CaUC10G192130 (gene) Watermelon (USVL246-FR2) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: exonfive_prime_UTRCDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.CTCATTGGGCATTTTCGCACAATTTCCCACCAAATTCACACTTCGCTATTTCACCTTCGTCCTTGGAACAGCGATTCTTCGCAATCTAAGAAAAAAATGCCGCTGAAGGTAGTGGACGCCACCGTCTCCGACTTCGGTGCTGTATTCGACAAATTCCGATCAGAACTGCCAAACCATAAAGCTAATTTCATCCTCTTCTTGGCCGACAAAAACCCTTCCACCTCTCTCAGCTGGTGTCCTGGTATGTTCAATTTCTTTGTCTTTTCCCCCGCTTTTCTGTTACTTCTGAAGAAATTTGGTGGATCCTGTGATTGCCCATCTCGAAAGGAAAATGAAAATCATAAATGTTACGTCATTGCTGTCTTCTTGCAGTTTTTTTTTTTTTAATTTTTAAATGGAAAATTGTTCTAATTCTGGTTCTGTCATTTTTCCTCGATTGTGATTGCTCATGTTTTGCCTTTCTTCATGTGCGAGTTTCCCTTTCAATATTGAGCAAATAACTGTAAAATTTTGTTTGAAGTCCTCAAGTTTTCCCAATCAATTGCAGGGAGGGATGTTGTTATGACTATATGTCCAACTGTCTATCTATGAAATTATATTTTTCTTACCATGCAATGGAAAATATTTGAAGTTGGAATTAATTAATTAATTGAAGAAATTATTCTAGAGAATTGGGTTCTGTATTTGATTTATAAGATTCTTTATCATGGGCATGATACTGAGAATCAAAATTTGGAGGGGTCTTTAGTGATTCTGCATTTGTGAGTAAACTAGGAAGAATTTTTTTCAACTTTGCTTACGTTTAGGTTGAAGGATAAAGTCTCCAAGAGTACGAACATTTTGTAGTTTGAGATTTCTTAGACCATTCCTAGTTCACACTTTGAGCTTTACAAGTATGATGCAGTGTCTGGATGGAAACATCACGATAGTATTTGGTGCATTGCAAGTTTGGATTTAAGAATGCTTATTTTGTACATTCGGTATTAAGTGGCATGTACAAACTAACCGTCCTACTTTTCTGCTTCGTCAACAAAAAGAGAGCTTAGGTTCTGTCCTTCGAACCAGAAAAAGCACGGTCCATTCAATGCTGTTTCGAGCTTCTACTTGCCTTCTATTTCTCGCAGTGTTCTTCGCTTCAGCCTACTCTACTCCTGACCCTGAAGAGCCTCGTCTTGTTGTCTCTGAATCCACGACTATACAACTATCTCATGGCTTGCCTGTGAAAAATTCTCCAGGTTCCAGACCAGGAACTGTGGTGGTTTGTGAAAGAGTATACGTACAAGGATTACCGAGGTTTAAAAATCTTAGGAAGGTTGCACACACAGTGAAAGTGAAGGTTTCAATGAGAAATTCGAGTTCTCGAATACCAAACGTTGAGGTTTGTTTTCACAGGAATATGTCACTTGGGACAGGAATGTGTCCTCAAAGTCAGTGGGAGAAAGTTGTCAAAGGTTCTTGGGCTCAATCCATGTCACCGTTTGACCACAAGCTTTTAGATATTAGAACATCTGGGTTATCCTTGGAAAGTTTTGAAGTATCAATTGAAGAAGAATTCTTTTTGTATCGCATAATCTTTTTAATCCTGGGTGTGGTGTTGATGAGTTCAGCCTCCATACTGAGCAAGTCGTTGGTATTCTATTACGGCAGTGCTATGGCAATTGGAATTCTTCTTGTAGTGTTAATGATCCTTTTTCAGGGGATGAAGCTTCTTCCTACTGGTCGGAAGAGCTCACTTGCAATTTTTCTATATGCATCTGCAGTTGGTCTGGGATCTTTTCTCCTTCGTTACATACCTGGATTATTGCATCAAATACTTTTGGAAATGGGTATAAGTGAGGACATGTATAATCCTCTAGCAGCATTTTTGCTGGCTTTTATTTTTCTGATTGGAGCATGGTTGGGCTTTTGGGTAGTCCACAAATTTGTCCTTGACGAAGATGGATCAATTGATACAAGTACATCGCTTTTTGTCACATGGTCCATTCGAATTTTGGCTACTCTTCTTATTCTCCAGTGTTCCTTGGATCCCTTGCTGGCAACAGGAGTTCTAATATGTGGAATAATGGCTTCATCAATGTTGAGGAAAATCTTTAAGTTCAGATTTCTTCGTCGCTTATACAAGAATTTCTTCAAATCTCCAAAGAGAACACCCAAGAGATCTCATATCTCTAATATGCCACGTTTGGATGATTCTGACGATGAAAGCACGTTGAAGACTCCCCCGCTTTATGAAGACCCCAGGTTCTATAGATCTCAAAACAAAAACTTCTCGCTTCAGTCCTGCAATTCTTCTAAACGTGGTGATGTATATCCTTCAACATTCCATTCCACACCTGAACGGAGAAAATTTTCAAAGGATGAGTGGGAAAAGTTCACCAAGGACTCAACTAAAAAGGCTTTGGAAGGACTAGTTTCTTCACCGGATTTTAGCAGGTGGCTTGTTGACAGTGCAGATAGAATCAGCATAACTCCCCAAAGCAGAAGAGCTGAGAAGCGTCAAAGGTGGCTCCGTTGGTTCTGATCGGTTCTAGGTCAATTACTATGCTGTAAGATTACATGAGTAAAACATGCGGCTGCCTGCATGGTTATTATGACTTTTCTGGAAAATTAGGATGTGTTTAGACAAATTGATCACACCCACTAACTTGAATTTCCGTGTACGTTAGATCATTATTCATCACTTAAGTTTAGGGTACTTAGAGACTTATCCGTTGGTGTAGATTTGCACATTTTTAGCCATTTAATGGAAGAAGCATGTTAGCACTTCAAAAGTAGCACCTACAAAATGTCGTATGCCCTCGAGCCTAAGGGGATCTTTTTTCACAGCTTTTATGTCGTCATTCTCTCCATTAATGCCATAGGCTATGCCCTTAAGTATATTGCAGCAAAGGCTATTGGTTAGTTTCTTTTATTTGTTTGATATCTTGTAAAAGGTAGTGCCATGATTCTGTGATATTCCCCCCACATGGCCATGCGAAAACGTTGTTGCAGCATCATCTAACTACCTATTATGGATCACAGAAATCAATGAAACTTATAATTCTTTTTAGGTTAAATTACAAGTTTGGTTCCTTTCTTCCATGTATGTGTCTAATAGGTCTTTTAAATTTTCAATTTTGTGTCAAATAGGTTTCTTTTTATTTATGGGAAACATAAGTTTTTATTGATGAGATGAAATTACCAAAGATAAAATCCTATCTAATGGACTACAAAAAATTTCTCCAATTGATCATGAGATTAGGCAAACTATACTTACAAAATGGAGGATTTAATAGGCGACCTTGAGGCTTTTTCTATAGAAGATGCGAGGCGTAAGCTTTAAATAGTGAATAAAAAATATTTTCATAATCCTAAATTGGTATGACCAAGTACGACTAAACATGATTGTCATATAAAAGTGTAAAAAGAAAATTAACCCCCACAATTTTCACTTAATCAAAATTTCTAAAAGGATGTTTTTTATCATTACTACTACTATCATTAATAGGATTAATTTATACTATAAACTTTTACCTTTAATGTTTTTAAAATCGCAACAGTAAAAGTAGTCCTAAGTCAAATTGTCACAACTCAAACCTTAATATTTTGAAGAAGCTAGGCAAATCACTATTATTTTTCTAATCATTAGATAAGTTATGTAGATTTTAAGCCTCGATACGTTTTCACAAAACCGTAAGCTTCTTCTAGAATTTTGCCTCAAGGCGTAAGCCTCAGTAGCTTTTTGAAACATTGGGTAGATATGAGAAAGGTTTGGTAGTATTGTTACTTATCTGGAAAGATACGTGAGTTTCTCACAAGTCAAGTAGACCATAGGTATGCTCGGTGAAATTTAGCCAAGAATCTTCCTTTCCTTTTTCAAATGATGATCGTTGAATAAGAGGGAGAGGATCTATCGAATATGTAGAGGAAGAGGAAGAGCTGTTTGCGAACCAACTTCACCGAAAATGAAATCCCATATATATCTAGCTCGCTGACACTATAAAAAATTGGGTTTAGGTTTCCTTGGCAGATTTACATATAATGCAACAGTTTGGAGACATGGAGATCCAGGGCGGCCATTTCTGTAGCTTATCCTGTGTGTTCGGGTAACTGTGGCTCAATTCCCAATTGAAGAACTTCACCGTTTTAGGATAATGGAGTGATAAGGATTTTTGAAACTCAAATCACCTTTTGTAGATAGTGAATCTGTAGGGGATTTGGTAGAAAAGGCTCCATTTTCCTCTGAATTTCAGCACCAAACATTAATAGATGCTTGAACTTTAAAAATGTCAAATAGGTCATGAACTTTTAAATTTGTGTCAGACATTAGTAGGTCTTTGACACATTCAACATTTAAAAAAAAAAAAAATAACAAATCTATTATACATAGAATTAAGTTGCTCCTTATTGATCAATGATCATTAAGTTTTTGTTTGTGTTCAATAGGTTTGTGAATTTTAAAAAGTGCTTAATATGTCAATGATCTATTAGACACAAAATCAAAAATTTAAAAAATCATTAGATATGAAGTTGAAAGTTTAGAGATTTATTAGGAACTTTTTATAGATCAAAGAACTTTTTGGATTCAAAAGTGAAAGTACAGAGACCTATAGAAAATTTTCAAAGTTCATAGACCTGTTAGAAACTTTTATGAATCTGAAAGTTCGAGGACTAAACGTGTAATTTAACCTTCTTCTTACAGACAAGTATAACATTTTATATACCGTCGCCATTGTAAAAAAATGATTTAATATGGGTGCTTCAACGTAGCTATCCTTTCTAATCTTTGGGTGTAATGAACCATACTAAGTTGTCTGACACATTGTTCTACCTCCTCAAATAGCTTATCGCTACCTTGATCTTGCAAAAAAACCACGGAAATAAAGAAGGAACATACATTTTCCATTAAGTAGTTTTCTCCCTTATACAAAATTCTGGACTACGCCTGGGATCATCCTTCTTCCACAATTTCAATCTACTCGCATCTAGTCAATTAAGAATTCTCATATTGTATTAGTGCTAGCAAGTACAGGATGCAATCATCAATTCTCTCAAGAGATCTTAACTACTGTTTGGTTTTTGTGTCAGACTGTGTGAGAGCTGAACCAGTCATCTACAAAAAACTGGAAGCAGCGTCAGATGATATTGCACTTTTGAGAGCCTATGTTGGAGATAGACCAACATGGAGGAATCCCCAGCATCCATGGAGAGTGGATTCTAGGTTCAAGCTTACTGGAGTTCCAACGCTGGTTCGATGGGACGAGAATGATAAAATCAGTGGTCGCCTTGAAGACCATGAAGCTCATTTGGAGAACAAACTCGATGCCCTTATTGCTGGTAAATAATTGTTTGTGTCTGTTCGATAAGACATGTGGGAATTCCCTTTCCCAACTTAACATGCCTCATCTTTTTCTGTTCTTGAGGAACTCTTGTGTGATATCTCTGTTAGATTGGTTGACGATTATATAGTTATCTCATAAATAAAGTTACTGAAGAGTTCAATCACAGCCATTTACTTATAGGAAAAACAGAAGAAAATTCTGTTTCCTCTCTTTTGAATTCATCTCTCCTAGTTGTAAAAAATGTAATGGTGGACAGGAGATTCTTGCTTGCCTACCGGTTATGAGGTAAGTATTATTTCTGTATAATTTTCCCTAACTTAAGCTTTGTAGAACACTTCTTTAACATTCTCCAATTATTCTAAAACATTAAGGTTAAATTTTCAACTTTAAGGTAGGTTTCAATTAAACTTCTAAACTTTCTGCAAGTTCCGTTTGAGTCCTTAAACTTTGAAGTCATAACTCAAATAATTATTATTACCCTTCATTTTAATTCAAAAGTTATCATTGATATCATTTTTAACATCGGTCACAATATCAATTCTTTCACAATTCTTATGTCATTTTATATGAACAATGTTGTACATGATATTAGGACAATTCTTACATGAGAATAACATGTTAGGAAATATGTATCCGACATTAAATGTTTGCCATGGAACATTCATTCTCTTGAATAAACGTAGATTTTCAATGATGGCAATGCCCATCATCCTTTTCTTAATTATTTATTTGAAAATATAAGTTGCAACCATGACTAACAAACAATGTTTTTTCTTTTTCAACCTATATGTACAAAATAAAATCTTGATGGTATGGTATTTTTACTCAGATAAACATAACTTTCAAATACAACAATTAATGCTTCGTTTGGTAACCATTTTATTGTTTGTTTTTGTTTTTGAAAATTTAGTCTATTTCCTCTTCATTTCTTACATTGATTTGCATCTCTCTTAAGTGTAATAGTTGAATTCTTTGTCAAATTCCAAAAAGAAAAAAAAGCAAGTTTTTAAAAGCTATTTTTTTTAGTTTTCAAATTTTGGTTTGGTTTTTTAAACCATTGGTAAAAAGTAGATAAAAAAGAATAAATTTGAAGGTAGAAGTAGTGTCATAGACTTAATTTTCAAAATAAAAACAAAAAACTAAAAACAAAATGATACCAAAACGGGGCTTAACTAATTCCCTCATAATATATTATTTTTAAACAAGCTTGAAAGTATTAGAAGATGCAATTTTTCTAAATTACCAATTTCCCATTTGTTCCATCAAATTTTACCATGTTGTTGAGTTGTAAACAACACCAATTTCGACGAACGACTACTGATATAGGACACATACATATTTTCACAATTAGTTTCTTCTTCAAATTTAGACTTACAAACTCCATGAAACCCAAAAGTTCAACAATAGAGACCCCAAACAGTAAGAATCAGACAGTAAATTTTTCTAACCAAAACATTGAAAAGAACCGATGAGGGTTTTGGTGAAAATCTTAGAAGTGAAAATATTTAATACTGAGGATGGACCGTTGCATTAATTTAATTAGGATACAACGTGGTGAAATTTCTGAAAACTTTTAACTTTAGCGTGTAATTTCAACCGTCCGCCATTATAAATGCATGTCAAAATTTTAGACCGTCATTACAGGTAATGTTTAAATTTCTAGCTCAATAACAAAAACAATTTTTTTATTTTAGTTTTCAAAACTTAACTTAATTTTTAAAAACTAATTATCAAATTAAACACTAGTTTATAAACTTTTTAAATATAACTATTTTGGTCATTATCTTTTATTTTAGTTTTAACAAATTGAACTAGTTTAAGGTTTAGGATCTAGGAATGTGAGCATGATTAAAGCTAAAACCTTAGAGACAAATTTTCAACAAAACGGATTAAAAGTCTAAAGGTAACATATAAATAACCAAAATGGTTATTTTTTTTCTAAAAGTTTCAAGACTAAAATATAAATTAAAGTTCATGAGCCAAAATAGAAAGAACTTAAAAGTTAAGGACCAAGACAACTTAAACTTTCAATTACACCAAATTAGACCGTAGACTCAAATAAATGTTGCAATTTTCAATATGTTAAATTTTTACCAATTCACCAAAGTGAGTTTAGCTGAGCGATATTTGGCATGACCTTCCATCTTAGAGGTGGAAGGTTCGATATCTCATTCCCACAATTATTGTACTGAAAAAAAAATATTCACCAATTCACCAACTAATGTCAACAAAATTCAATGATATATATTATATAAACACTAATCCAACCTACTAGATTATATAACACAACAACATTATCCTTAACCCTTCGTAAGTGTTTCAAAATTACCTCAATAATTAGAATTTTTTCAAATTTTGAATGAAAGTTGGGACCTCAAACAATTTGATAGTGATCTTAAAAGGTGTGATAGTCTCAATTTTCCTTTTAAATCACTCTCTCACATTTTCATGTATCAATTTTTGTCAAACATTCTAATTTTAATGTTAATTTTGAAACAATTATGAAAAGTATTTATCTCACATAATGTAAGTATTTTGAAATAAAGTGCAAAACTCAGGAGTATATATATATTTTTTAAAAAATACATTTAGCCCATTTGAATAAAATTAAGTTTGGCACAAATATTAGGTCGTGTAAGGCACAATTTGAATATCAAGTTTTACCAATATATTAGCCTTCTAATGTTATCATTCTCTAGGGTTGCAGTTTGACCCTGAATTTTCTTAAAGAATTAAAATTTAAACATATTTGTTTCATTTTCTCTACATATTTGTTATTTGGTTTATTTTTGATGTGGTGATAACTTGTAAATGAAAATATACATCTTATATTATTCCCTATATAAGATTATATTTGAAAATTTATTATAATTAAAGAAAATATCAAATTATTTGTAAATATAGAAAACTTTTATTGTCTACCAGTGATAGATTGCTATAGACTTTTATCGCTTGAAGCGATCGAAGAAATTTTTTTATATTTGTAAATAGTTTGACTCATTTTACCATATTTGAAAACAACCCATTATATATTGTAAAACTTTCATATGTTCGTGCACTTAAGAAATATACCTAGTTTATTTATTTGAAAATACAAATATATATCGAGTTCATTATTTTGTATATAAGATGTAATGTTGTATAAAATGGAATATTGCGCTGTCATTTTATGCACTTAAGAAATATACCGTTATATATATATTTTTAAAAAATATTGTATATTGCAACTTATGAATATGGTTTATATGTATTTCATTTTTATGTGTATATACAAGTCTTATTTCAAATATATACGTTGTTTATATCAAATATAATTAGAACAATTACAAATTTTAAGTAAGTTACATAATATATACACCTACCTTATTAAGATATATATTTCACGTATTTTGTCATATATACACATATATATTTATTTATCATATTATATAATAATAATGCTAATAAATTGGAGCATAAAATAAGATAGATGACATCCTCATATTATTTGAAAAAAACACAGACATATTTGAAATTGAAAACAAAATGTAGAAATAAACTCGTATATATATATATATATATATATTTATATTTGATTTGACATGGTACGTGGTAGAGTGGAGTCGGAGGAGGTGAAGTCAACGTGTGAACTAGCAGTGGGGGGCTGGTGTTGAACTCGAAGTGTAAACTAGAGTCGGGAAGATTATCGATCGGGACTGAAGGTGATTGTTGGTCGACATGCGTGCTGAGAGTTGAAAGTAAAGTTCGGTGTGCATGCTAAGGGTTGAAGGTGAAGTCGGCGTGCATGCTGAGGATTGAAGACATGAAGGTGAAGCGTGAGCGTGGTCCTGTCGTCCGTGATGAGGGTTGA CTCATTGGGCATTTTCGCACAATTTCCCACCAAATTCACACTTCGCTATTTCACCTTCGTCCTTGGAACAGCGATTCTTCGCAATCTAAGAAAAAAATGCCGCTGAAGGTAGTGGACGCCACCGTCTCCGACTTCGGTGCTGTATTCGACAAATTCCGATCAGAACTGCCAAACCATAAAGCTAATTTCATCCTCTTCTTGGCCGACAAAAACCCTTCCACCTCTCTCAGCTGGTGTCCTGTGTTCTTCGCTTCAGCCTACTCTACTCCTGACCCTGAAGAGCCTCGTCTTGTTGTCTCTGAATCCACGACTATACAACTATCTCATGGCTTGCCTGTGAAAAATTCTCCAGGTTCCAGACCAGGAACTGTGGTGGTTTGTGAAAGAGTATACGTACAAGGATTACCGAGGTTTAAAAATCTTAGGAAGGTTGCACACACAGTGAAAGTGAAGGTTTCAATGAGAAATTCGAGTTCTCGAATACCAAACGTTGAGGTTTGTTTTCACAGGAATATGTCACTTGGGACAGGAATGTGTCCTCAAAGTCAGTGGGAGAAAGTTGTCAAAGGTTCTTGGGCTCAATCCATGTCACCGTTTGACCACAAGCTTTTAGATATTAGAACATCTGGGTTATCCTTGGAAAGTTTTGAAGTATCAATTGAAGAAGAATTCTTTTTGTATCGCATAATCTTTTTAATCCTGGGTGTGGTGTTGATGAGTTCAGCCTCCATACTGAGCAAGTCGTTGGTATTCTATTACGGCAGTGCTATGGCAATTGGAATTCTTCTTGTAGTGTTAATGATCCTTTTTCAGGGGATGAAGCTTCTTCCTACTGGTCGGAAGAGCTCACTTGCAATTTTTCTATATGCATCTGCAGTTGGTCTGGGATCTTTTCTCCTTCGTTACATACCTGGATTATTGCATCAAATACTTTTGGAAATGGGTATAAGTGAGGACATGTATAATCCTCTAGCAGCATTTTTGCTGGCTTTTATTTTTCTGATTGGAGCATGGTTGGGCTTTTGGGTAGTCCACAAATTTGTCCTTGACGAAGATGGATCAATTGATACAAGTACATCGCTTTTTGTCACATGGTCCATTCGAATTTTGGCTACTCTTCTTATTCTCCAGTGTTCCTTGGATCCCTTGCTGGCAACAGGAGTTCTAATATGTGGAATAATGGCTTCATCAATGTTGAGGAAAATCTTTAAGTTCAGATTTCTTCGTCGCTTATACAAGAATTTCTTCAAATCTCCAAAGAGAACACCCAAGAGATCTCATATCTCTAATATGCCACGTTTGGATGATTCTGACGATGAAAGCACGTTGAAGACTCCCCCGCTTTATGAAGACCCCAGGTTCTATAGATCTCAAAACAAAAACTTCTCGCTTCAGTCCTGCAATTCTTCTAAACGTGGTGATGTATATCCTTCAACATTCCATTCCACACCTGAACGGAGAAAATTTTCAAAGGATGAGTGGGAAAAGTTCACCAAGGACTCAACTAAAAAGGCTTTGGAAGGACTAGTTTCTTCACCGGATTTTAGCAGGTGGCTTGTTGACAGTGCAGATAGAATCAGCATAACTCCCCAAAGCAGAAGAGCTGAGAAGCGTCAAAGCTTTTATGTCGTCATTCTCTCCATTAATGCCATAGGCTATGCCCTTAAGTATATTGCAGCAAAGGCTATTGCAGCGTCAGATGATATTGCACTTTTGAGAGCCTATGTTGGAGATAGACCAACATGGAGGAATCCCCAGCATCCATGGAGAGTGGATTCTAGGTTCAAGCTTACTGGAGTTCCAACGCTGGTTCGATGGGACGAGAATGATAAAATCAGTGGTCGCCTTGAAGACCATGAAGCTCATTTGGAGAACAAACTCGATGCCCTTATTGCTGGGTTGAAGGTGAAGTCGGCGTGCATGCTGAGGATTGAAGACATGAAGGTGAAGCGTGAGCGTGGTCCTGTCGTCCGTGATGAGGGTTGA ATGCCGCTGAAGGTAGTGGACGCCACCGTCTCCGACTTCGGTGCTGTATTCGACAAATTCCGATCAGAACTGCCAAACCATAAAGCTAATTTCATCCTCTTCTTGGCCGACAAAAACCCTTCCACCTCTCTCAGCTGGTGTCCTGTGTTCTTCGCTTCAGCCTACTCTACTCCTGACCCTGAAGAGCCTCGTCTTGTTGTCTCTGAATCCACGACTATACAACTATCTCATGGCTTGCCTGTGAAAAATTCTCCAGGTTCCAGACCAGGAACTGTGGTGGTTTGTGAAAGAGTATACGTACAAGGATTACCGAGGTTTAAAAATCTTAGGAAGGTTGCACACACAGTGAAAGTGAAGGTTTCAATGAGAAATTCGAGTTCTCGAATACCAAACGTTGAGGTTTGTTTTCACAGGAATATGTCACTTGGGACAGGAATGTGTCCTCAAAGTCAGTGGGAGAAAGTTGTCAAAGGTTCTTGGGCTCAATCCATGTCACCGTTTGACCACAAGCTTTTAGATATTAGAACATCTGGGTTATCCTTGGAAAGTTTTGAAGTATCAATTGAAGAAGAATTCTTTTTGTATCGCATAATCTTTTTAATCCTGGGTGTGGTGTTGATGAGTTCAGCCTCCATACTGAGCAAGTCGTTGGTATTCTATTACGGCAGTGCTATGGCAATTGGAATTCTTCTTGTAGTGTTAATGATCCTTTTTCAGGGGATGAAGCTTCTTCCTACTGGTCGGAAGAGCTCACTTGCAATTTTTCTATATGCATCTGCAGTTGGTCTGGGATCTTTTCTCCTTCGTTACATACCTGGATTATTGCATCAAATACTTTTGGAAATGGGTATAAGTGAGGACATGTATAATCCTCTAGCAGCATTTTTGCTGGCTTTTATTTTTCTGATTGGAGCATGGTTGGGCTTTTGGGTAGTCCACAAATTTGTCCTTGACGAAGATGGATCAATTGATACAAGTACATCGCTTTTTGTCACATGGTCCATTCGAATTTTGGCTACTCTTCTTATTCTCCAGTGTTCCTTGGATCCCTTGCTGGCAACAGGAGTTCTAATATGTGGAATAATGGCTTCATCAATGTTGAGGAAAATCTTTAAGTTCAGATTTCTTCGTCGCTTATACAAGAATTTCTTCAAATCTCCAAAGAGAACACCCAAGAGATCTCATATCTCTAATATGCCACGTTTGGATGATTCTGACGATGAAAGCACGTTGAAGACTCCCCCGCTTTATGAAGACCCCAGGTTCTATAGATCTCAAAACAAAAACTTCTCGCTTCAGTCCTGCAATTCTTCTAAACGTGGTGATGTATATCCTTCAACATTCCATTCCACACCTGAACGGAGAAAATTTTCAAAGGATGAGTGGGAAAAGTTCACCAAGGACTCAACTAAAAAGGCTTTGGAAGGACTAGTTTCTTCACCGGATTTTAGCAGGTGGCTTGTTGACAGTGCAGATAGAATCAGCATAACTCCCCAAAGCAGAAGAGCTGAGAAGCGTCAAAGCTTTTATGTCGTCATTCTCTCCATTAATGCCATAGGCTATGCCCTTAAGTATATTGCAGCAAAGGCTATTGCAGCGTCAGATGATATTGCACTTTTGAGAGCCTATGTTGGAGATAGACCAACATGGAGGAATCCCCAGCATCCATGGAGAGTGGATTCTAGGTTCAAGCTTACTGGAGTTCCAACGCTGGTTCGATGGGACGAGAATGATAAAATCAGTGGTCGCCTTGAAGACCATGAAGCTCATTTGGAGAACAAACTCGATGCCCTTATTGCTGGGTTGAAGGTGAAGTCGGCGTGCATGCTGAGGATTGAAGACATGAAGGTGAAGCGTGAGCGTGGTCCTGTCGTCCGTGATGAGGGTTGA MPLKVVDATVSDFGAVFDKFRSELPNHKANFILFLADKNPSTSLSWCPVFFASAYSTPDPEEPRLVVSESTTIQLSHGLPVKNSPGSRPGTVVVCERVYVQGLPRFKNLRKVAHTVKVKVSMRNSSSRIPNVEVCFHRNMSLGTGMCPQSQWEKVVKGSWAQSMSPFDHKLLDIRTSGLSLESFEVSIEEEFFLYRIIFLILGVVLMSSASILSKSLVFYYGSAMAIGILLVVLMILFQGMKLLPTGRKSSLAIFLYASAVGLGSFLLRYIPGLLHQILLEMGISEDMYNPLAAFLLAFIFLIGAWLGFWVVHKFVLDEDGSIDTSTSLFVTWSIRILATLLILQCSLDPLLATGVLICGIMASSMLRKIFKFRFLRRLYKNFFKSPKRTPKRSHISNMPRLDDSDDESTLKTPPLYEDPRFYRSQNKNFSLQSCNSSKRGDVYPSTFHSTPERRKFSKDEWEKFTKDSTKKALEGLVSSPDFSRWLVDSADRISITPQSRRAEKRQSFYVVILSINAIGYALKYIAAKAIAASDDIALLRAYVGDRPTWRNPQHPWRVDSRFKLTGVPTLVRWDENDKISGRLEDHEAHLENKLDALIAGLKVKSACMLRIEDMKVKRERGPVVRDEG Homology
BLAST of CaUC10G192130 vs. NCBI nr
Match: XP_038906035.1 (uncharacterized protein LOC120091936 [Benincasa hispida]) HSP 1 Score: 887.5 bits (2292), Expect = 6.8e-254 Identity = 467/541 (86.32%), Postives = 489/541 (90.39%), Query Frame = 0
BLAST of CaUC10G192130 vs. NCBI nr
Match: KAA0048313.1 (nuclear envelope integral membrane protein 1 isoform X1 [Cucumis melo var. makuwa] >TYK10658.1 nuclear envelope integral membrane protein 1 isoform X1 [Cucumis melo var. makuwa]) HSP 1 Score: 864.4 bits (2232), Expect = 6.1e-247 Identity = 464/637 (72.84%), Postives = 496/637 (77.86%), Query Frame = 0
BLAST of CaUC10G192130 vs. NCBI nr
Match: KGN58839.2 (hypothetical protein Csa_002288 [Cucumis sativus]) HSP 1 Score: 862.1 bits (2226), Expect = 3.0e-246 Identity = 442/509 (86.84%), Postives = 471/509 (92.53%), Query Frame = 0
BLAST of CaUC10G192130 vs. NCBI nr
Match: XP_016902769.1 (PREDICTED: nuclear envelope integral membrane protein 1 isoform X1 [Cucumis melo]) HSP 1 Score: 860.5 bits (2222), Expect = 8.9e-246 Identity = 448/540 (82.96%), Postives = 476/540 (88.15%), Query Frame = 0
BLAST of CaUC10G192130 vs. NCBI nr
Match: XP_011651793.1 (uncharacterized protein LOC101210632 isoform X1 [Cucumis sativus]) HSP 1 Score: 845.9 bits (2184), Expect = 2.3e-241 Identity = 442/540 (81.85%), Postives = 471/540 (87.22%), Query Frame = 0
BLAST of CaUC10G192130 vs. ExPASy Swiss-Prot
Match: Q9FMN4 (Thioredoxin-like protein Clot OS=Arabidopsis thaliana OX=3702 GN=At5g42850 PE=2 SV=1) HSP 1 Score: 105.5 bits (262), Expect = 2.2e-21 Identity = 45/66 (68.18%), Postives = 54/66 (81.82%), Query Frame = 0
BLAST of CaUC10G192130 vs. ExPASy Swiss-Prot
Match: Q5Z9Z3 (Thioredoxin-like protein Clot OS=Oryza sativa subsp. japonica OX=39947 GN=Os06g0320000 PE=2 SV=1) HSP 1 Score: 99.8 bits (247), Expect = 1.2e-19 Identity = 44/74 (59.46%), Postives = 55/74 (74.32%), Query Frame = 0
BLAST of CaUC10G192130 vs. ExPASy TrEMBL
Match: A0A5D3CHE8 (Nuclear envelope integral membrane protein 1 isoform X1 OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold25G00200 PE=3 SV=1) HSP 1 Score: 864.4 bits (2232), Expect = 3.0e-247 Identity = 464/637 (72.84%), Postives = 496/637 (77.86%), Query Frame = 0
BLAST of CaUC10G192130 vs. ExPASy TrEMBL
Match: A0A1S4E3G6 (nuclear envelope integral membrane protein 1 isoform X1 OS=Cucumis melo OX=3656 GN=LOC103500299 PE=3 SV=1) HSP 1 Score: 860.5 bits (2222), Expect = 4.3e-246 Identity = 448/540 (82.96%), Postives = 476/540 (88.15%), Query Frame = 0
BLAST of CaUC10G192130 vs. ExPASy TrEMBL
Match: A0A6J1D6S5 (uncharacterized protein LOC111017862 OS=Momordica charantia OX=3673 GN=LOC111017862 PE=3 SV=1) HSP 1 Score: 767.3 bits (1980), Expect = 4.9e-218 Identity = 400/469 (85.29%), Postives = 431/469 (91.90%), Query Frame = 0
BLAST of CaUC10G192130 vs. ExPASy TrEMBL
Match: A0A6J1G8K0 (uncharacterized protein LOC111451852 OS=Cucurbita moschata OX=3662 GN=LOC111451852 PE=3 SV=1) HSP 1 Score: 756.9 bits (1953), Expect = 6.7e-215 Identity = 395/466 (84.76%), Postives = 427/466 (91.63%), Query Frame = 0
BLAST of CaUC10G192130 vs. ExPASy TrEMBL
Match: A0A6J1L1F6 (uncharacterized protein LOC111499541 OS=Cucurbita maxima OX=3661 GN=LOC111499541 PE=3 SV=1) HSP 1 Score: 753.1 bits (1943), Expect = 9.6e-214 Identity = 393/466 (84.33%), Postives = 426/466 (91.42%), Query Frame = 0
BLAST of CaUC10G192130 vs. TAIR 10
Match: AT5G67610.1 (Uncharacterized conserved protein (DUF2215) ) HSP 1 Score: 419.1 bits (1076), Expect = 6.4e-117 Identity = 236/465 (50.75%), Postives = 318/465 (68.39%), Query Frame = 0
BLAST of CaUC10G192130 vs. TAIR 10
Match: AT5G67610.2 (Uncharacterized conserved protein (DUF2215) ) HSP 1 Score: 416.0 bits (1068), Expect = 5.4e-116 Identity = 231/450 (51.33%), Postives = 310/450 (68.89%), Query Frame = 0
BLAST of CaUC10G192130 vs. TAIR 10
Match: AT3G49840.1 (Uncharacterized conserved protein (DUF2215) ) HSP 1 Score: 345.9 bits (886), Expect = 6.8e-95 Identity = 197/456 (43.20%), Postives = 291/456 (63.82%), Query Frame = 0
BLAST of CaUC10G192130 vs. TAIR 10
Match: AT1G28760.1 (Uncharacterized conserved protein (DUF2215) ) HSP 1 Score: 225.7 bits (574), Expect = 1.0e-58 Identity = 145/409 (35.45%), Postives = 230/409 (56.23%), Query Frame = 0
BLAST of CaUC10G192130 vs. TAIR 10
Match: AT5G42850.1 (Thioredoxin superfamily protein ) HSP 1 Score: 105.5 bits (262), Expect = 1.6e-22 Identity = 45/66 (68.18%), Postives = 54/66 (81.82%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Watermelon (USVL246-FR2) v1
Date Performed: 2022-01-31
Relationships
The following mRNA feature(s) are a part of this gene:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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