PI0017893 (gene) Melon (PI 482460) v1

Overview


Name	PI0017893
Type	gene
Organism	Cucumis metuliferus (Melon (PI 482460) v1)
Description	Unknown protein
Location	chr06: 17268712 .. 17286599 (+)
RNA-Seq Expression	PI0017893
Synteny	PI0017893

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonCDSpolypeptide

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

ATGCCTCTAGATGGTAAATTACTGATTGTTGAAGAGGTTTAACTTGGAGAGTTCACCTGTTTTCTGATTGAAATAAAATCCTTAGTTGGAGCCGTTTGTCTTTCTTCTTCTTTTTTTATTATATTATTCGAGTCCATAAGCTTTGTCAACTCACTTATCAATGCTTTGCTAAAAATAGTTATTGTTAAAACTTTTGGATCTCATTGGTGCTAAAACATTTCAGTTGTGAATAAGTTGCATTTCAGTTGTGAATAAGTTGGCATATGCCTCTGATTATGTATCTTTAATTGCAGTTAGACCAAGATGCATAAAACTGAAGCAAGATTCGAGCAAAGGACTATATTTTGTGGCACTGAAGGGCAGAGGAAATGAAGATCTGAAATCTGCAAAAATGATATCATTAAAGGCAATATCAATTCAAGCACTGTCTCCCAAGAAAATATTGATCCTGGACTCTGTTGGTGATTTACATCTGTTGCACCTTGCTAACACTGCTAATGGATTTGATTTTTCTTGCAACATTCGGCCATTACCTCATCTAATGAAAGTTCAAATGCTGACCAGTTTTCCTGATACATCCATAAGTATGCTTGTCCGATTCTTTGTTCTATACATTATAGATATGTTTTCATGCTAGGAAAGCTGTGAATAAAACATTGCGATCAAATGCTTGAACTGAGAGTAGACCATGGAAAACTTCACATGTTTATGCTCTAGATTTTTTAGTTTGGGTTGAGGAAGCTATACTAACCTTGGTGAGTTTGATTATATCATTCATTTAGGAGGGGTATGATTTAGTAGATTTTTGTTGTGATCTCTTTACTTTGTGCTTGAACTAGGATAGGATTTCTTACGTTAACGTAGGGGTAGTTTTCTTCATGGTGGCAATGGTCAGAACAGAAACTCCCCAGTCAAGTCCTCAGTGTGGATCTGGAGTAAGACGATAGGATGTGATGGGATTTAACAAAGTAGAATTGATGTTCTTTCTCAGACAAAATACAACTTTCCATGGAAGAAAACGGTGATACAATAAGGAGAGAATGATATCCAATAAAGATGCCTCCCGAAGCAGAAAGTTGTAAGCTTCTAAAAATTTCTCATTCCATATAACATCCCCTCCAATTACTTAATACTCTGAATGGACACCAAAGGATACTAGCCAGTAGCCAGATTTTTTGGGAGCCTTCTTCCCCTACACTAATAGCCTTCTTTCTCCCCTTTACCTCGTGTAAGTGTGTTAGAGGTTAATGTCCAGCCTCCAGTTGTCGCTTTTCCTCTAATGCCTTCCTCACTACTTTTCTTGAATCTGTTCCTTTGTATTGTTGAGACGGTTGGACTACCGGACAATGCTTTTATAAATGCCGGTCTACCTAAATACTTTCTTCAGCCTTGTTAATAAATTCCTTTCATTATCTAATCTAATCATAATCCAATGGATGAATCTTGGACTATCGCAAAATCTCAATGATGCTTCTTTTGGAAAAGCACCATGGTTACTTGATACTCTTGCTCAACAATTTTGTTGATGTTGGGTTTATGATTTGCTCCTCCACTAGCGCCCAACTTATTTGCTTACAGAAATCGTGACGGAACCACAATAGTTTATACTCATGTTAGGTACTAGATATTACTATGGTGTTAGTTAAGGGTATATGGGTAATTAGATAGATAGGTTGCTGGTACTTATTGTATGAGGGTAGTTACTACAATAAATAGAGAGGGGTGAGTGAAGGGAGGTTATTTGGTGGAGTGATCGAAGGCTTGGGTGAGAGTACTCAAGGGGGAGGATCCACGTGCCTTATACTTGGGTTTATCTTGCATTTCTTTATAGTTATTGTTAAATGGTAGAAAAAGATAACACTAGGTTTTCGTTGAAACCCTAGAATAGGGAGAAAAAATTACGATATGGAGTCACTTTTTATTATTTTCACACAAAATGAAATTTACAAGAGGAGACAACTTTATAGGCTCTAGCAAGTCCTAATACAAAATAGGAAATAAACTTCGGGTAAAGTAAAATACTACAATACCCTGGGGCTATAAACAATCAACAAAGCCCCTTATTTCCAACACTCCCCCTCAAGTTGGGGCCTAGATGTCAATCGGACCTAACTTGCTAACACATGAGTCAAAACTTGGCTTGAGTAACCCTTTGGTGAGAACATTAGCAACTTGTTGACAAGATGGAATATACGGAAAACAGATACTGCCCTTGTCCAGTTTCTCTTTTATAAAGTGTCTGTCAATCTCCACACGTTTCGTTCTATCATGCGTACAAGATTATTGGCTATGCTTCTAGGAGCTTTATTATCACAATAGAGCTTCATAGGTAAAACACTGTCTTGACGAAGATCAGACAAAACTTTATTCAACGAGATTTCTTCACAGATTCCCAAACTCATAGTTCTGTATTAAGCTTCAGCATTGCTTGTAGCAATAACACTTTGCTTCTTACTTCTCGAAGTAACTAGGTTACCCCCCAGAGGTAAATTTTCTGTCAATAACTGATCCTGCCCAATCAGAGTCAGTATAAGCCTCAATCCTGTCTGTTTTCCTGAACATCAGACCTTTACCTAGAAAGCTTTTCAAATATCGCAGAATCTGATTCACAACTTTCTTATGTTGCTTTTCAAATATCTCAGAATCTGATTCACAACTTTCTTATGTTCTTTGTAGGTTCCTGCATAAACTGACTAACACTGACAACATAGGGAATATTTGGTCTAGTGTGAGACAAGTAAATCCACTTTCCCACTAGACGCTAATACCTCTCTTTATCAGCAGGAACTTTCTTTTTGAAACGGAGACAAACCTCTTTATTAATAATAATAAGAGAGACCAACGCTCAAAGTACAAGAGAATTATACAGAGATCAAAAGGGCTTAAACAAATAAAATCAATAACCAAATCAAACTCAACAATAACAGTGAGCTAATCAAAATCCTCTTACCTGATACAATAAATGGAAACTAGAATGTAAACTAGGTACAAAGTAATTAAAACAGATTGTCAAAAGGAACCCAAAGTAAGCTGACATCTTGCCCACAATATGCTTTGAGATGAGTGGAGAGGGAACACCAAGAGAACAACAACTAGCCTTGCTGAAACTTCACTATGAAGAAACCACAAAACTGCTAAAAAAAAAAAATTGTTCAACCGAGTGGAAACATTTTGTTAGGATAACTCTTTAACACTAACAAATCCCAACAAAGGATAGAAACAGAGTCAGTACTCTGTGATATTCTGATATTAATTCAACCCAAAGTTCATACAAGAAGGAAATAACAAAGAAATAACAGAGCAATAACAAGGAAAAACACTCACAAATACCCAACACCTTATGGAAGGCTGACAACTTCTCCCTGAAGACACAACAATCTTTTCTATATAAAATCCTATCTCACCAATCCCTAGAATTATTCTATTTATACTCATCATTCGTGGCTCCACCAGCATCATTCTTTTCTCCGATTCTCTCTCCTAGCTTTGTCCTCTGCGTAATTACTTTCCTGCCCTTCCTTTTATATTTATGAACAATAGGTGGCCTTACACATTTCTTGAGCCCAACTTCTTCTTTGATTCCTGGGAGAGTACTAGTTTTGCATTAAGTGTTTCAAGAGACTTGAATCCCAATATCTTTATATACAACCTTCAAACCACAGAAGTTTCACTATACAAATTCCATGGTAACCGATAATTGAACAAAAAAAAAAGACTAAAATCAGGTCTCAAACAAAAACTAGTTTGCATTCATCTACTAGCGACTTTAAATGGGCTGGAATTTCGCAATGTTGAGACTGAGAGGGCTTCAAGGGGTCTGTTTTTTAACACTCAATTCCTCTTTATTCTGAAACAAATCATTGAGATCGATTTCTAGGGGGTCCTTCAAAGAATGATCCTCCAGCCCATTTGACTTCCCCAAACAATCAACTTCCTCACTGCTCACACTAAAAGGAGAGTCAAAATCTGAATCACATTTCTTTTTGGATGGAGGGCCGGGAGTTTGGCAAGGGGAGCCTCTAAAAAATTTGACTTCTGAGGAAGGTAAAGAGAAAATAAAATATTTAAAGTATGGATGAAAAGAGCTTTGAGGGTCTAATTCGATTGGAAGAGAAGGAACTTGAGCTAGTGTACAATTTACCTCCAAAGAATTAGGGTTTTGATCTAAAATCAATTCTGCTCTTAAGGTACTCTTTTTTGAATTCTGAATGTCTGCCGTAATGGAAGATGAAGAAGTTTGGCCAAGGGTATCTTTTACCTTAAGAAATTCAGAATTTTGAGGATCTTGGTCAGCCAACATTTTTCTCTTTACTAGAGCCTTTTTTGAGATTTCCTTCGGCCTCCTCCTTCTAACAAAATGCTTGGGGAACGTCTTGGAGGGAAGCGAGGGTTTCTTTGATTTTGAATGCCTTTTGGATGTAACTCTTAAACCAGATCCGGCTGAGGATGCATGAGATGAAGAAGAAAAAGCTGCAGATGAAGAGGAGACACTTGAGGTTTTTTTAGAAGGAGCTGCAATGTGAACTGACTCAGCCTTAGCAAAAGGGACAATCGACGCTGAAGAAACAGGAGAAAGAGACCTTCTAATGGCGGAACTTGGAGCGGCAGAATTCTGGCAACTAACTAACTGGATTGGAGCTAAATTAGACGAATTAGGTTGAATGCTTCTTGGGTTTTCAATGAGCAATAAAGTGGGAGCAGTCAAAAATCTCTCTTTCTTCTTTAAAGGCAGATCTTCATCTTCCGCGTCATTGTTCCCTCCCAAAATGAAGGAATTGTTGTTTAACTTCGTGCCTTGGTGGGATTTACAGCCGTGTGAGCATTAATTACACCTTTTGGAGGGAAGGAAATAATGCTTGGCTGCCCCAATGACTGATTGTCTTCCTTTGTAATGTCGGATGGTTGCACCAAAGAATCCAACCCTTCCTTTGGATTGCAAAGCATCGATTGGCCTTCCCCATTTAAGAAAATCGAAGAACCCAATAGAACTTTCTTTTCTTCTTTGATTGCACCCTTTCGGATTCCATCAGAGAGTTCACATCGACCTTGAGGTTTACCTCGTGTGCTTTGCCTTTTCCGGCTTCGGTGAAGCAAACTTATGTTTCTGAAGTATTAACTGAATGAATTTTTCTGTTTGAATATATGGACTTCAGGTGTTAAGTGCATGCATCATTGTTCAAAACTTGATTTAATCTAACAACATCCACCACATTTAAAAAAATCATAAACAAATAAATCTCTTCTGACTTTACTAGGTGGGCTGACTGATAATATATCGCCGAAGTTTTAAGAAAATATTTCCTCTCTTATCATCATTGATTTCAAGTGTTGCCGGAATGAACCCACAAAGGTTCTCTTTAACTTGAATTTGGCTTTTGATACATTTACAAAATTCAAAGTTTCCATGGATATGTCTAACAAACCCCTAAAGTAGGCCTCGATTGTTTCAAAAGTTTGATTATTCCAGTAGTCTGGGTGTAGGTTCTTGATCAAGATCCATTCTCCATATCCTCTTGCGTACAAAGGTCTACTATGTATTAACTTAATTTTTGCCATTTCCTAGGATGCTTTATCACTTCATCCAGTGATCGTTGATCAATATCAATTAGAGCATTCTTTGCAAACAACGGGTTGATGATAACCTCCGATTGGAAGAGCTTTTGTAATGTTTCTTAATCTCGACCCAACTATTGAACTCAAATAGACGTGTGATAACCTAGAGATTGTTGAAATCTGTTTGGAAGACCTTTGGATTCTTGATAATCCAATGTTGGTGAATGCTCTGTTTTTCGGGTCCAAAACAGAGGAGATCTTATTTTGCTTATTCTTGTATGCATAGCTATCCTTCCTCTCTTCTTGTGGTTGGGCAATATCTTCAGAGTGACTACTTTTCGACTTGCTTTGAACTGAAAACCATGTCATATAATCATGCATTGATTTGAAGCTTTTCATCATTTTCCGCCTTGTTTTTCCTTGCCCGATAGAATATGTATGAATGATTCTCCTGTTCTAGGTCAAAAGTTGCATCTTAAAATGATGAAAAGCAATATCCCACCCATTCTCTATTTTGATTTTCAGACTTATGTTATGCCGTTGTCGATTCTTTCTTTCTTGAAAAGTACTGCTTTTCTGATTTTTGACATAGTTTTTCAATAGCCTTATGGAACCAACACAGTTAGGAGCTTGATGAAGGTAGGAATTTTTTCTGCTTCCACATCTTCAACTTGGAATAAGTCATTCTCGTACCAAATACAGTAGGGAGAGTCCAAAATTATGTAGCTTCCCTCTCCATTTCTAACTTACTCACCGGGAAACTGGTATCTGAAAATGTCGGAAGGGGACGGGGGGAGAGAGGAGAGAGGACTTACCTCCTTGATGTGTTCATTGAGAACCCTTTATCAGCAGGATCTTTATCAACAAAATCTCCCAGTTTCGCATTGAATTCAATAAGAGTGTTAGCAGGTCTACATCCAGTCATACCTGTTTCTTTTAACAGGTCAAGGGTGTATTTTTGTTGTGAGATAGAGATCCCTTCCCTTGATCTTGTCCCCTCCATTCCAAGGAAATACTTCAGATTTCCTAGATCTTTGATCTCAAACTCGTCAAGCATTTTCTTTTTCAGCCTGGTGATCTTAGCCGTATGATCTCCTGACAAGACAATATCATCTACATACACAATTAGAACAGCAATTTTCCTAGATACTGACCTTTTTGTAAACGAAGTTTGATCAGAGTGTCCCTAAGTGAAACTTGGAGACTTAACAAAGGTAGTAAACCTGTCTAATTGTGTATACAAGAGAGTTCCTGTAAATAGATATTTTATATGTTTGATTCAGAAAAAGGAGGATGCGGGGCTAGTTAAAGATTGCGACTTAATCATTGGATTAGTAAACGATCAAGGGATGGCAACTAAATCCTTTTGTGAAATTGAATAACTTATATTGGAATTTTACGAGAGTCTATACAAGTGAGTTCCTGGAAATAGACATATTCCTCTCATTTTCGATTGGCCATGCGTTTCCACAGCTCAAAATGCTACACTTACAGCCCACTTTTCCGAAACAGAAATTTTTTCAGCAATAAAAACCCTAGGGAAGAATAAAGCCGCAGGTTTGGATGGATACACAGCTGAGTTTCTTGTAAAACATTGAATTTGGTGAAAGTTTTCAAGCTCTTTTCGCAGAATTTCATGAGAATGGAAGACTTAATGCTTGCGTTCAGGAGAATTTTATATCTTTGATTCAGGAAAAGGAGGATGCGGTGCTATTTAAAGATTTTAGGTCAATCAATCTTACAACACTCTGTTATAAGGTCATAGCCAAAGTTCTTGCGGTAAGGTTGAAGAAAGTAATGAAAACCATCATTGGCCCCTCTCAAATGCTTTCATGGGAGGAAGACAGATTCTAGATCCGGTTTTGATTGCCAACGAAGCTGTGGAAGATTACCGTGCCAGAAAAAAGAAAGTTGGGTCTTCAAGCTGGATTTGGAAAAGGCCTTTGATCGTGTGGATTGGGTGTTCCTCGAAAAGGTGCTTCTTTGTAAAATGTTTGATCGGCAATGGATTTCTTGGATCCTGGGTTGTATATAAAATCCAAGATTTTCTCTGTTTATTAACGGTAGACCTCGCGGAAGAAATTTTGCTTCTAGAGGAATTAGGCAAGGAGATCCCCTTTCTCCCTTCCTATTTCTTCTAGTAAGCGAAGTGTTGGGAGCACTTTTGAATAATCTTCACGGGAACGGGCTGTTTGAAGGCTTTATTGTGGGTAAAGAGAGAATTCATTTGCAATGCCTTCAATTTGTAGATGATATAGTATGATGAAAGTACGCTAGTGAAATTAAGGGATACTATTGCTTTATTTGAATGGTGTTTGGGCAGAAAGTAAATTGGGAAAAATCAGCACTATATGAGTGACAACGTGGGTGAGGAGGATTTGCAGTCTATGGCAAAAATGTTAAATTGTAAAACAGCTTCTTCTCTGTTTATTTACTTAGGCTTACTGTTGGGGGGTTACCCGAGGCTAGTAGCTTTCTGGCAACTGGTAATTGACCGAATTCACAAGAAACTTGACCAATGGAGGAGGTTTTACCTACCCATAGGTGGGAGAACTACTTTATGTAATTCTGTGCTCGCTAATCTTCCCACATATTATATCTCATTATTTGCAATGCCCGATAAGGTGGTATCCTCTATTGAGAGAATCATTAGGAACTTCCTTTGGGAGGACACACGGGGAGTGAACTTAATCATTTGGTGAAGTGGGACAAAGTAACTCGTTTATAAAAAGATGGAAGTCTTGGAGTGAGGGGCCTTAAGAGAAGTGGCCCTTCTTGCGAAATGGGGTTGGCAATTTTTGAAGGAAGAAGGTTCTTTGTGGAGACAAATTATTAGAAGCATTCACGGAAAAAAAAGTTTTGATTGACACATGAAGGAAAAATTTGGAAATAGTTTAAGAAGTCCATGGTTTTCCATCTCAAGAAGCTGGAGGAAAGTGGATACTTGGCAACATTTGAGCTTGGAAATGGGTCCCGCATTGTGTTCTAGTCTTATCAGTGGGTTGGTGACATTCCCCTTAGTATCCATTTTCCTAAACTCTTTAAGATTGCTCTCTCGCCAAATGTTTTAGTTGCAGATCATTGGGATCACTCAATTTTCTCATGGTCCATCAATTTCTGTCGATTGCTCAAAGATGACGAAATTTTGGAATACCAAGAAATGCTGGAGTTAATTTCGGGAAAGTCAGTCTTGGGTAATCTAGATAAAACAGTATGGCTATTGGAACCTTCAGGTAAATTTTCAGTAAAGCCGTTAACCTCTCACCTCTCTTTCTTCACCAATAAATGGCAGATTATATAAAGAATTATGGAAGACTAAAAGCCAAAGGAGAGTCAACATTCTCAGCTGGATAATGATTTTTGGGGCTTTAAACTGCTCCTCGGTTATGTAGAGGAAGCTTATGAATAGCTGCCTTTCTCCATCCGTGTGTCCAGTATGCAAAAATGAAGGGGAGGAGTTACAACACTTGTTCTTTGTTTGCTCGTATTCTGCAAACTGTTGGAGGAAATTCTTCTCAGTTTTTTCGAACTGCTTGGGTTTTTGGAAATAAGTTTAGTCTTAATGTACATCCACTGTTATTGGGGCATAATCTGAAAAAGAAACAGCGACTCTTGGGTTTTTCGAACTGCTTGCAGATTTGTGGTTCGAGAGGAATCAAAGGACATTTCATGATAGAGGAGATGAGGTGGTTAGACTGTTTTCAGTCGGCAGGCTGTAACGCTTCAGCTACCATTCCTTAACTAAAGAATTTGAAGCTTAGAGCATTCAGGAGATTAGCTTAAATTGGAGGGCTTTTATTTTTCGAGATTGGTAGTTTTTCTTGTAGTTGTATTTTAGCTGTTTCTTTGTATTTCATTTCTTTTTTCGGATTTACTCCTTGTAGTTGTCTTGTATGGGCTGACACTGTTATCTCAGGACTCTTTGTATGGGGTGGGGGCAGTTTTGGCCAGTATTTAATGATTGTTTGTTTTGATGCTAGACTTTTGGAGGAGATGATGAGGGCGCTAAGTTGAGATGTCTGGGTGCGCCTGCTGATCCTCAGTCTCTCTTTTGTTTGCTCTTTGTATAATTCTCTTGTACTTTGAGCATTAGTTTCGATTTTATTAATAAAATTTGAGACTCTGTCTCCTTTTTAAGGGAAAAAAAATGAAAGGTATTAAACCACCAATTCACCCAAAAGCTTAAGCTAGTGGTTGAAGGAAAATTTAATTATATATCACTAACACTCCCCCTCACTTGTGGGCTTGAAATATTTGAAAGGCCCAACAAGTGGAAATCAATTTTAATTGGGGAGGAAACAACGATGCAGAGGCTCGAACACATGACCTCCCTAGACCACCTGCTCTGATACCATATTAAACCACCAATTCACCCAAAAGCTTAAGCTAGTGGTTGAAGGCAAATTTAATTATATATCACTAACAAAAGGAACTCCCCATTTACTGGGAAATAATATACAAAAGACAGTAAAAAGGGGATTAATCTAGAAATTACCTAAGATTAACCTAATTTCCCTAATTCTTCCTACATCATACATTAAGAAGAAGCAACAAACTAGACAAGTTAGTTTATAAGTTTTGGTGTCAGCCAAACTCATTTTGGCTTGATTGTTTTTTGCAGGCAATTAATGGATCATTTTATATTTCACAGTTCTCACAATTAATAGAAATATGATACTTTTCAGGGAACCAAACTGTCTGGCTATCGGATGGGAATCATTCTGTGCATATAATGGTGATACCTGATGTTGATTCCGTTGTCCCTGAAAATATGGGAAATGAGAGCGAGGAAGTCCTGATGAAAAGAATATCAGGTCTCTTTACCTGCAGATTTTACTGGTTATAACTTTTTCGACTTTAATGTTTGCTCTATTTAGATATTGGAATTGCATATATGTCATGCCCCGTAATAATGTACTGAAAAAGTAAATTGCTTTGAGGTACAGCACTAGCGTATAGATCATTTTTGCATTCAAGTCAAATTTGAAACTCTTTTGGACACCATGCTAAACTATGTGGCTGTATAGCAATTTGGATGTCTCGTTTCTCTCCTTTCAAGTTCATCTTAGTCCCGATCTTTTCATTATACTTTTTTGTTCTCACTTTACATTTTGGTTGGTTTATATTTCCAGTTATGCAAGCTATATTTGCCGGTGAAAAGATTCAAGACATAACATCCTTGACTGCAAATGCTGTTTTAATTCTTGGACAAGGTACCTTCTTGTTATTATTATGATTATTTTATTAATCAATTCATGCAATCATGTTGCTGTGAAAAAATAGACTGCTATTGTCTTCCACGTGAGGATTTATGTTGCATTCTATACTTGCTTGTGCTTTAAAGATTATGTCCTAGATGGAACTACCCATACCCGTTACATTTAGAAGCAAGTGGATTAGGTGGTTGAAGGGCCATGTTTCCTTGGTAAATTTCTCCATCATTCCAAATATGAGACCATGAGGGAAAATTATATGTTTTGCTAGTAGGGGGTGAGACAGGAATCTACAGTCTCCTTTTCTCTTCTTGATAATGGACGATTGTTTTAATAAATTTTAATAAAGTGATTTATTATATTTGTGAAAGAAGAGTTTTAAGGGGATTATGGTGGGAAAGATGTGGTTGATGGTTATGACATGTGAAGAACCTTTTGGTGTCGCTCCCAAAAGACCTTAAATCAAATAATATTTATAATCACCGAACTAACTGCTTATACTAACAAGTAACATAAGTGGCAAGTCTAGGATCGAACCATATGGAGCCTAAGGTAAAGTTTCTCAAATGCTAAATCGGTCTATGAGAAGTAGTAAAAATGGGGGATTTTGGGTCTATGAGAAGTAGTAAAAACGGGGGATTTTGGTTTTGTTGACAGGAAAACTAAATGCAGAAATTTAAAGTGTAGGAAAACAAAATAGATTGAGAAAGAGAGTGAACACGAGATTACCTTCGCTGATTAAGAGGTGGTCAGGCTATCTGTGGACGAATTCATTGGTTAATAATGCAAATATATATTCATGGGTTATCTACTTCTCAAGCGTAATCAAATGTACGGACACTCGGACAGACTCCTTAGGGAGAACCGACGCGGATGTCGGTTCCTAAATTGACTAAGTAATGTCACACAAGTCTGTTTACTTAGCTAATCGCATTAAGCTCTTGGATTGATTAGGTCATTAAGTTAAATTGGCCAAATCTAACCTAATGCATTTTGTTATCTTTCGCTACTGGGAGATTCTAGAACCCTAGCAATCAAGCCATAACTACAATAAACTTATTGCTACTCAAATTGAACATGCTTTGAATGCGATTACGGACACCTAAAACATACGTAGTGTGGGCAAATGAACATACGAGTATTCATGATTATATTGTCAAAGGGTCTGTTTGGGAGTGATAGTTGGAGTAGTGATTTTAGAAGAATAGATTTATGCCCAATTGATTTTTTAACCATCAAATTTATGTTTGGTTCCAAACTTTAAAAGTGATTTTCAAATACTTAAAAGTGATTTTGAATTATTATGTTTGGTTACAAAAGTGATTTTAAAATTACCAAAGTAAAATTTATATTTGGAAATTATTTAACTAATTAATCATATAATAAATATATTTTTTATTTGTTTTAAAAAATATTTTTATATAAAAGTTGGCACTGACGATTGTTGGAAAAAAATCATTGGAGACGTTGGTCAAAGGTGATCGGTGGTGGTTGCTGAAAAATAGTGATCGAATGTTGGCTACAATAGTCGCTGGAAGTTGGTTGACGAAGATCATTGGAAAATGGTCGTCGGCAATTGGGCGACAATGGTTGCTAAAAAAGTAGTCGCCCAGAGATGGCCATTGGCATTTGTCAGCAACAATCGTTGAAAAACGGTTATTGCAAATTGGTCGGCAGCGATTGCCGAAGTTGACCAAGAACAGTTGCCGAAAAGCGATCATCGAAGGTTGGCTGGCAGCTCTTGTCAAAAATTGGTCGCCGGTAGTTGGCCTTCAATAGTCACTAGAAACAATCAAAGAAGACTTAGTTAGAAGTTGGTCGACGACAGTTGCCGAAAATGGTCAGCAGAAGTTGGCTGGTAGTGGTCATAAAAAAAGTCGTCCAAAATTGGCCAGAAACGATTTTCAAAAAGCGGTCATCGAAAATGGTGTCGGTGACCAAAGGTTCTCGTTGGCGGTCACCAAGAAAATGTTCACTGGAAGTTATCTGATAGTGATCACCAAAAAATGGTTGTCGAAAGTTTAATTGGAGGTTGGCACCGACGGTCGTCGAAAGTTCAAAAATGGTGTCAGTGAGCAAAGGTTATCGGCGGCGGTCACCAAGAAAAGGGTGACTGGAAGTTATCTAATAGCGATCACCAAAAATGGTTGTTGAAAGTTTAATTGGAGGTTGGCACCAACAGTTGTTGAAAGTTGGTTGACGGCGGTTACTGAAAAATGGTTGTCGAAAGTTGGCCGACAACGACTGTCGAAAAGCAGTTGGCGAACAACAATTGTCAGGAAAATGGGAGCCAAAAGTTGGATTTCAATAAATATCTAATTTTATTAATTTTTTATATGTTTTTTTTATTATTTTGGTCTGAAATCATAAATTTCAATAGTATGAGAAAAATGTTGGAGGTGGTTCCCATTTAATTACCAAAAGAAAAATCACTTGGTTAGTGATTCTTCAAGAATTAAGTTAAAGTGATTTTTCAAAACTAAAAAATCAATTTTATTTCTTGCCAAACATGATTATTTTAGAGCAAATTGATTTTGACAATGGTAAAAGTGTTTCTAGCCATGTCAAAATCACTTCTAAACACAACCTTAATCTACACATATATTGATTCTAGATGTTCAAACAAAGAAAGGAAGTCAAGAGGAAGCATAAAATCCCAAGAACAATACACGATAATCTCATAAATCCATAGAAAATGCTCAACAAACCTCAAAATCGACGTTTGGGCCTTTGATTGTTCATCAAGACTTGAATCCCGATGCAAAATATACAAGTCCAAGTCAAAATCTAATGAAATTGCATGGGGTTTGGCCAAGAATGGCCAAAACCAAGCTTGGAGCTCTTGAATCAGCCCAAGTCCCCTCTCTTCTAACCTAAAATGAAAAGATGATATATGTACAATTGTGCAGGCGCCACGACACTAGGGAGGAACGTCATGGTGCTTGATTCTTGTCAAAATGGTGCTCGCAACGCTATGGCGCTTCAACACGCGCACTTCGTTCGTCAAAGTTCGGAGCACTGCGGTGCTTCAACAAATCCTTTGCTTTTGGATTTTGCGGTTGTGTAAGCGTTGTTGCGTCGTAGGACAGACACATTTTCTCCATTTTTGCTCCTTTGAAGTCCAGTTGCTCTTTTTAGCTCCTAATTGCTTCAAATTAACCCCGAACAACTCATAACGCTCAATTTTGTCTCCTCGGCGTTCGGTACCTATAAAATCATTAGATGAACACATTAAACACAGTAACGAACTTGAATTAAGCGGAGTGAGATAACACATTTTCAATGCTATTAACATGCATCTACAATCTTCTAACAGCACTATTATTTTCTACTAAGCAAAGAAGAAGAAGATGGAAATTTGATGATTCATCATCACCCTCTTTCTCCAAAGTTCACTTAATATCGTTGGAACCTCCATAGGCATAAATGTATTTGATCAATGGTTGGCGGGCTTTGGTTTTTATATCAACTTCTAATAAACTTCCATCCAATTCTTGTTTCTTGTTGGCGCAATTTTGTGCATATGATCATCTTTGTAAGTAGCTTGCTAGATAAGTTAAAACATAACAAATAAGGAATCAAATTTCTCTCTTCTCTCTCCTCTCCTCTCCCTTCCTTCCTTTAGTCCCTAACCACACTCCGACCCCTTTTCTTCTTACGGCATTCCCTCCTTCTTCTCCGATGAGCCCCTAGAGCCTGTTTTTCTCGTCCATCCCTGTTTGGTTTTGGAAATAATGGAAGTAGAAAGCTGTAAAGTAGTGAACGCCCTTTACTGTATTTGGTTCGACAAGGAATACTTTCATATCAAAGACGTGGAAGCCTTGAAGATCTTGATGTTGTCAGACTCTCAACTTAGATGGTTCTTGAAGGAGATTTCAGAATTCTTGCGTGGCCCCGAGAATGGTTTTCTTCTTCGAAACGGTTTTGATGAGTTTGGAAGTATAAGGCTTTTAAATTTTTTTGTTAAAAGTAGGTTGGGTGATGAGATGTGTAGCTTGGAAGAGGAACAGAGAACAGTCCTTCATCCATATTTGTTCGGGTGTCTCTCGATAGGGTTGGAAATCCTTTCACAAATGTTGGAAAGTTTCTTGATGAAGCACGATTATTTAATTTGGTACAGAAAAAATCTCCAACCCTCCTCCAGCTTCCCTTCGAGGCACTAGGGGCAAGTTATGCTGAAATGGCGAAGCTTAATGGATCCTCTACCCAAGAGTAGGTAAAACAAAACACTCTGTAAGACCCCCTATCATTCATAAATATAAGAGGGGTAAGAGGGTAATTGTACAGAAGACAGATTCTGGAGAGAGAATTATGGAGGAGAATAAAGCTGGAGGGGCCCACTAATCATGAGAGATATAAATAGAAGAGGTTTAGGGATTGGTGAGGTAGGGCTTTTTAGAAAAAGGCTGCTAGGTCTTTTTAGGGAGAAGTTTCCAGCCTTGCTAGGTCTTTTTAGGGAGAAGTTTCCAGCCTTCTCTAAGGTGCTGGTTGTTTTCTGCATTTTTCCTTCTTATTAAGTTCTTTGTTGCTTGTATGAACTTATCAGTTATTAAATAACAGAATATACCAGAGTACTGCCTCTGTTCCTGCCTATTGTTGGGATTATTCAGTGTTTTGAGGGAGAGATCCTAACACACTCCTTCCCCTGTTCTGACCTCAGAATTTCAGAGTACAATTCAGTATTGGGTGATAAAAAATCCGGAAGTTCTTAAAGAAGACTTCGATAATCTATGGATTATTTCAAGATTATTTGCGTTTGATAATTGGAAGGAAATTAGAAAAACCTTGGAGGATCTTTTTCAATAAAAAATAATCATTAATCCATTGTTTGCATAGAATGCTTTGATTAAATTGGCTGAAGGTTCTCTAGAAGAGTTCGTTGGAAAAGAAGAGTTATGGCAAGTAATGGGTACTTTTCATTTAAAGTTTGAGAAATGGAATAAAAGTAAACATAGCAGACCATCAGCTATGGAGGATCGATTAAAATAAAAAACCTCCCTCTTGATTATTGGAGCAATCAGATGTTCAAAGTTATAGAGATCATTTTGGAGGTCTGGAAGATATCGCTACTGAAATGCTCAATCTTCTAAATGTTTTCAAAGCAAAGATTCAAGTAAAAAGAAATCAATGTGGTTTCATACCAGCAACAATAGAAATAACAGACTTCAATCGGGGGAATTTTTTCTTACACTTTGGTGATTTTGAAATGATCAAGCCCCCTCCATTAACCAAGGGTCGTTTATCATTAGAGGATTTTTCAAACCCACTTGACTTGATGAGATTAAACCACGCTTTAAAAGATGGAGTCGTTGAAGATTCATTCTTCCCGGAGGGGGTGGAAAATCTTAAGATCAATCCAAAAACTTCCTTCATGTACAAGAAATCCCTTTGAAGCTTTGAAACCAGGTGCTCGCCAGAACTTTGCCTCGTCGGCGTCGACGTCGGCGCCAATTACCTCCATTGAAGCGACGGTGAATTTTAATTTGGAGTCCAAGGAAAGTAGTGTGAACACATCTACGGGATTTGAAGAGCCACATTTAATGAGGAGAGAGATTAAGAATTTCAGTTTTGAAAGGAACAAGACAGGAATCTGAAGAGGTTTTTCTAATGAAAGAGAAATTTTGGCTGTGCCTTCTTTTACAGCTGGAAAGTCACTTCAACTGGTCTGTAGCCCTCTTTTTGACGATCCATTCTCCTCCAATCCTTTGAACAAGAAGTTAAACTCTCAGACTAATTCGGCTGGTATTTTTTTAAAGAAAGATTTTTTACTTCCCATGTCAGCGGCAGATCCTCAGCAAAGTCTTCTCAACCCTTCACCTTCAGTTTCCCTCTCCTCTTCTTCTCTTTATTCCTCAGCAAAGTCAGGTTCCAGAGAAAATTCAAATTAAAATTCGAAAAGAAAGAAATGTTCTAAGTTCTTCCCTCACTTTCCAAAGTATTTCATCTGGAAGAAAAGACCAAAGAAGATTTTGGCAAAACGATCCTTCAGAGCAGAGATAATTGAAGATCAAGTACTTGATTTGCTAGAGGAAAATCGTACCCATCCTCACTCATCAGTCCATTCCAGTAGATATAAGCTGTCTTTAGATGCTAATCCAGATTTATTGGAAGTAAGTCGCACCCAAATTCAAGCCCCAACCCGTTCATCTAAGGGCTCTCCGGGCAAAACCCCTCTCATCCACTCTAGCAAGAAGGGCGAGTCTTCTTTTGACTTTCCTTTGAGCGTTAGTAGTGAGGAAGTGGAGCAATTGGATAGGTCAACAGAGCTCGAGAAATAGAAAAATTTTGACCCTTTAGAAACAGATCTCAATGCCGTGTTTCAATGCGAGGAAGAGCCAAAATTTGCTAATTTTTCTTCTGTAACTCGCCCGTCCCCAGTCTTGCGAAATACCAGATCACTTAAAGTGAATTGTAGCATATGATTATTCAGCTGTTAAATGTATTCTTCCAGATTTTGGTTCAATTTCAGTCTTTCAGGGTTGTCTCTTCATGTGGGTGGCAAGTAAAGCCTCTTATGATGATGCTGATATTTTGAAAGACTTTTTCGAGCGCCCTCTGGTTTTTGGACTACTATGGCATGATAGTTACCAGGCTGCTAGTTGCTTCTTCTTGCAAGTCTTTAGATTTGAATGGTTTCCTTATGAGAGAGATATTTCGTTTTGCTTTTTATTTAGATTTTTTCGGTTTGGTTATGTTTAGCTTAATTTTTTTGTCGGTATTCGCTTATTAGCTTGTCATCTCCTTTGTTTGCCTAAGTTTAGTGTGTGTTGTAGTCGTTGACTGAATTCTTCTCTATTCTTTTGCTCTTAGTATAACACTTTTGTACTTTGAGCTTAAGTCTCATTTGTTAATATTAAATAAAGAGGCTTGTCTCCGTTTCAAAAAAAATAAAGTTAAAAAATTTACAATAAATGAAAGAAAAAGAAAAAAATTTGAAAGAGAACTGAGGAAGTCAAACATAAATTATAAAAAGGAAGTTAGGATAGGAAGAATACTGCGCCCAAGAAACAATATGTATTTTTTAAAATTGTTTTTTTATACATTACCGTTGTGTTTTCTTCCCTTGATAACAATGTTCATTTCTGTTAATCAGGAAGCTTATATGCGTATACAATTTCCTGA

mRNA sequence

ATGCCTCTAGATGTTAGACCAAGATGCATAAAACTGAAGCAAGATTCGAGCAAAGGACTATATTTTGTGGCACTGAAGGGCAGAGGAAATGAAGATCTGAAATCTGCAAAAATGATATCATTAAAGGCAATATCAATTCAAGCACTGTCTCCCAAGAAAATATTGATCCTGGACTCTGTTGGTGATTTACATCTGTTGCACCTTGCTAACACTGCTAATGGATTTGATTTTTCTTGCAACATTCGGCCATTACCTCATCTAATGAAAGTTCAAATGCTGACCAGTTTTCCTGATACATCCATAAGGAACCAAACTGTCTGGCTATCGGATGGGAATCATTCTGTGCATATAATGGTGATACCTGATGTTGATTCCGTTGTCCCTGAAAATATGGGAAATGAGAGCGAGGAAGTCCTGATGAAAAGAATATCAGTTATGCAAGCTATATTTGCCGGTGAAAAGATTCAAGACATAACATCCTTGACTGCAAATGCTGTTTTAATTCTTGGACAAGGAAGCTTATATGCGTATACAATTTCCTGA

Coding sequence (CDS)

ATGCCTCTAGATGTTAGACCAAGATGCATAAAACTGAAGCAAGATTCGAGCAAAGGACTATATTTTGTGGCACTGAAGGGCAGAGGAAATGAAGATCTGAAATCTGCAAAAATGATATCATTAAAGGCAATATCAATTCAAGCACTGTCTCCCAAGAAAATATTGATCCTGGACTCTGTTGGTGATTTACATCTGTTGCACCTTGCTAACACTGCTAATGGATTTGATTTTTCTTGCAACATTCGGCCATTACCTCATCTAATGAAAGTTCAAATGCTGACCAGTTTTCCTGATACATCCATAAGGAACCAAACTGTCTGGCTATCGGATGGGAATCATTCTGTGCATATAATGGTGATACCTGATGTTGATTCCGTTGTCCCTGAAAATATGGGAAATGAGAGCGAGGAAGTCCTGATGAAAAGAATATCAGTTATGCAAGCTATATTTGCCGGTGAAAAGATTCAAGACATAACATCCTTGACTGCAAATGCTGTTTTAATTCTTGGACAAGGAAGCTTATATGCGTATACAATTTCCTGA

Protein sequence

MPLDVRPRCIKLKQDSSKGLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVGDLHLLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVDSVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQGSLYAYTIS

Homology

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BLAST of PI0017893 vs. ExPASy TrEMBL
Match: A0A0A0LAM6 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G260210 PE=4 SV=1)

HSP 1 Score: 326.6 bits (836), Expect = 6.4e-86
Identity = 165/174 (94.83%), Postives = 170/174 (97.70%), Query Frame = 0


Query: 1   MPLDVRPRCIKLKQDSSKGLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSV 60
           MPLDVRPRCIKL+QDSS+GLYFVALKGRGNE LKSAKM+SLKAISIQALSPKKILILDSV
Sbjct: 1   MPLDVRPRCIKLRQDSSEGLYFVALKGRGNEGLKSAKMMSLKAISIQALSPKKILILDSV 60

Query: 61  GDLHLLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVI 120
           GDLHLLH+ANTANGFDFSCNIRPLPHLMK QMLTSFPDT IRNQTVWLSDGNHSVHIMVI
Sbjct: 61  GDLHLLHIANTANGFDFSCNIRPLPHLMKAQMLTSFPDTIIRNQTVWLSDGNHSVHIMVI 120

Query: 121 PDVDSVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQGSL 175
           PDVDSVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSL ANAVLILGQG+L
Sbjct: 121 PDVDSVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLAANAVLILGQGTL 174

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BLAST of PI0017893 vs. ExPASy TrEMBL
Match: A0A1S3CGA6 (uncharacterized protein LOC103500140 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103500140 PE=4 SV=1)

HSP 1 Score: 315.1 bits (806), Expect = 1.9e-82
Identity = 160/168 (95.24%), Postives = 164/168 (97.62%), Query Frame = 0


Query: 5   VRPRCIKLKQDSSKGLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVGDLH 64
           VRPRCIKL+QDSS+GLYFVALK R NEDLKSAKM+SLKAISIQALSPKKILILDSVGDLH
Sbjct: 303 VRPRCIKLRQDSSEGLYFVALKRRANEDLKSAKMMSLKAISIQALSPKKILILDSVGDLH 362

Query: 65  LLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD 124
           LLHLAN ANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD
Sbjct: 363 LLHLANAANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD 422

Query: 125 SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQG 173
           SVVPENMGNESEEVLMKRISVMQAIF+GEKIQDITSL ANAVLILGQG
Sbjct: 423 SVVPENMGNESEEVLMKRISVMQAIFSGEKIQDITSLAANAVLILGQG 470

[Close]

BLAST of PI0017893 vs. ExPASy TrEMBL
Match: A0A6J1GAY1 (uncharacterized protein LOC111452530 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111452530 PE=4 SV=1)

HSP 1 Score: 286.2 bits (731), Expect = 9.6e-74
Identity = 148/176 (84.09%), Postives = 161/176 (91.48%), Query Frame = 0


Query: 5   VRPRCIKLKQDSSKGLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVGDLH 64
           VR R +KL+QDSS+GLYFVALKGRGNEDL+SAKM+ LKA+SIQALSP+KILILDSVGDLH
Sbjct: 301 VRSRSVKLRQDSSEGLYFVALKGRGNEDLRSAKMMPLKALSIQALSPRKILILDSVGDLH 360

Query: 65  LLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD 124
           LLHLA++ANG DFS NIRPLPHLMKVQ LTS PDTSIRNQTVWLSD  HSVH+M+IPDVD
Sbjct: 361 LLHLASSANGSDFSYNIRPLPHLMKVQTLTSVPDTSIRNQTVWLSDKQHSVHMMMIPDVD 420

Query: 125 SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQGSLYAYTIS 181
           S V EN GNESEEV MK+IS MQ IFAGEKIQDITSL+ANAVLILGQGSLYAYTIS
Sbjct: 421 SDVTENRGNESEEVPMKKISDMQVIFAGEKIQDITSLSANAVLILGQGSLYAYTIS 476

[Close]

BLAST of PI0017893 vs. ExPASy TrEMBL
Match: A0A6J1CQE0 (uncharacterized protein LOC111013209 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111013209 PE=4 SV=1)

HSP 1 Score: 283.1 bits (723), Expect = 8.1e-73
Identity = 150/179 (83.80%), Postives = 161/179 (89.94%), Query Frame = 0


Query: 3   LDVRPRCIKLKQDSSK-GLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVG 62
           + VRPR +KL+QDS++ GLYFVALKGRG EDLKSAKM+SLKAISIQALSPKKILILDSVG
Sbjct: 304 VSVRPRSVKLRQDSTEGGLYFVALKGRGIEDLKSAKMMSLKAISIQALSPKKILILDSVG 363

Query: 63  DLHLLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIP 122
            LHLLH+A+TANG DFSCNIRPLPHLMKVQMLTS PD SIRNQTVWL+DG+HS+H MVIP
Sbjct: 364 GLHLLHIASTANGSDFSCNIRPLPHLMKVQMLTSLPDISIRNQTVWLADGHHSMHTMVIP 423

Query: 123 DVDSVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQGSLYAYTIS 181
           DVDS V EN GNESEE LMK ISVMQ IFAGEKIQDI SL ANAVLIL QGSLYAYTIS
Sbjct: 424 DVDSDVTENRGNESEEFLMK-ISVMQVIFAGEKIQDIMSLAANAVLILAQGSLYAYTIS 481

[Close]

BLAST of PI0017893 vs. ExPASy TrEMBL
Match: A0A6J1K5Z6 (uncharacterized protein LOC111492623 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111492623 PE=4 SV=1)

HSP 1 Score: 269.2 bits (687), Expect = 1.2e-68
Identity = 143/177 (80.79%), Postives = 157/177 (88.70%), Query Frame = 0


Query: 5   VRPRCIKLKQDSSK-GLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVGDL 64
           VR R +KL+QDSS+ GLYFVALKGRG E+L+SAKM+ LKA+SIQALSP+KILILDSVG L
Sbjct: 302 VRSRSVKLRQDSSEGGLYFVALKGRGIEELRSAKMMPLKALSIQALSPRKILILDSVGGL 361

Query: 65  HLLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDV 124
           HLLHLA++A G DFS NIRPLPHLMKVQ LTS PDTSIRNQTVWLSD  HSVH+M+IPDV
Sbjct: 362 HLLHLASSATGSDFSYNIRPLPHLMKVQTLTSVPDTSIRNQTVWLSDKQHSVHMMMIPDV 421

Query: 125 DSVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQGSLYAYTIS 181
           DS V EN GNE EEV MK+IS MQ IFAGEKIQDITSL+ANAVLILGQGSLYAYTIS
Sbjct: 422 DSDVTENRGNEIEEVPMKKISDMQVIFAGEKIQDITSLSANAVLILGQGSLYAYTIS 478

[Close]

BLAST of PI0017893 vs. NCBI nr
Match: XP_011651361.1 (uncharacterized protein LOC101211683 isoform X2 [Cucumis sativus] >KAE8650568.1 hypothetical protein Csa_011041 [Cucumis sativus])

HSP 1 Score: 330.5 bits (846), Expect = 9.1e-87
Identity = 168/176 (95.45%), Postives = 172/176 (97.73%), Query Frame = 0


Query: 5   VRPRCIKLKQDSSKGLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVGDLH 64
           VRPRCIKL+QDSS+GLYFVALKGRGNE LKSAKM+SLKAISIQALSPKKILILDSVGDLH
Sbjct: 303 VRPRCIKLRQDSSEGLYFVALKGRGNEGLKSAKMMSLKAISIQALSPKKILILDSVGDLH 362

Query: 65  LLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD 124
           LLH+ANTANGFDFSCNIRPLPHLMK QMLTSFPDT IRNQTVWLSDGNHSVHIMVIPDVD
Sbjct: 363 LLHIANTANGFDFSCNIRPLPHLMKAQMLTSFPDTIIRNQTVWLSDGNHSVHIMVIPDVD 422

Query: 125 SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQGSLYAYTIS 181
           SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSL ANAVLILGQGSLYAYTIS
Sbjct: 423 SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLAANAVLILGQGSLYAYTIS 478

[Close]

BLAST of PI0017893 vs. NCBI nr
Match: XP_038891880.1 (uncharacterized protein LOC120081240 isoform X1 [Benincasa hispida] >XP_038891885.1 uncharacterized protein LOC120081240 isoform X1 [Benincasa hispida] >XP_038891892.1 uncharacterized protein LOC120081240 isoform X1 [Benincasa hispida])

HSP 1 Score: 322.8 bits (826), Expect = 1.9e-84
Identity = 163/178 (91.57%), Postives = 172/178 (96.63%), Query Frame = 0


Query: 3   LDVRPRCIKLKQDSSKGLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVGD 62
           + VRPRCIKL+QDSS+GLYFVAL GRGNEDLKSAKM SLKAISIQALSP+K+LILDSVG+
Sbjct: 301 ISVRPRCIKLRQDSSEGLYFVALNGRGNEDLKSAKMTSLKAISIQALSPRKMLILDSVGE 360

Query: 63  LHLLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPD 122
           LHLLHLANTANGFDFSCNIRPLPHLMKVQMLTS PDTSIRNQTVWLSDG+HSVH++VIPD
Sbjct: 361 LHLLHLANTANGFDFSCNIRPLPHLMKVQMLTSVPDTSIRNQTVWLSDGHHSVHLLVIPD 420

Query: 123 VDSVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQGSLYAYTIS 181
           VDSVV ENMGNESEEVLMKRISVMQAIFAGEKIQDITSL ANAVLILGQGSLYAYTIS
Sbjct: 421 VDSVVTENMGNESEEVLMKRISVMQAIFAGEKIQDITSLAANAVLILGQGSLYAYTIS 478

[Close]

BLAST of PI0017893 vs. NCBI nr
Match: XP_008461569.1 (PREDICTED: uncharacterized protein LOC103500140 isoform X1 [Cucumis melo])

HSP 1 Score: 315.1 bits (806), Expect = 4.0e-82
Identity = 160/168 (95.24%), Postives = 164/168 (97.62%), Query Frame = 0


Query: 5   VRPRCIKLKQDSSKGLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVGDLH 64
           VRPRCIKL+QDSS+GLYFVALK R NEDLKSAKM+SLKAISIQALSPKKILILDSVGDLH
Sbjct: 303 VRPRCIKLRQDSSEGLYFVALKRRANEDLKSAKMMSLKAISIQALSPKKILILDSVGDLH 362

Query: 65  LLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD 124
           LLHLAN ANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD
Sbjct: 363 LLHLANAANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD 422

Query: 125 SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQG 173
           SVVPENMGNESEEVLMKRISVMQAIF+GEKIQDITSL ANAVLILGQG
Sbjct: 423 SVVPENMGNESEEVLMKRISVMQAIFSGEKIQDITSLAANAVLILGQG 470

[Close]

BLAST of PI0017893 vs. NCBI nr
Match: XP_031739256.1 (uncharacterized protein LOC101211683 isoform X1 [Cucumis sativus] >XP_031739257.1 uncharacterized protein LOC101211683 isoform X1 [Cucumis sativus])

HSP 1 Score: 313.9 bits (803), Expect = 8.8e-82
Identity = 159/167 (95.21%), Postives = 163/167 (97.60%), Query Frame = 0


Query: 5   VRPRCIKLKQDSSKGLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVGDLH 64
           VRPRCIKL+QDSS+GLYFVALKGRGNE LKSAKM+SLKAISIQALSPKKILILDSVGDLH
Sbjct: 303 VRPRCIKLRQDSSEGLYFVALKGRGNEGLKSAKMMSLKAISIQALSPKKILILDSVGDLH 362

Query: 65  LLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD 124
           LLH+ANTANGFDFSCNIRPLPHLMK QMLTSFPDT IRNQTVWLSDGNHSVHIMVIPDVD
Sbjct: 363 LLHIANTANGFDFSCNIRPLPHLMKAQMLTSFPDTIIRNQTVWLSDGNHSVHIMVIPDVD 422

Query: 125 SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQ 172
           SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSL ANAVLILGQ
Sbjct: 423 SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLAANAVLILGQ 469

[Close]

BLAST of PI0017893 vs. NCBI nr
Match: XP_022949066.1 (uncharacterized protein LOC111452530 isoform X1 [Cucurbita moschata])

HSP 1 Score: 286.2 bits (731), Expect = 2.0e-73
Identity = 148/176 (84.09%), Postives = 161/176 (91.48%), Query Frame = 0


Query: 5   VRPRCIKLKQDSSKGLYFVALKGRGNEDLKSAKMISLKAISIQALSPKKILILDSVGDLH 64
           VR R +KL+QDSS+GLYFVALKGRGNEDL+SAKM+ LKA+SIQALSP+KILILDSVGDLH
Sbjct: 301 VRSRSVKLRQDSSEGLYFVALKGRGNEDLRSAKMMPLKALSIQALSPRKILILDSVGDLH 360

Query: 65  LLHLANTANGFDFSCNIRPLPHLMKVQMLTSFPDTSIRNQTVWLSDGNHSVHIMVIPDVD 124
           LLHLA++ANG DFS NIRPLPHLMKVQ LTS PDTSIRNQTVWLSD  HSVH+M+IPDVD
Sbjct: 361 LLHLASSANGSDFSYNIRPLPHLMKVQTLTSVPDTSIRNQTVWLSDKQHSVHMMMIPDVD 420

Query: 125 SVVPENMGNESEEVLMKRISVMQAIFAGEKIQDITSLTANAVLILGQGSLYAYTIS 181
           S V EN GNESEEV MK+IS MQ IFAGEKIQDITSL+ANAVLILGQGSLYAYTIS
Sbjct: 421 SDVTENRGNESEEVPMKKISDMQVIFAGEKIQDITSLSANAVLILGQGSLYAYTIS 476

The following BLAST results are available for this feature:

BLAST of PI0017893 vs.


Match Name	E-value	Identity	Description

BLAST of PI0017893 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A0LAM6	6.4e-86	94.83	Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G260210 PE=4 SV=1	[more]
A0A1S3CGA6	1.9e-82	95.24	uncharacterized protein LOC103500140 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10...	[more]
A0A6J1GAY1	9.6e-74	84.09	uncharacterized protein LOC111452530 isoform X1 OS=Cucurbita moschata OX=3662 GN...	[more]
A0A6J1CQE0	8.1e-73	83.80	uncharacterized protein LOC111013209 isoform X1 OS=Momordica charantia OX=3673 G...	[more]
A0A6J1K5Z6	1.2e-68	80.79	uncharacterized protein LOC111492623 isoform X1 OS=Cucurbita maxima OX=3661 GN=L...	[more]

BLAST of PI0017893 vs. NCBI nr


Match Name	E-value	Identity	Description
XP_011651361.1	9.1e-87	95.45	uncharacterized protein LOC101211683 isoform X2 [Cucumis sativus] >KAE8650568.1 ...	[more]
XP_038891880.1	1.9e-84	91.57	uncharacterized protein LOC120081240 isoform X1 [Benincasa hispida] >XP_03889188...	[more]
XP_008461569.1	4.0e-82	95.24	PREDICTED: uncharacterized protein LOC103500140 isoform X1 [Cucumis melo]	[more]
XP_031739256.1	8.8e-82	95.21	uncharacterized protein LOC101211683 isoform X1 [Cucumis sativus] >XP_031739257....	[more]
XP_022949066.1	2.0e-73	84.09	uncharacterized protein LOC111452530 isoform X1 [Cucurbita moschata]	[more]

BLAST of PI0017893 vs. NCBI nr


Match Name	E-value	Identity	Description

InterPro

Analysis Name: InterPro Annotations of Melon (PI 482460) v1
Date Performed: 2021-10-25

Position :

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x 1


IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	PANTHER	PTHR37383	OS01G0694200 PROTEIN	coord: 3..179

Relationships

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


Feature Name	Unique Name	Type
PI0017893.1	PI0017893.1	mRNA