Chy11G192920 (gene) Cucumber (hystrix) v1

Overview


Name	Chy11G192920
Type	gene
Organism	Cucumis hystrix (Cucumber (hystrix) v1)
Description	Unknown protein
Location	chrH11: 9096090 .. 9107852 (+)
RNA-Seq Expression	Chy11G192920
Synteny	Chy11G192920

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.

CTGCCTTTGCCTCTCCAAGATGATGACGATTGTGTAGCTCCGCCTCCGCCTTTCCAAGAAGATGACGATGGTACAGCTCCACCTCCACCTCTTCAAGAAGACGACGATGGTGCAGCTCCACCTCTTCAAGATGACGACAAGTGCAGCTTCACCTCCATCTCTCTAAGAAAACAATGACAATACATCTCTGCCTCCGTCTCTCCAAAAAGACAACAACAATGCAGCTCCGCCTCCGCCTCTCCAAGAAGAGGACGATGGTGCAACTCTACCTCTGCCTCTCTAAGAAGATGATGACCGTGCAGGTCTACCTTTGCCTCTCCAACAATAAGACGATGGTACAACTCTACCTCCGCCTCTCCAAGATGAAGATGGTGCAGTTCTAGCCCTTCAGAATGACAATGAAGTAGATCGAAGCTGCCCAATCGTTCATACTAAGAAAGTGGATCTGACGAAAAATGTTCGATCGTCCCCTAGTAGAAGTTGGATCGCTGACGAAGAAGTAGAATGAAGATGTTCGATCATTCTTACTAGAAAGGTGGATCTGACGGCAAATGCCCGATCGTCCTCTAATAGAAGTTAGATCGCTGACGATTGAGTCACCCATGTAAACGATTGAAAAAAAGAAGAAGAGGAAGAAGAGAAGTTTTCTTTTTCATACCTTCCTTTTGCTTGATGAGGAATGAATGATTACAGTGTGACTCTATTTATAAGGCCAACAAGTCCAAATCGAGATAATTAAGATATTTAAATATTTAAAAAATTTAGATTTTATCTTCAATTTTCAAAATAAAATTTGGGTTCAAAATTCAAGTCGAATTAACTTGCATATATGACCTCCTTTTTTATATCAAATTTAAATCAGAGTCATAAATTCAACTTTATCCTAAGATTGAGGCGTCTTTTTAATCTCAAATTAAAATTAGTCATTCCAAATTCGTATGCATCCTCAAAACAAATTAGGGTGTGGTAGAAACCTCATTCTTATTTCAAATTAAAATTTGATGTTCCAAATTTTATCCCAAAAGAATCAAATTTAAATTTTTATGCTTAAATCAAATCAAATTGCGGATAAAACCTTAAACTTTTCTCAAAATAATTAACGTTTGACCATATTTCAACCCTTATTTCAAATTTAAATCACTCATGTACTAAATTCATAGTTTGATTAATTTGATATGTTGAATTGAACAAAAAAAAAAAACTCGTATTTTAATTTCAAATTTATCTTTTTTGAGATTCATTCACCCATATATAAATCTCGAAAATGGAGCATTTGTTGAATAAGAAATTTCGAGACCAATCACTAATTGTCACATCATTTACTAAATTAATGATGGAAAATACAAGTAATTGAATTTGGAACTAATTAAAAAATTGATGTGTGTCCCAAATTAAAATTGAAGGCATAAATTGGCCAATTCTAATGATGTCACGTGTTTTCATTATGACCGTTGGATCAAGTAAATTATTTTGGTCCAATTAAATATCATTTATTTGGACTAAAGTCCAATTGAGCCAAAAATTAAGTTTAATTTAACTCAAATGCTAAATATGACCAAAACCCATATGGTTGAACCCATTGATCTGATCAATGGACCAACCAGGCTCAAGCTCATAAAGCCCACCAGAGAACTCTATGAATAGAGAAGTTCTCTTTAGAGAACATTTTTTACTCTAGAAGGTCTAGAGAGAATTCTCCAAAGAGCTAGAACACTCTCTAACTTCTGAAGTCGATCAGTACCCTCGAAGATTGAAGCTCATTTGAATATACAAACTTTCTTCCAAGACTCCAACTTTAAGAATGTCATGTGTTTCGATTCCTCAAATCAAACGTAAACATCCAATCGAGAGAGAATCAGAGGATCGATTTCTAGAGATCGAACCACATTGCATCAAATCAACATAAATAAAACATCAACATAAGTTCAACTCCACAAATCAAATTTTTCCAAAAATCTCACGTGAACAACATTTTTATTTTATTTACTTAAAAATCACCAAGGCTTTTTTCCTAATTCTTCACCTTTCCCAATTTCCATTACTCTCTCACTCAAGTCCTTCCTTCGGGTCTCACAACCCGGTTCTTCGTTTGAAGTATAGCGTGTCAAATTTAGTGGTGGTTCAAGTTTGTGATTGGAGAAATTTCGAGTGATTCGAAAACTACAAGGTAATTTCTTGTAAAACTCTAAATTTTTTTAGTTTACGGTTGTATGTTAACTAGGAGCATATAGGTTAAATTCTCGGTTCTTTTTCCGCTGTGCATGTCTAATTTCCATCATTTTTGCAACGTGATATTAACAATTTCAGTTCATATACTAGTCGGAAGAGTAGTTTTTTTGTGTTTTTTTTTTTATATACTTCAATGGTATTTTTAAAACTATATTTTAAAACAAAATTTTAATGGTTTCCATCCAAAACTATTTTTGAACCTTTTTCTAAAGCTTCGGGATATGTTTTAGTGTTAAAAAATTGAGGGGTAGTTTTTAAAATAAAATGCAAAGTTGAATGGTATCTCTTTTAATTTAGCCTTAAATATATTTAGGTTGGTTTTGCTGTGCTTGTGAGAGGAATTTTAGCGGGACATTATACGTGTGAATATCATTTGATGGTGCATGTTAATAACTAGATAATGATAAAGGTTGCAGTTGAAAGTCCTTAATGTTGCATTGGCTATATCATTAGGAAGAAAATCCAAATTTTAGAACAAATTGATCTTGGTAAAGAATAGATTTCTATATTCCTTATATCTCAATTAATATCCATACGTTAACTGTTTAGAAGCTCATAATGATACAATGGTCTGGATTGAGATCCCATTGAATTGTTAGCTTTACTTTATAGGTGTTTGGAAGGCCTAGATTGAAATCCCATTGAAATGTTAGTTTTACTTTTATTGTTGATTTTTAATTCCAACTACAATTTATTTTGTCAGTTGCCTAGATAAAATTGGTAGGTAAGCAAAATTGTTGGAATTAATCTCTGTAGGGGAATTTATTACTTTGATATGTTCACTTACGTGATGTCAGGCGATAGATCAACCCATTCACAAATTTCTAATTCATTGAGATTCCTCCAAAGCTCGAGGTCCCAACACCCTTCTGTTGCCTTCCGAAAAATCGAAAACCGATGCCCTCCTTGGCAAGGAAGGGAGCAAATAAATTGGGAAGGTTGTGTGTAAAGGATAGGAGGAAGTCACCCATGAGTCAAACCAAAAGAATCACATCAACATATTGATCCACCATGGGTTGAAGGATACAAATGGCTTTCCCATTGCAAAAAAGAGCCGGAGCCAGCTAGCTTTATTCTCACACAAATAGAGGAGCCAAATTTTAGCAGTAATGAACTTTCTACACAACCTATGCTTTTCCACCCTAAATCCATTTAGTATGAAGACTCATTACTCAGTATTGAAAAAGGAGGAGGAAGAGAAAACACAGTACAAGGAGAAATAACTACCGCCTTCCTTATTATTTTCTAATAATCAAAGAGTGCATGAGGAAAATTATATGGGGCATAATAAGCCCTAACAAACAAGAAAATAATACTAGGGCAGAATAAATCACTAATACACTTTGAGCTATAAACGCTCCACTAATCTCCTAATTTCCAATACTCTCCTCAAATTGTCAAATTGGAGCATAGATGTTGATTAGACCCAACTTGCTAACACAAGAGTCAAAACTCTGTCTAAGTAACCCTTTGGTGAGGACATCAACAATTTACCTACTGTTATGAAGATTACTTAATGCGGCTTGAATAAGAGTTAGCCCACCTTCTTTGATAAATAAACAATACATTTTATATATTAATTTTTTTAAAACAAAAAATTTGAATAAATAACCTAAACAATTTCCAACCCAATCAAGGTATAAAACGTGTCGAACCAAAATCATGAAAGCACCTACACTTGTGGAGTATAATCATAAAAACAATAATGGAAAGTCAATTAATGAAGAAATACCATAGTGAAGAAACTATTATAACACAACTGCATAATGCATTTCAAAAAGAAATTTCATGTTATAACCTGAAATGGTTCTGGACAATCATACAATTCAATCTACGTCAATTAAGTTAAATAATCAAACTATATGAATTCGGTAGTAAAAAATTTTAAGAAGACATACCGAAGTAGATCATCCTCATTCAAACCATGCCATTGTGTCTTCAACACCAGCATCTGAACACATATATCAAACTCTCCAGCAAAACAGAGCCAGTAATAAGAGTAGACCATCCAAGAGTGTTCTTGCGTCTGCCGAGCTGAGTCTCACTATAAAGTTAACAGCAACATGTCAAAGCAAAAAGCGAACTACAAGAACAGCTTCAGAGCATCAGTTTCAGCCTAGAGGGAGTGGAATGGACACAAAAAATGATATTCACAAACGAATACAATCTATTCGCTCAAACCCATTGCAAAAGAAGAACACATAAAAAGTCTTTTTATTACAACATTCCAACATGGGAGAGACTGGAACACAGCCAATGTTGACGAAGCAGAAACTGACATAACAAAGTTCCTCCCATCCCACTATTGAAAGCTAGTTCAATAGGGTTGTTGTATAAGCTCCCTCCTCATATAGATAGGAACTCAAGAGCATGAGGGAAATGAACTGGAGTTCTACAAACAAGCACCTTCTCTAACCATCATCATTAAAAGCCATTTGTCGAAGAAGGATTCTCTGGGTTTGTAGCATTCACAGTTCCATTACTAGTTTTGCTAATGATTCCCTTACCAAAGTACTGGGCAATCACAGAAAAACCATCTTTTGAACTCTTCACTTGCTGGAAGAATTGATCCTGATCCTTATTCTGCTCTAAGCTTCTCTTCATCTCTACAACTTTTCTGTATTCTGGAGCACACACTGGACATTCTTTTTCATTATCCCCCAAACAACGCTGATGGAATGAATGCATACACATGAAGTGTACAGCGGGGAGATCAAGAGTGAACGTGCATGCAGTGCACTTGCTAAGCTGAAAAATTCTTGCATTTGTCCTGAGATCTTCAATTTCTTTTCTCATTGCCAATGTGTCTTCCTGTATAAAGCAATTGTCGTTGATAAACTTTCTTTTAAACAACAAAGCCAAACATTTCAGAAGGTAGGATTCTATTTGATCAAACGCTTTAATTGGTAGAAGAAAATAGATGGAAAAAACAAACTAAATCTGCTGCTACGTCCTCAAGTTCATACTCTAGCTGTGTTATGAAGAAGAAATGAGAAAGCTTCAGGTACTCGTCAAATGTCCTCACACAATTTCAAAGTTTGTTCCCTGGATCGAGTAGGATCAGCAATCTTCCATTGTGGAAGCTATAACTTTCTTGTATCATCATCTTCTTTCAATTACACTTTTTCGTTTGAAATGATTTACAATTAATATCATCCAGTTACATCAAATAAATTTTAGTCATTTTCAGTCAGAGAGAAGAAAATTGTTAATTTCCAATAGCTTCATTTCTGATTTTATTTTACTATAACAAAGTCATTTTCCACATTTTTTTCATTCATTCAACGTACTCAACAGCCAACCTTCACCCAAAATTCAAAAAATGTCTTAAGATGAATTGTATGGATATATTTATTTTCCAAGAAATAGCAGTAATGCCAGTAACTACTAACCTGGTACTTCTCAATTGCTCGTCTATCCTCTTCAATCATCTTGGATTCCTGTTCGAGCTTTCTTGCAATATAGTCCTTGATGACAGAAAGTGTGAGGCATGGATTTCTTGACAGTGTTTGAATAACTATAATAGGAGGCAAAATATCATCCCTTTCAATATAGGTCAAAACTTCCTTTACTTCTTTGGAACAATCTTCTCCAAGTTCCCCAAAGTACTTCAATAGATCTGCCCATAGAGAAGGGTCACCTCCCTTTCCTGAATCGCCCAATCTTTTACAGCAAGCAATCAAACCCTCATGGTCGTGAGTTTGCATATAGCAAGCTATAACCTCTTTATAAAGTTTCATCTTTTCATATAAATACATAAGTCCTTCCCTAAATGCATTCATTTCACATAGAATAATTACAAGATCAACATCGTAGAGAGGATTTTCCAGTTCTGATGGCCATCCACTCTTTAGCAGACGTAATCCCTTCTCTTGCCTTTCAAGCCGGTCTTTATCCTTCATACGATCTGTATACTCAGTGTTCACTTTAGTATTGGACTCAGCTGGCATCAATGTTGCTCCTGATCCTTCAAGACTAATGTTTCGCCCATTGCTAACTTGGGACATCGATGGAAAGTTCAAATCGTTTGACAAGTACAACTCCAACAGTGTATTGTTAATTTCAACTTGAGCAGGAGAGTCCTTAACCTTGTTTGTATACTTTTCAAGAAATTCCATAAGTGACTGTGGGTGGTGAATGAAAATATTAAGAAAGTCAACAGGAGATGGTAACATAGATAAATATGTGCCATTTGAGGCCCTTTCCTTCAATGACTCACCATCCTCCGTGCAGAGCTTCATGAGAATATCAATTGTCTCACGTGGCTTGTGTGCTATCAGAATCTTTCCATACTCCTTAATTGTCACCCCGGCTTGACTAGGCTCAAGGCTTGCAATATATTGCAAGGCTTCATCATATCTTCCAAGGTCTTCAAGTAAGATCTTAAGGTACCATTCGTGCTTTCGTTCCCTTCTAGCAACATACATGGCATGTTCATGGTAATTGGCAGCACGACAAACCCTTATTGCAGTCTCGACATCAAATTTATGCTCTCCAGCACCGTCCTCGTTCTTAATAAATACATTTAACTTATTAACATCTTTCAATTTGGTATAGCAGTTTAGTAGAAGTGTGGTGTGATCTTTAGAAGCAAGACCTTTCTCATGCAAATTTTCCAAGTAATTAGTGAGGTTATAGATTCGCTGAGCATCAAGAAATTTCTGTATAACATAAGAAGGCTCAAGATGTCCAATAGTATGGATATATTGGGCCATAGCCTCATCATAATCTTGTTTGCTGTATAGATGGTCCCCATACTTTCTAAGCACTTCTGCAGTTGCAGCAGCATCAGCTTGTTGACTTTGAACGAGATTTATAGCTATAGTGTACAAATTCTTTTTAAAAAGCATATCTAATTTGCTTTCCATGTCCTTTTCCCCAATACATAGAGCAGATTGGTCGTCCATTATAAGTATAATACTACCCCACTCACAGAGCATGTGAGAAACATCTTTAACAACTAGACTATGAGCAATCAGACGATTCTTCAGGTCATAAACGTTGAAAGTGTTCTTGCTATTTCTCTGATCTGCAATCACACAGAGAAGGTATCCACGAAACCATCCTACAAGTTTTTTTTCTCCTTCGAAAGCCCAGCAAGGACCACGTCCATCAACTTCATAAAAATAAACTGCCTCAGGACGACCGATTATTAACTCCTAATTACATAAACAAGGTAACTATTATTGTTATGATCAAACATTAATCAACATAATGACATGACAAATGGTATACAAGAGATTAGAACTGCTACTGCATACCGAGCGATCACTCATTGTAACACCATTCACACCACATCCAATATGATCCAGAGTTTGCCCCTTTGGTGGTTGACTGTGCAGGCTGAATAAACTCACTGAATCAGGAGTTACTGCAAATAACTGAAGAGATTGACCATCAACTCTAAACCCTAACCCCGTAATAGATGATTGGTTCTTGTCTGAGATATCTACTTGATGCTTGAAACGATTGATACGTTCTCGCGCAATGTCTCCTTTGATGCAGTATATGCAACCATTATCAAGGCCAATAGCAATAAGTAGTATTGGTGGTGCCTCCTCTAGAACCAGAAATGATGTGATCTGCAGTAGTAAGGTCATAGATCTTACACTTCCATCATAATCAGGAAGCATGCTTCCAATGCAGTAAAGCATTAGCATTCATGGTTAAGGTGTCAAGTCTTCAAAGCAACTGGGAATGAAATAGGAAAATGGGTGAATAAAATGAGAACACAAAACTACCTTTGCCTCGGGAAATTGATTAGTAAATATCCTCAAAATTCCAATGCACTCGGGACTAGTTGCACTTGAGCCCTCCGGCTCAATTTTATCAAGATCAAAAACCTTCAGACACATAGCAGAATGCTGCGGAGCTACTTGCACGTCTTCTCCAACAGTGACAAGAAAGTTGCGTTGCTGAATGTCAACCAAAAAATATAAACGTAATCTATGTCAATGATATATCATCTTCAGTTCTATTGCTGGACATTTATGAATTCAAATCTATAAGTAGAATTCACAAAACAACAGACTAGACGTGCTGATCAAAGAGAAAATGGTAAAGTTTAAATAACAGTTGAAAGGGAAAGTAGTTAGTATGAATTCATCAAATTGGCATGATGAAGCAACGAAAATTCCAAATTTCCCCAAGGCAATCACATACCTTGAGCTGTTGAAGAAAAGATACAGAGGAGGAATGAGCTTGAAATCCATAGCTGAACTTAAGCCCACGATCAAGTAAATTAACGCTACCGTCATCGCAACCGATCACCACCTTCCCTCTGCCGCTGGAGCAACACTGGATCTTCTTTTCCCTTATCTCTTCAGGAATTGTGCATCTTCCGGCTAGTTTCTCTTCGAAGAACTCGAATTTCCTCCATTGATACATCTTCCCTGGCTCGTTTCACTTGGAATTGGGGTGATCGATGGAGTTGCCTAAGATATTCAATGGAACAAAATCATCAACAGTTTAGTTGGAGATCAGTAATAAAACAAGAATCCCCAATCGAATTTCATTTCATTTTCTCCCCTAGAATTTGCCCCGTTCTCGTCATCCCCTTGCGACTCCCCAATTGGAAAAATGCTTTTCCCTCACCTACCTTTCCCTCGCGCAATTTCTTACTCTGTAACCCGAATCAAGCCAGCCCAGTGGATTCCATTTTAGGCCGACTGTCAATTAATAGGCCGGTCTGGAGTCTAAATGGGCCATCATTCCATTATGGGACGCTGAGATTGCAGCACATCAAACTAGGGTTCGGGACGACTGTCCTTTTTAAAAGTTGTTCTTCGCTTCTACGAACCAGCCTACCTTTGTTTTTAGAAAAAATTAGAGAAAACACCTCATTTGGCTATGAATTTACATAGATGTCATAAAATCTCATTTATTTTTATTAATAAGATTTTAATTTGTTTTTCACATTAAATTTAAATATTACATATTTTCAAAAATATATATAATTTATTACCATAAATATTTTATTACACATTTATTATTTACATTAAAACTTACATATAGTCTATTAAATAATTAACATAATTCTTTTTATATAATTTTAAGATTTTCATTTAGTAGATATCCTATGTAAATATGGTATGTAATTAATTCTATTATTATAATATTATAATCAAAATTTTTTTTTAATTAATTTTTTTTTTCGGTGGTTTTGTTAAAAAATTCTTCCCTCCGATCGATCTCTCCCTCAGTCCATTCTTTCTTATTCCGTTCATCTCCTTCCATTTTTTTTGGTGAGTGCATATTTGTTTCATATTATTAATTATGTGTATGAAATTGTGAAATATAGTATGCCGGAGAACTTTTTCGATAAATTTTTTACAGTGTATATATGCCATGTAATTTTCTTCCATTTTGCATTGTTTTTTTATATATATACTACCTACTTCATAAATTCATTATTTATAATCATTATATTTCATCAATTTTACATTGTTTTTCATATATTGAAAGTTAATTTGATAAATTCTTACCGTGTTATGATTTTGGTTTAAATAGATCAGTATATACTTCTATTTACAGTCAGTCAAGTATATATATCATGTCATTTTCTTTCGTTTTGCATTGTCTTTCATACATACCACATAATGTAATAATTTTTTATATATACTTATTATATTTTATCAAATTTGCATTGATTTTCATAATATTGAAAGTTAATTTGTAAAATTTTACTGTGACTAAAACTGTTTTTTTATTTAAATAGAACATTATATACCCTTGTATATTTAACATAATATTAGATAATAATGTATGTGTGCATATTTGACATTGTATTTTAATTTTGTAACAATTTTACATTATGAAAATACAAATTTATATCAAAATGTAGGTATCAAGGAAAAGGAAGAGACTAAATGAAGATAGAACAAGGAAAGAGGAAAATAATTTTTTTAAAAAAGGAAGGAAACTAAAAGGGAAAAAAAAGTAAGTGGAGAGAAAGAAGGAAATAGAGAGAGAGAACTTCAAATAGATCAACACAAGACTAAATGATATACATCATATACTGTATAATCTATAATATATTATGTTTATCATATTTGTAGATATACGTTATAATATTTAAAATATATGCGGGTTTTATTTAAAACATACATATGCACTCACCAGAAAACTTGAAGGAGATGAACGTAATAAGAAAGAATGGATGAAGAGAGATCAAAAAATGAGAGAGAGTATATTGGAAGAAATTTGAACTAAAATCACTTAAAGAAAAAATAATTGGGGAGAAATTTTGATTAGAAACTTACCATAATTGAATTAATTATATACCATATTTACATAAGATATCTAATAAATGAAAATTCTCAAATTAAATGAAAATAACTATATTAAATAATTAATAGATTAAATAGGTAAGTTTTAATATGAATAATAAATGTGGAATAAAATATATATGGCAATAGATTATATATTTGTTCGAAATGAGGATCTCTCCTGTTTTCGATTTTTTTTCTCTAATATTAATATTAAATGTGGGTAATTTTGTTATTTGGGATCAACATTTGTGTAAATTTGTAGACCATTAAAACTTTTGTGAAAATTATGACAATATTGTATCGCATGTAAATAGAAATCCTTATTTAGGTTATTATAGTTAAAAGCCCTTGTTTTTATTTTTAGGGTTAGATGGTTTTATGATGTTTATAAGTTGGATGTCACCTTGAATAGCGTCCCTGGCATCAATTTAGTAATATGTGTGTTGGGGTTCAACCCATTGATCTTTCCATTTTTCTTTAAACAGAAAAAAAAAAGGAAAATAAGAACTGGCAATAGAAAAAGAAGAAAGAGAAAGAAAACAGAAAATAAACAAACTCCAATGTTAGCACAAAGGAAATCCCTCCTAATACAAAAGTTGAGCTTTGAACGGATCTTGTCCAAAAATCTATACCTGAAATGCAAATAAAGATAAGATTGTTGGGATCAGCGCAATGGAAAAGAAAATAGAGAATTAAAAAATGAAACAAAAGAAAAATGATTTGAAGTTAGTTTTTCTTAATTACACGTCATTACCACTTTGTGTTTGGAAATTGCATTTCCATCTTATATTAGTCAAAGTAGAGAAAAGATAGATAGAGAACCTCATAAGGCTATCTCGGGTCTAGAGAGTATTTTTTAGACCTTTCTTCAATATTCCCACTCACTTTCTGTGTCTCCTTCAAGCATAGATTCAACCAACTCAATCTTATGGTCTTCCCAACACCTCATGTTTTTTTTAATCCAAGTGTTTTATTAATTAAGATGAAAATCAACTTGCATTGAGCATATTACATGCATAGTTTAATATAGTTGTTATATTAATGTAATGTTTTGCATCTTGCATGGGTTATTTTTAATTATAATTTGATTTTAATTAATTAAATCATAGTATGCATATTATAGAACTAATTAACTAATTTTATAATAGTTATAAAATTTGATAATTAGAAACTATCAACTCATAATAAAGAGTTGCATGCAAATATAGGATCTTATGATTAATTTGATTTAATTTTTAAATTGTTTAAAATTAAATAGACCTAA

mRNA sequence

CTGCCTTTGCCTCTCCAAGATGATGACGATTGTGTAGCTCCGCCTCCGCCTTTCCAAGAAGATGACGATGCTCCGCCTCCGCCTCTCCAAGAAGAGGACGATGACGATGGTACAACTCTACCTCCGCCTCTCCAAGATGAAGATGGTGCAGTTCTAGCCCTTCAGAATGACAATGAAGTAGATCGAAGCTGCCCAATCGTTCATACTAAGAAAGTGGATCTGACGAAAAATACCTAA

Coding sequence (CDS)

CTGCCTTTGCCTCTCCAAGATGATGACGATTGTGTAGCTCCGCCTCCGCCTTTCCAAGAAGATGACGATGCTCCGCCTCCGCCTCTCCAAGAAGAGGACGATGACGATGGTACAACTCTACCTCCGCCTCTCCAAGATGAAGATGGTGCAGTTCTAGCCCTTCAGAATGACAATGAAGTAGATCGAAGCTGCCCAATCGTTCATACTAAGAAAGTGGATCTGACGAAAAATACCTAA

Protein sequence

LPLPLQDDDDCVAPPPPFQEDDDAPPPPLQEEDDDDGTTLPPPLQDEDGAVLALQNDNEVDRSCPIVHTKKVDLTKNT*

Homology

[Close]

BLAST of Chy11G192920 vs. ExPASy TrEMBL
Match: A0A5D3C4D7 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold287G00470 PE=4 SV=1)

HSP 1 Score: 56.2 bits (134), Expect = 7.1e-05
Identity = 33/55 (60.00%), Postives = 39/55 (70.91%), Query Frame = 0


Query: 19  QEDDD--APPPPLQEE-DDDDGTTLPPPLQDEDGAVLALQNDNEVDRSCPIVHTK 71
           QEDDD  APP PLQEE +D+D   LP PLQDEDG V +LQND   ++ C IV T+
Sbjct: 90  QEDDDGEAPPLPLQEENEDEDDVALPSPLQDEDGIVSSLQNDGRAEKMCMIVLTR 144

[Close]

BLAST of Chy11G192920 vs. ExPASy TrEMBL
Match: A0A5D3BT38 (Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold388G00380 PE=4 SV=1)

HSP 1 Score: 56.2 bits (134), Expect = 7.1e-05
Identity = 32/70 (45.71%), Postives = 45/70 (64.29%), Query Frame = 0


Query: 1   LPLPLQDDDDCVAPPPPFQEDDDAPPPPLQEEDDDDGTTLPPPLQDEDGAVLALQNDNEV 60
           LPLP  + DD    P   QE+D++   PL  ++DD+G   PP LQDEDG +L LQND++ 
Sbjct: 44  LPLPFHEKDDGSVFPLSLQEEDNSVALPLPFKEDDNGVASPPLLQDEDGTILPLQNDDKA 103

Query: 61  DRSCPIVHTK 71
           ++ C IV T+
Sbjct: 104 EQICSIVPTR 113

[Close]

BLAST of Chy11G192920 vs. NCBI nr
Match: TYK02148.1 (hypothetical protein E5676_scaffold388G00380 [Cucumis melo var. makuwa])

HSP 1 Score: 55.8 bits (133), Expect = 1.09e-07
Identity = 32/70 (45.71%), Postives = 45/70 (64.29%), Query Frame = 0


Query: 1   LPLPLQDDDDCVAPPPPFQEDDDAPPPPLQEEDDDDGTTLPPPLQDEDGAVLALQNDNEV 60
           LPLP  + DD    P   QE+D++   PL  ++DD+G   PP LQDEDG +L LQND++ 
Sbjct: 44  LPLPFHEKDDGSVFPLSLQEEDNSVALPLPFKEDDNGVASPPLLQDEDGTILPLQNDDKA 103

Query: 61  DRSCPIVHTK 70
           ++ C IV T+
Sbjct: 104 EQICSIVPTR 113

[Close]

BLAST of Chy11G192920 vs. NCBI nr
Match: TYK06190.1 (uncharacterized protein E5676_scaffold287G00470 [Cucumis melo var. makuwa])

HSP 1 Score: 55.5 bits (132), Expect = 2.75e-07
Identity = 33/56 (58.93%), Postives = 39/56 (69.64%), Query Frame = 0


Query: 18  FQEDDD--APPPPLQEE-DDDDGTTLPPPLQDEDGAVLALQNDNEVDRSCPIVHTK 70
            QEDDD  APP PLQEE +D+D   LP PLQDEDG V +LQND   ++ C IV T+
Sbjct: 89  LQEDDDGEAPPLPLQEENEDEDDVALPSPLQDEDGIVSSLQNDGRAEKMCMIVLTR 144

[Close]

BLAST of Chy11G192920 vs. NCBI nr
Match: TYJ95909.1 (putative mitochondrial protein [Cucumis melo var. makuwa])

HSP 1 Score: 46.2 bits (108), Expect = 4.29e-04
Identity = 30/52 (57.69%), Postives = 35/52 (67.31%), Query Frame = 0


Query: 1  LPLPLQDDDDCVAPPPPFQEDDD---APPPPLQEEDDDDGTTLPPPLQDEDG 49
          LP PLQDD++     P  Q+DDD   APPP LQ  D+DD  TLPPPLQ +DG
Sbjct: 34 LPPPLQDDNNGTTLSPLLQDDDDGGVAPPPSLQ--DEDDSATLPPPLQKDDG 83

[Close]

BLAST of Chy11G192920 vs. NCBI nr
Match: KAA0035405.1 (uncharacterized protein E6C27_scaffold285G00180 [Cucumis melo var. makuwa] >TYK25750.1 uncharacterized protein E5676_scaffold862G00470 [Cucumis melo var. makuwa])

HSP 1 Score: 46.2 bits (108), Expect = 8.10e-04
Identity = 28/53 (52.83%), Postives = 32/53 (60.38%), Query Frame = 0


Query: 2  PLPLQDDDDCVAPPPPFQEDDDAPPPPLQEEDDDDGTTLPPPLQDEDGAVLAL 54
          PLPLQDDDD +APP P Q DD          DDD+GTT P  L D+D  V+ L
Sbjct: 49 PLPLQDDDDGIAPPLPLQNDD----------DDDNGTTPPLQLHDDDDGVVCL 91

[Close]

BLAST of Chy11G192920 vs. NCBI nr
Match: KAA0032155.1 (hypothetical protein E6C27_scaffold452G00720 [Cucumis melo var. makuwa] >TYK14400.1 hypothetical protein E5676_scaffold186G00480 [Cucumis melo var. makuwa])

HSP 1 Score: 45.8 bits (107), Expect = 8.78e-04
Identity = 29/51 (56.86%), Postives = 32/51 (62.75%), Query Frame = 0


Query: 27  PPLQEEDDDDGTTLPPPLQDEDGAVLALQNDNEVDRSCPIVHTKKVDLTKN 77
           PPLQ  DDDDG  LP PLQ+EDG V  LQND ++    P   TK VDL  N
Sbjct: 60  PPLQ--DDDDGAALPLPLQNEDGVVPLLQNDGKM--KMPNRPTKAVDLKVN 106

The following BLAST results are available for this feature:

BLAST of Chy11G192920 vs.


Match Name	E-value	Identity	Description

BLAST of Chy11G192920 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A5D3C4D7	7.1e-05	60.00	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]
A0A5D3BT38	7.1e-05	45.71	Uncharacterized protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold...	[more]

BLAST of Chy11G192920 vs. NCBI nr


Match Name	E-value	Identity	Description
TYK02148.1	1.09e-07	45.71	hypothetical protein E5676_scaffold388G00380 [Cucumis melo var. makuwa]	[more]
TYK06190.1	2.75e-07	58.93	uncharacterized protein E5676_scaffold287G00470 [Cucumis melo var. makuwa]	[more]
TYJ95909.1	4.29e-04	57.69	putative mitochondrial protein [Cucumis melo var. makuwa]	[more]
KAA0035405.1	8.10e-04	52.83	uncharacterized protein E6C27_scaffold285G00180 [Cucumis melo var. makuwa] >TYK2...	[more]
KAA0032155.1	8.78e-04	56.86	hypothetical protein E6C27_scaffold452G00720 [Cucumis melo var. makuwa] >TYK1440...	[more]

BLAST of Chy11G192920 vs. NCBI nr


Match Name	E-value	Identity	Description

InterPro

Analysis Name: InterPro Annotations of Cucumber (hystrix) v1
Date Performed: 2021-10-25

Position :

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IPR Term	IPR Description	Source	Source Term	Source Description	Alignment
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 1..46
None	No IPR available	MOBIDB_LITE	mobidb-lite	disorder_prediction	coord: 25..41

Relationships

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


Feature Name	Unique Name	Type
Chy11G192920.1	Chy11G192920.1	mRNA