCACAACTGAATGCAGATGGTTGAGTATTGTGAGGGCTCCAGATGTCGCAGGAAGCAAATTCTTGAGAGCTTTGGGGAACAGGTAGGAGGAAGGTGTTAGGTCTTCAATTTATTTCAATATCAATGTAAGGGCAGGAAAGCAATTGCTCATGTTAGCGAGAGTGGGACATCCATGTGAGATGGTGGGGGACCGCAGTTAGTTACGGATGGTAGAGAATATGTGTGGGAGGGGAAGTCTGGGTGAGGTAGGTTTTATTTTGCATATTTTTTTCTCGAGAGAGAGGTCTCAGCCTTCCTAGAGGTTGAGGAGTCTGTAGTTTGCCCTAGGGCAAGTTTCTTTCACTGTATAAGAATATCGAAAGCTAGATACCTTTCAGAAGGTCTATTTGTACAATTGGTGTTAGTTTTATTCTCAACTCTTGAATATTGTCCCAACAGCTAATAAATGTTTATGTAACTGTTGGACTAGGTTCCTGCATCCATATGTAGTAGATCATGTGATGCCTGCAAACACCCAAATATCGTTGCTGCCTATTTGGAGGAGCTTACTACTTGTGCTGTTAGGCGAAATAATTCATCTTCCAGAATTTTTGTCAGCAGGTGCTTGTCTTAAAAGTGTTTAAAATGTTTAAAATTTATTATTGAAAAGGCTAGCTGTAAATCTTATAGGCCACCTATTTCTTGAAGTAATATCTTATTACTTTCTTCATTTTGTTGTACGGTTAGGTGGATGATTAGTAGATATTCATGAGCAGCTTAAAAAATACAAACAAATATATATTTTTTTAGTAGTTTTACGGATTTTAAAGTGCTTGGAAACCTAAGGTGTGCCTAAGACTGATCGACAAGTATCTAACTATGGATCCTTTTCCTTGTCATTTGTTATGTCCCTGGATTTAGACGTAGTGGTAATTCCCCCACATTCGTCTGATGGGAATGTTACTAGAGTGTTTGTTGTTGGAATGGTGATTATGAATAAAGTTAGGGAAGATAGAGAGGTAAGCAAATATTGGTTAAATATTCCAAGTAGCCTGGAATTGGAGAGTTCAATCATCCTTATTTTTAATCTTTTGTTTATCTAATTACAAATATCAGCTTGATTCTTATTGTCATCAAATTTCTCATTTCAAGATTTTGGACCGTAGAGGGTTAATGGAAGTTGTTACTATCCTAAATGAGCATTGATATCTTGTACTAAATGCTGTCTCAAATCCTTGATTTAGTTACTTATAAGTCTTCTTTTGAGTACAACAAATAAGTGAGTCTGAGGATTTGAACCTCTAACTTTTAATTAAATATGTTGACCATTGAACCATGCACAATGGGCTGTCACTGACTCAGAATTGTTTTCTTTTAATGATAAAAACCAGATCGAATGCAGACGATGAAGATGAGTTTTCTGAATTTTGGAATCTCAAGGATGAAGCAAGTGGATCTGGAGAAGATATATCAAATTCTGATGGTATAAATCCTTTGAATGGACTCGATTGCTCTCCTTCTCTTCCAGCCACGTAGCTTCATTTGTATATAATGTGGTGGGTCGGGTTTGAGTATTTATTATATTAATGCATATTTTTAGTTTAAATTTTCGCAAATTTCCAGATGATACTGAGGTTGTCAAAAGCCTAACTAGGATGAAGTCTCTAAAGAAATCAGGACTAAATGAAAAGATGGCACTTCTAGAGCGTGCAGAAGAAAACTATTACCAGAACAAGATTTCAGTTAAACAGGTTTGGTTTCATCGTTTCTTTTTTCCCCCCGATTCTTTTTTTTTTTCTGGGAAACAGAAACGTCTCTTCATTAAATTAATGAAATGAGACTAAGTGCCCATTTGAATTGACTTAAGAGAAAAATATTTTTCCAAAAAATCATTTTTATTTAAACACTTCTAACAAAATTGATTAAAATAAACTTCAAAAGTTATTTTAAGTGATTATTAAACACTCCAATTATTTTTAAAATGACTTATTTTTTAATTTAAACACTTGAAAATGTATTTGTAAGACCTCCTATTATTAATGTGTATAAGAGGAGGGGTAAGAAAGGAAAGTTACAGGACAGCAAGGAGGAAAGAGAGAATGGAAATGAAATAGTGGATTAGTGGAGCAGCAAGTGGGCCCTACAGGATCATGTTGTTTGTCTTATTCGGCCAAATGTCTTATAAATAGCAAGGGGAGGGTAGCATTCTAGGTATGAGAGATTTATAAAGAATGTTTTGAGAAAGAATAGAGATTGGCGGCTGGGGAACCCTACCTTAGCCTAGGAGAATAGGTTGGTTGGTTCTTTACTGTTTTCCTTGTTTTATTTCCTAGTTATTTCTATCATCTATCTTGTATCTACTGTTTTTGGCAATATAAATATATAAACACAGAGTGCTGCCTCTGTTTTTGCCCTTGAGTTAGTAAGGGAATATAAGAAAGAAGTGAGAATCCTCACAATTGGTATCAGAGCTTTGTCAAACTGGGAGTGATTACAAGACTGATGGCACAACGACAAATGGAAGAAAGGCTGGAGGGAACGGAAAAAGAGGTGTTGAGCCTCAAGGAAATGATGCTGGAGATGAAGAAGAGTATGGACCGATTGGCCGATGAGTTGAGGGACCAGTCTTATAAGAAAAAAGAAGAATCTGGTACATCCGACGGGTCCATTATGAAAATGAAAGGAAAAATGGAAGAGACAGATGTAACTGGAGAAATACATAACCACCAGATCGATCGAAGCAAATATAAGAAGCTGGAAATGCCCATGTTTCTGGGAGAAAATCCAGAATCCTGGGTTTACCGGGCAGAGCATTTTTTTGAGATCAACAACTTACCAGAAGCAGAAAAGGTCAAGGTGGCAGTGGTGAGCTTTGGACAAGATGAAGTGGACTGGTACAGGTGGAGCCACAATAGGAGAAAGGTGGAATCGTGGGAAGATCTGAAGACCAGAATGTTTGAATTCTTCAGGGATACTGGACAGAAAAGCTTGGGGGCTAGGCTAATACGCATTCAACAAGAAGGCTCCTACAGTGATTATGTTAAGAAGTTCGTAAACTACTCGGCACCTCTCCCACACATGGCTGAAAGCGTGCTCCGTGATGCCTTCTTAACTGGCTTAGAACCTGCGCTTCAAGCTGAAGTGATGAGTCGACACCCTCAAACACTAGAAGATTGTATGATGGCAGCCCAGTTGGTGAATGACCGTAACTTAGCACTCAAATTGGCTCAAGCAGAGATGGGTATTATCGAGCCAAAAAGAAGCGAATCAGTTGGTAATAAGGTGCAATGGAACAACGAAAAAGGGATGTTGAGGAAAAATGAGTTCCAAATGAAGCAAATAACTATACCCCTCAAGGGAAGTTATCAAAAAGGAGAGCCCCCCGTTAAAAGACTGTCTGATGCCGAATTTAGAGCACGTTTAGACAAGGGTCTCTGTTTTAGGTGTAATGAGAAATATTCTCATGGACATCGATGCAAAATCAAAGAAAAAAGGGAGCTCATGCTTTTTATCTTGAATGAAGAAGAAAGCACCGAGGAAGGGGAAGGGTCAGAGGCACCAAACACAGAACCAGTAGAGATCAATCAGTTGGGAGAACCAGAAGAAACTATGATCGAATACCGGGCCATCACCAGTTTGACAACTAAAGGAACTATGAAGCTGAGAGGAATAGTCAAAGGAAAAGAGGTTATTGTATTGATTGACAGTGGGGCAACCCACAATTTCATTCATCATGAGCTGGTCAAGGAAAGGAAAATCCCCATCAATAGAAACACTCAGTTTGGGATTACTATTGGCGATGGCACAAGCTGTAAAGGAGAAGGCATTTGTAGCAAAGTAGAAATCCAGCTTGAAGGGCTAAGAGTAGTAACTGATCTGTTGGTTGTGGGATTGGGGACAATAGACGTGGTGCTGGGAATGCAATGGTTGGATACAACAGGCACCATGAAGATTCATTGGCCATCGTTGACAATGGTCTTTTGGAAGGAAGGGAATAAGGTGGTTTTAAAAGGAGACCCGGCTTTGATAAGGGCAGAATGTTCACTCAAGACCTTAGAGAAAACATGGGAAGCGGAAGATCAAGGTTTTTTGCTTGATTGGCAAAGATATGAGATCGAAAATGAGGATGCTGATTGCAGAAACACGAGCCATACAGGAGATGAAGAGGGATTACCAATGATCCAGTTCTTACTCCATCAATACTCTGATGTGTTTGAAAGTCCGACCACTCTACCACCCAAGAGAAGCATTGATCACCGCATACTCACTTTACCGGGGCAGAAGCCAATCAATGTCCGTCCTTATAAGTACGGCCATCAACAGAAAGAAGAGATAGAAAAGCTAGTCATGGAAATGCTGCAGACCGGAATCATTAGACCAAGTCACAGCCCTTTCTCAAGTCCAGTGCTGTTAGTCAAGAAAAAAGATGGGGGCTGGAGGTTTTGTGTCGATTACAGGAAGCTAAATACAATTACAATAGCTGATAAGTTTCCCATTCCGGTTATTGAAGAACTCTTGGATGAGTTACATGGGGCCACGGTGTTTTCCAAATTAGATTTAAAGTCAGGTTACCATCAAATACGAATGAGAGAAGAAGATATCGAGAAGACTGCGTTTAGGACGCATGAAGGCCATTACGAATTCGTGGTAATGCCATTTGGTTTAACCAACGCTCCTGCCACTTTTCAAGCCCTAATGAATCAGGTATTTAAGCCTTTTCTCCGCCGTTGTGTTTTGGTTTTCTTTGATGATATACTAGTCTATAGTTCGGACATAACAGAACACGAGAAACACTTAGGAATGGTGTTTGCAACACTAAGAGACAACCAGTTGTATGCTAATCGCAAGAAATGCGTTTTTGCTCACTCACAAATACATTACTTAGGCCATGTTATCTCCAAACATGGAGTGGAGGCAGATCAGGATAAAGTTAAAAGTATGCTACAGTGGCCGAAACCCAAGGATGTGACAGGTTTAAGGGGTTTTTTGGGGCTGACGGGCTACTATAGGCGTTTTGTCAAAGGTTATGGTGAGATTGCAGCACCACTGACTAAACTACTGCAGAAGAACGCTTTCAAATGGGATGAGAATGCCACCCTAGCATTTGAAAATCTGAAATCTGCAATGTCTACCATACCAGTACTGGCTTTACCCGATTGGTCTCTACCCTTTATGATAGAAACTGATGCCTCAGGTAGTGGATTGGGAGCAGTACTATCCCAGAACAGCCATCCCATAGCATTCTTCAGTCAGAAATTGTCTACAAGGGCTCAAGCCAAGTCCATATACGAGAGAGAATTGATGGCTGTAGTATTATCCGTGCAAAAGTGGCGGCATTATCTTTTAGGAAGGAGATTCACCATTATGTCAGACCAAAAAGCTCTAAAGTTTTTATTGGAGCAGAGAGAGGTACAACCACAATTCCAAAAGTGGTTAACCAAGTTATTGGGATATGACTTTGAAATTTTGTACCAACCGGGACTTCAAAATAAGGCAGCAGATGCACTTTCAAGGATGGATCATTCAATAGAATTGAAGGCATTGTCAACAACAGGGATTGTAGACATGGCAGTAGTTACAAAGGAAATCGAGAAAGATGAAGAACTTCAACTCTTAATCCAACAGTTACAGAATAACCCAGCATTGGAGGGCAATTACTCTTTAACAAATGGCACGCTAATGTATAAAGGAAGGGTGGTGCTGTCCAAATCATCGTCAATTATACCCAGCCTTTTACACACCTTCCATGATTCGATTTTGGGGGGCCATTCAGGATTTTTGAGGACTTACAAGCGAATGAGTGGTGAGCTATTTTGGAAAGGTATGAAAGAAGACATCAAGAAGTATGTGGAACAGTGTGAAATCTGCCAAAGAAATAAGAGTGAAGCAACCAAACCGGCAGGGGTTCTACAACCATTACCCATACCCGACCGCATATTGGAAGATTGGACTATGGACTTCATCGAAGGATTGCCTAAAGCAGGAGGTATGAACGTGATTATGGTGGTTGTCGACCGGCTGAGTAAATATGCTTATTTTGTCACCATGAAGCATCCGTTTTCAGCAAAGCAAGTTGCCATGGAATTCATTGATAAGATAGTTCGAAGACACGGCATCCCTAAGTCAATTATATCAGATAGGGACAAAATATTTGTAAGCAACTTTTGGAAAGAACTATTTTATGCCATGAATACCATCCTTAAACGAAGCACTGCCTTTCATCCTCAAACGGATGGCCAAACAGAACGAGTCAATCAATGTTTAGAAACCTACTTACGGTGCTTTTGTAATGAGCAACCAAACAAATGGCATCAGTTCATTCCATGGGCAGAGTTATGGTACAACACCACATTCCATTCGTCAACACGCACAACTCCTTTTCAGACTGTGTATGGTAGACCCCCACCACCCCTGATATCCTATGGAGACAAGAAGACACCTAATGATGAAGTTGAAGCATTGCTGAAGGAAAGAGATTTGGCTATTAGTGCGCTCAAGGAGAACCTCACGATCGCTCAAAATAGAATGAAGAAATTTGCAGACTCAAAGAGAAGAGAACTTAAGTTTAAAGTAGGAGATGAAGTCTATCTAAAGTTAAGACCCTACCGGCAGCGCTCCTTAGCAAGAAAAAGGGCAGAAAAGCTAGCTCCTAAATATTATGGCCCATATCGCATCATTGAAACTATAGGAGAAGTGGCATACCGACTTGATTTACCACCCGAAGCATCAATTCATAATGTTTTCCACATATCACAGCTCAAACTGAAACTAGGCAACCAACACAACGTCCAAATCCAACAACCACAGCTCACAGCAGAGTTCGAATTACAACTTTGGCCGGAGACAGTTTTAGGCATACGTTGGAGTCCTGAATTGGGAGCCAATGAATGGCTGGTGAAATGGAAAGGACTGCCAGACAGTGAAGCCACCTGGGAATCAGTTTACTCAATGAATCAACAGTTTCCTTCATTCCACCTTGAGGACAAGGTGATTTTGGAACCCCGGGGTATTGTAAGACCTCCTATTATTAATGTGTATAAGAGGAGGGGTAAGAAAGGAAAGTTACAGGACAGCAAGGAGGAAAGAGAGAATGGAAATGAAATAGTGGATTAGTGGAGCAGCAAGTGGGCCCTACAGGATCATGTTGTTTGTCTTATTCGGCCAAATGTCTTATAAATAGCAAGGGGAGGGTAGCATTCTAGGTATGAGAGATTTATAAAGAATGTTTTGAGAAAGAATAGAGATTGGCGGCTGGGGAACCCTACCTTAGCCTAGGAGAATAGGTTGGTTGGTTCTTTACTGTTTTCCTTGTTTTATTTCCTAGTTATTTCTATCATCTATCTTGTATCTACTGTTTTTGGCAATATAAATATATAAACACAGAGTGCTGCCTCTGTTTTTGCCCTTGAGTTAGTAAGGGAATATAAGAAAGAAGTGAGAATCCTCACAGTATTCTAAACACATCCTAATGCTCAAAGTACAAAGGGAATACAAAGAGCAAAAAAAATAAAAGCATATCGATCTAGGTGGTGCACTCGGGTCATTGCTTCCACATCTCTTCCACTTGTCTTCCTCTAAATATAGAGTGGTGTTTAAGTTTTTAGTTTGGTGGAGCTCAGGATTAACAATTTGGATCAACTTGTAAGGAAGATGTTTTCGTTTGTTGGTCTATTTTTTTCATTCTCTGTCAAAAGGCAGAGGAAAACCTGGATCACATTCTTTGGAGTTGTGAGTTCGTGAAAGCCTTTTAGAGTGCCTTCTTTCAAATTGTTCGGTTTCTTGCTATCCCATTGCAGGGACATATGATCAAAGAGCTTCTCCACCCTTTTCCCTTTTTTGAAAAGATTCATTTTTTTTTTCTTACTCGTATGTGCTATTCTGGGGTGAGAGGAACAATAGAGTTTTTCTTTTTTAAAAAATTAATTCTCTTTTAGGGGGTGTTTAAGGCAAGGAATGAGTTATTATAGTCCTAGGTTATTATAGTTTGATTAGAATAACTTGTGTTTGAGGTGTAGATTATTTTAGTTTGGGTTATAATAGTTTGTGTTTGGTATGCAGACTATTTTAGTTTGATAAAAAAATGGTAAACACTGTTGCAAAGAATAAAAAAATGATGAATGTCAAATAGTAAAAACTGTAGCAAATTGGGAGTTTTGAAATAGTGTTTACTGTAGCTAATTGGAGATTTTTAAATAGTGTTTACTGTAACAATAGGTGATTATTATAGTCCTAAATAATCTTTGTCCCAAACGACTCTTTGTTCTTTGTGTCCATTAGGTCCTTGCTTGTTCTAAATTTCTAAAAATAATGATCTATTGATATAAAATTGTATTTTATGTCTAATGGGAGCCTATAATTTTGATTGTGTTTAGTAGGTCCATGAATTTTAAAATGTGTTGAATAAGCCAAGGATCTATTGAACACAAAATTAAAAGAATGAAAGTAACGACGAAGAACTAACACAAGATTTACGTGGAAACCCTAGTACATGGAAAAAAACCACAGGAGAGAGTTTTCTTATTATTTACTTATGCAACAAATAATGTAAGGGGAAAATACAAGAGCCTAGTTAAAAAAGGAAAGATTATATGCCGTGGCATTTTCGTTTAGGCCACCCTAATTTTTAATATATAAAACATTTATTTTCTCATCTTTTCTCCAAACTTGATGCGCCCACCTTATCTTGTGACATATGTATTCGAGCCAAACAACATTAGGTCTCTTTTCCTTCACAACCATACAAACCAACCCATTTATAGTGATGTCAGGGGACCATTCAAGATAACTACCTCATTTGGAAAACTATGGTTTGTAATCTTTATTATTAATGATCATACCCGTCTCCAACAAATCCGAGTTCACCTCCGTCTTAGGGATTCTATCACACCATAGAGACGCATTTCAATGCAAAGATTGCTATTTTATAGAGTGACAATGGTCGTGAGTTCGAAAACCATACCCTCAATGAGTTTTTGCCAAAAGGATTCTCTACCAAAATTTATGTTCCTATACCCCCAATAAAATGGGGTAGCCAAGCGTAAAAACCGTCACCTTTTGGAAGTAGCTCGTTCTCTTATCTTGTCTACTTCCCTTTCTTCCTATCTCTGGGGCGTCATTGTTCTTACTGCCACCCATCTTATCAACTGGATGTCTTCTCGTGTCCTACATTTCCAGACCCCCTTAGAGTTCTTAAAGAGTCATATTCCTTTACCCGCCTCCTTTCTGATGTTCCTCTTCGGGTATTCGGGTGCTCAACCTATGTTCATAACCATGACCCTAACCCAACTAAGTTTACCCCTCGGACTCAGACATGTGTTTTTGTTGGTTACCCTCTGCACCAACGAGGCTATAAATGCTTTCATCTGTCTTCTCGTAAGTACTTTGTTTCCATGGATGTCACATTTCTTGAGGGTTGTCATTTCTTTCCCATTAGCCTACTTCTTGGGGAGAGTGAGAGTGAAGAGTTTAATTGGGCGATTTCCTTGGAGTCTACCACTCCTACTCTTGTTACCCTATCTAGTCCAGATCCTCACAACACGGTCCTACCTATGAACCAAGTTCCTTGGAAAACCTACTATAGGAGGAATCTTAGAAAGGAAGTTGAGTCTTCTACTATTCAGTTGGCTCCGATCCAAGACTCTGAACCTTTACGAGATCAAGGTATGACAAATTCTTTTTCCTCATATATCGACAGTAAAATGAGTGAAAGTGACAGGTCCGAGACAACTATTCTTGAAAATATAGGTGAACAGGGTAGTGTTGATACTGAGATCATTTCAGATGGATAGGGCAGTGATGATGGGAATGAGGTCAGTGCACAATTTACTACGAATGAACCGTTTAGAAAATATCAGTACGTATTATTCGTCTCTTGATCTGACTATTGCACTAAGGAAGGAACGTCTCTTGATCTGACTATTGCATTAAGGAAGGGTATCGGGTCCTGCATAAAGCACTCTGTTGCTAACTATGTTTCTTATAAGAACCTATTTCTTCAGTTCAAAGCCTTTATAGCCAGCCTTGACTCTACAACAATACCCAATAATATTCATGTTGCCTTTGAATGCCCAAAGTGAAAAATTGCAGTCATGGAAGAAATGAGAGCCCTGGAAAGAACAAGACTTGGGAGCTCTGCACTTTTCCTAAGGGATATAAAACTGTAGGATGCAAATGGATGTTTACTATCAAGTACAAAGCAGATGGTACTCTTGACAAACATAAGGCCAGGTTAGTTGCAAAAGGACTCACTCAGACTTATAGGGTTAACTACTTTGAGACTTTCTCTCCTGTTGCAAATTTAAACATTGCTAGGGTCTTGCTGTCTGTTGTTGTGAATAAAGAGTGACCTCTAAAACAACTTGATGTTAAGAACGTGTTCCTAAATGGGGATTTAGAAGAGGAAGTGTATATGAGTCCTCCACTAGGATTCGAATCCTAATTTGACCATCATGTTTGCAAACTTCGAAAGTCCGTGTATGGATTGAAATGGCCACCAAGAGCTTGATTTGACAGATTTACCTCATTTGTCAAGTCTCAAGGGTACACTCAGAGGCACTCTGATCACACTTTATTTACAAAAGTCCCTTAGTTCTGGAAAATTACAATTTTTATAATCTATGTTGATGATTTTGTTATATGTGGGGATGACACCAATGAGATCCTCCAACTAAAAAAGAAGATGAGGGATGAGTTTAAAATTAAAGACTTTTAGGAGTCTGAAATACTTTCATAGGATGGAAATTCCAGATCTAGAGAGGGGATATCTGTATTCTAGAGGAAATACACCATTGATTTGTTAACTGAGACAAGAATGTTAGGATGCCGTCTCGCTGATACACCTTTTGAGTTCAATGCCAAACTCAAGGATACAGGTGAAAAAATTCCGATTGACAGAGAGAAATATCAGCACCTGGTGGAAAAACTGATTTATTTATCTCACACTAGGCCTGACATCTCATATGTTGTGAGTACTGTTAGTTAGTTCATGCAGACTCCTTACAAAGAACATATAGAGGCTATAAACAGAACTCTAGAGTATTTAAAAGCAACTCCTAGTAAGGGGTTGAGATTTAGGAAAACTGACAAAAGGTGTATTGAGGCCTATACAGATTCTAACTTCGCAGGGTCCATTGTTGATTATCAACCTCTGGTACTATATTTTTGTGTGGGGCAATCTTGTTACTTGGAGAAGTAAGAAGCAAGGAGTTGTTGCTAGGAGCAGTACTGAAGATGAGTACAGGGCCATGAGTTTGGGAATTTGTGAGAAAATTTAGCTCTAGAAGGTGCTATCTAATCTTCATCAAGATAATGAGGTGCCTATGAAACTTTTTTGCAAAAATAAGGTGACCATCAACATTGCCAATAACCCGGTCCAACATGAGAGAACTAAACGTGTGGACATTGATAGACACTTTATCAAAGAGAAATTGGACAGTGGTAGCATTTGCATTCCTTACACACCTTCAAGCCAATAAATTGTTGATATTATGATAAAAAGGCTTCTCAAACAGAGCTTCGGTTCTTGTGTTAGCAAGTTGGGTCGTAATTGGGTCTTTTTGACATTTACGACCCAACTTGAGGGGGAGTGTTAGAATTAGTGGGCTTGTTGTATATTGAAAGCCTAAAGGTATTTTAGTCTTTTATGTTGCCCTAATTAACTTTCGTTATTTTAATTAGGCCTTTATTGCCTATAAAGTAATGCTCCCCTGTATCATTAGTTATGTAAGAAAATAATAAGATAGATCTGCACTATGGACTTTCACCCTGAACTAGGGTTTCCATGTAAAATGTGTGTTTCTTCTTCATCTCTACTATCAATACTCCCCTTCCCAGAAAGGTTCCTAGGAATTACTTGGTGAAGGGCGAGGTATCTCTTCCGTTAGAAAGTCAAATTTGAGGCGTCCCTCAAGGATCATTTTAACCGATTGTGACCAAGAGAAGTAGTTTTGGCCATTCAGCTTCTCCCTTGTAGGAACTCATGTACTCTGTGCCATAGAACCAGGCACGTAAGTAACGGATAAATTAGGGAACAAAGTTATCGGATTCTCAGAATATGTCAGCAAGTTGGTTGGAATGCTAGGACTAGAGGTGTGCAGAAGCTCTAAAAGTTGCCTCAAACGCTGCAAGTTGCTATCAAAACATAGCCAATTGTTGGTGGTATCCTGCACTTTTGGTTTAGATTGGGTCGAGGACTCACCAATTTCAAATTCTGACTGGGTGTGGTGGTTACTAACTTTGGGGTGACAATTGGGCAGATTTTCCAGTGAGGTATAGGTGTTGGCGGGTAGTGGTGAAAAATTACATGGCTCGGATGGTGCAAAGATTTATTAGAGTTTGCGGCAACTTGTGATTTAGGGTGTGTAGCAGGGTGGTGGCTAGCGTCTGTGGTTTGCAGCAAGGGTAGGTTGCGGCTGGTGGTAGTTTGCGGCAAGGGAGTAATCGGTGGCTAGGTAGGTTGCGATGGTTGGTTAGGGTTTGTGGCAAGGGTGTAATCGGTGGCTGGGTTAGGTTGCGACTGCACACTGGGCAGCGGCTAGAAAGAAGCAATCAGCGGCTCGTGGACGTGAACTTGTTGGGGCTTGCTGAAACCTTCACTCGGCATCACGTGTGGCTAAAGGGGAACACTCGTCGGCATGTTTTGAAGGTGACGGAACAGGTCGTCCATGGTGGCAATGATGCCGACGTTGATACCAACTACTGTCTCGCTAGTAGTGAGGCTCTCCTCTGTTTAGGTTCCATCAAGATTAGGGTCTAAGGTTTTGACGTTATTCCTCTCTAATACCATATTGAAAGTAACCACAAAGAGCTAACATAAGATTTACGTGAAATCCTAGTACACGGAGAAAAGCCATGAGAGAGAGTTTCTTATTGTTTACTTATACAACACAAAATACAAGGGGGAACTTAACTGGGAACTAGAACCTAATTAAAAGAGGGAAGAATAATTAAGGTAACATAAATTACAAAATTACCCTTGGGCTTTCAACATACTTGCCCACTAATTCTAACAAAAAATTTAGGACCTATCGAGAACAAAATCGAAAGTTCAAGGACCTTTAGATATTTTTCTTTTGAGATTTTGGGACTTACCGACATATTATTAAAAATTTAGGAACCTTCTAGACATTTTCAAAGTTCAGAGATCGAATAGACACAAACTTGAAAGTTAACATGCTAATTTTGTAATTGAACATAACTTTTAACGGGCTTTTTGTAAGTACGTCTTTTTGTATATATTCTCTTGTGAGAGTTTCCGTTACATGTTGGGAGATCGATTGTATTTACTTTATCGTGATTATTATTGGATTTGTCCATTCATGTTGGATTCTCCTAGTATGCTTGCTTTTTTCCTGATGGAGTATATACTTCACGGCAGAATGATAAACATGACAAGAATAGTGTATCTACATCACTTAGGAAAGCTAGCAGGGAGAGATTAGAGAATTCTCTAGAGCAGGCTCAACAACGGCTTGGGAGCACCAAGTAAGTTGCCGTGCTTTTTAAGATGGCAGAGATTTTATTATTTCTTCATTGAATTATGAAGTGGCAAAAAAACGTCCGTTGCTTTTCTGATTTTACTTAGACGCTCATTTTCTTGAGATAATCAGTTGACCGATTTTCATTTTGTGTCATGTCCACCAATTGAACAGTGGACAACAATAACACTAACAGCATTGTTGATGTCATTTATCGATAATAAATACGATGTATTTCTCCTGGTAACTAAACTAGTTCACTCCTTAGTGACACAGGAGCGTGCATGCTCGTATTATGGATTTTAGTTCAGCCAACTCATACAGTTATACATGGTTTAAAATTTTTCATCTGGATTGGAATTCTTTCAGGATTGAAGTGGAAAGATATGCTTGTTTTCTTGAGCATGAGTGCTACGAGAAATATGGAAGAGCAGGGAAATCATTCTATTATTCACAAGTTGCAAGTACAGTGCGGTGGCTGTGGACAGCAAGTTCTACAGTGTTGACCAATCGGCTTAGCATCGCTGATAACCGTTGTTCAGAGAAGAATAGAGAACTTCCTGCATTGCCATCGCCATCCCCAGTGTTGGATCTCCCGAAGTTAGTAATGAGTAACGAAGAATTTTGTAGCAGCAACCTAGTTTTGGAAACTTCAGCGACTAAAGTGGCAGAGCGAAAGGCTTCCCCTGCTGTTTCTTTGCCTTCAATTCCTTCATTCTCAGAATTTGTTAATGGTATAAAGGAAAAGGCGAATCAATCAAATAAATCACATGGGCACTCCCTCAACAGAGATGAAAAGGATCCAGTGAAGAGGGGGAGGTTGCGGTAGACTTTCTTGTCTCCAAAAATTTTCTTTTGTTTTGTTATTGTTTTCTTGGGCCAACGATGAAGAACAGAACTCAAAAGATGGATGAATGATATGCTCATGACAAGGATGTCATTGTTACTTATTGTAAATTGTTAAAATTGAAGAGGTTTTGCTTGGAAACACTTTTGAATCTGTTCTATATTACTCCAAGATGGCGGAATTGGATAC

mRNA sequence

AATACCATTTTCAGATGCTGCACAAGGGAAGGGGCAGGAAAAAAAGTCGCAGTAGGTGAACATTGTTTGAACATTCAGGCAGGTAGAAATGAAGAAGTCATCGCTTCCATTGCAGAGTAATATCCGTCCAGAAAAGCACAAATATAGCAAGGAATCCTTGACGAAGCTCTTAAGGTGGCATTTTGGACATTCCGAGTTTAGGGGAAAGCAACTGGAAACTATTGAAGCTGTTTTATCAGGAAAAGATTGTTTCTGTCTCATGCCCACTGGGGGAGGGAAATCAGTGTGTTACCAGATCCCTGCTCTAGCTTCGAACGGAACGGTGCTTGTTGTTTGTCCTTTAATAGGTGAATGGAAAACCAAGTGATGGCCTTGAAGGAAAAGGGGATTTCTGCTGAATATTTATCCTCGACTCAGTCAACACAAGCCAAAAATAAAATTCATGAAGATCTCGATTCTAGTAAACCTACCTTAAGGCTTCTCTATGTTACACCTGAATTAATTGCGACATCAGGATTCATGGCAAAATTGATGAAAATTTATTCTAGAGGATTACTAAATCTGATTGCTATAGACGAGGCGCATTGTATTTCGACATGGGGCCATGACTTCAGGCCTAGCTACCGCAAGCTTTCTTCTTTGAGGAGTCGTCTTCCTAATATTCCTATACTGGCCTTGACCGCTACTGCTGTTCCTAAAGTGCAGAAAGATGTGATAATATCCTTGGCCTTGGAAAACCCTCTAGTTCTTAAGTCTTCTTTTAATCGTCCTAATATATATTATGAAGTTCGATACAAAGATCTTTTGGATGATCCATTTGCCGATTTGTGTAATCAACTGAAATCAAGTGGAGATGTTTGTGCAATCATCTATTGCCTAGAGCGTGCAATGTGCGATCAATTGTCAGTTTATCTAGCAAAACATGGCATTTCATGCGCTGCATATCATGCGGGTTTGAAGAATGAGTTAAGGAAATCTGTTTTAGAGGATTGGATAAGCTCTAAGATACAAGTTGTTGTGGCCACAGTGGCTTTTGGGTAGGGTATAGATAGGAAAGATGTCAGGGTTGTTTGCCATTTCAATATTCCAAAGTCAATGGAAGCTTTCTATCAAGAGTCAGGTAGAGCTGGCCGTGATCAATTACCCTCTAAAAGTCTGTTATACTATGGAATTGAAGACCGCAGAAGAATGGAATTTATTATAAGAAATAGGTCCAGTGCTGATAAGAAGATCCTACCATCTTCAAGCTCCCAAGAAAAGCAATCGGAGAAGTCCTTAACCGACTTTACTCAGATGGTTGAGTATTGTGAGGGCTCCAGATGTCGCAGGAAGCAAATTCTTGAGAGCTTTGGGGAACAGGTTCCTGCATCCATATGTAGTAGATCATGTGATGCCTGCAAACACCCAAATATCGTTGCTGCCTATTTGGAGGAGCTTACTACTTGTGCTGTTAGGCGAAATAATTCATCTTCCAGAATTTTTGTCAGCAGATCGAATGCAGACGATGAAGATGAGTTTTCTGAATTTTGGAATCTCAAGGATGAAGCAAGTGGATCTGGAGAAGATATATCAAATTCTGATGATGATACTGAGGTTGTCAAAAGCCTAACTAGGATGAAGTCTCTAAAGAAATCAGGACTAAATGAAAAGATGGCACTTCTAGAGCGTGCAGAAGAAAACTATTACCAGAACAAGATTTCAGTTAAACAGAATGATAAACATGACAAGAATAGTGTATCTACATCACTTAGGAAAGCTAGCAGGGAGAGATTAGAGAATTCTCTAGAGCAGGCTCAACAACGGCTTGGGAGCACCAAGATTGAAGTGGAAAGATATGCTTGTTTTCTTGAGCATGAGTGCTACGAGAAATATGGAAGAGCAGGGAAATCATTCTATTATTCACAAGTTGCAAGTACAGTGCGGTGGCTGTGGACAGCAAGTTCTACAGTGTTGACCAATCGGCTTAGCATCGCTGATAACCGTTGTTCAGAGAAGAATAGAGAACTTCCTGCATTGCCATCGCCATCCCCAGTGTTGGATCTCCCGAAGTTAGTAATGAGTAACGAAGAATTTTGTAGCAGCAACCTAGTTTTGGAAACTTCAGCGACTAAAGTGGCAGAGCGAAAGGCTTCCCCTGCTGTTTCTTTGCCTTCAATTCCTTCATTCTCAGAATTTGTTAATGGTATAAAGGAAAAGGCGAATCAATCAAATAAATCACATGGGCACTCCCTCAACAGAGATGAAAAGGATCCAGTGAAGAGGGGGAGGTTGCGGTAGACTTTCTTGTCTCCAAAAATTTTCTTTTGTTTTGTTATTGTTTTCTTGGGCCAACGATGAAGAACAGAACTCAAAAGATGGATGAATGATATGCTCATGACAAGGATGTCATTGTTACTTATTGTAAATTGTTAAAATTGAAGAGGTTTTGCTTGGAAACACTTTTGAATCTGTTCTATATTACTCCAAGATGGCGGAATTGGATAC

Coding sequence (CDS)

ATGGAAAACCAAGTGATGGCCTTGAAGGAAAAGGGGATTTCTGCTGAATATTTATCCTCGACTCAGTCAACACAAGCCAAAAATAAAATTCATGAAGATCTCGATTCTAGTAAACCTACCTTAAGGCTTCTCTATGTTACACCTGAATTAATTGCGACATCAGGATTCATGGCAAAATTGATGAAAATTTATTCTAGAGGATTACTAAATCTGATTGCTATAGACGAGGCGCATTGTATTTCGACATGGGGCCATGACTTCAGGCCTAGCTACCGCAAGCTTTCTTCTTTGAGGAGTCGTCTTCCTAATATTCCTATACTGGCCTTGACCGCTACTGCTGTTCCTAAAGTGCAGAAAGATGTGATAATATCCTTGGCCTTGGAAAACCCTCTAGTTCTTAAGTCTTCTTTTAATCGTCCTAATATATATTATGAAGTTCGATACAAAGATCTTTTGGATGATCCATTTGCCGATTTGTGTAATCAACTGAAATCAAGTGGAGATGTTTGTGCAATCATCTATTGCCTAGAGCGTGCAATGTGCGATCAATTGTCAGTTTATCTAGCAAAACATGGCATTTCATGCGCTGCATATCATGCGGGTTTGAAGAATGAGTTAAGGAAATCTGTTTTAGAGGATTGGATAAGCTCTAAGATACAAGTTGTTGTGGCCACAGTGGCTTTTGGGTAG

Protein sequence

MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKLMKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKDVIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAMCDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG

Homology

[Close]

BLAST of MELO.jh011734.1.t3 vs. NCBI nr
Match: XP_008459900.1 (PREDICTED: ATP-dependent DNA helicase Q-like 3 isoform X2 [Cucumis melo])

HSP 1 Score: 449 bits (1154), Expect = 5.11e-154
Identity = 229/229 (100.00%), Postives = 229/229 (100.00%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL
Sbjct: 89  MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 148

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
           MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD
Sbjct: 149 MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 208

Query: 121 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 180
           VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM
Sbjct: 209 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 268

Query: 181 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG
Sbjct: 269 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 317

[Close]

BLAST of MELO.jh011734.1.t3 vs. NCBI nr
Match: XP_008459885.1 (PREDICTED: ATP-dependent DNA helicase Q-like 3 isoform X1 [Cucumis melo])

HSP 1 Score: 449 bits (1154), Expect = 1.21e-151
Identity = 229/229 (100.00%), Postives = 229/229 (100.00%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL
Sbjct: 89  MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 148

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
           MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD
Sbjct: 149 MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 208

Query: 121 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 180
           VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM
Sbjct: 209 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 268

Query: 181 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG
Sbjct: 269 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 317

[Close]

BLAST of MELO.jh011734.1.t3 vs. NCBI nr
Match: KAA0061460.1 (ATP-dependent DNA helicase Q-like 3 isoform X1 [Cucumis melo var. makuwa])

HSP 1 Score: 447 bits (1149), Expect = 6.84e-151
Identity = 228/228 (100.00%), Postives = 228/228 (100.00%), Query Frame = 0


Query: 2   ENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKLM 61
           ENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKLM
Sbjct: 92  ENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKLM 151

Query: 62  KIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKDV 121
           KIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKDV
Sbjct: 152 KIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKDV 211

Query: 122 IISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAMC 181
           IISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAMC
Sbjct: 212 IISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAMC 271

Query: 182 DQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           DQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG
Sbjct: 272 DQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 319

[Close]

BLAST of MELO.jh011734.1.t3 vs. NCBI nr
Match: KGN60530.2 (hypothetical protein Csa_019207 [Cucumis sativus])

HSP 1 Score: 438 bits (1126), Expect = 2.27e-148
Identity = 223/229 (97.38%), Postives = 227/229 (99.13%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDL+SSKPTLRLLYVTPELIATSGFMAKL
Sbjct: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLNSSKPTLRLLYVTPELIATSGFMAKL 60

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
           MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRS+LPNIPILALTATAVPKVQKD
Sbjct: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSQLPNIPILALTATAVPKVQKD 120

Query: 121 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 180
           VIISL LENPLVLKSSFNRPNIYYEVRYKDLLDDP ADLCNQLKSSGDVCAIIYCLERAM
Sbjct: 121 VIISLGLENPLVLKSSFNRPNIYYEVRYKDLLDDPLADLCNQLKSSGDVCAIIYCLERAM 180

Query: 181 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           CDQLSVYLAK+GISCAAYHAGLKNELRKSVLEDWISS+IQVVVATVAFG
Sbjct: 181 CDQLSVYLAKYGISCAAYHAGLKNELRKSVLEDWISSRIQVVVATVAFG 229

[Close]

BLAST of MELO.jh011734.1.t3 vs. NCBI nr
Match: XP_004141074.1 (ATP-dependent DNA helicase Q-like 3 [Cucumis sativus])

HSP 1 Score: 438 bits (1126), Expect = 2.00e-147
Identity = 223/229 (97.38%), Postives = 227/229 (99.13%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDL+SSKPTLRLLYVTPELIATSGFMAKL
Sbjct: 89  MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLNSSKPTLRLLYVTPELIATSGFMAKL 148

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
           MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRS+LPNIPILALTATAVPKVQKD
Sbjct: 149 MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSQLPNIPILALTATAVPKVQKD 208

Query: 121 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 180
           VIISL LENPLVLKSSFNRPNIYYEVRYKDLLDDP ADLCNQLKSSGDVCAIIYCLERAM
Sbjct: 209 VIISLGLENPLVLKSSFNRPNIYYEVRYKDLLDDPLADLCNQLKSSGDVCAIIYCLERAM 268

Query: 181 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           CDQLSVYLAK+GISCAAYHAGLKNELRKSVLEDWISS+IQVVVATVAFG
Sbjct: 269 CDQLSVYLAKYGISCAAYHAGLKNELRKSVLEDWISSRIQVVVATVAFG 317

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy Swiss-Prot
Match: Q9FT72 (ATP-dependent DNA helicase Q-like 3 OS=Arabidopsis thaliana OX=3702 GN=RECQL3 PE=1 SV=1)

HSP 1 Score: 356.3 bits (913), Expect = 2.6e-97
Identity = 175/229 (76.42%), Postives = 202/229 (88.21%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           MENQVMALKEKGI+AEYLSSTQ+T  KNKIHEDLDS KP++RLLYVTPELIAT GFM KL
Sbjct: 89  MENQVMALKEKGIAAEYLSSTQATHVKNKIHEDLDSGKPSVRLLYVTPELIATKGFMLKL 148

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
            K++SRGLLNLIAIDEAHCIS+WGHDFRPSYR+LS+LR  L ++P+LALTATA PKVQKD
Sbjct: 149 RKLHSRGLLNLIAIDEAHCISSWGHDFRPSYRQLSTLRDSLADVPVLALTATAAPKVQKD 208

Query: 121 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 180
           VI SL L NPLVLKSSFNRPNI+YEVRYKDLLD+ + DL N LKS G++CAIIYCLER  
Sbjct: 209 VIDSLNLRNPLVLKSSFNRPNIFYEVRYKDLLDNAYTDLGNLLKSCGNICAIIYCLERTT 268

Query: 181 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
           CD LSV+L+  GIS AAYHAGL +++R +VL+DW+SSK Q++VATVAFG
Sbjct: 269 CDDLSVHLSSIGISSAAYHAGLNSKMRSTVLDDWLSSKKQIIVATVAFG 317

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy Swiss-Prot
Match: O94762 (ATP-dependent DNA helicase Q5 OS=Homo sapiens OX=9606 GN=RECQL5 PE=1 SV=2)

HSP 1 Score: 197.6 bits (501), Expect = 1.5e-49
Identity = 100/238 (42.02%), Postives = 153/238 (64.29%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           +++QV  L    +    L+S  S Q + ++  DL+  KP  ++LY+TPE+ A+S F   L
Sbjct: 83  IQDQVDHLLTLKVRVSSLNSKLSAQERKELLADLEREKPQTKILYITPEMAASSSFQPTL 142

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
             + SR LL+ + +DEAHC+S WGHDFRP Y +L +LRSRL + P +ALTATA P+VQ+D
Sbjct: 143 NSLVSRHLLSYLVVDEAHCVSQWGHDFRPDYLRLGALRSRLGHAPCVALTATATPQVQED 202

Query: 121 VIISLALENPL-VLKSSFNRPNIYYEVRYKDLLDDPFADLCN-QLKSSGDV-------CA 180
           V  +L L+ P+ + K+   R N++Y+V++K+L+ DP+ +L +  LK+ G         C 
Sbjct: 203 VFAALHLKKPVAIFKTPCFRANLFYDVQFKELISDPYGNLKDFCLKALGQEADKGLSGCG 262

Query: 181 IIYCLERAMCDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
           I+YC  R  C+QL++ L+  G++  AYHAGLK   R  V  DW+  K+ V+VAT++FG
Sbjct: 263 IVYCRTREACEQLAIELSCRGVNAKAYHAGLKASERTLVQNDWMEEKVPVIVATISFG 320

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy Swiss-Prot
Match: D4ACP5 (ATP-dependent DNA helicase Q5 OS=Rattus norvegicus OX=10116 GN=Recql5 PE=1 SV=1)

HSP 1 Score: 194.5 bits (493), Expect = 1.3e-48
Identity = 97/239 (40.59%), Postives = 148/239 (61.92%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           +++QV  L    +    L+S  S Q + ++  DL+  KP  +LLY+TPE+ A++ F   L
Sbjct: 83  IQDQVDHLLALKVQVSSLNSKLSVQERKELLSDLERDKPRTKLLYITPEMAASASFQPTL 142

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
             + SR LL+ + +DEAHC+S WGHDFRP Y +L +LRSRL + P +ALTATA P+VQ+D
Sbjct: 143 NSLLSRNLLSYLVVDEAHCVSQWGHDFRPDYLRLGALRSRLAHAPCVALTATATPQVQED 202

Query: 121 VIISLALENPLV-LKSSFNRPNIYYEVRYKDLLDDPFA---DLCNQL------KSSGDVC 180
           V  +L L+ P+   K+   R N++Y+V++K+L+ D +    D C +         S   C
Sbjct: 203 VFAALHLKQPVASFKTPCFRANLFYDVQFKELIPDVYGNLRDFCLKALGQKADNGSSSGC 262

Query: 181 AIIYCLERAMCDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
            I+YC  R  C+QL++ L+  G++  AYHAGLK   R  V  +W+  K+ V+VAT++FG
Sbjct: 263 GIVYCRTREACEQLAIELSSRGVNAKAYHAGLKASERTQVQNEWMEEKVPVIVATISFG 321

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy Swiss-Prot
Match: Q8VID5 (ATP-dependent DNA helicase Q5 OS=Mus musculus OX=10090 GN=Recql5 PE=1 SV=1)

HSP 1 Score: 194.1 bits (492), Expect = 1.7e-48
Identity = 97/239 (40.59%), Postives = 148/239 (61.92%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           +++QV  L    +    L+S  S Q + ++  DL+  KP  +LLY+TPE+ A++ F   L
Sbjct: 83  IQDQVDHLLALKVQVSSLNSKLSVQERKELLSDLERDKPRTKLLYITPEMAASASFQPTL 142

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
             + SR LL+ + +DEAHC+S WGHDFRP Y +L +LRSRL + P +ALTATA P+VQ+D
Sbjct: 143 NSLVSRNLLSYLVVDEAHCVSQWGHDFRPDYLRLGALRSRLAHAPCVALTATATPQVQED 202

Query: 121 VIISLALENPLV-LKSSFNRPNIYYEVRYKDLLDDPFA---DLCNQL------KSSGDVC 180
           V  +L L+ P+   K+   R N++Y+V++K+L+ D +    D C +         S   C
Sbjct: 203 VFAALHLKQPVASFKTPCFRANLFYDVQFKELIPDVYGNLRDFCLKALGQKAENGSSSGC 262

Query: 181 AIIYCLERAMCDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
            I+YC  R  C+QL++ L+  G++  AYHAGLK   R  V  +W+  K+ V+VAT++FG
Sbjct: 263 GIVYCRTREACEQLAIELSSRGVNAKAYHAGLKASDRTQVQNEWMEEKVPVIVATISFG 321

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy Swiss-Prot
Match: Q9FT73 (ATP-dependent DNA helicase Q-like 2 OS=Arabidopsis thaliana OX=3702 GN=RECQL2 PE=1 SV=1)

HSP 1 Score: 186.0 bits (471), Expect = 4.6e-46
Identity = 100/234 (42.74%), Postives = 148/234 (63.25%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATS-GFMAK 60
           +++QVM L   GISA  L+ST   + +  +++ L+  +  L++LYVTPE ++ S  FM+K
Sbjct: 142 IQDQVMGLAALGISAYMLTSTSGKENEKFVYKALEKGEDDLKILYVTPEKVSKSKRFMSK 201

Query: 61  LMKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQK 120
           L K ++ G L+LI+IDEAHC S WGHDFRP Y+ LS L+++ P +P++ALTATA  KVQ 
Sbjct: 202 LEKCHNAGRLSLISIDEAHCCSQWGHDFRPDYKNLSILKTQFPKVPMVALTATATQKVQN 261

Query: 121 DVIISLALENPLVLKSSFNRPNIYYEVRYKD----LLDDPFADLCNQLKSSGDVCAIIYC 180
           D+I  L +   +   SS NRPN++Y VR K     L+ D  A+   +  S+ +   I+YC
Sbjct: 262 DLIEMLHIPKCVKFVSSVNRPNLFYSVREKSAVGKLVVDEIAEFIRESYSNNE-SGIVYC 321

Query: 181 LERAMCDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
             R  C+Q++  L + GIS   YHA +   +R+ V   W  +K+QV+V TVAFG
Sbjct: 322 FSRKECEQIAGDLRERGISADYYHADMDANMREKVHMRWSKNKLQVIVGTVAFG 374

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy TrEMBL
Match: A0A1S3CBQ2 (ATP-dependent DNA helicase OS=Cucumis melo OX=3656 GN=LOC103498866 PE=3 SV=1)

HSP 1 Score: 449 bits (1154), Expect = 2.48e-154
Identity = 229/229 (100.00%), Postives = 229/229 (100.00%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL
Sbjct: 89  MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 148

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
           MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD
Sbjct: 149 MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 208

Query: 121 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 180
           VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM
Sbjct: 209 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 268

Query: 181 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG
Sbjct: 269 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 317

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy TrEMBL
Match: A0A1S3CBB1 (ATP-dependent DNA helicase OS=Cucumis melo OX=3656 GN=LOC103498866 PE=3 SV=1)

HSP 1 Score: 449 bits (1154), Expect = 5.84e-152
Identity = 229/229 (100.00%), Postives = 229/229 (100.00%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL
Sbjct: 89  MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 148

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
           MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD
Sbjct: 149 MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 208

Query: 121 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 180
           VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM
Sbjct: 209 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 268

Query: 181 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG
Sbjct: 269 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 317

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy TrEMBL
Match: A0A5A7V2G7 (ATP-dependent DNA helicase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold41G00190 PE=3 SV=1)

HSP 1 Score: 447 bits (1149), Expect = 3.31e-151
Identity = 228/228 (100.00%), Postives = 228/228 (100.00%), Query Frame = 0


Query: 2   ENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKLM 61
           ENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKLM
Sbjct: 92  ENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKLM 151

Query: 62  KIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKDV 121
           KIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKDV
Sbjct: 152 KIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKDV 211

Query: 122 IISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAMC 181
           IISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAMC
Sbjct: 212 IISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAMC 271

Query: 182 DQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           DQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG
Sbjct: 272 DQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 319

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy TrEMBL
Match: A0A0A0LES3 (ATP-dependent DNA helicase OS=Cucumis sativus OX=3659 GN=Csa_2G00090 PE=3 SV=1)

HSP 1 Score: 428 bits (1101), Expect = 3.70e-145
Identity = 218/224 (97.32%), Postives = 222/224 (99.11%), Query Frame = 0


Query: 6   MALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKLMKIYS 65
           MALKEKGISAEYLSSTQSTQAKNKIHEDL+SSKPTLRLLYVTPELIATSGFMAKLMKIYS
Sbjct: 1   MALKEKGISAEYLSSTQSTQAKNKIHEDLNSSKPTLRLLYVTPELIATSGFMAKLMKIYS 60

Query: 66  RGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKDVIISL 125
           RGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRS+LPNIPILALTATAVPKVQKDVIISL
Sbjct: 61  RGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSQLPNIPILALTATAVPKVQKDVIISL 120

Query: 126 ALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAMCDQLS 185
            LENPLVLKSSFNRPNIYYEVRYKDLLDDP ADLCNQLKSSGDVCAIIYCLERAMCDQLS
Sbjct: 121 GLENPLVLKSSFNRPNIYYEVRYKDLLDDPLADLCNQLKSSGDVCAIIYCLERAMCDQLS 180

Query: 186 VYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           VYLAK+GISCAAYHAGLKNELRKSVLEDWISS+IQVVVATVAFG
Sbjct: 181 VYLAKYGISCAAYHAGLKNELRKSVLEDWISSRIQVVVATVAFG 224

[Close]

BLAST of MELO.jh011734.1.t3 vs. ExPASy TrEMBL
Match: A0A6J1HQJ2 (ATP-dependent DNA helicase OS=Cucurbita maxima OX=3661 GN=LOC111465781 PE=3 SV=1)

HSP 1 Score: 411 bits (1056), Expect = 2.52e-138
Identity = 208/229 (90.83%), Postives = 215/229 (93.89%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           MENQVMALKEKGISAEYLSSTQS Q K KIHEDLDS KPTLRLLYVTPELIAT GFMAKL
Sbjct: 1   MENQVMALKEKGISAEYLSSTQSIQDKKKIHEDLDSGKPTLRLLYVTPELIATPGFMAKL 60

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
           MKIYSRGLL+LIAIDEAHCISTWGHDFRP YRKLSSLRSRLPN+PILALTATA PKVQKD
Sbjct: 61  MKIYSRGLLSLIAIDEAHCISTWGHDFRPGYRKLSSLRSRLPNVPILALTATAAPKVQKD 120

Query: 121 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 180
           VI SL L+NPLVL SSFNRPNIYYEVRYKDLLDDP ADL  QLK+SGDVC IIYCLERA+
Sbjct: 121 VIASLGLQNPLVLMSSFNRPNIYYEVRYKDLLDDPLADLAKQLKASGDVCGIIYCLERAL 180

Query: 181 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 229
           CDQLSVYLAK+GISCAAYHAGLKNELRKSVLEDW+SSKIQVVVATVAFG
Sbjct: 181 CDQLSVYLAKYGISCAAYHAGLKNELRKSVLEDWLSSKIQVVVATVAFG 229

[Close]

BLAST of MELO.jh011734.1.t3 vs. TAIR 10
Match: AT4G35740.1 (DEAD/DEAH box RNA helicase family protein )

HSP 1 Score: 356.3 bits (913), Expect = 1.8e-98
Identity = 175/229 (76.42%), Postives = 202/229 (88.21%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKL 60
           MENQVMALKEKGI+AEYLSSTQ+T  KNKIHEDLDS KP++RLLYVTPELIAT GFM KL
Sbjct: 89  MENQVMALKEKGIAAEYLSSTQATHVKNKIHEDLDSGKPSVRLLYVTPELIATKGFMLKL 148

Query: 61  MKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKD 120
            K++SRGLLNLIAIDEAHCIS+WGHDFRPSYR+LS+LR  L ++P+LALTATA PKVQKD
Sbjct: 149 RKLHSRGLLNLIAIDEAHCISSWGHDFRPSYRQLSTLRDSLADVPVLALTATAAPKVQKD 208

Query: 121 VIISLALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAM 180
           VI SL L NPLVLKSSFNRPNI+YEVRYKDLLD+ + DL N LKS G++CAIIYCLER  
Sbjct: 209 VIDSLNLRNPLVLKSSFNRPNIFYEVRYKDLLDNAYTDLGNLLKSCGNICAIIYCLERTT 268

Query: 181 CDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
           CD LSV+L+  GIS AAYHAGL +++R +VL+DW+SSK Q++VATVAFG
Sbjct: 269 CDDLSVHLSSIGISSAAYHAGLNSKMRSTVLDDWLSSKKQIIVATVAFG 317

[Close]

BLAST of MELO.jh011734.1.t3 vs. TAIR 10
Match: AT4G35740.2 (DEAD/DEAH box RNA helicase family protein )

HSP 1 Score: 347.1 bits (889), Expect = 1.1e-95
Identity = 170/224 (75.89%), Postives = 197/224 (87.95%), Query Frame = 0


Query: 6   MALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATSGFMAKLMKIYS 65
           MALKEKGI+AEYLSSTQ+T  KNKIHEDLDS KP++RLLYVTPELIAT GFM KL K++S
Sbjct: 1   MALKEKGIAAEYLSSTQATHVKNKIHEDLDSGKPSVRLLYVTPELIATKGFMLKLRKLHS 60

Query: 66  RGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQKDVIISL 125
           RGLLNLIAIDEAHCIS+WGHDFRPSYR+LS+LR  L ++P+LALTATA PKVQKDVI SL
Sbjct: 61  RGLLNLIAIDEAHCISSWGHDFRPSYRQLSTLRDSLADVPVLALTATAAPKVQKDVIDSL 120

Query: 126 ALENPLVLKSSFNRPNIYYEVRYKDLLDDPFADLCNQLKSSGDVCAIIYCLERAMCDQLS 185
            L NPLVLKSSFNRPNI+YEVRYKDLLD+ + DL N LKS G++CAIIYCLER  CD LS
Sbjct: 121 NLRNPLVLKSSFNRPNIFYEVRYKDLLDNAYTDLGNLLKSCGNICAIIYCLERTTCDDLS 180

Query: 186 VYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
           V+L+  GIS AAYHAGL +++R +VL+DW+SSK Q++VATVAFG
Sbjct: 181 VHLSSIGISSAAYHAGLNSKMRSTVLDDWLSSKKQIIVATVAFG 224

[Close]

BLAST of MELO.jh011734.1.t3 vs. TAIR 10
Match: AT1G31360.1 (RECQ helicase L2 )

HSP 1 Score: 186.0 bits (471), Expect = 3.3e-47
Identity = 100/234 (42.74%), Postives = 148/234 (63.25%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATS-GFMAK 60
           +++QVM L   GISA  L+ST   + +  +++ L+  +  L++LYVTPE ++ S  FM+K
Sbjct: 142 IQDQVMGLAALGISAYMLTSTSGKENEKFVYKALEKGEDDLKILYVTPEKVSKSKRFMSK 201

Query: 61  LMKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQK 120
           L K ++ G L+LI+IDEAHC S WGHDFRP Y+ LS L+++ P +P++ALTATA  KVQ 
Sbjct: 202 LEKCHNAGRLSLISIDEAHCCSQWGHDFRPDYKNLSILKTQFPKVPMVALTATATQKVQN 261

Query: 121 DVIISLALENPLVLKSSFNRPNIYYEVRYKD----LLDDPFADLCNQLKSSGDVCAIIYC 180
           D+I  L +   +   SS NRPN++Y VR K     L+ D  A+   +  S+ +   I+YC
Sbjct: 262 DLIEMLHIPKCVKFVSSVNRPNLFYSVREKSAVGKLVVDEIAEFIRESYSNNE-SGIVYC 321

Query: 181 LERAMCDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
             R  C+Q++  L + GIS   YHA +   +R+ V   W  +K+QV+V TVAFG
Sbjct: 322 FSRKECEQIAGDLRERGISADYYHADMDANMREKVHMRWSKNKLQVIVGTVAFG 374

[Close]

BLAST of MELO.jh011734.1.t3 vs. TAIR 10
Match: AT1G31360.2 (RECQ helicase L2 )

HSP 1 Score: 186.0 bits (471), Expect = 3.3e-47
Identity = 100/234 (42.74%), Postives = 148/234 (63.25%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATS-GFMAK 60
           +++QVM L   GISA  L+ST   + +  +++ L+  +  L++LYVTPE ++ S  FM+K
Sbjct: 17  IQDQVMGLAALGISAYMLTSTSGKENEKFVYKALEKGEDDLKILYVTPEKVSKSKRFMSK 76

Query: 61  LMKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQK 120
           L K ++ G L+LI+IDEAHC S WGHDFRP Y+ LS L+++ P +P++ALTATA  KVQ 
Sbjct: 77  LEKCHNAGRLSLISIDEAHCCSQWGHDFRPDYKNLSILKTQFPKVPMVALTATATQKVQN 136

Query: 121 DVIISLALENPLVLKSSFNRPNIYYEVRYKD----LLDDPFADLCNQLKSSGDVCAIIYC 180
           D+I  L +   +   SS NRPN++Y VR K     L+ D  A+   +  S+ +   I+YC
Sbjct: 137 DLIEMLHIPKCVKFVSSVNRPNLFYSVREKSAVGKLVVDEIAEFIRESYSNNE-SGIVYC 196

Query: 181 LERAMCDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
             R  C+Q++  L + GIS   YHA +   +R+ V   W  +K+QV+V TVAFG
Sbjct: 197 FSRKECEQIAGDLRERGISADYYHADMDANMREKVHMRWSKNKLQVIVGTVAFG 249

[Close]

BLAST of MELO.jh011734.1.t3 vs. TAIR 10
Match: AT1G10930.1 (DNA helicase (RECQl4A) )

HSP 1 Score: 176.4 bits (446), Expect = 2.6e-44
Identity = 98/233 (42.06%), Postives = 140/233 (60.09%), Query Frame = 0


Query: 1   MENQVMALKEKGISAEYLSSTQSTQAKNKIHEDLDSSKPTLRLLYVTPELIATS-GFMAK 60
           +++Q+M L +  I A  LS+      + KI ++L+S     +LLYVTPE +A S   +  
Sbjct: 506 IQDQIMNLLQANIPAASLSAGMEWAEQLKIFQELNSEHSKYKLLYVTPEKVAKSDSLLRH 565

Query: 61  LMKIYSRGLLNLIAIDEAHCISTWGHDFRPSYRKLSSLRSRLPNIPILALTATAVPKVQK 120
           L  + SRGLL    IDEAHC+S WGHDFRP Y+ L  L+ + PNIP+LALTATA   V++
Sbjct: 566 LENLNSRGLLARFVIDEAHCVSQWGHDFRPDYQSLGILKQKFPNIPVLALTATATASVKE 625

Query: 121 DVIISLALENPLVLKSSFNRPNIYYEV--RYKDLLDDPFADLCNQLKSSG-DVCAIIYCL 180
           DV+ +L L N +V + SFNRPN++Y V  + K  L+    D+   +K +  D C IIYCL
Sbjct: 626 DVVQALGLVNCVVFRQSFNRPNLWYSVVPKTKKCLE----DIDKFIKENHFDECGIIYCL 685

Query: 181 ERAMCDQLSVYLAKHGISCAAYHAGLKNELRKSVLEDWISSKIQVVVATVAFG 230
            R  C+++S  L + G   A YH  ++ E R  +   W   +I ++ ATVAFG
Sbjct: 686 SRMDCEKVSERLQEFGHKAAFYHGSMEPEQRAFIQTQWSKDEINIICATVAFG 734

The following BLAST results are available for this feature:

BLAST of MELO.jh011734.1.t3 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008459900.1	5.11e-154	100.00	PREDICTED: ATP-dependent DNA helicase Q-like 3 isoform X2 [Cucumis melo]	[more]
XP_008459885.1	1.21e-151	100.00	PREDICTED: ATP-dependent DNA helicase Q-like 3 isoform X1 [Cucumis melo]	[more]
KAA0061460.1	6.84e-151	100.00	ATP-dependent DNA helicase Q-like 3 isoform X1 [Cucumis melo var. makuwa]	[more]
KGN60530.2	2.27e-148	97.38	hypothetical protein Csa_019207 [Cucumis sativus]	[more]
XP_004141074.1	2.00e-147	97.38	ATP-dependent DNA helicase Q-like 3 [Cucumis sativus]	[more]

BLAST of MELO.jh011734.1.t3 vs. ExPASy Swiss-Prot


Match Name	E-value	Identity	Description
Q9FT72	2.6e-97	76.42	ATP-dependent DNA helicase Q-like 3 OS=Arabidopsis thaliana OX=3702 GN=RECQL3 PE...	[more]
O94762	1.5e-49	42.02	ATP-dependent DNA helicase Q5 OS=Homo sapiens OX=9606 GN=RECQL5 PE=1 SV=2	[more]
D4ACP5	1.3e-48	40.59	ATP-dependent DNA helicase Q5 OS=Rattus norvegicus OX=10116 GN=Recql5 PE=1 SV=1	[more]
Q8VID5	1.7e-48	40.59	ATP-dependent DNA helicase Q5 OS=Mus musculus OX=10090 GN=Recql5 PE=1 SV=1	[more]
Q9FT73	4.6e-46	42.74	ATP-dependent DNA helicase Q-like 2 OS=Arabidopsis thaliana OX=3702 GN=RECQL2 PE...	[more]

BLAST of MELO.jh011734.1.t3 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3CBQ2	2.48e-154	100.00	ATP-dependent DNA helicase OS=Cucumis melo OX=3656 GN=LOC103498866 PE=3 SV=1	[more]
A0A1S3CBB1	5.84e-152	100.00	ATP-dependent DNA helicase OS=Cucumis melo OX=3656 GN=LOC103498866 PE=3 SV=1	[more]
A0A5A7V2G7	3.31e-151	100.00	ATP-dependent DNA helicase OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaff...	[more]
A0A0A0LES3	3.70e-145	97.32	ATP-dependent DNA helicase OS=Cucumis sativus OX=3659 GN=Csa_2G00090 PE=3 SV=1	[more]
A0A6J1HQJ2	2.52e-138	90.83	ATP-dependent DNA helicase OS=Cucurbita maxima OX=3661 GN=LOC111465781 PE=3 SV=1	[more]

BLAST of MELO.jh011734.1.t3 vs. TAIR 10


Match Name	E-value	Identity	Description
AT4G35740.1	1.8e-98	76.42	DEAD/DEAH box RNA helicase family protein	[more]
AT4G35740.2	1.1e-95	75.89	DEAD/DEAH box RNA helicase family protein	[more]
AT1G31360.1	3.3e-47	42.74	RECQ helicase L2	[more]
AT1G31360.2	3.3e-47	42.74	RECQ helicase L2	[more]
AT1G10930.1	2.6e-44	42.06	DNA helicase (RECQl4A)	[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
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 139..229 e-value: 2.1E-22 score: 81.6
IPR027417	P-loop containing nucleoside triphosphate hydrolase	GENE3D	3.40.50.300		coord: 1..138 e-value: 2.0E-51 score: 176.3
IPR027417	P-loop containing nucleoside triphosphate hydrolase	SUPERFAMILY	52540	P-loop containing nucleoside triphosphate hydrolases	coord: 3..229
IPR001650	Helicase, C-terminal	PFAM	PF00271	Helicase_C	coord: 158..226 e-value: 2.2E-5 score: 24.8
IPR001650	Helicase, C-terminal	PROSITE	PS51194	HELICASE_CTER	coord: 162..229 score: 10.100618
IPR004589	DNA helicase, ATP-dependent, RecQ type	TIGRFAM	TIGR00614	TIGR00614	coord: 1..229 e-value: 1.3E-78 score: 262.8
None	No IPR available	PANTHER	PTHR13710	DNA HELICASE RECQ FAMILY MEMBER	coord: 1..229
None	No IPR available	PANTHER	PTHR13710:SF134	ATP-DEPENDENT DNA HELICASE Q-LIKE 3	coord: 1..229
None	No IPR available	CDD	cd17920	DEXHc_RecQ	coord: 1..138 e-value: 6.86299E-63 score: 192.749
IPR014001	Helicase superfamily 1/2, ATP-binding domain	PROSITE	PS51192	HELICASE_ATP_BIND_1	coord: 1..131 score: 15.004574

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Type
MELO.jh011734.1	MELO.jh011734.1	gene

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


Feature Name	Unique Name	Type
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_2	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_3	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_4	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_5	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_6	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_7	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_8	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_9	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_10	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_11	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_12	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_13	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_14	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_15	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_16	exon
MELO.jh011734.1.t3.exon	MELO.jh011734.1.t3.exon_17	exon

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


Feature Name	Unique Name	Type
MELO.jh011734.1.t3.stop_codon	MELO.jh011734.1.t3.stop_codon	stop_codon

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


Feature Name	Unique Name	Type
MELO.jh011734.1.t3.cds	MELO.jh011734.1.t3.cds	CDS
MELO.jh011734.1.t3.cds	MELO.jh011734.1.t3.cds_2	CDS
MELO.jh011734.1.t3.cds	MELO.jh011734.1.t3.cds_3	CDS
MELO.jh011734.1.t3.cds	MELO.jh011734.1.t3.cds_4	CDS
MELO.jh011734.1.t3.cds	MELO.jh011734.1.t3.cds_5	CDS
MELO.jh011734.1.t3.cds	MELO.jh011734.1.t3.cds_6	CDS
MELO.jh011734.1.t3.cds	MELO.jh011734.1.t3.cds_7	CDS
MELO.jh011734.1.t3.cds	MELO.jh011734.1.t3.cds_8	CDS
MELO.jh011734.1.t3.cds	MELO.jh011734.1.t3.cds_9	CDS

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


Feature Name	Unique Name	Type
MELO.jh011734.1.t3.start_codon	MELO.jh011734.1.t3.start_codon	start_codon

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Type
MELO.jh011734.1.t3	MELO.jh011734.1.t3-protein	polypeptide

GO Annotation

GO Assignments

This mRNA is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0006310	DNA recombination
molecular_function	GO:0004386	helicase activity