HG10020459 (gene) Bottle gourd (Hangzhou Gourd) v1

Overview


Name	HG10020459
Type	gene
Organism	Lagenaria siceraria cv. Hangzhou Gourd (Bottle gourd (Hangzhou Gourd) v1)
Description	ATP-dependent helicase/deoxyribonuclease subunit B
Location	Chr04: 32006324 .. 32026668 (+)
RNA-Seq Expression	HG10020459
Synteny	HG10020459

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDSpolypeptide

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

ATGTTGAGTACTCTTCGGGGTGGCTTATGGCTATTGAACGGTAGGTATTGGTTGGTATGTAAAATGCAAGTTGCTTTGAATATGTGAGTTTGATCATCATAATAGCTATCATTAGGGAAATGGTTGTGCTATTTGAATTTCACAGCAAAAAAAATATTGGAGTTGGAATTGCATAGTAGAATATATTATGGGTAGATTTGTTGAGATAGGCCAAGTTTGAAAGTCTAGATAAATAGGAGTTTAGTGACAAGTATAAAGGCTCGAGATGATAGTTTAAGGTCAGTGGGGCCCACGTCCCACCAATAGCCATAAAAAAGAAACAAAAAAAACCGAATGAAGGCAATCCACTGGTTTGGAATGGACGTTATTTATTGTAAAATTGGACATATTTGTTTGTATTAGGAGAAAACAAAAATGTATTGTTTTGGATCGATTTTTTTACTGAAAAAAACTAATAAAAACCCAATCGAACCGAGAGTGTATATATACTTTTGAAAATAAACCATATCCAAGGTCCTTTTTAGTTTTTAATTATTGTAGGGTATGTATGTTTGTTATTTAGAAAAAAAAAGTCTAAAAAAATCTAATTAAAAATAAAAGTGAAAAACAAAATGAAGGCTAAAAGAAAAAAAAAACACATAAAAAAGAGACAACAAAAACCCAATAACCAAACTAACAATAAAACCGAACTGAATTTCGACCCTACAGAAGGACCCATGCAAGATCTCTCAATAGGATTTGTGGAGAACCTATGCGGAGGACCTTCCAATACCATGGAGATCATAGTAGTACTGTGGATAACCTATGCAGGTGATCTAATATTACTATAGAGGACCTCTATAGATGATCTCATAGTACTATGGACGACCCGTGATGGTCCTAGTATTGCTATAGAGGACCCATGGAGCACCTTTGAAAAAGACCCAACAATCCCATATGGATTCTAGAAATGTCGTTGATAAAGGGAACTACATCAATTATGCTTGAGAATTCCCCTTATTCCAGGTGAACCCCCCACAACAATAATAAGAATAACTCCCATTAACAAATTTGATAGACAACCCCAAGAAAGCTAAACAAAATTGACTTGAAAAGAATTGATCAAAGATCAAGAAGGAAAGAGAACTTGTTCCTAACTTCGAGATTTCAAACTTCTAATTGATTAGACTAGATTGAAAGTTCTAAAACATGCATTCTAACACAAAAATACAAATAAAACTTATAAAACTTGAGAGATTAAACTCTAAGAAAAAATCATTCAAATTCGAAGTCTTGTTTTTTAAAATGTGGAAATTACAGCCCTATTTAAACTAACACAACCTTTCATTAAATTGTCTAAATTCATCTAAACATTTTCAACTACTCTAATAAATATAAATGCATGAAATTGAATTAGATACATAGGACATTGAATATGTGAATGAATATCTAGATTTTTAGATTTATTATGACTATCGAGTGTCCAAATGACTCTTGGAGCTTAAAAGGTTGCAACTCTTCATCATGGGATGGAAACTTAGCTTGGAAGCAAGTATTTAATCTCTCATGAAGTCTTTTAGTTCTAGCTCTTATCATTGGTCCTTGTGGCGTAATGATTGCCTGGGTTGACTTGGAAAGTTCTCCCATCTATTTTAAGCATGAGGTTCATTTGAGCTAGGTCGAGCTTCATTTTCCTCTTCATTTGAGCTAATTGAACCTTGTTTTTCTCTTGGTTGGTCAGCTCCTCATCAGCCGTGGAGGACCCATTTGTGGTCCTAGTAGTATAATGGAGGACCCATGGAACACTCATGCAAATGATCTACCAATACCATAGAGGTTTTAGTAGTTACTGTAGAGAACTCGCGGAGGTCCTTGTAGGACTCATGGAGCACCTCTGCAGAGGACCTAACAGTGTCATGGAGGACCTTTGTGAGACCCACAAAGGACTTAACAAACTAAATAGGACAATTGGACCTTTGTAACAGAGGCAAATGGTAGTGGTCTATATTCATAACTCACAATTCATGGCGGAACTAATGGAGAGTTGAGCGATCAAGGCATCAATTGTCGCTTCGGGTACTAGTGTTGGAATCGCTTGAAGAGTAACTACTCATCAATTACACGAATTTAATAGAGGACAACTAAACGCCAAAGCGTCCACTACTTAAAGCTACACTCATATAAGCGACAAGATTCATTTGTGTAAGGTACATTGAAAATACAATCGACTAGTTTCTACTACTATTACTTGCCTCAACCCCTTGTTGACTTGAGCATTGAAGTGTTGGTGGTCTAACTGCTGGGATTTATGTCCCAAATCTCGTGGTTTGTATTGTATAAAAGAATTATTTATTTAATAAAACAAGAAGTTATTTTATTCGACATTTAGTTTAGTGTAACTCAATCCAATAGACTAAGATCCAATGTTATTTTATGTAGCTTGAATAGTATGCGGTAAACATACAAGTTGTAACGCCTCAAGTTTATGAGGGAGACATGAATGAATCGAGATCACATCCGAATGATAGAGATTTTGAGGACATGAAAATATGGTTAAGAAATATTTAAAAAAAATTGAAATTCACTACCTATACCAATAAGGTACACCTTCATTTTCGGTGGCTCATTCATAAGAACTCTACAGTTAAGCGTGCTTAGCTTGGAGCAATCTTGTAATTACAAGAGTAAAACAGTAATTTGACCAAATAATAATAATGAATGTTAAAACAAGGATTAAGTAGTTTAATTTAATTAAATATTAATTTAGTTTATATTAAATTAATTTTTAACTCCTCTACATCAGGTTAGAGAAGTTAACTCTTTTCTCATGTCTTACAGAAAACATGTGTGATTACCTCTCTCTGTGGGTGATCTCTCTTCCTCTCATAAAGATCTTAAAACACAATATAGAGATTCTTTCAACTCTCTAACCACAAAACATAGAAAAAGATTTATCTCTCAAAAAGCTTTCATCTCTTCCCTTTTTATCTTCTAAAAGTTGGTAAAATCACGAGCCAATCCTTGTCGGAAAATAGTGCGGAAGATCGTTTGACGGCGTCCAAATTTGTTGAGAAGTAAAGAACCTCGTTGAGAAAAATATTTGAAGAAAGGTCTTCAAATGTAATATTTTTTTCCATGAATTTCTTCTAAGTTTAAAGCATGTTGTATTTTATGTTATTTTTCATCTATTTTTTTGCAAATTTCGAATCAAAATTAATGATACAAGGCGATCATTTGCGTCCGCATTGAGATTCGATCTCTTCAATAACACCACACCAATGTTTAATTGTCATTGTGTCTTGCAAGGCAACTAGGTTGTCATTTCTCCAAAAATACAACTTCTCTGGTTAATGAAAAATTTCCCCTATTAATGTAACGTCATGGAATACACCACTTGCTAAAATTTAATTCAGCAACCCTATCCTTTAAAAAAAAAAACCAGCAACCTAAATCTCATTTGATGTTATAAATAAAATAAAAAAAGTTTTAAAATTTAAGAGATTAGAATATTATAATTATAGAGAATGTACATACAATATTAAACAATAAAAAATTAAGAAAAACTATTTACACAAAATAGCAAAACTTTTAGATCGTCGTGATAGATGCTGATAGAAGTATATCAGTGATAGAAATGATAGAACTCTATCACTGATAGATGTTGATAGAAGTTTATCAATGTCTAAGAATATTTTTTTTTGCTATTTTTTATAAATAGTTTGACATTTTATCTATAAGTGAAAATTTCTCTTTTAAAATTGAAGAGAAAACGAAATAGTAATAAAAAAGAAAAGAAAAAAAAAATGCTCTCATATTTTGATACAACTGAAAAAATGATTTGACCTACCGAAAGCAAGGATACTCTATTCACGGGAAACGACCTAGCGCGTGGTACCCTTTAAAATGTACTGTTAGCTATATTTCTAAAAAGTAATGCAATTAATTATATTTATAAAATGTATTTCAATTTTAGTTATTTGTGACCATTTCCCACTGAGGAAATTATTCAGCCTGATTGAATTGGGCCAAGTTCGAGATGGACCGAGAAGTAAAACCCAATTGGATCTGAAAGTAGCGGGGCCCATGGATAACTCTGGGCCCCGGGGGCCGAGCACCAAGGATCCCCGCCAGTCCAAAAGGGCGAGGAGGGAAACTGATTCCATAGAGCTCCAATTCTTGGAACGATTGGGCAAATTACCGTCGACGATGGGAGAACCTCCAATTCTATCTCTCCTCGTTTTGCTATTGTCGCTGGTTCCGATTTCGCTGGCTTACAGGCCCGGAGACATCGTTCCGATGAGCAAGATGGGACAGTATCACTCGGTTTGTTCTCCTATTCTCGTTTGTCTCCCACGGATACTTGTTTCTATCTTGTCGTTTCCGATTACTGCTCGTCTCTTTCACACTTGTATATTTTGTTTATTTCAGTCGAGAACAGTTTGGCACGATATGATAGGTCGACATTGTCCAATTTTTGGCGTCAATCGCGAGGTATTTATTCATCAATTGAGTTGTATGTGTTGTCCATCTTTCGACTTTGCTTCTTCATTTTCTGTTATGATTTAAGTAACTGAACCATTTCAATTTTTAGGTTTTGGTTCCTATACCGAAACCGGTCGGCTACACAGGAGCTGATCCGTATAAAATGTGAGATTCTTGTTCTGAAGATCGTGCTTAAATTTATTTTAGTTTACGTCAATTTCTAGGAGTGCTGAATTATTTTAAACCGATGGTTTAATTGTACATTAACTGAATCGTAAGTGTTTATATATCTTAATCTTAGAGCCTGCATTTGCTAATCAACACTCTCTCATTCGAAGCATTTCTCTCGTGGTGAACTTCTTACTATAATCATGAAAATGGATAGTGAAGACCGGTTCTTCTAGACTGAGAATAATAATATAGTCGGTCCAATCAATTTACTAGCTAGCAACCTGCTGAGGATATTCATACTCTACTGTTGTTTCGATTATTTAGTTCCATTTCTTTTAGTCTTATCGTTTATGCTGTGTGAAGAAATTTGTTGCATCTCTTTTACTTCTTTAAACATATTTTTTAACGAAGGGAATGTAGTATAGTAATTCATGTGGCATAAAACTATTTATAGTACACAACAACCAATACCAAATCTCGAAATATCTCATCTCATCATTTGCCTGGCTTTGAAAATCAGTTAGAAGTTTGCAATATTTCCTAATGCCTGCTATCTATCTTGAGTCTGTATTGTTTGCTTCACTAAGTTTTTAAATCTCTGTTGCATTGCATCTACTACGTAGAAATGGAGGAGTTTGACCCTCACAATGAGAATGTGGGTGCGTGTAGGGATTATGCTAACCTTAAGGTTTCTTTAATGCACAATCTTCTTATTTTACCTTTTGTTAGATGATATGATATTAAATTTGCCTTCAACCATCAGCTTAAGCTTTTGGGTTAATCGGTGATTTTAAGATGTTACTCGAGCAAGTTGGTTCAGGAGGTCTTGGGTTTAAACCCCTGCAATGTCTTTCCTTCCCCGTTAATATTGATTTCCACTTGTTGATCTTCTTTATATTTCAAGCCCACAATGGATGGGGAGTGTTAGATGATATGATATTAAATTTTTCTTCACTAATTAGATTAAGTTTTTGGGTCAATCGGTAATTTAAGACCTTTATTTTTATTTCTAATTGTGGTCAGCTGCTGCTCATACATTGTTATGCCATTAACTGGTTACTTTTAATTTCATGTTTGCAATGAGTAGGCTTAGTTGTTAAAAAGTCAATTGACATTTTCAATATTTATCGAGACTATAGGTCCAAATTTTTGTGATGCCTTGCTAAGATATTAATCACAAGAAGTTGTCACATATTGTGACGAAATGCTAGATATTAATACTCCATTGATTTTGCAATAACAAATAATATTGGATATAAAAGCTATCTGATGGGGATTCCTTGAAGCGCATTTGAAGTTTCAATTTAACTAGTCTCTTATGATTATTAATACATTGTGATTACTTTTGTATTTGCCACAATATTTTATCTTTTTTTGTGGATCATTGCACTTCTCGAGTTATCTGGTGGCATACATCTTATTTGAATATAGATCCTTTCAAGTTGGAAAAGAGAAGTTTCTTGTCCCATGGCTTCTTGTGATAAATCGAAAAAGTGCAGAAGTCCCAATGATTGATGTCCATTTGGTATGGTGTCTATCTATTTGTTTATTTCCACACTTCTTAGATGGACGATTCAGTCTTTCACTGTTGATATCTAACAACCATCATCAATTTATCTGTGTTGCAGAGATACTCTGGAAGTGATCTTCATGGTGTGACTGCCAAAGTAATGGACATGCCTCATATCTGTATGTCCCAACTCTGTTAATGGTCGCCTCTCTTCTTCCTTAACTGATACACAGAATTATAGTTCTGTCTGTTGGATGTTGTTAATGAGGACCTAAAAAAATCGATGCACCCACAAAGCCCTTTTAACTAGCTTTTAAGATAAACATTGTCCACTTTACTCACATAACTAAAACTAATGTGAATTTTTTTTAGCTAAGTGAAAAATATCATTCATGTGAATTGGAGACCTAGATTTTCTGGAATGCTGATTGGCATTGTAGTGTGACGCTAAGTGAAATATCCCCATATCCTTGCAAAAGTTCACACACACACATATAGTCCATATTTATACATAGATATATGGTTCCTTTTGCTAAAATCACATGAACATATGACATAATTTGGGTTAATTGCTGACACTGTTGCTACCTATGCGAGAGACACTATTTTTTAAGATACTTATTTACTTTGGGATAATCAAAAGTAGTTTTGTCGATCCTGGAATGGGGAGATGAGATGGAAAATGTGTGTGTGTGTAGGGGGTGGGGGGAAATGGGAGAGGACATATAGTAAGGGGAGGGAGGAGGATGAGCAAGGATAAGGAAAGAGAATGTAGAAAGGAGGGATGATGATGAGGAGAGAATAAGTGGGAATGGGAAAGGGAAAAGAGGGGGGAAGACGGTACATGAGAGAGAAAGTAGAGAGAAATGAAAGGCACATCCAGAAAAATTTTCATTTTTCAATAAGGTCACCACAATGTGATTGGCTCTTAATATTCATCAATTGTGGATTTCAAAGAACGTTGAAAATTTGTTGTGGTCCCTAGCTTATAGAGGTTTGAACGCTTATGACCTAATTTAAAGAAAATGTACTTAGTTGCTCCTATCTTCCTTGGTCTTTAGCTAATGGCTAATGCCTTTCAAATGGAGAATCTTTAGAGCTTTTTCTCTATTATTCTTTTGTGGCTTGAGGTTGGTCTTTCCTATTCAACATTTTTGATGTCTTGCTGCTTGCCTAAGCATGTGGATAATTGGCTGGTTGAAATTTGTCTAAATGGGCTAAAATCTTATGGAATTGTGCGGCTAGGGCCTTCCCTGGCATGTTTGGCGGGGAAGGGATCTAAGAACTTTTGGATATTTTCTAGAAATGTAAATCTCACCTCATCTTGGTGGTGTCTTAGACTCTTAGTCACACAAAATTCTTTTGTAATTACACCATTTCATGATCATTAACAATTGGAAATCCCTCCTCTAGTCCCTTTGGGTGGGGGATGGCTTCCTTTTCCCTTAGCCCTTCGGTTGTTTTGTTCTCTCTCTCTTTAGTAATACATCCAAGTTTCTGATAGGCCCGAGAAGGAATAGAAAAGGGAAGGAAAGAAGAAGATTCTCTTTTCGTAGGCTCCAATCCTAGAAACCATTTCCTCTCAATCTTTGATTTCAATTTGGGGAGAAAAACCCCCAAAGATCCATCTTTTAATCATTCTTCTTCTGAGTGATGGGTGTGAGCGCCATTGTTCCCACACTTTCACACATAACCAAAATCATAATCACTAGCTTCTTTCACCATAAGCCTTATATCATCCTCATAATCACAGATGCACTGGATAATCTTCTCTGCTTTGTTGAATGGAAGTTTGAAAGAAGGAATTGTTTCTTTGTCTTTAGGCATATGGCAGGTTGGAGGATGTACGACAGTCGACAGCGGTTGTTGCGACGATAGTGGTAGTATAAGTGGTGGTTCTTCCAATCATAGTGTTTTGCTTCAAAATCGTGGAGGGTCTGGGTCATCTTCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCCGCTTGGCTTAAGATCCATGATAAGTTATGAAGATATTTGTGGAGAAAATGGATCAAATAGATCGTTCATGTGCCTGTTCAATAGTGAAGATAATGGGGATGAAGACTAGGATGATTACTTCCATCACCCTGAAAATAAGAGGTGTTTAACTGATGATTAGGTCTGGTTCCTGAAGAAAAATTTTGAGACCGGGAACAATCTTGAGCCAGAGCAAAGGACCTCAGGCTGCAGCCTCGTTAGGTTGCTATATGGTTTCAAACTTGTCGAGCTCAGTTGAAAACTTAACAGCTGGAGAAGGACTATTAGGCTCTTCTATCGAGCTAAGCTATGGAAGTATTAAGGTGACTATGAAAACCTACTCAAGGAGAAGGATTCACTAAAAGCTGAGTTTCTTCTCCTAACAGGAAAACTGCTACACGTTGAAAAATAATGGGGAATCTCTGGGCTGTCTGAAGTTGACAAATTTGGTGAAGAACCCCTACATAATCTGGTTGCAAAGATTCACATTTGGAGGATGAAGTCTCCAAATCTTCAAACATGGCTTGTAAGCAGGAGGATATCCATTTAGCCAAAAGTGATGTACTTGATTTAGATAGCCCACACTACACTGATGGGGTTCACTCTTCACTCTTAGAGCCTGGGGATTCTTCCTATAATTTTGATCCCGATCAGCCCAACTAATTGCAAGACGAAGAAGATAACTTGAAAAGAATCTATTCCCCCCTTACATCTTCCAAAAGCTCGAAGATGTTGATTACTGTAATTCGCCCACAAGTTCTTGTAGTTTTGTATTCCCCATTGAAGATAATGCCCTTTGGTCTTGGTCTTAGTCTTTTTATGTGTTGTGCTTTCCCGTACCATCTTCTTTACCTAAAAGCATGTTTTTCTAGTAATTTTAAGTAATAAATCCAAGCAATGGTAGCCCATGCCCACATGTCAAGCCTAGCCGAGCTGAGTTTAGTTTCTGTCAACGACTTCGATCCATCCTGTAATATTCCTGGTTTTTGGTTGAGGGTGGTTTTTATTGTTAAATAGTCCTTGTTTCCTTTGAATGTTATTAAACAATATCTTCTCAATTATGTTGGAAAGAAAAGGTTTTTGATAGGCCCCCAATTACAAAAGTTTATACACGTAAGTGTGAGGAGAGGTGTGAATACATGAGAGAGAATGTTGTGAGTGGGCCCCCAAAGAATATCGTTAGTTAGGAGGGGCGCATGGAGGTGGGTATGTAAGTGGTTTGGCTGAGTAATGAGGTATCTTGTTAGCTATTTTCTTGTATTTGGGTTCTCATGTGAGATTAGAGAGAGGCAAAGAAGCTCTCGAATCTTCGTTCTTGTTGATGAATATAATTGAGACCAAGGCCTATCAGTTTCTTTTAAGGGGGGAAAACAAGAAACGGTGCATGTCATTAATGGTTATTGCAAAGAATTACTTTTATAGTTTCTCTTCCACATCGATAGTACAAAAATATGAGTTACATTTTGGCCATCTCCAGCAACGAGCTCTCCCACAAGAAAAAGCTCGAAAGCCTTGCACTTTCACACTGTCTAGTAGTACCATATTCAACATTTCCAAAGTTCTTAGATTAGTGCTTTATCCTCCACCTGTTCTTTCCTGTTTCTTTTCTCCCATTTCCACTGGATGGTTTCTCTTGTGGCCCTTTCTTCTTTAGTCCATGCAAACCTTTCTGCAAGCAATTGTTCCTCTTCCAATATCTGGAACATAAAGCTTCTTTACCCAATCCAATCCACTTTTTATTTGATGGGTAAATATGGAGAGCATCAATCAGGAGTGTAATCACCTCAAATTTTGTAGCTACTTTTTGTAATAACCTCCCTGAACACTTCTCTCACTCTATTGGCTAGCAACCTTGAAGAATTCTTTTCAACAATTTGGACTACAAACTTGGATATTAAAATAAAAATTTCCATTTCAGCAGGGATAAAAATAAAACTAGGTTAATTTCTTTTCTGTACACAAGCCTCCATGCAATCAAGTACTCAACATTGTTGTTGCATATCGAATGAAGCCCATAATCTTTTTCATCGATCCATTGAAAAATGTAATAACTTTCCACAAACTAACCAATTATTGTTTAAGATCTTCTACCCCCAGAAAGATCCATTATCAAACCTTATTTTATTTTTTGTATCTGGAGCCATTAAATAATGTGTACCAATGTTTGTTCTACCAGAAGAAATTTCCAAAGAAATCTAATTTAGAGGAAATAATATTCTTCTTTTCTTCTAATTAGGGTGACTTGGTTTAGATTAATCCAAATTTGCTACTTGAACAAATAAATAGGGTCTAGAAAAATCCTTAACAACCATCCCAATCTAATCCATGAAAGCACCCCTAGTTTCTCGATGTAGGGCTAAACACATTTCTTAGAATGTACCTTCTTTGGTAGGCTGAAACAGTTGCAGTAACAATTGCTTAAATTCCTCTAAAATTCCAATTTGGCCTTCTTTAGATCATTGATGCGATAATAATGCTTCTCCATCCAAACAGAGCACAACTACCTTCATCTTTTCTCCCTTGATGTAGCCAACCATCAAGATTCGTCCTATGAAAACTAGGTACCTCCAACTTTATTGCATATTAAACACAAGCTCAATTTCATTTGCTTTCTATCCTCTTGTACTTGCCCAACCTTCCTAGTAGTTCTAGAAGGCAACACCAACGCCTCTATCAACACATTTCCTCAATCCTCTTTTGCCTTCTCTCTTGGCAAGGTCATTTCTCCACCATCACATGCCTTCCAATTTCTTAAACAAGCTCTTTTCACCACCATGTTTTGCTCTCCAATAATCTTCTCTTCAATGGCGTTGAGTTGGTTCTTTCTTTCTGTTTGCAGTCATTGCCCATAACTGTATAGTTGAATTGATAAATCTACTACTCTTTAATTTATCAACAATAAATAGGTACTTAGCTTGAGCTTGATTTGAGAGCCCTCCCTTTGTCCCAGAATATAATTTACCCTTACTGAATACTTCTCTTAGCGCTCAGCTTGCCCACCCTTCAATTAGTTACACCACTAAGTCACAAATGATAGATCATACAATTTACCTGGACTACGACTATTGACTGGGCACTTCTCATCACTCTCTTCCTCTCATATACATGAATATCCAGGGCCTATCGTAGTTCCCCAGTTGATAAATGTGGACATCCAATTTGTGACACAAGAAATAATTTCCTGTACATTTCTTATGTCATGGGTGGATATTGTTGAGAATATGAAAAGATATAATATTAATTTGAATAATGGAAGTTTTAGTATTAAACTTGACTGGTGGCTTTTGGATTTTTATAACCAATAGTGTCCATTGAGTTCTTTGGGAGTTTAAAAGTTATAAGAATTAAGTAAGATTATTATGATTTCTTAACCATTGAAATTCTATGGTTATAGTTTGTAAGCCTATATAAAGGCATGTTTTGTTGAATCAAGATATCACTTTCTCCACATTTGTGTCATCCACACCTTTTTCTTTTCTAACAAAGTGGTATCAGAGCCATTGTAAAATTTGAGAGAAAAAGGGCCAACGGTGGGATGAGTTCACTTCAATTACCGATGCTTACTAAGCTCAACTATGACAGTTGGAGCATCAAGATATTACTAGGAGCACAAGACATGTGGGAGATTGTGCAAAACGGTTTCCAAGAGGCGGAAGCTGGAGCTGATAAAGCGCAAAGAGACGCGCTAAAGGAAACAAGAAAGAAGGACAAGAAGGCCCTCTATATCTTGTACCGATCAGTTGACGAAGACACATTTCAGACTATCTGCGATGCCGAGACATCAAAGGCAGCATGGGACAAGCTCCAATCGACTCATAGAGGAGCTGATCGTGTTAAAAAGGTACGATTACAGACTTTACGTGGTGAGTTTGAATCATTACAGATGAAGGAGACGGAGGTGATAGCGGAATATCACACCAAAGTTATGACTATTGTCAACCAATTGAGACGGAACGGTGAAGAAATCGCCGATGTTCGTGTCATGGAAAAGATTCTACGGAGCCTAAATACTAAGTTTGAGATCATTGCCACAACAATCGAGGAGACAAAGGATCTCGAGACCATGACGATTGAACAATTTATAGGCTCATTACAAGCCTATGAGGAGAAAGAAACGAAAGATGGAGCAAACGGAGACCATCGAACAACTTCTCCAACTCAAACTCAAGGAGGAGAATAGTCGTGGACGTGGAAGAGGCCGTGGTGGAAGAGGTGAATCCAACACTGATGTTTCTCCAAACTCAAATGAATCCTCAAGAGGCCGTGGAAGACGTGGTGGAAGGTCTGGGAGAGATAAATCTTAGGTAAAATGTTATAATTGCAACAAATATGGACATTATGCGAATGAGTGTTACTCATCTCAATCAGAGTCAATCAATCGGAAGCAACATGACCGATCAATCGCTAACACATCCAAAGCGCATGAAGGGCAGTCCAATTATGCAGAGGAGAACGGAACCTTATTCATGGTTTCAAAGGAAGAAGAAGAGAGTCAAGATAGCAAGTGGTATCTTGACACAGGAGCCTCAAATCACATGTGTGGAAACCGGGAGATGTTTGCAGAGTTGAATGAGATGGAAAAAGGTAATATTGCCTTTGGAGACAATTCTTTGGCCGCCATCAAAGGAATAGGTAAAATTCTCATTCGGTTGAAAAATGGAGAAAATCAATATATTACAAATGTTTATTACATTCCCAATATAAAAAATAATATATTGAGTGTAGGACAATTGTTAGAGAAAGGTTTTGAAGTTCAAATGAAAAACAATTGTTTGTATTTGAGAGATAATCATGAGAGACTTATTGCTAAAGTCATCATGACAAAAAATCGAATGTTTCCTTTGAATATATATAATGATGTTCCGAAATGTTTGAAGACGTGTTATGAGGATGTTTCTTGGCTATGGCATCTACGGTTTGGGCATCTCAATTTTGGAAGTCTAGAAAACTTGTCAAAGAAGAAGATGGTGCGAGGTTTACCGCATATTCAGAAGCCGAACCAAGTATGTGAAGGGTGTCTACTTGGAAAACACCATCGGAGTAGTTTTCCAAAGGAGTCTATGACAAGAGCCAACAAACCTCTAGAACTCATCCATGCCGATGTGTGTGGAGCAATTAAACCGGAGTTTCATGGTAAAAGTAAATACTTCCTTCTCTTTATTGATGATTTTTCTAGAAAAACATGGGTGTACTTTTTGAAGGAAAAATCGGAAGTATTTGAAATCTTCAAGAAATTTAAGGCGCGTGCGGAGAATGAAAGCAACCTTACAATTAAGGCCATGAGAACAGATCGAGGTGGTGAATTCACATCAAATGAGTTCAAACAGTTTTGTGATGAAAAAGGCATTCGACGCCCATTAACAGTGCCAAGGACACCGCAACAAAATGGCGTGGCGGAGAGGAAGAATCGAACAATCTTAAACATGGCAAGAAGCATGTTGAAGACGAAAAAGATGCCTAAGGAATTTTGGGCGGAAGCTGTAGCTTGTGCGGTTTATTTAACAAATCGAGCACCAACCAAAAGTGTGCTTGACAAGACGCCTCAAGAAGCATGGAATGGAAGAAAGCCTGGAATTGGTCACTTCAAGGTGTTTGGAAGTATTGCATATGCTCATGTGTCGGAGGAAAGAAGGACCAAGCTTGACGATCGAAGCGAGAAACTCATATTCATCGGCTATGATGCAAGTTCAAAGGGTTATCGTATTTACAATCCTTTGAATGGGAAGGTAACTATCAGTCGTGATGTTGTTTTTTATGAAGAAGCTTCTTGGGATTGGAATATACAGACGGAGGAATATGATTTTCTTCCATACTTTGAGGAAGACGATGAGCCAACCAGGGAGAGGGGTGAAGTTTTGCCCATTCCAATTTCACCCCAATCAACCGATCAGTCATCTAATGCATCATCCATATTGAACCTTTTGAGCATTTCTCTAGCATAGCCCTCTTGAGATATAAAAATCTTCATATTCACTTTGTTTGACCTCTATCCCAAGATAATAACTCATGAGACCAATGTCCGTCATTTCAAACTCCTTTGTCATCTCCCTTTTAAATTCATCAAACATGCAAGGATCGTTTCCAGTAAATATTAAATCATCAACATATAAACAAATTATTAATATACTTTCACCTTGCATTTTGATGTATAGAGCATGCTCATAAGGACACTTCATATACTTCTTCTATCTAAAATACTTGTCAATTCTCGAATTCCATGCTCTCGGTGCTTGCTTCAAACCGTAAAGAGCCTTCTTCAATCGAAGTACTTTATCTTCTTCACCCTTGACTTCGTAGCCAAACGGTTGTTCCACAGACCTCTTCCTCAAGAATTTCGTTCAAGAATGCCCATTTGACATCCATTTGATGTATCTTCCAATGATTATGGGCTGTCAAAGCAATAATCAAACGAATAGTTTCAAGGCGAACAACGGGGGCAAATACCTTATCAGAGTTGATGCCATGTTGTTGACTATACCCTTTTGCTACTAGTCTCGCTTTGTGCCTCTCAACTTCGCCATTGGCCTTTCTCTTTGTCTTGTAAACCCACTTCACTCTAATTGGTTTTTGTCCTTTTGGAAGCTTGGTCAACTCCCATGTGTTGTTTTTCTCTTCGCTCGAATTTCTTCATCCATTGCATCCTTCCATTTTTTATTTGCAATGGCTTCTTGGAAATTAATGGGCTCGCAATCACCAAAAAGACAATAGAAAATTATGTCATTTTGATTTTCGCTTACCTCATTAAGTTCCTGTAGACTTCGGGTTCCTCTTGGGCCAATTTCATTCTCCGAATCACTGGAAAATGCCTCCGTTCCATTGAATGATGCATTAGATGACTGATCGGTTGATTGGGGTGAAATTGAAATGGGCAAATCCGGTTGGAACACCCATGGAATGTGGAGTCAAAATCACCAAACAAAATGGAGGAGATAAGGTAGATTCTACATATTTCAAAAGCTTGGTTGGAAGTTTGAGATACTTGACATGTACAAGACCGGATATTCTTTATTCAGTTGGAATTATTAGTCGATTTGTGGAGGAGCCAACAACAACGCATTGTAAAATGGCAAAGAGGATACTTCGCTATATCAAAGGGACAATTGGGTATGGTCTTTCCTATGTCTCTTCCAAAAATTTTGATATTGTTGGTTATTGTGATAGTGATTGGAGTAGTGATTTGGATGATCGAAAAAGCACTACGGGGTTTGTGTTTTTTATTGGTGAAACGACGTTCACATGGATGTCAAAAAAACAACCCATAGTCACATTATCAACATGTGAGGCGGAGTACGTAGCGGCAACTTCATGTGCATGTCATGCAATTTGGCTAAGAAACTTACGGTAGGAGTTGAAGTTCCAAATCGAGGATCCAATGGAGATTTTTGTTGATAATAAATCAGCCATTGCCTTAGCCAAAAATCCAGTATTTCATGGAAGGAGCAAGCACATTGATACCCGATTTCATTACATTCGGGATTGCATTATGAAGAAGAAGTAGAACTCAAATATGTCAAGTCACAATACCAAGCAGCGGACATTTTCACAAAGCCCCTCAAGTTGGAGACTTTCATCAAAATGAGGAGTTTACTTGGTGTAACAAATCAAGTTTAAGGGGGGTGTTGAGAATATGAAAAGATATAATATTAATTTGAATAATGGAAGTTTTAGTATTAAACTTGACTTGTGGCTTTTGGTTTTTTGTAACCAATAGTGTCCATTGAGTTCTTTGGAAGTTTAGAAGTTATGAGAATTAAGTAAGATTATTATGATTTCTTAACCATTAAAATTCTATGGTTATAGTTTGTAAGCCTATATAAATGCATGTTTTGTTTAATCAAAGATATCACTTTCTCCACATTTGTGTCATTCACACATTTTTCTTTTCTAACAGATATATCCTCCAGCTTTATGCTAGAAATTGTTTCCAATACATTTCAAACTGTTGTTGTCATTGCTTATATTTGTTGATTGACGCCTTGATGATTCTTGCATTACATTTTAAGTTTCAGATAACACAGTCAGTATCGAGTGTTATACCTGATAGGAAGACAGATAATATGAGGAGTGGCTTCCCGTGTATTATTTAGAACCTGTTGAGAGTTAATAGCATATTACTTAATTTTTTAAATTCCTAACCGATCCGTCTTTCTCCTTAGGGTGAAGTTCTTTCTTGGCCTTCTGACTAGTTTCTTCTTAATAATAGATATTGATACACATCCACATGTTAGCAAACAATTCTGGGATCAACAACATTGGCCAAAGCACATCCTTGTCCGTTATACATGGTAAGTCGGTGATTCTTTTTCTCACTGATCGGATATTACAATCCTTATTCGTATGATATGGAATACTTTGCATATTTAAAAATCCGCATGTGGTAAACTAGTTCCTTTGTAGATCATGATTTAAAGAATAATATTAATAATATTGACATTATAGTTTATGATTTGAATGATAACACGGCATAGTTTCTTCCATAGGATTTGATTGTGAGTGGATTCAACCGTGAATCGAACTGTGTCTGGTACATTGATTGTGGACAGGTGGAATGTAAAGGAGAAAGAAACATGTAGTGAATAAATAATAATTGGAGGAATTACGGGTTCTAATGTGGCAAATGCCGCAAATCATATTGTTCGGAGGCTGTCATTTACAACTCCATAACTTCATGATACAAAATGCGCGTGATTGAGATTAAGCTTTTCCGGAACTTTCTGATAAACCTATGTTCTTGGCTTGTTCTAGGGAGGAGCAATCAGAGATTGATGTGACTTCTGGATTATATGTTTTGTTTGGATCAGGTAAAAACATTTAGGTTAAAATATCATTTTAGTTCTCGTACTTTCAAACTTGTTCAATTTTAGTTAATATATTTTTAAAATAAATTTTTGTTCATGTACTTTCAATAAATTTTAAATTTAGTCCCTACTACTAATTCATTGTTTTTTTTCAAAACGTTTTTACTATTATTTTTACCATAAATTTTGGAAATATATTTTCATCTTGTATTTTATTACATGAAAATTATTATTTAACCAATTTCAATAAAATATAACTTCGAGGGACTTAATTTAAGATTTATTAAAAATACAGATATTAACATTGAACAAACTACAAAGTACAGTGACCAAAATGATACTTTCACCGAACATTTATTATTTCTACTTTTGCGCTAAGAACCGCCAATTTCTTCTGATGGCTACTTCCTCTGCATAATTCACATACATCAACCATACTGCATAACAAGCTCCTCATGCTCGCAGTTCGAAAATTTTAGGCATCATTTTTTTTTTGTTTTTAAGTTTTTTCAAAAATAAAACCCAAATTTGTTTTATTACATTTCTTTAAAAAATATATATAAACCAGAACTTTGATCATAAGTTTTTCCAATAGCGTTCAAAATTTAATTTAATTTTGTATTATAAAGGTTGAAAAAATAATGGTATTTATAAAGTACTAGAAGGAAAAACTAGAAAAGAAAAAACTAGAGGGAGGATTGAGGGTGAGGTTGGAGAGTCGGAAAGAAAATTTAGGGATTTTTTTTTCTGTCATTATGTGGATGAGATAATCTAACTTCTGACTTTGAGATTGATAGTAGAAATATTATATTATTTTTTTGAAATAAAACCACAAATATTCCATACTAATTTTTTGTTTTGTTTTGGCAAATTGCAAATTTATTCCTTTAAGTATGATGAAAATTGTAATTATACACTCAAACTTACAATAGTTGTAAAAATTGGATCTTCAAATGATAAAAATTGAATTCTTTAACTTATACAATTGTTACGATTTCTACAATTATCTAAGTTTGATGGTTCGATTTTAACACTTTGTTTTTTTTTAATAATTGATAAATACTTGTATAGGGTTGAGAGTAAAATTACAACTACACTTTTTGTAATTTGCCTTTTTTTTTTTTTTTTTGGCACAACTTGTTTTTTTAGTTTTTCATTTACTGGAAATTTGATAACAATCTGATTTTTTTTTTTGTTTTTAATTTTTTAAAACTGTGCTATTTCTTAAAATCAATGGTTTTGTATTGAATTCTTACCCAAATTTTAAAAATGTTTTTTTTTTTAAACAGCTTTTTAAATTTTCAAAACTTTTACTAAGATATTGAAAACTTTTACAAAACACAGATAACAATACAAAGGAAACTTATAAGTGGAAGTAGACTTTATAAGTTCAGTTTTAAATACTAAAAGTCTATTTGTAATCAAAGGGGACCTCAATTAATTCACTTTTTCAATACTTTTCTTAGTCCTAAAATTTAGAAACCAACAGACCAAGTTAGAAACAAAATTTTGTTTTCCAACAAGCTAGACATTTTTATCTTTCTCAAACTGATAGAAATTTGGGGAAAAATTTTAGTCCTTGTGTTTTGATCAATAGGTGCAATTAGTGCTTTAGCTTTTAAAATAGATCTTTTTAATCCTTGAGTTTTTAAAAATAGATTTAAAAAGATCCCTCATTTTTTCTATTATTTTAAAAGCTTGTGTAATTTAAATTAAAAAGTTAACACTCTCTCTCTCCTCCCCACCCTCTCAACCCTCCTTTCGTCTTCTTCCTTTCACCTACTCCCTTCTTCGCCTGCTCCTCCTCCTCCTTGCTTTCCATGCCGTCGGTGGTTTCCTCTGCCGGTAGCTCCTCTGTCCTCGACTGGGCCACCATCGAGGAATCCGAGCTCCGCAGATCTACTTTCTCCCTCCTCGTTTATGCTTGGAAAAAGTGACCCACAACTTCATCGAAACTTCAAAATTGGTAATCTCAATTATTTTTTCTTCTTACGAACACTAACACTATAAAATTACAACAACCCATTATCAGAATTATTCAAGATTTTTATGCTTTTTCAAATTATTCATAAACATTTAATCTTCCTTTCAAATTATTCAAAAAGGTAGGATGTATCTAGTACCCGAATACCCCATTCAAATTTCTGCAACAAAGTTTAAGCTTTTATGTTCGAATTGTTTCCTTGTGAATTAAGAGAACACTCAAGCTTCAAAGGTCTCATTTTTGGGTTTTAGTAGAGAAATGAAAATGTTATCAGCAATGGTTTCGGCTTTGACCCATGTGGTTGTCGGAGGGAGACGCTTATTAGGATTTTGACTGGAGGTCTCCTCTGTTTTTTGTTTCTACTGTAGCCGGATAAGTAAAAGAAGAGGAAAGGAAGGGTTAGAGAGAAGAAACAACTTTTTACTTATTTTTTTAATTTTAAAATAACAGATCAGCTTTTAAAATAATATTAAAATATACTTTAAATAGTTGGAGGGACCATTTAAATCTATTTTAAAAAACTTAGGGACTAAAAAGGTCTATTTTGAAAACAAAGGGACCAAACGCACTTATTGATCAAAACTTGAGGACTAAAAATGTAATTTTTTTCTTGAAATTATATGTTATCGTAATAGGTAATTAAATGGACCTTTAGATAGGAACATGGTGTTAAATTTTGGGTGATATGTCAAAATATTGCTTGAAATTTTGACATGTTGACATGGTTGGTATATCAAATGGGGGAGAGTTTTGTTTTTCCTCTCATCTCAACGGAAATCTCGAAATTTTGAGGTTTTGGAAATGTCGAACGAACTTTTCAAATAATGATTTTTTAATTTACTATATTATTGTAATGGAACGGTACTTTTTTACCGGTGAAATATAACTTCTAAAAACTTCTTTAGCAAATGTTTCGAAGTTTATCATTACAGAAACATAGAGAGGTACGAGTTTAAGAAAAGTGGGAAGAGATCCATTTTAAAAAGAGATATGTTTTAGAGAAGTAAAAATTTAAGAGGAGAGATGGTGGAAAGATAGGAAATTTAGAGAGAGAAGTATTGAGTTAGAGAGGAAGTGAAAAATTAGATTGGAAAATTTTGGATGGAGAGAGATGTTATAGAGGGAAAAAGAATAGTGTTCCCGATGAAGGGTGTCTGACTTTGTGTGGTGCAACTGCAACAGGTCTTACGCTATCTTTTATTCTGTCGATTTACATCTTGCAATCATCGAAGGACAAGTTAGCAAGGTACGAATAAGTTTGGTCATGGGAGTCGTAGAAGAGATTATTGGGGTTTTATTGATTAGCTAATAGCTAAAAGGAAGGCGTGTTTTTTTTTTTTTTTTTGGTGGTTTCCAGGTTTGTAAGAGAAACAGTAGTTGAAAGCAGCAATCCTGGCGCAGGAGTGGCAAAAGTCGAATAG

mRNA sequence

ATGTTGAGTACTCTTCGGGGTGGCTTATGGCTATTGAACGTTATTTGTGACCATTTCCCACTGAGGAAATTATTCAGCCTGATTGAATTGGGCCAAGTTCGAGATGGACCGAGAAGTAAAACCCAATTGGATCTGAAAGTAGCGGGGCCCATGGATAACTCTGGGCCCCGGGGGCCGAGCACCAAGGATCCCCGCCAGTCCAAAAGGGCGAGGAGGGAAACTGATTCCATAGAGCTCCAATTCTTGGAACGATTGGGCAAATTACCGTCGACGATGGGAGAACCTCCAATTCTATCTCTCCTCGTTTTGCTATTGTCGCTGGTTCCGATTTCGCTGGCTTACAGGCCCGGAGACATCGTTCCGATGAGCAAGATGGGACAGTATCACTCGTCGAGAACAGTTTGGCACGATATGATAGGTCGACATTGTCCAATTTTTGGCGTCAATCGCGAGGTTTTGGTTCCTATACCGAAACCGGTCGGCTACACAGGAGCTGATCCGTATAAAATATCCTTTCAAGTTGGAAAAGAGAAGTTTCTTGTCCCATGGCTTCTTGTGATAAATCGAAAAAGTGCAGAAGTCCCAATGATTGATGTCCATTTGAGATACTCTGGAAGTGATCTTCATGGTGTGACTGCCAAAGTAATGGACATGCCTCATATCTGCATATGGCAGGTTGGAGGATGTACGACAGTCGACAGCGGTTGTTGCGACGATAGTGGTAGTATAAGTGGTGGTTCTTCCAATCATAGTGTTTTGCTTCAAAATCGTGGAGGAAAAATTTTGAGACCGGGAACAATCTTGAGCCAGAGCAAAGGACCTCAGGCTGCAGCCTCGTTAGGTTGCTATATGGTTTCAAACTTGTCGAGCTCAGTTGAAAACTTAACAGCTGGAGAAGGACTATTAGGCTCTTCTATCGAGCTAAGCTATGGAAGTATTAAGGATTTGATTGTGAGTGGATTCAACCGTGAATCGAACTGTGTCTGGGAGGAGCAATCAGAGATTGATGTGACTTCTGGATTATATGTTTTGTTTGGATCAGGTCTTACGCTATCTTTTATTCTGTCGATTTACATCTTGCAATCATCGAAGGACAAGTTAGCAAGGTTTGTAAGAGAAACAGTAGTTGAAAGCAGCAATCCTGGCGCAGGAGTGGCAAAAGTCGAATAG

Coding sequence (CDS)

ATGTTGAGTACTCTTCGGGGTGGCTTATGGCTATTGAACGTTATTTGTGACCATTTCCCACTGAGGAAATTATTCAGCCTGATTGAATTGGGCCAAGTTCGAGATGGACCGAGAAGTAAAACCCAATTGGATCTGAAAGTAGCGGGGCCCATGGATAACTCTGGGCCCCGGGGGCCGAGCACCAAGGATCCCCGCCAGTCCAAAAGGGCGAGGAGGGAAACTGATTCCATAGAGCTCCAATTCTTGGAACGATTGGGCAAATTACCGTCGACGATGGGAGAACCTCCAATTCTATCTCTCCTCGTTTTGCTATTGTCGCTGGTTCCGATTTCGCTGGCTTACAGGCCCGGAGACATCGTTCCGATGAGCAAGATGGGACAGTATCACTCGTCGAGAACAGTTTGGCACGATATGATAGGTCGACATTGTCCAATTTTTGGCGTCAATCGCGAGGTTTTGGTTCCTATACCGAAACCGGTCGGCTACACAGGAGCTGATCCGTATAAAATATCCTTTCAAGTTGGAAAAGAGAAGTTTCTTGTCCCATGGCTTCTTGTGATAAATCGAAAAAGTGCAGAAGTCCCAATGATTGATGTCCATTTGAGATACTCTGGAAGTGATCTTCATGGTGTGACTGCCAAAGTAATGGACATGCCTCATATCTGCATATGGCAGGTTGGAGGATGTACGACAGTCGACAGCGGTTGTTGCGACGATAGTGGTAGTATAAGTGGTGGTTCTTCCAATCATAGTGTTTTGCTTCAAAATCGTGGAGGAAAAATTTTGAGACCGGGAACAATCTTGAGCCAGAGCAAAGGACCTCAGGCTGCAGCCTCGTTAGGTTGCTATATGGTTTCAAACTTGTCGAGCTCAGTTGAAAACTTAACAGCTGGAGAAGGACTATTAGGCTCTTCTATCGAGCTAAGCTATGGAAGTATTAAGGATTTGATTGTGAGTGGATTCAACCGTGAATCGAACTGTGTCTGGGAGGAGCAATCAGAGATTGATGTGACTTCTGGATTATATGTTTTGTTTGGATCAGGTCTTACGCTATCTTTTATTCTGTCGATTTACATCTTGCAATCATCGAAGGACAAGTTAGCAAGGTTTGTAAGAGAAACAGTAGTTGAAAGCAGCAATCCTGGCGCAGGAGTGGCAAAAGTCGAATAG

Protein sequence

MLSTLRGGLWLLNVICDHFPLRKLFSLIELGQVRDGPRSKTQLDLKVAGPMDNSGPRGPSTKDPRQSKRARRETDSIELQFLERLGKLPSTMGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNREVLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGVTAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQSKGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEEQSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE

Homology

[Close]

BLAST of HG10020459 vs. NCBI nr
Match: XP_008442331.1 (PREDICTED: uncharacterized protein LOC103486235 isoform X1 [Cucumis melo])

HSP 1 Score: 338.2 bits (866), Expect = 9.5e-89
Identity = 194/298 (65.10%), Postives = 200/298 (67.11%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           M  PPILSLL+ LLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE
Sbjct: 1   MPNPPILSLLLSLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV+DMPHI  +  G  TT  S   D    I+                         Q 
Sbjct: 121 TAKVVDMPHILKFSPGLLTTFFSIDTDTHPHIT--------------------KQFWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHILV-------RYTWEE 232

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESS PG GVAKVE
Sbjct: 241 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSIPGVGVAKVE 232

[Close]

BLAST of HG10020459 vs. NCBI nr
Match: XP_008442332.1 (PREDICTED: uncharacterized protein LOC103486235 isoform X2 [Cucumis melo] >KAA0044220.1 uncharacterized protein E6C27_scaffold236G005800 [Cucumis melo var. makuwa] >TYK24915.1 uncharacterized protein E5676_scaffold352G00290 [Cucumis melo var. makuwa])

HSP 1 Score: 331.6 bits (849), Expect = 8.9e-87
Identity = 189/298 (63.42%), Postives = 196/298 (65.77%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           M  PPILSLL+ LLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE
Sbjct: 1   MPNPPILSLLLSLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV+DMPHI                         +  H  + +              Q 
Sbjct: 121 TAKVVDMPHIY------------------------TDTHPHITKQ----------FWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHILV-------RYTWEE 218

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESS PG GVAKVE
Sbjct: 241 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSIPGVGVAKVE 218

[Close]

BLAST of HG10020459 vs. NCBI nr
Match: XP_038903796.1 (uncharacterized protein LOC120090293 isoform X1 [Benincasa hispida])

HSP 1 Score: 330.1 bits (845), Expect = 2.6e-86
Identity = 188/298 (63.09%), Postives = 196/298 (65.77%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           MGEPPILSLLV LLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE
Sbjct: 1   MGEPPILSLLVSLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINR+SAEVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRRSAEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV+DMPHI                         +  H  + +              Q 
Sbjct: 121 TAKVVDMPHIY------------------------TDTHPHISKE----------FWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHILV-------RYTWEE 218

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDV SGLYVLFGSGLTLSFILSI+ILQSSKDKLARFVRETVVESS P  GVAKVE
Sbjct: 241 QSEIDVVSGLYVLFGSGLTLSFILSIFILQSSKDKLARFVRETVVESSIPDVGVAKVE 218

[Close]

BLAST of HG10020459 vs. NCBI nr
Match: XP_004137681.1 (uncharacterized protein LOC101203220 [Cucumis sativus] >KGN58700.1 hypothetical protein Csa_002241 [Cucumis sativus])

HSP 1 Score: 328.2 bits (840), Expect = 9.8e-86
Identity = 188/298 (63.09%), Postives = 196/298 (65.77%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           M +PPILSLL+ LLSL+PI LAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPI+GVNRE
Sbjct: 1   MAKPPILSLLLSLLSLLPILLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIYGVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV+DMPHI I              D    IS                         Q 
Sbjct: 121 TAKVVDMPHIYI--------------DTHPHIS--------------------KQFWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHILV-------RYTWEE 218

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDVTSGLYVLFGSGLTLSFILS+YILQSSKDKLARFVRETVVESS PG GVAKVE
Sbjct: 241 QSEIDVTSGLYVLFGSGLTLSFILSVYILQSSKDKLARFVRETVVESSIPGVGVAKVE 218

[Close]

BLAST of HG10020459 vs. NCBI nr
Match: XP_022157271.1 (uncharacterized protein LOC111024020 isoform X1 [Momordica charantia])

HSP 1 Score: 326.2 bits (835), Expect = 3.7e-85
Identity = 187/298 (62.75%), Postives = 194/298 (65.10%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           MGEP ILSLLVLLL L+PIS+AYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIF VNRE
Sbjct: 1   MGEPSILSLLVLLLFLIPISMAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFAVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFL+PWLLVINRKS EVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLIPWLLVINRKSTEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV DMPHI I              D    IS                         Q 
Sbjct: 121 TAKVADMPHIYI--------------DTHPHIS--------------------KQFWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHVLV-------RYTWEE 218

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDVTSGLYVLFGSGLTL+FILSIYILQSSKDKLARFVRETVVE+S PG GVAKVE
Sbjct: 241 QSEIDVTSGLYVLFGSGLTLTFILSIYILQSSKDKLARFVRETVVETSIPGVGVAKVE 218

[Close]

BLAST of HG10020459 vs. ExPASy TrEMBL
Match: A0A1S3B5G0 (uncharacterized protein LOC103486235 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103486235 PE=4 SV=1)

HSP 1 Score: 338.2 bits (866), Expect = 4.6e-89
Identity = 194/298 (65.10%), Postives = 200/298 (67.11%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           M  PPILSLL+ LLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE
Sbjct: 1   MPNPPILSLLLSLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV+DMPHI  +  G  TT  S   D    I+                         Q 
Sbjct: 121 TAKVVDMPHILKFSPGLLTTFFSIDTDTHPHIT--------------------KQFWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHILV-------RYTWEE 232

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESS PG GVAKVE
Sbjct: 241 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSIPGVGVAKVE 232

[Close]

BLAST of HG10020459 vs. ExPASy TrEMBL
Match: A0A5A7TLX6 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold352G00290 PE=4 SV=1)

HSP 1 Score: 331.6 bits (849), Expect = 4.3e-87
Identity = 189/298 (63.42%), Postives = 196/298 (65.77%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           M  PPILSLL+ LLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE
Sbjct: 1   MPNPPILSLLLSLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV+DMPHI                         +  H  + +              Q 
Sbjct: 121 TAKVVDMPHIY------------------------TDTHPHITKQ----------FWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHILV-------RYTWEE 218

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESS PG GVAKVE
Sbjct: 241 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSIPGVGVAKVE 218

[Close]

BLAST of HG10020459 vs. ExPASy TrEMBL
Match: A0A1S3B641 (uncharacterized protein LOC103486235 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103486235 PE=4 SV=1)

HSP 1 Score: 331.6 bits (849), Expect = 4.3e-87
Identity = 189/298 (63.42%), Postives = 196/298 (65.77%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           M  PPILSLL+ LLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE
Sbjct: 1   MPNPPILSLLLSLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV+DMPHI                         +  H  + +              Q 
Sbjct: 121 TAKVVDMPHIY------------------------TDTHPHITKQ----------FWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHILV-------RYTWEE 218

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESS PG GVAKVE
Sbjct: 241 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSIPGVGVAKVE 218

[Close]

BLAST of HG10020459 vs. ExPASy TrEMBL
Match: A0A0A0L9R0 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G730150 PE=4 SV=1)

HSP 1 Score: 328.2 bits (840), Expect = 4.7e-86
Identity = 188/298 (63.09%), Postives = 196/298 (65.77%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           M +PPILSLL+ LLSL+PI LAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPI+GVNRE
Sbjct: 1   MAKPPILSLLLSLLSLLPILLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIYGVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV+DMPHI I              D    IS                         Q 
Sbjct: 121 TAKVVDMPHIYI--------------DTHPHIS--------------------KQFWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHILV-------RYTWEE 218

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDVTSGLYVLFGSGLTLSFILS+YILQSSKDKLARFVRETVVESS PG GVAKVE
Sbjct: 241 QSEIDVTSGLYVLFGSGLTLSFILSVYILQSSKDKLARFVRETVVESSIPGVGVAKVE 218

[Close]

BLAST of HG10020459 vs. ExPASy TrEMBL
Match: A0A6J1DXJ6 (uncharacterized protein LOC111024020 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111024020 PE=4 SV=1)

HSP 1 Score: 326.2 bits (835), Expect = 1.8e-85
Identity = 187/298 (62.75%), Postives = 194/298 (65.10%), Query Frame = 0


Query: 92  MGEPPILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNRE 151
           MGEP ILSLLVLLL L+PIS+AYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIF VNRE
Sbjct: 1   MGEPSILSLLVLLLFLIPISMAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFAVNRE 60

Query: 152 VLVPIPKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGV 211
           VLVPIPKPVGYTGADPYKISFQVGKEKFL+PWLLVINRKS EVPMIDVHLRYSGSDLHGV
Sbjct: 61  VLVPIPKPVGYTGADPYKISFQVGKEKFLIPWLLVINRKSTEVPMIDVHLRYSGSDLHGV 120

Query: 212 TAKVMDMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQS 271
           TAKV DMPHI I              D    IS                         Q 
Sbjct: 121 TAKVADMPHIYI--------------DTHPHIS--------------------KQFWDQQ 180

Query: 272 KGPQAAASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEE 331
             P                                       K ++V          WEE
Sbjct: 181 HWP---------------------------------------KHVLV-------RYTWEE 218

Query: 332 QSEIDVTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAGVAKVE 390
           QSEIDVTSGLYVLFGSGLTL+FILSIYILQSSKDKLARFVRETVVE+S PG GVAKVE
Sbjct: 241 QSEIDVTSGLYVLFGSGLTLTFILSIYILQSSKDKLARFVRETVVETSIPGVGVAKVE 218

[Close]

BLAST of HG10020459 vs. TAIR 10
Match: AT3G51610.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: response to oxidative stress; LOCATED IN: endomembrane system; EXPRESSED IN: 25 plant structures; EXPRESSED DURING: 15 growth stages; Has 53 Blast hits to 53 proteins in 21 species: Archae - 0; Bacteria - 0; Metazoa - 0; Fungi - 0; Plants - 48; Viruses - 0; Other Eukaryotes - 5 (source: NCBI BLink). )

HSP 1 Score: 247.3 bits (630), Expect = 2.0e-65
Identity = 144/288 (50.00%), Postives = 169/288 (58.68%), Query Frame = 0


Query: 97  ILSLLVLLLSLVPISLAYRPGDIVPMSKMGQYHSSRTVWHDMIGRHCPIFGVNREVLVPI 156
           I +L+++ LS   +S AYRPGDIV MSKMGQYHSSRT WHD+IG+HCPIF VNREVL+PI
Sbjct: 17  IQALVLISLSFPFLSSAYRPGDIVRMSKMGQYHSSRTTWHDVIGKHCPIFAVNREVLIPI 76

Query: 157 PKPVGYTGADPYKISFQVGKEKFLVPWLLVINRKSAEVPMIDVHLRYSGSDLHGVTAKVM 216
            KP+GYTG DPYKI FQVG EKFL+ WLLVINRKS+EVPMIDV+LRYSG DL GVTA+V+
Sbjct: 77  AKPIGYTGTDPYKIKFQVGSEKFLIHWLLVINRKSSEVPMIDVNLRYSGGDLLGVTAQVI 136

Query: 217 DMPHICIWQVGGCTTVDSGCCDDSGSISGGSSNHSVLLQNRGGKILRPGTILSQSKGPQA 276
           DMPH  +                        + H                I  Q   PQ 
Sbjct: 137 DMPHSYL------------------------NTHP--------------EIRKQFWDPQH 196

Query: 277 AASLGCYMVSNLSSSVENLTAGEGLLGSSIELSYGSIKDLIVSGFNRESNCVWEEQSEID 336
                                                K ++V          W+EQSEID
Sbjct: 197 WP-----------------------------------KHVLV-------RYTWKEQSEID 224

Query: 337 VTSGLYVLFGSGLTLSFILSIYILQSSKDKLARFVRETVVESSNPGAG 385
           V+SG YVLFGS LT SF+LSIY+LQSS++KLARFVRETVVESS+   G
Sbjct: 257 VSSGFYVLFGSALTFSFVLSIYVLQSSREKLARFVRETVVESSSMNVG 224

The following BLAST results are available for this feature:

BLAST of HG10020459 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_008442331.1	9.5e-89	65.10	PREDICTED: uncharacterized protein LOC103486235 isoform X1 [Cucumis melo]	[more]
XP_008442332.1	8.9e-87	63.42	PREDICTED: uncharacterized protein LOC103486235 isoform X2 [Cucumis melo] >KAA00...	[more]
XP_038903796.1	2.6e-86	63.09	uncharacterized protein LOC120090293 isoform X1 [Benincasa hispida]	[more]
XP_004137681.1	9.8e-86	63.09	uncharacterized protein LOC101203220 [Cucumis sativus] >KGN58700.1 hypothetical ...	[more]
XP_022157271.1	3.7e-85	62.75	uncharacterized protein LOC111024020 isoform X1 [Momordica charantia]	[more]

BLAST of HG10020459 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of HG10020459 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A1S3B5G0	4.6e-89	65.10	uncharacterized protein LOC103486235 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A5A7TLX6	4.3e-87	63.42	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A1S3B641	4.3e-87	63.42	uncharacterized protein LOC103486235 isoform X2 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A0A0L9R0	4.7e-86	63.09	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G730150 PE=4 SV=1	[more]
A0A6J1DXJ6	1.8e-85	62.75	uncharacterized protein LOC111024020 isoform X1 OS=Momordica charantia OX=3673 G...	[more]

BLAST of HG10020459 vs. TAIR 10


Match Name	E-value	Identity	Description
AT3G51610.1	2.0e-65	50.00	unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: response...	[more]

InterPro

Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01

Position :

Zoom :

x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 39..73
None	No IPR available	PANTHER	PTHR36768	ATP-DEPENDENT HELICASE/DEOXYRIBONUCLEASE SUBUNIT B	coord: 328..389 coord: 97..221

Relationships

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


Feature Name	Unique Name	Type
HG10020459.1	HG10020459.1	mRNA

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
cellular_component	GO:0016020	membrane