ClCG09G015100 (gene) Watermelon (Charleston Gray) v2.5

Overview
NameClCG09G015100
Typegene
OrganismCitrullus lanatus subsp. vulgaris cv. Charleston Gray (Watermelon (Charleston Gray) v2.5)
DescriptionTransposon TX1 uncharacterized 149 kDa protein
LocationCG_Chr09: 28436757 .. 28446142 (+)
RNA-Seq ExpressionClCG09G015100
SyntenyClCG09G015100
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.
ATGTGGTTTTTCTCAAACTCAGGCCCGACAGCGGACATGAGCAAGGCAAGATGTGAACAACTTGCAGCTAAATTTTATGGGCCATACAAAGTGTTGGAACGTGTGGGAGTCATGGCCTATAAGCTGGAGTTACCACCAGAAGCATGCATACATGATGTTTTTCATGTTTCCCAGCTGAAGAAGTGTATCAGGACAGTTGCTCATGTCCAAAATCATCCACCCAGTCTCTCGGATGAGTTTGAATTACAGGTGACACGGAAGACTGTGTTGGGCGTACGATGGAACAACAAAATGGGGAAGGAAGTGGAAAAAATACCCAGAGAGTAAACTAACTTGGGAAGTTGTAGATGGAATGAAGCAACAGTATCCTCATTCACCTTGAGGACAAGGTGACTAAAAAAGTCAGGGGTATTGTAAGGCCCTAATTATATATACTTATAAATGTAGGAGCAGAAAGGGGAATATGAATGTGGGAGGGAATAATTAGTGAAGGGGCGTGTGAAGTTTGTAGGAGTGGGGACTATGCATGGGAAGGGGTTTAAGAGAGAATTTGGCATTGAGAGGGAGGTAGGCTTTTTACTGATCAAGCTTGGCTAGTAGGGAGAGGATTGCCAGCCCTCTACATAATGTTGGTTGCTTGTTATGTTATTTTGTTGCTTTTCCTTTATCGTTCTATTTGATCTTATCTGCTGAATTTACCCTTTAAGTATATAAATAAATTCATTATAGTTGTGTTCTGTTCTTGGGAGAGTGCTTGTTGGGAATGGGTAAGGATTCCTAACACTATATATCCTAACAAATTCTATGTGCCAAAGCTCTAAACTCTGCTTGAGCATTGCTTCTCGCCACCACATTTTTGTTTTTTGCTCCTTCGCAAGCTAAGTTCCCTCCAACAAAGGAATAATACCCTGAGGTTGATCTTCTATCTATAGCACTCTCTGCCCAATCTACATCAGTATAAACTTTTGTCTTGTAGTGATGGTGCTTTTTGAACAAGAATCCTTTCCCATAAGTTCTTTCTTCATATCTCAAAATTCTATAACCATTTTTAAATGAATTGGTCTATGTACATACATAAATTGACTTACCATGCTTACAGCATATGCGATATCAAGACGCATATGAGATAGATAGATTAACCTTCCAACAAGTCTTTGTTATCGTTCCTTGTCCTTTATGTCTTCTACTTTTGCAACTTGTAATTTTAGATTATGTTCAATGGGCTTTTATGCAAAACTCTACAACCAAGTATTCTTGTTTCTTCAAGTAAGCCAAGCGAGATTATATTAATTGAGTATTTATAGAAAATAGTATGATTGGCTTGATTTTGAAGATATCCATGACTAGACACAACTTTTCCAAGCCATTCAAACCAAGTTCTTGGGGATTGTTTGAGACCATAGAGGAGGCATTTGGGAGGAGTAAAGTTGTGAACTTCTAAGGCCCACAGTGTAAGGAATTAATATGGTATAAAATTGATGTCTTTTCGACATAGGGCCTTTAGACTCCTTGGGCCTAAAAAGGTGTGGAGTTTTCAACTCCACTCTCTCCTTCGGACAAACACCCTAGAGAGATTTCTTTAATTTGCAGATTTTACTATATCCAAATTCTTTTTCAAAACCTGTTGGTAGGCTCATAAAAACCTCTTCCTCAAGAACGTCATTGAGAAAAACATTTTTCACTTCAAGTTGGTGAAGTAGTCAATCTAAATTAATTGCAAGAGACAAGAAAACTCTAGAGTTAATTTTAGCAATAGGCACAATGTTTATTGATAATCAATCTCATACGTTTGGTTGAAACCATTAGCTACCAGTCCAACCTTTTATCTCTTAATACTACCATCTGCATTACATTTTAACGTGACCACTCATTCACAACATATTGGTTTCTAATCTTTTAGCAATTCTACTAGCTTCCAAGTTCAATTTTGTTTTAAAGCCCTCATTTTTTCCATTATTGCTAGTTTACTATTTGGATTTTCTAAGGCTCAGTATATTCCTCGGAACAAAAAGTCATTTATCCTAAATGTGAAAGCTTTATGACTATTCTACTAGCTTCCAAGTTCCATTTTGTTTTAGAGCCCTCATTTTTTCCATTATTGCTAGTTTACTATTTGGATTTTCTAAGGCTTAGTATATTCCTCGGAACAAAAAGTCACTTATCCTAAATGTGAAAGTTTTATGACTATTCAACAATTTCTATGGCATGTAATTTGCAATAGGTTATTTGTCACAACTTTGAATACATTTTTCTAAAGGCTATGGGAACATCAAGTTCAAACCCAACTAGTTAAGTATTTTGAATAGTTGAAGAAGTACGAATAGAAGAAGAATTACCAAGACTTTCAGACATAACTGCAAAGTATTTTGAATAGTTGAAAAGGTAGGAAAGGAAGAACCAATATTTTTCAGTTTCATTCCTCATAGTCTCAAATTAACTTGTGAATGATCAACTATTTGGTCTTGGTGCCTTTAACTAAATTTTCTTCTAGTATAAAATTTAAACTCAAGAACTTGATAAGTCGGATCATTATGTAGTATTTCTCCCTTAATTGAGAAGTTTCTACATGTGACATTAAAGAACTAATCACATCAGGACAAGTAAAACTAGGAAAAGGAATACAAACATCCCAAAAATTATCTTCCAAATTTGGTTTCTCCCTCTAAAGAGAATTTTGAGTGAAAGATGGTTGTGATTTTCTTATATATAATATATATAAGAAAATAGAGTTGTTCTCTAAAAAGGACACATCCAAACTCAAAAAGAAGAAGTTTGAGAGAGACCAATTACATGTATGGAAAGAATAATGACAATGAAGACAAAATATTGACAACTCATATTTACACACAAACAGTAGAAACTCCAACACCAACATTCTTATCCATGACAATCAAAGGAAATGTGTCACAATATTATATGGATATCTAGTGTAGTGAAATGATCATAGAGTTTGAGGTGCACCTTGACTTGGGTTTGGTAAAAAACCTATATTTAGAGGTAACATTTATGAGTTTTTATTTCATTAGGCTTTGTATTAAGGCATGAGGTGCACCTTGAGTTGTGTGTGTAAAGGAAATTGGTTTGATTGTGAACCAGTGAAGTGAAAGGATCATGGAGTTTCTTTTAGCCTATGTGAAAGAAATAGGGTCAAATCAGTTTAGTTTGCAAAGAAGACTTTTCATAGTATAGTATAATACCTAAGGAGGAATCTAAGAGAGTGGAGCAGGCATTTGTCTAATCACTATAAATTTTTTGGAGTCATCTTTTGATTTCTACATTAGTTGCTCATTTTGGCTCAATTAAAATTAAATTAGAATAAAGAAATTGGTAGGCACCTGTTCCCCCTTTTCTAGTGTTGCATTCAATCCTACATTTTCTCCATCAAAAGTTGTCTTAGTTTTTACAGTTTCTCGTGGAGAAAAAAGTGAGAAGAAGAAGAAAATAAAATAACATAAACTCTAATATCATATTCAATTCAATTATAAATGCTAAGTTGTTTTTTTTGTTAAGGTGGCAAACAAAAATCTAATATCTAAAATAGAGCATTTCCTAAGCTTCCAGAGCAAAAGTGTAAGATTTAAAATCTAGGGACCAAATGGAACGGTTATCTTAACTATAGAGACCTAATGGATAATTTCCCCATTTCTTTTTATTCCTTGTACAATCAGGACAGTGGGCTTTCTTTCCTTTCTTACTCTTCTGCTTTAACGATAAGTATTTCCTTATGTATATTGTTTTCTTTGTACAAATTTGTGGTTAAACTAAACAAATGATGTGTTTGATAAAAATAGAAGTAATGTAAAGAAGGATATAGATTTCAACAAACATAATTTCAGTTCTATCTAAATTGTAAAAATGATGAATTACATACTTTTTGTAGAAATGGAACGGTTACCTGAAGATGTTCGTGGTGTATCTCTCGTTGGCGGAGGAGGAGCAGAGGGAGAAATGTGAAGAAGATTATTGGCAAAACTACAAGAAGTGGAAAGATATAAGCCATAATTTTCTTACACGCCCCTTTCTCTTACCAGAAACCGAAATGACAAAGAAACACAATGGAGATCACCAGAGAATGAAAATCAATAGAAATGAAAATTTATTTCTTTGACGCTAATTACTAGAAATTGTTTGGAAGCAAAATTAGAGTTGGAAACTTCTCAAATGCTGTTTACTTGTTATAATAGGAATATAACATCAATTCAAGCATAAGCTCAATGAATAAATGCACCAATTACCATATCCGAAGTGAATGGTTAGATCTCCCACCCCACAAATGTTGAACTAAAAAAATAACAATAAAAGGAATATGACATGTAAATTATTGAAATACTCCTTTCATATTTCTAGTTAATTAAAAATCATCAATTCACTAGTATGCTAATATGATTTTTAGCTTAAAAAAAAAAATCAAATAACTGACAATAAATTTTTGATATATTTGATTTGTAGTTAATTTTTTTTATTGTTACAATTTATTGATAATAACAAATAATAGCTATTTCAAATAAAACTACATCCAACTTAAAGAAGTCAAAAAATAATAATAATAAAATAAAATAAAATCATTAGAAGAATAGTGATTGATATGAAATATTTTATAGGCAATTGTTTTAAATGACAAAACTGTTGAGATTATTTTCAAACATAGCAAAATGTAGTGTCTATCAGTGATAGAAAGTGATGGGGATACTGATAGACATCTATCGATTCTATCACAGTCTATCACTGATAGACAATGACATTTGCTATACTTCTAAATAAGTTGGCTCGTTATGCTATATTTGAAAAAAAGAAATCCTTACTAAAATTGAGGAGCTCGATGAGAAGGAGGTGGAGGGCCTTTTGGACCAGGCCATGAAAGCTAAAAAGGATGGCCTTAAGAGGGAGTATGCTGATCTGATTAGGAAGGATAATATTAGCTGGAGTTAGAAGCTGAAAGTGAATTGGGCTAAGGAGGGGGATTATAATTCCGGTTTTTTCTATAGGATGGCTAGTGGCAGGAGAAATATGAACTTCATAGGTCCTTTGATCAAAGGTAATGGGGAGAGGACCTTTAGTGATAAGGAAGTGGAAGAGGAGGTTTTGTCAGAGTTCTTGAGTCTCTTTAGCCCTTCAATTGAGCCAAGACATTTTGTTCAAGGCGTTGATTAGTGTCCCATTTCACAAAGGGAGGGAGAGGAGTTGGTGAAACCGTTTTCTGTGGAAGAAATCAGGTCTGCTGTTTTTGGTTGCGATAGAAGTAAATCGTCGAGTCCAAATGGTTTCTCCATGGCATTTTTCCAAGACAATTGGAATTTTCTAAAGGGGGAATTGGAAATTAATTTTAAGGAATTTTTTGAAAGAGGTATCCTAAGCTGCTCCATCTCGAAGACCTTTGTGTGTCTTATTCCTAAGAAGGATCGCACTGAGAGGGTTAGGGACTTTAGACCATCGATCTTATCACCAATTTGTATAAAATTATTGCTAAGGTCCTTGCAAATCGTTTCAGGCGTGTGCTTCCCTCAACCATTTCGGAGGCCCAAGGTGCCTTTGTTGTGAGTAGGCAAATTCTTGCGCTCTCACTGCCAATGAGGCTATTGAGGACTATAGAGTTCAGAACAAGGAGGGTGTGATTTTTAAAATTGATTTCGACAAAGCCTACGACCATGTTAATTGGGATTTTCTAGACAGAGTGATGGACAAGAAAGTTTTTGGGTATAAACGGAGAATGTGGATGTTAGGTTGCATTAGGAGTGCACTATTTGATTCTTATCAATGGTTCCCTGAAGGGGATAATTAGGCTTCTAGAGGGCTGAGACATGGATCCCTTGTCTCCTTTATTATTCCTCTTGGTGGTGGATGTTTTAAGTCGCATTATTTAAAGAGGGGTGGAAGGTAGAATCCTTGAGCCTTTTAAAGTGGGAGCGAAGGAAGTGAATCTGTCGCATTTACAATTTGCTGACGATACGATATTTTTCTGTTTGGGTAAAGAAGAGTCTTTCCTTATTTTGAACCATACTTTGGGCTTCTTTGAGGCAATGTCAGGGCTCAACATCAATAGGAGTAAGTGTTAGATTTTGGAAATAAAGTGTGAGTCGGAAAAGGTGCTTAGATGGGCGAACTTGGCTGGTTGTGAGGTTGGTGCCTTCCCTTCTTCCTATCTTAGTCTACTCCTTGAGGGTAACCCGAGAGCTATCTCCTTTTGGGATGTTCCTTCAGAGAAGATTAGGAAGAGGTTGGCCTCATGGAAGAAAAATTTCTTTTCCAAATTACTTCTCTCATTTATTACTTCTCTCTTTTTAGCGCACCTGTTTCAGTTTGCAAGAGTGCTTGAGAAACTAGATGTGGAGGAAGGGAAAGGTTCTCATTTGGTTAGTTGGGAGGTTGTGGGGAAGCCTGTGAAAATTATTCATCAATTTTCATCAAGGGGGGTCTTGGGATCGGGAAGTGAAGATTACGTAACAAAGCTCTGTTGACTAATTGGTTGTGGCATTATGCCCTTGAGCCCAAATCCTTATGGCAAAGAATTATCGTGAGCAAACACAGTCCTCATCCCTATGAGTGGGCAGTGAAAGGGGTCAAAGGCACACACCGAAACCCGTGGAAAAATATCTCCTCCCAAGTTCCTTCTTTTTCCCATCTTGTTTTTTGTGTCATGGGGGAGGGTAAGGAAACATTCTTTTGGGAGGATCATTGGTTGAGGGATAGGCCTCTCTCAGCAGCATTTCCTAGATTATATCATTTGTCTTCCTTGAAAAACCGGGCCATGGAGGATTTGTTGGTGTGGATGTTTCCATTTCTTTTTCCTTTGGTTTTTGTCGGGCGTTGACCATTAAGGAAACGACAAATGTGGTGTTTCTTCTTTCTTTGGTGGAAGGCTTTGATTTTAGGTTGGGGAGAAGGAATGTGCGTGTTTGGAGTGCGAGTCCTGCGGAGGGTTTTACTTGCAAGTCTTTTTTCAGGCTTATGCTCAACCCGTTCTCCTGTGGGTGAGTCGATCTTTGATGTTTTGTGGAGGATTAAGATACCAAAGAAAGTTAGTTCTTTTCCTGGTAGGTTTTGCTTGGCGTGTGAACACTCTGGATAAGCTGGGCGGAAGATGCCCTCTTTAATGACCCTTTTTGTTGTATCCTTTGTCAGAAGGCAGAGGAAAACCTTGATCACCTTCTTTGGGAGTATTAGTTTGCGACTTCTGTCTAGAACGATCTCCTTCAGCAGTTTGATATCTCATTGGCTAAGCAAAGAGATGTCTGCTTGTTGATTGGGGAGTTCCTTCTCCATCCGCCTTTCAAAGAGAAAGGTTGTTTTCTTTTATGGACTGGGGTGTGTGCAATCTTGTGGGACCTTTTGGGGAAGAGGAACAATAGTGTTCAGGGGAGTGGAGAGGAACCCTGGGGAGGTGTTTGGTCCTTGGTGAGACTTCACGTTTCTCTTTGGGCTTCAATTTCGAGGACTTTTTGTAATTATGCCATAGGTAACATCATTCTTAGTTGGAAACCCTTTCTTTAGTGGGTTTTTGTGGGCTTGGTTTTTTTTGTATGCCCTTGTATTCTTTCATTTTTTTTCTCAATGAAAGCAGTTGTTTCTATAAAAAAAACAAAAAGAAAGAAAAAAAGCCCTTATTTCATTAAATTATCTTCTTATAATATTTAATAATAGTGGATTCTATTTTAACAATTTCATTAATATTAATTAAAAATAATAAAATTAAATTAAATAGAAGTTTGTAATATTTTATAATAAAATCGCATCAACTAAGTTAGTACTTCTCTTGGAAGAAAACTTTTTGTGAAAATTATTCATCAATTTTCTTTCTATATTATCCAAAAACAATAATTTTATTTTATTAAATTAAACAATAATAATACTAATAATAAATAGTAACTAACTAAAATTAAATAGCCAACAAATTGAGTAGAAATTCATAATTTAGAAATCACATGTTAAAAAATAGTGAGCTTTTTTATTTCAAAAAATAAAAAAAAAAAAAACAAAAATTAGGGATGTTTTCAAAAATAGAAAAATTGTTGAAAAAGTTACAAATATAGCAAAATTTTACTTTCTATTTATGATAAACCGCGATAGACCCAGATAGACATCTATCACTTTACCAGCTAGACATGGATAGATGTCTATCTAGATCTATTGTAGTCTGTCACATATAGAAAGTAAAATTTTGCTATATTTGTAAATAGTTTGATATTTTTTTTATTTATAATAATATTTCCAAAATTTATTTGTAAAAACTTTAAAGGAATTAATAAAATGTCAAATTACAAGTTAGTCTATGAACTTTCATGTTTATAACTAATAGGTCAACTATAAAAGTTATCTAATAGGTTTTGAACTTTCAATTTTGTGTTTATAGATCTCTAAACTATAAAAAGTATTTAATAAGTCTCTAAACTTTATTGAAGATAGAGAATGAGGATTAGCAGTCGTTGATTTGCCCAAGACATTTTCAAAAGAAATTTCAAACTTGGCGTCATTGAAGCAAAAGACAGCCTAATAAGCATTAATGCTAAAAACTTTTCACCTTCAGCCAACCGTTTTCCAGCCTTTCCGCTTCATTACTCTCGGAAAAAGAGATTTAAAGCACCAACAACCACAAACACTCATTATGAGCCGAGAAAACTAAACGTTTTGGCTCCCAAACATTTATTGGGCTTTCTCTCTTCAGAAATTAATGAGCAGTCTTCTTTTTCCTCACCTTTTTTAATTAATCCAAGCGTGGAAGTCCATCAATCACAAGTAGAAAAAACTGATTCCTTCTACCCTCGGTCTCTAATGCCTCACCATTATTTCTTGAACCTCCTTTCGTCAAGAAAAATATGCTTCCATTTACAGCATTTCCCAAACATTACTCTCGCAAGGCCTTGTCTATTACCTCAAAAGAAAGGGAAGTAAAACCAGACGTACTAGAAGAAAGATGCACTCGATTGCAGCTCCCTTCGCTGGTTGAAAAAAAATCATGCTCCAGCACATCAACTTCCTTTTTCTCTCTTGGCTGGTTGAAAAAAAATCATGCTCCAGCACATCAACTTCCTTTTCCTCTCTTGATAAGTCAAGGTCTATTATTGCATTCCCGAATTCATCGGTAACTTTTGTTACAGAATTACCAAGGCTTCCTTTTTCAAAAAACTCCCAAGTCTCAACATTTTTCAGAGGATGATTCTTCAATTAGCATAAGCAATGACGAAAATACAGAAATCTTAGCTTTCAAATCCATTCCAGTTGAGGATCAGCTAGAAGAAGTCCAAGGGACAGAACTTGCTGCACTCTTTCAAAGCCCAGCTCTTAAAAAGTTTGATCAGATTTCTAGTGAGCTTTTTACTCCAATATCCCCTTCTTTAATTCCCTCAAAATTTTCCTCTTTGATTAAAGGACGTGGTCTGGTTTTTGCGTAG

mRNA sequence

ATGTGGTTTTTCTCAAACTCAGGCCCGACAGCGGACATGAGCAAGGCAAGATGTGAACAACTTGCAGCTAAATTTTATGGGCCATACAAAGTGTTGGAACGTGTGGGAGTCATGGCCTATAAGCTGGAGTTACCACCAGAAGCATGCATACATGATGTTTTTCATGTTTCCCAGCTGAAGAAGTGTATCAGGACAGTTGCTCATGTCCAAAATCATCCACCCAGTCTCTCGGATGAGTTTGAATTACAGGAGCTCGATGAGAAGGAGGTGGAGGGCCTTTTGGACCAGGCCATGAAAGCTAAAAAGGATGGCCTTAAGAGGGAGATGGCTAGTGGCAGGAGAAATATGAACTTCATAGGTCCTTTGATCAAAGGTAATGGGGAGAGGACCTTTAGTGATAAGGAAGTGGAAGAGGAGGCAAATTCTTGCGCTCTCACTGCCAATGAGGCTATTGAGGACTATAGAGTTCAGAACAAGGAGGGTGTGATTTTTAAAATTGATTTCGACAAAGCCTACGACCATGTTAATTGGGATTTTCTAGACAGAGTGATGGACAAGAAAGTTTTTGGAGGGGTGGAAGGTAGAATCCTTGAGCCTTTTAAAGTGGGAGCGAAGGAAGTGAATCTGTCGCATTTACAATTTGCTGACGATACGATATTTTTCTGTTTGGGTAAAGAAGAGTCTTTCCTTATTTTGAACCATACTTTGGGCTTCTTTGAGGCAATGTCAGGGCTCAACATCAATAGGATCTACTCCTTGAGGGTAACCCGAGAGCTATCTCCTTTTGGGATGTTCCTTCAGAGAAGATTAGGAAGAGCGCACCTGTTTCAGTTTGCAAGAGTGCTTGAGAAACTAGATGTGGAGGAAGGGAAAGGTTCTCATTTGGTTGGGGAGAAGGAATGTGCGTGTTTGGAGTGCGAGTCCTGCGGAGGGTTTTACTTGCAAGTCTTTTTTCAGGCTTATGCTCAACCCGTTCTCCTGTGGAACGATCTCCTTCAGCAGTTTGATATCTCATTGGCTAAGCAAAGAGATGTCTGCTTGTTGATTGGGGAGTTCCTTCTCCATCCGCCTTTCAAAGAGAAAGGTTGTTTTCTTTTATGGACTGGGGTGTGTGCAATCTTGTGGGACCTTTTGGGGAAGAGGAACAATAGTGTTCAGGGGAGTGGAGAGGAACCCTGGGGAGGTGTTTGGTCCTTGAATTACCAAGGCTTCCTTTTTCAAAAAACTCCCAAGTCTCAACATTTTTCAGAGGATGATTCTTCAATTAGCATAAGCAATGACGAAAATACAGAAATCTTAGCTTTCAAATCCATTCCAGTTGAGGATCAGCTAGAAGAAGTCCAAGGGACAGAACTTGCTGCACTCTTTCAAAGCCCAGCTCTTAAAAAGTTTGATCAGATTTCTAGTGAGCTTTTTACTCCAATATCCCCTTCTTTAATTCCCTCAAAATTTTCCTCTTTGATTAAAGGACGTGGTCTGGTTTTTGCGTAG

Coding sequence (CDS)

ATGTGGTTTTTCTCAAACTCAGGCCCGACAGCGGACATGAGCAAGGCAAGATGTGAACAACTTGCAGCTAAATTTTATGGGCCATACAAAGTGTTGGAACGTGTGGGAGTCATGGCCTATAAGCTGGAGTTACCACCAGAAGCATGCATACATGATGTTTTTCATGTTTCCCAGCTGAAGAAGTGTATCAGGACAGTTGCTCATGTCCAAAATCATCCACCCAGTCTCTCGGATGAGTTTGAATTACAGGAGCTCGATGAGAAGGAGGTGGAGGGCCTTTTGGACCAGGCCATGAAAGCTAAAAAGGATGGCCTTAAGAGGGAGATGGCTAGTGGCAGGAGAAATATGAACTTCATAGGTCCTTTGATCAAAGGTAATGGGGAGAGGACCTTTAGTGATAAGGAAGTGGAAGAGGAGGCAAATTCTTGCGCTCTCACTGCCAATGAGGCTATTGAGGACTATAGAGTTCAGAACAAGGAGGGTGTGATTTTTAAAATTGATTTCGACAAAGCCTACGACCATGTTAATTGGGATTTTCTAGACAGAGTGATGGACAAGAAAGTTTTTGGAGGGGTGGAAGGTAGAATCCTTGAGCCTTTTAAAGTGGGAGCGAAGGAAGTGAATCTGTCGCATTTACAATTTGCTGACGATACGATATTTTTCTGTTTGGGTAAAGAAGAGTCTTTCCTTATTTTGAACCATACTTTGGGCTTCTTTGAGGCAATGTCAGGGCTCAACATCAATAGGATCTACTCCTTGAGGGTAACCCGAGAGCTATCTCCTTTTGGGATGTTCCTTCAGAGAAGATTAGGAAGAGCGCACCTGTTTCAGTTTGCAAGAGTGCTTGAGAAACTAGATGTGGAGGAAGGGAAAGGTTCTCATTTGGTTGGGGAGAAGGAATGTGCGTGTTTGGAGTGCGAGTCCTGCGGAGGGTTTTACTTGCAAGTCTTTTTTCAGGCTTATGCTCAACCCGTTCTCCTGTGGAACGATCTCCTTCAGCAGTTTGATATCTCATTGGCTAAGCAAAGAGATGTCTGCTTGTTGATTGGGGAGTTCCTTCTCCATCCGCCTTTCAAAGAGAAAGGTTGTTTTCTTTTATGGACTGGGGTGTGTGCAATCTTGTGGGACCTTTTGGGGAAGAGGAACAATAGTGTTCAGGGGAGTGGAGAGGAACCCTGGGGAGGTGTTTGGTCCTTGAATTACCAAGGCTTCCTTTTTCAAAAAACTCCCAAGTCTCAACATTTTTCAGAGGATGATTCTTCAATTAGCATAAGCAATGACGAAAATACAGAAATCTTAGCTTTCAAATCCATTCCAGTTGAGGATCAGCTAGAAGAAGTCCAAGGGACAGAACTTGCTGCACTCTTTCAAAGCCCAGCTCTTAAAAAGTTTGATCAGATTTCTAGTGAGCTTTTTACTCCAATATCCCCTTCTTTAATTCCCTCAAAATTTTCCTCTTTGATTAAAGGACGTGGTCTGGTTTTTGCGTAG

Protein sequence

MWFFSNSGPTADMSKARCEQLAAKFYGPYKVLERVGVMAYKLELPPEACIHDVFHVSQLKKCIRTVAHVQNHPPSLSDEFELQELDEKEVEGLLDQAMKAKKDGLKREMASGRRNMNFIGPLIKGNGERTFSDKEVEEEANSCALTANEAIEDYRVQNKEGVIFKIDFDKAYDHVNWDFLDRVMDKKVFGGVEGRILEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILNHTLGFFEAMSGLNINRIYSLRVTRELSPFGMFLQRRLGRAHLFQFARVLEKLDVEEGKGSHLVGEKECACLECESCGGFYLQVFFQAYAQPVLLWNDLLQQFDISLAKQRDVCLLIGEFLLHPPFKEKGCFLLWTGVCAILWDLLGKRNNSVQGSGEEPWGGVWSLNYQGFLFQKTPKSQHFSEDDSSISISNDENTEILAFKSIPVEDQLEEVQGTELAALFQSPALKKFDQISSELFTPISPSLIPSKFSSLIKGRGLVFA
Homology
[Close]
BLAST of ClCG09G015100 vs. NCBI nr
Match: KAA0066908.1 (mitochondrial phosphate carrier protein 3 [Cucumis melo var. makuwa])

HSP 1 Score: 122.1 bits (305), Expect = 1.4e-23
Identity = 91/269 (33.83%), Postives = 118/269 (43.87%), Query Frame = 0 

Query: 191 GVEGRILEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILNHTLGFFEAMSGLNINR- 250
           GV+G I+E FK+G  EV LSHLQFADDT+ FC GKEESFLIL H + FFE  SGL INR 
Sbjct: 120 GVDGNIVELFKIGRNEVVLSHLQFADDTMLFCFGKEESFLILIHVVAFFEDYSGLKINRS 179

Query: 251 -----IYSLRVTR------------ELSPFGMFLQRRLGRAH------------------ 310
                ++ +   +            E+  F  F  R L R +                  
Sbjct: 180 KCTVFVFGINSDQAKLQKWVKVFDCEVGSFPSFYLRLLLRGNSKAVSFWDLVSEKICKRR 239

Query: 311 -------------LFQFARVLEKLDVEEGKGSHLVGEKECACLECESC----GGFYLQVF 370
                        L     +L ++ +  G+     GE        +S     GG   QV 
Sbjct: 240 AVWKKGFFSKAGRLTLIRSMLSRITIGGGRSWVPPGELGGCGASDKSLGLENGGLRFQVR 299

Query: 371 FQAYAQPVLL---------------------WNDLLQQFDISLAKQRDVCLLIGEFLLHP 386
           F  +   VLL                     W+   Q+F  S A  R V  +I EFLLH 
Sbjct: 300 F--FIWQVLLGWVNTVDRLVRRRTSLFARVVWSSFFQEFGNSFAGTRSVRAMIEEFLLHS 359

[Close]
BLAST of ClCG09G015100 vs. NCBI nr
Match: RVW78846.1 (Transposon TX1 uncharacterized 149 kDa protein [Vitis vinifera])

HSP 1 Score: 104.4 bits (259), Expect = 2.9e-18
Identity = 65/170 (38.24%), Postives = 87/170 (51.18%), Query Frame = 0 

Query: 145 LTANEAIEDYRVQNKEGVIFKIDFDKAYDHVNWDFLDRVMDKKVF--------------- 204
           L ANE +++ +   +EGV+FKIDF+KAYDHV+WDFLD VM+KK F               
Sbjct: 314 LIANEIVDEKKRSGEEGVVFKIDFEKAYDHVSWDFLDHVMEKKGFNPKWRKWIRGCLSSV 373

Query: 205 -------GGVEG---------RILEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILN 264
                  G  +G          + E FKVG     +SHLQFADDTIFF   +EE  L L 
Sbjct: 374 SFAILVNGNAKGWVKTSREERNVFEGFKVGRNRTRVSHLQFADDTIFFSSTREEDLLTLK 433

Query: 265 HTLGFFEAMSGLNINRIYSLRVTRELSPFGMFLQRRLGRAHLFQFARVLE 284
             L  F  +SGL +N   S       + +G+     LG+ HL + A +L+
Sbjct: 434 SVLVVFGHISGLKVNLDKS-------NMYGI----NLGQDHLHRLAELLD 472

[Close]
BLAST of ClCG09G015100 vs. NCBI nr
Match: RVW78844.1 (hypothetical protein CK203_043107, partial [Vitis vinifera])

HSP 1 Score: 102.1 bits (253), Expect = 1.5e-17
Identity = 53/121 (43.80%), Postives = 69/121 (57.02%), Query Frame = 0 

Query: 145 LTANEAIEDYRVQNKEGVIFKIDFDKAYDHVNWDFLDRVMDKKVFG-------------- 204
           L ANE +++ +   +EGV+FKIDF+KAYDHV WDFLD V++KK F               
Sbjct: 33  LIANEIVDEKKRSGEEGVVFKIDFEKAYDHVKWDFLDHVLEKKGFSSKWRSWMRDVLSRM 92

Query: 205 ---GVEGRILEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILNHTLGFFEAMSGLNI 249
                E  +LE F+VG     ++HLQFADDTI F   +EE F  L   L  F  +SGL +
Sbjct: 93  LLKAEERNLLEGFRVGRNRCKVTHLQFADDTILFASPREEEFQTLKSLLLVFGQISGLKV 152

[Close]
BLAST of ClCG09G015100 vs. NCBI nr
Match: RVW93986.1 (Transposon TX1 uncharacterized 149 kDa protein [Vitis vinifera])

HSP 1 Score: 101.3 bits (251), Expect = 2.5e-17
Identity = 56/134 (41.79%), Postives = 73/134 (54.48%), Query Frame = 0 

Query: 145 LTANEAIEDYRVQNKEGVIFKIDFDKAYDHVNWDFLDRVMDKKVF--------------- 204
           L  NE +++ R   +EGV+FKIDF+KAYDHV+WDFLD V++KK F               
Sbjct: 55  LITNEIVDEKRRSREEGVVFKIDFEKAYDHVSWDFLDHVLEKKGFSPRWRKWMRGCLSTV 114

Query: 205 -------GGVEGRI--------LEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILNH 249
                  G ++G +        LE F+V      +SHLQFADDTIFF   +EE  L LN 
Sbjct: 115 SFVVLVNGNIKGMLLRAKERNALEGFRVCRNRTRVSHLQFADDTIFFSSTREEDMLTLNS 174

[Close]
BLAST of ClCG09G015100 vs. NCBI nr
Match: RVW81815.1 (Transposon TX1 uncharacterized 149 kDa protein [Vitis vinifera])

HSP 1 Score: 101.3 bits (251), Expect = 2.5e-17
Identity = 63/163 (38.65%), Postives = 86/163 (52.76%), Query Frame = 0 

Query: 145 LTANEAIEDYRVQNKEGVIFKIDFDKAYDHVNWDFLDRVMDKKVF--------------- 204
           L ANE +++ R   +EGV+FKIDF+KAYDHV WDFLD+V++KK F               
Sbjct: 331 LIANEIVDERRRSGEEGVVFKIDFEKAYDHVRWDFLDQVLEKKEFSPKWRKWMSGCLSSV 390

Query: 205 -------GGVEG--RILEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILNHTLGFFE 264
                  G  +G   +LE F+VG     +SHLQF+DDTIFF   +EE    L   L  F 
Sbjct: 391 SYAVLVNGSAKGERNMLEGFRVGRNRTRISHLQFSDDTIFFSNTREEDLQTLKSLLLAFG 450

Query: 265 AMSGLNINRIYSLRVTRELSPFGMFLQRRLGRAHLFQFARVLE 284
            +SGL +N   S       + +G+     L +AH+ + A  LE
Sbjct: 451 HISGLKVNLDKS-------NIYGI----NLDQAHISRLAETLE 482

[Close]
BLAST of ClCG09G015100 vs. ExPASy TrEMBL
Match: A0A5A7VGR5 (Mitochondrial phosphate carrier protein 3 OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold550G00280 PE=3 SV=1)

HSP 1 Score: 122.1 bits (305), Expect = 6.6e-24
Identity = 91/269 (33.83%), Postives = 118/269 (43.87%), Query Frame = 0 

Query: 191 GVEGRILEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILNHTLGFFEAMSGLNINR- 250
           GV+G I+E FK+G  EV LSHLQFADDT+ FC GKEESFLIL H + FFE  SGL INR 
Sbjct: 120 GVDGNIVELFKIGRNEVVLSHLQFADDTMLFCFGKEESFLILIHVVAFFEDYSGLKINRS 179

Query: 251 -----IYSLRVTR------------ELSPFGMFLQRRLGRAH------------------ 310
                ++ +   +            E+  F  F  R L R +                  
Sbjct: 180 KCTVFVFGINSDQAKLQKWVKVFDCEVGSFPSFYLRLLLRGNSKAVSFWDLVSEKICKRR 239

Query: 311 -------------LFQFARVLEKLDVEEGKGSHLVGEKECACLECESC----GGFYLQVF 370
                        L     +L ++ +  G+     GE        +S     GG   QV 
Sbjct: 240 AVWKKGFFSKAGRLTLIRSMLSRITIGGGRSWVPPGELGGCGASDKSLGLENGGLRFQVR 299

Query: 371 FQAYAQPVLL---------------------WNDLLQQFDISLAKQRDVCLLIGEFLLHP 386
           F  +   VLL                     W+   Q+F  S A  R V  +I EFLLH 
Sbjct: 300 F--FIWQVLLGWVNTVDRLVRRRTSLFARVVWSSFFQEFGNSFAGTRSVRAMIEEFLLHS 359

[Close]
BLAST of ClCG09G015100 vs. ExPASy TrEMBL
Match: A0A438H2J5 (Transposon TX1 uncharacterized 149 kDa protein OS=Vitis vinifera OX=29760 GN=YTX2_222 PE=4 SV=1)

HSP 1 Score: 104.4 bits (259), Expect = 1.4e-18
Identity = 65/170 (38.24%), Postives = 87/170 (51.18%), Query Frame = 0 

Query: 145 LTANEAIEDYRVQNKEGVIFKIDFDKAYDHVNWDFLDRVMDKKVF--------------- 204
           L ANE +++ +   +EGV+FKIDF+KAYDHV+WDFLD VM+KK F               
Sbjct: 314 LIANEIVDEKKRSGEEGVVFKIDFEKAYDHVSWDFLDHVMEKKGFNPKWRKWIRGCLSSV 373

Query: 205 -------GGVEG---------RILEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILN 264
                  G  +G          + E FKVG     +SHLQFADDTIFF   +EE  L L 
Sbjct: 374 SFAILVNGNAKGWVKTSREERNVFEGFKVGRNRTRVSHLQFADDTIFFSSTREEDLLTLK 433

Query: 265 HTLGFFEAMSGLNINRIYSLRVTRELSPFGMFLQRRLGRAHLFQFARVLE 284
             L  F  +SGL +N   S       + +G+     LG+ HL + A +L+
Sbjct: 434 SVLVVFGHISGLKVNLDKS-------NMYGI----NLGQDHLHRLAELLD 472

[Close]
BLAST of ClCG09G015100 vs. ExPASy TrEMBL
Match: A0A438H2J4 (Reverse transcriptase domain-containing protein (Fragment) OS=Vitis vinifera OX=29760 GN=CK203_043107 PE=4 SV=1)

HSP 1 Score: 102.1 bits (253), Expect = 7.0e-18
Identity = 53/121 (43.80%), Postives = 69/121 (57.02%), Query Frame = 0 

Query: 145 LTANEAIEDYRVQNKEGVIFKIDFDKAYDHVNWDFLDRVMDKKVFG-------------- 204
           L ANE +++ +   +EGV+FKIDF+KAYDHV WDFLD V++KK F               
Sbjct: 33  LIANEIVDEKKRSGEEGVVFKIDFEKAYDHVKWDFLDHVLEKKGFSSKWRSWMRDVLSRM 92

Query: 205 ---GVEGRILEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILNHTLGFFEAMSGLNI 249
                E  +LE F+VG     ++HLQFADDTI F   +EE F  L   L  F  +SGL +
Sbjct: 93  LLKAEERNLLEGFRVGRNRCKVTHLQFADDTILFASPREEEFQTLKSLLLVFGQISGLKV 152

[Close]
BLAST of ClCG09G015100 vs. ExPASy TrEMBL
Match: A0A438CRE7 (Transposon TX1 uncharacterized 149 kDa protein OS=Vitis vinifera OX=29760 GN=YTX2_304 PE=4 SV=1)

HSP 1 Score: 101.3 bits (251), Expect = 1.2e-17
Identity = 63/169 (37.28%), Postives = 84/169 (49.70%), Query Frame = 0 

Query: 145 LTANEAIEDYRVQNKEGVIFKIDFDKAYDHVNWDFLDRVMDKKVFG-------------- 204
           L ANE +++ R   +EGV+FKIDF+KAYDHV WDFLD V++KK F               
Sbjct: 189 LIANEIVDERRRSGEEGVVFKIDFEKAYDHVKWDFLDHVLEKKGFSPRWRKWMSGCLSSV 248

Query: 205 ----------------GVEGRILEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILNH 264
                             E  +LE F+VG     +SHLQFADDTIFF   +EE    L  
Sbjct: 249 SFAILVNDVLSRMLMRAEERNMLEGFRVGRNRTRVSHLQFADDTIFFSNSREEELQTLKS 308

Query: 265 TLGFFEAMSGLNINRIYSLRVTRELSPFGMFLQRRLGRAHLFQFARVLE 284
            L  F  +SGL +N         + S +G+     L +AHL + A +L+
Sbjct: 309 LLLVFGHISGLKVN-------LNKSSIYGI----NLDQAHLSRLAEMLD 346

[Close]
BLAST of ClCG09G015100 vs. ExPASy TrEMBL
Match: A0A438IB95 (Transposon TX1 uncharacterized 149 kDa protein OS=Vitis vinifera OX=29760 GN=YTX2_790 PE=4 SV=1)

HSP 1 Score: 101.3 bits (251), Expect = 1.2e-17
Identity = 56/134 (41.79%), Postives = 73/134 (54.48%), Query Frame = 0 

Query: 145 LTANEAIEDYRVQNKEGVIFKIDFDKAYDHVNWDFLDRVMDKKVF--------------- 204
           L  NE +++ R   +EGV+FKIDF+KAYDHV+WDFLD V++KK F               
Sbjct: 55  LITNEIVDEKRRSREEGVVFKIDFEKAYDHVSWDFLDHVLEKKGFSPRWRKWMRGCLSTV 114

Query: 205 -------GGVEGRI--------LEPFKVGAKEVNLSHLQFADDTIFFCLGKEESFLILNH 249
                  G ++G +        LE F+V      +SHLQFADDTIFF   +EE  L LN 
Sbjct: 115 SFVVLVNGNIKGMLLRAKERNALEGFRVCRNRTRVSHLQFADDTIFFSSTREEDMLTLNS 174

The following BLAST results are available for this feature:
BLAST of ClCG09G015100 vs. NCBI nr
Match NameE-valueIdentityDescription
KAA0066908.11.4e-2333.83mitochondrial phosphate carrier protein 3 [Cucumis melo var. makuwa][more]
RVW78846.12.9e-1838.24Transposon TX1 uncharacterized 149 kDa protein [Vitis vinifera][more]
RVW78844.11.5e-1743.80hypothetical protein CK203_043107, partial [Vitis vinifera][more]
RVW93986.12.5e-1741.79Transposon TX1 uncharacterized 149 kDa protein [Vitis vinifera][more]
RVW81815.12.5e-1738.65Transposon TX1 uncharacterized 149 kDa protein [Vitis vinifera][more]
BLAST of ClCG09G015100 vs. NCBI nr
Match NameE-valueIdentityDescription
BLAST of ClCG09G015100 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
A0A5A7VGR56.6e-2433.83Mitochondrial phosphate carrier protein 3 OS=Cucumis melo var. makuwa OX=1194695... [more]
A0A438H2J51.4e-1838.24Transposon TX1 uncharacterized 149 kDa protein OS=Vitis vinifera OX=29760 GN=YTX... [more]
A0A438H2J47.0e-1843.80Reverse transcriptase domain-containing protein (Fragment) OS=Vitis vinifera OX=... [more]
A0A438CRE71.2e-1737.28Transposon TX1 uncharacterized 149 kDa protein OS=Vitis vinifera OX=29760 GN=YTX... [more]
A0A438IB951.2e-1741.79Transposon TX1 uncharacterized 149 kDa protein OS=Vitis vinifera OX=29760 GN=YTX... [more]
BLAST of ClCG09G015100 vs. ExPASy TrEMBL
Match NameE-valueIdentityDescription
Relationships

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

Feature NameUnique NameType
ClCG09G015100.2ClCG09G015100.2mRNA