Lsi11G010970 (gene) Bottle gourd (USVL1VR-Ls) v1

Overview


Name	Lsi11G010970
Type	gene
Organism	Lagenaria siceraria (Bottle gourd (USVL1VR-Ls) v1)
Description	Unknown protein
Location	chr11: 19099261 .. 19110134 (-)
RNA-Seq Expression	Lsi11G010970
Synteny	Lsi11G010970

Sequences

The following sequences are available for this feature:

Gene sequence (with intron)

Legend: polypeptideexonCDS

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

ATGGGTTTCTTTAGCTGGAGAGTTCTTTTTTGTTAGCTGCTGTCTCGTTTTACTAGATGATAATAATATAATTGAATTTCTATGAAAATAAGGTATGGTTATTTAAATGTGTCATAAACATTGTATCTTTTCTATGGTTTGTTACTTGTAATTCGAAAAGTGAGCTATGTATTGTTTTCTTAAAATCTCGTTTTGGTCAACCAATTTCTTCATCACAGTTTTCATTTTTTTAGTACAACAATTGCGGGGTGGAAATTGAACCTCCAACCTCTAGGAATAAAGGTCATGCCCTTTACTATTGAGCTAAGCTCATTTTGGTACCACAGTTTTCATCTTTTTTAGGAAACATTTGAATTCCTTTTTCTTTTGTTTTTTGTTTTTAATTTTCAAAACTTGTCATAGTTTTTTATAATATAGGCCGAAAGTGGATAGCAAACCAAAGCTCTTATACAGGTTCTTATAAGTATTAGTGTTTATTAACTTAATTTTCAAAATAAAAAAGAATCAAATGATTATTATATAGAGTTTAATAAATTGGCAAAACTTTTTTGTTCCTCTCTCTTAGGGTCCTTAAATTTTCTTAATTTTTGCTTGGATCTCTGAACTTGCAAAATATCATCCATGTAAACATATCATTAATGTACTTTAAAATTTCAAGAAAAAGACATTTTTATTATAGTTTTTATTTCTCAAAATGTAACAATTTTATTCACAAGTAACTAATGTTCGCTTTTGGTCGTTGATGTTATATGTTTCAATTAATTAATTTAAAATAATTTAGATGTGAAATTTTCAATAATTTTGATAATGATTGAAAACTAATAGAAGCTACTTTAATTATTTTAACGTGAATGACTAAAAGTGAGCATTAGTGAAAATGTAAAGGTAAAAGTGTAAAATCTTGAAATTTATAGTCCAAATGAAAACTAAACTCAAAATTCAAAAGGTAAAAGTGTAATACTTTGAAATCAAGGAGTAAATGGAAATCTTACTTTAAATTCATAAATTAAGAAGATATTTTTCCTAAAATTTATTAACATGAAAGACATAATTGAAAAATGTATTTAAAAATATTCTGCTATGTATACTTATCATTAATCTATACAAAAAGAATGAAAAGTTTTGACTATGTATTTCACTTTTTAGTTTATGTTTGTATAGTTTATGGTTAAAATCATTGGTAGCAAGGTGGCACATGTTAGATAGATTGCATTGGAAGCATATAACTTATGGTATAACTAATTTTTGGTTAAATTATAAGTTTAGAGGCTGTTATTAAACTTTTATAGGTCTTTGACCTATGTAATTGTTTTAAAAAAATTATGGGCGTATGAGATACATAAAATTGAAAATTAGAATTTCATTGGAAATAAAATTCAATTTTATATTAAATATATTAATTAATTTTATAAATTTTTGAATATGTTATGGATTTATTAGACCAAAAGTTGAAAGTTTAAGAAATTATTAGACATTATGAAGTTTAGAGATTTATTAGACACGGTTGAATGAAAATTTTTGAACCCATCACAAATTGTCACGTCATTCCTCAAATGAATGATGAAATTACAAAATAATTAAATTTGGGACTAAAGCTGAATGTGTCCCAAATTGAAATTGGAGACATAAATTAACAAATCTTAATGATGCCATGTGTTTTCATCTTGACTGTTGGATTGAATAAAATAATTTTATTTTATTTAGGGTTAATATATTAGGCTAAAGTGTTGGTCAAATCCAATTAGTTGGACCAAGGGACAGGTCTATGGACCAGCCAAGTCTAATCTCACAAAGCTCACATGAGAATTCTATAAGCTCACATGAGAATTCTATAAATAAAGGAGTTTTTATTCATTTGAAAGTTTTAGAAATTCTACCCTCTAGAGGGTTTAGAGAGAATTCTCCTTACAATCAAAAGACTTCCTTAACTCCTGGAGCTGAATCACACTTTATCGCTTCCATACATTCGATGAGAGAAAGCCAGAGAATCAAGTACTAGAGATTGAACCACATCCGCATCAAATCTACGTAAACTTAAGTTCAACTCCATGAAACACGTTTATTCGAAAACCTCGTGCGAATATACACAAAATTAAAAGTTTAAGGTCTATTACATTTTTAAATATTAGGGACCAATTAGACATACTTGAAAATTCAAAGACTAAACTTGAAATTTAATCTTATTTTTGTTTGGACAAATTGCAAAAACTATTCATGAATGAGAGTTTAAGATGTTGATGTCTACGAAAATGACAGGGTTTTAATTTTACGCAAACTCTATATACATACTGATACAATATCGACGTCGATAAATATTTCTTGAAAAAATTATGAAAACAAAAAATGAAAAAAATATTTAAATTAATAAATAAATATTTTATACTTTTTAAATAATTTAAAAGGGTTATTATTTCTTTGTTGTTTGTATCTATTTGATTTGTTTCTTCTCCATTATCTTCTTCCTCCTCTTCCTTTAAAACCAAATTAATTCATATTTACCTCCACTTTCCTTCATCATCTTCTTCTTTTTCTTGTTCGTCATCAATCAATTCATATCATATTTTGTATGTTTATCACACGATAGTTTTAATATTTTTCAACAATGGGAGTATAACTGAAAATTTTAAAAACAAAAGGGACTAATTTGAAGCATTTAAAATATTACGAACTAAACCAAAAATTGCTATTTCTAACCTAAATTTTTTTGTGGGACAAAAGTAACATCTTTTTTAAAAACTTATTTTTCTAATATCTTTTTTACCTTTTCAGTATTTTAGTGGAAGAGCTCACACAGTCAAAAGTCTTTAATACTCCCAATTAAGTACTCATCTAATTGCCTTCAATTTGCCTTAAATTTTACCTTTACTAACTTACCTAACACAAATTTTCAGACCCACAACTTCAGTTGAAATCTTAAACTTTTCATTTTTTTCATTTTTCTTTCACTTCCACGAAAAAGGCTACGCTTTAATTTTCAATTGAAACTTTGGTTTTTTTTGTAAAATATATATATAAAAAAAAGTCAGCTGTAAAATTTCTTAGTACTTCCTGTAAGAAAGTACTATAGAATCCTTCCGGGCAGTGACAAAAAATTCTATCTTTATTATAAAATAAGAACAATGCAAAGAACACAGGAAGAACAAAAGAAGTAAGGTAGAGAGAATTAGAAAGTAGAGAGAACAATTAGATTCAATTGTGGTGTATATTATAAAAAAAATAAATCTCAGAACTTGAGGTTCTAACTTTTTCTTTTCTGGGACATGCATTCTTCAATGTTGCCTCCCAATTTCCCTTGGATTTGGACCCGCCCATGGACTTTAAGCCTTGCCAGAGCAACCCTTAACAAATATGAAAAAAAAAGTCAAATAAATCAAAATTCCATTAAACACAAGATTGAAAGTTCGAAAACCTTTCACCAATATTTATTTGGCAAGAAACATTGTGCAAAGTGTTTTTTTTTTTAGAAATTGTCATGTTTTGAAATCGAATGAGTTTGTACTTTCATACAATCAAATCGATTTTTTTTTTTTGTTAAATTATAAAAAAAGCCCCTGAACTATACATTTTGTGTAAAAAATATCCCTAAATTTTTAAAAGTTTCAAAAATACCTTTAAACTTTAAAAAAGAGTTAAAAAATACCCTCCGTTAGTTTTGGATGGAAACCATTAAAGTTTTGTTTCAAAAATATCCTTAACTCGAGAAAAGTTCAAAAATACCTTCATCATAAGTATATGAATAGAAACCACTAATACCTCGTTGCAAAAATCACTTTAAAATTAAAAAAAAAAAAATTGCCCCTAATGATAATATGATGATCAATTTGTTTGAAATTTTTCTAAGCTCGAAAAGAATGAATTTTAAAACAAATTATATTTGATATCTTCATTTTTTTATATAGATACTCTCATTTTTTTCTTAATTTTCTAATTCTTATAGCTTACACCAATTTTTCCACCAACCAAAATTTTAAGTTAAACCATAAAATCTCACAACATTCCAAAATCAAATTCTCTCCTTAAATAAATAGTCAAATAAAAAAATGTATTATATTATTAACACACACTCAACTACTAACACACAACTTTGTTAAAACATTTAAGTCTTAAAATTCCTTGATGATTCATTTATTCTCTTTCTTCTTATTATAGTCCATACACTAACAGTGTGCAATTTCATTTATTTATTTATTCTAGATAAACAAATATCACACAATTAACAAAAAGGGAGGGTAAGAGGGTATTGAAGAAGGGAGGGGAGAAAAAAGGATAGAAAATAGAGAAATAAAATAGTATTGGTTCATATAACAGTAAAAGTATTTTTTAACTTTTTTTTTTTTTTTTTTAGTTTAAATCCATTTTTGAAACGTTTGAAAGTTATTTTTTATACAAAATATTAATGGTTTTCATCCAAAACTAACTTTTTTTTTTTTTTTTAAATTCATTTTGAAAGTTAAAGGTATTTTTTATACAAAGTACAAAGTTTAGGAGTATTTTGTATAATTTATCTTTTTTTTTTTCTTTCTTTTTTTTTTTTGGAAGAAATACCATGAATGAAGATGTTTCTTATCCAAAAGAGAAAAAATGAACCAATTTCATGACCTTTTCCGATTGAAACTCAATAGATAAGTCTCTATTCTTATGAAAATGTCATATTAATGATATAGTCGATACACCCAAAATTTTATAAAAAAATGTCATATTTATCCATATTGCAAATTGTATAATATGATAAATATAATTATTCAATTGTTAATAAACACTAGTTGAGATTCAACTAAATATTTATTTGATGATCGAGTATTAAAATATCAATGTGACTAAAATGTTAAAATCTCAATTTTATATAAATATTGATATAAACATCAATATAATGTCATTATCGATATATTGTTGATGAAAATGCCAATTTATTTCCCGTGTCAATGTTGAACCCATGAAAACGTATTGATGTCATAACTACAACCATTTGTCTCGTATATAAAATATATAATCAAACTCAATTTAAACGGTTCTTTAAACTAAAATTCAATTTTTAAATCCACTGCCAAACAGAATTGAAACATACAACATTTTTTGTTTTTGTAGATTACTAAACTCATCCAAAGCTGCTTCAATTCATTATCTAATTTTTTGGTCAAAAAATAGCAAATTTTAATTTCTTTTTTCAATTCAGGTCTGAAGACAATTCTATTATTTAAAGTTAAAGACAGGTTTGGTCGAACATTAAAGATCACAAAAATATACACTAATTAGGTAAAATAAACTAACATCAACAAATTAAGATCCCTTTGCCCAAATTCATGATCCACTAATGAATCACAACTAAACTCAACTCAATTGGCAGCAAAATCCTAATCCTTCCCCATTGAATTCCAACTTTGACAGCTTCTCAAACAAACAACAAATGCTCACTTTGATTCACACATCACATTCACATTAATAGACAAGAGTGAGTAATGAGGACAGCCATATCATAGTCTCGAGGGGAGGGCGGGTGGTCAGGTTTGGGACGGGGCGGGTTTCGCTGAATATCGAGATGAGGAAACCACTCTCAAAGTTCACAATTAAAACAGGGATGAGAATATAGAGGCTCAAACTAATGCAACAAACTCTCCCTAAGATATGCCTATGTCCCGAATGAAGTTTGGCTCAAACTTCAAAAATTCTTTCTACAAGTTTTGACTGTTTCTGTAGCCCATCCCAAACCTGTGACCTAATTTTTTTCTCACAGACAAAAATCAATAAAATTTAAATTCCTTACAGTTCTGACTAGCCGCTGGCAACTATCTCATGGATGGCATCACTAACGACTTCGTCATCTGATCTAACGGCCAGCTTCATCGCAACCTCTCTTGATGAATCGATTCCAAACGATAATCGCACAAGTACCTTCACGTTGCCAATGTATACACCAGATAATAGGCAGGTGTGTGATCTTGAGTTGCTTGCGACAGCCTCTGTACCCTGAAAGAGAGAGCAAGATGACTTGAATGGAAAGACCAATGATTCAGAAAGAGTTGCTAATCCATGAATTGAATATATCTAAACTAACAAAAAAAAAAACATAAATTTTTTAAACCCAACTCACAAACCACAATTCTACCAATAAATCCGAGCTCTTTAACATGTTCCTTTGCACAATGTAAATAAAGGCTACACAAATTTTAAGCTTTTGAATCTTGAACCACACGTGCAACTAAGGACTACACAAAATTAAGCTTTTATATCTCAAATTGCACATATATATAAGCTTCATAAAATCATACGCCAAACATTTCCTTCTTTTGATGACTATACAATATGCATGATCGCATCAAAACAAACTAACCTCACACGGCTGCATGCCGAGAAGATTTATGACAGCACCTACAGCTTCCACCAAACTCTCCCTTGGTCCAAGGCCGTATTCATCAACTCGCTCACAATCTGGACCCAAGCTGTCCCAGGCATTCTTAAAATTAGATACCCCTACTTTCAACATGTAATCGGCTGCAACCACCTCCAAATCCTCCAACTGATATTCATCCTCCACACCATCTTCTTCTGCCTCACCTGTACTTGGGTCAACCTAGTATAACCAAAGTGTAATACCAAATCAAAATCAAGCGTTTGGATGCTCGGCAATGAACGTTTCCCAGTACATTACAAGCTTATATAAATGTATAGAATCCTCAGAAATTTTATCTGATTTTCTAGGAGGCTAATTGGACCCATGACTAACTATAGAATTAGATTTATAAATATTTAAATCCTCACTCTAGCCCATAAGCTTCCTGTTCTATTGAATCTCTTATCCCAAGATTTTCACAAAACAAGAATATGGAGCCAAGATGTGCTGATATCAAATTGTGATTTTGCAAACTGAATTATTAGCGCTTCCTATCCAATTCACCATCCTTGTTTAATAAATTTTATTCGAATTACCTCTTTAACAATAAATCTCAACATGTTTGAAAATTTCCCAACAGCGGTGACCCCTTCAGGTTTCTCAAATGCCACAAAAGTTTGTCCGGGTGAATCATAAGGAAGTGATCTGAGAGGCCTGGATATCACTTCAGAGAATTCCTCTGCTTCAGACGCATCAACAACAACAATAACCTGACAGAAGGCAGAAATGATTATGCAAATCTGGGTGCAGTTTAAACCAAATTTTTTTTAAACAAAAAAAAACAAGACATTTTCCTTGAATTAGTCAATACATTTTCAAGTAGTTGCTCTGGAATTGTATTTGTGCAGTTGTACTGAAACACAACATGGCTATCAAAAATGTGCTTAACAACATTAACTGCATATTCCGTTTCTGCTTCTGTAAGCTCCACAGGTGCTGAAGACTGAGAAGATCAATACCATTAAAATTTCAACATTGAAGAAGTATTATTGAAAATGTTTATACATATATAGCACAACACGTCACCATGCATGCTTAAGAATAGTAACAGAACCTTGAAAAGTTTCCCAAAGTCTGCAAATTCTGGAATTGAGGAAAGCAGCTTTTCATATGCATCAACAGTGGCTGTTGGGCCACTTGGAGGAGCACCAAGCCCAGCTGGCTTTTTACCTGGGGCTTTCTTCTCAGCAAGTGGCTGAGACTTGATTTCCTTGGGCACGGAATCAATGTCAAAAGGTTCTTCAGAAGGCTCCTGCATCCAGATGCAGAACACATGAGTGATACTACTCTCCAAGGTATTTGAAAAACTCACTCGAAAAACTTACATAATTCTTCAAACTTGTTTCTAGATTGATCAGTGGGACATCCAGAGAGCCAAAAAGAAAGTCAGTGGCATCCTTCTCAGTTTCGGTAACTGTATCATCACCTCCTAGAGTTTTTAAATATAGGGTGGCCCTATCTCGAACCTGCCCAAGAAATTCAACATACAGTTATTGACTCAAACCATATACAAGAAATCACCAAATTTAAATCACTCAGGATTTTTAAAACAATCTAGGCATGGGAACCTCAACAATTCTGACTAATAAGATACCTCGTCATCATTGTCAAAGAGGCATCGTCTCAACAGAACAAATATTCGAGGCTGTAACAGAAAGAGGTAAAAACAACATCGTTAGTTGGGTGATAAGAATGACAAATAGGGTTCATCCAGCTTGCAATAAAGGGAGAAAGGAATTTGTACCTTCAATGATTCAACTGTAACACCAAATCTTGCTAATGTACTCACAGCACTGGCACGAACAGTTGCATTTTCAAGATGTACTCGGTTGTATATGTATCGTATGTATTTGCTAGGATCAGAGGTTTTGGGTCCTTCAATCCCCAGAAAGTGAAGGATCTGATGTTATGGGAAACAAAAAGCAACTTATAAAGGTCATATAAAACATGAACGCAGTGAGAATTAGAAAATAGTAGCTGCTGGAATAATGTAAGAATGTGCAATAACCTGTGTGGAAAGATAGGTGAATTCACAATCTTCTATAAATTCGCACAAATGAAGCAACCCACTCTCTTTTGCATCAGGAATATCTCTTATAAGAATTACAATTGAATCCACAATAGCTTTTTTATAATCAAAGCCCCCTTCTTCTCTGAGAATGTTGCTAAGGAAATTCATCCTGAAAAAGTGACAAAATGTGAACTACAGTTACAACCCCAATATATATTGCCCAAGATGATGCAAATGTAAATGTTGAATAATCACAAATTCTTGTAAGATATATATTTTTTTTAAATCAGAAAAAAAATTATATAAGATATTACTTACAGAGATCTATACTTCAATGGGAACTTCAAACACAAAGATTTAATAGCTTCTACCACGACAATTTTAAACTCATCCGCAATATCAGACATAAAGTTAGTTATCTGCTTCATTAGACGGTCCACACTTGATTCATTTCCTGTTTTCAGAAGTGTTGTTATTGCAAGAGTTGCAATGCTTCTGTTTTGATCAGAAATCAAGCTCTCCATATCAATATTGCAGTTAGTGACAGCCATTGGATGAGTCATTGCCACCTGCAAGTTTTCAAATACAATTTCCAAATATCAAAAGAAAAATTAAGAGAAAGAATCATGTTTAACAAATGAATAGTTGTAGATGTAACCTTATTTAAAGTCCGGACAGCAGCAAATCTCAGTACTGGCTTTGAGGAGCTTAAAAACAGCTGAAGGACAGTAATGGCTGGTGTCAATTCTCTGCTTGTTACACCATGCAGCTCAGTGATTGCTTTGGCAGCTTCAAAGATCACCATCTCTGCTTTGTGGCGCAGACAACCCTCAAGAAAATCGTAAAAGGGCCGATCACCAGTTTGAGTACTGGTAGCTGATTCGCGAATAACCTGCTTGAACAACCCTCCATAAGAAAGCGAACAAGACATAAAGACTGGTCATGTATATGAACCGGGAAATTACATGCCTGACTGGTATAGCGAATCAAGAGGCATTGAGCCAATGGAGACCGAACAGTACCCCTTGTCAGACTAGTGACCAGTTTGCTAACAGCTAGACGATCATTTTGACGTATCTGCAAAGAGAAAACAAATTATAGTTTCTTTAGATTGCATGAACAGAATCTTCCTTTTAGAAGAGAAATAGAATTCCAGGATATGGAAAGGAACAAAACAGGGTGTGTGTGATGAGGTTAAGAAGAGCCACACAAGAAAACATGGCAGGCAATAATCACAAGTTATGAACACTAGTGGAAGTAAAAAATTAACGTTGTAATTTGGTTCACATACAATAGCAATAAGTGAACAAAAAAAACCTGAATAATTGAAGTAAGAGAAAATGTGAATGTTTAAGAAAAATAACAATGCATTGGCAGAGTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTGTGGTAAGAACACAGGTAAAAATAAAATAATGCCAAATATTTCAATGATAGGATTATCAAAAATTGACTAATACTGGTAGAATTTTTTTTAAAACTCGAAATGAAAATTTTCTAAATTATACCACAACACAATAATCAACATTGGTATATCCTACCAAGCATTAGATAGAATCAGTTAAAAAGGTCACTTTCTTAAAAAGATTAAAAATTAAATCAATATTGGAAATGTCAAGTGTCACATAACAATCTGTATCATATTCTAGCTACAAAACAATAATGGTCAGTATTTACTCTCTTTCTTGGGGGGGACTTCTAGCTTCCGTTAGGAAAATCACAGAAAACAGAATACAAATTTATAAGAATTTCCTCGCACAAACAAAGTCAGAAACAATAGACATAACTTCTAACCTTTTAAATTTAAAAATAAAGAGTTAAAATGAGTGATTTCAACTCAATAACCTTCTCCAGTTCTCCAGCGTTCAACAGAACACCAAAAAAGAAAAGAAAAGAAAAAGTGACATAAAAGGATGATCTAACATACTTGGTGAAGCAAGGCAAGAGCGTGAAATTGCACAAGTGCTGCCCTTGACTGAACAGCTTCCTGAACCTCATTACTCCACCGCTTGACAATTTCTGGATTTGTCTGTGATTAAAAGTTGCAAAGGGCAAAGGTAAGAGAAAAGTGGCATACAAAATCGATCAAAGATGCACATTGTTATGCACAAATCATTAATACCTGAAGCAAATGAATACCACTGACTAAGGCAGCACTAGCTACCACAGGATTCTTATCTACAATTGCTTGTTTCAGATACCTCTCGATCTGGGTCAGAAGGGTTCCATCTGTAATCCGACAAAGCACACGAATGGCATTTGCCCGATACATATCAGTCTTACTATTCATGTCCTTCATTAGGGAGCTAGTCACAATAATAACCTTAAAGAAAATGAAATTAAATGTGTCAGTTCATAATTTTGAATGTACAACTACAGAAATTCAAGTTAACCTGATTATGGTGTTAACCTCATCAGCAGACGGAGAAAGCTCCTTTATTATCAAGTAA

mRNA sequence

ATGGGTCTGAAGACAATTCTATTATTTAAAGTTAAAGACAGTCTCGAGGGGAGGGCGGGTGGTCAGGTTTGGGACGGGGCGGGTTTCGCTGAATATCGAGATGAGGAAACCACTCTCAAACCGCTGGCAACTATCTCATGGATGGCATCACTAACGACTTCGTCATCTGATCTAACGGCCAGCTTCATCGCAACCTCTCTTGATGAATCGATTCCAAACGATAATCGCACAAGTACCTTCACGTTGCCAATGTATACACCAGATAATAGGCAGCTTCATAAAATCATACGCCAAACATTTCCTTCTTTTGATGACTATACAATATGCATGATCGCATCAAAACAAACTAACCTCACACGGCTGCATGCCGAGAAGATTTATGACAGCACCTACAGCTTCCACCAAACTCTCCCTTGGTCCAAGGCCGTATTCATCAACTCGCTCACAATCTGGACCCAAGCTGTCCCAGGCATTCTTAAAATTAGATACCCCTACTTTCAACATGTAATCGGCTGCAACCACCTCCAAATCCTCCAACTGATATTCATCCTCCACACCATCTTCTTCTGCCTCACCTGTACTTGGGTCAACCTACACAACACGTCACCATGCATGCTTAAGAATAGTAACAGAACCTTGAAAAGTTTCCCAAAGTCTGCAAATTCTGGAATTGAGGAAAGCAGCTTTTCATATGCATCAACAGTGGCTGTTGGGCCACTTGGAGGAGCACCAAGCCCAGCTGGCTTTTTACCTGGGGCTTTCTTCTCAGCAAGCATGGGAACCTCAACAATTCTGACTAATAAGATACCTCGTCATCATTGTCAAAGAGGCATCGTCTCAACAGAACAAATATTCGAGGCTGTAACAGAAAGAGGTAAAAACAACATCGTTAGTTGGGTGATAAGAATGACAAATAGGGTTCATCCAGCTTGCAATAAAGGGAGAAAGGAATTTGATCAGAGGTTTTGGGTCCTTCAATCCCCAGAAAGTGAAGGATCTGATGTTATGGGAAACAAAAAGCAACTTATAAAGAGATCTATACTTCAATGGGAACTTCAAACACAAAGATTTAATAGCTTCTACCACGACAATTTTAAACTCATCCGCAATATCAGACATAAAAAGTGTTGTTATTGCAAGAGTTGCAATGCTTCTGTTTTGATCAGAAATCAAGCTCTCCATATCAATATTGCAGTTAGTGACAGCCATTGGATGAGTCATTGCCACCTGCAACTGAAGGACAGTAATGGCTGGTGTCAATTCTCTGCTTGTTACACCATGCAGCTCAGTGATTGCTTTGGCAGCTTCAAAGATCACCATCTCTGCTTTGTGGCGCAGACAACCCTCAAGAAAATCGTAAAAGGGCCGATCACCAGTTTGAGTACTGAAAGCGAACAAGACATAAAGACTGGTCATGTATATGAACCGGGAAATTACATGCCTGACTGGTATAGCGAATCAAGAGGCATTGAGCCAATGGAGACCGAACAGTACCCCTTATTGCATGAACAGAATCTTCCTTTTAGAAGAGAAATAGAATTCCAGGATATGGAAAGGAACAAAACAGGATACCTCTCGATCTGGGTCAGAAGGGTTCCATCTGTAATCCGACAAAGCACACGAATGGCATTTGCCCGATACATATCAGTCTTACTATTCATGTCCTTCATTAGGGAGCTAGTCACAATAATAACCTTAAAGAAAATGAAATTAAATGTGTCAGTTCATAATTTTGAATGTACAACTACAGAAATTCAAGTTAACCTGATTATGGTGTTAACCTCATCAGCAGACGGAGAAAGCTCCTTTATTATCAAGTAA

Coding sequence (CDS)

ATGGGTCTGAAGACAATTCTATTATTTAAAGTTAAAGACAGTCTCGAGGGGAGGGCGGGTGGTCAGGTTTGGGACGGGGCGGGTTTCGCTGAATATCGAGATGAGGAAACCACTCTCAAACCGCTGGCAACTATCTCATGGATGGCATCACTAACGACTTCGTCATCTGATCTAACGGCCAGCTTCATCGCAACCTCTCTTGATGAATCGATTCCAAACGATAATCGCACAAGTACCTTCACGTTGCCAATGTATACACCAGATAATAGGCAGCTTCATAAAATCATACGCCAAACATTTCCTTCTTTTGATGACTATACAATATGCATGATCGCATCAAAACAAACTAACCTCACACGGCTGCATGCCGAGAAGATTTATGACAGCACCTACAGCTTCCACCAAACTCTCCCTTGGTCCAAGGCCGTATTCATCAACTCGCTCACAATCTGGACCCAAGCTGTCCCAGGCATTCTTAAAATTAGATACCCCTACTTTCAACATGTAATCGGCTGCAACCACCTCCAAATCCTCCAACTGATATTCATCCTCCACACCATCTTCTTCTGCCTCACCTGTACTTGGGTCAACCTACACAACACGTCACCATGCATGCTTAAGAATAGTAACAGAACCTTGAAAAGTTTCCCAAAGTCTGCAAATTCTGGAATTGAGGAAAGCAGCTTTTCATATGCATCAACAGTGGCTGTTGGGCCACTTGGAGGAGCACCAAGCCCAGCTGGCTTTTTACCTGGGGCTTTCTTCTCAGCAAGCATGGGAACCTCAACAATTCTGACTAATAAGATACCTCGTCATCATTGTCAAAGAGGCATCGTCTCAACAGAACAAATATTCGAGGCTGTAACAGAAAGAGGTAAAAACAACATCGTTAGTTGGGTGATAAGAATGACAAATAGGGTTCATCCAGCTTGCAATAAAGGGAGAAAGGAATTTGATCAGAGGTTTTGGGTCCTTCAATCCCCAGAAAGTGAAGGATCTGATGTTATGGGAAACAAAAAGCAACTTATAAAGAGATCTATACTTCAATGGGAACTTCAAACACAAAGATTTAATAGCTTCTACCACGACAATTTTAAACTCATCCGCAATATCAGACATAAAAAGTGTTGTTATTGCAAGAGTTGCAATGCTTCTGTTTTGATCAGAAATCAAGCTCTCCATATCAATATTGCAGTTAGTGACAGCCATTGGATGAGTCATTGCCACCTGCAACTGAAGGACAGTAATGGCTGGTGTCAATTCTCTGCTTGTTACACCATGCAGCTCAGTGATTGCTTTGGCAGCTTCAAAGATCACCATCTCTGCTTTGTGGCGCAGACAACCCTCAAGAAAATCGTAAAAGGGCCGATCACCAGTTTGAGTACTGAAAGCGAACAAGACATAAAGACTGGTCATGTATATGAACCGGGAAATTACATGCCTGACTGGTATAGCGAATCAAGAGGCATTGAGCCAATGGAGACCGAACAGTACCCCTTATTGCATGAACAGAATCTTCCTTTTAGAAGAGAAATAGAATTCCAGGATATGGAAAGGAACAAAACAGGATACCTCTCGATCTGGGTCAGAAGGGTTCCATCTGTAATCCGACAAAGCACACGAATGGCATTTGCCCGATACATATCAGTCTTACTATTCATGTCCTTCATTAGGGAGCTAGTCACAATAATAACCTTAAAGAAAATGAAATTAAATGTGTCAGTTCATAATTTTGAATGTACAACTACAGAAATTCAAGTTAACCTGATTATGGTGTTAACCTCATCAGCAGACGGAGAAAGCTCCTTTATTATCAAGTAA

Protein sequence

MGLKTILLFKVKDSLEGRAGGQVWDGAGFAEYRDEETTLKPLATISWMASLTTSSSDLTASFIATSLDESIPNDNRTSTFTLPMYTPDNRQLHKIIRQTFPSFDDYTICMIASKQTNLTRLHAEKIYDSTYSFHQTLPWSKAVFINSLTIWTQAVPGILKIRYPYFQHVIGCNHLQILQLIFILHTIFFCLTCTWVNLHNTSPCMLKNSNRTLKSFPKSANSGIEESSFSYASTVAVGPLGGAPSPAGFLPGAFFSASMGTSTILTNKIPRHHCQRGIVSTEQIFEAVTERGKNNIVSWVIRMTNRVHPACNKGRKEFDQRFWVLQSPESEGSDVMGNKKQLIKRSILQWELQTQRFNSFYHDNFKLIRNIRHKKCCYCKSCNASVLIRNQALHINIAVSDSHWMSHCHLQLKDSNGWCQFSACYTMQLSDCFGSFKDHHLCFVAQTTLKKIVKGPITSLSTESEQDIKTGHVYEPGNYMPDWYSESRGIEPMETEQYPLLHEQNLPFRREIEFQDMERNKTGYLSIWVRRVPSVIRQSTRMAFARYISVLLFMSFIRELVTIITLKKMKLNVSVHNFECTTTEIQVNLIMVLTSSADGESSFIIK

Homology

[Close]

BLAST of Lsi11G010970 vs. ExPASy TrEMBL
Match: A0A0A9MH77 (Uncharacterized protein OS=Arundo donax OX=35708 PE=4 SV=1)

HSP 1 Score: 65.9 bits (159), Expect = 6.8e-07
Identity = 35/42 (83.33%), Postives = 38/42 (90.48%), Query Frame = 0


Query: 524 YLSIWVRRVPSVIRQSTRMAFARYISVLLFMSFIRELVTIIT 566
           YLSIWVRRV S+IRQ T +AFARYISVLLFMSFI ELVT+IT
Sbjct: 6   YLSIWVRRVESMIRQRTLIAFARYISVLLFMSFINELVTMIT 47

[Close]

BLAST of Lsi11G010970 vs. ExPASy TrEMBL
Match: A0A445E3T6 (Uncharacterized protein OS=Arachis hypogaea OX=3818 GN=Ahy_A03g016544 PE=4 SV=1)

HSP 1 Score: 63.2 bits (152), Expect = 4.4e-06
Identity = 34/44 (77.27%), Postives = 35/44 (79.55%), Query Frame = 0


Query: 48 MASLTTSSSDLTASFIATSLDESIPNDNRTSTFTLPMYTPDNRQ 92
          MASLT SSSDLTASFIATSL  S P DNRTST   PMYTPD R+
Sbjct: 1  MASLTVSSSDLTASFIATSLGPSSPKDNRTSTLMFPMYTPDKRK 44

[Close]

BLAST of Lsi11G010970 vs. ExPASy TrEMBL
Match: A0A445E3K7 (Uncharacterized protein OS=Arachis hypogaea OX=3818 GN=Ahy_A03g016544 PE=4 SV=1)

HSP 1 Score: 62.4 bits (150), Expect = 7.6e-06
Identity = 33/45 (73.33%), Postives = 36/45 (80.00%), Query Frame = 0


Query: 48 MASLTTSSSDLTASFIATSLDESIPNDNRTSTFTLPMYTPDNRQL 93
          MASLT SSSDLTASFIATSL  S P DNRTST   PMYTPD++ +
Sbjct: 1  MASLTVSSSDLTASFIATSLGPSSPKDNRTSTLMFPMYTPDSKHV 45

[Close]

BLAST of Lsi11G010970 vs. NCBI nr
Match: RYR70023.1 (hypothetical protein Ahy_A03g016544 isoform I [Arachis hypogaea])

HSP 1 Score: 63.2 bits (152), Expect = 9.2e-06
Identity = 34/44 (77.27%), Postives = 35/44 (79.55%), Query Frame = 0


Query: 48 MASLTTSSSDLTASFIATSLDESIPNDNRTSTFTLPMYTPDNRQ 92
          MASLT SSSDLTASFIATSL  S P DNRTST   PMYTPD R+
Sbjct: 1  MASLTVSSSDLTASFIATSLGPSSPKDNRTSTLMFPMYTPDKRK 44

[Close]

BLAST of Lsi11G010970 vs. NCBI nr
Match: RYR70024.1 (hypothetical protein Ahy_A03g016544 isoform B [Arachis hypogaea])

HSP 1 Score: 62.4 bits (150), Expect = 1.6e-05
Identity = 33/45 (73.33%), Postives = 36/45 (80.00%), Query Frame = 0


Query: 48 MASLTTSSSDLTASFIATSLDESIPNDNRTSTFTLPMYTPDNRQL 93
          MASLT SSSDLTASFIATSL  S P DNRTST   PMYTPD++ +
Sbjct: 1  MASLTVSSSDLTASFIATSLGPSSPKDNRTSTLMFPMYTPDSKHV 45

The following BLAST results are available for this feature:

BLAST of Lsi11G010970 vs.


Match Name	E-value	Identity	Description

BLAST of Lsi11G010970 vs. ExPASy TrEMBL


Match Name	E-value	Identity	Description
A0A0A9MH77	6.8e-07	83.33	Uncharacterized protein OS=Arundo donax OX=35708 PE=4 SV=1	[more]
A0A445E3T6	4.4e-06	77.27	Uncharacterized protein OS=Arachis hypogaea OX=3818 GN=Ahy_A03g016544 PE=4 SV=1	[more]
A0A445E3K7	7.6e-06	73.33	Uncharacterized protein OS=Arachis hypogaea OX=3818 GN=Ahy_A03g016544 PE=4 SV=1	[more]

BLAST of Lsi11G010970 vs. NCBI nr


Match Name	E-value	Identity	Description
RYR70023.1	9.2e-06	77.27	hypothetical protein Ahy_A03g016544 isoform I [Arachis hypogaea]	[more]
RYR70024.1	1.6e-05	73.33	hypothetical protein Ahy_A03g016544 isoform B [Arachis hypogaea]	[more]

BLAST of Lsi11G010970 vs. NCBI nr


Match Name	E-value	Identity	Description

Relationships

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


Feature Name	Unique Name	Type
Lsi11G010970.1	Lsi11G010970.1	mRNA