Clc06G11005 (gene) Watermelon (cordophanus) v2
Overview
Sequences
The following sequences are available for this feature:
Legend: exonCDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.ATGGAAAAGTTGGTATCTGAAATGTTGTCGTCAGGGATTATAAGAACTAACGCGAGTCCTTACTCTAGTCTAGTGCTATTGGTGAAGAAAAAGGACAGAGAGGATGGAGGTTTTGCGTTGATTACCAAGCATTAAACACTGACTATACCCAATAAATTTCCAATACCAGTTGTGGAAGAATTGTTTGATGAGTTGAATGGAGCAGTTTGGTTTTTGAAGATAGACTTAAAATCCAGATCATCAAATCAAGATGCATCCAGCTGATGTGGAGAAGACTGCTTTTCGTACCCATGAAGGTCATAACGAGTTCTTAGTGATGCCTTTTGGGTTAACAAATGCACCTTCAACTTTTCAGGCATTGATGAACAAGGTGTTTAAACCATATTTGAGGAATTTTCTATTGGTACTTTCTTACGATATCTTAGACTACAGCAAGGACTTGGAGGAGCATGTGCAACATTTGAATGAGTTGTATGCTAATCGTACAAAGTGTCAGTTTATGCGTGGGAGAATTGAATATTTGGGACATTTGATCTCTGGAAAATGGGTGGAGGCTGATCCAGAGAAGGTGCGAGCTGTTTTGGAATGGCCAACACCTACGTGTTCATGAAGTTTGTGGTTTTTTGGGGTTAACAAGGTGATTTGTTCAAAATTATGGTCGTTTGGCTGCTCCTTTGTCTCAATTGTTGAAAAAGGGAGCTTATCAATGGTCTGCTGAGGCATAGGAAGCTTCTGAAAGATTGAAAATTGCCATGGTGAAGTTATCGGTATTGATTCTACCAGATTTCAGCGAGCAGTTTGAGATTGAAACTGATGCTTCGGGTTTTGGTTTTGGTGCCGTTTTGATGCAGAAGAGACATCCAATTGCTTATTTTAGTCATACGTTGTCAACTAGTGATCGGGGCAAGCTAGTGTATGAAAGGGAATTGATGGTTGTGGTCATGGCGGTGCAACAATGGCGACCATATTTGTTGGGGAAAAAGTTTGTGGTGAGGACAGATCAAAAAGCTCTCAAGTATTTGTTGGAGCAAAAGGTGATTCAACCACAACATCAAAGGTGGCTATCAAAATTACCTGGATAAGATTTTGAGGTTGTTTATCATCCAAGGGTGGAGAATAAGCTGCTGATGCGTTATCTATCTAGAATGCCTGAAGGTGTAGAACTGGCTAATCTGACCGTGCCAACGTTGTTAGATGTGGTTGTAATCAAGGAAGAAGTATGCTGGGATCCTAAGTTGATGGAAATAATTCAAAAATTGTGGGTTGATGAAGATAATGTCTCTAATTTCTCCTTACATCGGGTAATGCTGAAATACAAAGGTCGGCTGGTCGTTTCAAAGTCATCTTTGTTGCCGTCAATACTTCATACTTATCATGATTCGGTGTTTGGTGGGCATTCGGGGTTCTTACGTATGTATAAAAGATTGATTGGAGAGTTATATTGGGAGGGTATGAAGCAAGACGTGAAAAAATATGTGGGAGAGTGTTCAGTTTGTCAAAAAAAACAAATCTTTGGCTATGTCGCCTGCGAGGTTGTTATTACCGTTGAGTATACCATATGCTATTTGGGAAGATGTATCCATGGATTTTATCGAGGGATTACCGAAGTCTCAAGGGTATGATGTTATTTTTGTGGTGGTAGATAGATTGACTAAATATAGTCACTTCGTTGGTCTTAAACATCCATTTTCTGCAAGGTTGTTGCTGATGTATTTGTAAATGAGGTTGTACGTCTTCATGGCTATCCTAAGTCAATTGTTTCTGACAGAGATAAGGTGTTTTCGAGTCAATTTTGGCAGGAATTGTTTCGTTTGGCTGTAACTCAACTACATCGTAGTACTTGCTTATCACCCACAATCCGATGAACAAACGAAGGCGGTGAATAAGTGTGTGGAAGCTTATTTGCGTTGTTTCTGTGGAGAATGTCCTACATAGTGGTACTCGTGGTTGCATTGGGCAGAATATTGGTATAACACTAAATATCATATATTAGCAGTTTATGGTTGACTTTCACTCACATTAATTTCTTACCAGGTGATCAAGCTACTTCCAACTCCAATCTGGACCAGCAGTTGCGTGCAAGAGATGTAATGTTGGGCGTTTTGAAAGAGCATTTGAGAGACGTTCAAGAGAGGATGAAGAAGTTTGCGGATAGGAAGAGGAGGGAGGTTGAATTTGAGGTAGGTGATCTAGTATACCTGAAACTTCGTCCGTATAGACAATCTTCAATGATGGCATAGAGGAACGAGAAATTGTCTCCTAAGTATTTTGGTCCATGCTATATTGAAGCAAGGGTCGAAAAACTGGCTTATCGACTGAAATTACCAGTGCTTCTATTCACCCGGTATTTCATGTTCCTTAGCTTAAAAAAGCACTAGAACCGCAGAAGGTCATGCAATTAGAGTTGCCTATGTTTTCAAAGTTGTTTGAATGGGTGATTGAGCCTCAGGAGGTGTATGGCTATCGCAAGAATCCATCAACAGGTGGTTGGGTGGTGCTGATTGGGTGGAAAGGGCTATTATTGACGATTTTCAGCAACAATTTCCTGCTTTTCACCTCGAGGGACAAGGTGAATTTGGAGGGGGAAAGTAATGTTAGGCCTCCAATTGTGTATCAACTCTCCTCCCCCCTCTTCTCCCTCCTCCACCTCCCCTCCGGTGATTCTCCTCCTTACCGACAGCTTCCGTACTTGCCAACCAAGACTCCGTTATTAGATAGTCGCCTTGTCAAGCATTCGTCATGGAAGTAGTCAATTGCAAGATTAATGGACTTTTCTTCTGTACTTGGTTTGAAGATGGTAATTTCATAATATAAGACATGGAAGTTAGAAAAGCAATTTACTTATCAAAATCGCATTTGCTTTGGATGGTGAAGCAAATTTCAGAACTCCTCAACGGTTCAAGTGTCCGTTTTTTCTTAAGGGAAGTGCATAACGACTCGGGAGCAATGATATTATCAAAATTCAAGAGTAAGATGGGTTGGAATCTTAGATGTGTAGTTTGGCCCGTTACCGGCGGTCGTTTCATTATTCATGTACCAGGAGGGACAGCGCAACAAGGATGGACTGAATTTTTGGGGATGATTAATAGCTTCATTATTCGAATTGGGTGTTATACAGACTTTTCAGCAAAAAAGGAGTTGCTTCAGCCGAGCTTTGTAGACGTTTTAACAAAAGGAGAGAGCCATCATAATCATTCTGCTCAGGATTTCACTCTAGGGCAACCAAACTCCTCTGCTTTTCACAATAAACAGAGCACATATCTTGGATGGATCAAAAAGGAAAAAGAAGTGTTTAAGGAAGATTTCGAAAATTTGTGGGTGGTTTCAAGGTTGTTTGCTTTCAATGAATGGAAAGATATTGTCAGTTTTTTGGAGGGTCTCTATCAAACTAAAATCAGCATTAACCCTCTGTTTGCAGATAAGGCCTTGATTAAAATATCAAATTTAGAAAAGATCATCGTAACACCTGGAAGATGGTTTAATTATCGTAAGTTCCATCTTTTATTTGAAAAATGGAATTCAATTCAACATAGTAGGCCTACTTGCATAAAAGGTTATGGAGGTTGGTTGATAAATAGAAACTTGCCGCTAGAATACTGGTGCAGAGCAACCTTTGAAACTATCGGATCCCATTTCGGAGGTTTGGAAAGATATAGCATTAGAAACTCTCAATCTTTTGAATGTGTCAGAAGCAAAAATTAAAATTAAAAGGAATTTATGTGGTTTTATGCCTGCTTCTATTGAAATTAAAAATGTTATGAGAGGCTCTATTTTTTTAAATTTTGGGGATGTCGAAGTCATGGAAGGTCCGCCTCACGCTCAAAAGGATTTATTTTTTAAAGATTTCATTAATCCAATCGACCAAAACCGGTTGAGTAAAGTTGCAGAGGATGAAGAGGCATGTAGTTTGGTATCAAAATGTATCAGATTAGGTAGATTTGTGCCCCTCTCGCTGGAGATGCTGCCGGAAAGCTCGAAAAAGGTTGACTATCCCGAGCCAGTTCCAAAGTTTCGAGATGAAATGATTAGTTTCGAAGAAATTGAAGAAGTCGAAAAGTCAAGCAAAACAGTTCAAATTCCAGCGTCCACTGATCTCCTCTTAATGGAAAATGAGGAAATTAATGCTTCTCGGGTACTTTCATCCCAAGTTTCAACAAGTTTTTCGGGGGAGAGCATGCCAACTGGTTAGTTTGGAGGGCGTGAAGGGAAGCTTTCCGAAAAGACAGAATCTTTGTTGAAAAGAGAAAATGACAGCTATTTTCTTGATTGCACCAACAATAGCATTAAAAATAAATAAGATTTCGAAGAGGCCATTGACTTTCCAACCGAAGGATTCGAGGAGGCTGCTGGCATTCCAACCACGGGAATCAAGGCTAGCATTGAAAGGAATTATGATCTCACGAATCAACCACCTGATTTATTAGGCAAATATCCTTCTCACATCAATGTCCACCACTTTATTGCTTGGAATAATAACTTTAAAAGTAATTCAGCATTTAATAGGGCTGTTGATATCCCATCCGAAAATTTCAAGGCTAGCATTAAAGACCATTTTATTCCCACAAACCAGCCACCAGATTTATTAGGCAAAGATCCTTCCCCTTCCTAAGGATTAATTAATTAAGAGCCAAAGTGCCTCCTCATTGGATTATTCGAAATTATTAAAGCCTTTTCCTCTTCATTTCTCAAGAAAAAAAAGCTCCATTAGTGTTGTCGTGGCTGCTTCTTCCAACCCCGATCTGTTGGAGAGTTGCTGCACCCGAGCCCAATTTCTGCCTCACCCGATTAGGTCTGAAAACCCCACTTCTCCTCCTTTTCTCTTCAAGAAATCCACTCTTACCTTGCCCTAATTCAAATTCTACATTTTTAAGAAGTACTCGTTGCATCTCACATGGTTCTAATCTAAGAATTGAAAAAGATTCCAACATTGGTTCAATAGCAAGTGTTAGCAGTGAGGATTTAGATGATTTTGAAACATTAGATCATCACGAGGTTTCGGATCAACTTAAAGTTACTGGAGAAGATATCAATGCCTTGTTCTCTCAGAATGAACCTCCTAACGAATTAGAATTCAGCAACCATTCTTTCATTTCCCCTAATCGTCCGAAATTGCCGGCACATTTGGCATCCTTCGTTGAAGATTGTGGTCATCTTTGGATAGACCATGAAGCCTCTCGTAATTTGTTGATGTTTTAGTTTGCCAAGCTTCTAAAGGATTTGTGTGTTTGGCAACTTTACACCATAATTTTTGTTCAAGTCACGGATTTTTGGATATACTTGGAAAGCTTGTGTGGTTCGCTTCAAGAGAAAAGTTGAGTTTCATTGAAGCTGGGATTTATTTTCGCCTTTCCTTATCAAATTACTGCTTGGATTCATGGTGTTTCGGTGATCATTTGGAGGTCTTATCGACCAAAGAAGGGGTTACAACGGCTTGA ATGGAAAAGTTGGTATCTGAAATGTTGTCGTCAGGGATTATAAGAACTAACGCGAGTCCTTACTCTAGTCTAGTGCTATTGGTGAAGAAAAAGGACAGAGAGGATGGAGATCATCAAATCAAGATGCATCCAGCTGATGTGGAGAAGACTGCTTTTCGTACCCATGAAGGTCATAACGAGTTCTTAGTGATGCCTTTTGGGTTAACAAATGCACCTTCAACTTTTCAGGCATTGATGAACAAGGTGTTTAAACCATATTTGAGGAATTTTCTATTGGTACTTTCTTACGATATCTTAGACTACAGCAAGGACTTGGAGGAGCATGTGCAACATTTGAATGAGTTGTATGCTAATCGTACAAAGTGTCAGTTTATGCGTGGGAGAATTGAATATTTGGGACATTTGATCTCTGGAAAATGGGTGGAGGCTGATCCAGAGAAGGAAGCTTCTGAAAGATTGAAAATTGCCATGGTGAAGTTATCGGTATTGATTCTACCAGATTTCAGCGAGCAGTTTGAGATTGAAACTGATGCTTCGGGTTTTGGTTTTGGTGCCGTTTTGATGCAGAAGAGACATCCAATTGCTTATTTTAGTCATACGTTGTCAACTAGTGATCGGGGCAAGCTAGTGTATGAAAGGGAATTGATGGTTGTGGTCATGGCGGTGCAACAATGGCGACCATATTTGTTGGGGAAAAAGTTTGTGGTGAGGACAGATCAAAAAGCTCTCAAGTATTTGTTGGAGCAAAAGGTGATTCAACCACAACATCAAAGGGTGGAGAATAAGCTGCTGATGCGTTATCTATCTAGAATGCCTGAAGGTGTAGAACTGGCTAATCTGACCGTGCCAACGTTGTTAGATGTGGTTGTAATCAAGGAAGAAGTATGCTGGGATCCTAAGTTGATGGAAATAATTCAAAAATTGTGGGTTGATGAAGATAATGTCTCTAATTTCTCCTTACATCGGGTAATGCTGAAATACAAAGGTCGGCTGGTCGTTTCAAAGTCATCTTTGTTGCCGTCAATACTTCATACTTATCATGATTCGGTGTTTGGTGGGCATTCGGGGTTCTTACGTATGTATAAAAGATTGATTGGAGAGTTATATTGGGAGGGTATGAAGCAAGACGTGAAAAAATATGTGGGAGAGTTGTTATTACCGTTGAGTATACCATATGCTATTTGGGAAGATGTATCCATGGATTTTATCGAGGGATTACCGAAGTCTCAAGGGTATGATGTTATTTTTGTGGTGGTTGTTGCTGATGTATTTGTAAATGAGGTTGTACGTCTTCATGGCTATCCTAAGTCAATTGTTTCTGACAGAGATAAGGTGTTTTCGAGTCAATTTTGGCAGGAATTGTTTCGTTTGGCTCTTATTTGCGTTGTTTCTGTGGAGAATGTCCTACATAGTGGTACTCGTGGTTGCATTGGGCAGAATATTGGTGATCAAGCTACTTCCAACTCCAATCTGGACCAGCAGTTGCGTGCAAGAGATGTAATGTTGGGCGTTTTGAAAGAGCATTTGAGAGACGTTCAAGAGAGGATGAAGAAGTTTGCGGATAGGAAGAGGAGGGAGGTTGAATTTGAGGTAGGTGATCTAGTATACCTGAAACTTCGTCCCAAGGGTCGAAAAACTGGCTTATCGACTGAAATTACCAGTGCTTCTATTCACCCGAAGGTCATGCAATTAGAGTTGCCTATGTTTTCAAAGTTGTTTGAATGGGTGATTGAGCCTCAGGAGGTGTATGGCTATCGCAAGAATCCATCAACAGGTGGTTGGGTGGTGCTGATTGGGTGGAAAGGGCTATTATTGACGATTTTCAGCAACAATTTCCTGCTTTTCACCTCGAGGGACAAGGTGAATTTGGAGGGGGAAAGTAATGTTAGGCCTCCAATTGTGTATCAACTCTCCTCCCCCCTCTTCTCCCTCCTCCACCTCCCCTCCGGTGATTCTCCTCCTTACCGACAGCTTCCGTACTTGCCAACCAAGACTCCGTTATTAGATAGTCGCCTTGTCAAGCATTCGTCATGGAAGGAAGTGCATAACGACTCGGGAGCAATGATATTATCAAAATTCAAGAGTAAGATGGGTTGGAATCTTAGATGTGTAGTTTGGCCCGTTACCGGCGGTCGTTTCATTATTCATGTACCAGGAGGGACAGCGCAACAAGGATGGACTGAATTTTTGGGGATGATTAATAGCTTCATTATTCGAATTGGGTGTTATACAGACTTTTCAGCAAAAAAGGAGTTGCTTCAGCCGAGCTTTGTAGACGTTTTAACAAAAGGAGAGAGCCATCATAATCATTCTGCTCAGGATTTCACTCTAGGGCAACCAAACTCCTCTGCTTTTCACAATAAACAGAGCACATATCTTGGATGGATCAAAAAGGAAAAAGAAGTGTTTAAGGAAGATTTCGAAAATTTGTGGGTGGTTTCAAGGTTGTTTGCTTTCAATGAATGGAAAGATATTGTCAGTTTTTTGGAGGGTCTCTATCAAACTAAAATCAGCATTAACCCTCTGTTTGCAGATAAGGCCTTGATTAAAATATCAAATTTAGAAAAGATCATCGTAACACCTGGAAGATGGTTTAATTATCGTAAGTTCCATCTTTTATTTGAAAAATGGAATTCAATTCAACATAGTAGGCCTACTTGCATAAAAGGTTATGGAGGTTGGTTGATAAATAGAAACTTGCCGCTAGAATACTGGTGCAGAGCAACCTTTGAAACTATCGGATCCCATTTCGGAGTCATGGAAGGTCCGCCTCACGCTCAAAAGGATTTATTTTTTAAAGATTTCATTAATCCAATCGACCAAAACCGGTTGAGTAAAGTTGCAGAGGATGAAGAGGCATGTAGTTTGATGCTGCCGGAAAGCTCGAAAAAGGTTGACTATCCCGAGCCAGTTCCAAAGTTTCGAGATGAAATGATTAGTTTCGAAGAAATTGAAGAAGTCGAAAAGTCAAGCAAAACAGTTCAAATTCCAGCGTCCACTGATCTCCTCTTAATGGAAAATGAGGAAATTAATGCTTCTCGGGTACTTTCATCCCAAGTTTCAACAAGTTTTTCGGGGGAGAGCATGCCAACTGATTTCGAAGAGGCCATTGACTTTCCAACCGAAGGATTCGAGGAGGCTGCTGGCATTCCAACCACGGGAATCAAGGCTAGCATTGAAAGGAATTATGATCTCACGAATCAACCACCTGATTTATTAGGCAAATATCCTTCTCACATCAATCCCAATTTCTGCCTCACCCGATTAGGTCTGAAAACCCCACTTCTCCTCCTTTTCTCTTCAAGAAATCCACTCTTACCTTGCCCTAATTCAAATTCTACATTTTTAAGAAGTACTCGTTGCATCTCACATGGTTCTAATCTAAGAATTGAAAAAGATTCCAACATTGGTTCAATAGCAAGTGTTAGCAGTGAGGATTTAGATGATTTTGAAACATTAGATCATCACGAGGTTTCGGATCAACTTAAAGTTACTGGAGAAGATATCAATGCCTTGTTCTCTCAGAATGAACCTCCTAACGAATTAGAATTCAGCAACCATTCTTTCATTTCCCCTAATCGTCCGAAATTGCCGGCACATTTGGCATCCTTCGTTGAAGATTGTGGTCATCTTTGGATAGACCATGAAGCCTCTCGTAATTTAGAAAAGTTGAGTTTCATTGAAGCTGGGATTTATTTTCGCCTTTCCTTATCAAATTACTGCTTGGATTCATGGTGTTTCGGTGATCATTTGGAGGTCTTATCGACCAAAGAAGGGGTTACAACGGCTTGA ATGGAAAAGTTGGTATCTGAAATGTTGTCGTCAGGGATTATAAGAACTAACGCGAGTCCTTACTCTAGTCTAGTGCTATTGGTGAAGAAAAAGGACAGAGAGGATGGAGATCATCAAATCAAGATGCATCCAGCTGATGTGGAGAAGACTGCTTTTCGTACCCATGAAGGTCATAACGAGTTCTTAGTGATGCCTTTTGGGTTAACAAATGCACCTTCAACTTTTCAGGCATTGATGAACAAGGTGTTTAAACCATATTTGAGGAATTTTCTATTGGTACTTTCTTACGATATCTTAGACTACAGCAAGGACTTGGAGGAGCATGTGCAACATTTGAATGAGTTGTATGCTAATCGTACAAAGTGTCAGTTTATGCGTGGGAGAATTGAATATTTGGGACATTTGATCTCTGGAAAATGGGTGGAGGCTGATCCAGAGAAGGAAGCTTCTGAAAGATTGAAAATTGCCATGGTGAAGTTATCGGTATTGATTCTACCAGATTTCAGCGAGCAGTTTGAGATTGAAACTGATGCTTCGGGTTTTGGTTTTGGTGCCGTTTTGATGCAGAAGAGACATCCAATTGCTTATTTTAGTCATACGTTGTCAACTAGTGATCGGGGCAAGCTAGTGTATGAAAGGGAATTGATGGTTGTGGTCATGGCGGTGCAACAATGGCGACCATATTTGTTGGGGAAAAAGTTTGTGGTGAGGACAGATCAAAAAGCTCTCAAGTATTTGTTGGAGCAAAAGGTGATTCAACCACAACATCAAAGGGTGGAGAATAAGCTGCTGATGCGTTATCTATCTAGAATGCCTGAAGGTGTAGAACTGGCTAATCTGACCGTGCCAACGTTGTTAGATGTGGTTGTAATCAAGGAAGAAGTATGCTGGGATCCTAAGTTGATGGAAATAATTCAAAAATTGTGGGTTGATGAAGATAATGTCTCTAATTTCTCCTTACATCGGGTAATGCTGAAATACAAAGGTCGGCTGGTCGTTTCAAAGTCATCTTTGTTGCCGTCAATACTTCATACTTATCATGATTCGGTGTTTGGTGGGCATTCGGGGTTCTTACGTATGTATAAAAGATTGATTGGAGAGTTATATTGGGAGGGTATGAAGCAAGACGTGAAAAAATATGTGGGAGAGTTGTTATTACCGTTGAGTATACCATATGCTATTTGGGAAGATGTATCCATGGATTTTATCGAGGGATTACCGAAGTCTCAAGGGTATGATGTTATTTTTGTGGTGGTTGTTGCTGATGTATTTGTAAATGAGGTTGTACGTCTTCATGGCTATCCTAAGTCAATTGTTTCTGACAGAGATAAGGTGTTTTCGAGTCAATTTTGGCAGGAATTGTTTCGTTTGGCTCTTATTTGCGTTGTTTCTGTGGAGAATGTCCTACATAGTGGTACTCGTGGTTGCATTGGGCAGAATATTGGTGATCAAGCTACTTCCAACTCCAATCTGGACCAGCAGTTGCGTGCAAGAGATGTAATGTTGGGCGTTTTGAAAGAGCATTTGAGAGACGTTCAAGAGAGGATGAAGAAGTTTGCGGATAGGAAGAGGAGGGAGGTTGAATTTGAGGTAGGTGATCTAGTATACCTGAAACTTCGTCCCAAGGGTCGAAAAACTGGCTTATCGACTGAAATTACCAGTGCTTCTATTCACCCGAAGGTCATGCAATTAGAGTTGCCTATGTTTTCAAAGTTGTTTGAATGGGTGATTGAGCCTCAGGAGGTGTATGGCTATCGCAAGAATCCATCAACAGGTGGTTGGGTGGTGCTGATTGGGTGGAAAGGGCTATTATTGACGATTTTCAGCAACAATTTCCTGCTTTTCACCTCGAGGGACAAGGTGAATTTGGAGGGGGAAAGTAATGTTAGGCCTCCAATTGTGTATCAACTCTCCTCCCCCCTCTTCTCCCTCCTCCACCTCCCCTCCGGTGATTCTCCTCCTTACCGACAGCTTCCGTACTTGCCAACCAAGACTCCGTTATTAGATAGTCGCCTTGTCAAGCATTCGTCATGGAAGGAAGTGCATAACGACTCGGGAGCAATGATATTATCAAAATTCAAGAGTAAGATGGGTTGGAATCTTAGATGTGTAGTTTGGCCCGTTACCGGCGGTCGTTTCATTATTCATGTACCAGGAGGGACAGCGCAACAAGGATGGACTGAATTTTTGGGGATGATTAATAGCTTCATTATTCGAATTGGGTGTTATACAGACTTTTCAGCAAAAAAGGAGTTGCTTCAGCCGAGCTTTGTAGACGTTTTAACAAAAGGAGAGAGCCATCATAATCATTCTGCTCAGGATTTCACTCTAGGGCAACCAAACTCCTCTGCTTTTCACAATAAACAGAGCACATATCTTGGATGGATCAAAAAGGAAAAAGAAGTGTTTAAGGAAGATTTCGAAAATTTGTGGGTGGTTTCAAGGTTGTTTGCTTTCAATGAATGGAAAGATATTGTCAGTTTTTTGGAGGGTCTCTATCAAACTAAAATCAGCATTAACCCTCTGTTTGCAGATAAGGCCTTGATTAAAATATCAAATTTAGAAAAGATCATCGTAACACCTGGAAGATGGTTTAATTATCGTAAGTTCCATCTTTTATTTGAAAAATGGAATTCAATTCAACATAGTAGGCCTACTTGCATAAAAGGTTATGGAGGTTGGTTGATAAATAGAAACTTGCCGCTAGAATACTGGTGCAGAGCAACCTTTGAAACTATCGGATCCCATTTCGGAGTCATGGAAGGTCCGCCTCACGCTCAAAAGGATTTATTTTTTAAAGATTTCATTAATCCAATCGACCAAAACCGGTTGAGTAAAGTTGCAGAGGATGAAGAGGCATGTAGTTTGATGCTGCCGGAAAGCTCGAAAAAGGTTGACTATCCCGAGCCAGTTCCAAAGTTTCGAGATGAAATGATTAGTTTCGAAGAAATTGAAGAAGTCGAAAAGTCAAGCAAAACAGTTCAAATTCCAGCGTCCACTGATCTCCTCTTAATGGAAAATGAGGAAATTAATGCTTCTCGGGTACTTTCATCCCAAGTTTCAACAAGTTTTTCGGGGGAGAGCATGCCAACTGATTTCGAAGAGGCCATTGACTTTCCAACCGAAGGATTCGAGGAGGCTGCTGGCATTCCAACCACGGGAATCAAGGCTAGCATTGAAAGGAATTATGATCTCACGAATCAACCACCTGATTTATTAGGCAAATATCCTTCTCACATCAATCCCAATTTCTGCCTCACCCGATTAGGTCTGAAAACCCCACTTCTCCTCCTTTTCTCTTCAAGAAATCCACTCTTACCTTGCCCTAATTCAAATTCTACATTTTTAAGAAGTACTCGTTGCATCTCACATGGTTCTAATCTAAGAATTGAAAAAGATTCCAACATTGGTTCAATAGCAAGTGTTAGCAGTGAGGATTTAGATGATTTTGAAACATTAGATCATCACGAGGTTTCGGATCAACTTAAAGTTACTGGAGAAGATATCAATGCCTTGTTCTCTCAGAATGAACCTCCTAACGAATTAGAATTCAGCAACCATTCTTTCATTTCCCCTAATCGTCCGAAATTGCCGGCACATTTGGCATCCTTCGTTGAAGATTGTGGTCATCTTTGGATAGACCATGAAGCCTCTCGTAATTTAGAAAAGTTGAGTTTCATTGAAGCTGGGATTTATTTTCGCCTTTCCTTATCAAATTACTGCTTGGATTCATGGTGTTTCGGTGATCATTTGGAGGTCTTATCGACCAAAGAAGGGGTTACAACGGCTTGA MEKLVSEMLSSGIIRTNASPYSSLVLLVKKKDREDGDHQIKMHPADVEKTAFRTHEGHNEFLVMPFGLTNAPSTFQALMNKVFKPYLRNFLLVLSYDILDYSKDLEEHVQHLNELYANRTKCQFMRGRIEYLGHLISGKWVEADPEKEASERLKIAMVKLSVLILPDFSEQFEIETDASGFGFGAVLMQKRHPIAYFSHTLSTSDRGKLVYERELMVVVMAVQQWRPYLLGKKFVVRTDQKALKYLLEQKVIQPQHQRVENKLLMRYLSRMPEGVELANLTVPTLLDVVVIKEEVCWDPKLMEIIQKLWVDEDNVSNFSLHRVMLKYKGRLVVSKSSLLPSILHTYHDSVFGGHSGFLRMYKRLIGELYWEGMKQDVKKYVGELLLPLSIPYAIWEDVSMDFIEGLPKSQGYDVIFVVVVADVFVNEVVRLHGYPKSIVSDRDKVFSSQFWQELFRLALICVVSVENVLHSGTRGCIGQNIGDQATSNSNLDQQLRARDVMLGVLKEHLRDVQERMKKFADRKRREVEFEVGDLVYLKLRPKGRKTGLSTEITSASIHPKVMQLELPMFSKLFEWVIEPQEVYGYRKNPSTGGWVVLIGWKGLLLTIFSNNFLLFTSRDKVNLEGESNVRPPIVYQLSSPLFSLLHLPSGDSPPYRQLPYLPTKTPLLDSRLVKHSSWKEVHNDSGAMILSKFKSKMGWNLRCVVWPVTGGRFIIHVPGGTAQQGWTEFLGMINSFIIRIGCYTDFSAKKELLQPSFVDVLTKGESHHNHSAQDFTLGQPNSSAFHNKQSTYLGWIKKEKEVFKEDFENLWVVSRLFAFNEWKDIVSFLEGLYQTKISINPLFADKALIKISNLEKIIVTPGRWFNYRKFHLLFEKWNSIQHSRPTCIKGYGGWLINRNLPLEYWCRATFETIGSHFGVMEGPPHAQKDLFFKDFINPIDQNRLSKVAEDEEACSLMLPESSKKVDYPEPVPKFRDEMISFEEIEEVEKSSKTVQIPASTDLLLMENEEINASRVLSSQVSTSFSGESMPTDFEEAIDFPTEGFEEAAGIPTTGIKASIERNYDLTNQPPDLLGKYPSHINPNFCLTRLGLKTPLLLLFSSRNPLLPCPNSNSTFLRSTRCISHGSNLRIEKDSNIGSIASVSSEDLDDFETLDHHEVSDQLKVTGEDINALFSQNEPPNELEFSNHSFISPNRPKLPAHLASFVEDCGHLWIDHEASRNLEKLSFIEAGIYFRLSLSNYCLDSWCFGDHLEVLSTKEGVTTA Homology
BLAST of Clc06G11005 vs. NCBI nr
Match: KAA0050511.1 (Ty3/gypsy retrotransposon protein [Cucumis melo var. makuwa]) HSP 1 Score: 625.2 bits (1611), Expect = 1.3e-174 Identity = 400/900 (44.44%), Postives = 483/900 (53.67%), Query Frame = 0
BLAST of Clc06G11005 vs. NCBI nr
Match: KAA0058186.1 (Ty3/gypsy retrotransposon protein [Cucumis melo var. makuwa]) HSP 1 Score: 625.2 bits (1611), Expect = 1.3e-174 Identity = 401/900 (44.56%), Postives = 485/900 (53.89%), Query Frame = 0
BLAST of Clc06G11005 vs. NCBI nr
Match: TYK24654.1 (Ty3/gypsy retrotransposon protein [Cucumis melo var. makuwa]) HSP 1 Score: 624.8 bits (1610), Expect = 1.6e-174 Identity = 400/900 (44.44%), Postives = 482/900 (53.56%), Query Frame = 0
BLAST of Clc06G11005 vs. NCBI nr
Match: TYK06572.1 (Ty3/gypsy retrotransposon protein [Cucumis melo var. makuwa]) HSP 1 Score: 624.8 bits (1610), Expect = 1.6e-174 Identity = 400/900 (44.44%), Postives = 482/900 (53.56%), Query Frame = 0
BLAST of Clc06G11005 vs. NCBI nr
Match: TYK23090.1 (Ty3/gypsy retrotransposon protein [Cucumis melo var. makuwa]) HSP 1 Score: 623.6 bits (1607), Expect = 3.7e-174 Identity = 399/900 (44.33%), Postives = 485/900 (53.89%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy Swiss-Prot
Match: P04323 (Retrovirus-related Pol polyprotein from transposon 17.6 OS=Drosophila melanogaster OX=7227 GN=pol PE=4 SV=1) HSP 1 Score: 153.3 bits (386), Expect = 1.8e-35 Identity = 105/365 (28.77%), Postives = 156/365 (42.74%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy Swiss-Prot
Match: P20825 (Retrovirus-related Pol polyprotein from transposon 297 OS=Drosophila melanogaster OX=7227 GN=pol PE=4 SV=1) HSP 1 Score: 150.6 bits (379), Expect = 1.2e-34 Identity = 101/361 (27.98%), Postives = 154/361 (42.66%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy Swiss-Prot
Match: P0CT41 (Transposon Tf2-12 polyprotein OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=Tf2-12 PE=3 SV=1) HSP 1 Score: 148.3 bits (373), Expect = 5.9e-34 Identity = 164/711 (23.07%), Postives = 280/711 (39.38%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy Swiss-Prot
Match: P0CT34 (Transposon Tf2-1 polyprotein OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=Tf2-1 PE=3 SV=1) HSP 1 Score: 148.3 bits (373), Expect = 5.9e-34 Identity = 164/711 (23.07%), Postives = 280/711 (39.38%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy Swiss-Prot
Match: P0CT35 (Transposon Tf2-2 polyprotein OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) OX=284812 GN=Tf2-2 PE=3 SV=1) HSP 1 Score: 148.3 bits (373), Expect = 5.9e-34 Identity = 164/711 (23.07%), Postives = 280/711 (39.38%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy TrEMBL
Match: A0A5A7UAE4 (Ty3/gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold175G001550 PE=4 SV=1) HSP 1 Score: 625.2 bits (1611), Expect = 6.1e-175 Identity = 400/900 (44.44%), Postives = 483/900 (53.67%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy TrEMBL
Match: A0A5A7UVI2 (Ty3/gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold274G005060 PE=4 SV=1) HSP 1 Score: 625.2 bits (1611), Expect = 6.1e-175 Identity = 401/900 (44.56%), Postives = 485/900 (53.89%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy TrEMBL
Match: A0A5D3DM31 (Ty3/gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold266G002040 PE=4 SV=1) HSP 1 Score: 624.8 bits (1610), Expect = 8.0e-175 Identity = 400/900 (44.44%), Postives = 482/900 (53.56%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy TrEMBL
Match: A0A5D3C5N7 (Ty3/gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold453G00350 PE=4 SV=1) HSP 1 Score: 624.8 bits (1610), Expect = 8.0e-175 Identity = 400/900 (44.44%), Postives = 482/900 (53.56%), Query Frame = 0
BLAST of Clc06G11005 vs. ExPASy TrEMBL
Match: A0A5D3DI73 (Ty3/gypsy retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold142G00700 PE=4 SV=1) HSP 1 Score: 623.6 bits (1607), Expect = 1.8e-174 Identity = 399/900 (44.33%), Postives = 485/900 (53.89%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Watermelon (cordophanus) v2
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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