HG10011174 (gene) Bottle gourd (Hangzhou Gourd) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGCCAACTTGTTTCACTTCAAGGTGTCTCTTTTTCATAGTAACCAAACAAAAAAAAATCCATACTTTTGTTTTCAATAAAATGAATTTGAGCGAAGTACACTGAGATTAAAGGCCTATTTGGGATTGTGTTTGCAGGAGTATTAAATTGTTTGGTAAATATGATTATTTATTAATTTATATAAAATCACTTCTCATTTATTCTTAGTTTTAAATCACACTCATACAAACTTTTAAATTTAGCTTCATTAAAAATCTGTTTCTTACCACAAAAAAAAAAAAAAAAAAATATGTTTTTTGAAGTTTAAAATTGAATTTTATCACACCATTTCTAGTCGTTGTTACATATGATCATTTTAAAAACACAACTGACAACAATTAAGTTGAACTAACTTCTGACTTAGGATTTTGAATAGTCTGTTTAAGTGTAATTTTCGCCCTTACGCTCAATTCTACATACCTTATACTTAAGACCTACAAAGTTATCAAATAAACACATAAAATATAGGAACGAGTCTAAATTAAGTTGAGCAAGTAGTACATTTCAAGTGCCATCAATGAATCATAACATGAGGAAAATAAATTTAAACAGCAAGCGAGTAGTGAAAATTGAGAGCAAGAGCTGAATATTAGCACACATACATACACATAGTCAATTTTGTAATTTTACTTCATGAGGATGTAAGCAAAATGTTATTGAAGTTATATTTTTAGAAAGCGAGTCAAATTTTATTTAGGCTCATGAAAAAAATTGTAGTAAAAAAACCTCTAAATGATGTTGAATACCAACTCTACTTTGTAAAATTGAATTAATTGATCACGAGTTGCCGACTTGCTGTGTTGAGTAGTGGTTGATGGGAATTACACTTACAAGAAATGTCTCGAGCATAACTCAACAGACATAAAACTTGTATTATTAACTTCAAAGTCATATATTCAATTTTCCCACCTCATATTGTCAAAAAGAAAAAAAAAATAGTGTAACATTAATTTCTATTTATTTTTTAATCCTACAATTAAATACTACTTTAGAACATTAAGAACAAGTGTCAACTTGGATACCCTTCATTAGATGATACTTGTAATTTCATCAATTAAACTCATAAACTTTTATAAGTAAATCAATTTAGATTCTCAGTTAGAATTTCTTTTAAAAATTATGCATGCATCAATTCTAATTGTCCATTATGTTAATCCAACATTTGAAGAAGTCTACATATGTGTAAGAGTTGTTACATGAACGATTTTCAAGCTAATCTTAATAATGAGTCTAAATTGATTCACTTATGACAACTTAGAAGTTTATTATATAATTATAAGCTTCATCACAGGTTTTTAACACAAAATCTGAAGGATGATATAAATTGATACGCTCACGCAAGTTCATCAACTCCAAAATTTAGAGGTATAAATTGTTATTTTCTTAAAAAAAAAAACAATAAGAAAGCCTTTTTTAATACAAGAGTGAGAAATTCAAATCACAAATTTCGTGATTGGTAATCCATTCTATATATATTAGCTGACCTATGATGCTTTGAAGGTTTGATCAAAGTTAGTGGTTTTAAGTTTTAAACTCTTTCAATCCTTGAAAGTTTAAAGATCTTAAATAATAAGATATTTAAATATAGTTAAAGCAGACATAAACTGTCATTACAAATGTAATAACGTCCGTCAAGTAAAATTTTTTAAAAAATGAGTATGAATTTTACTGAGTGAGGATCACAAAACGCCACCGACTTTCCACCAACACGAGGGAAGTGGGTCGCTAGGAAAGTGGAGGCTCCTTTATTGCATTATTTAATCATGTTGCTTAACCTTTCTGCTTTCAACTTCAAACCTTTAAACCACTCCCACTCCAAAAAGCGCTAAGGAACAAAGAATTTTGAAGAACAACTTCACTTTCCCACAAAAATACTTGAATCATTCCTTCCTTTTCCTCTCACCCCTGATTTTCGCGCAACACCCATCACATCAGTTGAGTTTTTCTTCAAAATGCTTTTTGGTTATGCCTTACTTTCGAACCTTTCTTTGATTAGGTTCTAATGTAAATGTAATGTAATGGGTTGCTTTTTCTTTTTGAAAATGACTCCTAACTGTGCCTTCATGAGGGCTTATTTCCTTTTTGTTTTCATTTTATTATATCGTCTCTTCACAGGAGACGGCGTCACTGTGCATTTATGATTCTGCGTCTCTGGCCCATGGCTCTCGATTCTGATTTTCTGTAAGGTTTGTTGATATGGGTTCTTAGTTTAAGAGTGTTATGCAGAGGCCACTGACCCTTATAAACCCAGAATGTCGGAATCACCTGCTCAAACTGGACTTTCCTTGTAAGACTGTTCTCCCCTTTGGTTTGGACTCTTTGTGTTCTTCATTTCTTCTGTTTCTCTGCAGAGCTTAGTGATGTTTCCTTTTTAATGCTTTTATTCCCGTTATTGTCATTGTGATGCCACAGATGTGATCCCCACTCTGGGTACAGTTCTAGTTCAGGGAATGTTGTTGACCTTGGTTGTGCTGACTTATTTTTAGAGGTAAGGTGTTATGGACTTGATTTTCTGTTCCTGAGTAGAAAGAAAAGGAACGAATAAAATCTCCTTATTGAAACCTTAACCTCAGAAATGATTTACAGGATTGAGGAGTTTGCTTTTTGTTGTTATTACCTTGTGGACTTAGTTCTCTTTCTTGTATTATGCTAAGTTTCGAAACAGAAGACTATTTAAGTAACTTAAATATGTGTTTTAGTCCCTAATGCTTGGGTGTTTTCTCAATTTTTTTTATCTATTGGTTAAAGAGTTCCCATTCATGAATTTTTCATTTGTACTATTTCTTGTTACTGGGTGCTAAATTTGTGACTGATAATAAGCTTATGTGGCATGAACATGATGCTTGCTTAAAGTACCTAGGAGAGTAGAAGTCAAAAGTTAATGCCAACTTTTTAGAAATTTAGGTGCTGTTATTTTAGTTGGCATCAATTATATATATATAGTGAGTCAATTAATCTAGTTATCTACTGCTTTTTAACAACATGGTTGGCTTGTAAAATATAATATATCATCTATGCAGTACATTCAGCATTATTTCTGAGTTTTGCTTAATGTAGCAGGGCAATCTTGGCATAATGACTAGGACTGTTGGAATATTGGAGAAAGATGATGGTTCTTTTCCCTACAAATTTCAGCTCGAACAAGATGTAAGGGTCTGGCTGTGTATGGATGTTCATTACTGCTGTAAAATATTATCATAGATATTCCTTTAACATTTCCATATTTAAGTTAGTAAAGCATCAAGACATGTTACTTACTCTTCAAAAAACATAGATATTCCTTTAACATTTCTATATTTAAGTTAGTAAAGCATCAAGACATGTTACTTACTCTTCAAAAAAATCCTGTCATCCTGTTCATTTCTCTAAGATCATTGGATCCACTGACCTTTTATCCATTGAACTCAGTTTTTATATGACCCGACTAGGAAACTGCATGTAGGTTTGATTGTTAGGTAAAAAAAAAAATGCTATTTTGTAGGTGAGAATGTTACAACAAAAGTTGCAAGAAGAGATAGAGCTGCACACTTCCCTTGAAGATGCTATTCAAAAGAAGGATCTAAGATTAGCCAACTTCTCATGCCTCCCTCATCATGTATGTTGCTTGTTACTATGCAATTTATTGAGTATTCAATTGGTGATTTTCATGCTTTAAAACATATTGCATTTTGTTCTTTATGCTACAAAATCTGAAAAACCTCAATATCCAATTTTACATGATGAGAGATATGGAGAGAAGAAATGGCTGAGGTTAATATAAGGGGCAAACAGTAACTATGCATTGAAAACAATAAGGGGCAAACAGTAACTATGCATTGAAAATCAAAAGTGAATGTGAGACAGTTGATTGCATCAGCGAATTTTCATGCATGCACAAAAAGGAAAGTGAAGTTACTCTCCTCAAGTACACTATAGAGAAAAGGATTGAGTGATAAAAGATATTCAGTGAATGAGACTTTTAAGGGAAGTGTGAAAGTGGCAAAGAATTCATGAAAAATATTCAGCAAATCAGACTAGTTGGTTGAATTTATTTTTTGCTTTTTGAAAATATGTGGTCTTCCACTAATCTCAATTTCAGCGGTAGGATTTATGTTATGCTTGATAATGTAGTTCCATAGTTCGATGCAAGATACAAGTTAATGCATCGAGAAAATAAAGTTTGTGTGAAATCCATTAGATGTCTACTATTGAAATTCCAACCATGGAAAATAAATTTTGCACCATAGAGACATGAATATCCACGTCGATTTAAGGTTTCTAAATGAATCATAACTACCCGCAAATAGAAGAGTAAATCTGGTCATTGATAAAAATCTCAATAATAGAGTAGAAACTTCACATTAGATCCTAATAAATTACTTTCTTATTTTTTTTCTTACTTGCTCCATATAGCTCCAATAGAGCTGATTCAAAATTCTCAATGCTTACAATCATAACGCTTAAAGTTACATAAATTATGTATTTGTTATCATGAAAACATTACTTAACCAAGATTTAAGCCCAAAAAGCCTATGAAGGGTTGATGTGCCATTCTTCTTCTCAATGATCAGAGGTTTTAAATGTTGAGCTACCAAAATTTATCCCATAAAGTTATCATATTTCAGCATAAATGTGCTGAGTGAACCATTTGGGAAGATCCGATACAAAATTTCATCTTCAAGAACGATAACATCTTGAAGAGCTAAAACTAGGTTATGAGTCTATGACAACGTTACTTTTATCAAACCTTTTGCAACCATTGCCTTCAGAAGTACAAGCCTGTTTAACATCTTCGACTTTTAGGAGTTTTGAAGTATAGATGCTTTAATACGAGCAAAGAGTTGTGTACAACATGTGATGAGTGATTTAGGGTTTAGCATATAACTATCATTCACACGCGCGCGCGCACACACACACATATTGCCATATTTGCACCATGGTTCATGATATGGATGCCTTAGATAAGATTTTAGAAGTGTTGGAAATGGCAGCTCTTTCAGAAAGCTTTGCAGTCCTGGTGGCTCTTCCTTGATCGGTGCAAGAAGCCCTATTTGTTCTTTTGGAATGTATGATCAGAAGAACTGGGAGTGTTTCTTTATAGAGATTTTTGGGAACTGTTGGTATTAGACAACAGTAACTTTGGTGCCTCCCTTTGGAGCTCTCATTTCAAAGAGTTTTGAATTGTTATCCTTCGTTGATCACTTGAAAATGGAGAGTGCTAATCTTTTCTAATTACTTCATGGGATTAGCTTTTGTATATTCATTACATGCAAGGATTTTCTCTGTTTCTTTTTTGTTGGTCCCCTGTGAATTTGGTGTCAGAATGGAAGAAATTAGATGTGAATATTGTACTTAATAGCAAGGGCCTTTTCATCTATTTCCCCTTTGTAGCAGTTTGTATTTGGATTCCTCCAGTACCTTAATTGTTCAAAATCTCCAATACTTGTATTATGATTTCGAATTTTAAATTATTGTGGCAATATTCTTGCATTGAAATTTTGTGCAGGCCCAAGATCTTTTATCTAGCATTGCAGTTTTGGAAGATGCAGTTGTACGACTCGAGCAAGAAATGGTCTCTTTACATTTCCAACTAAGTCAAGAAAAGAATGAAAGGAGGCTTGCAGAATATCGTTTAATGCATTCATCACCTTGTTCAGTTTCCCTTTGCTCCAATTCTGACACTATGAAAAAACCGGTACCTCACCACAATGTTTTATTTTTATTTTATTTTTATTTTTATCTTGATGTAATTTTTTTTTCTTTTCCTGAAACTTCACTTTTCTGCCGAGTTCTCACATGCATTTAGACAGGAAATATGTGGCCATTGTTTCGGTTAATGTATGTGGTTTCGATTTTACTTATTATTTATTCTGTCTGTAATATACTATTCTCCAGAATATATGTAAACTTATTTTACTGTTTATGGTCCTTGATGAATGTGAAGGAATATATTTCTTAATACAACCTTTGTCTCTCAAAAGCATAAATATGGAGCCAAATTTTGTTTGCTTTCATTCTACTCCAGCTCCTCCTGCAGTTGGTTTCTTGAACTTCACAGCCCTGTCTTCAAGTAGAACCATAAATTTATTAACATATATTTGAAGGAACAGTTGCAACCAATGGAAGACTAGATCTTTTTTCCATCTTGAAAATGCTAAACTAATTCAAGTACCCAAGGTCTAGTTTTTTTGCCAACCATAAATTTGAGATACTGCAGTGCAAACTTTATCTGGAACCTTCTTTGTAAGCTTTTTCTGATCAATTAATCTATTGTCATCGATATAGTGTTTGTCATATTAACTGGATTTTGTGGTTATTGTGTTCATTGTTTTTTTTAGTAAATAAAGTTTAAAAAGTCTAATTTTATAAGTATCTAGTTTTGTCAAAATATTCCAACTTCTCTATTCCACCAATCCTTTTCAGTTTCTATAAAAATTATTGGGACAATGGACTATTCACCAAATTTTTTATACTTTAAAAAATGCTTTTAAAAGCCTTCCACTTTTGAAAGTGTCTGTAATGACTTTCATGTAAGACGTATACAACCATACCCTTGATTTGGTTGCTAGAACAACAAATTTTAATGTTCTGATAACTCCTATTTCATGGTTAGGTGAAAACAGTACATTCCGGGACTAGATTTGTTTCCCTCTGTTGTTTTTTTGGATTGTATAACTTGATTTCAGTGATGTCTTCCAGAATTCATGGGAGGAAATTGAACTGCTGATTTTGACTGAATTGGTGTTCTTGTAGGAGACTATAGGGTCTATTAACGATGATTGTTGGAGTTAGATCTCAGAAAATTTTCAATTGCCATTATCAATGCATTCTGTGTTACTAAACCATTTAAATTCAGGATTAACGCTGTAGCTTTGTTTGTGCTGAATCAGAATGCAGCTGACCTAGTTGAAATGTACTGTGAGAAGACGTCTGTGACAGAAGTCGATGATTGTTCCCAACCAGTAGAATGTGAGAAAATGTCTCGAGGGCCACCATCAAGTGGCCTCTGGCACCATCCTAATGTATTATCGGAAGAAATGGTCAGATGTATGAAAAACATATTCATCTCTCTAGCAGATTCTGCTGTGCCTTCCAAATCATCAACATCGGAAAGCCACTCACCTGCATCACCCCGAGGACATCTTTCCAATTCATCATGGTGGTCATCATCCGAACGGTCAATTATTTCATCAAGAGTACAAAGTCCACAAATTGATCTTCCGAGTAGCTCTGAAGTATTGGCTACACAGAATGCTTGTGATCCATACAGGGTACGTGGAAAATTGAGTTGGGCTGACATTGGAAATTATTCTCAAGCAGCTGAAGTTTCTTGGATGTCAGTTGGAAAGAAGCAATTAGAATATGCTGCTGGAGAATTGAGGAAGTTCCGGTAGTGTTCATAAAACACGATGTCCTTCATTTTTCTTTCATGTTGGACTTTCTCTGCCTTTTGGCATGATGATAATCCTGCAAATTTTTACTGCAATCTAGAGTTGGCCTGTTTTTGCCTTAATGATCTGTTTTGTGAACAGCACTCTTGTTGAGCAGCTTGCAAAAGTGAATCCCATTCATTTAAGCAGAGACGAAAGGCTAGCCTTCTGGATCAATTTATATAATGCACTGATCATGCATGTAAGCGGCTTCTCCTTGTTAAATTTGGTGTAAAAAAAATGTTCATATTAAAATATGGTTAACAAACAGATGCTAAGTTGGTTGTTCACATCTTGTCTTATTTTTGACAGGCTTACCTGGCCTACGGAGTTCCAAAAAGTGAATTGAAACTCTTTTCTTTAATGCAAAAGGTTTGATTTTGAATGCCATATTTTGTTCTCTTCTCTTTCCGTTTATGTTCATTCATATTTTAGAGCCTGGATATTCTTCTGTATTTGTTAGTTGTCAGCATAGCAATCATGGGGTTTCATCCTTATGCTATGCTAATGTGTGCATGATGATGGTTTCTGGAATATACATTGAAGCGGGGTTGGCTAACCGTGTAAGGAGCATCACATCACTGCTAACATTCTTGCTTGGCAATGCAACACGGATTCACGTGTTTGGCTGCTTGGTGTGAGCTATATCGTCAGTGTGCTCTTGGGTTGGGTTTTGGTGGGGGGGGGGGCGCTGTAAGAGGGTGTGATAATGGTAAGCTGTTGGAGGATGCCCGAGCATGTCTTGTAATGGGCACCACAAGGGTGCATGAACTTAGGGTTGAGCATTACATGTGAACTACAATGGGCTGGTGGTCATTGGGGCAAGTGGAAAAGTAAAGGGAGTTTCGAAAATGGGGTCAAACTCTATTAGTCGCCACCTACCTAGGATATTAAAGTTCCATGAATTTCCTAGAAATTGTAGGGTCAAATGGTCATCCTACGAAATTAGTCCAGACGTGATACGTGTGTAAACTAGCTGGACACTAAAGTTACCGAGAGAGAGGGAAACATGTTAACTGTGGACCCAAAGCATTAGCATAGTGTGGAGAAGCCTTTGCATAGCGAGTATTGGCAGAGAGGCCATGTGTCCTTGCATGAGATTTTTAGTTAGGCATACTTCATAAGCACGCATATGGTTTTTTTTTTTTAATTTGAATGAGACTTGGTACATTATGTAAATTCATTCATATAAAAAAATTCAATGATTTTAGGCAATATTTAGCCAAACAGACTAGCTTTGTTCTCATGTGGTTCGGTGCGGCCTAAACACTTTGAGTTTGTTCATGGCATTGATGTGATTTGATTTTGATATATTCCATCTCTGGTCTGTTCTATTAGTTTGATATTCCTTTTAGTCCATACAAGTTGCCTTAGTCTGCTGAACTGAACATATTTTGAACTTGGAATTTGAAAAATATATAACTGGGTCATTTTCAGGTTTACCCCGTAGTTATTTTCCTCCACAAGCTGTCATCTGAGATGAGGTTCAAGTGTCAATGAAAAAGCTTCATTTTTAAGAGACTATTCATGAAAGTAGATAATACAGCTACTTTGTATCAAGGTTCACAAATTTCAGGAAATACCATCTACCATGTGTTCCCTCTGCTAGTTAGTAGTTCCCGTTCATAGCTTGTGTGACTTAATTTATTGTTTTCTCACTATTGAAAAAGATGGGTATTTTGTATTAACCCCAAGGGTGGAGGTCCCAAGTTCAAGTGTCTGGGTAGAGATTTAGTAACTTAACTCTTTGTTGTCTCCCCAAGTTAGTTTTGAAGTAGGCAACGCCTCTCTGCGGATTAGTGAGGTGGTTCATGAGCATAATACAAAGAGTGAGACCCCTCCTGATTGTAAAATATAAAAACTAGGATGTGCATTCAAAGTGTTTGTGCTCTTATATCATTCTTGATATCTCTATGAAAGCAATGCACCAGCTTTGCTCTTGGAAATAGTACAGTTCACGTGGAAAATTCTGGAAAAATCAGTTTTAGTCAGAAATGTGTCTCTCGAAACTTACAGATTCTTGTTTTTGTTGTCAGTTTCCTTTCTTTTTGGGTATTAATGATTTATTTCTTTTGGAATGTACTCCTGCAGGCAGCATACACAGTTGGGGGGCATTCTTTCAGTGCAACAGGAATTGAATATGTCATCCTCAAGATGAAACCACCAGTTCACAGGCCACAAATTGTATGCACTTGCTTTAACTGTTTTTAGGTTTTCTTGCTTATTCTCTTATCAGTTATCACTGTTCATTGCCTCATTGCCCTATATTGTGGAAAATTGTAACCAGGCTTTGCTTCTTGCTCTTCATAAGTCGAAGGTGACGGAGGAGCAGCGAAGATTTGCAATAGACAAACACGAGCCCCTTTTAACGTTCGCTCTGAGCTGCGGAACTTACTCTTCTCCCGCGGTAATTCTAGACTAATAAACTCGTGTAAGATAGTGAACCGATGTATTGACATTTTTCTCCTTCAAGTCTAACTTGTATAACTTATGTAGGTGAGGATCTACACTGCAGACAATATTCGAGAGGATCTTCCAGAGGCACAACGCGACTTCATTCGAGCTTCCGTAGGTGTTAGCAGCAAAGGAAGATTATTGGTACCGAAACTGCTATATTGTTTTGCCAAAAACTCCGTTGATGATGCGAATTTGGCAGTATGGATATCCCATTACCTTCCACCCCATCAAGCTGCTTTTGTACAGGGTTGTATATCCCAGAGGCGGCAAAGCCTAATCGGTTCTCGCAACTGTGGTATTCTTCCCTTCGATTCTCGCTTTCGATACTTATTTTTGGCTGAGAAATCTTCATTGCAATGA ATGCCAACTTGTTTCACTTCAAGATGTGATCCCCACTCTGGGTACAGTTCTAGTTCAGGGAATGTTGTTGACCTTGGTTGTGCTGACTTATTTTTAGAGGGCAATCTTGGCATAATGACTAGGACTGTTGGAATATTGGAGAAAGATGATGGTTCTTTTCCCTACAAATTTCAGCTCGAACAAGATGTGAGAATGTTACAACAAAAGTTGCAAGAAGAGATAGAGCTGCACACTTCCCTTGAAGATGCTATTCAAAAGAAGGATCTAAGATTAGCCAACTTCTCATGCCTCCCTCATCATGCCCAAGATCTTTTATCTAGCATTGCAGTTTTGGAAGATGCAGTTGTACGACTCGAGCAAGAAATGAATGCAGCTGACCTAGTTGAAATGTACTGTGAGAAGACGTCTGTGACAGAAGTCGATGATTGTTCCCAACCAGTAGAATGTGAGAAAATGTCTCGAGGGCCACCATCAAGTGGCCTCTGGCACCATCCTAATGTATTATCGGAAGAAATGGTCAGATGTATGAAAAACATATTCATCTCTCTAGCAGATTCTGCTGTGCCTTCCAAATCATCAACATCGGAAAGCCACTCACCTGCATCACCCCGAGGACATCTTTCCAATTCATCATGGTGGTCATCATCCGAACGGTCAATTATTTCATCAAGAGTACAAAGTCCACAAATTGATCTTCCGAGTAGCTCTGAAGTATTGGCTACACAGAATGCTTGTGATCCATACAGGGTACGTGGAAAATTGAGTTGGGCTGACATTGGAAATTATTCTCAAGCAGCTGAAGTTTCTTGGATGTCAGTTGGAAAGAAGCAATTAGAATATGCTGCTGGAGAATTGAGGAAGTTCCGCACTCTTGTTGAGCAGCTTGCAAAAGTGAATCCCATTCATTTAAGCAGAGACGAAAGGCTAGCCTTCTGGATCAATTTATATAATGCACTGATCATGCATGCTTACCTGGCCTACGGAGTTCCAAAAAGTGAATTGAAACTCTTTTCTTTAATGCAAAAGGCAGCATACACAGTTGGGGGGCATTCTTTCAGTGCAACAGGAATTGAATATGTCATCCTCAAGATGAAACCACCAGTTCACAGGCCACAAATTGCTTTGCTTCTTGCTCTTCATAAGTCGAAGGTGACGGAGGAGCAGCGAAGATTTGCAATAGACAAACACGAGCCCCTTTTAACGTTCGCTCTGAGCTGCGGAACTTACTCTTCTCCCGCGGTGAGGATCTACACTGCAGACAATATTCGAGAGGATCTTCCAGAGGCACAACGCGACTTCATTCGAGCTTCCGTAGGTGTTAGCAGCAAAGGAAGATTATTGGTACCGAAACTGCTATATTGTTTTGCCAAAAACTCCGTTGATGATGCGAATTTGGCAGTATGGATATCCCATTACCTTCCACCCCATCAAGCTGCTTTTGTACAGGGTTGTATATCCCAGAGGCGGCAAAGCCTAATCGGTTCTCGCAACTGTGGTATTCTTCCCTTCGATTCTCGCTTTCGATACTTATTTTTGGCTGAGAAATCTTCATTGCAATGA ATGCCAACTTGTTTCACTTCAAGATGTGATCCCCACTCTGGGTACAGTTCTAGTTCAGGGAATGTTGTTGACCTTGGTTGTGCTGACTTATTTTTAGAGGGCAATCTTGGCATAATGACTAGGACTGTTGGAATATTGGAGAAAGATGATGGTTCTTTTCCCTACAAATTTCAGCTCGAACAAGATGTGAGAATGTTACAACAAAAGTTGCAAGAAGAGATAGAGCTGCACACTTCCCTTGAAGATGCTATTCAAAAGAAGGATCTAAGATTAGCCAACTTCTCATGCCTCCCTCATCATGCCCAAGATCTTTTATCTAGCATTGCAGTTTTGGAAGATGCAGTTGTACGACTCGAGCAAGAAATGAATGCAGCTGACCTAGTTGAAATGTACTGTGAGAAGACGTCTGTGACAGAAGTCGATGATTGTTCCCAACCAGTAGAATGTGAGAAAATGTCTCGAGGGCCACCATCAAGTGGCCTCTGGCACCATCCTAATGTATTATCGGAAGAAATGGTCAGATGTATGAAAAACATATTCATCTCTCTAGCAGATTCTGCTGTGCCTTCCAAATCATCAACATCGGAAAGCCACTCACCTGCATCACCCCGAGGACATCTTTCCAATTCATCATGGTGGTCATCATCCGAACGGTCAATTATTTCATCAAGAGTACAAAGTCCACAAATTGATCTTCCGAGTAGCTCTGAAGTATTGGCTACACAGAATGCTTGTGATCCATACAGGGTACGTGGAAAATTGAGTTGGGCTGACATTGGAAATTATTCTCAAGCAGCTGAAGTTTCTTGGATGTCAGTTGGAAAGAAGCAATTAGAATATGCTGCTGGAGAATTGAGGAAGTTCCGCACTCTTGTTGAGCAGCTTGCAAAAGTGAATCCCATTCATTTAAGCAGAGACGAAAGGCTAGCCTTCTGGATCAATTTATATAATGCACTGATCATGCATGCTTACCTGGCCTACGGAGTTCCAAAAAGTGAATTGAAACTCTTTTCTTTAATGCAAAAGGCAGCATACACAGTTGGGGGGCATTCTTTCAGTGCAACAGGAATTGAATATGTCATCCTCAAGATGAAACCACCAGTTCACAGGCCACAAATTGCTTTGCTTCTTGCTCTTCATAAGTCGAAGGTGACGGAGGAGCAGCGAAGATTTGCAATAGACAAACACGAGCCCCTTTTAACGTTCGCTCTGAGCTGCGGAACTTACTCTTCTCCCGCGGTGAGGATCTACACTGCAGACAATATTCGAGAGGATCTTCCAGAGGCACAACGCGACTTCATTCGAGCTTCCGTAGGTGTTAGCAGCAAAGGAAGATTATTGGTACCGAAACTGCTATATTGTTTTGCCAAAAACTCCGTTGATGATGCGAATTTGGCAGTATGGATATCCCATTACCTTCCACCCCATCAAGCTGCTTTTGTACAGGGTTGTATATCCCAGAGGCGGCAAAGCCTAATCGGTTCTCGCAACTGTGGTATTCTTCCCTTCGATTCTCGCTTTCGATACTTATTTTTGGCTGAGAAATCTTCATTGCAATGA MPTCFTSRCDPHSGYSSSSGNVVDLGCADLFLEGNLGIMTRTVGILEKDDGSFPYKFQLEQDVRMLQQKLQEEIELHTSLEDAIQKKDLRLANFSCLPHHAQDLLSSIAVLEDAVVRLEQEMNAADLVEMYCEKTSVTEVDDCSQPVECEKMSRGPPSSGLWHHPNVLSEEMVRCMKNIFISLADSAVPSKSSTSESHSPASPRGHLSNSSWWSSSERSIISSRVQSPQIDLPSSSEVLATQNACDPYRVRGKLSWADIGNYSQAAEVSWMSVGKKQLEYAAGELRKFRTLVEQLAKVNPIHLSRDERLAFWINLYNALIMHAYLAYGVPKSELKLFSLMQKAAYTVGGHSFSATGIEYVILKMKPPVHRPQIALLLALHKSKVTEEQRRFAIDKHEPLLTFALSCGTYSSPAVRIYTADNIREDLPEAQRDFIRASVGVSSKGRLLVPKLLYCFAKNSVDDANLAVWISHYLPPHQAAFVQGCISQRRQSLIGSRNCGILPFDSRFRYLFLAEKSSLQ Homology
BLAST of HG10011174 vs. NCBI nr
Match: XP_011651226.1 (uncharacterized protein LOC101204212 isoform X2 [Cucumis sativus] >KGN57481.1 hypothetical protein Csa_011214 [Cucumis sativus]) HSP 1 Score: 951.8 bits (2459), Expect = 2.4e-273 Identity = 488/554 (88.09%), Postives = 499/554 (90.07%), Query Frame = 0
BLAST of HG10011174 vs. NCBI nr
Match: XP_038884868.1 (uncharacterized protein LOC120075483 isoform X2 [Benincasa hispida]) HSP 1 Score: 949.9 bits (2454), Expect = 9.2e-273 Identity = 488/554 (88.09%), Postives = 497/554 (89.71%), Query Frame = 0
BLAST of HG10011174 vs. NCBI nr
Match: XP_011651223.1 (uncharacterized protein LOC101204212 isoform X1 [Cucumis sativus] >XP_011651224.1 uncharacterized protein LOC101204212 isoform X1 [Cucumis sativus]) HSP 1 Score: 947.2 bits (2447), Expect = 5.9e-272 Identity = 488/555 (87.93%), Postives = 499/555 (89.91%), Query Frame = 0
BLAST of HG10011174 vs. NCBI nr
Match: XP_038884841.1 (uncharacterized protein LOC120075483 isoform X1 [Benincasa hispida] >XP_038884850.1 uncharacterized protein LOC120075483 isoform X1 [Benincasa hispida] >XP_038884857.1 uncharacterized protein LOC120075483 isoform X1 [Benincasa hispida] >XP_038884862.1 uncharacterized protein LOC120075483 isoform X1 [Benincasa hispida]) HSP 1 Score: 945.3 bits (2442), Expect = 2.3e-271 Identity = 488/555 (87.93%), Postives = 497/555 (89.55%), Query Frame = 0
BLAST of HG10011174 vs. NCBI nr
Match: XP_008456190.1 (PREDICTED: uncharacterized protein LOC103496201 [Cucumis melo] >XP_008456191.1 PREDICTED: uncharacterized protein LOC103496201 [Cucumis melo] >XP_016901885.1 PREDICTED: uncharacterized protein LOC103496201 [Cucumis melo]) HSP 1 Score: 942.2 bits (2434), Expect = 1.9e-270 Identity = 485/559 (86.76%), Postives = 497/559 (88.91%), Query Frame = 0
BLAST of HG10011174 vs. ExPASy TrEMBL
Match: A0A0A0LBS5 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_3G198450 PE=4 SV=1) HSP 1 Score: 951.8 bits (2459), Expect = 1.2e-273 Identity = 488/554 (88.09%), Postives = 499/554 (90.07%), Query Frame = 0
BLAST of HG10011174 vs. ExPASy TrEMBL
Match: A0A1S3C3C3 (uncharacterized protein LOC103496201 OS=Cucumis melo OX=3656 GN=LOC103496201 PE=4 SV=1) HSP 1 Score: 942.2 bits (2434), Expect = 9.3e-271 Identity = 485/559 (86.76%), Postives = 497/559 (88.91%), Query Frame = 0
BLAST of HG10011174 vs. ExPASy TrEMBL
Match: A0A6J1CNS4 (uncharacterized protein LOC111013303 isoform X2 OS=Momordica charantia OX=3673 GN=LOC111013303 PE=4 SV=1) HSP 1 Score: 909.4 bits (2349), Expect = 6.6e-261 Identity = 468/550 (85.09%), Postives = 484/550 (88.00%), Query Frame = 0
BLAST of HG10011174 vs. ExPASy TrEMBL
Match: A0A6J1CP97 (uncharacterized protein LOC111013303 isoform X1 OS=Momordica charantia OX=3673 GN=LOC111013303 PE=4 SV=1) HSP 1 Score: 904.8 bits (2337), Expect = 1.6e-259 Identity = 468/551 (84.94%), Postives = 484/551 (87.84%), Query Frame = 0
BLAST of HG10011174 vs. ExPASy TrEMBL
Match: A0A6J1F5D1 (uncharacterized protein LOC111442459 OS=Cucurbita moschata OX=3662 GN=LOC111442459 PE=4 SV=1) HSP 1 Score: 898.3 bits (2320), Expect = 1.5e-257 Identity = 466/552 (84.42%), Postives = 486/552 (88.04%), Query Frame = 0
BLAST of HG10011174 vs. TAIR 10
Match: AT3G13000.2 (Protein of unknown function, DUF547 ) HSP 1 Score: 610.5 bits (1573), Expect = 1.2e-174 Identity = 326/536 (60.82%), Postives = 393/536 (73.32%), Query Frame = 0
BLAST of HG10011174 vs. TAIR 10
Match: AT3G13000.1 (Protein of unknown function, DUF547 ) HSP 1 Score: 610.5 bits (1573), Expect = 1.2e-174 Identity = 326/536 (60.82%), Postives = 393/536 (73.32%), Query Frame = 0
BLAST of HG10011174 vs. TAIR 10
Match: AT1G16750.1 (Protein of unknown function, DUF547 ) HSP 1 Score: 459.5 bits (1181), Expect = 3.5e-129 Identity = 254/491 (51.73%), Postives = 343/491 (69.86%), Query Frame = 0
BLAST of HG10011174 vs. TAIR 10
Match: AT5G66600.1 (Protein of unknown function, DUF547 ) HSP 1 Score: 184.9 bits (468), Expect = 1.7e-46 Identity = 125/351 (35.61%), Postives = 191/351 (54.42%), Query Frame = 0
BLAST of HG10011174 vs. TAIR 10
Match: AT5G66600.2 (Protein of unknown function, DUF547 ) HSP 1 Score: 184.9 bits (468), Expect = 1.7e-46 Identity = 125/351 (35.61%), Postives = 191/351 (54.42%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Bottle gourd (Hangzhou Gourd) v1
Date Performed: 2022-08-01
Relationships
The following mRNA feature(s) are a part of this gene:
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