HG10010739 (gene) Bottle gourd (Hangzhou Gourd) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: CDSpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below.ATGGTTCACACTCTCCTTGACTTTCTATTCCTTCTTGTGGATAACTATGATGTTGAAAGGAAGGATAAAATAGCTTTGGGTGTGTCTTCAGCTTTTAGTGCACTTATCGAAAAAGGAGTAATTTCCTCATTGGACACTTTGATTTCTTTTGACGGTCTTTCTCCATTTCTACGAGACAGGCTTAGGATACTTTCATCAGGTAAGAAGTTTCAGGTTCCAAATGAATTGCAATTAGTTATACCTAATCAATCTGTGAAGCCTCTGCCTTCTTCGAGTAAATCCTGTGTAGAAACTGGCATAATATATTCGGAAAGCCATCCTAACCGCGTTGTAGCCCATGCAAGTGCTACATCTGCTGGTGCTTCTGTTCCTATTGTAGTTGATGTATCTGCCTCTCGTCATTCAGTTGTGACGGATGTACAGCAATTTGACAATATAGAAATTTTGGTGAAAAATCTTGGTGAAGTTACTAGCAAATCCTATAAAATGGGCCTCAAAACTCTGGAAGAACTTCTAGTTTTATTTCTCTCGCTTGATGACAATGCACAAGCTGGCAGAACAATAAACACTGAAATACTGTCTTCCAGAATAGTAAATACCTATAACTTGAGTGGGTATAAACTATTCTGTGCTCTTGAATTACCTCCAAATGGTCCCGATTATGATGATGAGATAGAATCTGCTACTGCCTTAATAATCCGTACCTTCATCTTTCATCATGAAAGCAATATACAAGAATTGCTTCTATTTTGTTCTAGGAATGGTTTGCCTGTGGGAGCACGATTGTTATCTTATGTATCTCGTCTGGCTTATGAGGCGAACAAAGCAGGTTTAATAGGTAATGTTGAGTTTGAGAACAGTGATAGTGCGGAAATTGATTCGAAGCCGCAGTTATTGTTGTTCCATCTGAATGGGTATTTTTCTTTCAGGAATGGTATGGGAGAAAACCCCCAAGATAGAGTTCTCTCTTTTTCTGAAATAGACAAAGAGGTGATTTCTAAGTTGGTAACAAATGCCTTTTCTGCTTATAGGTGTTTCCTTTCTTATTCAAAATATATTTTGCACAAAGATGCAGATGTATCTTTGACCAAGATCTTCTATCTTGATTTGATGTCCTGTGTGGAATGGAATGGAAGGAGAGTGAAATTCTTATTCCATTGTGTTTTTATCTCTCTCAGATTTATGCATATGCAAGGAGGAGATTGTTAAATTATTTGTAACCCTGTTGGATGACACTGATCTTGTTAATATGCAGTTTGAGATTATTGCAAAGAAATTTTCTGTGTTTGGTAAAGACACTAAATCTATTTTTCTTTTACTTAAGAGCTCTCTGAATTGGAGTTGTCTCGAACAACGTAAACTCTGGGGCTTGATAAGGTCAGAGCTTATAGTTTCACAGGTTCGGGTCGAGAGCATAGTTTTGAAACTTTTCTGCTTGGGTGTCTTAGATGCAAGCAAGCATGCCATTGCCATTGAAGGTCTTCTAAACTTGTGCTGTTATAATGCACCATCACCTGAGCTTGTTGAGGCAATCATGTTATTACCCAATGATTCATTTCACGACTTCTCCGCTGCGGTCTTGGCTTCCTGGGTTGTATCAAACGAGTCAATGCTATTTCATAGCCTGGTTGATTTTGCTGAGAAACTTGGCAAGATGAGTGAGAGTGAGTTTGTGGTAAATCATTCTGCAATCTTATGGTTGGTGAATCATTTTAGGGCACAAGGACTGAGTGACTCAACCATTTACAGCAACATCATATTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTAAATATGTGGGATGGAAGAATCAAACCTTTAATTTTGAGATTGATAATGCAAGCATTATGTTGATTGAACTATGTTCATTTTGGTTAGGTCTATCCATATTGTAGTAAGAGGAGAAAGGAAGATATATTTAATTTAGAACATTATGTAAGTGTATATTTATAATTAGAAACAATAGATTTGTTTCTTTAAAGAAAAAAAAACACGAGTAATACTCAAGTGCAGTCCAAAAAATTTTTTACTACGTGACAACTTGTGATTTGACACCTAGATTGCATAAAGATGGATGCAGTCCGAGATGTATCAAATATTTTTAAAAACACAATAATTTTTAAACATTCATGAACATGTGTATTACACGTGACAATGGTAGTATTTTTAAAAATTGAGATTGAGACCCTCACGGTAAGGAAAGCATTTTTTATGCCATCTTTGAAATTAAACCGAGAAAAATAATTTGTCTTTTGAGCCAACTTTATGAAGATTCCTTTCCCTTTTGAGGCTTATTTTTCTTTTAGTACATGCCATGGCTTCAATTCCATACATATATATATTTTTTATAGTCTCATTATATAATCATATATGGTAAATAATTTCTAAAATTTAAGGCATACATCTTTGATCGGGAGGTCAAATGTTCAAAACTTTCGTTCATTTCTTTAAAGAAAAAAAAAATAGACCATAAATACATATTATTTAAGAATAAAAAACACATATTATTTATAACTATAAAAAATTTATTTATGTATGTACTTCTAATCAAATATAGAATGACGTTGAACTAAGTAAGACATTATAATCTATCTCAAAAAGGATTAAATATTCAAATTTCTACTCTTAAATATCATTTTGGTCCTTATGCTTTGGGATTTATTCACTTTTAATCCTTATACTTTCAAACGCCCAACTTTAGTCCTTGTATTTTCAATTTCAATAAATCTTAAATTTTGGTTCTAATAATAATAATAATAATAATAATTTTCTTGCAAGAAATTACATTAAATGTGAATATGATTCCAAAATTTTTAGCGATAATGCTAATAAATAATAAAAAAAAAATTAAAAAAAAATCAACAACCAACTAGCAAATAGAGACTAAATTTAATATTTATTGAAAGTATAGAGATTAAAATTGAATATTTAAAATATAGGGACTAAAATTGAATAAATTCAAAATGATATTTTAACCCAAAAAAATTAAATAGACAAGAATTTAAGAGTGACATAAAAGGCATATCAATTGTAAAAGAAGTAAAGAGTCTAGAAAAGATCTTATTTTATTGTTAAAAAAGGAAAAAGATCTTATTTCATCAAAGTCATTTTAAAATTATACTCAATTCTTACTCATGTTTAAACCGAATAAAAAGGGACAAGGAAGAGAGAGAAAGAAATGTGTAAAAGGTGGAGTACATAATTGTCAAATTCGATTTGGGGTTAAGTAAATCAATTTAATTTATTATTTTATTTTAAATTTTTTTTAAAAAATATTGCCCACAAGAAATTACTCTAATAGGGTGTCGTCTAGGTTCTACCTAATTTCATGCATATTTTATTTATGTAAAAAAGAGCAATTATATAAATGAACAAAACAAAACGACTCGAATATTCTTCAAAGCGGCCAGCCTTAAAAATGAACAAAACCATATTATATATAAGGGTAGCTTTGAGAAGATCTTCAAGGGGAGCATAAATAAACTCAGTAGGGAAAAAATCAGCAGGCCATGAAATTTGTAGAATCCCGCTGATAGATAAGAAAAAAAAATTTTGCAGAATCAGATGTTTTTCACGTTACAATATCCTTAACAATATCACAACATTTTGCAAGACATGTTGTAGAGGATAGGAAGTCACCCAACAAAGATGCACTACACATATCAACATCTAAGAAATCAATCTCAAGGCAGAATCAACACAACACATAACATATTACAGAAACAAGATGTTCAAATGTTGCCATAATAAAATCAGCCAATCATTTGCTGAAACAAACTCCCCAACAAATTGAATTAGATAATAGTTAAAAAGGTATTAAAAATCAAACTTGTTGGTTACAAATTTGTACATCTCACTCTCCGTTGTCTCTTCGTATAGCTATCATTAGTTATAGAAAAAGGGATGCACCCATCTCTATGCTTTCCCTTCCATCATTAACACCAAAAAAAATATAAAATATTTAAAAAGTAAACAAAAATAGTTTGTCAAATGTCACATTATGATAGGACAATTTGGTGAGATGTATAAAGATAGATGCTCTTCGAGATGCACCTAAATATTTTTCATAGAAAAATCACGCTCGAGCTATATCACTATTAAAAAAAAAAAAAAAATTCCAAGAGAGCGAGGGTGAATTTTTTTTTCTTTTTAATTAGACTTTTTTTTTCTTTAAATTGCTTCAGCAAAATAGAGGTGAAATCATGAAGGTGAGGTTTAAAGAATTTTTGCACATCAAATGGAGGTTTTGTTGGATTCAATTCTCAAAGGTAGCCATGAAGAAATAGAAGAAACCATATCAATATAATCTTCGATTTCAAGATGATTAAGAGGTGGGTACACCGTACACATAATCAAGATATTGTAATTCAATTCATAGCTATATATTTGGTGGAATGAAATTACGAGTTTGGCATAATAAAAATAAAAAATAAAAAATAAGGCCCACCATTATTGATTCTCAACGTAAAAGTTCGGTAAACATTAATCCATGTTATATCCTCACTCACTAATTAATTTGTTAGAAGTAAATTAAGCCTTAATCTTTATTGTACTAAAATACAGCTAAAATTCAAATACCGAAAGTTTTAGACATTTTTTCAACTTTTTTTTTTTTAAATTTTTTTTAAGTTACTGGCCACAATTTCCCATCTACAAACACATTTATTCCTTAATTAATTTATGGATTTATATATATCATAAATTTAATTAATTTTTAATAACATTTTTAACGACAAAGACTAAATATTTACAAAATTTTAAATACAAGAAATAATTTGTTGCATATTAACTCTCATTGAGCATAGTTTAACTAGCATACAAATGTGCTAGTGATCAAGAGGTCTATAATTTAAATTCCCTACCTTTATTGTACTAAAAAAAAGTTACAATTGTCATGTCAACGTTTTGTTAGGTCGATGAATAATTGTGCTATTTAAAACCATTTTTCACACTTATTAAAGTGTTCATTTTGAAATTTCATGTACTAAATAGACATCAAACTCAAACGACCCAAAAAAATGTACTTTGTTAAAAAAAAAAAAAAAAGGGTAGGGTAGAATACCTTTTTGGTTCCTAAGTTTTGAGTCTAATTTCTATTTGGTCCCTAGATTTCAAAATGTTACCCATTTAGTCCTTAAGTTTTGATTTTATTTTCAATTTAGTTCCTAAGTTTCAAAATGTTATAATTTTACCCTTAAGATTTAATTTTTGTTTCAATTTGATCCTTAAGTTTCAAGATCTTACATTTTTAACCTCAATTTTTAATTAAATACTCCCTTCCAATCATTGGCGCCAATATCTAGTAATTAATTTAAAATGTTATGAAGTGAAATTTTAAATTTAAGTTTAAAAGTGATGAAAAATAGTGAAACTTAATTAATTATAATTCTCTTAATTCTTTTAAATTTATTAAGATACTTTAACACTAAAGATGAAAAATGAATATTTAGTAAAAAATCGAAGTTAAAAATGTAAAATCTTGAAATAAACAAAAATTAAATCTCAAGGGTAAAATTGTAATATTTTAAAATTTAGAGACTAAATTGAAATCAAAATCAAAATTTAAGGACTAAATGTGTAATATTTTAAAACTTAGGGACAAAATAGAAATTCGATCTAAAATTTAGGAACCAAAAATATTTTAGCGAAAAGTTGATGAGTGAGTATTATTTAAAAAGTATAATATTTTATGTAATTAGTCCAAGAGAATAATGTTGCGTGCAGTTGCAGGGTCTGGTGGTTACAGTTGCAAATTCGAATAAGAATGAAGCGACCCCCAACGGTCACTTACTCGGACAATATTACCAATTAAATTCAAATTAATAACTCAAAAAGAAAAGAAACCCATAAGCTCTCCGCTCCAAATTTCAAATTTCCAGATCTTTTCTTTTTTTCCCTTTCAAACGAGAAGAACAATCTTCCCGCAAATTCCCAATAAACTTCCATCAAAACCCATTATTAACTCAATCTTCTTCTTAATTCTTCTTCTTCTTCAAAGTAATTTGAATTACAAAGCAACAGAAGTAGTGGGTTTGTGAATTACGAAGACAGAGTGATGGGTTGCTTTTTTGCTTGCTTTGGTTCATCCAAAGATCCCAAACGCCTCAAGAATCATCACAAATCTCCTCATACTCACCACCCTTCCACCATTAAGGTACTTAATCTTCTTTCTTTTTTGACGATTTTTCTACAAAACAAAACCCTAATTTCTGTCTATTTTTCCTCTTTTCTTTATCTTATGAGCAATAGAATTTGTGGGGAAACTGCGATTGGATAATTTCGCTAATTTGAATGTTGATTTTTGGTGCAGAGGAATGCGATTCCTAAACCCAGCCAATCTTCTGTTCATACGTTGCTTGATCACTCTAACAACAAACTCTTGCATCCGGTTCAAGCTGGGTGAGTACTTCAAGTTTCGATTGGTAATTTTATAATTTTATATTCACATGATTATTAATCGGTAGAATTTTCTTGTAGTATAAGTTCTTTAGAAGTTTGAACAAAAATCAAGATATAAAACACTATGGTGATGGCCTAAAATGATGTGATTTTCGTTCTGTATCACCTACTGCACCATTTCATATCTCAATTTCCATCTAAATTCTAAGGAATTTCTACTCCAAGAATATTTTTGAAACATTTATGAAAGTTTAAGGGCAATATTGCGACTTTTGAAATTATAAGGGTGTTTTTTAACCAAATGACAAAGTTCAAGGATATTTTTATAATTTAACTTAATTTTTATTTGAATTTTAGGTTTCAAAATGTTACATTGAATTTTGAGTTTAGATTTCTTTGTAGGTTTCAACATTTACCCTTTTGCTTCGACTTTCACTCATTTTCGGTCTTTAATATTAAATTCTCAGTTAATTAATTTAAAATAATTTTGAATGAAATTTTTTAATTAATTTTAATAGCATTAATTCTAAGGACTAAAAGTGAGTCTTTAGTAAAAATTTAGGAATAACGGTGTAACATTTTAAAACCTATAATCTGTATTTTTGGAACAATTTCAAAGTTGAACTATAAAAATACAACTTTTTAAGAACATAAGTGAAAGTGTGGAACCTACCTTGGGAGTATTTGGTATAATTTAACTCTATTTTTGGTTAGAAATAAGAATAATGTGGCTTATGATCATATGAATAGGCGTGATGGGTCAGCAGTGACTGGGAAAGCCCATGAGGATGAGCATGTTGTTTTACCCCAAGAAGATGCTGCTTCAGTTCATGGCAAGAAACAAGTCCTGAAGGAGGAGGAAGACAGTGTGGAGAATTCAAGCAAGCCTGAATCTTCATCTGAAGATTTTGTTGTTCCTCTCAATCCCAACTTCAAATCATCTTGCCCTCCGATTCATCGATACAGGAACTGTAAGGATAGTGATGATGAAGATGAGGTTTTTGATAGTCATCTTGCTAGTGATGAAAATGATGAATTTGGAATGGTTGAATCAATGGGGGAAGATTCTTCTGTGGCTGAGAGTTCAATGAATGTTTGTAGGCTAAACCCAACAAATGTGAGGCATAGGACTGCTTATGTTTGCTCTGTACTGAATCCAGTTGAAAATCTTTCTCAATGGAATGCTGTGAAATCAAAGAAGGAATTTCCATCAACACTTCAGAAAGAGAATGTGGAGTTAGAACAAGAATCAAGTGTTGAGGAATTTCCATACAGCAGTTCCAAGCCGAGTCGAGAACTGTGTGTTGATGCCAGCCTTTCTAACTGGTTGGCTTCATCAGAAGCAACACCAGTCAGTAAGATTACTGCAACAACGGCTTTAGAAGCCACCATTACTCCGGTGAAAAGCAGCATATTGCAAGGATCCAGCTTGCCGAAAAGAAGCAGCCACAGGGAGATGCCTGAAGTCAGAACGGTTGGTATGTATTGTAGGCAAGGAGCGAGTGATAAGGATCGTGATTCAGCTTCTTCGTTTAAAGGAATACCGAATACAACTAGCAAGTATAGAGAGGTACAGATTTGATGTAGTTACTTATGGTCTGTTTGGAATAACTTTCTAAGCCCTTAAAAAAATGTTAGCAAATAGGTCCTTAGTGTAAGATGTGTTGAAGCTTTCGAACTAAGTTGTTCTTTTGTTTGTGAGTGCAGGATAAGACAGTGAATTGGCACTCTACACCATTTGAAACAAGGTTGGAGAGAGCTTTGAATAGTAGAGGAGTTGTAGCTTGA ATGGTTCACACTCTCCTTGACTTTCTATTCCTTCTTGTGGATAACTATGATGTTGAAAGGAAGGATAAAATAGCTTTGGGTGTGTCTTCAGCTTTTAGTGCACTTATCGAAAAAGGAGTAATTTCCTCATTGGACACTTTGATTTCTTTTGACGGTCTTTCTCCATTTCTACGAGACAGGCTTAGGATACTTTCATCAGGTAAGAAGTTTCAGGTTCCAAATGAATTGCAATTAGTTATACCTAATCAATCTGTGAAGCCTCTGCCTTCTTCGAGTAAATCCTGTGTAGAAACTGGCATAATATATTCGGAAAGCCATCCTAACCGCGTTGTAGCCCATGCAAGTGCTACATCTGCTGGTGCTTCTGTTCCTATTGTAGTTGATGTATCTGCCTCTCGTCATTCAGTTGTGACGGATGTACAGCAATTTGACAATATAGAAATTTTGGTGAAAAATCTTGGTGAAGTTACTAGCAAATCCTATAAAATGGGCCTCAAAACTCTGGAAGAACTTCTAGTTTTATTTCTCTCGCTTGATGACAATGCACAAGCTGGCAGAACAATAAACACTGAAATACTGTCTTCCAGAATAGTAAATACCTATAACTTGAGTGGGTATAAACTATTCTGTGCTCTTGAATTACCTCCAAATGGTCCCGATTATGATGATGAGATAGAATCTGCTACTGCCTTAATAATCCGTACCTTCATCTTTCATCATGAAAGCAATATACAAGAATTGCTTCTATTTTGTTCTAGGAATGGTTTGCCTGTGGGAGCACGATTGTTATCTTATGTATCTCGTCTGGCTTATGAGGCGAACAAAGCAGGTTTAATAGGTAATGTTGAGTTTGAGAACAGTGATAGTGCGGAAATTGATTCGAAGCCGCAGTTATTGTTGTTCCATCTGAATGGGTATTTTTCTTTCAGGAATGATTTATGCATATGCAAGGAGGAGATTGTTAAATTATTTGTAACCCTGTTGGATGACACTGATCTTGTTAATATGCAGTTTGAGATTATTGCAAAGAAATTTTCTGTGTTTGGTAAAGACACTAAATCTATTTTTCTTTTACTTAAGAGCTCTCTGAATTGGAGTTGTCTCGAACAACGTAAACTCTGGGGCTTGATAAGGTCAGAGCTTATAGTTTCACAGGTTCGGGTCGAGAGCATAGTTTTGAAACTTTTCTGCTTGGGTGTCTTAGATGCAAGCAAGCATGCCATTGCCATTGAAGGTCTTCTAAACTTGTGCTGTTATAATGCACCATCACCTGAGCTTGTTGAGGCAATCATGTTATTACCCAATGATTCATTTCACGACTTCTCCGCTGCGGTCTTGGCTTCCTGGGTTGTATCAAACGAGTCAATGCTATTTCATAGCCTGGTTGATTTTGCTGAGAAACTTGGCAAGATGAGTGAGAGTGAGTTTGTGAGGAATGCGATTCCTAAACCCAGCCAATCTTCTGTTCATACGTTGCTTGATCACTCTAACAACAAACTCTTGCATCCGGTTCAAGCTGGGCGTGATGGGTCAGCAGTGACTGGGAAAGCCCATGAGGATGAGCATGTTGTTTTACCCCAAGAAGATGCTGCTTCAGTTCATGGCAAGAAACAAGTCCTGAAGGAGGAGGAAGACAGTGTGGAGAATTCAAGCAAGCCTGAATCTTCATCTGAAGATTTTGTTGTTCCTCTCAATCCCAACTTCAAATCATCTTGCCCTCCGATTCATCGATACAGGAACTGTAAGGATAGTGATGATGAAGATGAGGTTTTTGATAGTCATCTTGCTAGTGATGAAAATGATGAATTTGGAATGGTTGAATCAATGGGGGAAGATTCTTCTGTGGCTGAGAGTTCAATGAATGTTTGTAGGCTAAACCCAACAAATGTGAGGCATAGGACTGCTTATGTTTGCTCTGTACTGAATCCAGTTGAAAATCTTTCTCAATGGAATGCTGTGAAATCAAAGAAGGAATTTCCATCAACACTTCAGAAAGAGAATGTGGAGTTAGAACAAGAATCAAGTGTTGAGGAATTTCCATACAGCAGTTCCAAGCCGAGTCGAGAACTGTGTGTTGATGCCAGCCTTTCTAACTGGTTGGCTTCATCAGAAGCAACACCAGTCAGTAAGATTACTGCAACAACGGCTTTAGAAGCCACCATTACTCCGGTGAAAAGCAGCATATTGCAAGGATCCAGCTTGCCGAAAAGAAGCAGCCACAGGGAGATGCCTGAAGTCAGAACGGTTGGTATGTATTGTAGGCAAGGAGCGAGTGATAAGGATCGTGATTCAGCTTCTTCGTTTAAAGGAATACCGAATACAACTAGCAAGTATAGAGAGGATAAGACAGTGAATTGGCACTCTACACCATTTGAAACAAGGTTGGAGAGAGCTTTGAATAGTAGAGGAGTTGTAGCTTGA ATGGTTCACACTCTCCTTGACTTTCTATTCCTTCTTGTGGATAACTATGATGTTGAAAGGAAGGATAAAATAGCTTTGGGTGTGTCTTCAGCTTTTAGTGCACTTATCGAAAAAGGAGTAATTTCCTCATTGGACACTTTGATTTCTTTTGACGGTCTTTCTCCATTTCTACGAGACAGGCTTAGGATACTTTCATCAGGTAAGAAGTTTCAGGTTCCAAATGAATTGCAATTAGTTATACCTAATCAATCTGTGAAGCCTCTGCCTTCTTCGAGTAAATCCTGTGTAGAAACTGGCATAATATATTCGGAAAGCCATCCTAACCGCGTTGTAGCCCATGCAAGTGCTACATCTGCTGGTGCTTCTGTTCCTATTGTAGTTGATGTATCTGCCTCTCGTCATTCAGTTGTGACGGATGTACAGCAATTTGACAATATAGAAATTTTGGTGAAAAATCTTGGTGAAGTTACTAGCAAATCCTATAAAATGGGCCTCAAAACTCTGGAAGAACTTCTAGTTTTATTTCTCTCGCTTGATGACAATGCACAAGCTGGCAGAACAATAAACACTGAAATACTGTCTTCCAGAATAGTAAATACCTATAACTTGAGTGGGTATAAACTATTCTGTGCTCTTGAATTACCTCCAAATGGTCCCGATTATGATGATGAGATAGAATCTGCTACTGCCTTAATAATCCGTACCTTCATCTTTCATCATGAAAGCAATATACAAGAATTGCTTCTATTTTGTTCTAGGAATGGTTTGCCTGTGGGAGCACGATTGTTATCTTATGTATCTCGTCTGGCTTATGAGGCGAACAAAGCAGGTTTAATAGGTAATGTTGAGTTTGAGAACAGTGATAGTGCGGAAATTGATTCGAAGCCGCAGTTATTGTTGTTCCATCTGAATGGGTATTTTTCTTTCAGGAATGATTTATGCATATGCAAGGAGGAGATTGTTAAATTATTTGTAACCCTGTTGGATGACACTGATCTTGTTAATATGCAGTTTGAGATTATTGCAAAGAAATTTTCTGTGTTTGGTAAAGACACTAAATCTATTTTTCTTTTACTTAAGAGCTCTCTGAATTGGAGTTGTCTCGAACAACGTAAACTCTGGGGCTTGATAAGGTCAGAGCTTATAGTTTCACAGGTTCGGGTCGAGAGCATAGTTTTGAAACTTTTCTGCTTGGGTGTCTTAGATGCAAGCAAGCATGCCATTGCCATTGAAGGTCTTCTAAACTTGTGCTGTTATAATGCACCATCACCTGAGCTTGTTGAGGCAATCATGTTATTACCCAATGATTCATTTCACGACTTCTCCGCTGCGGTCTTGGCTTCCTGGGTTGTATCAAACGAGTCAATGCTATTTCATAGCCTGGTTGATTTTGCTGAGAAACTTGGCAAGATGAGTGAGAGTGAGTTTGTGAGGAATGCGATTCCTAAACCCAGCCAATCTTCTGTTCATACGTTGCTTGATCACTCTAACAACAAACTCTTGCATCCGGTTCAAGCTGGGCGTGATGGGTCAGCAGTGACTGGGAAAGCCCATGAGGATGAGCATGTTGTTTTACCCCAAGAAGATGCTGCTTCAGTTCATGGCAAGAAACAAGTCCTGAAGGAGGAGGAAGACAGTGTGGAGAATTCAAGCAAGCCTGAATCTTCATCTGAAGATTTTGTTGTTCCTCTCAATCCCAACTTCAAATCATCTTGCCCTCCGATTCATCGATACAGGAACTGTAAGGATAGTGATGATGAAGATGAGGTTTTTGATAGTCATCTTGCTAGTGATGAAAATGATGAATTTGGAATGGTTGAATCAATGGGGGAAGATTCTTCTGTGGCTGAGAGTTCAATGAATGTTTGTAGGCTAAACCCAACAAATGTGAGGCATAGGACTGCTTATGTTTGCTCTGTACTGAATCCAGTTGAAAATCTTTCTCAATGGAATGCTGTGAAATCAAAGAAGGAATTTCCATCAACACTTCAGAAAGAGAATGTGGAGTTAGAACAAGAATCAAGTGTTGAGGAATTTCCATACAGCAGTTCCAAGCCGAGTCGAGAACTGTGTGTTGATGCCAGCCTTTCTAACTGGTTGGCTTCATCAGAAGCAACACCAGTCAGTAAGATTACTGCAACAACGGCTTTAGAAGCCACCATTACTCCGGTGAAAAGCAGCATATTGCAAGGATCCAGCTTGCCGAAAAGAAGCAGCCACAGGGAGATGCCTGAAGTCAGAACGGTTGGTATGTATTGTAGGCAAGGAGCGAGTGATAAGGATCGTGATTCAGCTTCTTCGTTTAAAGGAATACCGAATACAACTAGCAAGTATAGAGAGGATAAGACAGTGAATTGGCACTCTACACCATTTGAAACAAGGTTGGAGAGAGCTTTGAATAGTAGAGGAGTTGTAGCTTGA MVHTLLDFLFLLVDNYDVERKDKIALGVSSAFSALIEKGVISSLDTLISFDGLSPFLRDRLRILSSGKKFQVPNELQLVIPNQSVKPLPSSSKSCVETGIIYSESHPNRVVAHASATSAGASVPIVVDVSASRHSVVTDVQQFDNIEILVKNLGEVTSKSYKMGLKTLEELLVLFLSLDDNAQAGRTINTEILSSRIVNTYNLSGYKLFCALELPPNGPDYDDEIESATALIIRTFIFHHESNIQELLLFCSRNGLPVGARLLSYVSRLAYEANKAGLIGNVEFENSDSAEIDSKPQLLLFHLNGYFSFRNDLCICKEEIVKLFVTLLDDTDLVNMQFEIIAKKFSVFGKDTKSIFLLLKSSLNWSCLEQRKLWGLIRSELIVSQVRVESIVLKLFCLGVLDASKHAIAIEGLLNLCCYNAPSPELVEAIMLLPNDSFHDFSAAVLASWVVSNESMLFHSLVDFAEKLGKMSESEFVRNAIPKPSQSSVHTLLDHSNNKLLHPVQAGRDGSAVTGKAHEDEHVVLPQEDAASVHGKKQVLKEEEDSVENSSKPESSSEDFVVPLNPNFKSSCPPIHRYRNCKDSDDEDEVFDSHLASDENDEFGMVESMGEDSSVAESSMNVCRLNPTNVRHRTAYVCSVLNPVENLSQWNAVKSKKEFPSTLQKENVELEQESSVEEFPYSSSKPSRELCVDASLSNWLASSEATPVSKITATTALEATITPVKSSILQGSSLPKRSSHREMPEVRTVGMYCRQGASDKDRDSASSFKGIPNTTSKYREDKTVNWHSTPFETRLERALNSRGVVA Homology
BLAST of HG10010739 vs. NCBI nr
Match: XP_038879691.1 (integrator complex subunit 3 homolog isoform X1 [Benincasa hispida] >XP_038879692.1 integrator complex subunit 3 homolog isoform X1 [Benincasa hispida] >XP_038879693.1 integrator complex subunit 3 homolog isoform X1 [Benincasa hispida] >XP_038879694.1 integrator complex subunit 3 homolog isoform X1 [Benincasa hispida] >XP_038879695.1 integrator complex subunit 3 homolog isoform X1 [Benincasa hispida] >XP_038879696.1 integrator complex subunit 3 homolog isoform X1 [Benincasa hispida] >XP_038879697.1 integrator complex subunit 3 homolog isoform X1 [Benincasa hispida]) HSP 1 Score: 784.6 bits (2025), Expect = 7.9e-223 Identity = 428/561 (76.29%), Postives = 446/561 (79.50%), Query Frame = 0
BLAST of HG10010739 vs. NCBI nr
Match: XP_016900895.1 (PREDICTED: integrator complex subunit 3 homolog [Cucumis melo]) HSP 1 Score: 738.4 bits (1905), Expect = 6.5e-209 Identity = 410/578 (70.93%), Postives = 440/578 (76.12%), Query Frame = 0
BLAST of HG10010739 vs. NCBI nr
Match: TYK27714.1 (integrator complex subunit 3-like protein [Cucumis melo var. makuwa]) HSP 1 Score: 737.6 bits (1903), Expect = 1.1e-208 Identity = 405/561 (72.19%), Postives = 433/561 (77.18%), Query Frame = 0
BLAST of HG10010739 vs. NCBI nr
Match: KAA0056027.1 (integrator complex subunit 3-like protein [Cucumis melo var. makuwa]) HSP 1 Score: 735.3 bits (1897), Expect = 5.5e-208 Identity = 404/561 (72.01%), Postives = 432/561 (77.01%), Query Frame = 0
BLAST of HG10010739 vs. NCBI nr
Match: XP_038879698.1 (uncharacterized protein LOC120071465 isoform X2 [Benincasa hispida]) HSP 1 Score: 722.2 bits (1863), Expect = 4.8e-204 Identity = 402/561 (71.66%), Postives = 420/561 (74.87%), Query Frame = 0
BLAST of HG10010739 vs. ExPASy Swiss-Prot
Match: F4IDQ5 (Protein JASON OS=Arabidopsis thaliana OX=3702 GN=JASON PE=2 SV=1) HSP 1 Score: 52.8 bits (125), Expect = 2.2e-05 Identity = 53/178 (29.78%), Postives = 79/178 (44.38%), Query Frame = 0
BLAST of HG10010739 vs. ExPASy Swiss-Prot
Match: Q55EZ4 (Integrator complex subunit 3 homolog OS=Dictyostelium discoideum OX=44689 GN=ints3 PE=3 SV=1) HSP 1 Score: 48.1 bits (113), Expect = 5.3e-04 Identity = 23/63 (36.51%), Postives = 42/63 (66.67%), Query Frame = 0
BLAST of HG10010739 vs. ExPASy TrEMBL
Match: A0A1S4DYU4 (integrator complex subunit 3 homolog OS=Cucumis melo OX=3656 GN=LOC103491988 PE=3 SV=1) HSP 1 Score: 738.4 bits (1905), Expect = 3.2e-209 Identity = 410/578 (70.93%), Postives = 440/578 (76.12%), Query Frame = 0
BLAST of HG10010739 vs. ExPASy TrEMBL
Match: A0A5D3DW40 (Integrator complex subunit 3-like protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold225G00540 PE=3 SV=1) HSP 1 Score: 737.6 bits (1903), Expect = 5.4e-209 Identity = 405/561 (72.19%), Postives = 433/561 (77.18%), Query Frame = 0
BLAST of HG10010739 vs. ExPASy TrEMBL
Match: A0A5A7UN45 (Integrator complex subunit 3-like protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold319G001810 PE=3 SV=1) HSP 1 Score: 735.3 bits (1897), Expect = 2.7e-208 Identity = 404/561 (72.01%), Postives = 432/561 (77.01%), Query Frame = 0
BLAST of HG10010739 vs. ExPASy TrEMBL
Match: A0A0A0LXR4 (Uncharacterized protein OS=Cucumis sativus OX=3659 GN=Csa_1G627430 PE=3 SV=1) HSP 1 Score: 721.1 bits (1860), Expect = 5.2e-204 Identity = 396/560 (70.71%), Postives = 427/560 (76.25%), Query Frame = 0
BLAST of HG10010739 vs. ExPASy TrEMBL
Match: A0A6J1ERY7 (integrator complex subunit 3 isoform X1 OS=Cucurbita moschata OX=3662 GN=LOC111435309 PE=3 SV=1) HSP 1 Score: 703.0 bits (1813), Expect = 1.5e-198 Identity = 388/575 (67.48%), Postives = 419/575 (72.87%), Query Frame = 0
BLAST of HG10010739 vs. TAIR 10
Match: AT1G04030.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G44040.1); Has 1835 Blast hits to 1511 proteins in 238 species: Archae - 7; Bacteria - 164; Metazoa - 377; Fungi - 135; Plants - 187; Viruses - 22; Other Eukaryotes - 943 (source: NCBI BLink). ) HSP 1 Score: 126.3 bits (316), Expect = 1.1e-28 Identity = 132/391 (33.76%), Postives = 178/391 (45.52%), Query Frame = 0
BLAST of HG10010739 vs. TAIR 10
Match: AT5G44040.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G04030.1); Has 1807 Blast hits to 1807 proteins in 277 species: Archae - 0; Bacteria - 0; Metazoa - 736; Fungi - 347; Plants - 385; Viruses - 0; Other Eukaryotes - 339 (source: NCBI BLink). ) HSP 1 Score: 71.6 bits (174), Expect = 3.2e-12 Identity = 74/226 (32.74%), Postives = 115/226 (50.88%), Query Frame = 0
BLAST of HG10010739 vs. TAIR 10
Match: AT4G14590.1 (embryo defective 2739 ) HSP 1 Score: 57.0 bits (136), Expect = 8.1e-08 Identity = 36/98 (36.73%), Postives = 54/98 (55.10%), Query Frame = 0
BLAST of HG10010739 vs. TAIR 10
Match: AT2G30820.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G06660.1); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). ) HSP 1 Score: 53.5 bits (127), Expect = 9.0e-07 Identity = 29/79 (36.71%), Postives = 44/79 (55.70%), Query Frame = 0
BLAST of HG10010739 vs. TAIR 10
Match: AT2G30820.2 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G06660.1); Has 35333 Blast hits to 34131 proteins in 2444 species: Archae - 798; Bacteria - 22429; Metazoa - 974; Fungi - 991; Plants - 531; Viruses - 0; Other Eukaryotes - 9610 (source: NCBI BLink). ) HSP 1 Score: 53.5 bits (127), Expect = 9.0e-07 Identity = 29/79 (36.71%), Postives = 44/79 (55.70%), 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:
|