ClCG03G011050 (gene) Watermelon (Charleston Gray) | Cucurbit Genomics Database (CuGenDB)

Overview


Name	ClCG03G011050
Type	gene
Organism	Citrullus lanatus (Watermelon (Charleston Gray))
Description	Unknown protein
Location	CG_Chr03 : 20423423 .. 20434891 (+)

Genome Viewer

Gene Expression

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: CDS

Hold the cursor over a type above to highlight its positions in the sequence below.

GGTCAAGAATTGATTGAAGTGAGCACTCCATATGCTAGCCAACAACATTCAGGGACTTGTCTCTCCAACCCAACTTCTCAAGCAGCCTCTTCTGCCCATCTCTTTGCATCTGCTACAGTAAGTGTCTCTCTATACTTAAATAACTAATTAATTACTCTTTTATTACTAAGTTTACTTATTACAGAATAATGTTTGAGTGACATTTGTCATTTCAACTTTCATTTGATAATTGTATTTAGTTTTTTCTTTTATTTATGAATTTTGAAAATCACATTTATTTCAGTATAATTTATTACACTAAATTTCCTCGTTCACAAGGAAACATTTAAAATTCTTAGTCAAATTCGAGAATGAAAAAGAAGTTTGTAAAAACTATTTCTCTAAATTTTCAAATTTTAGTTTGAATTTTGAAAATGTGAGATACTAAAACAAAGAAATTCATAGGAAGTATAACTTATAAGTTTTATATTAAAAAACTAAAATTTTAGAAACAAATGGCTATCAAACAAGGTGTAAAACCTAAATTATTTCATGGAAATCTCTAATAAGTGAATATTGCTTATTTGCTTTGTTCAATTATCTAATCAGTAAATATCTACATAAAGATTAAGAGTGTATTTGGAATACATTTTCAAGTGATTAATTTTTTTTTTAAAAAAAAGTTATTTAGAAAGAAATACAAGTGTTTGGCAACCACTCAAAATGGATTTTGAAAACCATTAGTGTCTTTATTATAAACGGTTCTTATCAAAAGTGTTTAAACAAAAATAAACAGGCTCTAAGTATTTGGCAACCACTCAAAATGGATTTTAAAAGTTATTAGTGTCTTTATTTTAAATAGTTTTTATCAAAAGTGTTTAAAAGAAAATGAATTTTTAAAAAATATTTATTTTTTAAGTTAATCCAATCATGGCCTAAGACGTGATTGATGTTTTTTCTTTTTAAATACAAAAATTATGATGAAGATAGAATAGTTTAACGCTTAAGAGATTTAAAATTTTAGATGTTTTAGGGCAAAAGATTATATATATTCATAAAATTGATGTTTCTTTTTTTTTTTTAGATATTGAAATTTACTTTTATTGTAACCTTCACCTTGAACTCTTCCTTGATTCCTCCTTGATTGTTACTTTTAAGGGGCTTTGCGTCCACTTAATGGGGTTAATAAATACGGGTTAATGTGTTGGAGTTAGTAAGTTTGTGTTTAGGTGGTAGAGTTGTAAGATCGATATCCTTAATAATTATGGAAAGTAGATTAAAAAAGTAAGATGAAGTTACTTGGTAAACGTGAGAAGTAGAGAAAGAGGGGAAGATGAAGTTCCTTAGTAGATGTGAAGAGTATAAAAAAATGGGAACATCACTACAAGAATTAAGCCTTTTGCCGACGCCAAAAATCATCGATGTAACTCAAAAAATGCATCAGCTAATCCTATATCAACTCTAAGTATCCGTTGGCAGGAATAGTTGACATAGATTTGTCAGCAAAGCCTATGTCGTGGCACAAAAAAAAAAAAAGCATTAGCGTAGATTGAAACTACTGACGACAACTGTGAAGTCGAACTGATACTGTCGCTAGCAAAATGCATTGGCAAAAGGTATATAGGCTAACTGATTACCTCAGGAATTGTAGTGGCTGTTTCATCCCCAATGAAACTGTCATCTTCAATCCAAGACAAAAGGCCTTCGCCTCACGCTGCAAGCATAGCAGATCCTCCACCACTTAACTCTCCTGTTAGATTATGCATATGAGTCTTCTCTATCAAACTCTTCAAAAAAAAAAAAAAAAAAAAAAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAAAAAAAAAAAAAAAAAAAAGCACAATTCTCTAGCCAAGCCATTAAGGAGGGTGGAAAATAAATGATTGTGCCATAATGCATAGAAGGAAACCAAATTTTTAGTTGCCATTGAAACCATCTTCTTATTCTCTCTGCAATAAAGCAGTGTACTAATTATAGTAACTCTAAAATCAACCAAATTGACTAAGACATATATTTTTCACTTCCAAGAATAGAAAAAATTGATCTAATTATAACAATTCAAAAGAGAAAATGCATACTTACTCGGAAGAACATCATCCAAGGATGGAAAAACATCAATCGATTACATCTGCGATTGAGCTTTGGCAATCAACCACAAAATGTAAATTTCCCAACGATGTTTTATGGTACCGATGTCGTGGATGGAGTTACTCGACAAATGTGCAAGTTCAATAGTATTTACTATTAAAGTCGAGTTGTTTACACTAATTTAAGAAGTTGAATTCAGGTTCCAGGCCCTTGACAATTAGAAGTGAATAGTATATGTATTGGAAGTAAGGTTACTAGCCAAAGTATTTTAATTAAGTGTGTTCTCAAATATTGTGATGATATTAGAGTGGTCATTGGCAAGTTTTCTCCTCATTGTTAGTCTACCGTATTTTGATCAAGGGCATATCCATCAAATATTTGACCTCCTTGCATTTCTCGGACTATCATCTTTTATACTAAAATAGTTTTTCTCATCTAACTTCATGGTGAGAACCATAGAAAGAAAGAGATTCTCAAAAGGTAAGCTGGCAGTGGGGTTGATGATATGTTCAAGTGCATGTGCCTGGTAATAGTTTAGTTAAAACGACTTTGTCTGAATATTGTCTCCAGAAAAACGGATTGAGTAATCTTTTAGCTATTCAGAGATCATTCAAATTTTATTTAGGTACCGACTCGTGATGTAAATTAATAAAAGTGATCAATTATGGCGATTATCATCAAAGAGACATTTTAGGGAATAGATTTCATCAAAAGTATCATTGAAGACAATTGCTTGACTCTTGAAGTAATAACATAGCACCTACATCTAGAAGTTTGTTATCCAGATTGAATCTTTCAAAAACAATCTTTTCTTTCACTTAATTTATTACAGATTACTAATCACTTGAAACTAGCTAATTAAGCAAAGTATTAAGAACCTCCATTATCAATCTCTATCATTATCCGACTACTTTTTGTGTGTTCAAAGAATAGTCTAGCATGCATGATATAATTTAAAGCCTGCTTTCTAAACTAAGATTTAAATTCAAATATTGATCAAACATTCAAAAGCATTAAGAATAGTCATGCTAGAAAGCGTAAATGTAAATAGACATTCAAAAAGTAAAATGTTCAACAATTAAACTATAAAATTCATCTACTCCTAAAATTATGAGAAGTTCAGCCTAACATGACTTCTATAGACATAACCATATTAAGAATACAAAAGGGAAAGAAGAGTTATCAGGTTGCTAATTATGTCTTTGAAATGATTTTGCCCTTCACGATCTCGGATCACTCCGGTATCATGAAGACTCCATACTCTACTCAAAAGCCTATCTCTAGGCCTCAAAAACTAAAAAATTTGACGTGGGGGCCAATTGAAAACCCTAACTTAAATAGGCAAACTTTTCCAAAATTACAAGATTTTGCCACTCTAGGATAGCATGGTAGCATTGAAGACCTTCGTGTGCATGCCTCCTTTGCTGCGTCAGCCTCATGCGGCGCTCTGTGTAGGGCTTAGCCGTGTTCGCTCATGGATAAAAGGTTATTATAACAATTGTTTTGCAGGCTGAGTTCCTGTGGCGCTCTGTGTACCGTTGAAGACCTGTCTGTGTATTTTGCTAGTTTCTCTAATCCATTGATAGTTGAGTTCATTTATTGATAATCTTTTTAACGTTAAATTTTAGTTGAATAATCTTTTTTTCTTTTCATATGTTCTACATTTTCTTTTGAGACAATATGACATTTTCTTCTTGATGAAATGATTGTTTACAAAATCAATATATTATATCCACACACACATATATATATATATATGTATAGGTGGATGGAGCACAAGGAGAAGACTATGGGAATATGAACATGGATCAAGACATGATGAATTTCAACCCTCCAAATCACCATGGTTCTTCTTCACAAATTTTGTTCCCGTAAGTTACTATAATAATTAGTTTGCAAAATAAATTACCATAACAATTTGGGATGTTTTCAAAAATAGAAAAAGTGTTAGAAAATATTGTAAATATAGCAAAATTTTTACTTTCTATATGCGATAAACTACGATATACCCAAATAGACATCTATCACTTTACCAAATAGACAGGGACAAATATCTATCTATCTAGGTCTACGCAGTTTATCACATATAAAAATAAAAATTTTGCTATATTTGTAAATAGTTAGATATTTTTTCTATTTATAATAATTTTCCAAACAATTTCTTAAAAAAAAAAAAAAAAAAAAAAGGTTTTCAAGGGCACTTTGTTCACACAAAGTGATAATAATTTTCCAAACAATTTCTTAAAAAAAAAAAAAATAGGTTTTCAAGGGCACTTTGTTCACACAAAGTGATAAATATTTTGAGAAAGAAATGATATATAATACTACTTTTACACCTTTTTCTTAGAACAATATAGGAGTTCAATTGGTGACTTTTACATAAGATAATTAGTCTCTCTTGATTAGTAAGTTATATTTAACTATTACAAAAATTATGAAATAATATGTTGATACTATGCTTAAATAATTTTTATAATACGTGGTTTATAATTGTAGATTGAGTTCTCTTGAGCATTTAGAGATCTATTTTTTTATTAAAAAAATATAATAATAGGTTCCTAAACTTTATGGAATTTTTGACTAAACACCTACTTCTTAAACAATATAGATAGCATGACAAGCACAAGCTAATTATATAGAATTAACAATTAAAAATTATTAAACAAAAAATTCAAAATTCAAAGAAATAGTGATTAGATTTTTTTTTAAATCAAAGTATGAAGATTAAAAAATCGATACAACTTTGAAAGTTGAGAGAAATTGTTAGAATTTTTTTTTAATATATAATTTTAGTAAATGCATTTTTGGCCATATATTCTTTTTATCTATGCTTTAAAATTGACTTATTATAAACAATTTTGAATTATATTTTTACTATGCATGACGCTAAGTTTAATTTGATTTGCATTGTTGTACTATGAGAAATATGAATATAGGTCTGAAGCAGGAATGAGGAATTTGATGAGTGAGGATAATAATGCATACAATAATGGGAGCCAACAGGGAGGACTCAATGCCGAGAGTTCATATTGGGCTCTTAATGGCTATCAATTTCCAGCAACCAATTTGTCTTCTAATCATTTCCCTTTGGCTATGGCTCCTACTACTCCTACTACCATTCACCTCTCCAATGCTCAGGTTACTCTCTTTACCTTCTTCAATCTCTTTAAAATGTTCATGTCCATCAAAATTTTGAAGTTGCATTTATATATATATATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTATGTTGCTAGGCATTAATTTTGTTAATGTTATGGAAATTAGGCAATTATATGTATATGTATATAACGTGTAGCGAAAGTTTTGTTAAACAATGTCTCTATTAGATATTAAACTTAACATTATCTAAACATTTAATTATTGGTGGATGTATGGTAAAACTCATGAATTTGATTAATAGTTTCTGTTTGTACCTAGAAAATTGTGGTTCATAAATTTTGTAATTCATGAGTTAGCATTTAATTAAGGAGAATAATTCATGTACCAAGAAGTCCTATAAATACTATGTAATCTTGAGTTCATAGAAAGTGTGAAAAAAGAAAAATCATTTAGAAAAACCAAGCCTTTCTCTTCTTCTTTCTTTAGTGTTTTGTGAGTAAAAGTTCCCACCACCTTCCAACAAAGTGGTATCAGAGCAAGGATGAACTCCATAGGAGTCTCCCTTTCTTTTCAATATCCACGGCTCATCAAGCTCAATTATGAGAATTGAGCACTAGGATGAAGGCCATACTTGGTTCCCAAGGAGTTTAAGAAATTGTTGAGAAAGGTTATGAAGAACCAAAAGATGAAAGTGCTCTCCCGTGAAACGAGAAAGAAGTGTTGGAAAAGGAACAGAAGAGAGAGCAATATGCCCTCACGATCATCCATCAAGGCTTGGACAAAGATATGTTTGAGAAGATTGCAAATGAGACCAGCTCCAAGCAAGCGTGGGAGACACTTCGTAATTTTGTCATGGGAGTCGAAAAGGTAAAGAAAGTCTGACTTCAAACTCAAAGGCCAGAGTTTGAATCATTTTGCATGAAAGAAAGTGAATCGATTCAAGACTACTTTACAAGAGTCTTGGTGGTGGTGAACTAAATGAAGCAGCTCGATGAGACTATGCAAGATGTTCGTGTGATCGAGAAGATTCTCTGCTCTCTTAACAAAAGGTTTAACCATGTGGTGGTAGTAATCGATGAGTCAAAAAATTTGGGGACCATGATTGTTGATAAATTAAATGGATTGCTGCAAGCTTATGAGGAAAAGATGAATCATGGCAACCCAAAGCAACTGGAGCAAGTCTTGCAAGCAAAGACGACTTTCAAAGGAGATGATGGACAAGGTCTTGGTCATGGTTATGGAAGAGGTCGAGGCCGCAAACGAGGTCGTGGACAAGGAAAAGGACGAGATGAGCAATCTTCACCAATAGAGAAAAGAGGGCAACCATTTATGAGGGGTCGAGGTCGAGGAAGAGGAAAAAGTGACAAGCACGACAAATCCCAAGTTTAATGTTACTCTTGTAACAAGCTTGGTTACTACGCATGGAAACGCCGATCCAAGAAAGTTGAGGAGGAGGCCAAACTTATAAAGTACAAAGAAGACATCGTGGAGGAATCACTGCTTCTAACTTTAAAGGCTAGTTTCGTTGATGATACAATCACCTGGTATCTTGACAATGGTGCTAGCAATCATATGACGGGTGATAAAAACAAATTTGTGGAGTTTGATACAAGCAAGAAAGGCTTTGCAAGCTTTAGTGACAACACAAAGGTGGAGATCATGGGCAAAGGTAAAATTTTGCTCGAAACAAAAAAATGGAGGCCAAAAAGTTGTTTGTGATGTTTATTACATTCCAAAGTTGACTAATAATATTCTAAGTATTGGTCAACTTTTGGAAAGAGGCTACAAGATTCACATGGAGGATTGTATGCTTTGGCTTAGAGACCAAGAGTTCAAACTTGTAGCCAAAGTGCCCATGACCAAAAATCGGATGTTCTTGTTGAACTTAAAGAATGGTGGTGCCAAGTGCTTGAAGAGTTGTGTTGATGATTCATCATGGATTTGGCATATGCAATTTGATCATTTGAACTTTGGAGGACTCAAAGCCTTGAGAGATAAGAAGATGGTGAAAGGTATTCCAGTGATTGATCACCCTGATCAAGTGTGTGAAGCATGTTTACTAGGTAAGCATTCAAGAAGGAGCTTTCCGAAGCAATCCACCTTAAGGTCCACTAAGCCACTCCAACTTCTTCATTTCGATGTTTGCGGACCTATCAAGCCTCAATCTCTTGGTAAAAGCTCTTACTTTATGCTTTTCATTAATGGTTATAGTAGAAAAACATGGGTTAATTTATTGAAAAGAAAATCTGAGGCATTTGATGCATTTAAGATGTTTAAAACTTCTGTTGAAAAGTTGAGTGGATATGGAATTAAAGCATTGAGAAGTGACAGGGGTGAGTTTAATGGTTTTTGTGAGTTGCAATGGTATTCAACGTTCTTTGACAGTTACCAGGTTACCCCAACAAAATGAAGTTGCTGAAAGAAAGAACAAGACAATCCTCAACATGACAAAGAGCATGTTAAAGTCAAAACACATGCCAAAGGAGTTTTGGGCTAAAGCGGTTGCATGTGCAGTCTATCTTTCAAACCGATGCCCAACCAAGAGCTTGAAGAATGTGACAACACAAGAAGCATGGAGTGGATGAAAATCGAGTGTTGCACATTTCAGAGTTTTTGGATCCATTACTTATGCCCATGTTCTTGAGCAAGAAAGGTCCAAACTTGATGATCGAAGCAGAAAGCTTGTGCTCATTGGATATGATGAGAATTCCAAGGGATACAAGCTGTTTCAACCTGGAGGATGGAAAGATTGTGATCCACAGAGTCATGGAGTTTGATGAACATGCATTATGGGTTTGGAGCTCGAAAAAGGATGAATCCTATGATTTTCTTCCATACTTTGAAGATGAAAAAACGACCATCCAAGAAGTCTAAATTGAAGCTACTTCACCAAACATACCAATTTCATCTTCACCAAGTCCATCATCATCATCATCATGTTCATCTTTAGATGAGAAAACTCCAAGGTAACGAAGTCTTGAGGATCTTTATGAATCAACTCAAAGGTTAGATGCTGATTTGTATTGTTTATTCGTTGATATTGAACCTCTGAAATGAAGCCAAGAGTGAGAAGAAATAGGTTCAAGCCATGGATGAGGAAATATGGACCCTTGAGAAGAATGATACTTGGGAGTTGGTATCTCTGCCATCTAATCATCAAGTTATTGGTGTCAAATGGGTGTACAAGGCCAAGAAAAATGATAAAGGAAAAGTTGAGAGATATAAAGTAGGGCTTGTTGCTAAATACTACAAGCAAAGACAAGGTGTTGACTATGAAGAGGTGTTTGCTCCAATTGCCCGTATGGACACAATTCATCTATTGATCTCCCTCGTTGCCCAAAATCATTGGAAGATCCACCAATTAGATGTAAAGTCTGCATTTCTTAATGGCATTCTTGAAGAGGATGTTTACATCGAACAACCGATGCGGTATGTTGTCAAAGGCCATGAAGACAAGGTGTTGAAGTTGAAGAAAGCATTGTATGGGCTTAAACAAGCATCAAGAGCATGGAATAGTCATCTTCAAATGTATTAGCAAGAAAATGGCTTTTCCAAATGCCAACATGGGTATGCCCTCTGTGGAAGAGAAGAAAATGGAAATACCTTGTTTGTTTGTGTTTACGTGGATGATCTTATCCTTACAGGTGACTGTCCAAAGATGTTTGAAGACTTTAATGAGGCCATGGCTCGGGAGTTTGAGATGGGTGACATGGGCCTCATGTCCTATTAGTTGGAAATCCAAATAAATCAAATGGAGGAGGGCATCTTTGTCTCACAAGAAGTCTTTGCAAAGGAATTACTTAAGAAATTCAACATGCTTAATTGCAAGCCAGTCAACATCCCAATGGAGTGTGGAGCAAAGTTGTCCAAGATGAAAGCAGATGAAGAAAAGGTTAATTCCACCATGTTCAAGAGCCTTGATGGAGGTCTGAAATACTTGACTTGCAAAAGGTCTGATATTCTTTTTTTTGTTGTGATCGTGAGTTTCTTTATGGAAGTTCCTACTAAGTCTCACTTGATGGCATCCAAGAGAATACTTCGCTACATTAGAGGTACTCTTGACTATGAGATATTTTTTTCATCCTCTAATGATTTCAAGTTGATGGGTTACTGTGGCAGTGACTTTGCTTGAGATATTGTTGATAGAAAAAGCACTACTGGTTACGTGTTCTTCATGGGAAATAATGCAATTTCTTGGTGTTCAAAAAATCAACCAATAGTCACTCTCTCCACTTGTGAAAGTGAGTATGTTGCAACCATATTTTGCATTTGCCATGCTATATGGCTACGGAGTATGTTGAAGGAAATTCATGTGGAGCAAGAGGATGCTTCCAAGATTTTGGTTGATAGAAACAACTCAAGCTTTAGCTAAGAATCCTGTGTTCCATGACCGCAACAAGCACATCGACACCTGATATCATTTAATTCAGGAATGTATTGAGAAGAAAGAAGTGGAGCTCGAGTATGTCAAGTCTATGGACTAAGTTGCTGATATCTTTATGAAACCCATAAACTATGATAGTTTTCAAAAACTTAGACTGCAACTTAGAGTTCATAAATGTTCAAGTTTAAGGGGTGTTAGATATTAAACTTAACATTATTTAAACATTCAATTATTGGTGCATGTATGTAAAACTCATAAATCTAATTAATTGTTTCTTCATGTACCTAGAAAATTGTGGTTCATGACTTTTGTAATTCATGAATTAGTATTTAATTAAGGAGAATAATTCATGTACCAAGATTCTATAAATATCATGTAATCTTCAGTTCATAACAAGTGTGAAAAAAGGAAAATCATTTAGAAAAACCAAGACTTTCTCTTCTTCTTTCTATAGTGTTTTGTGAGTAAAAGTTCCCACTACCTTCCAATAGTCTCAAATATAAATTTATGGCATGTGAATGATCCACCCAAGACTCTCCATATAACACTCTAAGCTACATGAATTTATTTAGTTGTAATAGAGACTGTAGATCGACAACTGGCTTTTGTCAATGACCAAAACATCGTTTCGTGCTTCTTGGCTAGTTTTCCAAGAGTTGGGGGAACCACAAAAAACACACAATAACTAGTGAGAGATCGACAAGTTAAAGGACAACTCACACAATTCAAGTCACATCAGCATGATGAAGAGAGAACACAATTGGAGCAAATATGAATTCCTTGACTAGAACAACCTTTCAAGTAATGAAATACTCATTACAACATCCAAAGATCTTGTTGTAGGGCCAACATAAATTGACCCAAAATAACCACCACATAAGCCAAGTCAAAATGTGCAAAGAACAATTATTATGACATGTCTTACCAGACAACAATATCATTTAGGATTTGGCAGCAAAGTGTCAATAACCAATGTAAGGAGCTAAGCTTACTCAATTGAAAACTTCCCTAAATAAGCTCCTAAGAGTCCCATTTCGGAAATGATGTCGAGCATTGACGCAAATACTTTTTTAATGAAGTAATAGTAGAAGAGTCATTACTAAATATAAACAAGTCATCAACATATACTCAGATATTGAGTTGAACGTGCCCATGATGCAACGTAAGGAGCGAATTGTAAATGAAATTAAGTGAATCCATATTTCTTTGATGAAGTAACAACCTTAGCAAGCCATAAGATGACATCTTGGGGTGACACACCATTCTTGATGTGTAGACCTTCTCATTGAGATTATCGTAAAGTAAAGTATTGTGAAATCCAATTTATGTAGTTCTAAATGCTTTACAATTGCAATTGTTAGGAAAGCTCTTACCGTTACCATTTATGCAACTAGAGCAAAAGTCACGTTATAGTCATAACACTCAACTGGGGCAAGGTCTCTGTTTCTGTGTTATTTGATTTTCTATAAGCAATTTGCATCCAAATCGGTCTATCTGACC

mRNA sequence

GGTCAAGAATTGATTGAAGTGAGCACTCCATATGCTAGCCAACAACATTCAGGGACTTGTCTCTCCAACCCAACTTCTCAAGCAGCCTCTTCTGCCCATCTCTTTGCATCTGCTACAGTGGATGGAGCACAAGGAGAAGACTATGGGAATATGAACATGGATCAAGACATGATGAATTTCAACCCTCCAAATCACCATGGTTCTTCTTCACAAATTTTGTTCCCGTCTGAAGCAGGAATGAGGAATTTGATGAGTGAGGATAATAATGCATACAATAATGGGAGCCAACAGGGAGGACTCAATGCCGAGAGTTCATATTGGGCTCTTAATGGCTATCAATTTCCAGCAACCAATTTGTCTTCTAATCATTTCCCTTTGGCTATGGCTCCTACTACTCCTACTACCATTCACCTCTCCAATGCTCAGCAATTTGCATCCAAATCGGTCTATCTGACC

Coding sequence (CDS)

GGTCAAGAATTGATTGAAGTGAGCACTCCATATGCTAGCCAACAACATTCAGGGACTTGTCTCTCCAACCCAACTTCTCAAGCAGCCTCTTCTGCCCATCTCTTTGCATCTGCTACAGTGGATGGAGCACAAGGAGAAGACTATGGGAATATGAACATGGATCAAGACATGATGAATTTCAACCCTCCAAATCACCATGGTTCTTCTTCACAAATTTTGTTCCCGTCTGAAGCAGGAATGAGGAATTTGATGAGTGAGGATAATAATGCATACAATAATGGGAGCCAACAGGGAGGACTCAATGCCGAGAGTTCATATTGGGCTCTTAATGGCTATCAATTTCCAGCAACCAATTTGTCTTCTAATCATTTCCCTTTGGCTATGGCTCCTACTACTCCTACTACCATTCACCTCTCCAATGCTCAGCAATTTGCATCCAAATCGGTCTATCTGACC

Protein sequence

GQELIEVSTPYASQQHSGTCLSNPTSQAASSAHLFASATVDGAQGEDYGNMNMDQDMMNFNPPNHHGSSSQILFPSEAGMRNLMSEDNNAYNNGSQQGGLNAESSYWALNGYQFPATNLSSNHFPLAMAPTTPTTIHLSNAQQFASKSVYLT

Homology

[Close]

BLAST of ClCG03G011050 vs. TrEMBL
Match: A0A0A0M393_CUCSA (Uncharacterized protein OS=Cucumis sativus GN=Csa_1G660700 PE=4 SV=1)

HSP 1 Score: 156.0 bits (393), Expect = 3.7e-35
Identity = 87/141 (61.70%), Postives = 95/141 (67.38%), Query Frame = 1


Query: 4   LIEVSTPYASQQHSGTCLSNPTSQAASSAHLFASATVDGAQGEDYGNMNMDQDMMNFNPP 63
           +IEVSTP  SQQHSGTC S  TS AASSA LFASA V+ AQGE YGNMN DQ MMNFNPP
Sbjct: 1   MIEVSTPPVSQQHSGTCFSKSTSPAASSARLFASANVNRAQGEGYGNMNFDQGMMNFNPP 60

Query: 64  NHHGSSSQILFPSEAGMRNLMSEDNNAYNNGSQQGGLNAESSYWALNGYQFP--ATNLSS 123
           N+H SSSQI FP EAG+ NLMSED NAYN                 N YQF     +L S
Sbjct: 61  NYHDSSSQISFPCEAGIGNLMSED-NAYNT----------------NCYQFAVVTNHLGS 120

Query: 124 NHFPLAMAPTTPTTIHLSNAQ 143
           ++FPLA+ PTTPT  H SN Q
Sbjct: 121 DYFPLAVPPTTPTFAHTSNVQ 124

[Close]

BLAST of ClCG03G011050 vs. NCBI nr
Match: gi|700211605|gb|KGN66701.1| (hypothetical protein Csa_1G660700 [Cucumis sativus])

HSP 1 Score: 156.0 bits (393), Expect = 5.3e-35
Identity = 87/141 (61.70%), Postives = 95/141 (67.38%), Query Frame = 1


Query: 4   LIEVSTPYASQQHSGTCLSNPTSQAASSAHLFASATVDGAQGEDYGNMNMDQDMMNFNPP 63
           +IEVSTP  SQQHSGTC S  TS AASSA LFASA V+ AQGE YGNMN DQ MMNFNPP
Sbjct: 1   MIEVSTPPVSQQHSGTCFSKSTSPAASSARLFASANVNRAQGEGYGNMNFDQGMMNFNPP 60

Query: 64  NHHGSSSQILFPSEAGMRNLMSEDNNAYNNGSQQGGLNAESSYWALNGYQFP--ATNLSS 123
           N+H SSSQI FP EAG+ NLMSED NAYN                 N YQF     +L S
Sbjct: 61  NYHDSSSQISFPCEAGIGNLMSED-NAYNT----------------NCYQFAVVTNHLGS 120

Query: 124 NHFPLAMAPTTPTTIHLSNAQ 143
           ++FPLA+ PTTPT  H SN Q
Sbjct: 121 DYFPLAVPPTTPTFAHTSNVQ 124

[Close]

BLAST of ClCG03G011050 vs. NCBI nr
Match: gi|659086026|ref|XP_008443727.1| (PREDICTED: uncharacterized protein LOC103487245 isoform X1 [Cucumis melo])

HSP 1 Score: 93.6 bits (231), Expect = 3.2e-16
Identity = 52/95 (54.74%), Postives = 62/95 (65.26%), Query Frame = 1


Query: 51  MNMDQDMMNFNPPNHHGSSSQILFPSEAGMRNLMSEDNNAYNNGSQQGGLNAESSYWALN 110
           MN+DQ MMNFNPPN+H SSSQ LFP EAG+ NLMSEDN +          NA       N
Sbjct: 1   MNIDQGMMNFNPPNYHDSSSQTLFPCEAGIGNLMSEDNAS----------NA-------N 60

Query: 111 GYQFP--ATNLSSNHFPLAMAPTTPTTIHLSNAQQ 144
            YQF      L S++FPLA+ PTTPT +H+SNAQ+
Sbjct: 61  CYQFAVVTNQLGSDYFPLAVPPTTPTFVHMSNAQE 78

[Close]

BLAST of ClCG03G011050 vs. NCBI nr
Match: gi|659086028|ref|XP_008443728.1| (PREDICTED: uncharacterized protein LOC103487245 isoform X2 [Cucumis melo])

HSP 1 Score: 93.6 bits (231), Expect = 3.2e-16
Identity = 52/95 (54.74%), Postives = 62/95 (65.26%), Query Frame = 1


Query: 51  MNMDQDMMNFNPPNHHGSSSQILFPSEAGMRNLMSEDNNAYNNGSQQGGLNAESSYWALN 110
           MN+DQ MMNFNPPN+H SSSQ LFP EAG+ NLMSEDN +          NA       N
Sbjct: 1   MNIDQGMMNFNPPNYHDSSSQTLFPCEAGIGNLMSEDNAS----------NA-------N 60

Query: 111 GYQFP--ATNLSSNHFPLAMAPTTPTTIHLSNAQQ 144
            YQF      L S++FPLA+ PTTPT +H+SNAQ+
Sbjct: 61  CYQFAVVTNQLGSDYFPLAVPPTTPTFVHMSNAQE 78

The following BLAST results are available for this feature:

BLAST of ClCG03G011050 vs. TrEMBL


Match Name	E-value	Identity	Description
A0A0A0M393_CUCSA	3.7e-35	61.70	Uncharacterized protein OS=Cucumis sativus GN=Csa_1G660700 PE=4 SV=1	[more]

BLAST of ClCG03G011050 vs. NCBI nr


Match Name	E-value	Identity	Description
gi\|700211605\|gb\|KGN66701.1\|	5.3e-35	61.70	hypothetical protein Csa_1G660700 [Cucumis sativus]	[more]
gi\|659086026\|ref\|XP_008443727.1\|	3.2e-16	54.74	PREDICTED: uncharacterized protein LOC103487245 isoform X1 [Cucumis melo]	[more]
gi\|659086028\|ref\|XP_008443728.1\|	3.2e-16	54.74	PREDICTED: uncharacterized protein LOC103487245 isoform X2 [Cucumis melo]	[more]

GO Annotation

GO Assignments

This gene is annotated with the following GO terms.

Category	Term Accession	Term Name
biological_process	GO:0008150	biological_process
biological_process	GO:0005975	carbohydrate metabolic process
biological_process	GO:0071554	cell wall organization or biogenesis
cellular_component	GO:0005575	cellular_component
molecular_function	GO:0003674	molecular_function
molecular_function	GO:0016787	hydrolase activity

Relationships

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


Feature Name	Unique Name	Type
ClCG03G011050.1	ClCG03G011050.1	mRNA

Synteny

The following gene(s) are orthologous to this gene:


Gene	Orthologue	Organism	Block
ClCG03G011050	Csa1G660700	Cucumber (Chinese Long) v2	cuwcgB038
ClCG03G011050	CmaCh10G008130	Cucurbita maxima (Rimu)	cmawcgB058
ClCG03G011050	CsGy1G031460	Cucumber (Gy14) v2	cgybwcgB036

The following gene(s) are paralogous to this gene:

None

The following block(s) are covering this gene:


Gene	Organism	Block
ClCG03G011050	Cucumber (Gy14) v1	cgywcgB605
ClCG03G011050	Cucurbita maxima (Rimu)	cmawcgB108
ClCG03G011050	Cucurbita moschata (Rifu)	cmowcgB050
ClCG03G011050	Cucurbita moschata (Rifu)	cmowcgB098
ClCG03G011050	Wild cucumber (PI 183967)	cpiwcgB041
ClCG03G011050	Melon (DHL92) v3.5.1	mewcgB239
ClCG03G011050	Watermelon (97103) v1	wcgwmB225
ClCG03G011050	Cucurbita pepo (Zucchini)	cpewcgB322
ClCG03G011050	Bottle gourd (USVL1VR-Ls)	lsiwcgB361
ClCG03G011050	Bottle gourd (USVL1VR-Ls)	lsiwcgB365
ClCG03G011050	Melon (DHL92) v3.6.1	medwcgB230
ClCG03G011050	Silver-seed gourd	carwcgB0890
ClCG03G011050	Cucumber (Chinese Long) v3	cucwcgB041
ClCG03G011050	Watermelon (97103) v2	wcgwmbB186
ClCG03G011050	Wax gourd	wcgwgoB366