Cmc03g0078031 (gene) Melon (Charmono) v1.1

Overview


Name	Cmc03g0078031
Type	gene
Organism	Cucumis melo L. var. cantalupensis cv. Charmono (Melon (Charmono) v1.1)
Description	Unknown protein
Location	CMiso1.1chr03: 24837968 .. 24846696 (+)
RNA-Seq Expression	Cmc03g0078031
Synteny	Cmc03g0078031

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: exonfive_prime_UTRCDSpolypeptidethree_prime_UTR

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

TTTCGAAACGCCGCGTTCCATGTTCTCCTTCCCCATTCCGCACGTCCTCTGATTTCGGCGGCGTTTCTCGTGCTCGTGCTCCCATGAAACTACAAGGCTCTACTGGAACTGTGCTGAAAATTCTCGTATTGTTCACAAATTTCTGGTAATTTTCATCTCCTTTCTAAATATGTGAGTTTCGTTAGCGATCATGCAGTTCTTTTGCTACGGGGAGCGGGAAGCTGGTGGAATGTGGGTTGTAGATTTTTCAATGGCTTGTTGGATTTTGATTGCTGAAAGTATGGAGTAGCTTTTACGATAGAACTATGAGTATGATATTAAGCTGAATTTAGCTGAGCAGAAGGATAGGTAAACCAACTGCGAAATGGTTAAGGATAAGAAATGGAGGCATTAAGGTTACATCGTGCCTTTGCGTTTAAAGTTGCAAATTGATCGTAGTCGATTTAACTGATTTGAGGATAAAACTTCAAATATGTTATTCTTGATCAATTTTTGGTTTCTTTTGGCCTTTATTTTGAATGTCTGTCACCTTACATTTCTTACTACTTTAGTAACTTAGCTCTAGGTTGAGATTCCTGAATTATTTGCTCGTGACTCTGGGAATTTAGTTTTCGTTGATCAATTCTACGTACTGCGTTTGTGCTGGTAGTTGGTCGGAGTATGCATGACGCCGTTCTCGTGATACTCTGGTCTTCGAGTATAGCTTTTATCCAATAAGCTCTTCTCTTCAATCAACATAATAGAATTAGATTTAGAATCTAGTCCCTATACTTAGCTATTTTTGATGTTTTGATAATCATTTTAATTTGTTTCATTATAGTGCTTTTAGAAACAAATCAGTTTAATAATTTGCATTGATTAGCCAGTAATATAGATGAATACATAGATAAAAGTTAATATGACACAGGCTGGAAATGGATTAGTTTGTGTGTACGTAGGCAACTGTAAGTATTTTCAAGGTATCGCACCAACCTTCACATGAGCATGTCAATTTTTTTTCGTAGTTGACTGAATGGTCAACAATGGGAACTAAAATGTTTTGCTTGTATGAGCATAGTGACGGATTAAATTGAATGAACCATTTTTTATAAATTGTTATTATTATTTTTTTATACGTATCAGAAGACGATAACACAGTTATGATTTAATTAATTGAAAATATGAAGAAAGAGTCCGGATGCAAGTAAATTACGACAATATAATGGTTCGAGATCTTTATAGAATTTCAGTAACCAATTCTTGAAGTATAATTTTTTCTATTTGCCTTAAACAAGGAAAATTTCCTCAAATTATAATGTCATATTATGAGTGATCTAGAAAATCATATTTGAAGATATGGAATTGCATGGAGACTTTTTTGTTTGTGGATCTCATGTAAAACAGATAAGACCTCACAGTGTTTATAAGTACATGTTACTCCTTTCATTATGACATCATACCGCATCATACCACTACAGCCATGAATTAAAATTTTCAACTAGAAGGGCAATTATGAAACTGACGTAAAAACTAGAAGAAGAAAAAACTTTGTAAAAGTGAGGGGCTAAATTGGAAAATAACAATAGTTAAGGGGCTAGTGTAGTAGTTTCACCAAAATTTTGTATGTAAATGTCCAGTCTTAATGGAACGATAAACAGCCTCCTAATAATTTTTCGAGTAAATAACACTTCAATTTTTTTTTAGTTTTTTTTGGACAATATAAAGAGGAAAATCGATTTTTTAAATTTGAAGTTAATAGTTATAATCGAACTATGTTCCTTTTAGAGGTTAAATAGTTACCTAAAATGCTTTTTTCTTTATTGCCCCTGCACCAGACCTCTATTGTATGTGCTTATAACTTAATTTTTGCAGAAAGAGAGGTTAAGACATGGAATAGGGATATGCTTATGCTTGCTCATATAAATGTAGTGTGATCGGACAGCATGATCAAACGCATCATATGCTTACTATTGCTCCTCTGTGTTGTCATCAGCTGGGGTTACATTTTTGGCTTTTTGAGTGATTAAATTGCAGCAAAGCAATTAATTGTTTTGATAAGATGTGTATTGAAGCAATTATATCACTTCTGGACTTTTAATCATGATAAAGATATCACGTGGTTGTGTATTGTTTTTGTACGTTGATTGAATACAATACATTTTGTTTTCTATCCTGTGCTATGTAACGACGAAGGTAAATTGAAAAGTATTAATGGACTGGATCATCTCGCATTTATAAGCCTTCTCTACAGGTCTTTAAATAGACTGATTATGCAGTGATAACCGGAGCTAACTTCCTAACCGACCAATGGTTAGTTGCTGTTTAAATAATAATAGAGGATCAGGAAAAGTAAAGTCCTTTACACTGTGCATGTAAAATGAAGGATTCAACTGTGTATGTAAATTGAATAAACAGTAAGAACCAGACAAGTAGAATATTCTTGTTATTTAAATTAACCCATTTTACAAGGACTATATATTAATCCGGTTGCCACCAAAAGCTTAGTTCAATTGACATACCAAGAACCAAGAGGTTCTAGGTTGAAATCCTCTGCTTCAATTTTGTACTTGAAAAATATATATATCAACCCTGTTCATGCCTCTATGTTGAAAGAGTTGTAGTCAAGGGAAACGTTTTCTTAAATCATTCCATAAGGTTGTCATGTATTGGTATATTAATATTGATTTATTCGTTTATTATAGCTATTGTTTATTAAGACAACCCACTGGCCGTAGCTTATTGAGATTCCATTTGTTTTTAGACAGGTATTTCTGCCATAAGACATAGAGGCGGTTAGATGAAATTCTACAACCTTGCAAGTTTGCTACTTGGAGATTTGGCACAATACAGCTTAGCCAAATATAATGGTATTATTGCTGGTGGTATAAAGTTGAGGCCGAGTTTGGTTACTGAACTAGCAATTACATAGTCAAGGAATGGTGTGGAGACATTTTTTCTCCGGTTGAAATGCGAGGATTTAACAACATCCAATTTTCTGGAGATTCAAATGCACATCTGCTCGGATTCACGTTGCTCAACATGGTAACAAGATGATCACCTGGGCTTTTCATTTGCTTGGACTTGAAATTCTCCATTCTCCGTTCCCACATTTTTATATTGTGTTTGAGTGCTTTTCCTATTTTCATGAAAGGAACTCGATTAATTTATTCCCCACGATGGAATTTGGGGGAGAAAAGAAAAGGAATATCTATTTCAGACTTTCAGTGGCCTATTATAATTCATTTGGTGGTCTGCATCTTCTTTACAGCTTATATCTCATAATTATGAAGTTACAGTGAAAACGATCAAGTGTTTCCAAACTAGTCATGTTTATAAGCATAGGGATGTTTCATCTGGGGTTACATGCTCTGAAAACCGACACTAAAATTCTTAATTATTATTGTCTGAGGAGGAATATCTTTCTCTTCTTTTCTAGTTCTTGGGGAAGTAAAATAAAATCATTATTTCTGATGATTATTGAAAAGCAAAGTGTGCTTTGCTTAAAGGGCTTTACGGAGCTGTTTGCGATCAGGCGTTTGCCAGAACTTGTTTGTGAATGACTGGCCTCTATTACAATACAATACAATACAGTACAGCGAAGCCTGGTTAGTTTATTTCCTTCCTTTCCCACCCTCTATTTATTTATATGTCTGTTGCATTGCATTTTGCTTACTCTTTTTGGAACCCTTTAATTTAGGCTATGCATGAAATTCTTGCAAGAGACAAAAAGCATGAGAGACAGTTGCAACCTACAAAGTGAGCAATTCACAGCTTTCCTTTTTTCCAATTCTAATGTTATGTGTTTATATTTGTATTTCATTCAAAACCCATTTAGAAAAATCAGCGAAAGAATAAACCAAAATTAGTAGAGAGAGAGAGAGAGAAAGGAGATGTCAGGAAGAAGGGATGTGAAAGGGGAACTTTCATCATCAGTCTCCATAGCTTTCAAAGAGAACCGAATCAGACAAAAGCTTGGGGTTAAGAAAAGGATGTTGCTTTTGGGGGAAAAATATAATATAATATTTATAAAAAAAAATGAAAAAAAAGAAACCAGGAATCTCACTGTATACATTGCTTTTTACAGAACTCTAAGCCCCCACTTTTCATCATTCTTTCACCGCTAGAATGATTAGTCATATTTACTATCCCAACTAAAAGTCTTAAAAGACACCCTCTCTGCCTGAACTGAACTGGAGAGAGAGGGACATCACTTCTACTAGAAAACCTAACGCCCAAAAAGAAGATAGGAAATTTTTGGATGTTTCCCCCTCTTCCTCTTCTATTGGAATATTGACCCATCTTCTTTCTCTCTCTTTGAAAACTACAAAGAAGCTTCTTCCTTTCTATTCCATTCCTTTTGTTCACTCAACTTTCGTTTTCTTCTTTTCTGTACAAATTTGAGTATATATATTTATAATATATGTAATGTATTTTCATGGGTCAGTCTTATTGGACTTAGGTGTTACATTACATGTTGAGATGAATCAACTCATTTGACTTTCTTTTCCGTTTTTTGTAATCTTTTTGACTTGTCAGCTAGTCAAAACTTTCAATTCAAATAAACAACCAAAGATATTGTTTATACTATTGTAGCAAATTTGTTTTACTGTTTACCAATTCATTTTATATTCTCATCACTTGACCTTAAGGCTTGATTAGATATTTCGGCAATAAAAAAGAATAAGAATAGATTTGATAATACTTTTTAGTATTAAATGATATATGGGTTTCTCATCTATTTTTTCTCTTGTCCCTTTATTTACCTGTTGATTTGTTTTTACTTTTTAGAGGATTAAAGAAAAATCTGGAAACGAGAAGCAGGGAAGGGTTAAAAGGTACAACAACTCCATCAATTGATTCTTCTACTTGTTTCTTTTTTTCCTTTTTCTTTTTCTTTTTCTTTTTTTTTTTTAAGATTTTTTTTTTCTTTTGGCCTTTGAACCATAACAACTACAATATTTTCCCATCTCTGTCTACCTGTGGCTACAAAAGTCCAAAAGCTTCTTCCTGCCTTCAACGATTTCATCAATGAAATCATCAAGTTGGCAAACAATATTCTCAGCTCCAGATCTCAGTACCCCAAAACAAGCTCTCAAATTTTCAACCCTTTCTCTAATTCCAATCTCTGTTTCCCATTCCACCACTCCCTGTGACCCCATCCCCACCCTTCTCTCCAATTCCGCCCTCAATTCCTCCATCGCCATCTTCGACCTTCTAAACTCGTACAGCAAAATCCCAGGCCTTCCGTTCATCTGGTTGATCTCTCCGGCGACTCTCTCCTGCAATCTCGCCGTCGAAATCATAAAAGCTGAACCGAAGAACAGACACCCTTCATACCCTCCTCTTACAAAATTCGATTCCGGCCAACAGTAAACCAGCCCGTAGAGCAAGATCATTAGGAGGAGTGAGCTCACATTTCTCATTGCGTACAAAACTCCCCTGAATCCATTGAATCCGTTCAGCTTTGATTCGATCGATACTTTCTCATCGAACCTCAGAGATAAAGGTTGAATTCTTGCTTCCATCAGTGCTCGATTCTCCTCCTCCAATCCCACCGCTTCCCTTCGACACCCTGATATTGCCCTAATCACCTGTATTTGAAGAGTTGGAATACTTTTAGATGATGAACTCAATGCTTCCAAACAAAACAGAACTGAACAGAACAAAACAAAAACAATAAAAACAAAATACACGAGCAAAATTTAGATTGAGATTATTTGAGATGGACCTGGCGAGAAAGTTGTGGACTCAGATGGCGATGAGTTTCAAGAGAGGAAGTGATATTGAAGCCAGAAGAATAGAAATTTTCGATTCCAGAAATGCCTGATTTAAGGACATGACAGGCGTCCCAAAGCTTAGAGCTTTCATCCATGTACTCATCCAACCACTTCTCCCCCACCGGCAAATGAAGCTTTTGGACAAGAAGTGTCAATTGGGAATGAAATGATCGGAGAAGTGAAAGAACCCTTTGAAGGAATTGGATTGACATGAAATTGTTTGAAAGGTAAACCCGTTCAAGATCATCGATCCCTCGAGTCAGAAAAGTATAGAAGCCATTGACAGAGTTGGTGGAGGAGGGATCCATTGTGACCTTGTGGGAACTAAAAGGAAAAGGCAGAGAGAGAGAGAGAGAAAAAGAGAGAGAATTTTTTTTTTTTGGGGGGGGGGGGTAGAAGTAGAAGAGGGAGAGAAAAGGTTATTAAGAAGGCTGATATTTAAATTGAAGAAGTATTGAGAAAATTAAAAGGAAGGGACTGGGAAGAATGGGAATTAGAAACCCAATTCTATATCTTTTTAGAAGCTCAGGTTTCTAAGGTTGAAAAGGATTGTTGGGAGCAATGATGGGTGTTTCCTATAGGGGGGAAAGGATGATTGGTAATATGCCATTTTCATTGTTAAATGGGCAGAAAGAAAGAGAACCCAAAAAATATTCTAAAATTCTCAAATATTAATTAATTTAAAACACTAAGAGAATTTATGCAGAGGAAGAGGAAAATAAATAAATAAATAACCCCCAAAAAGTGAATAGAGAAGAAAAAAAAAATCACCTAAACTAAAGTTTGGGCACATTGGACCACAAATTCCCTATGAACTCCCTTCCAATTTCTTCCTTTTATCCTCTGCCCTTTAAAGTAGCCCTCATTTATTATTTTTTCATACATAAAGTTGAGAAAGATAGAGATAGAGAGAGAGAGAATGAGAAAGAGAATGGTTGTGGCATTTAAGTATTGGGAATTTTCATATATTTAAGAAAGTGAGATTTGAGTTTTTATTGGGTTGGGAAAATGATTTAATCAAAGAGGATTCAAACAAGTTTTGATCAGAGTGCTGTTTGGATTCTTGTTTCCCATTCTTTCTTTTTTTTTTTCCAATCCCTCGAGCAACTGAATTTTGCTTCTTTAACATCCAATCTTCCATTCCATTGAAATTTGTGGGTATGAGATAGGGAGAAGGGGAAGGTTTTTCTTACTTATTTATTTATTATTATTACTATTTTTAATAATCCTAGATTTTCTTAATTTCTTTTATTTTCTTTCATTGATTTTTTCAAAAGAGTGAAGTTGGAATGATGAGGTTCCTTGTATATAATGCATTTTTGCAACTTTCTACTATGCAGAATCATTCTTTTTAGGTCTCAATTTTCTTTCTTTCATTTTTCATCCTTTTTTATTAAAACAAAATTATTTATTTGTATTGATCTTTATTCTTTGAGGGACAAAATGGATATGCTCATCTTCCCAAGTTCTCTAGCCCACCCCCTTCCCTTCAACTAATGTTTTCTTACATTTTTTATTTTATCCCACACTATAAATAAAGCTGCATTAACCTTCAACTTTCAAAATTTGAAATTAAGGATAAATAAAAAATATATATGTGTGTGTATTGATAACCAAGCTCAAATTCCATTTTTTGATTCTATTTAAAGAAATAGAGTATTTTTGTGTAAAAAGAAAATATTTAAAATTCAAACATTTTTTACTATTTATTTTGAATTATATGGTAAATTTTATCCTAATTTGAGAGAGAGAGAGAGAGAGATAGAGAGAGAGAGAGAGAGAGATCCCTTTCAAAAATAAGCCCATAACTTTGGTAGGTCTTAACTGCGACCTATCAACTGCAAATCTACAAATGAAATTTCATGGGTACGATTAGATGGGTCCCAATTATTTGTTCTTTCTTCATCCTTATACAATTCAATTTACTAAATTAAACTGTAGCTATACCAGATTTTATTTTTATTTTTACTGTACTGGATTATTCATTATGATATTAAAAAATCTTTATTTATATTGAAAACTCTTAGTCTTAGGACTGTGGACCTTGTTATCTTAAACTGTATTGGTATTAGCAAAAAAAGAAAGAAAAAAGGAAAGTGTATATAAAATATTTTTAAATTTTAAGAATGAATTAAAATAAAAGGAGTGGCTGAGTCGAGTGCTCGTGGGTTTTTGAAGAATGGGACGTGTGGAGAGTATGTTGGTCTTTTGAGATTTTCATTGGAAAGTGAATTATTATAAATAAAAAGTAGGCAAGGTTGCATTATTTAAGGGTATTGATTTGGGCACCTTACCTTTCTTTTCTCCTTATGCTGCACCTCCTCTCCAACATTTACTTCATAACCCTCCCTTACTGTCCTTTTCAAATTTTATTAATATTTCATCACCATTCTTACCCGTAACACAAGTAATTGTGAACTTTTGAAACAATTATTTTATATTTTGAGCTAATGGGTTCAATTCATGGTAGTTATTTACCTAGGATTTAATATCCTATGGATTTCTTTGACAATGGTTATAAATGTTGTCTCGTGGAATTAGTTAAGGTGTGCGTAAGTTAGATTAGGTACTTTAAAAATTCAAAGAGGAGAGTATAAATTAGGGAATGTCAACCATGGTAACATCCTCACAAAGTGGTAGATGCTATTAAGAAAAACAATTGGATGATAAAGATAAAGCTTTTGTGGAAGATATATGTTGGTTGCTCTCTAGTCCTAAAACAATAAGAAGAAAAGTATAGTCCATAAATAGGAGTGCACTTGAAGTGCCTAAAGTGGATGGTTCGAGGAGTGGTCATGAGGGGACTAATAACATGAACAATGTAGGCAGGTATCGAGTGATGATTTCATACTTTCAGAGAGTGTGTCATTAAGAAATACGTTTTTAATGTTTATTTGGAGAAGATGTCACTGTTTGGCATCTAAAATAGCCAAGAGACTATGAACAAATGTAACTCTGAAGCAAATGTCTCAT

mRNA sequence

TTTCGAAACGCCGCGTTCCATGTTCTCCTTCCCCATTCCGCACGTCCTCTGATTTCGGCGGCGTTTCTCGTGCTCGTGCTCCCATGAAACTACAAGGCTCTACTGGAACTGTGCTGAAAATTCTCGTATTGTTCACAAATTTCTGGTATTTCTGCCATAAGACATAGAGGCGGTTAGATGAAATTCTACAACCTTGCAAGTTTGCTACTTGGAGATTTGGCACAATACAGCTTAGCCAAATATAATGGTATTATTGCTGGTGGTATAAAGTTGAGGCCGAGTTTGGTTACTGAACTAGCAATTACATAGTCAAGGAATGGTGTGGAGACATTTTTTCTCCGGTTGAAATGCGAGGATTTAACAACATCCAATTTTCTGGAGATTCAAATGCACATCTGCTCGGATTCACGTTGCTCAACATGGGCTTTACGGAGCTGTTTGCGATCAGGCGTTTGCCAGAACTTGTTTGTGAATGACTGGCCTCTATTACAATACAATACAATACAGTACAGCGAAGCCTGGCTATGCATGAAATTCTTGCAAGAGACAAAAAGCATGAGAGACAGTTGCAACCTACAAAAGGATTAAAGAAAAATCTGGAAACGAGAAGCAGGGAAGGGTTAAAAGGTACAACAACTCCATCAATTGATTCTTCTACTTGTTTCTTTTTTTCCTTTTTCTTTTTCTTTTTCTTTTTTTTTTTTAAGATTTTTTTTTTCTTTTGGCCTTTGAACCATAACAACTACAATATTTTCCCATCTCTGTCTACCTGTGGCTACAAAAGTCCAAAAGCTTCTTCCTGCCTTCAACGATTTCATCAATGAAATCATCAAGTTGGCAAACAATATTCTCAGCTCCAGATCTCAGTACCCCAAAACAAGCTCTCAAATTTTCAACCCTTTCTCTAATTCCAATCTCTGTTTCCCATTCCACCACTCCCTGTGACCCCATCCCCACCCTTCTCTCCAATTCCGCCCTCAATTCCTCCATCGCCATCTTCGACCTTCTAAACTCGTACAGCAAAATCCCAGGCCTTCCGTTCATCTGGTTGATCTCTCCGGCGACTCTCTCCTGCAATCTCGCCGTCGAAATCATAAAAGCTGAACCGAAGAACAGACACCCTTCATACCCTCCTCTTACAAAATTCGATTCCGGCCAACAGTAAACCAGCCCGTAGAGCAAGATCATTAGGAGGAGTGAGCTCACATTTCTCATTGCGTACAAAACTCCCCTGAATCCATTGAATCCGTTCAGCTTTGATTCGATCGATACTTTCTCATCGAACCTCAGAGATAAAGGTTGAATTCTTGCTTCCATCAGTGCTCGATTCTCCTCCTCCAATCCCACCGCTTCCCTTCGACACCCTGATATTGCCCTAATCACCTGTATTTGAAGAGTTGGAATACTTTTAGATGATGAACTCAATGCTTCCAAACAAAACAGAACTGAACAGAACAAAACAAAAACAATAAAAACAAAATACACGAGCAAAATTTAGATTGAGATTATTTGAGATGGACCTGGCGAGAAAGTTGTGGACTCAGATGGCGATGAGTTTCAAGAGAGGAAGTGATATTGAAGCCAGAAGAATAGAAATTTTCGATTCCAGAAATGCCTGATTTAAGGACATGACAGGCGTCCCAAAGCTTAGAGCTTTCATCCATGTACTCATCCAACCACTTCTCCCCCACCGGCAAATGAAGCTTTTGGACAAGAAGTGTCAATTGGGAATGAAATGATCGGAGAAGTGAAAGAACCCTTTGAAGGAATTGGATTGACATGAAATTGTTTGAAAGGTAAACCCGTTCAAGATCATCGATCCCTCGAGTCAGAAAAGTATAGAAGCCATTGACAGAGTTGGTGGAGGAGGGATCCATTGTGACCTTGTGGGAACTAAAAGGAAAAGGCAGAGAGAGAGAGAGAGAAAAAGAGAGAGAATTTTTTTTTTTTGGGGGGGGGGGGTAGAAGTAGAAGAGGGAGAGAAAAGGTTATTAAGAAGGCTGATATTTAAATTGAAGAAGTATTGAGAAAATTAAAAGGAAGGGACTGGGAAGAATGGGAATTAGAAACCCAATTCTATATCTTTTTAGAAGCTCAGGTTTCTAAGGTTGAAAAGGATTGTTGGGAGCAATGATGGGTGTTTCCTATAGGGGGGAAAGGATGATTGGTAATATGCCATTTTCATTGTTAAATGGGCAGAAAGAAAGAGAACCCAAAAAATATTCTAAAATTCTCAAATATTAATTAATTTAAAACACTAAGAGAATTTATGCAGAGGAAGAGGAAAATAAATAAATAAATAACCCCCAAAAAGTGAATAGAGAAGAAAAAAAAAATCACCTAAACTAAAGTTTGGGCACATTGGACCACAAATTCCCTATGAACTCCCTTCCAATTTCTTCCTTTTATCCTCTGCCCTTTAAAGTAGCCCTCATTTATTATTTTTTCATACATAAAGTTGAGAAAGATAGAGATAGAGAGAGAGAGAATGAGAAAGAGAATGGTTGTGGCATTTAAGTATTGGGAATTTTCATATATTTAAGAAAGTGAGATTTGAGTTTTTATTGGGTTGGGAAAATGATTTAATCAAAGAGGATTCAAACAAGTTTTGATCAGAGTGCTGTTTGGATTCTTGTTTCCCATTCTTTCTTTTTTTTTTTCCAATCCCTCGAGCAACTGAATTTTGCTTCTTTAACATCCAATCTTCCATTCCATTGAAATTTGTGGGTATGAGATAGGGAGAAGGGGAAGGTTTTTCTTACTTATTTATTTATTATTATTACTATTTTTAATAATCCTAGATTTTCTTAATTTCTTTTATTTTCTTTCATTGATTTTTTCAAAAGAGTGAAGTTGGAATGATGAGGTTCCTTGTATATAATGCATTTTTGCAACTTTCTACTATGCAGAATCATTCTTTTTAGGTCTCAATTTTCTTTCTTTCATTTTTCATCCTTTTTTATTAAAACAAAATTATTTATTTGTATTGATCTTTATTCTTTGAGGGACAAAATGGATATGCTCATCTTCCCAAGTTCTCTAGCCCACCCCCTTCCCTTCAACTAATGTTTTCTTACATTTTTTATTTTATCCCACACTATAAATAAAGCTGCATTAACCTTCAACTTTCAAAATTTGAAATTAAGGATAAATAAAAAATATATATGTGTGTGTATTGATAACCAAGCTCAAATTCCATTTTTTGATTCTATTTAAAGAAATAGAGTATTTTTGTGTAAAAAGAAAATATTTAAAATTCAAACATTTTTTACTATTTATTTTGAATTATATGGTAAATTTTATCCTAATTTGAGAGAGAGAGAGAGAGAGATAGAGAGAGAGAGAGAGAGAGATCCCTTTCAAAAATAAGCCCATAACTTTGGTAGGTCTTAACTGCGACCTATCAACTGCAAATCTACAAATGAAATTTCATGGGTACGATTAGATGGGTCCCAATTATTTGTTCTTTCTTCATCCTTATACAATTCAATTTACTAAATTAAACTGTAGCTATACCAGATTTTATTTTTATTTTTACTGTACTGGATTATTCATTATGATATTAAAAAATCTTTATTTATATTGAAAACTCTTAGTCTTAGGACTGTGGACCTTGTTATCTTAAACTGTATTGGTATTAGCAAAAAAAGAAAGAAAAAAGGAAAGTGTATATAAAATATTTTTAAATTTTAAGAATGAATTAAAATAAAAGGAGTGGCTGAGTCGAGTGCTCGTGGGTTTTTGAAGAATGGGACGTGTGGAGAGTATGTTGGTCTTTTGAGATTTTCATTGGAAAGTGAATTATTATAAATAAAAAGTAGGCAAGGTTGCATTATTTAAGGGTATTGATTTGGGCACCTTACCTTTCTTTTCTCCTTATGCTGCACCTCCTCTCCAACATTTACTTCATAACCCTCCCTTACTGTCCTTTTCAAATTTTATTAATATTTCATCACCATTCTTACCCGTAACACAAGTAATTGTGAACTTTTGAAACAATTATTTTATATTTTGAGCTAATGGGTTCAATTCATGGTAGTTATTTACCTAGGATTTAATATCCTATGGATTTCTTTGACAATGGTTATAAATGTTGTCTCGTGGAATTAGTTAAGGTGTGCGTAAGTTAGATTAGGTACTTTAAAAATTCAAAGAGGAGAGTATAAATTAGGGAATGTCAACCATGGTAACATCCTCACAAAGTGGTAGATGCTATTAAGAAAAACAATTGGATGATAAAGATAAAGCTTTTGTGGAAGATATATGTTGGTTGCTCTCTAGTCCTAAAACAATAAGAAGAAAAGTATAGTCCATAAATAGGAGTGCACTTGAAGTGCCTAAAGTGGATGGTTCGAGGAGTGGTCATGAGGGGACTAATAACATGAACAATGTAGGCAGGTATCGAGTGATGATTTCATACTTTCAGAGAGTGTGTCATTAAGAAATACGTTTTTAATGTTTATTTGGAGAAGATGTCACTGTTTGGCATCTAAAATAGCCAAGAGACTATGAACAAATGTAACTCTGAAGCAAATGTCTCAT

Coding sequence (CDS)

ATGAAATCATCAAGTTGGCAAACAATATTCTCAGCTCCAGATCTCAGTACCCCAAAACAAGCTCTCAAATTTTCAACCCTTTCTCTAATTCCAATCTCTGTTTCCCATTCCACCACTCCCTGTGACCCCATCCCCACCCTTCTCTCCAATTCCGCCCTCAATTCCTCCATCGCCATCTTCGACCTTCTAAACTCGTACAGCAAAATCCCAGGCCTTCCGTTCATCTGGTTGATCTCTCCGGCGACTCTCTCCTGCAATCTCGCCGTCGAAATCATAAAAGCTGAACCGAAGAACAGACACCCTTCATACCCTCCTCTTACAAAATTCGATTCCGGCCAACAGTAA

Protein sequence

MKSSSWQTIFSAPDLSTPKQALKFSTLSLIPISVSHSTTPCDPIPTLLSNSALNSSIAIFDLLNSYSKIPGLPFIWLISPATLSCNLAVEIIKAEPKNRHPSYPPLTKFDSGQQ

Homology

[Close]

BLAST of Cmc03g0078031 vs. NCBI nr
Match: RDY04520.1 (hypothetical protein CR513_11763, partial [Mucuna pruriens])

HSP 1 Score: 73.2 bits (178), Expect = 1.7e-09
Identity = 47/95 (49.47%), Postives = 60/95 (63.16%), Query Frame = 0


Query: 9   IFSAPDLSTPKQALKFSTLSLIPISVSHSTTPCDPIPTLLSNSALNSSIAIFDLLNSYSK 68
           + SAPDL +PK AL+FS+LSL P S S            LSNS L+SS+A  D  NS + 
Sbjct: 1   MLSAPDLRSPKHALRFSSLSLTPTSPS------------LSNSPLSSSMATLDRRNSCNN 60

Query: 69  IPG-LPFIWLISPATLSCNLAVEIIKAEPKNRHPS 103
           IP   P +  IS ATL C+LAV+I+ A+P+NR PS
Sbjct: 61  IPPCAPPMCPISAATLCCSLAVDIMNADPRNRQPS 83

[Close]

BLAST of Cmc03g0078031 vs. NCBI nr
Match: BAT81782.1 (hypothetical protein VIGAN_03164500 [Vigna angularis var. angularis])

HSP 1 Score: 56.6 bits (135), Expect = 1.6e-04
Identity = 47/109 (43.12%), Postives = 56/109 (51.38%), Query Frame = 0


Query: 9   IFSAPDLSTPKQALKFSTLSLIPISVSHSTTPCDPIPTLLSNSALNSSIAIFDLLNSYSK 68
           + S PDL TPK  L  STLS                   LSNS L+SS A     NSY+ 
Sbjct: 2   MLSMPDLRTPKHILTLSTLS-------------------LSNSPLSSSTATLARRNSYNN 61

Query: 69  IPG-LPFIWLISPATLSCNLAVEIIKAEPK-NRHPSYPPLTKFD-SGQQ 115
           IP   P    IS ATL  +LA + I A+P+ NR PS+PP T  D SGQ+
Sbjct: 62  IPDPAP---PISAATLCRSLAADTITADPRNNRPPSHPPTTNSDVSGQE 88

[Close]

BLAST of Cmc03g0078031 vs. NCBI nr
Match: KAF8395133.1 (hypothetical protein HHK36_019074 [Tetracentron sinense])

HSP 1 Score: 55.1 bits (131), Expect = 4.7e-04
Identity = 22/35 (62.86%), Postives = 29/35 (82.86%), Query Frame = 0


Query: 67  SKIPGLPFIWLISPATLSCNLAVEIIKAEPKNRHP 102
           ++IPG P+IWLIS ATL CNLAV+ +  +PKN+HP
Sbjct: 69  NRIPGRPWIWLISAATLGCNLAVDTMNVDPKNKHP 103

[Close]

BLAST of Cmc03g0078031 vs. ExPASy TrEMBL
Match: A0A7C9D4B4 (Uncharacterized protein OS=Opuntia streptacantha OX=393608 PE=4 SV=1)

HSP 1 Score: 76.6 bits (187), Expect = 7.3e-11
Identity = 45/64 (70.31%), Postives = 48/64 (75.00%), Query Frame = 0


Query: 2   KSSSWQTIFSAPDLSTPKQALKFSTLSLIPISVSHSTTPCDPIPTLLSNSALNSSIAIFD 61
           KSSSW  IFSAPD  TPKQ  KFSTLSLIP S SHST      P LLSNSAL+SS+A+FD
Sbjct: 81  KSSSWLIIFSAPDRRTPKQPFKFSTLSLIPTSDSHSTLS----PPLLSNSALSSSMAVFD 140

Query: 62  LLNS 66
           L NS
Sbjct: 141 LRNS 140

[Close]

BLAST of Cmc03g0078031 vs. ExPASy TrEMBL
Match: A0A371HP11 (Uncharacterized protein (Fragment) OS=Mucuna pruriens OX=157652 GN=CR513_11763 PE=4 SV=1)

HSP 1 Score: 73.2 bits (178), Expect = 8.1e-10
Identity = 47/95 (49.47%), Postives = 60/95 (63.16%), Query Frame = 0


Query: 9   IFSAPDLSTPKQALKFSTLSLIPISVSHSTTPCDPIPTLLSNSALNSSIAIFDLLNSYSK 68
           + SAPDL +PK AL+FS+LSL P S S            LSNS L+SS+A  D  NS + 
Sbjct: 1   MLSAPDLRSPKHALRFSSLSLTPTSPS------------LSNSPLSSSMATLDRRNSCNN 60

Query: 69  IPG-LPFIWLISPATLSCNLAVEIIKAEPKNRHPS 103
           IP   P +  IS ATL C+LAV+I+ A+P+NR PS
Sbjct: 61  IPPCAPPMCPISAATLCCSLAVDIMNADPRNRQPS 83

[Close]

BLAST of Cmc03g0078031 vs. ExPASy TrEMBL
Match: A0A0S3RME6 (Uncharacterized protein OS=Vigna angularis var. angularis OX=157739 GN=Vigan.03G164500 PE=4 SV=1)

HSP 1 Score: 56.6 bits (135), Expect = 7.8e-05
Identity = 47/109 (43.12%), Postives = 56/109 (51.38%), Query Frame = 0


Query: 9   IFSAPDLSTPKQALKFSTLSLIPISVSHSTTPCDPIPTLLSNSALNSSIAIFDLLNSYSK 68
           + S PDL TPK  L  STLS                   LSNS L+SS A     NSY+ 
Sbjct: 2   MLSMPDLRTPKHILTLSTLS-------------------LSNSPLSSSTATLARRNSYNN 61

Query: 69  IPG-LPFIWLISPATLSCNLAVEIIKAEPK-NRHPSYPPLTKFD-SGQQ 115
           IP   P    IS ATL  +LA + I A+P+ NR PS+PP T  D SGQ+
Sbjct: 62  IPDPAP---PISAATLCRSLAADTITADPRNNRPPSHPPTTNSDVSGQE 88

The following BLAST results are available for this feature:

BLAST of Cmc03g0078031 vs. NCBI nr


Match Name	E-value	Identity	Description
RDY04520.1	1.7e-09	49.47	hypothetical protein CR513_11763, partial [Mucuna pruriens]	[more]
BAT81782.1	1.6e-04	43.12	hypothetical protein VIGAN_03164500 [Vigna angularis var. angularis]	[more]
KAF8395133.1	4.7e-04	62.86	hypothetical protein HHK36_019074 [Tetracentron sinense]	[more]

BLAST of Cmc03g0078031 vs. NCBI nr


Match Name	E-value	Identity	Description

BLAST of Cmc03g0078031 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A7C9D4B4	7.3e-11	70.31	Uncharacterized protein OS=Opuntia streptacantha OX=393608 PE=4 SV=1	[more]
A0A371HP11	8.1e-10	49.47	Uncharacterized protein (Fragment) OS=Mucuna pruriens OX=157652 GN=CR513_11763 P...	[more]
A0A0S3RME6	7.8e-05	43.12	Uncharacterized protein OS=Vigna angularis var. angularis OX=157739 GN=Vigan.03G...	[more]

BLAST of Cmc03g0078031 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description

Relationships

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


Feature Name	Unique Name	Type
Cmc03g0078031.1	Cmc03g0078031.1	mRNA