CmUC02G025920 (gene) Watermelon (USVL531) v1

Overview
NameCmUC02G025920
Typegene
OrganismCitrullus mucosospermus (Watermelon (USVL531) v1)
DescriptionUnknown protein
LocationCmU531Chr02: 266281 .. 292054 (+)
RNA-Seq ExpressionCmUC02G025920
SyntenyCmUC02G025920
Sequences
The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
TATTAATTAAAATTGTAGTTATAGGTAGCTGAGCGAAAAAAAAATGAGAGAAAAGTTAAAATGAGGAAGGGAGCTGAAATACATAATAAACAATGGCGACGAGCGTCGTGTAATTCACTCACTCAAGACTTTCGGAGAACTGAAGCGCACAGGCGCAGGAGCCGACTTGAATCCACACACAGCACTATAGATTTGATTGATTGATTGATTGATTGTTTGTTTGATTCAGGTTCAAAAGAGTGGTTTTGTTCGAGCTAAAGTTCAAGCTGAGTTGAGTTCGAGTCTCTCCTTTCTCTGTCATCTTCATTTCTCTTTTGTTTATTCGAAGAAATCATCAAAACCCCATTATCACCCATTTGTAAATCATTGCAGGACAGATAGAGAATTGGGATTTAAGTTATAGATCATCTTTCTTCTGCCCCCACTGGTTTAGGGTTTTCTTTTGGGGTTTCACTTTCACTCCATTTTCATACGTCTTCTTTTTCTCACTACTGCTTCTGAGCTGTTTAAATGTCCGAAAGAAGGAGGTGTCAAATCTACGACCCAGTTCTGCTGCTGAATTTAACGCCAATTTGAGACACAAGGCCATTCTGGTCCGGATCAGTCGTGTATCGGTTGTTTTGAGCTGAATTTGAGCTAGGAGTAGAAGATGGAAAATGGTTTCGACGGGAGATCATTGGCCGAAAAATTCTCTGAGTTGGGCGTCAGTGCTACTCCAGCAGAGCAATCTAACTCCCACTCATCCAACAATCACGGTAACAACAACGACAGCAACTTGTTTCAGGTTTTGAAAGCTGTTGAAGCAGCTGAGGCTACCATTAAGCAACAGGTGCAACGAATTTTCATTCCTCTCTCTCATTTTCTGTCTCTCAGCATCAAACCTAATGCCATTCGTCCTATACTAAATTTAGTATCGATGCACTTCACTATTGCTTGATCCCAACTTTATTGTATGGTCTATGATTTGATTAGAAAGTTTCTATACTGTGTATGTTATAGAAAGTTTCTATATGGTTTAATGTTGTACGCTGATATGAGTGTATTTTAAATACTCTTAGATGGAGGAAAATAATCGACTGAGGATTGAACTTCAGAAAAAGATTCAGGAACTTGAGAAATATGTAAGTACTATAAGTTGAATTTACACAAATTCTTAGCGTTTCCTTCATGCCCTGAAATATGTTTTTCCGTTATGTTGCAATCGTTTAGTTTTGATTGTTTGTGGTTGACTTTTGCACATTTCTCTAATTATTTTCATGTCTTGCATTCAGTTCAGATGGCACACAGCACATATATCAGTTTGAAAAAAATTGGAACTTGTCTTGGATTTTTAGTCTTGCTTCTTAAATATATTTTATACAATCACTGATTCACAAATATGTAATAAGAGATTCTTTTTCTAAAAGTTTGTTAAATGGATAACGACAGTTTGGAGTAGGGTTTTCTCTCTCTCTTTCTCTCTCTTTTTCAAAAATAATTTTAAAATTTAAGTAACTTTACTTATTTATTTATTTGGAAAATTATTTTAAATAACAAAACTGTTGAAAATATTTACAAATAGTAGCAAAATATCATAGTCTATCTGCGATAGATCATGATAGACTACTATCTGTGTCTATCATGATACAGATAGACACAAATGGTAGTCTATTACAGTCTATCATAGATAGACAGTAAAATTTTGCTATTTTTGTAAATATTTTGGTTCATTTTTCTATATTTGAAAACCACCCTATTTATTTTGAATTAAAAGTCTTTATTTTGGCTCTAGTGTGGATTAAATGTTTTGAGGGTTCATTTTTTAGAAAAGGAAACAAACTCCCAGAAAGTTCTTTGAAACCCTTTGTTTTCCTTTCACAAAAGCCAAATAAGAGCTTTAGTCGCCAGTTCAATAAAATCTTATCCTCGCCTCTAAACCTTCTACCTGCAAGGACTTGGCCAATCATCTGCTTTTCGGGTAGGCACGTATATTGACCATATTAATAAAAGGAGGGGAAAAAAAAAACCAAATTGAGCTATTGGAGTTGCATCCAAGTTTATTTGTGAAGGCAAAACTTGAAAAAAAACCAAACTCTTCATGTGGTCCTTGCCTTATAAGTTTTGAACATGCAAGATAAGGCACAAAGACAGACCTTTCCTTGGTTATCTTACCCTAAGCGTGGTCCATTATATATGACTAATTTTTGGGAGACGGGATATTAGGAAGTGCAAGTAGATGCATATCAGATGTAGGAAATGACCCCCACAATGCATCCGCAGGTGTAAATTCCTTTAAAAAGAGGGCTAGACTTTTTAATAATTCCTTTTTCAATATTTTCTTGTGAGGTACCCAAAGGCATCCATACAACTTTTTGTCCACCTAATAGAATTCAGATGTATTGTTGCACCTGTTATGCAAGGCTTGAACATTGTATTGCCAAGGACTTTCTAGTAATATGTGGCAAGCATCCATATCTGGATGTTGCACACTATTTGATCCTTGTAATTATTGCCCATCAACATTGGGACAGTACGATTCATGAACTTGGCTTCCCACCTTTCTTGATGCAACTCAAGGATGGGGATCAACCTTGAGTTTAAGAGACTGAACGAGCTTCCTAAACACAAAATTTTCATTGTTACCACTATCTATTATCACTTATGCTTCACCGATAATAGTATATTGGGTTCGAAAAAGAGCATGTTGTTGGGGATGTACATGATTTGCAAGAGCTAAGAGGAGTTGTTGTAACTAGAAATAGTTGTTCTCCATCATTAGGCTTCAAATAGTCTACTTCCATCGATTCCTCATCATTGTTATCATCCAGAATTGCCATTGATCTTCGTCAAGAACATTCATTTGACAAATGGCTTTGCGGATCGCATCAAAGGCATTTACCCGGTGGTTTTTTCTCCCCGGTACTCTCTTATGGGGCTTATGGAATGAGCAGAACAGATGACTTTTCCATGATTCTTTTTCCTCCTTTCCTCATTTTATGGAGAATGTTTTAATTACTGCTTTTTCTTGGTGTAAAACACAACACCCTTTTACTCATTTTAGTTTATCTTTTTTAGTTAGCAATTGGCTATCACTCATGTAGTTTTTGTAATCCTCGGGGTTTTTTCCCCATTATATATATAAATGTTTCCTTTAATAAAAAAAGGCATTTACCCTGTGGTAGGCCGATTATAAAGATTAGTTGGTTGTTTGTTGGTTTGTTTCCCTTCTAATTGTTAGCGCTAGGGTTTTGCTCTCCTCTAATTTTATGTGTTGAAAAAAATAGTGTACTTTCAGAGAAAGCATTCTTCAAGTATCGCCTCTGTTTCTCCTAAAATTAGAAGTACCCTCATGCTCCAAATGGACTTTCTTGCTACCAAGATTGGTGTTCTTGAGTTTCTCATTCTTTTGTTCCACCACTCTGTAGGCTTAGGCCAAAGAAAAACTATACATAGGTTGTAGCTTTACCTTCTTTCGAGTGTCTTCTCGCAATCCACTAACATATTTAGCTATCAGTTAGTTTTTGGATTTAGCTTATCTTTCCTGTACTCAATCTATTGAACTCCTCAGTGTACTCGGCTACCTTTCTTGCAACTTCTTGATTATCCCTATATCAGCAATTAGTTTGAGCTCTTCCATACATTTCTATGCTTATTGTCAACTACAGTCGCTGCTGGTTTGCGACTTAGGTTCTTTTAAAAATAATATGGAATTCATTAGCTCACCAAGTCATCTTTATAATTGATGCAGGTACTTGAAATTTTTCTTCTTACACATGGACTTGATCGTTCCTTTTTTTTTTTTGATAGGAAATGAGAAACCATTTTATTGATGTATACATTTGCTAGATTGCTAGGTGTTATGAATGTCCCTTTTTGGGAATTGAGCTTGCTCTCTGTTAGTTGTTCAGTGTTCACAGACAATATACTGTTCAATTGTGTCTAAAAATTTGCTTTTGACATGCTATCATTTTTTCATCGAATTGTGGCAGAATGTTGATGAGCCTTTGGCTCAAAGGTTTCATTCCACAAACCAATGGAATGAGAATGACCATCATGGATCTAATGGGGGTCATCAATCAGATAATTCAGTTGATAACGAACGACGGAGATTTAAGAATAACATTTCTATTGTTGATTCGCATGGAACGCTAGTTCTCCATCAAGGTGTTGAGCAAAAAGATGAAGTACCCATGCGAGTTGATACAGAATCTCGCTTTGAGGACAGCAAGTCAGACAGGATGGTGAATGCTCTTCCTGGTGTTCAGCCTCCAGTTGATAACGCTGGTTGCTCACAGTTCTCTTCACCATCTACGACATCTTTCTCTGCTAGCAGGTAAGTAAAAAAGGATGTCATTCATCCTTACTGGTGAAATGATATGGTGTTATTTGTTTGAATAAATATAGAATATGAAAACAATTTTGTGACTTTTCAGGTTTACAATGGATGTAGAATATGATCCACGGATTAAGTTGTCTGGACATGGCATAATGCCAAAGGGTGAAGCGAATAATCCCAACAGTCTCTGGAAGCAGGTACATCTCTTGGTTCCATTTTTTCACATATACCAGGAAGCCACTCTGACCTATGTTTCATATTAGGACCTTGTTGTTAAAGTCCAGGAACATGAAGATGAAATTGTGCAGTTACGCAAGCATCTTTCTGATTATTCAATTAAGGTAAAATGCATGTATGCGTATCTTAGCCCATTGCTTAGATGAGTTTGGAATTAGTATTCATTTTACTTGGAGTAGATGATAATTCTTATTGTAACAGGAAGCACAAATACGAAATGAAAAATATGTTCTGGAAAAACGTATTGCCTATATGCGTTTGGTAAGCAAACAGTTTCTTTGTTTCTTTTTATTTATTTATTTTTATTTTTATTTATTTTTCTTTTTAAAAAAATTTAATTTTTGAGTTTAGTGTCAATTTGCCTTCCCTAAACTTTCTATGTTTATCGTTTCCATTCTGATTGGTGCTCTGCTGTTGAACTTTCTTTTTCTTTTTTCCTTTTTGGTGTCCGTCAATTAGGCCTTTGATCAACAACAACAAGATCTTGTTGATGCTGCTTCTAAAGCTCTCTCATACAGACAAGACATAATTGAGGAAAATATTCGTCTTACATATGCGTTGCAGGTTCCTTTGCTGTGCCATTTCTGACGTGTCTTCTGGTCTTTCAGAATGCTCAGTTTTGTTGCCATTAATAGTTTGATAAAAATCTAATAACTATTAATTTAAGATGCAAATTGTATTTCCTTTCCTAATGTGAACTCTAATGAACTCCATGACTCGAATCTGGTTCTATCAGGAAGCACAACAGGAGAGAACCACCTTTGTGTCATCTCTACTGCCTCTTCTTGCGGAATATTCACTGCAGCCTCCTGTTCCAGACGCTCAGTCCATCATCAGCAATGTCAAGGTGAGGGTTTGAATCTGTGGATTTGAATGAACCACCTCAGTACTTTACAAGTTTACATGAGGAAGACTATGATGATTGAAGGAACCCCCTCGAGTCCGAATCTTTTAGATTCCTTTTACTTGGAGACGGTTGAGGGATCCCTTTGATCTTTACTATGATTCTAAAGTGTCTAATACAAGAGATAATCCTCATAGGGAATTTAACAACAGACTAAATTTTAAAAATACTTAAAGAGACTAAGAAGATCAAACCAAGAATTAAACCAACTACTAGGGTAATTCCTTCCCTCTTAAAAAAATTGTCCTTGAGTTCAAGATAGAAGAAGGTGGAAGGAAGTAACCAACAATCCTCCACTGATGAGTTTTCAATGGCTGCAAAATACTCCAACTAAAAAGGACTTTTAAAGCTTATCAACCTGCTTAGAAAGTGAACCAATTCGTCTTAGTATTTGATGTCCATGCCAAACGTTTTGTGTTAGGTATCCAAACTATTGCACTTGCAGAAATTATACTTAGTAACACCAACAACCAAACAACACAGAAAAGACAACCAAAAGCTTAAGAAAACACTGTGATATCGAGAGTTTTTGGGTATATAGGGGGTTATGTATTCACAAGGATGAGTAAACGTACAGTGTTCGTAACCAGCGATTTTTAGAGAGAAGGCCCTCTCCCTCCTCACACTCTTGTCTAGACTTTACCTACCTCCCATTCCTTCCCCCAGAACCTCTTACAAAACCCTTCCCTCCAAACAAACTGCATCCTATGGGCACGCACGATCCACTGCCAATTCAGCATAAGCGTTTTCCTAGCCACTACCTAATTTAACCCTTCTAGAATAAGTCTTCACGATTGGAGGTGTCACATTTCCCTACCTATGAGCCTATTATTTCTTCTTAGTCACCCATTTGAGGATCATACTGTGGATTTTGATTTAACTGAGGAAAATTGTTCACGTCTCTTGGTCTCCTCTGTAAGACAGAGTTGGAACTTATTAACATTAGCTCCATCAAAGCCTTCAATCCCTTCTAGTAGCCATAAAGTTTTCTCCTCACAAGGTACATTGTTAACGAGGTCATTCACTCGTTGAAAGACCCTACCATTCATTTTTCTCCCTCTTGGGTTGATGACTTCGACGTTGAATCTGAATTAAGCCTAAGCAGTGTGGGATCTCTTGTGTAGCCAATGGTTAATCATTTTTGATGATGCGGAGATCGAAAATCCCTTTCCAATGCTTTGAAATTATTCTCTCTTTGGTGCCTAGCAAATTTTCATCTCTTAGGGGTGTTTGGGCCAAGGAGTTGGGAAGTAGGGAATTGTGAACTCCACTTCTTGTCTAGCCCAAGGAGTTTGTGGGTCCTACTACTAAAAAAAATCAATTTTATACCTTATTAATTTCTTACACTATGGGGGCCAAGAGTTCACAACTCCTAAACTTCATAACTCCATGGAGTTCACAACTCCACCCTTGCCCCAAATGCCCCCTTATTGAAGCTTGTGGTAGATTCTTTCTTCAACTTCTTCTTTTTTTTTTTTTTTGTTTTGTTTTTTTTGATAAGAAACAATTTCATTAATTGAGTGAAATATCCAAAGATATTCAAAGATACAAAAAGGGCCCATTTTATAGGGAGTTCAAAAGATGAAAGAAATGCAAGAATCTTCCATGATAAAAGCAAGACATCAATGGACATAATAGACTCCACCATCTTTAATGCTTTTCTTTGTGTAAAGATGTTTTCGAATTTGCAATAAGGATAGAAAAAGTATGGCTTTTTAAAGCTGGTATATCTTTACACTAAAAAATAAGCATTAAAGATGGCGGAGTCTATGATGTCCATTGATGTCTTGCTTTTATCCTGGAAGATTCCTGCATTTCTTTCATCCCAAATCTTCCACAAAATTGCACAAATAATGCAAATCCTTAAACGCTCTTTAGTGTTTTTGAGAGGCAGATCAATGAGCAACAAATGGGAGCCAACTTTGTGTGTCATTAGGGAGAGCCACAAACCAATTGAAAGCTGAAAAAATTTCTGACCAAATCCCATTTCATTCTCAAAGTATAAGTTTTTTTTCATTGTTGGGTTGGCAAGGCAGCACCAAGAAGGGGATATTAAGAGCCAAGGGCAATGTTTATGCAGTCTGTCCATGGTATTAAGACAAGAATTTCACTTCCCAAAGAAGGAATTTTACTCTTTCGGGCTAGGCCTCCAAATCATCTTGTACAAAACTTTTTTTTTTTTGAAAAGGAAACAACGTTTTTCGTTGATGTAATGAAAATAGAATAATGCTCAAGAATACAATGAGACCTAAAAGGAAAAACAACATAAAATATAAAACAAATATAACCAGAAAGACCAAAGTTGGACAAGACCCAAAAAAATTAATACAAACAAATAGAAACAATGCGAACAAATACAACCCAAATCAGGATAAAATGACTTTTTATTGCAAACCATAGAAACCATCAACTCAACTAATAGAACAATAACAAGACTTGAAACTTGAGAGCCAAAATGATTTGAATGCAGAGGAGGCTTGAGGATGAGCTCGTAGCCAGACTGACTTGCAAGTTGCCAACCCTAGAATACCGCCTAACCAAGATAATATAATAGCTCCTTGGCAGAAACAAGCAAAACGTTGAAAGCACTACCACAGACCAACAAAACATCCTTGCAAATAATGAAAGGTCTCAAGACCACCTCCACAACTCTTCTATGACACTTGAAACAAATTTACAACCGAGAGCTTCCATGAGGAAATGATGAACTGATTACCCAAAAATCAAACCACATTTTTCAATCAAGGAGGAGAATTTAGGTGAGATTGGAGAAGGGGATAGTTGATAATGCATTGAGCAAGGCTTCTGATTAGAAAATTTCTTAGCCGGACTTTGGAAGAGGGATGCTACATCTTTAAGAATATCTTCCTTAGAGGGAACTTCTTTCGATACTGAACTTACAATAAGAAATTCGCCTTCATCGCTACTCACACTAACAATGGAATCCTCAATAGTCTTCTCGTGTCTGGGAAGCTTTTGTAGAGGAAGAAAAAGACACTTCCTTAATGAACTTCACCTTTGAATCTTGAAAAGAGATAATGGTTTTAGAGGGAACAATAGGTGGTGGTTGAGGATTTGAGGAGTTTGGTTTTGCCTTTTTTGATGCCAAAGATGGAACTTGCATAAGAACACATCTTTCCTCTGGAACATTTGGATTAACTCCATCTTCCTTGAAATGACTATCAAAACTCTTATAAGACTCTGAATTACCCTTAGCTGCTAATAACTTAAGAGTGAATCTCTCCCTTTGGGAGAAATGCTTTGGAAATGGTTTCAATAATCTCTTGAATTTCTTAGAATAGGGGAGAGAGTACAAGAACCAACAACTTTTCGACCTGAAGAATGCACTTAGTTAGCCTTTAAAGAAATACCAACAATCGTCTGTAACTTTTGAGAGATCTCCTTTTGAAGGGTAGCAAAAGGGCTTCTTGAAAAACGTGTGACATTTTGATGTGGTAAGAGGAAATCCAAATCGGGATTTAGTGAACTAAACTCCACTCCTTCGTCATTCATTACTTGATTCAAACGGACCGCATTAATTGGATTAGTGAAATCTTTGGCAAATAGTGCACCTTTAACCTTAGTAGGAGGATCAATTATAACTCAATGTCCCCAAAATTCAAGAAAATGTTGCCTTGGTTTTCATCTTTAATCTCAATGGTCGAAGGCATAAAACCACAAGTATTCTTTTTAACTTGAATTTTAGCTTCCGCACAATTGAGGAGATTCAAAGTTTTCAGTAGCGATAGATTCTAAACCTCCAAAATAAGCCCCAATGGCTTCAAAAGTTTGTGTACTCCAATAATCCAACGGAAGATTTTTAATCAAAATCCAACCCTCATAACCTTTCATCAGCAACGACCAACCATGCCTAAACTTATTCCATTTTTTAAACAACAAGTGAAATTCACCAGACTCTTGACATTTGCCAGGAGTTTTGATCAAGTTTTCCAAATTTCCTTCGTTAAGTTTAATTAAAGAATTTTCTGCAAAGAGTGGGTTGATGATGACTTGGGTTTGAAAGTAAATTTCCAAAGTTATGGTACTCTCTTTCTAATCATTGAACTTAAATTGCTAAAATCTACCTTAAAAACTTCGTAATTCTTTTGCACCTAGTATTGATCCTTGCTCTGATTTACGACAACTAATCTTGCATCAACCTTTATAGCATTTTGAATTTCTTTTTTAAAGGCTAAGGGTGGAGGTTGCTTTAATACCTCCACGACTTCCACATAGGTTGAATTCTGTCCATTAGCTCTTGGAGAATCTGCCCCTGAATTAGATATAAATGGCGAGTTGCACAAGGAACGTTGATGGATTTGATGAATTAGAAACTCTCTTTCCTTCAAGAAGCCACAAAGCATTTCCAAGAATGATCGCCACCCATGATTAGAATAACCCATTGGTACATGAATGAAACGACGACCCCCTGGAATAGGCCAGCTTCACACCTCATAGTCCATCCAGATTCTAGTTGAAATTTGGATAACCTTGTTGCACTTGAGCCATCCTGCTCACTTCTTAGGAAAAAACGGTTATAAAAACCTTGAAGTAGCTCTGAAATAGAATCCACGAACCATCTTAAGTGTGAACCTGATAGAATAAGAACTTTATTGAAATCCAAATCTTCTACGAAGAACAAACCAGAATCATACCAAATGCAAAAGAAGGAATCATTAATTTTACAGTTTTTGACTTCCATTATCCAAAAGTAGCAAATTGAAGACACCCTAGCAAGCTAAACCCAAAACAAGGCACAAAGCCGGTCTACAAAAGAAGGCTGAGAACGATTGATAGTGGTGGTAGACTAAATGTAGCCAAACACATAAGAATCCACAAAAAACTCTAATCTGGGAGCTTCACGGCTGAGGATGTGGTCGGAGAGGCGAAAAAAGGAGGGAGACAGAGGAGAGAGGTTTGAGATGGAAAATTGGATACAGCGCGAAGATGGAAGGTGGTCTGAGGTCAGAGGATGGGACAAGGGTCGGCTAGGGAATCTGGTGTTGAAGTCGGGGAGAGAGAACGATGGTGTGTCAAGGATGGAAAAAAAACAAGGGGTGTTTCAGGGAGAGAGAAAATAGCGAACAAACGGGGCGGTGGAAGGAGGATAACGACAGTGGTTGTTGGAGCTCGGCGATGATCGGAGGTAGTCTGAGTAGTTGGAGATGACTAGGGTTCGGGGGAGAAGGAAGGGACCTGCTATTGTTTGTACAGAACTTCTTAAGGATTAGTTTTTTGTTTATCAAGTTTCTAGTGAGTTCTTTTTTGGTCTTTACATTCTCTTTTGCCATTTCGAGTTTTGGGGCTTTCGTTCATGGAGTTTCTCTGTTGAACTGTTAGATCTTTTTGGAGGACAATTTTGGCTAGGTTTTTCTTGTTTTACATCTTATTGATTTTTATCAGCTGTTGTGGTTGCTATTCCAGTTTGTTTTGGAGCTAAACTTTTGTTCGCTTGGTCCTTTTTGGTTCTTGGCACTCTTTTGTTTGTAATTGCTTTAAGACCTTATATGTTTTCTGGTTTTATTTTCTTTTTCTCTCCCGTGTGTATCCTTTGAATATTTTTCTTTTCATTGTATTAATGAGGAGCTGTTTCTTGTTAAAAGAAAATAGTTATAATATTAAATGGAAAAGTAATTCTGTGGAGTTTATATTTTCTTGCAGATTCTATTTAAGCACTTGCAGGAGAAGCTTCTTCTCACTGAGGTACTGAGAATTTTTTAGATCAATGGTAGCAAGGGAAACTCTAATTGATCATTCATTTTCTTTGCTTCTCTTTATCGTTCTTGTATCTTACTCTGTGTTGATAGACAAAATTGAAGGAGTCCCAGTATCAATTGGCACCTTGGCGTTCTGATGCAAGCCACTCGAGTTTTGCACCACAGTCACCCTTCCATTCTATTGGTGCAACCTTCACCGCTTCAGTATGCTCACATCTTTCTTTTATACCTCCTTTCTAAATTTATTTCTTTTTCTTAATTTTCTAAATTTTATGCCAGACTAAAAATGGCCTTGAACTGGTTCCTCAACCTTCGTACTGGAATGGAAAGATGCCAGTTTCTTCTTCTGATGCTCAGACCACAGCTGATTGGGATCTATCAACTCATCATCAGATTGGTTTAGGTGTTGGTGTTGCAAAAAAGTTGGAACCAGATGATTTGGGGAGGTATTCACATCATGCAAGCAGGTGAGCCTGGTCACATGAAGACTGCTACTGAACTGAATACAATAACAACCATCTCCATTGTTGGTGCGTTCTGCTTTCATTGCATATTTTATGTTGCATGCCAAATGTGTTAGTATTGTCAAGAGATGAATGTTGATTTACAACATTACTTTTTTCTCATCAATGACATATAACTTCATTATGTCTTGGAACCCCTCGCGTCATCTTTTGTTCAATTTTAATAATTTCCTCAAGAGTGACGATCTTAATTTCCGATCATTGATTTGGGTCATCTTTATCACTTCGACAGTTTTGCCATTTTTAGAATTTATTCAGTTATGGTGGGAGATGTTTTCAGATCATATATTGAACTCTGTCATGTTTACTAATACCTGTAAGTTTTTTTCTGCTGGGGGGGGGGGGGGGGGGGGGGGAGAGGGGAGCATGAGAGACTTTGTTTGTCTCTAAAATCAAAACGATCTCCTTACAAAGCCTTAAAGATTCACCCACAAACGATCTCCCACAAAACATTCCTTTTCCAGCCAAACCTTGCGCCAAAAAGTGTGTTAACATTTCAAGTTTTCTGTTATGTGCCAACAAACATTGAACAACCAAAACCGTTCTTCCTTTCTAGTTTCTCCCACAAATCGTCAATTATTTCACTGAAGCCAGAGCTTCCATAAGAGTGCACAAACTACATTAGCCGATTCGGCCTTCACATGTTTTCTCGTAGCTCAATAGCCCTAGGGTTAAACTGTCTGACCCCACATATTTGTAACTCCTTAGACAGAGCATTCTAGCTGTGGGAACTCACATTGAAAAAAATGGAGATTCTGGTTTATTTTATTTTATTTATTTATTATTATTTTTTAAAAGAAAACAAGTCTCATTGAGACAAGAGCTCAATATACAAAATTGGAAACATAAGCGTGAAAACCTAAGGATCTGTGAGTGCTGGAGATTCTGGTTTTTGTCAGCATGAAAATAGTCGGTCCAATCTTGGATTCAACTTCATCTTTGGCCATATTTTTTAGATGAGACCTTCCTGCTCCCTCGAGGAGTAATGTTCATTAAAAAATTTGGTTTCCTTAGTGCTTAAATCACAACTCCCGAGAATATAATTTATATCCTTGGTTGCTTTCTTGGAAAGAACACGACAATCTTGGCTTGACTAGGCATAATAGGGGGCTGTAGAGAGATGATCGGGGAGTTCCTTCTCCGTCTTCCTTTTAGTGAGAAAGAAAAGTTTTAGTGGCAAGTGGAGTGGGTGATATTTTGTGGGCGCTTTAGGGGGAGAGGAACAATAGAATTTTTTGGGAGTTCGAGAGATCCTCGGGTGATGTTTGGCCCCTTGGTAGGTTCTATGTTTCTCTGTGGACTTCGATGATGAGTTTCTTTGGTAATTATCTGTTAGCTCTTACTTACTTGATTGGAGGCCCTTCTTGTAGTTTGTCTCATTTGGTTCTCTTTTTATTTGCGCTTGTATCTTTTTTTGTAAATGAAAAAAGAAAAAGATCTCCACAATGTTTCTTGGTAGGGTAAATTCATCCCAAAAATGTTTCATTTGTCCTCCAAAATTCACAGAAAAGTGTTGATATCTTGGAAATCGAATCTTAATTCAAGCGGTTTATTGAAAATATGCAGACTTCGATGGTGTTTTGCAACTCAGTCTCTTCATTTTTTTTCATGGTTAAGAAACAGGGCTTTCATTGAGAAAATGAAAGGAACGTACAAGGGCATAAAAGAACGAGCCTACAAAAGGATTCCTTATCTAACTATAAGAACAATCTACAATCCAAAAGAATTACATCCAGTTGATAATTACAAAAAAGTTTGATTAAGGGACACCCAATACGACCCATTAAATCTCACGACCTCCCACACCTCCTCCAAAGATTTTAACTCTCCTTTAAAATTCAACTATTCCTCTCGAGCCATACTCCCCCCAAGAGAACAATTGAACAAGTGTATGACTTTTCCTCTATCTCGAAAGAGAGAGTTAATAGGGTCTTGGTGTAGACCAAAGAGAGAACTTTTATTATGAATGAAAAGTTGTAGAATACATCAAGAGGGGTTCTATATTTATAGGCGCGAATTGAGAGTGAAATAAAATCCTAAAAGGAAACTAAAAGGAGAAATAAAAGCTAAATAGGAAACTAAAAAGGATTAAACCAAGATTAATAAGAATTTACCCAATTTATGCTAATCCTATTACATCAAATCTCCTCCATCTTAGAGCAACAATCTATTATGCAATTCAACCACCCTAAACACCCCAAAACACTGACTCCAAAGGGAATAAGCGAACTTGCAACCCCATCAAGATCCTCCTCTAGTCGATGACCAAGGACACATTACTGTTGATACAGAATTAAGGTAGTATGCCTATGGATACGATTTTATGTGTTCCCTCTACCATGTCAAACTTGCCAAGCAAAGAACTCTTTACTTTGTTAAAGACTTTGGCGTGATTAAAAAGAAGTCATCCTCTAGTTCAAGATGACAATGAAGAAAGGAGGAAACACCCAAACTGCCAAAATCCAAAATTGGGTTGATAAAGTCAGGCTTGTTCCAATGCTTTGCTTCTTTTGAAAATTTGAAAAAAAGCCGACTAAAAGTTATTGCCAACTGAAATCTTACACTTCAACTTCAAGGAAAATAGAGCCCATGCAAGAACTGAGAAATTCAAAGCGTTACCCTCATCAAAACTTCTCTTTGGTGTCTGCAATTTACTCCCCGTGAAAAATTATTTCCCTGCATCTACTGCTATGTTGGAGTATCAAAACAATGCTCCAACACATTAAAAAGTTATTTGCTTTCATAGACCCATTCGAAAAATGGTTGAACGCAAAATTTGGGAAGATGTTGGTTGAAGAGCAGTGCAATAATATAGCACTTTTGGTTGGTTACATTCCTCTGAATCCGAAAATGAAAAAAAAAAAAATGGAAGAATTATGGGAGAAAGATATGGGCTAGGTCATTTCTTTGAAAGGAAAGGGCTTGGATGTGGGCATCGATGACCTTGCCACTAAAAATTGTGCTCTTTTAGACAAATGAGGTTGTAGAATTCTCACTGGGAAGGATGCTTTAGGAGGCAGGTGATTGCTTATAAATACAAGTGGAATGAGACTCAATGGTGGCCTTCTATGAATGGATCTGGTTGATTTAAAGGCTATCGGCCCCAAATCATGAAAAGCATCCTCATTTCAGAGGAATGGTATAGAGTTAGCGTGGGTTGTGGAGACAACCCATTTCTGGAAGGACAGATTATTGGTTGACTCACCCTTTTGTTTGGAATTTCCTAGGCTTTTCAGAATTGTGACTGCCAAGGATTCTTTCGTTTGTCAAGGCTGGTCTGATTCTCTTTATGCATGGGATATAAAGTTCAGAAGAAATTTCACTGATGCTGAATTTAATGATGGGGTTGCTCTTTTGAACAAGCTTCAAACTTTTAGACGTAATAACAGGGATGACGTGTATGTGTGGTGCTGGAAAATGATAGCTCCTTCTCAGACAAATCGTTCTCCCCCAAGCTCATTGTGAAGCAACTAGCTTTGGGAAGGCAAAAATCTAATCTTATTTGGAAGCCCTTTTGTCCTAAGAAAGTCAAGGTTTTTTTTTTTAATTTTAATTTTTTTTATTTTTTTATTTTTTTTGGTGGATCTCTTTTGAAAGGTTATACACTTGCTGTAGAATCCAAAGTCTGAATCTTTTCCAATCTAACAGTTAGCAGCTAATAGTGGGTCGATGAACATCGTTGTATGCTTTGTTGCTATTAATAACCTGTCTTTTCATTGCTTATGTTCCTAGTGATCTTCTTCACAGTGAGGGAGCAAACAAGCAGGTGACATTCCGTGAACCTGTAAGCAATAGTGAGATTGATGACCAGGATGTGGTCCACCAAACAGAGAGAGAAACTATCACCAACTGGAGTTCTGGGCAATCCCCTCCTCCTGCCACTTTTGATGAGCCAAGCTCTTCTCATTCTCCAATTCTGCCTCCAGTCCTCGAGGAACCTTCACCTTCATTTTCTGAAGGCAAATATAATTTTTCTATCTTTGTTGTTAGCATGTCAGTAATAGTTCATATTTAACGGGGTTCACTTTTGGCTTCAGATGATGATCCATTACCTGGTATTGAGGCCCTTCAAATATCTGGCGAAGCTTTTCCAGGACAAGATCTCCAAGCATGTGGATACTCAATTAATGGAACAACTAGCTGTAATTTTGAGGTCCATTTTCATGAGCCCAATTTTCTATCTTTTTTTAATCTGTTTGCTCTTGGTAACTGGAAGTCTGGTGATTACACTGAAAATAATTAGTTACTTATGCTAGGAACTAAAATTATTGAATGCATAACTTTTCTCTGTCTCCATTTTGGAATGAGATTTTCAGATCATTCAGTAGTTGTATGGATTTTAATAAAGGTCAGAGAAAATTATTATCCAGCTTCTTTGTGGTGTGAAACTTAATCGTAGAGCCAACATATTAAAGCAATCCAAGAGTCTTTGAAGGGAAATGTACAGAGTGATATGAAGAGTTGATCTAGTTAAGATTCATGCTTCTTTATGGTGTGCAACTTTCAAGTTCATTTACAGTTATGATTTTAATGAAATCTGTTCAAATTGGGAAGCATTCTTTTTCCACCTTTTATGGGTTGAGGAATTTCTGAATTCAGAGACAACGAACAGTTATTCTCCTACGGATTACTATTTTTGTAATTTTTCTGGTGTTTCTTTTCCTTTGTTTTCATAAAGTATTCAATTTTTATCATTTTCAGGATTAGAATTCATTACAAAAGGGGAAATTTTACTAGCAAGAAACTTGTGACATCCTTAGCCTTACAAGTTGCGAGTTTGAGATGATCTTCTCTGTTCCTCCCTTTTTATATTTTCTTTATTAACATATTAACTCTAATCTTGGAAAAAAAAGTTAGAGATGTCCTCTGTATTAAAAATGTTAAATACAAAATTCAAATCCAACCGGTCAAAGTGGTCAAGTGGTCTAGCTCAAAGACAAAAGTAGTTTTACCCTCTCTTTACCTTGCATGGCATTTTAGAATATGCTCCCATTCTGTTACTTTCCAATTGAGGAATGTCAAAACTCTTAAAATATATGAGGCTGCAAACTTCAAGAATTATTGCTGATCTGCTCAACTGTTGTTTTATAAATAATGGTCCTTGTTTCCAAAATGCAGTGGGTACGCCATTTGGAAGATGGATCTGTAAATTACATTGAAGGTATCACTTCTTCTGTGCGTGTTCACATTTTGTTCCTTAGTGCCCACCCCTCTTAAATAAATCATATGATGCTTTAAATAATAATAATAATAGGGGCGAAGCAACCAAACTATCGTGTTACTGCGGATGATGTCGACACCTATCTGGCTATCGAAGTCCAGCCTTTGGATAACAGAAGGCGCAAGGTGCTGTATCTGAGCCCATTTTTATTTTGTTAGATCATTAGATGCTGTTTTAGCTCCGTGTCGGGGGTGATGTTTCTCTGTCATTTTGTGTTCTTTCATGCATTCTAATGAAAGTTTAACTCCCCCCCCCCCCCCAAAAAAAAAAAAAAAAAAAGGTATCTGGTTCACCAATTAATTTCTAACTATTGCACTAAAAACACAAAGTACCAAAATACGTTGTCCAATCCACATTCATGTCCCTCTACGGCTCCTGGGTTTCGGCAGACACTTGGATGTAAGTTCTTGAGTTCGTTATATGGGTATGAACTATGAAGGAACCTCAATTTCTGTGTTGTGATGGGATCCAAAACCAGTCAACAATTGTGGTTGGAGGCCTATAGATCTTGTGCTCCTTAGGGAACATTCATATGAATTTGTTGTTAACACAAAATATATGAATTTTATTTCACCAATCCAAGAGGCATGGACAATGAACTTTAGAACACATCTAAAAGACATTGAGATTGATGAATGGGCTAACTTTACCTCTCTCCTGCCGGCTCTACATTTAAATCAACCTGATTTGGAATTTGGAAGCTAATGGCCTTTTCACAACAAGGTCCTTATTAACTCTCATTTCACCAAACCGCACTACAAATGTATCTTCCATGGATTGTCTGAAAATTAGATGTCCTTGGATCTCTATCTCCTTGCCGTGGTGTTGCTTATGCCAAAATAGCTATGAATCTGTGGATCACATTTTCATACACGGCCATTTTGTCAAATCTATTTGGTTTGACATCATCAATGCTTTTGCATGGAAACCATGGATTGGATTAATCTCTTTTCTTTGAACCACCCTTTCAGAGGCCACAAAGCTGAATTATGGAACATCATCATCTGTTCAGTTTTATCAAAAATTTGGGATTAAAGAAATGACCGCATTTTCAACAATAGAGCAAAATCTGCAAAGGAGTTCTATGATTCATCTATTTTTATTGCTCTTTTTTAGTGGAAAGATTACCTTCATTTTAAAGATTACGACATAGATTTTCTTGTTACAAATTGGACTCACCTTTTGTACTCTCTTTGATAGGGATCTTTGTATGTCCTTTGGATATTTCATTCATCAATAAAATTGTTTCTTATCCCAAAACAAAAATTATTTTATTTTTTGAAATGGAAACTAAACTTTTCATTGATGAAATGAAAAAAAGACTATTGCTTGAATTACATTGAGACAAAATAAACTCGAATACGAGGGATCAGCAGAAGCCTAGGTTGACACACTCATAGTACCCTCATCACATCCCAATACAAAATAGATGAATTTTATTGTTTAACACTAAATGTTATTTTTTATGCAATAAGTGTTTCTTTCACCTGTAAACATGCCATTAAGTTTGTGGAATCAAATTGTATTTCATTTGCATAGCCTAAGCCAAAGAGAGAGATGAGAGTGGTCAGGGAGCTGAGTTGGAGTCTGCCTTCAATGTAACCTTTGTTGTATTTACATCTTGCATTATTTACCATTGCAGGGAGGGCTTGTAAAGGTTTATGCCAATGACCACCGAAAGATAACTTGTGGTAAGTTTGTTGGTGGACAGACTTTAGATCTGGATATATCCTATAATTTATTTTTTTTATTTTTTTATTTTGACAAAAAAAAAGGTTTTCCATGAGGATTTTCTAGACATAAATTTTGTATGTTTTAAGAGTGGTGTTTGAAAACTGAGTGTGTGATTTTAAGTTAGTTTTCTAGGTATTGGGTTAATCTTGGACAGGCTTCCATGTGTTTATTTATTTATTTGTTATTATTTTTTTGAAAAGTTATGGAGCTTCTCATTAAGAAAATGAAAAGAAACTGATGCTCAAAATACAAGAACAAACAACAGAACCAAATTTCAAACTGAAATAGAGAATTCTTAGAATGGAAAAAAACATAATAAAACAATAAACCTGAGGAGAACAAAAAAATAACAAATCAAAAACAAGGAAAAATAAAAGTTTTCCAGCTTCGAGAAATATCTCGAATTGAAGAATCGCCCGAAGAGCTTTGCCAAAGAACACCAAGTTGACGCTTTATGACGGGCTGAATTCAACTGATCAAAATGAGTAGGTAGATTTCTGAAAACTTCTTTGATTCCACTCCTGCCATACTTCTGAAAGAAGAGCTTCGACTGCACTAGTCCAAAGGAGATTTTCCAATGGAGCTAGCCTTATACCAACAAGAATTTGAAGGACATAGTCCATGTGTTTTCTTATTAAAAGAAGAGGAATCAGGACTTCTCTTTGAAGAAAAGTTATAATTAGTTCGCAAACTTCCAAAGTTTTCAAAAGAAGATTTCCATTGGAAATGAAAAGCCATTACCCCCAATCACTTCAGAAAGAAAATCAATACGAGCATCCTGAAACCCTTCAAGAGATCTTAGCAAACCCCAGGAAAGAAGAAAGAAAGAAGAAGAGGTGGTTGATGGACAAAAGTACACGAAGCACATGATAACCCCAAGTTATGAGAACTTATCTTTTATTAGAATGATAATGTGTCTCATATAGGAGGGGGAGTACTCATTTTTCTAGAGTTTATTGTAGTGGGGTAAAATAGGAATTAACCTAGAATATACCCAATTAACCCTATTCATCATTCACCAACCTCTCAATGCTTTTTGACTAATCTAGTAATAGCATTTATGTCTTACTGACTGTTAAGCTTAAGCTGATAGGTTATGATAAATTTAATTATATCCATACTTCAATACTCCCCCTCACTTGTGGACTTAGAAATCAGTGGAATATTAAAACAAGTGGAAATTAATATTAATTGGTGAGGAAATGACATTATTGGGGTTTGAATATAGGATGTCCTACTTTGAAACCTTATTAAATCACCAATCAACCCAAATGTTTCAGCTAATAGGTTATGGTAAATTTAATTATATCAATATTTCAACACTGACATATTTCTAGTAGTACTCGTAGCATAAGTCAATTATCCCTTCTGTATCTTCTAAAGGAAAAAGAATTAGATGGTCTCCTCTGGAAGCTTTCTTAGTGCAGTGGAGTTCTTTCCCAGCACATGCTTGTTCTAATTAAAGTGTTTTTTCTCCCTTAATCTTTTTCATTATTGGTGGTTCTGTAAGTATGTACATATAGAAACATAACTTCTCGTTGATGTGTGAAACGTTACGATAAGTTCTTATTTTCTTCTCTATCATTAAATTTGTCTTTTATTCTTTTTTTTTCCTTCTTCTTTTTACAACTATTAAATTTGTTCTTCTTTTTGAAAATAAAGATTGTTGAGAACCTCTAATGATCTTGTAATAGCTCATAAGTTTCCTTTTATTACCAATTACTGTAACTTACAGTTCTTTTCATCTCAACAGATCCTGAAATGCAGAACCATATAGAGAAGACTCTGTATAGTGGTCATGCATCATATAAAGTATCCATGTCGGTATGACTCAAAGGATAAAAATTTAAAGGACATGATTTTATTTACCGTCCTTGCTTTTCTTATTTGTGTTCGTTGATACATGTCTGTGCACTCGTGAATGCATATGGCCTCAAATTAATTATAGAATCTTAACTGACCTGATCGCTTTCTTTATTTTTACTCCATGACAGGCTGGATATCTTGATATATGGGAAGCAGCTACATTGTCCATCAAAAGGGAAGGATACAGTATAAAATGTAGTGGGTCTAGTGGTGATGTCATCACAGAAAAGTTTTCTCCAAATACAATTGTACGGTCTCTGTAGTTTCCTCTCTTTTTCATATACCATATAAGAAAAGCAAAGCCATCTTCAGTTGTCAGAATCTATTCTGGTGTAAACCAATGGAAGAAATTTTTTGGAAATAAATAATGATCCAAAACTTGGTCAATCTTCATTCCCCGACCTTTTTATTTACATTTGGATGGAACTGGAAGTTTACGGTGTTCTTCACTATAATCTCAACCGAGAAGCTTCAGCCGTGTAGTTCAATTTATTTATTTTTAGCTTTTGCAATTGAGAGATTTTGATTTTGTTACTTCTCATATGGGTAGGTTTCCTGCCTTGTGATAGGGTTGTCATTTAATCCCTCTTACTTCTTCACAGTTACTTTTAGTCGACACATTTATTTCTGATCTCAAAAGAATATGCTTCTTCACATGGATTATTCTTTTCCATATAAACATTTATGTATATTTTCGTCCTCGCAGGTTTCAATTCCATTTGGACAGCCGTATGAGTTTATAATAACTGGTCCGAACAATGTTGAGCATCACTTGCGAGTGGACAGCAATTCTGCTGATATTAGCTGGTGAGTAAGGAATGGAAATTTATTATGGTATTTTCATGATCATTACACCGTATGTGTACAACGGCACGTAAAAGTATTCTTCTTGTGAGAAATGTTAACTGACGCTTAGTATAAATACACAAATGTTAAGGACCTTATATTTCTGATGATCATGATATTAGATGCAAAGAAAGAATTTAATTCTACTGAATTGCATCAGATTTGAGATGGGTATATGCAGATAGCTATTTTCTCGAGTCTGATAAAAAGACATGTACACAAATTTTATCCTACAAGAAGTTGCCTGATATTATCGATTCAGTTGGAGTGTTGTGTGGACTTAAATCTCAAAATAAAGAACAGTTCTCATTAACCTCAAAAGGAAGTCTCCACCCTGATTTATAGATAGCCTATAAATAAGAACAGAATTGCAAACTAACTTTTACCCTTATTACCGAAGGGTAAAAATAAAACAGAGGCTAGAAGTACAAAAACTAATACCAAGAAGTATTTTAAAGAAAATAACAAACTAATGAGTCTTGTAAAGAAGGCTGTTCAAGAACTAACAAGAATGTGCAGAAATACAAGAATTTTTAAGAAGATACTACATCAGAGTGTTTTTTGGAAGCTTCTCAGAATTGATAAAAATTTCTGTATACTTTTACTAAATCAGTTAAAAATGCCAAGGTGAGCTTAGCTTAGCAGTGATTGACATTACTTTCCAACCTAGAGGTTAGAGGTTTGATCCTCCATCCCTACAATTGTTGTGCAAAATCCATTTGATTGAAAAAGAAATACTTCTTGCATTTTAGTTCATATATCATCATGTATTATTATAAAATGGAGGGGAGACATTATTACAAATCTTTGATCTCAAGATCCACCACTGTTCTGAACCATGCGGAACTGGGACTAGTGACCCAAAATTTTTGGGTAAAGAAAGACTTCAATTTGACATTACTGTATCATCAACTCAACTACAATTTAGAGGGTGTAGTTTGAGAAGTTATCTTGATTGCATTAGATCAAGTTCTGATTCTGATTATAGAATGTTATTAATTTTTATAATGTAACATTTTCAATTGCATTGTCTGCAGTGATTTATTTATTTATTTATACTTTTGCAGTTTCAGAGATACCATTGTGCTAACCTTGAGATTATTTATTCTAAGGGTATGTCTTCTCACTTTTTGTCTCCAATTCTTTGCTTTAAAAGAACGGGGTGTAACTTCTGTTTTATTTTCTTTTTGTAGGAGAAATCTTTTATTATAGGAAATCATATTGGAAGTATTAATATCTGTGGAAGTATACAAAAGATTTAGTTTTAGAAATATAAATTATCGAATATGTATGTCCAATAAAAATAGAAGAAAAAATAAAAGAAAAAACTCCAGGACTTCAGAAATGAGTTATAAACCGAACATTCCTTTCACCGGAAGATGATTGAATATTTTGCTTGACCAACGACCGAGGAAGATCAATTGCTCTCTCTGTCCTCTGGTCTGAACCAACTTTCCCCATAAGCAATCAGGCCTGAGAAACTAGGCCTAGTTGAAGAGCTATTCACACCTTTTAGTCTAGTTTCTAGAGAGCCTACGATGATATTTAGCCTTCTTTTGACACGTCCCTTTCTTACTTAAGTTTAGGGTCAAGTTTCTCCCCAAAAAAAAAAGCCAAGATTCTTATCTTAGCTTCTCTCCAATTCACTCTTTTATATATCCGTCCTATACGTTCAGATTTCTCTAGTTAGTGTTTCTTTACTTTCATATTTCTCTAGTTAGTTACAATGCCTCCACATGGATTTTCCCTCCTCATGTCATTCCCGCTGTCCATTGATCCTGCTGCCCATTCACGAGCATGCCCTCTTACTCTTGCTCCTCTAAGGATACGTAAATTTAGTAATCTCCCTATTATAATGCTACTGAAGGAAAACGAGGAAGAAATTTTAATTTGTACGTACCCTTAAACTTTACAAGGTGAGTTCATTTTTTTCCCCTTTAACTTTCAATTTCAATGAATTGGACCATGCACTTGTTGCAACTTTTGCAACTTTTACTTTCTGTTGGGGCTTCTGTTTGAATGTTAATTTTTTTTTTTAAGGCTGTTTTCAAATATAGGAAAATGAACCAAAATATTTACAAATATAGCAAAATTTCATTGTCTATCTGTGATGGATCGCAATAGACACAGATAGTAGTCTATCGCATTCTATTGCTGATAGATGGTGATATTTTACTATTATTTATAAATATTTTCAACAGTTTTGTCATTTAAAATAATTTCCCTTTCTTAACGTCTTTAATGAATTACAAAAACAAAGGACGACGTCATTGATGGGACCAAAGGGAGAGGATACTAGGACCGGGTGTTTTGTTTTTTTTCCTTTTTTTAATAATAATAATAATTATTATTATTGTTGTTGTTATTACTTTTGGTGAAATTGGTGAGTTGGAGATCTAGCGAAAGTCAACTTTGTGCATCTATTTATTTTTATTTTATTTTATTTTATTTTTGAAAAATGGTTGAGTTTTAGAAGATTCTTACCTAGTTTAAAGAATCAGTAAATGGATGTAACGAAAGCCCCCTACAAGATAAAAGTTGCAAAGCTTGACACACATTGCCAAAATGGGGGGTAAACACTTAATTTTTCTCAAGATAATCTTGCCATGGATGAAAGGTGTTGATGGTATAATATTAAATTTGTCTTCGCCCACTATCTTAAGCTTCTAGGTCAATGGGCGATTTAACATGGTATCAGAGCAGGTGGTCTAGAGAGGTCTTGTGGTCAAGCTCCTGTAATGTTGTTTCCTCCCCAATTAGAATTGAAGCCCCTGCAATGTTGTTTCCTCCCCAGTTAGAATTAATTTCCACTTGTTTCGTTTTCATATTTAAAGCCCACAACTGAGAGGGAGTGTTGATGATATAATATTAAATTTGCATTCACCTACTAGCTTAAGCTATTGGATCAATTGGCGATTTAACAAAATGAATGTCTTTCTTGATATTTTTTCAAACTGTGGGGTGCATTCTATTTTTTAAAAAAATTCTTATTTATTTTCTTCATTGATTCAGAGCCGGATAGCTAACCATATATTGCCAGGGGAAAAAATTGAGCTAGAAGATTGGGAGGGTGAGGAGCCTGTCTACTGGAGAGGTTTGGGGCAACAAAAGTTTTAAGGATTTTCTTACCTGAACCTGATTTTTTATTATTTGGATCCGTTACTGCTTGTGACTGTTAAGGGTAGATGTGTAGCAGAAACATTAGATTTCAAGAATCTGGGTTTATGCAACTCCAGTGTTGAGTGTATGTAGCTAGCAACATTGGAAAGCTCATAGTCTAGGATAAGCGAACTCACTAAATCTAGGCTGGCTGGTCATTCACAATTTCCCTTATAAACAAAGTCAAATTGTGGTCTGAAGGACATGCTCATAAAATTTGTGATTGTAACGCCTCCAAGCCCATGATTTGGAATCCAGATTTGATATCTTATGGTCCCAGCATTCCCCTACATCTATTAACTGACCACATTATCTGCTTGTCTTAAATGGTTTTCAAGAGTGAAAACTATCCCTACAAACCAACACGGGTCTTTTTAGCATGTTTTGTTCTTGCTCACATGCTTCTAGAAAAATTTCCGGGAGATCACCTAGCATAGAATGGCGCCAAGCTAAACGTGCTTAACTTTGGAGTTTTTATGATTGAGTCGCCATAAAGGAAGGCTCTCTTTGTTTGTATAGGAAGTAGCTTTCAATTCTTTTGAGCCTTGTCTTAGCTATACTTTCATGTCTTCAAAGTCCCTCTCATTCAAATGTGATCTCAGTTCATTTATGTACCATTCCTAAACTCGGGCGTTAAAGTGACGCTACTAAACTTTACGTCCTTTTGATAGATGACCGATGTAAGGCAGCACTGTTCTTCCCCCGGAAAGTCTGTGTTTGTTGCTATCTTCTGAAGCTACTGGTTACAGAATAGGTTGTAGAGAACTTATTGGCCCTACTCTATGCCCTCCAATCTTTGGGACTTTTGGTCTGAATTCCTTTGCTATGGGACCTCTTTCATTTTCTATTAGTAAAACAATGTTAAAAGAACAATGTTGAGCACAGTTTGAGAACAATGTAGTGGCCTAAGAGTAATTTCAGTTACCAAGCTTGAGAGTATGGATTTCCTTAATTACTCTGAAGTGAGGTACGGCCATTGCAAAATGTTGCCGAGCAAACGATGTATTTTCCAAAGCTTAAATCTTAAGCTGCTTTGTTATGAGTGACATTATCCCTTTGGTCGTTCTCCTTTATGTTCTGAATTTGATTAAGTTCTACTGTGCTTTGCAGGCTAGCGAGAGAAGAAAAGGAAAAAAGCGAGTTTTGTTCTTTCACAAGTAAAGAAGAATTGTGATTGCAAAGTTTTCCATTGGCGTTTTTCTTTTCTTTTTCTATTTTGTCAGTTATGTTGAATTAGTTCTTTTTTTTTTT

mRNA sequence

TATTAATTAAAATTGTAGTTATAGGTAGCTGAGCGAAAAAAAAATGAGAGAAAAGTTAAAATGAGGAAGGGAGCTGAAATACATAATAAACAATGGCGACGAGCGTCGTGTAATTCACTCACTCAAGACTTTCGGAGAACTGAAGCGCACAGGCGCAGGAGCCGACTTGAATCCACACACAGCACTATAGATTTGATTGATTGATTGATTGATTGTTTGTTTGATTCAGGTTCAAAAGAGTGGTTTTGTTCGAGCTAAAGTTCAAGCTGAGACAGATAGAGAATTGGGATTTAAGTTATAGATCATCTTTCTTCTGCCCCCACTGGTTTAGGGTTTTCTTTTGGGGTTTCACTTTCACTCCATTTTCATACGTCTTCTTTTTCTCACTACTGCTTCTGAGCTGTTTAAATGTCCGAAAGAAGGAGGTGTCAAATCTACGACCCAGTTCTGCTGCTGAATTTAACGCCAATTTGAGACACAAGGCCATTCTGGTCCGGATCAGTCGTGTATCGGTTGTTTTGAGCTGAATTTGAGCTAGGAGTAGAAGATGGAAAATGGTTTCGACGGGAGATCATTGGCCGAAAAATTCTCTGAGTTGGGCGTCAGTGCTACTCCAGCAGAGCAATCTAACTCCCACTCATCCAACAATCACGGTAACAACAACGACAGCAACTTGTTTCAGGTTTTGAAAGCTGTTGAAGCAGCTGAGGCTACCATTAAGCAACAGATGGAGGAAAATAATCGACTGAGGATTGAACTTCAGAAAAAGATTCAGGAACTTGAGAAATATAATGTTGATGAGCCTTTGGCTCAAAGGTTTCATTCCACAAACCAATGGAATGAGAATGACCATCATGGATCTAATGGGGGTCATCAATCAGATAATTCAGTTGATAACGAACGACGGAGATTTAAGAATAACATTTCTATTGTTGATTCGCATGGAACGCTAGTTCTCCATCAAGGTGTTGAGCAAAAAGATGAAGTACCCATGCGAGTTGATACAGAATCTCGCTTTGAGGACAGCAAGTCAGACAGGATGGTGAATGCTCTTCCTGGTGTTCAGCCTCCAGTTGATAACGCTGGTTGCTCACAGTTCTCTTCACCATCTACGACATCTTTCTCTGCTAGCAGGTTTACAATGGATGTAGAATATGATCCACGGATTAAGTTGTCTGGACATGGCATAATGCCAAAGGGTGAAGCGAATAATCCCAACAGTCTCTGGAAGCAGGACCTTGTTGTTAAAGTCCAGGAACATGAAGATGAAATTGTGCAGTTACGCAAGCATCTTTCTGATTATTCAATTAAGGAAGCACAAATACGAAATGAAAAATATGTTCTGGAAAAACGTATTGCCTATATGCGTTTGGCCTTTGATCAACAACAACAAGATCTTGTTGATGCTGCTTCTAAAGCTCTCTCATACAGACAAGACATAATTGAGGAAAATATTCGTCTTACATATGCGTTGCAGGAAGCACAACAGGAGAGAACCACCTTTGTGTCATCTCTACTGCCTCTTCTTGCGGAATATTCACTGCAGCCTCCTGTTCCAGACGCTCAGTCCATCATCAGCAATGTCAAGATTCTATTTAAGCACTTGCAGGAGAAGCTTCTTCTCACTGAGACAAAATTGAAGGAGTCCCAGTATCAATTGGCACCTTGGCGTTCTGATGCAAGCCACTCGAGTTTTGCACCACAGTCACCCTTCCATTCTATTGGTGCAACCTTCACCGCTTCAACTAAAAATGGCCTTGAACTGGTTCCTCAACCTTCGTACTGGAATGGAAAGATGCCAGTTTCTTCTTCTGATGCTCAGACCACAGCTGATTGGGATCTATCAACTCATCATCAGATTGGTTTAGGTGTTGGTGTTGCAAAAAAGTTGGAACCAGATGATTTGGGGAGGTATTCACATCATGCAAGCAGTGATCTTCTTCACAGTGAGGGAGCAAACAAGCAGGTGACATTCCGTGAACCTGTAAGCAATAGTGAGATTGATGACCAGGATGTGGTCCACCAAACAGAGAGAGAAACTATCACCAACTGGAGTTCTGGGCAATCCCCTCCTCCTGCCACTTTTGATGAGCCAAGCTCTTCTCATTCTCCAATTCTGCCTCCAGTCCTCGAGGAACCTTCACCTTCATTTTCTGAAGATGATGATCCATTACCTGGTATTGAGGCCCTTCAAATATCTGGCGAAGCTTTTCCAGGACAAGATCTCCAAGCATGTGGATACTCAATTAATGGAACAACTAGCTGTAATTTTGAGTGGGTACGCCATTTGGAAGATGGATCTGTAAATTACATTGAAGGGGCGAAGCAACCAAACTATCGTGTTACTGCGGATGATGTCGACACCTATCTGGCTATCGAAGTCCAGCCTTTGGATAACAGAAGGCGCAAGGGAGGGCTTGTAAAGGTTTATGCCAATGACCACCGAAAGATAACTTGTGATCCTGAAATGCAGAACCATATAGAGAAGACTCTGTATAGTGGTCATGCATCATATAAAGTATCCATGTCGGCTGGATATCTTGATATATGGGAAGCAGCTACATTGTCCATCAAAAGGGAAGGATACAGTATAAAATGTAGTGGGTCTAGTGGTGATGTCATCACAGAAAAGTTTTCTCCAAATACAATTGTTTCAATTCCATTTGGACAGCCGTATGAGTTTATAATAACTGGTCCGAACAATGTTGAGCATCACTTGCGAGTGGACAGCAATTCTGCTGATATTAGCTGTTTCAGAGATACCATTGTGCTAACCTTGAGATTATTTATTCTAAGGGCTAGCGAGAGAAGAAAAGGAAAAAAGCGAGTTTTGTTCTTTCACAAGTAAAGAAGAATTGTGATTGCAAAGTTTTCCATTGGCGTTTTTCTTTTCTTTTTCTATTTTGTCAGTTATGTTGAATTAGTTCTTTTTTTTTTT

Coding sequence (CDS)

ATGGAAAATGGTTTCGACGGGAGATCATTGGCCGAAAAATTCTCTGAGTTGGGCGTCAGTGCTACTCCAGCAGAGCAATCTAACTCCCACTCATCCAACAATCACGGTAACAACAACGACAGCAACTTGTTTCAGGTTTTGAAAGCTGTTGAAGCAGCTGAGGCTACCATTAAGCAACAGATGGAGGAAAATAATCGACTGAGGATTGAACTTCAGAAAAAGATTCAGGAACTTGAGAAATATAATGTTGATGAGCCTTTGGCTCAAAGGTTTCATTCCACAAACCAATGGAATGAGAATGACCATCATGGATCTAATGGGGGTCATCAATCAGATAATTCAGTTGATAACGAACGACGGAGATTTAAGAATAACATTTCTATTGTTGATTCGCATGGAACGCTAGTTCTCCATCAAGGTGTTGAGCAAAAAGATGAAGTACCCATGCGAGTTGATACAGAATCTCGCTTTGAGGACAGCAAGTCAGACAGGATGGTGAATGCTCTTCCTGGTGTTCAGCCTCCAGTTGATAACGCTGGTTGCTCACAGTTCTCTTCACCATCTACGACATCTTTCTCTGCTAGCAGGTTTACAATGGATGTAGAATATGATCCACGGATTAAGTTGTCTGGACATGGCATAATGCCAAAGGGTGAAGCGAATAATCCCAACAGTCTCTGGAAGCAGGACCTTGTTGTTAAAGTCCAGGAACATGAAGATGAAATTGTGCAGTTACGCAAGCATCTTTCTGATTATTCAATTAAGGAAGCACAAATACGAAATGAAAAATATGTTCTGGAAAAACGTATTGCCTATATGCGTTTGGCCTTTGATCAACAACAACAAGATCTTGTTGATGCTGCTTCTAAAGCTCTCTCATACAGACAAGACATAATTGAGGAAAATATTCGTCTTACATATGCGTTGCAGGAAGCACAACAGGAGAGAACCACCTTTGTGTCATCTCTACTGCCTCTTCTTGCGGAATATTCACTGCAGCCTCCTGTTCCAGACGCTCAGTCCATCATCAGCAATGTCAAGATTCTATTTAAGCACTTGCAGGAGAAGCTTCTTCTCACTGAGACAAAATTGAAGGAGTCCCAGTATCAATTGGCACCTTGGCGTTCTGATGCAAGCCACTCGAGTTTTGCACCACAGTCACCCTTCCATTCTATTGGTGCAACCTTCACCGCTTCAACTAAAAATGGCCTTGAACTGGTTCCTCAACCTTCGTACTGGAATGGAAAGATGCCAGTTTCTTCTTCTGATGCTCAGACCACAGCTGATTGGGATCTATCAACTCATCATCAGATTGGTTTAGGTGTTGGTGTTGCAAAAAAGTTGGAACCAGATGATTTGGGGAGGTATTCACATCATGCAAGCAGTGATCTTCTTCACAGTGAGGGAGCAAACAAGCAGGTGACATTCCGTGAACCTGTAAGCAATAGTGAGATTGATGACCAGGATGTGGTCCACCAAACAGAGAGAGAAACTATCACCAACTGGAGTTCTGGGCAATCCCCTCCTCCTGCCACTTTTGATGAGCCAAGCTCTTCTCATTCTCCAATTCTGCCTCCAGTCCTCGAGGAACCTTCACCTTCATTTTCTGAAGATGATGATCCATTACCTGGTATTGAGGCCCTTCAAATATCTGGCGAAGCTTTTCCAGGACAAGATCTCCAAGCATGTGGATACTCAATTAATGGAACAACTAGCTGTAATTTTGAGTGGGTACGCCATTTGGAAGATGGATCTGTAAATTACATTGAAGGGGCGAAGCAACCAAACTATCGTGTTACTGCGGATGATGTCGACACCTATCTGGCTATCGAAGTCCAGCCTTTGGATAACAGAAGGCGCAAGGGAGGGCTTGTAAAGGTTTATGCCAATGACCACCGAAAGATAACTTGTGATCCTGAAATGCAGAACCATATAGAGAAGACTCTGTATAGTGGTCATGCATCATATAAAGTATCCATGTCGGCTGGATATCTTGATATATGGGAAGCAGCTACATTGTCCATCAAAAGGGAAGGATACAGTATAAAATGTAGTGGGTCTAGTGGTGATGTCATCACAGAAAAGTTTTCTCCAAATACAATTGTTTCAATTCCATTTGGACAGCCGTATGAGTTTATAATAACTGGTCCGAACAATGTTGAGCATCACTTGCGAGTGGACAGCAATTCTGCTGATATTAGCTGTTTCAGAGATACCATTGTGCTAACCTTGAGATTATTTATTCTAAGGGCTAGCGAGAGAAGAAAAGGAAAAAAGCGAGTTTTGTTCTTTCACAAGTAA

Protein sequence

MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQMEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERRRFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAGCSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHEDEIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVSSSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPVSNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNVEHHLRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK
Homology
BLAST of CmUC02G025920 vs. NCBI nr
Match: XP_038900808.1 (uncharacterized protein LOC120087880 isoform X1 [Benincasa hispida])

HSP 1 Score: 1424.5 bits (3686), Expect = 0.0e+00
Identity = 728/766 (95.04%), Postives = 736/766 (96.08%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ
Sbjct: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERR 120
           +EENNRLR ELQKKIQELEKY VDEPLAQRFHSTNQW+ENDHHGSNGGHQSDNSVDNER+
Sbjct: 61  VEENNRLRTELQKKIQELEKYKVDEPLAQRFHSTNQWSENDHHGSNGGHQSDNSVDNERQ 120

Query: 121 RFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAG 180
           RFKNNISIVDS G LVLHQ VEQKDEV MRVD ESRFED KSDRMVNALPGVQ  VDNAG
Sbjct: 121 RFKNNISIVDSRGPLVLHQVVEQKDEVSMRVDAESRFEDRKSDRMVNALPGVQASVDNAG 180

Query: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHED 240
           CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPK EANNPNSLWKQDLVVKVQEHED
Sbjct: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKAEANNPNSLWKQDLVVKVQEHED 240

Query: 241 EIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300
           EIVQLRKHL++YSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE
Sbjct: 241 EIVQLRKHLAEYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300

Query: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360
           ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT
Sbjct: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360

Query: 361 ETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVS 420
           ETKLKESQYQL PWRSDASHSSFAPQSPFHSIGAT T STKNGLELVPQPSYWNGKMPVS
Sbjct: 361 ETKLKESQYQLTPWRSDASHSSFAPQSPFHSIGATLTTSTKNGLELVPQPSYWNGKMPVS 420

Query: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPV 480
           SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHAS     SEG NKQVTFREPV
Sbjct: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHAS-----SEGTNKQVTFREPV 480

Query: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDD 540
           SNSEIDDQDVVHQTERETITNWSSGQSPPPA FDEPSSSHSPILPPVLEEPSPSFSEDDD
Sbjct: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPAAFDEPSSSHSPILPPVLEEPSPSFSEDDD 540

Query: 541 PLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600
           PLP IEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT
Sbjct: 541 PLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600

Query: 601 ADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSM 660
           ADDVDTYLAIEVQPLDNRRRKG LVKV+ANDHRKITCDPEMQN IEKTLYSGHASYKVSM
Sbjct: 601 ADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIEKTLYSGHASYKVSM 660

Query: 661 SAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNV 720
           SAGYLDIWE ATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFG P EF ITG NNV
Sbjct: 661 SAGYLDIWEGATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGNPSEFTITGSNNV 720

Query: 721 EHHLRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           EHHLRVD+NSADISC RDTIVLTLRLFILRASERRKG+KRVLFFHK
Sbjct: 721 EHHLRVDNNSADISCCRDTIVLTLRLFILRASERRKGRKRVLFFHK 761

BLAST of CmUC02G025920 vs. NCBI nr
Match: XP_038900809.1 (uncharacterized protein LOC120087880 isoform X2 [Benincasa hispida])

HSP 1 Score: 1420.2 bits (3675), Expect = 0.0e+00
Identity = 728/766 (95.04%), Postives = 736/766 (96.08%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ
Sbjct: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERR 120
           +EENNRLR ELQKKIQELEKY VDEPLAQRFHSTNQW+ENDHHGSNGGHQSDNSVDNER+
Sbjct: 61  VEENNRLRTELQKKIQELEKY-VDEPLAQRFHSTNQWSENDHHGSNGGHQSDNSVDNERQ 120

Query: 121 RFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAG 180
           RFKNNISIVDS G LVLHQ VEQKDEV MRVD ESRFED KSDRMVNALPGVQ  VDNAG
Sbjct: 121 RFKNNISIVDSRGPLVLHQVVEQKDEVSMRVDAESRFEDRKSDRMVNALPGVQASVDNAG 180

Query: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHED 240
           CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPK EANNPNSLWKQDLVVKVQEHED
Sbjct: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKAEANNPNSLWKQDLVVKVQEHED 240

Query: 241 EIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300
           EIVQLRKHL++YSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE
Sbjct: 241 EIVQLRKHLAEYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300

Query: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360
           ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT
Sbjct: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360

Query: 361 ETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVS 420
           ETKLKESQYQL PWRSDASHSSFAPQSPFHSIGAT T STKNGLELVPQPSYWNGKMPVS
Sbjct: 361 ETKLKESQYQLTPWRSDASHSSFAPQSPFHSIGATLTTSTKNGLELVPQPSYWNGKMPVS 420

Query: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPV 480
           SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHAS     SEG NKQVTFREPV
Sbjct: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHAS-----SEGTNKQVTFREPV 480

Query: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDD 540
           SNSEIDDQDVVHQTERETITNWSSGQSPPPA FDEPSSSHSPILPPVLEEPSPSFSEDDD
Sbjct: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPAAFDEPSSSHSPILPPVLEEPSPSFSEDDD 540

Query: 541 PLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600
           PLP IEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT
Sbjct: 541 PLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600

Query: 601 ADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSM 660
           ADDVDTYLAIEVQPLDNRRRKG LVKV+ANDHRKITCDPEMQN IEKTLYSGHASYKVSM
Sbjct: 601 ADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIEKTLYSGHASYKVSM 660

Query: 661 SAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNV 720
           SAGYLDIWE ATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFG P EF ITG NNV
Sbjct: 661 SAGYLDIWEGATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGNPSEFTITGSNNV 720

Query: 721 EHHLRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           EHHLRVD+NSADISC RDTIVLTLRLFILRASERRKG+KRVLFFHK
Sbjct: 721 EHHLRVDNNSADISCCRDTIVLTLRLFILRASERRKGRKRVLFFHK 760

BLAST of CmUC02G025920 vs. NCBI nr
Match: XP_038900810.1 (uncharacterized protein LOC120087880 isoform X3 [Benincasa hispida])

HSP 1 Score: 1411.7 bits (3653), Expect = 0.0e+00
Identity = 724/766 (94.52%), Postives = 732/766 (95.56%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ
Sbjct: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERR 120
           +EENNRLR ELQKKIQELEKY VDEPLAQRFHSTNQW+ENDHHGSNGGHQSDNSVDNER+
Sbjct: 61  VEENNRLRTELQKKIQELEKYKVDEPLAQRFHSTNQWSENDHHGSNGGHQSDNSVDNERQ 120

Query: 121 RFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAG 180
           RFKNNISIVDS G LVLHQ VEQKDEV MRVD ESRFED KSDRMVNALPGVQ  VDNAG
Sbjct: 121 RFKNNISIVDSRGPLVLHQVVEQKDEVSMRVDAESRFEDRKSDRMVNALPGVQASVDNAG 180

Query: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHED 240
           CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPK EANNPNSLWKQDLVVKVQEHED
Sbjct: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKAEANNPNSLWKQDLVVKVQEHED 240

Query: 241 EIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300
           EIVQLRKHL++YSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE
Sbjct: 241 EIVQLRKHLAEYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300

Query: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360
           ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT
Sbjct: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360

Query: 361 ETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVS 420
           E    ESQYQL PWRSDASHSSFAPQSPFHSIGAT T STKNGLELVPQPSYWNGKMPVS
Sbjct: 361 E----ESQYQLTPWRSDASHSSFAPQSPFHSIGATLTTSTKNGLELVPQPSYWNGKMPVS 420

Query: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPV 480
           SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHAS     SEG NKQVTFREPV
Sbjct: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHAS-----SEGTNKQVTFREPV 480

Query: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDD 540
           SNSEIDDQDVVHQTERETITNWSSGQSPPPA FDEPSSSHSPILPPVLEEPSPSFSEDDD
Sbjct: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPAAFDEPSSSHSPILPPVLEEPSPSFSEDDD 540

Query: 541 PLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600
           PLP IEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT
Sbjct: 541 PLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600

Query: 601 ADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSM 660
           ADDVDTYLAIEVQPLDNRRRKG LVKV+ANDHRKITCDPEMQN IEKTLYSGHASYKVSM
Sbjct: 601 ADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIEKTLYSGHASYKVSM 660

Query: 661 SAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNV 720
           SAGYLDIWE ATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFG P EF ITG NNV
Sbjct: 661 SAGYLDIWEGATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGNPSEFTITGSNNV 720

Query: 721 EHHLRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           EHHLRVD+NSADISC RDTIVLTLRLFILRASERRKG+KRVLFFHK
Sbjct: 721 EHHLRVDNNSADISCCRDTIVLTLRLFILRASERRKGRKRVLFFHK 757

BLAST of CmUC02G025920 vs. NCBI nr
Match: XP_011649437.1 (uncharacterized protein LOC101216431 isoform X1 [Cucumis sativus] >KGN62280.2 hypothetical protein Csa_016950 [Cucumis sativus])

HSP 1 Score: 1408.3 bits (3644), Expect = 0.0e+00
Identity = 720/766 (93.99%), Postives = 731/766 (95.43%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           MENGFDGRSLAEKFSELGVSAT AEQSNSH   NHGNNNDSNLFQVLKAVEAAEATIKQQ
Sbjct: 1   MENGFDGRSLAEKFSELGVSATSAEQSNSH---NHGNNNDSNLFQVLKAVEAAEATIKQQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERR 120
           +EENNRLRIELQKKIQELEKY V EPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNER+
Sbjct: 61  VEENNRLRIELQKKIQELEKYKVGEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERQ 120

Query: 121 RFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAG 180
           RFKNNIS+VDSHGTLVLHQ VEQKDEV MRVDTESRFEDSKSDRMVNALPGVQP VDNAG
Sbjct: 121 RFKNNISVVDSHGTLVLHQDVEQKDEVSMRVDTESRFEDSKSDRMVNALPGVQPQVDNAG 180

Query: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHED 240
           CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPK E NNPNSLWKQDLVVKVQEHED
Sbjct: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKAEGNNPNSLWKQDLVVKVQEHED 240

Query: 241 EIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300
           EIVQLRKHL+DYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE
Sbjct: 241 EIVQLRKHLADYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300

Query: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360
           ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT
Sbjct: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360

Query: 361 ETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVS 420
           ETKLKESQYQL PWRSDASHSSFAPQSPFHSIGAT TASTKNGLELVPQPSYWNGKMPVS
Sbjct: 361 ETKLKESQYQLTPWRSDASHSSFAPQSPFHSIGATLTASTKNGLELVPQPSYWNGKMPVS 420

Query: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPV 480
           SSDAQTTADWDLSTHHQIGLGVGV K LEPDDLGRYSHHAS     SEG NKQVTFREPV
Sbjct: 421 SSDAQTTADWDLSTHHQIGLGVGVGKNLEPDDLGRYSHHAS-----SEGTNKQVTFREPV 480

Query: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDD 540
           SNSEIDDQDVVHQTERE ITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDD
Sbjct: 481 SNSEIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDD 540

Query: 541 PLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600
           PLP IEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSV YIEGAKQPNYRVT
Sbjct: 541 PLPAIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVTYIEGAKQPNYRVT 600

Query: 601 ADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSM 660
           ADDVDTYLAIEVQPLDNRRRKG LVKV+ANDHRKITCDPEMQN IE+TL SGHASYKVSM
Sbjct: 601 ADDVDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIERTLSSGHASYKVSM 660

Query: 661 SAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNV 720
           SAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNT VSI FG P EF ITG NNV
Sbjct: 661 SAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTTVSILFGHPTEFTITGSNNV 720

Query: 721 EHHLRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           +HH+R D+NSAD+SC RDTIVLTLRLFILRASERRKG+KRVLFFHK
Sbjct: 721 DHHMRADNNSADVSCCRDTIVLTLRLFILRASERRKGRKRVLFFHK 758

BLAST of CmUC02G025920 vs. NCBI nr
Match: XP_008460854.1 (PREDICTED: uncharacterized protein LOC103499606 isoform X1 [Cucumis melo])

HSP 1 Score: 1405.6 bits (3637), Expect = 0.0e+00
Identity = 720/763 (94.36%), Postives = 731/763 (95.81%), Query Frame = 0

Query: 4   GFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQMEE 63
           GFDGRSLAEKFSELGVSATPAEQSNSH   NHGNN+DSNLFQVLKAVEAAEATIKQQ+EE
Sbjct: 2   GFDGRSLAEKFSELGVSATPAEQSNSH---NHGNNSDSNLFQVLKAVEAAEATIKQQVEE 61

Query: 64  NNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERRRFK 123
           NNRLRIELQKKIQELEKY V EPLAQRFHSTNQWNE+DHHGSNGGHQSDNSVDNER+RFK
Sbjct: 62  NNRLRIELQKKIQELEKYKVGEPLAQRFHSTNQWNESDHHGSNGGHQSDNSVDNERQRFK 121

Query: 124 NNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAGCSQ 183
           N+IS+VDSHGTLVLHQ VEQKDEV MRVDTESRFEDSKSDRMVNALPGVQP VDNAGCSQ
Sbjct: 122 NSISVVDSHGTLVLHQDVEQKDEVSMRVDTESRFEDSKSDRMVNALPGVQPQVDNAGCSQ 181

Query: 184 FSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHEDEIV 243
           FSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPK E NNPNSLWKQDLVVKVQEHEDEIV
Sbjct: 182 FSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKAEGNNPNSLWKQDLVVKVQEHEDEIV 241

Query: 244 QLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENI 303
           QLRKHL+DYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENI
Sbjct: 242 QLRKHLADYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENI 301

Query: 304 RLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETK 363
           RLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETK
Sbjct: 302 RLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETK 361

Query: 364 LKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVSSSD 423
           LKESQYQL PWRSDASHSSFAPQSPFHSIGAT TASTKNGLELVPQPSYWNGKMPVSSSD
Sbjct: 362 LKESQYQLTPWRSDASHSSFAPQSPFHSIGATLTASTKNGLELVPQPSYWNGKMPVSSSD 421

Query: 424 AQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPVSNS 483
           AQTTADWDLSTHHQIGLGVGV K LEPDDLGRYSHHAS     SEG NKQVTFREPVSNS
Sbjct: 422 AQTTADWDLSTHHQIGLGVGVGKNLEPDDLGRYSHHAS-----SEGTNKQVTFREPVSNS 481

Query: 484 EIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLP 543
           EIDDQDVVHQTERE ITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLP
Sbjct: 482 EIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLP 541

Query: 544 GIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADD 603
            IEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADD
Sbjct: 542 AIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADD 601

Query: 604 VDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSMSAG 663
           VDTYLAIEVQPLDNRRRKG LVKV+ANDHRKITCDPEMQN IEKTLYSGHASYKVSMSAG
Sbjct: 602 VDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIEKTLYSGHASYKVSMSAG 661

Query: 664 YLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNVEHH 723
           YL IWEAATLSIKREGYSIKCSGSSGDVITEKFS NTIVSIPFG P +F ITG NNVEH 
Sbjct: 662 YLGIWEAATLSIKREGYSIKCSGSSGDVITEKFSSNTIVSIPFGNPSDFTITGSNNVEHQ 721

Query: 724 LRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           LRVD+NSADISC RDTIVLTLRLFILRASERRKG+KRVLFFHK
Sbjct: 722 LRVDNNSADISCSRDTIVLTLRLFILRASERRKGRKRVLFFHK 756

BLAST of CmUC02G025920 vs. ExPASy TrEMBL
Match: A0A1S3CDV6 (uncharacterized protein LOC103499606 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103499606 PE=4 SV=1)

HSP 1 Score: 1405.6 bits (3637), Expect = 0.0e+00
Identity = 720/763 (94.36%), Postives = 731/763 (95.81%), Query Frame = 0

Query: 4   GFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQMEE 63
           GFDGRSLAEKFSELGVSATPAEQSNSH   NHGNN+DSNLFQVLKAVEAAEATIKQQ+EE
Sbjct: 2   GFDGRSLAEKFSELGVSATPAEQSNSH---NHGNNSDSNLFQVLKAVEAAEATIKQQVEE 61

Query: 64  NNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERRRFK 123
           NNRLRIELQKKIQELEKY V EPLAQRFHSTNQWNE+DHHGSNGGHQSDNSVDNER+RFK
Sbjct: 62  NNRLRIELQKKIQELEKYKVGEPLAQRFHSTNQWNESDHHGSNGGHQSDNSVDNERQRFK 121

Query: 124 NNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAGCSQ 183
           N+IS+VDSHGTLVLHQ VEQKDEV MRVDTESRFEDSKSDRMVNALPGVQP VDNAGCSQ
Sbjct: 122 NSISVVDSHGTLVLHQDVEQKDEVSMRVDTESRFEDSKSDRMVNALPGVQPQVDNAGCSQ 181

Query: 184 FSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHEDEIV 243
           FSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPK E NNPNSLWKQDLVVKVQEHEDEIV
Sbjct: 182 FSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKAEGNNPNSLWKQDLVVKVQEHEDEIV 241

Query: 244 QLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENI 303
           QLRKHL+DYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENI
Sbjct: 242 QLRKHLADYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENI 301

Query: 304 RLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETK 363
           RLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETK
Sbjct: 302 RLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETK 361

Query: 364 LKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVSSSD 423
           LKESQYQL PWRSDASHSSFAPQSPFHSIGAT TASTKNGLELVPQPSYWNGKMPVSSSD
Sbjct: 362 LKESQYQLTPWRSDASHSSFAPQSPFHSIGATLTASTKNGLELVPQPSYWNGKMPVSSSD 421

Query: 424 AQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPVSNS 483
           AQTTADWDLSTHHQIGLGVGV K LEPDDLGRYSHHAS     SEG NKQVTFREPVSNS
Sbjct: 422 AQTTADWDLSTHHQIGLGVGVGKNLEPDDLGRYSHHAS-----SEGTNKQVTFREPVSNS 481

Query: 484 EIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLP 543
           EIDDQDVVHQTERE ITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLP
Sbjct: 482 EIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLP 541

Query: 544 GIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADD 603
            IEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADD
Sbjct: 542 AIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADD 601

Query: 604 VDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSMSAG 663
           VDTYLAIEVQPLDNRRRKG LVKV+ANDHRKITCDPEMQN IEKTLYSGHASYKVSMSAG
Sbjct: 602 VDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIEKTLYSGHASYKVSMSAG 661

Query: 664 YLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNVEHH 723
           YL IWEAATLSIKREGYSIKCSGSSGDVITEKFS NTIVSIPFG P +F ITG NNVEH 
Sbjct: 662 YLGIWEAATLSIKREGYSIKCSGSSGDVITEKFSSNTIVSIPFGNPSDFTITGSNNVEHQ 721

Query: 724 LRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           LRVD+NSADISC RDTIVLTLRLFILRASERRKG+KRVLFFHK
Sbjct: 722 LRVDNNSADISCSRDTIVLTLRLFILRASERRKGRKRVLFFHK 756

BLAST of CmUC02G025920 vs. ExPASy TrEMBL
Match: A0A1S4E315 (uncharacterized protein LOC103499606 isoform X2 OS=Cucumis melo OX=3656 GN=LOC103499606 PE=4 SV=1)

HSP 1 Score: 1401.3 bits (3626), Expect = 0.0e+00
Identity = 720/763 (94.36%), Postives = 731/763 (95.81%), Query Frame = 0

Query: 4   GFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQMEE 63
           GFDGRSLAEKFSELGVSATPAEQSNSH   NHGNN+DSNLFQVLKAVEAAEATIKQQ+EE
Sbjct: 2   GFDGRSLAEKFSELGVSATPAEQSNSH---NHGNNSDSNLFQVLKAVEAAEATIKQQVEE 61

Query: 64  NNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERRRFK 123
           NNRLRIELQKKIQELEKY V EPLAQRFHSTNQWNE+DHHGSNGGHQSDNSVDNER+RFK
Sbjct: 62  NNRLRIELQKKIQELEKY-VGEPLAQRFHSTNQWNESDHHGSNGGHQSDNSVDNERQRFK 121

Query: 124 NNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAGCSQ 183
           N+IS+VDSHGTLVLHQ VEQKDEV MRVDTESRFEDSKSDRMVNALPGVQP VDNAGCSQ
Sbjct: 122 NSISVVDSHGTLVLHQDVEQKDEVSMRVDTESRFEDSKSDRMVNALPGVQPQVDNAGCSQ 181

Query: 184 FSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHEDEIV 243
           FSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPK E NNPNSLWKQDLVVKVQEHEDEIV
Sbjct: 182 FSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKAEGNNPNSLWKQDLVVKVQEHEDEIV 241

Query: 244 QLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENI 303
           QLRKHL+DYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENI
Sbjct: 242 QLRKHLADYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIEENI 301

Query: 304 RLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETK 363
           RLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETK
Sbjct: 302 RLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLTETK 361

Query: 364 LKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVSSSD 423
           LKESQYQL PWRSDASHSSFAPQSPFHSIGAT TASTKNGLELVPQPSYWNGKMPVSSSD
Sbjct: 362 LKESQYQLTPWRSDASHSSFAPQSPFHSIGATLTASTKNGLELVPQPSYWNGKMPVSSSD 421

Query: 424 AQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPVSNS 483
           AQTTADWDLSTHHQIGLGVGV K LEPDDLGRYSHHAS     SEG NKQVTFREPVSNS
Sbjct: 422 AQTTADWDLSTHHQIGLGVGVGKNLEPDDLGRYSHHAS-----SEGTNKQVTFREPVSNS 481

Query: 484 EIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLP 543
           EIDDQDVVHQTERE ITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLP
Sbjct: 482 EIDDQDVVHQTEREPITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDDPLP 541

Query: 544 GIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADD 603
            IEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADD
Sbjct: 542 AIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADD 601

Query: 604 VDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSMSAG 663
           VDTYLAIEVQPLDNRRRKG LVKV+ANDHRKITCDPEMQN IEKTLYSGHASYKVSMSAG
Sbjct: 602 VDTYLAIEVQPLDNRRRKGELVKVFANDHRKITCDPEMQNQIEKTLYSGHASYKVSMSAG 661

Query: 664 YLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNVEHH 723
           YL IWEAATLSIKREGYSIKCSGSSGDVITEKFS NTIVSIPFG P +F ITG NNVEH 
Sbjct: 662 YLGIWEAATLSIKREGYSIKCSGSSGDVITEKFSSNTIVSIPFGNPSDFTITGSNNVEHQ 721

Query: 724 LRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           LRVD+NSADISC RDTIVLTLRLFILRASERRKG+KRVLFFHK
Sbjct: 722 LRVDNNSADISCSRDTIVLTLRLFILRASERRKGRKRVLFFHK 755

BLAST of CmUC02G025920 vs. ExPASy TrEMBL
Match: A0A6J1ICC7 (uncharacterized protein LOC111472378 isoform X1 OS=Cucurbita maxima OX=3661 GN=LOC111472378 PE=4 SV=1)

HSP 1 Score: 1345.5 bits (3481), Expect = 0.0e+00
Identity = 691/766 (90.21%), Postives = 712/766 (92.95%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           MENGF+GRSLAEKFSELGVSA PAEQSNS SSNNH NNNDSNLFQVLKAVEAAEATIKQQ
Sbjct: 1   MENGFEGRSLAEKFSELGVSAAPAEQSNSLSSNNHSNNNDSNLFQVLKAVEAAEATIKQQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERR 120
           +EENNRLRIELQKKIQELEK  VDEPLAQRFHS+NQWNE  HH SNG HQSD+SVD ER 
Sbjct: 61  VEENNRLRIELQKKIQELEKCKVDEPLAQRFHSSNQWNEKVHHESNGDHQSDSSVDYERH 120

Query: 121 RFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAG 180
           RFKNN+S+VDSHGTLV+HQ VE KDEV M+VDTESRFEDSKSDRMV AL  V PPVDNAG
Sbjct: 121 RFKNNVSVVDSHGTLVVHQDVEHKDEVSMQVDTESRFEDSKSDRMVKALTSVLPPVDNAG 180

Query: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHED 240
           CSQFSSPSTTS SASRFT+DVEYDPRIKLSGHG+MPK +ANNPNSLWKQDLVVKVQEHED
Sbjct: 181 CSQFSSPSTTSLSASRFTVDVEYDPRIKLSGHGMMPKSDANNPNSLWKQDLVVKVQEHED 240

Query: 241 EIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300
           EIVQLRKHL+DYS KEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQ+IIE
Sbjct: 241 EIVQLRKHLADYSTKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQEIIE 300

Query: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360
           ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT
Sbjct: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360

Query: 361 ETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVS 420
           ETKLKESQYQL PWRSDASHSSFAPQSP HSIGAT T S KNGLELVPQP YWNGKMPVS
Sbjct: 361 ETKLKESQYQLTPWRSDASHSSFAPQSPVHSIGATLTTSNKNGLELVPQPPYWNGKMPVS 420

Query: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPV 480
           SSDAQTTADWDL THHQIGLGVGVAKKLEPDDLGRYSHHAS     SEG NKQVTFREPV
Sbjct: 421 SSDAQTTADWDLPTHHQIGLGVGVAKKLEPDDLGRYSHHAS-----SEGTNKQVTFREPV 480

Query: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDD 540
           SNSEIDDQDVVHQTERE ITNWSSGQSPPPAT DEPSSSHSP LPPVLEEPSPSFSEDDD
Sbjct: 481 SNSEIDDQDVVHQTEREPITNWSSGQSPPPATLDEPSSSHSPALPPVLEEPSPSFSEDDD 540

Query: 541 PLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600
           PLP IEALQISGEAFPGQ+LQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT
Sbjct: 541 PLPAIEALQISGEAFPGQELQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600

Query: 601 ADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSM 660
           ADDVDTYLAIEVQPLDNRRRKG LVKV+ANDH+KITCDPEM N IEKTLYSGHASYKVSM
Sbjct: 601 ADDVDTYLAIEVQPLDNRRRKGELVKVFANDHQKITCDPEMLNQIEKTLYSGHASYKVSM 660

Query: 661 SAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNV 720
           S G+LDIWEAATLSIKREGYSIK SG+SGDVITEKFSPNT+VSIPFG P  FII G NN 
Sbjct: 661 STGFLDIWEAATLSIKREGYSIKFSGASGDVITEKFSPNTVVSIPFGNPSGFIIIG-NNF 720

Query: 721 EHHLRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           EH LRVD N ADI+C RDTIVLTLRLFILRA ERRKG+KRVLFFHK
Sbjct: 721 EHQLRVDHNPADITCLRDTIVLTLRLFILRAGERRKGRKRVLFFHK 760

BLAST of CmUC02G025920 vs. ExPASy TrEMBL
Match: A0A6J1F0Z2 (uncharacterized protein LOC111438327 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111438327 PE=4 SV=1)

HSP 1 Score: 1343.2 bits (3475), Expect = 0.0e+00
Identity = 689/766 (89.95%), Postives = 712/766 (92.95%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           MENGF+GRSLAEKFSELGVSA PAEQSNS SSNNHGNNNDSNLFQVLKAVEAAEATIKQQ
Sbjct: 1   MENGFEGRSLAEKFSELGVSAAPAEQSNSLSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERR 120
           +EENNRLRIELQKKIQELEK  VDEPLAQRFHS+NQWNE  HH SNG HQS +SVD ER 
Sbjct: 61  VEENNRLRIELQKKIQELEKCKVDEPLAQRFHSSNQWNEKVHHESNGDHQSYSSVDYERH 120

Query: 121 RFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAG 180
           RFKNN+S+VDSHGTLV+HQ VE KDEV  +VDTESRFEDSKSDRMV ALP V PPVDNAG
Sbjct: 121 RFKNNVSVVDSHGTLVVHQDVEHKDEVSTQVDTESRFEDSKSDRMVKALPSVLPPVDNAG 180

Query: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHED 240
           CSQFSSPSTTS SASRFT+DVEYDPRIKLSGHG+MPK +ANNPNSLWKQDLVVKVQEHED
Sbjct: 181 CSQFSSPSTTSLSASRFTVDVEYDPRIKLSGHGVMPKSDANNPNSLWKQDLVVKVQEHED 240

Query: 241 EIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300
           EIVQLRKHL+DYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQ+IIE
Sbjct: 241 EIVQLRKHLADYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQEIIE 300

Query: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360
           ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT
Sbjct: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360

Query: 361 ETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVS 420
           ETKLKESQYQL PWRSDASHSSFAPQSP HSIGAT T S KNGLELVPQP YWNGKMPVS
Sbjct: 361 ETKLKESQYQLTPWRSDASHSSFAPQSPLHSIGATLTTSNKNGLELVPQPPYWNGKMPVS 420

Query: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPV 480
           SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDL RYSHHAS     SEG NKQVTFREPV
Sbjct: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLRRYSHHAS-----SEGTNKQVTFREPV 480

Query: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDD 540
           SNSEIDDQDVVHQTERE ITNWSSGQSPPPAT DEPSSSHSP LPPVLEEPSPSFSEDDD
Sbjct: 481 SNSEIDDQDVVHQTEREPITNWSSGQSPPPATLDEPSSSHSPALPPVLEEPSPSFSEDDD 540

Query: 541 PLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600
           PLP IEALQISGEAFPGQ+LQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT
Sbjct: 541 PLPAIEALQISGEAFPGQELQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600

Query: 601 ADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSM 660
           ADDVD+YLAIEVQPLDNRRRKG LVKV+ANDH+KITCDPEM N IEKTLYSGH SYKVSM
Sbjct: 601 ADDVDSYLAIEVQPLDNRRRKGELVKVFANDHQKITCDPEMLNQIEKTLYSGHVSYKVSM 660

Query: 661 SAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNV 720
           S G+LDIWEAATLSIKREGYSIK SG+SGDVITEKFSPNT+VSIPFG P  FII G NN 
Sbjct: 661 STGFLDIWEAATLSIKREGYSIKFSGASGDVITEKFSPNTVVSIPFGNPSGFIIIG-NNF 720

Query: 721 EHHLRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           EH LRVD+N AD +C RDTIVLTLRLFILRA ERRKG+KRVLFFHK
Sbjct: 721 EHQLRVDNNPADFTCLRDTIVLTLRLFILRAGERRKGRKRVLFFHK 760

BLAST of CmUC02G025920 vs. ExPASy TrEMBL
Match: A0A6J1I8L1 (uncharacterized protein LOC111472378 isoform X2 OS=Cucurbita maxima OX=3661 GN=LOC111472378 PE=4 SV=1)

HSP 1 Score: 1341.3 bits (3470), Expect = 0.0e+00
Identity = 691/766 (90.21%), Postives = 712/766 (92.95%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           MENGF+GRSLAEKFSELGVSA PAEQSNS SSNNH NNNDSNLFQVLKAVEAAEATIKQQ
Sbjct: 1   MENGFEGRSLAEKFSELGVSAAPAEQSNSLSSNNHSNNNDSNLFQVLKAVEAAEATIKQQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVDNERR 120
           +EENNRLRIELQKKIQELEK  VDEPLAQRFHS+NQWNE  HH SNG HQSD+SVD ER 
Sbjct: 61  VEENNRLRIELQKKIQELEKC-VDEPLAQRFHSSNQWNEKVHHESNGDHQSDSSVDYERH 120

Query: 121 RFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNAG 180
           RFKNN+S+VDSHGTLV+HQ VE KDEV M+VDTESRFEDSKSDRMV AL  V PPVDNAG
Sbjct: 121 RFKNNVSVVDSHGTLVVHQDVEHKDEVSMQVDTESRFEDSKSDRMVKALTSVLPPVDNAG 180

Query: 181 CSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHED 240
           CSQFSSPSTTS SASRFT+DVEYDPRIKLSGHG+MPK +ANNPNSLWKQDLVVKVQEHED
Sbjct: 181 CSQFSSPSTTSLSASRFTVDVEYDPRIKLSGHGMMPKSDANNPNSLWKQDLVVKVQEHED 240

Query: 241 EIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDIIE 300
           EIVQLRKHL+DYS KEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQ+IIE
Sbjct: 241 EIVQLRKHLADYSTKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQEIIE 300

Query: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360
           ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT
Sbjct: 301 ENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLLT 360

Query: 361 ETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVS 420
           ETKLKESQYQL PWRSDASHSSFAPQSP HSIGAT T S KNGLELVPQP YWNGKMPVS
Sbjct: 361 ETKLKESQYQLTPWRSDASHSSFAPQSPVHSIGATLTTSNKNGLELVPQPPYWNGKMPVS 420

Query: 421 SSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSEGANKQVTFREPV 480
           SSDAQTTADWDL THHQIGLGVGVAKKLEPDDLGRYSHHAS     SEG NKQVTFREPV
Sbjct: 421 SSDAQTTADWDLPTHHQIGLGVGVAKKLEPDDLGRYSHHAS-----SEGTNKQVTFREPV 480

Query: 481 SNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSEDDD 540
           SNSEIDDQDVVHQTERE ITNWSSGQSPPPAT DEPSSSHSP LPPVLEEPSPSFSEDDD
Sbjct: 481 SNSEIDDQDVVHQTEREPITNWSSGQSPPPATLDEPSSSHSPALPPVLEEPSPSFSEDDD 540

Query: 541 PLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600
           PLP IEALQISGEAFPGQ+LQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT
Sbjct: 541 PLPAIEALQISGEAFPGQELQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVT 600

Query: 601 ADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSM 660
           ADDVDTYLAIEVQPLDNRRRKG LVKV+ANDH+KITCDPEM N IEKTLYSGHASYKVSM
Sbjct: 601 ADDVDTYLAIEVQPLDNRRRKGELVKVFANDHQKITCDPEMLNQIEKTLYSGHASYKVSM 660

Query: 661 SAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNV 720
           S G+LDIWEAATLSIKREGYSIK SG+SGDVITEKFSPNT+VSIPFG P  FII G NN 
Sbjct: 661 STGFLDIWEAATLSIKREGYSIKFSGASGDVITEKFSPNTVVSIPFGNPSGFIIIG-NNF 720

Query: 721 EHHLRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           EH LRVD N ADI+C RDTIVLTLRLFILRA ERRKG+KRVLFFHK
Sbjct: 721 EHQLRVDHNPADITCLRDTIVLTLRLFILRAGERRKGRKRVLFFHK 759

BLAST of CmUC02G025920 vs. TAIR 10
Match: AT5G23490.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G08440.1); Has 202 Blast hits to 197 proteins in 48 species: Archae - 0; Bacteria - 13; Metazoa - 25; Fungi - 9; Plants - 109; Viruses - 0; Other Eukaryotes - 46 (source: NCBI BLink). )

HSP 1 Score: 713.0 bits (1839), Expect = 2.6e-205
Identity = 430/773 (55.63%), Postives = 511/773 (66.11%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           MENG + R LAE+FS LG      E S+    N   N+   NLFQV+KAVEAAE TIK+Q
Sbjct: 1   MENGHEER-LAERFSGLGF-----EDSSLLPENEFKND---NLFQVIKAVEAAETTIKEQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNG-GHQSDNSVDNER 120
           +EEN+RL+ ELQ+   EL KY  DE L Q        N  DH  S          VD + 
Sbjct: 61  VEENSRLKAELQRSALELAKYKSDESLPQTS------NIGDHTNSTTVSRLVHQPVDWKP 120

Query: 121 RRFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDRMVNALPGVQPPVDNA 180
              K   S  DS G LV+H  V    E        +RFE    + + N    V+  +D  
Sbjct: 121 VVIK--ASDADSSGLLVVHPHVNANGE---EATVSNRFESHSEETISNGT--VKRAIDGT 180

Query: 181 GCSQFSSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQEHE 240
           G SQF S    S S  R  ++ E+D     S HG MP GE N+  + WKQDL+ KVQE E
Sbjct: 181 GPSQFDS----SISPMRMRLEGEHDAHFSSSTHGSMPVGEVNHSGNAWKQDLIHKVQEQE 240

Query: 241 DEIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQDII 300
            EI QLR++L+D S+KEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDA+SKALSYRQ+II
Sbjct: 241 QEISQLRRYLTDCSVKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDASSKALSYRQEII 300

Query: 301 EENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKLLL 360
           EENIRLTYALQ  QQER+TFVS LLPLL+EYSLQP V DAQSI+SNVK+LFKHLQEKLLL
Sbjct: 301 EENIRLTYALQATQQERSTFVSYLLPLLSEYSLQPQVSDAQSIVSNVKVLFKHLQEKLLL 360

Query: 361 TETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPV 420
           TETKLKES+YQLAPW+SD +HS+ +P +P  S G   T STK+ +               
Sbjct: 361 TETKLKESEYQLAPWQSDVNHSNDSPLAPSRSAGVALTHSTKDSM--------------- 420

Query: 421 SSSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLLHSE-GANKQVTFRE 480
             S   T  DW+L    Q   G    +    DD   +S   +S     E       +  E
Sbjct: 421 -YSHDHTAIDWNLERQQQDEPGSSAVRNYHLDDSSTFSPLENSQSAAFEMHVQPGTSVDE 480

Query: 481 PVSNSEIDDQDVVHQTERETITNWSSGQSPPP---ATFDEPSSSHSPILPPVLEEPSPSF 540
             ++ ++D+    H    E I+      +  P   + FD+PSSS+SP+L PV EEPS SF
Sbjct: 481 SPAHKKVDETPPKHVQFLEPISKTVVDDAQNPSYGSAFDDPSSSNSPLLSPVFEEPSSSF 540

Query: 541 SE--DDDPLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAK 600
           SE  DDDPLPGIE LQISGE +PG +LQACGYSINGTTSCNFEWV HLEDGSVNYI+GAK
Sbjct: 541 SEGGDDDPLPGIEDLQISGEPYPGHELQACGYSINGTTSCNFEWVCHLEDGSVNYIDGAK 600

Query: 601 QPNYRVTADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGH 660
           QPNY VTADDVD YLAIEVQPLD+R RKG LVKV+AND+RKI C P+MQ++IEKTL++GH
Sbjct: 601 QPNYLVTADDVDLYLAIEVQPLDDRNRKGELVKVFANDNRKIACHPDMQSNIEKTLHTGH 660

Query: 661 ASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFI 720
           ASYKVS++ G++DIWEAATLSIKREGYSIKC   S   I EKFS +T V+IPFGQP E +
Sbjct: 661 ASYKVSLAVGFVDIWEAATLSIKREGYSIKC--ISDLTIAEKFSASTTVTIPFGQPAELV 720

Query: 721 ITGPNNVEHHLRVDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           I G +  EH LR D+ S D+   RD IVLTLRLFI RA +R+KGKKRV  F+K
Sbjct: 721 IIGSDGSEHSLRADNGSPDLIGSRDEIVLTLRLFIKRALQRKKGKKRVFLFNK 729

BLAST of CmUC02G025920 vs. TAIR 10
Match: AT5G08440.1 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; LOCATED IN: plasma membrane; EXPRESSED IN: 21 plant structures; EXPRESSED DURING: 13 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G23490.1); Has 141 Blast hits to 139 proteins in 35 species: Archae - 0; Bacteria - 9; Metazoa - 21; Fungi - 6; Plants - 94; Viruses - 0; Other Eukaryotes - 11 (source: NCBI BLink). )

HSP 1 Score: 681.8 bits (1758), Expect = 6.4e-196
Identity = 417/780 (53.46%), Postives = 516/780 (66.15%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           M+NG + R LAE+FS +G+     E S SH ++     NDS LFQV+KAVEAAEATIKQQ
Sbjct: 1   MDNGHEER-LAERFSGVGL----GESSGSHEND---VKNDS-LFQVIKAVEAAEATIKQQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVD-NER 120
           +EENN L+ ELQ++  EL KY   E L Q     N  N     GS+  HQS   +   +R
Sbjct: 61  VEENNLLKAELQRRYLELAKYKSGESLPQTSDLGNHSNTTT-GGSSPLHQSAAGISLVDR 120

Query: 121 RRFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDR-MVNALPGVQPPVDN 180
           R+ K N S     G LV+HQ V    E        +R ED  S+  M N +  V+  V  
Sbjct: 121 RKGKINASAAHPSGMLVVHQHVHPNGE---EATVSNRSEDHHSEGIMTNGI--VRGTVGG 180

Query: 181 AGCSQF-SSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQE 240
            G SQ  SSPST S S  R  ++ ++D  I  S H +MP GE NN  + WKQ+L+ KVQE
Sbjct: 181 GGTSQLSSSPSTISLSPMRPLLEGDHDLHINSSSHELMPVGEVNNSGTAWKQELIHKVQE 240

Query: 241 HEDEIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQD 300
            + EI++LRK+L+DYS KE QIRNEKYVLEKRIA+MR AFDQQQQDLVDAASKALSYRQ+
Sbjct: 241 QDQEILRLRKYLADYSTKEVQIRNEKYVLEKRIAHMRSAFDQQQQDLVDAASKALSYRQE 300

Query: 301 IIEENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKL 360
           IIEENIRLTYALQ A+QER+ FVS LLPLL+EYSL P + D+QSI+S+VK+LF+HLQEKL
Sbjct: 301 IIEENIRLTYALQAAEQERSLFVSILLPLLSEYSLHPQISDSQSIVSSVKVLFRHLQEKL 360

Query: 361 LLTETKLKESQYQLAPWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKM 420
            +TETKLKE++YQLAPW+SD +HS+ +P SP+  +G     ST                 
Sbjct: 361 NVTETKLKETEYQLAPWQSDVNHSNASPLSPYQPVGVGLRYST----------------- 420

Query: 421 PVSSSDAQTTADWDLSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLL--------HSEG 480
                        D   HHQ   G   A     D  G  S   +  +          S G
Sbjct: 421 -------------DSEHHHQDRRGGSAASNYHLD--GPESRSPAFQMPVQPALNQDESHG 480

Query: 481 ANKQVTFREPVSNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLE 540
            N +V FREP+SN+ +DD     Q +  T       ++      D+PS S+ PIL PVLE
Sbjct: 481 PNNRVQFREPLSNTFMDDAYADVQADSNTTL-----ENSTYVAVDDPSPSNYPILAPVLE 540

Query: 541 EPSPSFSE--DDDPLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVN 600
           EPS SFSE  DDDPLPGI  LQISGE FPG++LQ  G+SINGTT CNFEWVRHLEDGSVN
Sbjct: 541 EPSSSFSEAADDDPLPGIADLQISGEPFPGRELQVSGHSINGTTKCNFEWVRHLEDGSVN 600

Query: 601 YIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEK 660
           YI+GAK+P+Y VTADDVD YLAIEV PLD++ RKG LV+V+AN++ KITC PEMQ+HIEK
Sbjct: 601 YIDGAKRPDYLVTADDVDLYLAIEVHPLDDKNRKGELVRVFANENCKITCHPEMQSHIEK 660

Query: 661 TLYSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFG 720
           +LY+GHA +KVS S GYLDIWEAATLSIK+EGYSIK   ++  VITEKFS +T + IPF 
Sbjct: 661 SLYNGHALFKVSYSIGYLDIWEAATLSIKKEGYSIK--PTNDPVITEKFSSSTNIVIPFD 720

Query: 721 QPYEFIITGPNNVEHHLR-VDSNSADISCFRDTIVLTLRLFILRASERRKGKKRVLFFHK 767
           QP +F+I G +  EH  R VD+++ D+SC RDTIVLTLRLF+ +  +R+KGKK+   F+K
Sbjct: 721 QPADFVIIGTDGEEHLCRVVDNDATDLSCSRDTIVLTLRLFLKKTLQRKKGKKKGFLFNK 726

BLAST of CmUC02G025920 vs. TAIR 10
Match: AT5G08440.2 (unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biological_process unknown; EXPRESSED IN: 21 plant structures; EXPRESSED DURING: 13 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G23490.1). )

HSP 1 Score: 640.2 bits (1650), Expect = 2.1e-183
Identity = 410/826 (49.64%), Postives = 506/826 (61.26%), Query Frame = 0

Query: 1   MENGFDGRSLAEKFSELGVSATPAEQSNSHSSNNHGNNNDSNLFQVLKAVEAAEATIKQQ 60
           M+NG + R LAE+FS +G+     E S SH ++     NDS LFQV+KAVEAAEATIKQQ
Sbjct: 1   MDNGHEER-LAERFSGVGL----GESSGSHEND---VKNDS-LFQVIKAVEAAEATIKQQ 60

Query: 61  MEENNRLRIELQKKIQELEKYNVDEPLAQRFHSTNQWNENDHHGSNGGHQSDNSVD-NER 120
           +EENN L+ ELQ++  EL KY   E L Q     N  N     GS+  HQS   +   +R
Sbjct: 61  VEENNLLKAELQRRYLELAKYKSGESLPQTSDLGNHSNTTT-GGSSPLHQSAAGISLVDR 120

Query: 121 RRFKNNISIVDSHGTLVLHQGVEQKDEVPMRVDTESRFEDSKSDR-MVNALPGVQPPVDN 180
           R+ K N S     G LV+HQ V    E        +R ED  S+  M N +  V+  V  
Sbjct: 121 RKGKINASAAHPSGMLVVHQHVHPNGE---EATVSNRSEDHHSEGIMTNGI--VRGTVGG 180

Query: 181 AGCSQF-SSPSTTSFSASRFTMDVEYDPRIKLSGHGIMPKGEANNPNSLWKQDLVVKVQE 240
            G SQ  SSPST S S  R  ++ ++D  I  S H +MP GE NN  + WKQ+L+ KVQE
Sbjct: 181 GGTSQLSSSPSTISLSPMRPLLEGDHDLHINSSSHELMPVGEVNNSGTAWKQELIHKVQE 240

Query: 241 HEDEIVQLRKHLSDYSIKEAQIRNEKYVLEKRIAYMRLAFDQQQQDLVDAASKALSYRQD 300
            + EI++LRK+L+DYS KE QIRNEKYVLEKRIA+MR AFDQQQQDLVDAASKALSYRQ+
Sbjct: 241 QDQEILRLRKYLADYSTKEVQIRNEKYVLEKRIAHMRSAFDQQQQDLVDAASKALSYRQE 300

Query: 301 IIEENIRLTYALQEAQQERTTFVSSLLPLLAEYSLQPPVPDAQSIISNVKILFKHLQEKL 360
           IIEENIRLTYALQ A+QER+ FVS LLPLL+EYSL P + D+QSI+S+VKI       KL
Sbjct: 301 IIEENIRLTYALQAAEQERSLFVSILLPLLSEYSLHPQISDSQSIVSSVKISLAVYLRKL 360

Query: 361 LLT----------------------------------------------ETKLKESQYQL 420
                                                             TKLKE++YQL
Sbjct: 361 FTVAPWFLDVGVKFLCSSFPSQHVIDVYIIFRFYLGICRRSSMLLRYDMRTKLKETEYQL 420

Query: 421 APWRSDASHSSFAPQSPFHSIGATFTASTKNGLELVPQPSYWNGKMPVSSSDAQTTADWD 480
           APW+SD +HS+ +P SP+  +G     ST                              D
Sbjct: 421 APWQSDVNHSNASPLSPYQPVGVGLRYST------------------------------D 480

Query: 481 LSTHHQIGLGVGVAKKLEPDDLGRYSHHASSDLL--------HSEGANKQVTFREPVSNS 540
              HHQ   G   A     D  G  S   +  +          S G N +V FREP+SN+
Sbjct: 481 SEHHHQDRRGGSAASNYHLD--GPESRSPAFQMPVQPALNQDESHGPNNRVQFREPLSNT 540

Query: 541 EIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEEPSPSFSE--DDDP 600
            +DD     Q +  T       ++      D+PS S+ PIL PVLEEPS SFSE  DDDP
Sbjct: 541 FMDDAYADVQADSNTTL-----ENSTYVAVDDPSPSNYPILAPVLEEPSSSFSEAADDDP 600

Query: 601 LPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTA 660
           LPGI  LQISGE FPG++LQ  G+SINGTT CNFEWVRHLEDGSVNYI+GAK+P+Y VTA
Sbjct: 601 LPGIADLQISGEPFPGRELQVSGHSINGTTKCNFEWVRHLEDGSVNYIDGAKRPDYLVTA 660

Query: 661 DDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSMS 720
           DDVD YLAIEV PLD++ RKG LV+V+AN++ KITC PEMQ+HIEK+LY+GHA +KVS S
Sbjct: 661 DDVDLYLAIEVHPLDDKNRKGELVRVFANENCKITCHPEMQSHIEKSLYNGHALFKVSYS 720

Query: 721 AGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNVE 767
            GYLDIWEAATLSIK+EGYSIK   ++  VITEKFS +T + IPF QP +F+I G +  E
Sbjct: 721 IGYLDIWEAATLSIKKEGYSIK--PTNDPVITEKFSSSTNIVIPFDQPADFVIIGTDGEE 772

BLAST of CmUC02G025920 vs. TAIR 10
Match: AT5G23510.2 (unknown protein; LOCATED IN: cellular_component unknown; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G23490.1); Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). )

HSP 1 Score: 294.7 bits (753), Expect = 2.2e-79
Identity = 164/289 (56.75%), Postives = 199/289 (68.86%), Query Frame = 0

Query: 471 NKQVTFREPVSNSEIDDQDVVHQTERETITNWSSGQSPPPATFDEPSSSHSPILPPVLEE 530
           N  +T  +  +  +ID + + H    E     S  +SP     DE      PI   V+ +
Sbjct: 13  NHSLTSVKRTTGDKIDGEAINHSAAFEMQPGTSVYESPALNQADET----PPISKTVVND 72

Query: 531 PSPSF---SEDDDPLPGIEALQISGEAFPGQDLQACGYSINGTTSCNFEWVRHLEDGSVN 590
               F     DD PLP +E LQISGE +PG +LQACGYSINGTTSCNFEWV HLEDGSVN
Sbjct: 73  TKNIFYFDDGDDAPLPALENLQISGEPYPGHELQACGYSINGTTSCNFEWVCHLEDGSVN 132

Query: 591 YIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRRKGGLVKVYANDHRKITCDPEMQNHIEK 650
           YI+GAK+PNY VTADDV   LAIEVQPLD+R RKG LVKV+AND+RKI C PEMQ++I+K
Sbjct: 133 YIDGAKKPNYLVTADDVGLCLAIEVQPLDDRNRKGELVKVFANDNRKIACHPEMQSNIDK 192

Query: 651 TLYSGHASYKVSMSAGYLDIWEAATLSIKREGYSIKCSGSSGDVITEKFSPNTIVSIPFG 710
           TL++GHASYKVS++ G++ IWEAATLSI+REGY+IKC+      ITEKFS +T V IPF 
Sbjct: 193 TLHTGHASYKVSLAIGFVHIWEAATLSIEREGYTIKCNNDL--TITEKFSASTAVKIPFE 252

Query: 711 QPYEFIITGPNNVEHHLRVDSNSADISCFRDTIVLTLRLFILRASERRK 757
           +P E +I G +  EH LRVD+   DIS  RD IVLTLR FI  A +R K
Sbjct: 253 KPAELVIIGSDGSEHCLRVDNEWPDISS-RDEIVLTLRSFIKTALQRGK 294

BLAST of CmUC02G025920 vs. TAIR 10
Match: AT5G23510.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G23490.1); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). )

HSP 1 Score: 289.7 bits (740), Expect = 7.1e-78
Identity = 152/248 (61.29%), Postives = 185/248 (74.60%), Query Frame = 0

Query: 508 PPPATFDEPSSSHSPILPP----VLEEPSPSF---SEDDDPLPGIEALQISGEAFPGQDL 567
           P  + ++ P+ + +   PP    V+ +    F     DD PLP +E LQISGE +PG +L
Sbjct: 3   PGTSVYESPALNQADETPPISKTVVNDTKNIFYFDDGDDAPLPALENLQISGEPYPGHEL 62

Query: 568 QACGYSINGTTSCNFEWVRHLEDGSVNYIEGAKQPNYRVTADDVDTYLAIEVQPLDNRRR 627
           QACGYSINGTTSCNFEWV HLEDGSVNYI+GAK+PNY VTADDV   LAIEVQPLD+R R
Sbjct: 63  QACGYSINGTTSCNFEWVCHLEDGSVNYIDGAKKPNYLVTADDVGLCLAIEVQPLDDRNR 122

Query: 628 KGGLVKVYANDHRKITCDPEMQNHIEKTLYSGHASYKVSMSAGYLDIWEAATLSIKREGY 687
           KG LVKV+AND+RKI C PEMQ++I+KTL++GHASYKVS++ G++ IWEAATLSI+REGY
Sbjct: 123 KGELVKVFANDNRKIACHPEMQSNIDKTLHTGHASYKVSLAIGFVHIWEAATLSIEREGY 182

Query: 688 SIKCSGSSGDVITEKFSPNTIVSIPFGQPYEFIITGPNNVEHHLRVDSNSADISCFRDTI 747
           +IKC+      ITEKFS +T V IPF +P E +I G +  EH LRVD+   DIS  RD I
Sbjct: 183 TIKCNNDL--TITEKFSASTAVKIPFEKPAELVIIGSDGSEHCLRVDNEWPDISS-RDEI 242

Query: 748 VLTLRLFI 749
           VLTLR FI
Sbjct: 243 VLTLRSFI 247

The following BLAST results are available for this feature:
Match NameE-valueIdentityDescription
XP_038900808.10.0e+0095.04uncharacterized protein LOC120087880 isoform X1 [Benincasa hispida][more]
XP_038900809.10.0e+0095.04uncharacterized protein LOC120087880 isoform X2 [Benincasa hispida][more]
XP_038900810.10.0e+0094.52uncharacterized protein LOC120087880 isoform X3 [Benincasa hispida][more]
XP_011649437.10.0e+0093.99uncharacterized protein LOC101216431 isoform X1 [Cucumis sativus] >KGN62280.2 hy... [more]
XP_008460854.10.0e+0094.36PREDICTED: uncharacterized protein LOC103499606 isoform X1 [Cucumis melo][more]
Match NameE-valueIdentityDescription
Match NameE-valueIdentityDescription
A0A1S3CDV60.0e+0094.36uncharacterized protein LOC103499606 isoform X1 OS=Cucumis melo OX=3656 GN=LOC10... [more]
A0A1S4E3150.0e+0094.36uncharacterized protein LOC103499606 isoform X2 OS=Cucumis melo OX=3656 GN=LOC10... [more]
A0A6J1ICC70.0e+0090.21uncharacterized protein LOC111472378 isoform X1 OS=Cucurbita maxima OX=3661 GN=L... [more]
A0A6J1F0Z20.0e+0089.95uncharacterized protein LOC111438327 isoform X1 OS=Cucurbita moschata OX=3662 GN... [more]
A0A6J1I8L10.0e+0090.21uncharacterized protein LOC111472378 isoform X2 OS=Cucurbita maxima OX=3661 GN=L... [more]
Match NameE-valueIdentityDescription
AT5G23490.12.6e-20555.63unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA... [more]
AT5G08440.16.4e-19653.46unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic... [more]
AT5G08440.22.1e-18349.64unknown protein; FUNCTIONS IN: molecular_function unknown; INVOLVED IN: biologic... [more]
AT5G23510.22.2e-7956.75unknown protein; LOCATED IN: cellular_component unknown; BEST Arabidopsis thalia... [more]
AT5G23510.17.1e-7861.29unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TA... [more]
InterPro
Analysis Name: InterPro Annotations of Watermelon (USVL531) v1
Date Performed: 2022-01-31
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableCOILSCoilCoilcoord: 50..84
NoneNo IPR availableCOILSCoilCoilcoord: 228..255
NoneNo IPR availableCOILSCoilCoilcoord: 295..315
NoneNo IPR availableGENE3D2.60.40.2700coord: 544..622
e-value: 6.0E-9
score: 37.6
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 20..41
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 96..112
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 498..540
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 498..519
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 19..41
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 96..116
NoneNo IPR availablePANTHERPTHR31149EXPRESSED PROTEINcoord: 10..762
NoneNo IPR availablePANTHERPTHR31149:SF10OS05G0100900 PROTEINcoord: 10..762

Relationships

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

Feature NameUnique NameType
CmUC02G025920.1CmUC02G025920.1mRNA