Cla97C04G069157 (gene) Watermelon (97103) v2.5

Overview
NameCla97C04G069157
Typegene
OrganismCitrullus lanatus subsp. vulgaris cv. 97103 (Watermelon (97103) v2.5)
DescriptionGag/pol protein
LocationCla97Chr04: 3320262 .. 3337014 (+)
RNA-Seq ExpressionCla97C04G069157
SyntenyCla97C04G069157
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.
ATGAAGGGCATCACAGTTGACACTCCAAAAGTAGAAGCAGTTTCTAATTGGCCAGATTTTCTTTACTACGCATCTTGTGATTATGTCGTATTTGGTATGGCCAATTCCTTGGTTGCACGTATGGAGATTTCTCTTTCCCATGTTTTCCAAGGGCAAGTTTTAGTTGAAGTAGGTGATCTTTCAAGGACATGTAGTCTCAAAGGATTGGATTTTAGTAGACCTTGCAAAGATAAAGGTAGTTGCAGGCTGGTCTTGCCCTACAACAGTCAATAAGGTGTGTAGTTTTCTGAGACTAGAAGGCTACTACTATTGTTTTGTTAAAGACTTCTCTCGCATAGCTACTTCCTTGACTCAGTTGACTAGGAAGGGAAGTCATTTTGTTTTGGGTAATGCTGGTTATGATAGTTTTCAAGACCTTATGTAGAGACTAGTTTCTACACCGGTACTCACAGTTGAAGAACCATGAACGAAACTATCCTACAAATGACTTGGAGTTAGCGACAGTAGTGTTTGCCCTCAGGATTTAGCGACATTATTTATATGGAGAGAAAATACAGGTCTTCATAGACCATGAGAGCTTGAAGTACTTTTTCACTCAAAAGAAGTTGAATATGAGACATCGTAGATGGCTAGAGTTAGCTAAAGATTACGATTGTGAGATTTTGTACCACCCAAGCAAGGTGAATGTAGTGGTAGATGCTCTTAGTAGAAAGGCAGCTCATTCAACAACTCTTGTTACCAGGCAAACTCATTTATACGATGACTTTAACCGTGCAGGAATTGCAGTGGCAGTAGGAGAAGTTTCTACACTACTGGCACAGTTGACAGTACAACCTACCTTAGGACAGAAAATCATTGATGCACAACAGGGTGGTCCTTACCTTGTTGAGAAGTTTCACCAGGTAGAGTTCGGGTAGGATAGCGAGTTCTTAGTATCCTTAAATAACGGTCTCTCATATCAGGGATGCCTGTGTGTACCTGCAAATAATGATGTTAAGAATGAATTGTTGACGGAAGCTCATAGCTCTCCATTCTCAATACATCCTGGTCATACCAAGAAGTATCAGGATCTAAAGCATTATTATTGGTGGCATAATATGAAAAGAGAAGTAGTTAAGTTTGTTAGCAAATGCCTAGTATGTCGGTAGGTTAAGGCCCCTAGGCAGAAGTCAGTCGGGTTATTGCAACTATTGAAAGTACCAGAATGAAAGTGGGAGAATGTGTCTATCGATTTCATCATGGGTTTACCAAGGATAGCGGAAGGCCATATAGTGATATGGGTCATAGTTGTCAAACTCATATCACTGTTGGGTAATTCACTTTCTAAGCTCCTCTAGGGTAATTCATTACGAACTTGACTTTTTCCATGGCTTAAAGTCGAACCGCTACAATGTTTTTTTCTCGGGTGCAAGAACAAACCTATTCCTTTCCATGATTGAGATCAAAACGTTAAAACACTCTTGTTATGAGTTTAAAAGTAACTCTTACAAAAGTTTGGGAAAATTAATAGAACACACTTGATGAACTCTTTGAAAGAGTGGATTTACAAGTTGTAGAACTCAATGAATCAATCTTCACAACATAATATATCTCTCTCAAGAATAAGATGAAAAGAAAAAAAAATTGAAGCTTGGAGAGAGCAACAATGGCGGCTTGGTGAAAGGCAACAGGCCGAAAGGCGTAGTTAATGGAAAACAAGTGAATATTCCTGTACTAACCATTGTTGGTCCCGAGGGACGGAGGAGGCTAGGTTAGCTGAAAGATGGTTATTAGTTCAAGGATGCAAGGTGCCTTTGTCTTTTTAGGGTAAGAAGGGTAGAGAAAATACCTCGAGCCCATGTTCGAGTACCAAGCACTACGGTGCTGGAGTAACCCATGTCATACTCCCAGGAAAAGCTCGAACGACCTTCAATAAAAGGGTACTTGTACCTAAAACTGACACAGGTGGGTAGGTAGAGAATACCTAGGGGTGCCAGACAACTCTCTCTAAGGAACTTGGCAAAAAAACCCCGTAACTTTGTGAGAAGGGTGCCTCCTCACAAAGAGGGTCGTAGTGACCAAGCTCAGGTGACTGTTTACAAAAACACAGGTCTTCGCAAAGTCGTAAGACCATGTATGGGGACGGACGCCTGCCCAGTGCCAAAAGGTCAAAGAAGTTGGTGACCTGATGACAGGGGAGCCGGCGACCGAAGCCTCAATGAATGGCAGTTGTAACTATAATGGTCCTAAGGTAGTGAAATTCCTTGTCGGGTAAGTTTTGACCCGCATGAAACGTGTAACGATCTAAGCATTGTCTCGGAGAGAGCCTCAGTGAAATTTCTATGAAGATGCAAACTGTTTGTACCTGGACAGAAAGAACCTATGAAGCTTCACTGTTCCCTAGGATTGGCTTTGGGTCTTTTCTGCGCAGCTTAAGTGGAAGGCGAAGAAGACCTCCTTCCTTCTTGGGGGGGGGGGGGGGGGGTGGGGCTTGAGCCATCAGTGAGATACCACTCTAGAAGAGCTAGAATTCTAAACTTGCGTTAGGACCTACGGGCCAAGGGACAGTCTCAGGTAGACAGTTTCGATTAGGCACTTGCCACCTATTTTCATTGTTAAACTCTTTGGAAACATAAAAAAACCAAAAAAAGCTATGCCCTCCCTCTCTATCTATCCAAGGGATGGAAGGGCAAAGGCCTTTGGTGTCCCCTCCAGTCAAGAATTGAGGCCTCACAATCACTAACCAATATGCTTTTCTGTCATGCCTTTCTTCATTCATGGTTCGATATTCTGGTGTCCTAGGCGTAGAGGAACCACACCAATCCATCCTGAACTTAGTGGTTAAACTCTATTACGGTAACGATACTGTAGAGGAGGTCCTATGGAAAAATAACTCGACACCAGGATGATAAAAAGTTGAACACCTCTAATTCTTATTACTTTTCAATATTCAATATCAATATGGAAAAAAATGAAAAATGAAAAGGTCGTCTTATTCAAAACCCCTTCTCTCCCACTTTTCTCTCTCACTTCACACCTTGAAACGCATCGTTCTTATAGAGAGAGAGTCGCTTTTACATCTTAACTCAAAATATAGAGAGAGAGTCGCTTTTACATCTTAACTCAAAAAGGGAAGGATCTTCTCTCTAGGGGTAGGAAAATTATGATCTAGATAGCGAACCCAAAGCTATCGAACTTGGGTGTGGGTCTTTTGTCAAAATGGAATGGCCTTATCTTTTGATTTTTTTCTTTTTCGTTAATGGGTTAAGGGAGGGGGTTATGTTTTAAATTAAATATAGTATACCCAACTCGAATCAACATATTTTTTTGTTTAACGCCCCTAATTCTTCCTCAGCCAGGCTCGAGCAGAATAGCAGAGCAAGTACAAGTATTAGTAGAATAGCAAAAATGTGTTCCTCGTCATTAATATGTTTGCACGCTGTACTTGTGACCTATCGGGAGAATCGGATGACTGTATCAAAGATGCACTTGCTAGTACTAGTATATCTGAGAATTCTTAATTGACCAATTGTAAATAGATCCAGACTATGGAACAAAGGATTATCCTGGACCTACACCGAGGTATTGATGGTGATTCTCAAGTATCGCATAACAGAACTTGATACGATGAGATAGAATGCAATAGAAACAAAGACACAGGGAACGAGTTACCTACACTTAACGGTCAAAGTGAACCCTTTCATTTTGAATTCTTTAATTCAGAATGAATCAAATCTCCCCAAGTAGGATTCGAAGCTACGACCAATTGGTTAATAGCCGACTGCTCTACCACTGAGCTACTAAGGAACAACGATAAATTAGGTCTCAGAGAATTCAATTCTCGTTCTCAACCCATGACTAATATGAGCTTGAGGTTTCCTTTGTAACTCCCGAAACTTCTTCATAGTGGCTTCATTCCATGCCTCATTTCATAAAGAACCTCAAAGTGGCTCTATTTCATTATATTCCATCCATATGCCAATTCCATTCATTTAATATCCATGTGGTGTCATTGAGATAAGAGATGTCGTTTCTAGTCTATTTGTTTCTATTTCTATATATATGGAAAGTTAAAAAATCATCATATAATAATCCAGAAAATACAATAGAAAAGAAAAAGGGAGGTTTGTGATAATTTTAAAATCTTTTATACTAGGTAATCTAGTATCCTTATGCATGAAGATAATCAATTCGGTTGTTGTGGTCGGACTCTATTATGGATTTCTAACCACATTCTCCATAGGGTCCTCTTATCTCTTCCTTCTCCGAGCTCGGGTCATGGAAGAAGGAGCCGAGAAGAAAGTATCAGCAACAACAGGTTTTATTACACAACTCATGATGTTCATATTCATCTATTATGCGTCTCTACATCTAGCATTGGGTAGACCTCATACAATAACTGTCCTATCTCTACCATATCTTTTGTTTCATTTCTTCTAAAACAATCAGAAACATTTTTTTTTACCATGGATCTACTACCAAAAACTCAATGCGTAATCTTAGCATTCAATGTGTATTCCTAAATAATCTTATTTTTCAATTATTCAACAATTTCATTTAACCAAGTTTAATGTTAGTCAGATTAGTCAACATTTCTATATTTCGATGCAACAACAAGATGTTATTTGTAACATGTAGTTTCATTGGTTGGTTAATTGGTCACATTTTATTCATGAAATGAGTTGGATTGATATTAGTTTGGATACAGCAAAATAATTTTATAGAGAAAGTACCTTGTGTCAGAATTGAGAAATTCTATGGCTCGAATCTTTAGTATTCTCTTATTTATTACCTGTGTCTACTATTTAGGCAAAATACTGTCACCCATTGTTACTAAGAAACTGAAAGAAACCTCAGAAATGGAGGAAAAGGGGGAAAGCGAGGAAGAAATAGAGGGAGTCATTGAAGAAAATACTTCTCCTTCCCTTTCTTTTTGGAAGAAAAGGAGGATCCCGACAAAATCGATGAAACAGAAGAGATCTGAGTGAATGCAAAGGAAAAAACAAAGGATGAATTCCACTTAAAAGGACACGCTATCAAAATATAAAAAGACCAGTTTATGAAACTTCTTACCCTCCAGATGGAAATAAAGAAAATTCGAAGTTAGAAATAGACAAAAAGAAAAATCTCTCTTATAGTTTGAAAAACCTCTTGTGACTATTGTTGCATTTAAATGATGCATTATGCTAATATTGGCCTACTGCCGCGTTAAGAACTATAAAAGACGTATACATTTAGACGCAAATTTTCCTATAAAAACTCAAGTGCAAGTTAAAATAGGTGTTCCTGGAGAGTCCAGGGTCGAACACAGGGATTTGTAATAATTATGCGTTGAGATTATTCTTCATTTTGATGCGTTGAGCTATACTATAATTACAAGTGTTTGGTGTTTTCTATGATAACTACAAAGAATGGCTTTATACAAAAATAAATTGGTGGATAAACATATGGAATGATGATGCGGAATGGATAATGGATGAAGTTAGTCAAGTATAAATATGTTCAGATAGCATGTGTTGGAGGGATGAATCCATGAGAAAGAGTAAGTTAAGATAACTTAGTTAGCATTTTCTTAACTGTGTTGTTTAAGTAATTTTTCATGCTTACAAACTTAAGATTGAGAACGCATCTCTCGATGCTTCGACGCCACATTAATCTTATCTCTAAGACGTATGGTGAGTTCTTCAGGCACAAGTTGAACTTTATTTCTAAAGCCAATTCTTTTCTTGTTAAATGCTCGAAATTACTCACTGACTCTCTCAACCAGATGAATATACTCACTTAGACCTGTAGATTTAAGCAAGTTTGAAGTACCCGTTTAATCAAGATGAAAGCATACTTAATCACACCTGGAAATAGTAACTATTTACGTTTAACTCATTAATCATTCAACATTCATGGTGTAAAGTGTTTAGATGAGAATATATGGAAGATTAATGTCAATCAAACTTGTATTAAGTAAATAATCAAAATTTTTAAAGTCATTAACAAAATACAAGCAAGATGGGTGTTCATAAGAATGAAAATAGAAGTCGTCAAGCCATCAATGGCAATGTCTTGCTTCTTGGCGCTTGAGATGGTGGCTATCTGATACATGATTTATACAGGGGATGGATTCTCACTCTCTGAGAGGTGACTCTGAAAATCCTCAGAATCTTCTCACAGAAGAGCTCGAAACGGAGGGTGGCTATGAAGGTTGAGTGAGAATTTGCGTAGAGCTTTCACCATTGTGTATTTCTCCCTACTTTGAACATGAAGTGCAATGTGCTATTTATAAGCATCGACAAAAGTGGTCTCATGATGATCTGACACCTTTGCATTTAATTCCATGCTCTGCTGCGCAGACTTCTTCACGTCTTTGGTTCATTGGATCTATCATGATCTGGTAAAATCAGTTGTCCACTTGCATATTGATATGACAGTTGCCGACTAAGCGTTTGAATCACTTTTTATTTTCGACGCATGGTCTTCGACGCGTTGACCTTTAAGCATTGTGACCTTCAATGATTCTCTCAGCATCCTTTTCTTTGTACTTAAGCTCCTTTTTTGGCTCTATCCTGCGCTCAAAAAGGTAGAATTTCATAATTTCCAAGATAGATTCTTTTATAAACATAGTAAACGTAGAGTTATTCATATTATACAATTCAAATGCTAAAATCATGCGTTTATCATCAATATTACTCTAATTACTCCAAAAACGATGGAATCATCCATTTCGATATATGAACGATGGATCTACAAGTTATCAACTATTCTTTTCGACTATAAACGATGGAATCGTCCATTTCGATATATAAAAAATGATAAATTTGAAAATGCTGTTAGAAAAAAACAAAGTAAATTAATAATATAAAAATAAATAAATACGCTAAATACAAAAAAAATATTTGTAATTAAGAATACCCACCATATTGGTAATTCCATCAATTACCCGTCGATCAAAAAAATAAGTTAATTCAGCTAATACTCTTATACCCCCAATTAAGGATATTTGATAAAAAGCATCTATGTAACCACGATTATATGACCAATTATATAGTATATTGATAATTTTTTCAAAAAAAAAATTATTAGTAAAACTTTTAACAAATGAATTACGAAAATTTAAATTTTGTAAAGATGAATAAGCGGGCTTATAGAAGAAAGACGCTATAAATATTCCGAAAGAAGCTATACTCACAGAAAAAGTTGCATTTTTAACAAATTCATACCAATTTTCAGACTCTTTTGAACTTTCATGTAACAAGTTTATACACGGAGTTAACCATTTGTCTAATATATTTAAATCAATTGCTTCTTGATTGAATTGAGTGAACGGAATTCCTATGACTCCAACAAACAAAGTAAATAGGGATAAGACAAACATCGGAAATAGCATAGTATTATCTGATTCATAGGGATACGAAAAAGTATTTTTAGTACCAAAATGGGGAATAGTAACAAAAGGGCGCATAATTTTTGTTACATTACTGTCAATTTGATATGTTGTTTTTTTCACCAAAAATGAAGACCTTTCATTATTATTCTTTATTAATAATGATAAGAAACGAAAGTTTTTTTGAATGATTTTTAATCCTTCTTTACCCCATAATGATATTGAATAAAAGGAGTTATTTGTTTTTCCATGGTAGCTTTTACAATAAAGGTTTAAATGTCCATCAAAAGTAAGTAACTAGATGTGAAACATATAAAATGATGTTAATCTAGCTGTCGCACAGGCTATTATTGCGAAAATCGGCGCACACAACCAACTATTGTTAAGAATTTCATCTTTGTACCAAAAACAGGCAAGGGGCGGAATACCACAAAGAGAAAGGGTACCTAATAAAAAATACTCGAGTATTTGATGATCACACTTATCCCTGTTGTTGATTGATGTACCACTTTTGTGTGTTAACCGCAAGTGTACGGGTCAAGTTATAATATAAAACGGTTAAGTCCGAGTATCGTTTCCATTAGAGATCCAATTGGGAAGGTTTAAGTTATTTAGCTATTCTAGAGTTGAATCAATTTTATTTGAGGATTGGAATTCAGATTTTGTTTTTGGAAAAAAGAAAGATCAAGCCAAGAAAGTATCAAAGGGAGAATTGCAAGAGTCAAAGAGAGTTCTAGGGTTTCAAATCCTTGTTTGTTTCATCATGCAAAATTATGGATTTCATGGATTTAATTCTTATGCCTAAGTCTAGAAACTTAATTCCAAGTTATCTTCTCTCAAAGACAACTCTTTCTCATGCAACTTGATTGATAGTTAATCTCTTAAAACCAATACAAAATTACATGGCATTAAAACTAGTCTTTAGCAAATTTTATTGTAAACCTAACTACTCTCGTGATAGATTAACAACGATTCATTGTTATAGATCAAATTAAACATATAATCTCTCGATTCATACATCTAATCTAACATGTGAAGGTGGCCAATCTTCAAGAATTAAACACAATAACAATGAAAAGCATATTTATTTGAACAAAACCATGAGTTTACAAAATTATCATGAATTCACAAACAATTCATCAAAAACCCTAAAACCAAAGAGTTTAGCCACTCATAGCGTAAAGCAACATATTGATCAAAAAGAATCAAAGAAAGAGTGTAGAGAATAGGGAAACTCTACTGAAAAGAGGTTCTTGATTGAGGCAGCACCGTCACGAACTCCTTGGCTCTCGCGTCGGACTTCGAAGGGCACCAAAACTATCTCGAACTCTTTTCCTCTTCCTTGCGGCTAACTCACTCTTGGAACTCTAGCTTAATTCTCACCTTTTCCGATCGTTCTCTTGTTCTGCAACTTTCTTGATCTTCTTAATATTTCTTCCCCCTCTTTGGCTGCTGAAAACCCCTAAATTTATAGAGTTTGGCCGCCCAAAATTTAACCTAAAATACAAAACTTGCGTTTAAATTAACGCTGGCGCCGCGGGGCTGACGCATAGCACCGCGGCGCTAGGGTTGCGGCCAAAATTAAGTTGCTCTCGGGTTTTAGCGCCGTGGCAGCGCCGTCTCAGCGCCGCGACGCTGTCTTGCGTTCTTCAAGGATGCGTCGAGGCAGTGCCTTTCCAGCGCCGCGTTGCTACTCTGCGTTCATGCTGATGCGTTTCTGCTTCAGCGTCATGGCAGCGCTGCCTTAGCGCCGCGGCGCACCATGCGTTTCAAGCAAGGATGCGTTTTTCAGCACTTTTTCTCCATATTCTTGCTCGGTTTTGATCTTTCAGTCGTTTCTTCTAATTTTCCTCGTTTTAACCTAAAAATCACTAGCAAATAAGTGAAATCTAATATAAAACTCCCTTAATTTGAGAGAATAATAAGCACTTTTCAAGTGCTTATCATTGATGAATCTATTTTCCAAGTGGATTGAGTTTATAATGCATATTACATTACATTTGTAATTCTATAATTTATAACATATTATATATTCCATAATTTATATACATATTGCATTTTTTTAAAGTTAATTGAGTTTGTCACATGACATTTTTAATTCTAAATACTTTTATCTTATTTAATATAATTATGCATTTTAAAATTCAAAATTCTGGATACAATGAAAACATAAAAATATTGTTTTCAAAATTTGCACTATTTGGATCACAGAAATCGAAAACAGATTTTAGAAACAAAATTCAAGTTGTCTGCTAAATACATATTTTGCTGAATTCAATGAAACTCGTAGTTTGTAAATTTTGGAACATATTCTTAATAAAATTGTTATTGAGGTTTATTCAGAAAAGATGTTATTGAATATATGAATTGCATTTATTAAATTCAATAAATTAAGAACCTCTAGCTATAGTTTGAATATTTAGAATTTATGTGTAGACATAAAAGTGGATCAAGTTTAGGTAATAGCCAAAACGGTTTATAGTATAGGGATAAGGTTGGGTACCTTATCCTGGGACACTATGGATACGACCCACTTTGTATTTCATACAAACGATGTGATCCTATATCGTTCATATAGAGACATGAGAGTGGAGGCATCCTACGAAATGAGTTTGGATAAGACCGACCATGAAATAATCACTTTTACTTTATAACACTGTTTACTGTTAAAACTGATTATTTCAACATGATGACCTAGGTAACTCGATCTTGATCTAAGCTAACTATGAACTCTTGTTTATTTGGAATTATCTTTTAATCTGCATGCATGACAGTGACCAGAGTTCGTTGACTCAATAAGCCTATCATTTTAGGGATAAAACCAGGTAAATAACTGAGGACATAGTCTCGTGAGATGGAACTCACTCCTAACTAATTCTAGGTTAGTAGAGAAGTTGTTCCCTTAAGTGCTGACTTCGAGTCTTGAACAAGGGACCCCACCTTCTCATTGGCCTAAGGGGGACTCAGTTTGATGGTTGGACCACAAACCAATTGTTTATTAGAGGATCAGTGGAACTTAAGGAATAAGATGTAATTATAGGGGTAAAAATAGTAATTTTGACCCAGCTGTCATTACGAACAACTTGTGAAGGATCGACTTACTAATTTCGGTTATATCAAGTGGACAAAAATATATCTATAGTGAGGAGAGTGGAGCTACTAGCTATAGTGGAGTGTCCTGGTAGTTAACGAATGTTAATTAACTTAGCCAATTAATTTCAGATTGTTGGAGCTCATGATCTATAGGACCATTAAGTCCCCTTGTTAGCTCATACACTAAACCTTAGAATAGTGTATGAAAAAATTTGAAAACATTCAAATTTTGTTTAAGGAGTAAGTTTTACTGTTGTTCGTTTTAATTATGAATTAAACGCAATTGGAGAGTTGGAAATATTTGAATGTGATTCGGGATAAGTAGAAAAATTATTAATTTAATATAATTAATTATTATTTAAATTAATTTAATATAATTAATTATTATTTAAATGAATTTAATATAATTAATTATTATTTAAATTAATTTAATATAATTAATTATTATTTAAATTATTTTTATATTAAATTAATTATTATTTAAATTAATTTTATATTAAATTAATTATTATAAATAATTTAAAAAAGAAATAGAAAATTAAAAATTCAATTTTGGATTAGGGAAATTCAAATTTTGAACTTCTTGGAATTTTCCACTAATTGCATGGAAGTAGTTGGTGAAGTTTTTGAAGCTCTCTTAACCTCTTCTTCTTCCACCTCCTAATTAATTTCCTTAATTACCATAATTGTTGTCAATCTCTTGGTAAATATGATTTGCATGGATTTTTCTTTATATAGTAGAAAGGTAGATTGATCAGGGGTTGAGAATTTGGTGAAATTTTGCTAAAAATTATCACTTACTCAAAACTCTAAAAAACTCTCTTTTCTTCCCAAATTTGCTCCAAATTCATCACAATTTTGATCCCACAATCCATTCTAAGGCCAAAGAATAACGAGGAATATTCTTGTGGTAGTCCACGAAGTGACCGTGATCAAAATCTTGGAGTTGGATTCAACTTTGAGCTACAACAAGTAAGTAACAAAGCCTTCGTTTTTCGGTTTTAAGAACAATCATGTTTAATCCTTAAAATTGATGTAATTAGAGCGCTTTAGATCCTAGTTGCTTTCACTTTTATGTTCCTAAGTTCTTCAATTGGTATCAGATCATGATTAGAGAACTCAATTTGCATTAATTTGAGCTTGGTGGGTGTAATTTGATGAGATGAATGTGGTGGTTGCTAAAGTTGGGCATTTTCTGGTTTTGACATCTAATTCAGCTTTGTTTGTTTTAATTGTTGTAACTGGCCGCTTGTTTATGGTGTTTAATGTGTGAAGAAGGGACTGTAAATTTTGTAGAGTCAATAAAGTCGAATTTAGGCTGTAATATGAAGAAATTAGAGCAAGGACCAACATTTTTTAGCAGCAGGGAATTGCTACTGCTAAGGAGCGTTGACGCTCCCTCAACAGCGTCACAATGCTGTTTTTCATTTTCCAGAAACACGCACGAGGAAGAAGAATTGGTCCAATTGGACTAGTGGCGATCTGGTTCGATGTTTTCCAGCCGATTTAGCCCTTATTTCAGCTTTGGAGGTTCGGTTTGGGGGGTTTCGGCTTGGTTTGGGCCGGCCAAAGAGTTCGGGGTTGGTTCGAGCGAGTTTTTCAATTATTATTGTAATAATTTAGTTGTTTTAAGCTATTAAATGCCAAAACCAGTCCACTTTAGTGTGTTTAATTAATTATGTAGTTAGAATGTATGTTTAAATTACATTTAATTTATTTGTGCATAAAGTATGCCATATAGATTTAAAATTCCACCATTGGATTAACATGTTTCATGCATCCAAGTATGTTATAAAGCGTTATAATATATAGTATGCATGTTATAGATTTCATAAAATTGATATAAGTTGTTATATTATTTTATGATATGTATGTTATAGATTTTTATTCGTTTATAAAGAGTTATCAAATGAAGTAGACATTTAAAATCTATAACAAAGATAAAATGCATGCTCACTTAGGGTTTACAAAACCTAAAGTAGGTAGTTAACTTATAAAACAAAGGTTACAAAAATTTACCTGACAAGATCATGTCTAAGGTTAGAGGTATTTAAGTCGATAGTTTACGGAACACCTGCTACCTGAGGATCAAACCGGTTCTTGAATTTATGTTAACCTAGTTTTATGAGCTTGCGTTTGTGATGTGAGTATAAAAAAGTTTTTATCACTTAGACAAGTTAAATCTAATATAAGAGTTATACTTGGACAAAAACCAAGACTTAGGTTATATTTAATTAACCGAGATATAACTAAGTAAAGATACCTAATATACCGATTAGAACATTTCCATGGGAGAGTTATCTATATGATATATTAGCTCTCATGTCCTTAAGAGTTCACACCTTAAGATTCATGCTCAGCTTCGAGTCACCTTAGACCCGGCCTCCATCAGGAAAGTTTTTGCATGAGTCAATAAAAGGTGAATAGGGGAAGTAGTTCACAGTAAGTGAGTGAAGGGAGTGTGTCAACACATCCGACGGTCTCTTCCATTAGGTTACACCGTGAGATTCCTATGTTGCACCTACTTGTTGTTTTTAGGCAACTATCCATTCGAAGGGTTTGTAACATGGGAATCGAAATACTGTGAATTCCAGAAATGGATAGGGTTTCTTAGGTTCGCTTTCAGCATCCTCTTTTCCTCAAAAGGTTGTTGATTCTGATCTTTGAAATCTGAAAATAGAGGGTTACACTTACAAAATTTTACTAAGCGTTAGTAAGTATTTTGACAAAATAAATGATAATTAAATACTATAGGAATAAGAGTTATTCTGGTATTAGTATCTAATTGAGAATATCTTGATTTAGTGAAGAAGTAATTGACTGCCCTTCAATAGCAGTTATTCTAACCACTAAAGTATCATTGCAAGAGAATAATAAAATTTAAGTACATTATTACTTGCTAAACCTAATTGCGTCATAAAGTTAATTATCAATTCACTAAATATAGATTTATTTTTTCAGCAATGGCTAGTTCATTTATACAACTACACGCTTCTGAAAAACTTAATAGAGATAATTATGGTACATGGAAATCAAACTTGAACACTATACTAGTCATGGATGATTTACGGTTCGCTTTAACGGAGGAGTGTCCTCCAATTCCTAGCTCAACTACAAATCAAAATGTTCAGGATGCATGTGATAGATGGATTAGGGTTAACGATAAAGCTCGAGTTTGCATCTTAGTAGGCATATCAGATGTTTTGTTTAAGAAGCATGAGAACATGGTGGCCGCTAAGGAAATTATGGACTTGCTGCAGGCGATGTTGGGACAACTGTCCTCATCGATCAGGCACGATACTATTAAATATGTTTACAATTCCTGCATGAAAGAAGGAACCTCTGTTAGAGAACATGTTCTGGATATGATGGTCTACTTTAATATTGCGGAAGTAAACGGCGTTATCATAGACGAGAAGAGTCAAGTCAGTTTTATTTTAGAATATTTTTCGAAGAGTTTTCTACCATTTCGCACTAATGCGGTAATTAATAAAATTGAGTACAATTTGACTTCTCTCTTCAACGAGCTCCAGACATTTGAGCCCATGATGAAATCAAAAGGACTTGAAGGAGAAGTAAATGTTATTTCTAAATAGTTCTAGAGAGGATCGTCCTCAGGAACTAGGTCTGGACTTTCTTCCTCAAAGAAGGGTAAAGGGAAAGCTCCTACAAATCTCAAAGGCAAGAAAAAAGTTGCAAATAAAGGAAAATGTTTCCACTGCAACGAGGACAGGCACTGGAAAAGAAATTGCCTAAAATATCTTGATAAGAAAAAAGTTAAGAAAGAAAAACCAAGACAAATATGATTTACTAGTTGAAATATGTTTAGTGGAGAATGATAACTCCACCTGGATATTAGATTTAGGAGTCACTAATCATGTTTGTTCTTATTTTCAGGAAACTAGTTCTTGGAGAAAGCTACGAGAAGGTGAGATAGCTCTCAAGGTTGGATCAATGGAGATCATCTCAGCCAAAGTAGTGGGAGATTTGAAGTTGTTTTTTGGAGATAGACACATTTTATTAAAAAAATGTACTTTATGTTCCTAGTATTAGTAGGAATTTGATATCTATCTCTTGTTTGTTAGAACATTTGTATAAAGTATCTTTTGATGTAAATGAAGCGTTTATTAGCAAAAGAGGTACTCATATTAGTTTTGCAAGTTTAGAAAACAACTTATATAAGTTAAAACCAGCCAAAGTAGCTATTTTAAATATTGAGATGTTTAAAATAACTAAAATGCAAAATAAAAGGCAAAAAGTTTCTCTTAGTACGTATCTTTGGCATTTAAGACTTGGTCACATTAATCTCAATAGGATTGGAGGTTGGTGAAAAGTGGACTTCTAAATTAGTTAGAAGACAACTTTTTACCTCCATGTGAGTCTTGTCTTGAGGGTAAAATGACCAAAAGTTCTTTTACTAGAAAATGTCTTAGAGCCAAAGAACCCTTAGAACTCGTGCATTCAAACCTTTATGGTCCTATGTATGTCAAAGCATCAGGAGGGTATGAATATTTCATTAGTTTCATTGATGATTATTCTAGGTATGACTATGTTTACTTAATGCATCATAAGTCCAAAACTTTTGAAAAGTTCAAAAAGTATAAGGCTGAGGTTGAGAACCTATTAGGTAAAACTATTAAAACATTTCGATCAAATCGAGGTGGAGAGTATATGGACTTAAGATTTCAGAACTATATGATAGCAAATAGAATTTAGTCTCAACCTTCTACACCTAGTGCACCTCAGCAAAATGGTATATCAGAAAGGAGAAATAGAACCTTGTTTGTCACACCCTTTCCCGAGTTATCCTCTTAACCCGAAAAGAGGCGTGAAGACAATAGACATTGACCCTTTACGACATTGTTGTTGGATTTCTATTTTCGATTTAAATTGAGTTTCATAGCTTGTTGCACAAAAATAGATATTATAATTTCTGTACAAAGATGCGTCGAGAATTACTCAAGTATGATCATGATTAAGCAAGTTTTCCTATTAAAAAGCCCAAGTATAAGCTCTTATAGGTTTCCTGATGAGTCTAGGGTCGAACGCAGGGATTTGTAATAACTAGGCGTTGAGAATAGATGCATGACTATACAGTGAACTATACATGTAATATGTAATATCTGCATGAGTTGTATGTATCTAAAACTATACATAAAGAATGAATAAAATTTCCTACAACAATGAGGTGGACGCGGCGATGGTTAGTCAAATGTCATTTAGTGTAAGATAGCATGCGTTGAGAATGAATGGAACCATGCGATAAAAGTAGAGTTAACGCAGGAGCTAGTTGTTACTTAAGCATATCTATGTATAATTACATACCTACAAACTGAGTTTGTGAATCCGTCTCTCTATGTTTCGATGCCACATTAATCTTATCTCTAAGACACATAGTAAGTTTGCGTTGGCAAAAGATGAACTACATCTCTGCACCTCATCTAGTCTTGATAAATGCTAAAGATAAACTGTCTACTCTCTCAAGCTAGACAGTCATGCTTACTACATTTGTTTGTCAGACAAAGCTATGCAAGCTAATGATATGCATTAATCAAGATGTAACATACTTAATATTGCTTAAGAAAAACTAACTTCTAACATCTAACTCATTTAGCATTCAAACATGGTGTAACGTATTTAATATGGAAATAGATGAAAGATAATCGTCAATCAAACTCATATTAAGAAAATAAACCATTCTCTCGAATGTCATTAACAGAACATAAGTAAGAAAGAGGGAAATGGAGATAAAACAGAAATGGAAGACGTCAAGCTGCCACTGGCAACGTCTTGCTTCATGGAGGCTTGAGATGGTTGCTATCTAATACATAAATTTCATAGGGTAAAGGTTCTCACTCACTGGGAGACGACTCTGAAAATTCTCATAATCTTTCTCTCAGAAGAGCTCGAAATGGAGGCTGGTTATGGTGAGGGAGAATTTGTGCAGAGCTTTCGCCCCTTGAACTCGTTTCTCTCCTCCCTTTTTCTGAATGGAGAAGCTTTGGGCTATTTATAGACGTTGAAAAGTTAAAACTCATGATGACCTGACACCTTTGCATTAAATTCCCTGCCCTGCTGCATAGACTTTTCACATTGTCGGCTTATTGGTTCTCCCATGATCTGATAACATGTTGTCCTTTTGCATAATGACATGACAGCTTTTTGCTCAGGCGTCTGTATCTACTTTTTCTCAATGCATGGTCTCAACGCATAGTCTCGACGCATGGGTTTCCACTTGTTCTCGCAGTAGCTTTGCCTCTAGTACTTGGGTTATTTGTGCTTCTTTTCTTCTTAATCCTGCGTTAA

mRNA sequence

ATGAAGGGCATCACAGTTGACACTCCAAAAGTAGAAGCAGTTTCTAATTGGCCAGATTTTCTTTACTACGCATCTTGTGATTATGTCGTATTTGGTATGGCCAATTCCTTGGTTGCACGTATGGAGATTTCTCTTTCCCATGTTTTCCAAGGGCAAGTTTTAGTTGAAGTAGGTGATCTTTCAAGGACATGTAGTCTCAAAGGATTGGATTTTAGTAGACCTTGCAAAGATAAAGACCATGAGAGCTTGAAGTACTTTTTCACTCAAAAGAAGTTGAATATGAGACATCGTAGATGGCTAGAGTTAGCTAAAGATTACGATTGTGAGATTTTGTACCACCCAAGCAAGGTGAATGTAGTGGTAGATGCTCTTAGTAGAAAGGCAGCTCATTCAACAACTCTTGTTACCAGGCAAACTCATTTATACGATGACTTTAACCGTGCAGGAATTGCAGTGGCAGTAGGAGAAGTTTCTACACTACTGGCACAGTTGACAGTACAACCTACCTTAGGACAGAAAATCATTGATGCACAACAGGGTGGTCCTTACCTTGTTGAGAAGTTTCACCAGGGTAAGAAGGGTAGAGAAAATACCTCGAGCCCATGTTCGAGTACCAAGCACTACGGTGCTGGAGTAACCCATGTCATACTCCCAGGAAAAGCTCGAACGACCTTCAATAAAAGGGTACTTGTACCTAAAACTGACACAGGTGGGGTGCCTCCTCACAAAGAGGGTCGTAGTGACCAAGCTCAGGTGACTGTTTACAAAAACACAGGGGAGCCGGCGACCGAAGCCTCAATGAATGGCAGTTGTAACTATAATGGTCCTAAGGGTCCTCTTATCTCTTCCTTCTCCGAGCTCGGGTCATGGAAGAAGGAGCCGAGAAGAAAGTATCAGCAACAACAGGGGATGGATTCTCACTCTCTGAGAGGTGACTCTGAAAATCCTCAGAATCTTCTCACAGAAGAGCTCGAAACGGAGGGTGGCTATGAAGCTGTCGCACAGGCTATTATTGCGAAAATCGGCGCACACAACCAACTATTGTTAAGAATTTCATCTTTGTACCAAAAACAGGCAAGGGGCGGAATACCACAAAGAGAAAGGCGCCGTGGCAGCGCCGTCTCAGCGCCGCGACGCTGTCTTGCGTTCTTCAAGGATGCGTCGAGGCAGTGCCTTTCCAGCGCCGCGTTGCTACTCTGCGTTCATGCTGATGCGTTTCTGCTTCAGCGTCATGGCAGCGCTGCCTTAGCGCCGCGGCGCACCATGCGTTTCAAGCAAGGATGCGTTTTTCAGCACTTTTTCTCCATATTCTTGCTCGAAACACGCACGAGGAAGAAGAATTGGTCCAATTGGACTAGTGGCGATCTGGTTCGATGTTTTCCAGCCGATTTAGCCCTTATTTCAGCTTTGGAGGTTCGGTTTGGGGGGTTTCGGCTTGGTTTGGGCCGGCCAAAGAGTTCGGGAGATAATTATGGTACATGGAAATCAAACTTGAACACTATACTAGTCATGGATGATTTACGGTTCGCTTTAACGGAGGAGTGTCCTCCAATTCCTAGCTCAACTACAAATCAAAATGTTCAGGATGCATGTGATAGATGGATTAGGGTTAACGATAAAGCTCGAGTTTGCATCTTAGTAGGCATATCAGATGTTTTGTTTAAGAAGCATGAGAACATGGTGGCCGCTAAGGAAATTATGGACTTGCTGCAGGCGATGTTGGGACAACTGTCCTCATCGATCAGGCACGATACTATTAAATATGTTTACAATTCCTGCATGAAAGAAGGAACCTCTGTTAGAGAACATGTTCTGGATATGATGGTCTACTTTAATATTGCGGAAGTAAACGGCGTTATCATAGACGAGAAGAGTCAAGAAACTAGTTCTTGGAGAAAGCTACGAGAAGGTGAGATAGCTCTCAAGGGTAAAGGTTCTCACTCACTGGGAGACGACTCTGAAAATTCTCATAATCTTTCTCTCAGAAGAGCTCGAAATGGAGGCTGGTTATGGCGTCTGTATCTACTTTTTCTCAATGCATGGTCTCAACGCATAGTCTCGACGCATGGGTTTCCACTTGTTCTCGCAGTAGCTTTGCCTCTAGTACTTGGGTTATTTGTGCTTCTTTTCTTCTTAATCCTGCGTTAA

Coding sequence (CDS)

ATGAAGGGCATCACAGTTGACACTCCAAAAGTAGAAGCAGTTTCTAATTGGCCAGATTTTCTTTACTACGCATCTTGTGATTATGTCGTATTTGGTATGGCCAATTCCTTGGTTGCACGTATGGAGATTTCTCTTTCCCATGTTTTCCAAGGGCAAGTTTTAGTTGAAGTAGGTGATCTTTCAAGGACATGTAGTCTCAAAGGATTGGATTTTAGTAGACCTTGCAAAGATAAAGACCATGAGAGCTTGAAGTACTTTTTCACTCAAAAGAAGTTGAATATGAGACATCGTAGATGGCTAGAGTTAGCTAAAGATTACGATTGTGAGATTTTGTACCACCCAAGCAAGGTGAATGTAGTGGTAGATGCTCTTAGTAGAAAGGCAGCTCATTCAACAACTCTTGTTACCAGGCAAACTCATTTATACGATGACTTTAACCGTGCAGGAATTGCAGTGGCAGTAGGAGAAGTTTCTACACTACTGGCACAGTTGACAGTACAACCTACCTTAGGACAGAAAATCATTGATGCACAACAGGGTGGTCCTTACCTTGTTGAGAAGTTTCACCAGGGTAAGAAGGGTAGAGAAAATACCTCGAGCCCATGTTCGAGTACCAAGCACTACGGTGCTGGAGTAACCCATGTCATACTCCCAGGAAAAGCTCGAACGACCTTCAATAAAAGGGTACTTGTACCTAAAACTGACACAGGTGGGGTGCCTCCTCACAAAGAGGGTCGTAGTGACCAAGCTCAGGTGACTGTTTACAAAAACACAGGGGAGCCGGCGACCGAAGCCTCAATGAATGGCAGTTGTAACTATAATGGTCCTAAGGGTCCTCTTATCTCTTCCTTCTCCGAGCTCGGGTCATGGAAGAAGGAGCCGAGAAGAAAGTATCAGCAACAACAGGGGATGGATTCTCACTCTCTGAGAGGTGACTCTGAAAATCCTCAGAATCTTCTCACAGAAGAGCTCGAAACGGAGGGTGGCTATGAAGCTGTCGCACAGGCTATTATTGCGAAAATCGGCGCACACAACCAACTATTGTTAAGAATTTCATCTTTGTACCAAAAACAGGCAAGGGGCGGAATACCACAAAGAGAAAGGCGCCGTGGCAGCGCCGTCTCAGCGCCGCGACGCTGTCTTGCGTTCTTCAAGGATGCGTCGAGGCAGTGCCTTTCCAGCGCCGCGTTGCTACTCTGCGTTCATGCTGATGCGTTTCTGCTTCAGCGTCATGGCAGCGCTGCCTTAGCGCCGCGGCGCACCATGCGTTTCAAGCAAGGATGCGTTTTTCAGCACTTTTTCTCCATATTCTTGCTCGAAACACGCACGAGGAAGAAGAATTGGTCCAATTGGACTAGTGGCGATCTGGTTCGATGTTTTCCAGCCGATTTAGCCCTTATTTCAGCTTTGGAGGTTCGGTTTGGGGGGTTTCGGCTTGGTTTGGGCCGGCCAAAGAGTTCGGGAGATAATTATGGTACATGGAAATCAAACTTGAACACTATACTAGTCATGGATGATTTACGGTTCGCTTTAACGGAGGAGTGTCCTCCAATTCCTAGCTCAACTACAAATCAAAATGTTCAGGATGCATGTGATAGATGGATTAGGGTTAACGATAAAGCTCGAGTTTGCATCTTAGTAGGCATATCAGATGTTTTGTTTAAGAAGCATGAGAACATGGTGGCCGCTAAGGAAATTATGGACTTGCTGCAGGCGATGTTGGGACAACTGTCCTCATCGATCAGGCACGATACTATTAAATATGTTTACAATTCCTGCATGAAAGAAGGAACCTCTGTTAGAGAACATGTTCTGGATATGATGGTCTACTTTAATATTGCGGAAGTAAACGGCGTTATCATAGACGAGAAGAGTCAAGAAACTAGTTCTTGGAGAAAGCTACGAGAAGGTGAGATAGCTCTCAAGGGTAAAGGTTCTCACTCACTGGGAGACGACTCTGAAAATTCTCATAATCTTTCTCTCAGAAGAGCTCGAAATGGAGGCTGGTTATGGCGTCTGTATCTACTTTTTCTCAATGCATGGTCTCAACGCATAGTCTCGACGCATGGGTTTCCACTTGTTCTCGCAGTAGCTTTGCCTCTAGTACTTGGGTTATTTGTGCTTCTTTTCTTCTTAATCCTGCGTTAA

Protein sequence

MKGITVDTPKVEAVSNWPDFLYYASCDYVVFGMANSLVARMEISLSHVFQGQVLVEVGDLSRTCSLKGLDFSRPCKDKDHESLKYFFTQKKLNMRHRRWLELAKDYDCEILYHPSKVNVVVDALSRKAAHSTTLVTRQTHLYDDFNRAGIAVAVGEVSTLLAQLTVQPTLGQKIIDAQQGGPYLVEKFHQGKKGRENTSSPCSSTKHYGAGVTHVILPGKARTTFNKRVLVPKTDTGGVPPHKEGRSDQAQVTVYKNTGEPATEASMNGSCNYNGPKGPLISSFSELGSWKKEPRRKYQQQQGMDSHSLRGDSENPQNLLTEELETEGGYEAVAQAIIAKIGAHNQLLLRISSLYQKQARGGIPQRERRRGSAVSAPRRCLAFFKDASRQCLSSAALLLCVHADAFLLQRHGSAALAPRRTMRFKQGCVFQHFFSIFLLETRTRKKNWSNWTSGDLVRCFPADLALISALEVRFGGFRLGLGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDKARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSVREHVLDMMVYFNIAEVNGVIIDEKSQETSSWRKLREGEIALKGKGSHSLGDDSENSHNLSLRRARNGGWLWRLYLLFLNAWSQRIVSTHGFPLVLAVALPLVLGLFVLLFFLILR
Homology
[Close]
BLAST of Cla97C04G069157 vs. NCBI nr
Match: XP_038880476.1 (uncharacterized protein LOC120072136 [Benincasa hispida])

HSP 1 Score: 206.5 bits (524), Expect = 7.9e-49
Identity = 98/146 (67.12%), Postives = 116/146 (79.45%), Query Frame = 0 

Query: 481 LGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDK 540
           L   K + DNYGTWKSNLNTILV+DDL+F LTEECPP+P+   N+ + DA DRW + N+K
Sbjct: 9   LASEKLNDDNYGTWKSNLNTILVIDDLKFVLTEECPPVPAQNVNRTIWDAHDRWTKANEK 68

Query: 541 ARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSV 600
           A+V IL  ISD+L KKHE MV AKEIMD LQA+ GQ SSS  HD IKYVYN  MKEGT+V
Sbjct: 69  AKVYILASISDILSKKHEKMVMAKEIMDSLQALFGQPSSSAMHDAIKYVYNFRMKEGTNV 128

Query: 601 REHVLDMMVYFNIAEVNGVIIDEKSQ 627
           REHVLDMMV+FNI EVNG +++EK+Q
Sbjct: 129 REHVLDMMVHFNIVEVNGAVMNEKNQ 154

[Close]
BLAST of Cla97C04G069157 vs. NCBI nr
Match: TYK29682.1 (gag/pol protein [Cucumis melo var. makuwa])

HSP 1 Score: 204.5 bits (519), Expect = 3.0e-48
Identity = 100/162 (61.73%), Postives = 122/162 (75.31%), Query Frame = 0 

Query: 481 LGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDK 540
           L   K +GDNY  WKSNLNTILV+DDLRF LTEEC   P+   N+  + A DRWI+ N+K
Sbjct: 9   LASEKLNGDNYVAWKSNLNTILVVDDLRFILTEECSQTPTLNANRASRKAYDRWIKANEK 68

Query: 541 ARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSV 600
           ARV IL  +SDVL KK+E++  AKEIMD L+ + GQ   S+RH+ IKY+Y   MKEGTSV
Sbjct: 69  ARVYILASMSDVLAKKYESLATAKEIMDSLKGIFGQPEWSLRHEAIKYIYTKRMKEGTSV 128

Query: 601 REHVLDMMVYFNIAEVNGVIIDEKSQETSSWRKLREGEIALK 643
           REHVLDMM++FNIAE+NG  IDE +QE SSW++L EGEI LK
Sbjct: 129 REHVLDMMMHFNIAEINGGTIDEANQEISSWKRLSEGEITLK 170

[Close]
BLAST of Cla97C04G069157 vs. NCBI nr
Match: XP_038885834.1 (uncharacterized protein LOC120076130 [Benincasa hispida])

HSP 1 Score: 202.2 bits (513), Expect = 1.5e-47
Identity = 96/142 (67.61%), Postives = 115/142 (80.99%), Query Frame = 0 

Query: 485 KSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDKARVC 544
           K  G+NY TWK+NLNTILV+DDL+F LTEECPPIPSS  N+ V+DA +RWIRVNDK    
Sbjct: 13  KLIGNNYATWKTNLNTILVIDDLQFILTEECPPIPSSNANRTVRDAYNRWIRVNDKVHAY 72

Query: 545 ILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSVREHV 604
           IL  ISDVL KKHE+M   K+IM+ L+ M GQ S S+RHD+IKY+YN  MKEG SVREHV
Sbjct: 73  ILANISDVLAKKHESMGTTKKIMEFLRGMFGQPSFSLRHDSIKYIYNCSMKEGASVREHV 132

Query: 605 LDMMVYFNIAEVNGVIIDEKSQ 627
           L+MMV+FN+AEVN V++DEKSQ
Sbjct: 133 LNMMVHFNVAEVNEVVVDEKSQ 154

[Close]
BLAST of Cla97C04G069157 vs. NCBI nr
Match: XP_022157844.1 (uncharacterized protein LOC111024457 [Momordica charantia])

HSP 1 Score: 200.7 bits (509), Expect = 4.3e-47
Identity = 94/150 (62.67%), Postives = 120/150 (80.00%), Query Frame = 0 

Query: 481 LGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDK 540
           L   K +G NY TWK+NLNTILV+DDLRF LTEECP  P++  N+NV++A DRW++ NDK
Sbjct: 9   LASEKLNGVNYSTWKNNLNTILVVDDLRFVLTEECPQTPATNANRNVREAFDRWVKANDK 68

Query: 541 ARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSV 600
           ARV IL  ++DVL KKHE ++ AKEIMD L+AM G+ SS++RH+ +KYVYN  MKEGTSV
Sbjct: 69  ARVYILASMTDVLAKKHEPLMTAKEIMDSLKAMFGEPSSTLRHEALKYVYNEHMKEGTSV 128

Query: 601 REHVLDMMVYFNIAEVNGVIIDEKSQETSS 631
           REHVLDMMV+FN AEVNG  IDE +++ ++
Sbjct: 129 REHVLDMMVHFNTAEVNGATIDEAAEKATT 158

[Close]
BLAST of Cla97C04G069157 vs. NCBI nr
Match: XP_038895830.1 (uncharacterized protein LOC120083997 [Benincasa hispida])

HSP 1 Score: 199.9 bits (507), Expect = 7.4e-47
Identity = 93/146 (63.70%), Postives = 115/146 (78.77%), Query Frame = 0 

Query: 481 LGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDK 540
           L   K  GDNYGTWKSN+NTILV+DDLRF LTEECPP P    N+ V+DA DRW++ N+K
Sbjct: 9   LASEKHKGDNYGTWKSNINTILVIDDLRFVLTEECPPSPGLNANRTVRDAYDRWVKANEK 68

Query: 541 ARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSV 600
           ARV IL  ISDVL KKHE +   +EIMD LQ + G+ S+S  HDTIK+VYN  MKEGTS+
Sbjct: 69  ARVYILASISDVLSKKHERLAITREIMDSLQGLFGKSSTSAMHDTIKFVYNFIMKEGTSI 128

Query: 601 REHVLDMMVYFNIAEVNGVIIDEKSQ 627
           +EHVL+MMV F++AE+NGV+++EKSQ
Sbjct: 129 KEHVLNMMVDFDVAELNGVVMNEKSQ 154

[Close]
BLAST of Cla97C04G069157 vs. ExPASy Swiss-Prot
Match: Q8I7P9 (Retrovirus-related Pol polyprotein from transposon opus OS=Drosophila melanogaster OX=7227 GN=pol PE=4 SV=1)

HSP 1 Score: 49.7 bits (117), Expect = 1.6e-04
Identity = 20/48 (41.67%), Postives = 30/48 (62.50%), Query Frame = 0 

Query: 79  DHESLKYFFTQKKLNMRHRRWLELAKDYDCEILYHPSKVNVVVDALSR 127
           DH+ L +    +  N + +RW    ++Y+CE++Y P K NVV DALSR
Sbjct: 507 DHQPLTFALGNRNFNAKLKRWKARIEEYNCELIYKPGKSNVVADALSR 554

[Close]
BLAST of Cla97C04G069157 vs. ExPASy TrEMBL
Match: A0A5D3E173 (Gag/pol protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold64G00320 PE=4 SV=1)

HSP 1 Score: 204.5 bits (519), Expect = 1.5e-48
Identity = 100/162 (61.73%), Postives = 122/162 (75.31%), Query Frame = 0 

Query: 481 LGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDK 540
           L   K +GDNY  WKSNLNTILV+DDLRF LTEEC   P+   N+  + A DRWI+ N+K
Sbjct: 9   LASEKLNGDNYVAWKSNLNTILVVDDLRFILTEECSQTPTLNANRASRKAYDRWIKANEK 68

Query: 541 ARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSV 600
           ARV IL  +SDVL KK+E++  AKEIMD L+ + GQ   S+RH+ IKY+Y   MKEGTSV
Sbjct: 69  ARVYILASMSDVLAKKYESLATAKEIMDSLKGIFGQPEWSLRHEAIKYIYTKRMKEGTSV 128

Query: 601 REHVLDMMVYFNIAEVNGVIIDEKSQETSSWRKLREGEIALK 643
           REHVLDMM++FNIAE+NG  IDE +QE SSW++L EGEI LK
Sbjct: 129 REHVLDMMMHFNIAEINGGTIDEANQEISSWKRLSEGEITLK 170

[Close]
BLAST of Cla97C04G069157 vs. ExPASy TrEMBL
Match: A0A6J1DXQ5 (uncharacterized protein LOC111024457 OS=Momordica charantia OX=3673 GN=LOC111024457 PE=4 SV=1)

HSP 1 Score: 200.7 bits (509), Expect = 2.1e-47
Identity = 94/150 (62.67%), Postives = 120/150 (80.00%), Query Frame = 0 

Query: 481 LGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDK 540
           L   K +G NY TWK+NLNTILV+DDLRF LTEECP  P++  N+NV++A DRW++ NDK
Sbjct: 9   LASEKLNGVNYSTWKNNLNTILVVDDLRFVLTEECPQTPATNANRNVREAFDRWVKANDK 68

Query: 541 ARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSV 600
           ARV IL  ++DVL KKHE ++ AKEIMD L+AM G+ SS++RH+ +KYVYN  MKEGTSV
Sbjct: 69  ARVYILASMTDVLAKKHEPLMTAKEIMDSLKAMFGEPSSTLRHEALKYVYNEHMKEGTSV 128

Query: 601 REHVLDMMVYFNIAEVNGVIIDEKSQETSS 631
           REHVLDMMV+FN AEVNG  IDE +++ ++
Sbjct: 129 REHVLDMMVHFNTAEVNGATIDEAAEKATT 158

[Close]
BLAST of Cla97C04G069157 vs. ExPASy TrEMBL
Match: A0A5D3E3F1 (Gag/pol protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold349G00180 PE=4 SV=1)

HSP 1 Score: 199.1 bits (505), Expect = 6.1e-47
Identity = 95/162 (58.64%), Postives = 118/162 (72.84%), Query Frame = 0 

Query: 481 LGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDK 540
           L   K +GDNY  WK  LNTILV+DDLRF LTEECP  P+S  N+  +   DRWI+ ++K
Sbjct: 43  LASEKLNGDNYAAWKLYLNTILVVDDLRFVLTEECPQTPASNANRTSRKVYDRWIKASEK 102

Query: 541 ARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSV 600
           A V IL  +SDVL KKHE++   K+I+D L+ M GQ   S+RH+TIKY+Y   MKE TS+
Sbjct: 103 AHVYILASMSDVLAKKHESLATTKKIIDSLKGMFGQQEWSVRHETIKYIYTKRMKEETSI 162

Query: 601 REHVLDMMVYFNIAEVNGVIIDEKSQETSSWRKLREGEIALK 643
           REHVLDMM++ NIAEVNG  IDE +QE SSW+KL EGE+ LK
Sbjct: 163 REHVLDMMMHLNIAEVNGGAIDEANQENSSWKKLSEGEVTLK 204

[Close]
BLAST of Cla97C04G069157 vs. ExPASy TrEMBL
Match: A0A6J1DUZ9 (uncharacterized protein LOC111024294 OS=Momordica charantia OX=3673 GN=LOC111024294 PE=4 SV=1)

HSP 1 Score: 198.7 bits (504), Expect = 8.0e-47
Identity = 93/150 (62.00%), Postives = 119/150 (79.33%), Query Frame = 0 

Query: 481 LGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDK 540
           L   K +G NY TWK+NLNTILV+DDL+F LTEECP  P+   N+NV++A DRW++ NDK
Sbjct: 9   LASEKLNGVNYSTWKNNLNTILVVDDLQFVLTEECPQTPAENANRNVREAFDRWVKANDK 68

Query: 541 ARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSV 600
           ARV IL  ++DVL KKHE ++ AKEIMD L+AM G+ SS++RH+ +KYVYN  MKEGTSV
Sbjct: 69  ARVYILASMTDVLAKKHEPLMTAKEIMDSLKAMFGEPSSTLRHEALKYVYNEHMKEGTSV 128

Query: 601 REHVLDMMVYFNIAEVNGVIIDEKSQETSS 631
           REHVLDMMV+FN AEVNG  IDE +++ ++
Sbjct: 129 REHVLDMMVHFNTAEVNGATIDEAAEKATT 158

[Close]
BLAST of Cla97C04G069157 vs. ExPASy TrEMBL
Match: A0A6J1E205 (uncharacterized protein LOC111025258 OS=Momordica charantia OX=3673 GN=LOC111025258 PE=4 SV=1)

HSP 1 Score: 198.7 bits (504), Expect = 8.0e-47
Identity = 97/146 (66.44%), Postives = 115/146 (78.77%), Query Frame = 0 

Query: 481 LGRPKSSGDNYGTWKSNLNTILVMDDLRFALTEECPPIPSSTTNQNVQDACDRWIRVNDK 540
           L   K +GDNYG WKSNLNTILV+DDLRF LTEECPP  +  +NQ V+DA DRW + N+K
Sbjct: 9   LASDKLNGDNYGIWKSNLNTILVIDDLRFVLTEECPPALAPNSNQTVRDAHDRWFKANEK 68

Query: 541 ARVCILVGISDVLFKKHENMVAAKEIMDLLQAMLGQLSSSIRHDTIKYVYNSCMKEGTSV 600
           ARV IL  ISDVL KKHE +  A+EIMD LQA+ GQ S+SI HD IKYVYN  MKEG+SV
Sbjct: 69  ARVYILASISDVLSKKHEGLATAREIMDSLQALFGQPSTSIIHDAIKYVYNCRMKEGSSV 128

Query: 601 REHVLDMMVYFNIAEVNGVIIDEKSQ 627
           REHVL+MMV+FN+AEVN  +++E SQ
Sbjct: 129 REHVLNMMVHFNVAEVNDAVMNEISQ 154

The following BLAST results are available for this feature:
BLAST of Cla97C04G069157 vs. NCBI nr
Match NameE-valueIdentityDescription
XP_038880476.17.9e-4967.12uncharacterized protein LOC120072136 [Benincasa hispida][more]
TYK29682.13.0e-4861.73gag/pol protein [Cucumis melo var. makuwa][more]
XP_038885834.11.5e-4767.61uncharacterized protein LOC120076130 [Benincasa hispida][more]
XP_022157844.14.3e-4762.67uncharacterized protein LOC111024457 [Momordica charantia][more]
XP_038895830.17.4e-4763.70uncharacterized protein LOC120083997 [Benincasa hispida][more]
BLAST of Cla97C04G069157 vs. ExPASy Swiss-Prot
Match NameE-valueIdentityDescription
Q8I7P91.6e-0441.67Retrovirus-related Pol polyprotein from transposon opus OS=Drosophila melanogast... [more]
BLAST of Cla97C04G069157 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A5D3E1731.5e-4861.73Gag/pol protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold64G00320... [more]
A0A6J1DXQ52.1e-4762.67uncharacterized protein LOC111024457 OS=Momordica charantia OX=3673 GN=LOC111024... [more]
A0A5D3E3F16.1e-4758.64Gag/pol protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold349G0018... [more]
A0A6J1DUZ98.0e-4762.00uncharacterized protein LOC111024294 OS=Momordica charantia OX=3673 GN=LOC111024... [more]
A0A6J1E2058.0e-4766.44uncharacterized protein LOC111025258 OS=Momordica charantia OX=3673 GN=LOC111025... [more]
BLAST of Cla97C04G069157 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
InterPro
Analysis Name: InterPro Annotations of Watermelon (97103) v2.5
Date Performed: 2022-01-31
IPR TermIPR DescriptionSourceSource TermSource DescriptionAlignment
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 291..317
NoneNo IPR availableMOBIDB_LITEmobidb-litedisorder_predictioncoord: 301..317
NoneNo IPR availablePANTHERPTHR35317OS04G0629600 PROTEINcoord: 490..626
NoneNo IPR availablePANTHERPTHR35317:SF8POLYPROTEIN-LIKE PROTEINcoord: 490..626

Relationships

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

Feature NameUnique NameType
Cla97C04G069157.1Cla97C04G069157.1mRNA


GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005488 binding