Lag0001541 (gene) Sponge gourd (AG‐4) v1
Overview
Sequences
The following sequences are available for this feature:
Legend: polypeptideexonCDS Hold the cursor over a type above to highlight its positions in the sequence below.ATGGAAGTTTGCTATTTTTTTTTTCATCGTCTTGTGTTCATCGTTCACCTGTTCTTGGCAACTGATCTGGGATTTGTGTTCTTCCCTTTTTTTTCCTTCGGATCTGAACTGCGTACATCTTCCCGTGACGTCTTCGGGTCTTGGTTGAAATGCATGTCACCTCCTTCTCGTCCCGTGCCCTCTTTCAGGTTTGTTGTAATCCCTTCCACTGGTTCGCATCTACGACTGTCGATCTCTGTTATTTCTGTGTTTTTTATGTGATTTGTGTTTTGTATCCTTCTCGCATCTACGACTGTCGATCTCTGTTATTTCTGTGTTTTTTATGTGATTTGTGTTTTGTATCCTTCTCGTCCCCTGTATGTTCTTCGCATGTTATATATATATATATATATTTTAACGTTGGTTGTTTTGGATCTACGGATCCTGGTTTATTCTTCCGGATCTATGACTGTCGGTATGGATACTATTTCTTCGTTTGTTGCCTCACTTCTGTTCTGACTTCTGTATTCAACCTTTACGCTGTCCACATCTTTCATCACTGATCTTCTGGAATTTTTTTCCTTATTTACAGAAACCCACCCCATGCCGCTTCAGCTTGCCGTGGGTGTCGACGATAGGACTCGGTATCCGCCTGGTAGATTGGAGCAAGGTGAGGGGTGGGACGAAGGTGAGTTGTAACCGGCCGATGATGAAGTGGAATAAGCAACTTGTTTACCTTTTTTTTTTTTTTTTGTTGATTTGGCTTATTGTTTTGTTTTTCTTCTTGTTCTGATTTACTGAGGTTCAATTCGTTCTTGTATACGTTTTCATTTTTGCATACCCCCTCGCGTCTGTGTTTGTTCTTCTTGTTATGTTGCTGTTGTTCAACCCATTTTTCTTGCATATTTTTTATATGTTTTCAATGTAACTCATTTTTTTCTCCTATGCTACCTTCCTGTTTGTCATGTTCTTCCCATCATAATTTGATTTAAAATGTGTTTCACCCCACAATTTCACTTTAATTTCAATTCTTTTGTCCACAATATTTGAATGAATGTTGTCTTCTTCATATTCGTGTGTCTGACTTCCATTTTAATTTTTTTGTTTCTTCATTTCTAGTTCATGTTCTTTTCCAAAATTGAAAAGTTTTCTTAAGTGAACAGAATCATGGTTGACAAAAAATCCACCTGAGGCCGGTTACTATTTTTTAATGTATTGAACTATTTCTTTTCTTTTTTACTTTCTGACTAATCCCATTGTGGTTGAACCAAATTGTTATGAATGGATTGGAAGGAGTCTGATATGGCATTTACGTTCTGTGGTTTAATAAATGAATGCTTATTCTCCCTCTCTTCCTTTTGAACTGTTGGAGTTGGTTGCATTTATGTTGCCTCCAAAATTGCTACCAACTTGCTGACTTCATTTAAAAAAGTCAGACATGACCCATCGTCCACATTTATTTAACGTGGTTTAATTAACCAACCACCCCTTGCATTTAATTCATCCAACCTCCTTCATCAATTTTCTTATTTAAAGAACACCATCCTCTCTTATTTTCTTTGAGGAAAGTCTCCACTGCCTTATACGATCCCCCTCACCGGTGAGTCATTTCCAACTACCATTCTACCTCTTTTTTCTTTTTGTTTTCCTTTTGTTTTTTCTCGTACGTTGTTATGTATAGTTTTTATTTGGTTCACTAACTACACTCTAATCTTATCTTGTGCCGATGAAGACAAGCCGAGACCCGATCTCCACCAATTCCTTTCGTTTCACGCATCCATATCTCATATAACGGTAAGATCTCTTTTTGAAATTTCGTTCGCTGCCTTTGTTCACTTTCTTTCCACTTGTTTCCATTCATACCGTCGTACATTAATAACTTTTGTGCTTTATGTTACATGGTTACAGGTTCGCTTGGAAAACACCGTTATATTTGAGGTTCGTTCTTTCAATTAAAATACACTTATACCGTTGTGTAAAATTTGTATTCTGGATATTTGTGGACATTAGACACTTCATTTGTACTCTAGACATTTCGTTTGTTTGTGGGTTTTTTGGACGTTCAAATATTATTTAACTTGATATGTTTGCCTCATTTCATATCAATTTGTGTGTTATTAATTTTTGTTTTTTTACTTCAAATTTTCAAGAACATTTTGAATAAAGTGTAGAAAAAAAGACCATGTCATGCAGTCAACTTCATTTTTTTTTTTTTTTCATCTGTCCTAATTTGAATGTTGACATATAAATTTTAAATGCCAAACAAAGAAATAATGTGGACCATAAATTTAATGTTAATAATAGTCTGAAAATTGGGATTTCAAGTTTACTCTTAAAGAAATGAAATTTAGAACCAATTTTGGAAAATGACTTTCAAACATATGCTTACATTTGATTTAAGAAGTTAAAAATTTTTTGCCCACTGTCTTAGTATAAGAAAAATGTTTTTAGTGGATAATGTTTCTGGAAGGAGTGAAACAACCCAACAACCATGTTTTTACTCCATTCAAGCGGGAAAAAATTATTTCAGAATAAAAGAAGACAGAGTATTTCATGTTAAGTTGAATGATACAAACATATTGTATGCTTGTTTTTTTAAAAATGGAATTTATGGAAAGGGTTTTTTTTTTATTTTCGTTGAAGCAGTTGCATAACAGTTAATTAGAATTTGTACAGTTTGAATGAAAATCAATGAACTTAAGTACAATTCGTACATTCAATTACAGTTAGTGAATTAAATTTTGTACGTTGAGTTTCAGTTAACAAGTTGAACATGAAAGTAAAATAAATTCCGTTGTTTCACATTTGACCTAATAATTGTGAAATTGAAGCAAACAAAATTTCCTACTTACAGTTAGAATTAAGAAGTTCAAACTTTAATTACAACAGAACAGTAATTTCAATTAGGGTTAAAGAATTTTAAAAGTTAAGTAATCAACACATTCATATGTACTTTCATATTGACAAATATTGTACATAATATTTAAAGTCCCTTTTCACCCTAAACGATACACCCGAAACCATAAACCGTAAACCACTAAACCTTGAACCCTACACCCTGAACATTCACCCCGAACCCTAAACCCTAAACCTATTAGGCAGTAAGGTCCTAAATTCAAGCCACAAAACCTATAAACCATGGACTCTAAACCCTAAACCAGTTAACTTGGTACCCTAAATCACTTAACCTAAACCCTAAACCAGTTAACCACTAGCCCCGTAAAGCATAAACTTTAACCCCTAAACATGCATTAAATTTAGTAAATAGGTGAATGCTTGACTGATTACATTTTGAATAATAGGAGTATGGGGACATCGAAATTCTATGTTGTGTTTGTTGGTCGCAACCCAGGAATTTACACCTCGTGGGTTGATTGCCACAAACAAGTTAACCAGTTTAAGGGAGCACTACACAAGTCGTATCCAACATTTCCAGAAGCAGAGTACGCATTTAGGCAGTACGTTACGGGCACACGTGGCGAAGCAAACCTCGTTGACCAACATGATGCGTGTCGTAACCTTCGTGTAGGGGGGTATGGAACCGTAGGAAAATGTTACAGTATTAGTCGGATGTTTGTAGGGTTCCTGTTCGGAATAATTCTAACATACGTCATCGTTCACTATCTTTAGAATGTTAGTGTATCCCCTTGTAAGATGAGTAATGCTTTGCACTAATTAAAAGTCGGTTTATGTTTTGTCCAGGCTGAAGTAGTACCTCATAATGGATTCCATAAACCCACATGAACTTATTTCCGTACTTTCAATAATGGCTGACTCTCAACGCCAACTATTCAACCTGATTAACTCCTTCATGAACAACCACCCTAGGATAGAAGACCAAACTCCATACCTCAGACACCAGATAAGGCAGTTAGCTTGCTTCCGGTTGATTCATGAAAGTGACCTATGCTGTCGAGAAAGCACCAGGATGGATAGAAGATGTTTTGCCATTCTATGTAGTCTGTTGAGAACGACGTCCGGGTTGGTGGGAACGGAAATCGTAGACGTGGAAGAGATGGTCGCGATGTTCTTGCACATCATTGCTCATGATGTTAAGAATCGAGTCATTAGAAGACAGTTCGCAAGGTCGGGCGAAACCGTTTCTCGACACTTCAACGCGACTTTGAGTGCCGTACTACGATTGTACGACGTTCTACTTAAGAAACCTGAACCGATCACGACTTCTTGCCAAGATGGGAGGTGGAAATGGTTTGAGGTATGGACACTATACGTTTGCACACATCGTTAAGATTTTACAACGTCCTTTTGACATTTGTAATGCGATGTGGAAACAGAATTGTTTAGGTGCATTGGACGGTACGTACGTAAAGGTCCATGTTAGTGCAGTTGATCGACCAAGGTATAGGACGCGAAAGGGTGAGATTGCAACAAATGTATTGGGCGTCGTGTCCCCAAAAGGTGAATTCATTTTTGTTATGCCGGGATGGGAAGGTTCGGCTGCTGATTCTCGTGTACTCAGAGATGCTATATCACGCCGCAATGGACTAATAGTGCCGAAGGGTATGGAACGAAATATGAATGTAAAATAGGATCGATTACGTCATCCTTTGGTATTAAACATCTTTTATGAACAGGTTACTACTACCTCTGTGATGCTGGGTACCCAAACGCAGAGGGTTTCTTGGCACCTTATAGAGGAGAGCGGTACCACTTAACCGAGTGGCGTGGGGGAGGCAATCCACCTACTACACCAAGAGAGTTCTTCAACATGAAGCATTCTTCTGCACGGAATGTTATCGAGAGAGCATTCGGTGCTCTAAAAGGACGGTGGGCGATACTTCGGGGGAAGTCCTACTACCCTGCTCGGACCCAGTGTCGAATCATAACAGCGTGTTGTTTACTCCACAACCTTATCACCCGGGAGATGGGTCTGGATGTTGGATTGGATGAAGGTGATGTTGGTCGATCTGAACCTGTACCTCTAGATGGTGAGAACATAACCTTCATTCAAAGCTCCACTGAATGGACGCAAAAGCGAGATGACCTAGCGAACAGGATGTTCAACACGTGGGGGCAACATAATCCCTGATCCAGTTTCGACATACGACTATCTGCTATGTTGTAATTTATATAGTTTTGACATTTCTTCGGCCGTACATTTTTTCTACAATCTAAACGATGTATTCCATGTAACTCAGTTTAGATTTATGGAAAACAATCATTCATGTCGTTATTCTACATTATGTTTCTAACTTCTTGTCTGCGATTACTTCATAACTAACTATCCTACATTATGTCGCCGATTGTGTGAATTGTTCAGAATACATACTTACAAAATCTGATGACACAATACTTTATCCATGTAGACTAATGGCAGGTGGAGATAAACATCAGAAGCACATCTGGACGAGGCAGGAGGAGGCACGGTTGGTGGAATCCCTCGTGGAGCTTGTCCACGAAGGTGGATGGAGAGGGGACAACGGGACCTTCAGGGCTGGATACCTAGCCCGACTGAAGCGGATGATAAAAGATAAAATGCCGACCTGCACCATAGAGTCAACGTCCGTAATAGACTGCAAGGTCAGGTCCTTGAAACGGCAATACAGTGCCATCTCGGAGATGCTGGGTCCGGGCTGCAGCGGATTTGGTTGGAATGATGAGTTTAAATGCATCCAGGCTGAGAGGGAGGTATATGATGCATGGGTGAAGGTACGAACATTAGTCATTCATTGATGTAACTCATGTACAATATCGTTGATAAAACACTCTTCAATACATGCAGTCACACTCGGTCGCGAAGGGGCTGCTGAACAAGCCATTTCCTCATTACGAGGATCTTGCTTTCGTTTTCGGCAAAGACAGGGCGAGTGGCGCCGCGTGTAATGTTCCAGCGGAACAGGCAGACAGCACCCACGGGGACGAAGAGGGTGATCAGAATGGCCAGGCGGAACAGGATTGTTACGTCCCCGCCCCTCCAGACATTAATCTGGCAGCGGACATGGACTTCGAGGACGTCCCCATCACACCGACAAGCCGACCAAGCACTGCAGGGTCATCCCAGAGTCGAAAGCGGAGCAGAGCTTCATATGAAGCTGAAGCCCTTGATATTATGAGGCAGTCAGTGACTATGCAGGAGACACAGTTCACTAAGATCGCTGACTGGCCGGAAGCCCAAGACGCGCGAGAGTTCAAGAGGCGGGACACGGTCGGAGAGATGCTCCTGGCGCAGCACGAGCTATCGGACGATGAGAGAGTTGCTCTTATGCGCATCCTTTTCGCCAAACCGAAGATGACAAATATGATGTTGTCTGTGCCACCGAACCTCAGGCTTCGCTTTCTACGAGGACTACTGAACGAACGCCGGTGA ATGGAAGTTTGCTATTTTTTTTTTCATCGTCTTGTGTTCATCGTTCACCTGTTCTTGGCAACTGATCTGGGATTTGTGTTCTTCCCTTTTTTTTCCTTCGGATCTGAACTGCGTACATCTTCCCGTGACGTCTTCGGGTCTTGGTTGAAATGCATGTCACCTCCTTCTCGTCCCGTGCCCTCTTTCAGGTTTGTTGTAATCCCTTCCACTGAAACCCACCCCATGCCGCTTCAGCTTGCCGTGGGTGTCGACGATAGGACTCGGTATCCGCCTGGTAGATTGGAGCAAGGTGAGGGGTGGGACGAAGTTTTTATTTGGTTCACTAACTACACTCTAATCTTATCTTGTGCCGATGAAGACAAGCCGAGACCCGATCTCCACCAATTCCTTTCGTTTCACGCATCCATATCTCATATAACGGTAAGATCTCTTTTTGAAATTTCGTTCGCTTGGAAAACACCGTTATATTTGAGGAGTATGGGGACATCGAAATTCTATGTTGTGTTTGTTGGTCGCAACCCAGGAATTTACACCTCGTGGGTTGATTGCCACAAACAAGTTAACCAGTTTAAGGGAGCACTACACAAGTCGTATCCAACATTTCCAGAAGCAGAGTACGCATTTAGGCAGTACGTTACGGGCACACGTGGCGAAGCAAACCTCGTTGACCAACATGATGCGTGTCGTAACCTTCGTGTAGGGGGGATAGAAGACCAAACTCCATACCTCAGACACCAGATAAGGCAGTTAGCTTGCTTCCGGTTGATTCATGAAAGTGACCTATGCTGTCGAGAAAGCACCAGGATGGATAGAAGATGTTTTGCCATTCTATGTAGTCTGTTGAGAACGACGTCCGGGTTGGTGGGAACGGAAATCGTAGACGTGGAAGAGATGGTCGCGATGTTCTTGCACATCATTGCTCATGATGTTAAGAATCGAGTCATTAGAAGACAGTTCGCAAGGTCGGGCGAAACCGTTTCTCGACACTTCAACGCGACTTTGAGTGCCGTACTACGATTGTACGACGTTCTACTTAAGAAACCTGAACCGATCACGACTTCTTGCCAAGATGGGAGGTGGAAATGGTTTGAGAATTGTTTAGGTGCATTGGACGGTACGTACGTAAAGGTCCATGTTAGTGCAGTTGATCGACCAAGGTATAGGACGCGAAAGGGTGAGATTGCAACAAATGTATTGGGCGTCGTGTCCCCAAAAGGTGAATTCATTTTTGTTATGCCGGGATGGGAAGGTTCGGCTGCTGATTCTCGTGTACTCAGAGATGCTATATCACGCCGCAATGGACTAATAGTGCCGAAGGGTTACTACTACCTCTGTGATGCTGGGTACCCAAACGCAGAGGGTTTCTTGGCACCTTATAGAGGAGAGCGGTACCACTTAACCGAGTGGCGTGGGGGAGGCAATCCACCTACTACACCAAGAGAGTTCTTCAACATGAAGCATTCTTCTGCACGGAATGTTATCGAGAGAGCATTCGGTGCTCTAAAAGGACGGTGGGCGATACTTCGGGGGAAGTCCTACTACCCTGCTCGGACCCAGTGTCGAATCATAACAGCGTGTTGTTTACTCCACAACCTTATCACCCGGGAGATGGGTCTGGATGTTGGATTGGATGAAGGTGATGTTGGTCGATCTGAACCTGTACCTCTAGATGGTGAGAACATAACCTTCATTCAAAGCTCCACTGAATGGACGCAAAAGCGAGATGACCTAGCGAACAGGATGTTCAACACACTAATGGCAGGTGGAGATAAACATCAGAAGCACATCTGGACGAGGCAGGAGGAGGCACGGTTGGTGGAATCCCTCGTGGAGCTTGTCCACGAAGGTGGATGGAGAGGGGACAACGGGACCTTCAGGGCTGGATACCTAGCCCGACTGAAGCGGATGATAAAAGATAAAATGCCGACCTGCACCATAGAGTCAACGTCCGTAATAGACTGCAAGGTCAGGTCCTTGAAACGGCAATACAGTGCCATCTCGGAGATGCTGGGTCCGGGCTGCAGCGGATTTGGTTGGAATGATGAGTTTAAATGCATCCAGGCTGAGAGGGAGGTATATGATGCATGGGTGAAGTCACACTCGGTCGCGAAGGGGCTGCTGAACAAGCCATTTCCTCATTACGAGGATCTTGCTTTCGTTTTCGGCAAAGACAGGGCGAGTGGCGCCGCGTGTAATGTTCCAGCGGAACAGGCAGACAGCACCCACGGGGACGAAGAGGGTGATCAGAATGGCCAGGCGGAACAGGATTGTTACGTCCCCGCCCCTCCAGACATTAATCTGGCAGCGGACATGGACTTCGAGGACGTCCCCATCACACCGACAAGCCGACCAAGCACTGCAGGGTCATCCCAGAGTCGAAAGCGGAGCAGAGCTTCATATGAAGCTGAAGCCCTTGATATTATGAGGCAGTCAGTGACTATGCAGGAGACACAGTTCACTAAGATCGCTGACTGGCCGGAAGCCCAAGACGCGCGAGAGTTCAAGAGGCGGGACACGGTCGGAGAGATGCTCCTGGCGCAGCACGAGCTATCGGACGATGAGAGAGTTGCTCTTATGCGCATCCTTTTCGCCAAACCGAAGATGACAAATATGATGTTGTCTGTGCCACCGAACCTCAGGCTTCGCTTTCTACGAGGACTACTGAACGAACGCCGGTGA ATGGAAGTTTGCTATTTTTTTTTTCATCGTCTTGTGTTCATCGTTCACCTGTTCTTGGCAACTGATCTGGGATTTGTGTTCTTCCCTTTTTTTTCCTTCGGATCTGAACTGCGTACATCTTCCCGTGACGTCTTCGGGTCTTGGTTGAAATGCATGTCACCTCCTTCTCGTCCCGTGCCCTCTTTCAGGTTTGTTGTAATCCCTTCCACTGAAACCCACCCCATGCCGCTTCAGCTTGCCGTGGGTGTCGACGATAGGACTCGGTATCCGCCTGGTAGATTGGAGCAAGGTGAGGGGTGGGACGAAGTTTTTATTTGGTTCACTAACTACACTCTAATCTTATCTTGTGCCGATGAAGACAAGCCGAGACCCGATCTCCACCAATTCCTTTCGTTTCACGCATCCATATCTCATATAACGGTAAGATCTCTTTTTGAAATTTCGTTCGCTTGGAAAACACCGTTATATTTGAGGAGTATGGGGACATCGAAATTCTATGTTGTGTTTGTTGGTCGCAACCCAGGAATTTACACCTCGTGGGTTGATTGCCACAAACAAGTTAACCAGTTTAAGGGAGCACTACACAAGTCGTATCCAACATTTCCAGAAGCAGAGTACGCATTTAGGCAGTACGTTACGGGCACACGTGGCGAAGCAAACCTCGTTGACCAACATGATGCGTGTCGTAACCTTCGTGTAGGGGGGATAGAAGACCAAACTCCATACCTCAGACACCAGATAAGGCAGTTAGCTTGCTTCCGGTTGATTCATGAAAGTGACCTATGCTGTCGAGAAAGCACCAGGATGGATAGAAGATGTTTTGCCATTCTATGTAGTCTGTTGAGAACGACGTCCGGGTTGGTGGGAACGGAAATCGTAGACGTGGAAGAGATGGTCGCGATGTTCTTGCACATCATTGCTCATGATGTTAAGAATCGAGTCATTAGAAGACAGTTCGCAAGGTCGGGCGAAACCGTTTCTCGACACTTCAACGCGACTTTGAGTGCCGTACTACGATTGTACGACGTTCTACTTAAGAAACCTGAACCGATCACGACTTCTTGCCAAGATGGGAGGTGGAAATGGTTTGAGAATTGTTTAGGTGCATTGGACGGTACGTACGTAAAGGTCCATGTTAGTGCAGTTGATCGACCAAGGTATAGGACGCGAAAGGGTGAGATTGCAACAAATGTATTGGGCGTCGTGTCCCCAAAAGGTGAATTCATTTTTGTTATGCCGGGATGGGAAGGTTCGGCTGCTGATTCTCGTGTACTCAGAGATGCTATATCACGCCGCAATGGACTAATAGTGCCGAAGGGTTACTACTACCTCTGTGATGCTGGGTACCCAAACGCAGAGGGTTTCTTGGCACCTTATAGAGGAGAGCGGTACCACTTAACCGAGTGGCGTGGGGGAGGCAATCCACCTACTACACCAAGAGAGTTCTTCAACATGAAGCATTCTTCTGCACGGAATGTTATCGAGAGAGCATTCGGTGCTCTAAAAGGACGGTGGGCGATACTTCGGGGGAAGTCCTACTACCCTGCTCGGACCCAGTGTCGAATCATAACAGCGTGTTGTTTACTCCACAACCTTATCACCCGGGAGATGGGTCTGGATGTTGGATTGGATGAAGGTGATGTTGGTCGATCTGAACCTGTACCTCTAGATGGTGAGAACATAACCTTCATTCAAAGCTCCACTGAATGGACGCAAAAGCGAGATGACCTAGCGAACAGGATGTTCAACACACTAATGGCAGGTGGAGATAAACATCAGAAGCACATCTGGACGAGGCAGGAGGAGGCACGGTTGGTGGAATCCCTCGTGGAGCTTGTCCACGAAGGTGGATGGAGAGGGGACAACGGGACCTTCAGGGCTGGATACCTAGCCCGACTGAAGCGGATGATAAAAGATAAAATGCCGACCTGCACCATAGAGTCAACGTCCGTAATAGACTGCAAGGTCAGGTCCTTGAAACGGCAATACAGTGCCATCTCGGAGATGCTGGGTCCGGGCTGCAGCGGATTTGGTTGGAATGATGAGTTTAAATGCATCCAGGCTGAGAGGGAGGTATATGATGCATGGGTGAAGTCACACTCGGTCGCGAAGGGGCTGCTGAACAAGCCATTTCCTCATTACGAGGATCTTGCTTTCGTTTTCGGCAAAGACAGGGCGAGTGGCGCCGCGTGTAATGTTCCAGCGGAACAGGCAGACAGCACCCACGGGGACGAAGAGGGTGATCAGAATGGCCAGGCGGAACAGGATTGTTACGTCCCCGCCCCTCCAGACATTAATCTGGCAGCGGACATGGACTTCGAGGACGTCCCCATCACACCGACAAGCCGACCAAGCACTGCAGGGTCATCCCAGAGTCGAAAGCGGAGCAGAGCTTCATATGAAGCTGAAGCCCTTGATATTATGAGGCAGTCAGTGACTATGCAGGAGACACAGTTCACTAAGATCGCTGACTGGCCGGAAGCCCAAGACGCGCGAGAGTTCAAGAGGCGGGACACGGTCGGAGAGATGCTCCTGGCGCAGCACGAGCTATCGGACGATGAGAGAGTTGCTCTTATGCGCATCCTTTTCGCCAAACCGAAGATGACAAATATGATGTTGTCTGTGCCACCGAACCTCAGGCTTCGCTTTCTACGAGGACTACTGAACGAACGCCGGTGA MEVCYFFFHRLVFIVHLFLATDLGFVFFPFFSFGSELRTSSRDVFGSWLKCMSPPSRPVPSFRFVVIPSTETHPMPLQLAVGVDDRTRYPPGRLEQGEGWDEVFIWFTNYTLILSCADEDKPRPDLHQFLSFHASISHITVRSLFEISFAWKTPLYLRSMGTSKFYVVFVGRNPGIYTSWVDCHKQVNQFKGALHKSYPTFPEAEYAFRQYVTGTRGEANLVDQHDACRNLRVGGIEDQTPYLRHQIRQLACFRLIHESDLCCRESTRMDRRCFAILCSLLRTTSGLVGTEIVDVEEMVAMFLHIIAHDVKNRVIRRQFARSGETVSRHFNATLSAVLRLYDVLLKKPEPITTSCQDGRWKWFENCLGALDGTYVKVHVSAVDRPRYRTRKGEIATNVLGVVSPKGEFIFVMPGWEGSAADSRVLRDAISRRNGLIVPKGYYYLCDAGYPNAEGFLAPYRGERYHLTEWRGGGNPPTTPREFFNMKHSSARNVIERAFGALKGRWAILRGKSYYPARTQCRIITACCLLHNLITREMGLDVGLDEGDVGRSEPVPLDGENITFIQSSTEWTQKRDDLANRMFNTLMAGGDKHQKHIWTRQEEARLVESLVELVHEGGWRGDNGTFRAGYLARLKRMIKDKMPTCTIESTSVIDCKVRSLKRQYSAISEMLGPGCSGFGWNDEFKCIQAEREVYDAWVKSHSVAKGLLNKPFPHYEDLAFVFGKDRASGAACNVPAEQADSTHGDEEGDQNGQAEQDCYVPAPPDINLAADMDFEDVPITPTSRPSTAGSSQSRKRSRASYEAEALDIMRQSVTMQETQFTKIADWPEAQDAREFKRRDTVGEMLLAQHELSDDERVALMRILFAKPKMTNMMLSVPPNLRLRFLRGLLNERR Homology
BLAST of Lag0001541 vs. NCBI nr
Match: KAA0034843.1 (retrotransposon protein [Cucumis melo var. makuwa]) HSP 1 Score: 669.8 bits (1727), Expect = 3.1e-188 Identity = 357/655 (54.50%), Postives = 435/655 (66.41%), Query Frame = 0
BLAST of Lag0001541 vs. NCBI nr
Match: ADN33754.1 (retrotransposon protein [Cucumis melo subsp. melo]) HSP 1 Score: 669.5 bits (1726), Expect = 4.1e-188 Identity = 348/643 (54.12%), Postives = 439/643 (68.27%), Query Frame = 0
BLAST of Lag0001541 vs. NCBI nr
Match: ADN34114.1 (retrotransposon protein [Cucumis melo subsp. melo]) HSP 1 Score: 649.8 bits (1675), Expect = 3.4e-182 Identity = 346/657 (52.66%), Postives = 431/657 (65.60%), Query Frame = 0
BLAST of Lag0001541 vs. NCBI nr
Match: KAA0036474.1 (retrotransposon protein [Cucumis melo var. makuwa]) HSP 1 Score: 607.4 bits (1565), Expect = 1.9e-169 Identity = 293/459 (63.83%), Postives = 354/459 (77.12%), Query Frame = 0
BLAST of Lag0001541 vs. NCBI nr
Match: KAA0062747.1 (retrotransposon protein [Cucumis melo var. makuwa] >TYK22546.1 retrotransposon protein [Cucumis melo var. makuwa]) HSP 1 Score: 568.2 bits (1463), Expect = 1.3e-157 Identity = 314/626 (50.16%), Postives = 382/626 (61.02%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy Swiss-Prot
Match: Q9M2U3 (Protein ALP1-like OS=Arabidopsis thaliana OX=3702 GN=At3g55350 PE=2 SV=1) HSP 1 Score: 94.0 bits (232), Expect = 9.3e-18 Identity = 60/186 (32.26%), Postives = 88/186 (47.31%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy Swiss-Prot
Match: Q96MB7 (Putative nuclease HARBI1 OS=Homo sapiens OX=9606 GN=HARBI1 PE=1 SV=1) HSP 1 Score: 73.9 bits (180), Expect = 1.0e-11 Identity = 55/180 (30.56%), Postives = 83/180 (46.11%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy Swiss-Prot
Match: Q17QR8 (Putative nuclease HARBI1 OS=Bos taurus OX=9913 GN=HARBI1 PE=2 SV=1) HSP 1 Score: 72.8 bits (177), Expect = 2.2e-11 Identity = 55/180 (30.56%), Postives = 83/180 (46.11%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy Swiss-Prot
Match: B0BN95 (Putative nuclease HARBI1 OS=Rattus norvegicus OX=10116 GN=Harbi1 PE=2 SV=1) HSP 1 Score: 72.4 bits (176), Expect = 2.9e-11 Identity = 55/180 (30.56%), Postives = 83/180 (46.11%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy Swiss-Prot
Match: Q9KEI9 (Ribonuclease H OS=Bacillus halodurans (strain ATCC BAA-125 / DSM 18197 / FERM 7344 / JCM 9153 / C-125) OX=272558 GN=rnhA PE=1 SV=1) HSP 1 Score: 64.3 bits (155), Expect = 7.9e-09 Identity = 30/50 (60.00%), Postives = 34/50 (68.00%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy TrEMBL
Match: A0A5A7SWD8 (Retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold515G00010 PE=3 SV=1) HSP 1 Score: 669.8 bits (1727), Expect = 1.5e-188 Identity = 357/655 (54.50%), Postives = 435/655 (66.41%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy TrEMBL
Match: E5GBB2 (Retrotransposon protein OS=Cucumis melo subsp. melo OX=412675 PE=3 SV=1) HSP 1 Score: 669.5 bits (1726), Expect = 2.0e-188 Identity = 348/643 (54.12%), Postives = 439/643 (68.27%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy TrEMBL
Match: E5GCB5 (Retrotransposon protein OS=Cucumis melo subsp. melo OX=412675 PE=3 SV=1) HSP 1 Score: 649.8 bits (1675), Expect = 1.6e-182 Identity = 346/657 (52.66%), Postives = 431/657 (65.60%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy TrEMBL
Match: A0A5A7SYW1 (Retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E6C27_scaffold147G00430 PE=3 SV=1) HSP 1 Score: 607.4 bits (1565), Expect = 9.3e-170 Identity = 293/459 (63.83%), Postives = 354/459 (77.12%), Query Frame = 0
BLAST of Lag0001541 vs. ExPASy TrEMBL
Match: A0A5D3DG22 (Retrotransposon protein OS=Cucumis melo var. makuwa OX=1194695 GN=E5676_scaffold523G00290 PE=3 SV=1) HSP 1 Score: 568.2 bits (1463), Expect = 6.2e-158 Identity = 314/626 (50.16%), Postives = 382/626 (61.02%), Query Frame = 0
BLAST of Lag0001541 vs. TAIR 10
Match: AT5G41980.1 (CONTAINS InterPro DOMAIN/s: Putative harbinger transposase-derived nuclease (InterPro:IPR006912); BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G43722.1); 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: 197.2 bits (500), Expect = 5.6e-50 Identity = 113/345 (32.75%), Postives = 177/345 (51.30%), Query Frame = 0
BLAST of Lag0001541 vs. TAIR 10
Match: AT1G43722.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G28730.1); Has 924 Blast hits to 912 proteins in 109 species: Archae - 0; Bacteria - 0; Metazoa - 222; Fungi - 31; Plants - 661; Viruses - 0; Other Eukaryotes - 10 (source: NCBI BLink). ) HSP 1 Score: 142.5 bits (358), Expect = 1.6e-33 Identity = 88/265 (33.21%), Postives = 128/265 (48.30%), Query Frame = 0
BLAST of Lag0001541 vs. TAIR 10
Match: AT5G35695.1 (CONTAINS InterPro DOMAIN/s: Putative harbinger transposase-derived nuclease (InterPro:IPR006912); BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT5G41980.1); Has 30201 Blast hits to 17322 proteins in 780 species: Archae - 12; Bacteria - 1396; Metazoa - 17338; Fungi - 3422; Plants - 5037; Viruses - 0; Other Eukaryotes - 2996 (source: NCBI BLink). ) HSP 1 Score: 127.1 bits (318), Expect = 7.1e-29 Identity = 67/152 (44.08%), Postives = 87/152 (57.24%), Query Frame = 0
BLAST of Lag0001541 vs. TAIR 10
Match: AT5G12010.1 (unknown protein; INVOLVED IN: response to salt stress; LOCATED IN: chloroplast, plasma membrane, membrane; EXPRESSED IN: 23 plant structures; EXPRESSED DURING: 13 growth stages; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT4G29780.1); 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: 94.7 bits (234), Expect = 3.9e-19 Identity = 79/301 (26.25%), Postives = 137/301 (45.51%), Query Frame = 0
BLAST of Lag0001541 vs. TAIR 10
Match: AT5G28730.1 (unknown protein; BEST Arabidopsis thaliana protein match is: unknown protein (TAIR:AT1G43722.1); Has 496 Blast hits to 496 proteins in 68 species: Archae - 0; Bacteria - 0; Metazoa - 3; Fungi - 23; Plants - 470; Viruses - 0; Other Eukaryotes - 0 (source: NCBI BLink). ) HSP 1 Score: 82.4 bits (202), Expect = 2.0e-15 Identity = 63/213 (29.58%), Postives = 91/213 (42.72%), Query Frame = 0
The following BLAST results are available for this feature:
InterPro
Analysis Name: InterPro Annotations of Sponge gourd (AG-4) v1
Date Performed: 2022-08-01
Relationships
The following mRNA feature(s) are a part of this gene:
GO Annotation
GO Assignments
This gene is annotated with the following GO terms.
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