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Associated RNAi Experiments
Homology
BLAST of kelch-like protein 24-like isoform x1 vs. L. salmonis genes
Match: EMLSAG00000005463 (supercontig:LSalAtl2s:LSalAtl2s294:127204:130024:-1 gene:EMLSAG00000005463 transcript:EMLSAT00000005463 description:"maker-LSalAtl2s294-snap-gene-1.11") HSP 1 Score: 72.0182 bits (175), Expect = 1.458e-13 Identity = 55/186 (29.57%), Postives = 86/186 (46.24%), Query Frame = 0
Query: 261 QNTIGQLQIFFKRQRSFLVGQLNVRWPKSSCPVSMDNHIVVTGGT-------SPKGRKPLKLVSHYILDQNHISTGGRIPDLNSPRSFHGCAKVSLRNETWLVVVAGIGRNHKDRRDLEIIPWKPQGYNATDRWVSLRQRLNQGRGQNPVLGMVGNNLHVVGGYSHELEQGIASFEVFDEVSQKWI 439
Q ++Q + R++ + V +C V++DNHIV+TGGT P L + D S +P LN + HGCA V++ ++VV G N +E + W Q W +L +LN+GRG P +G VG L V+GGYS G+ E +D+ +++W+
Sbjct: 565 QTITDKVQAYNPREQEWSVETPLTSQRHKACTVAIDNHIVITGGTMLGLSKTKPAWVAELGTRTAEKFDGKSWSP---LPSLNRAKVEHGCAVVTIEGARGVIVVGGASGNDI----VEFLDWDEQSV-----WKTL-GKLNRGRGMMPGVGFVGGVLTVIGGYS--WPGGVRLIETWDDDNEEWV 735
The following BLAST results are available for this feature:
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| scaffold59_size442576 | supercontig | scaffold59_size442576:188900..198889 - |
Analyses
This gene is derived from or has results from the following analyses
Relationships
The following mRNA feature(s) are a part of this gene:
Sequences
The following sequences are available for this feature:
gene from alignment at scaffold59_size442576:188900..198889- Legend: mRNA Hold the cursor over a type above to highlight its positions in the sequence below. >maker-scaffold59_size442576-snap-gene-2.12 ID=maker-scaffold59_size442576-snap-gene-2.12|Name=kelch-like protein 24-like isoform x1|organism=Tigriopus kingsejongensis|type=gene|length=9990bp|location=Sequence derived from alignment at scaffold59_size442576:188900..198889- (Tigriopus kingsejongensis)
ATGCGTCGGACTCTCCAGCTCAAAGTCGGGGTGGATAACGATGGCTTCCA
CGCGGTGACCATCCACCCGAATGTCTTGTTGAGGATGGTCGGAGATGCAA
TGGGCACTTGTGATCACAGTGGTGGGCGAGACAAAGACCCCGGCACAGGC
TGGAGGGCCTTCACCGATCTGGACTCGCACTACCCAAGGGAGGTCGGTGG
CGTTGATGGAGTAGTCCTCGGCATTGAACGGGGTACTCCTGGTAACATTG
GTGAGACTGGAGCGTTGACCATGGTTGGGGAGGCCACATCTTTGGTTTGT
CGACACGGGAATACTGAATGAATCCTCGGACACTGGGCTGCTCGAGAGGC
TGGCGGGAAGACATGCCAGGGCAGAGACCAAGACAAGAAGATACTGTCTG
GGCCACATGTTCAACCACTGCTTCGGGTTCAGAGACAACGAGAACGTTGA
GCTTTCTTTGGCGGGTGGTTTGAAGGGAGAACTGGTTTGGTTGGGCCAAA
AGTCAATCAACTTGTTCACACATCCTCCTCGGTTGAACGAGTAGTAGCTC
CGATGTTTCTGGTCGTCTTTGTGCTCCTCCCGANTTTGCCTCGATAACTC
GATATTTGTATATTTTTTTGAATGGTCCTAACACTTTTGACTAGCATTCC
TAATGGGTTTATGCCCGGGAGCCAACACTTAGCAAGGAATGCTAGTCAAA
AGTGTTAGGACCATTCAAAAAAATATACAAATATCGAGTTATCGAGGCAA
AACAAAGCGACAGGAAGCAATATTACAGCAAACTATACAAAACAACAGAA
TAATGGAAAACGCACAATAAATGTTTGAAAGCCTGTACAAATCCATAAAT
GTTCACAGAATTGTATTATTAACTGTCTAGTTATTGCCAAGAAAACACTA
GGTTCGTCTCTTCAGACCATTTTCCCTCAAGTTGCCAGAATGCAAAACTT
ATGTGTCACACTTTATGTTACGGTTATGTTAGCATTGACTGATCCTTACC
TACCTTCATGCAGTTTAAGGTGAGCGACTGGAAATCAAGCAACACTTACA
TAGAAATGTCCTCACAGATGTATTTCCTTCACATCTATGCAGGAGTTAGT
ATTAAAGCGCACAAAAATCCACAATTTTGAGTCGTTCAGTGTATTTGAAC
AATGAAACACATCGATGATTGCCGACAACGTAGGTACATGGTACGTACGT
GTTTCCCTGCAAATTGATTCTCGAAATCGTACAGGCCAAACCGCATTTTC
CTCATTGGGTGCAGTACTAATCTCTGTAGCAAGGTGACGAGACCAAATAG
CCCTTCTTAGTCAAGCATTTCTATAGGTAGATCCTACGTCAACCAACATT
TTGGGCTCATTCACGTTCATACTGCTGTTCTTCAATTTGAACTGTTGTAA
TTCAAGTGTTTTTGTTCATCTGGGAGTGACAAGTTCTATGGCTGAAAATA
GGCGGCGCAACTTGCAGTTTAATCTCACTTTTTGGTAACATTTCACATCG
CACTATAATTCCGTTTGTTATCATTTTAATTGGTGTCATAAATTAAATCT
CAACCACCCAAGGCAATATTGCGACTTGAAAGGCATTTCCCCGAAGAAGC
TGTCAGGCACATCAGCCCATGCAATTGTACGACGAGGGAGAGCATCCCCA
CTGTACTACACATAGAGCATGGAAGATGTACAGGGTTCCAAGACTAGAGT
CAGCTAAACAGTTTGAGGATGTACCGTGATCCTGTGAATGATAATCGCAA
GGCCGATCTGGCCTGGTGTGTTTCAAGGTGAATCACATTTTTTTACCATA
TCATTCAAGCATGCACTCGGCCACAAACATTGTCATTACATAAACAGTGC
ACTCGGAAACTGTTCCTATCCTGCCTGCTGCAATTTGCCATCTAAGAGAG
CATTCATTGCCTCAACTCTTTTGGTCTAAGTTGGATTACCTCGGAAACGT
GTGGGATTGGAGACAAACCCCGAGGACGTAGTTGATTACGTCAATGCCAA
CAGGCCACTGGAAAGTTTTTGCCCTGATCCTGAAGCTTCGATTAAAGATA
AGCCATTAGCTAATCAACCATGGCTGATGTCTGGGGAGATGTCAAGCCAA
TTAGACTCATCTTACCTGACATGGGCTCTTACATTGTATTTTCAACCAGG
GTCAAAGATCAATGGAATCGAAAATTGGAGGCGAGTTCGCTTGATTCGCT
TAGTATAACCTGTTAAGGCCACTGTGCCTGGTAATTAAAAGCCGATTGTT
CCCAGTGTTGAGCTAACAATGTTCAAATGGCTTCTATCCAGGTTGCAAAA
ACAAGCGTAATTTGTTTCTAGCCTAATGAAAGATAGGAATAATAGGTCAA
CTAATGGGTGGACTCGAGGGTTGCTAATACCAACCTAACAATGGTAGATA
AGATACCATTACTCAATCATTGGCTAAGCTAGCCTTCAAGTACAGTATAG
TCGATCAGCAGATTGCAAGATGTTTGTTTTGAATTAGACTCTTTACCCTT
TTAAAGGCTGCTGGACGAATCTCCACCTAACGGCTTTTACTTGCACTAAA
AACGGACACTTTGAATCATAAGTATCTATAGCTGAAAAAAGTCTGAATCA
AAAGATGATTAGATCATTACCAAGAACTAGATCTCGCCTCACTAATTCGG
AACTTTCTGAGACAATTTCCTGTAATGGGAGAACTAAATTGGCATTTTTC
TGCCAATGTCTCAGATTCTATACTATAAAGTGCCGATCAATGTCCATTCA
CAGGGATGCCATGGCCAAAATGATCAGAATACTAATGCTTCTGTATTAAT
TCTAATGATTTAACTACAGTAATTCTACTAATTCTTAATGTCGCCTTTTT
GTCTAGATTGGTCCCGATATTACGCCATGGAGATCAGTCCAATTTTTACG
AAGATATTGGCCCAACTTTAAGCAAAATGTGGGCAATCTTGATCTCCAAT
CCTATGACGTCCTACGTCCTCATCGGTGATTATTCTTGAAGTGCCCATTT
TGAGCGTTTCAGTATAGTGATGAATTTCCGGCATGAAACTGGATAGGATC
AAAGCCCACTTTTAAGCTCAGGCCAGTAGTTATTCTACAGTTTTAAAGAA
TGTTTTAGAAACTTTACTTACACTACAACGGTTCCCCAGCCTTAGTGGAA
ATCTTTGCAACATGGATTTGACACTCAGAAAAAGCGCCCCCTATTTAAAA
TTGATGGGTGGTTCTGGAGCTTCTACCTTATAACATCACTACTTCTACGC
TTACCGCAATTACCTTATGAAAGTTTCACAAGGCAGAAGTTTCACATCCA
GAATAGAGTTATCTACAACACCTGCCTGCATCGGACTTTCTAAAAATTCA
CACATTTCACCAAATGAGTTCTGACCACAAACACCGTAGTACCACAGAAC
ATACTCGAGCACTATGATGCAAACAGAATCGTAACATATCACGCGTTAAG
TATACTTTGGATGACTAGTCTGGCCAATACATGTTGTCATTAGTCAAATC
CAGAAATATCGGACTCGTTTTAAATGTAAGGAAATACATTCAGTTACACA
ATAACGCTGTCTAAATCGGCCATTCGCAGGGACTGCATTATTCACTTCAA
CATATTTTCTGTATATTGAAGAGGTTAAAGCCTGCCCGGGAGTATGCAGG
TAACCAGCAAATGCTAGCTAGTAGTGATGTGGCATTTTAAAAGACAATTT
ATGAAAAGTGTTTTAGTAACAGACCAAACAGAAGTAAGAAATACTCCTAT
ACCTGGAAGTTATCGTAAGTTTCTTCTTCCGATATCGGGACATTTCGGTG
GGTAAACTGACGGAAGCAGAATTTTTCGACCGATTGAGCAAATACTCAAA
TGAAGGTTTCCATAAAAAGTAATCAATATGTCATTTGAATTGCCCAATTG
TCATGAAAATTGATGTCTCTTTGCGTCTCATTGGCAAGAGCACTACATCA
AATCAATATAGTGATTTTAAATTAAATAAAAACGTACCAAAAACGTACGC
AAATTATGTCCGATTACAAACCAAGTCATACTCATAAATTTGCCTCGAGA
AAAAAGTGATGAAAAATGCAAACAAAGGGGGCTGAATGGAAAAATAAGGA
AAACAAGTGAAAATTAAATTTAAAAAAAATATTTTTCCTAGCACCCATTT
TTCATCCTTTCGTTGCTTTTATGTGTGTCAAATCCTTTATGTAATGGTCC
CAAAAAAATGCCGATTATTTAATAAATAGACAATCCACCCAAATAAAGTG
AAAACTTGGGTGGAAACAGACTTCCAACTTTCATTGATCAATCAAAATGA
ATGGGATATACAGGACAAATGCAAGGCTTCAGAACTCGAAAATCTCAAAA
AGTGTGAAGAAATTTGACATAATGTCGAGATTTGCCAGAACAAAAGTTAT
TTACAACGGGTCAAACATAAAAATGTTTATTTTGTTCAAAACAGAAAGGT
AACATATTGGGTGTTTAGTTTTTCATTTTTTATCGAGGCTTAGTCATAAC
TCATTAGATGGCCAAAACGAATCCAGAAATTCCAGAAGTCGATGCTTGAG
AATTTCTAGGATTGAAATCAATACATATACATTCAGCCGCTCTCGTAAAC
CATAATACCAAACAGTATACTTAGGTAGGGGAATTTCGAATGGCTGGAAC
ACGTTAACTGTCTAGAATTGATAGGCGAGACTACATCTGAATGCAATTCT
GGCTTGAGGTGAACACACTAAGGCATAGGAATTGATGCTTGGGCACAGTT
TGATCTGCTTAGCATGCTGAAGAGGTGGCCAATCAATTCGAGCTCAGTCA
AAGGTACCGGAAGATACTCTTATCAAATACATTCAGTTTCGGGGTTTCGG
GGAATCGAGCGTTCAAATAGAGTCAACGTTAGTGGCTGAGTTGAGTTGAA
ATCAGGGCAAACATGGCCAAAAACTCGGATTTCGAGCTCTCGCCAACTTT
CCAGATCTTCCTCCAAAACAGCAGTGCGGGTCGAGGAAGGCGGAAAAGAC
GTCTTAAAGTGTTCTCTCTGAGCTGTTTTGTCATTTGGAGTCTGGTGATT
CTGGGCGCTTTGGTGATTTATTTCACCGCTGGGTCGGGAAATGGCGACGA
GGCGACTTTGGCCAATCCATATTTTGAGCCAGAGACAAATTTGAACTTCA
GCCCCGTTCAAGGAGAAAGTATGCTCATATTGGCTCAAACCATAGGCAAT
ACCACTTTGGCCATCCAGAAATTCTTCGCCAACCCAGAGCATAACGAAAG
TTGTCACCTCATACCCAGGTAAGATGACACTCATTGGATTTTGGTATCTA
TAGGTACATCCTGTTGACCTAGCTATTTGTCTTGGCACGGTTTTATAAGC
TTCCCTGGTGTATCTTGATCTCAAATGCTTTAAAATGATAGAGCGTATTC
TGTTTGTTTGTCTGTGTCGCACGTTATTTTTTCAGTATCGGCACAATAAA
ATAGAAGAAAATGGTCGGAGAGCATCAAGAGGACCACACTGTGGTGTACT
TAACATTTTCCGATTGTTTTAAATCACATTCCTAACAACTAACAATGCTT
TTAATAATGTGTTTTCGTCCAGTTAGGCCGAGGAACAAGCTCCCTTAGAT
CACGACCGTCACAAAATTATCAACTCCAAATTGAATTAAGGCCCAGAGCC
GCAAAAGCGCAGGAACTAGGAAAGTATGCTACTCTAATGAACCTTTTTTG
TGTTTGAGCCCAAATCTTAGAGAAAATCTATGCCTACATCTTCCAATTGC
AGTGGAAGTAAAAGTTTGATTTCTAAAATCATATTTCGAGCAACGTAAAA
TGTGTTTTCAATAATTGAAGACTCATTTTGGTCAGGCATTCCGCTCAAAC
ACGACCGACAAGAAATTCGGAGCTCGAAATTGCATTACGAAGGATCCAGG
AAAAAGACTCCTTTATCTTGTTGTAGTTTAATCCTTTGCAGAGTATTAAA
TGGAATGTAATGGACATTAATGCATGATGTGGTAGTAAATGTAAATAGCA
CAGTTTGTGTTCGAACAATCGATAGTTTGTCAAGGTCGCCAGACATACGA
TGACACACCACGGCTTGTTGGACACTTAAAGAGGGTTTTTGTTCTGTGGT
TGAATTCAGGCATCAGTAGGTAAAGTCGAAGGAACCCATGTACACAAGAA
GGACACCCAACGGAATACTGTTCCAGTCCCGTCTCGGTCAAACTGAGAAG
GATTTTCGCAAATTGCATTCGATTTCAAATGCTTTAATGACTTTAAGGTG
ATACGCGTATTTCTTCTTGGCCTTCTCAGACATAGTTTAGGTTTGATGTT
TTGGGTGAATTTAGAACACCAACACCGATTTGAAATACGAACTAAAAAAC
GGAAACATCCTGCAAGAATACTTCTCCTAAAATATGTCTGCAAAAGCACG
CAAGTCTGGTCGCAAATACTTGGACCTGACTAATATTGGCTCATCGGTCA
CCTACTTATCAGGGAATATCTCCAACGATATCTCGAAATGACTATTTGAA
ATTATCAAATGTTCATGCATACAGTGTGTGTGGAATCATTTACAGTATTT
TCTGATCTTTATACAAATTGTTTAGCGCGTTGTGCGCTAGTCTATCACAA
TTCAGATCTCACTACTTGTCAATTTAAAACGAAATAATATTTTAGAAAAA
ATCACTACTGGTAACTGCACTGATATGTGGAGTATGACTGGATAAAGTGA
CTAGGTGCCGTCCATGACGACTTCCGTGGTGACTAGATTGGGGACACTTT
TGCAAGTTTTGCTGCAACTCTTTTTGCCTCTGCTTGTGTTTTTGCCCGTC
TTAGCTCAGGGTGCCTGTTCCACATGGTTACACCTCTGCACGCCAAAGTA
TTGGTGCCAAGCAGATGCAGATGTAAAACAATATTAGGGCTCAACCTTAT
CACCTATCTCACATATGGAAGTTTGATGCAGTAGGACAACACACGCCACC
ATAACTTATGATAATGACTTCGACATATTCGGGTGGTGCCTGAAGAGAAC
CCACCATTGAAGAGAAGGTGCCTGAAATTGATGTACTACAGTAAAGAACA
GTTTTTAGGCTAAAACAAGCCCTTCTGTGCGCCAAATTTCACTTCAATAC
ATATTGAGGTATTCATTCTTGATAATAGGTATCAAAATATCGAAGCTACC
AAACAGACTCACAGTTCCGGCCTTTTATGTATATATGTACTGTATGTGAT
TTTTTCTACAAGTCGAAGCTTGTAGTGGGGAAGATTAATAAGTTCAATGA
ATGACTTGAGTTTCTGAGTCTGAGGGAACCCAACGCAGTTTCCCAGTGGC
AGCAGATGATCTTATCATTCCAAATTGTCTTTGGACCATTTTAGCCGGCT
GGAAGTCCAAACTGACAAGGATGGCATCATCTATGGTATTGGGCCGACTG
GCTTCATGGCAGCATGCATCAATCAACAATATGGCTCCACTTGCTATCTC
AGGAACCCGTACAGGCAAAACTGGATGCTGGAAATTGTCAACCCAAACCG
GCTAATTTCATCCAGTCTCACGGCTCCTCAAGAATCCCCCGTGAATTGGA
ACAATCCGCAAGCATCTCACTTGGACATGAGCATTGGTGGAGTCATGGTG
GGCGAGGCTTTGGTGCTTCAAAACACGATCGGCCAATTGCAGATATTTTT
CAAGAGACAACGCAGTTTCTTAGTGGGACAGCTGAATGTCCGATGGCCCA
AATCCTCTTGTCCCGTATCCATGGACAACCACATCGTGGTTACAGGTGGA
ACATCGCCGAAGGGCCGTAAACCATTGAAGCTCGTGTCCCACTACATCCT
GGATCAAAACCACATCTCTACAGGTAAGCCGATCACATCATCACCCTCAG
CCGGATGAATCCGAATGCAACCCTTTTGATCCCGTAGGCGGAAGGATCCC
GGATCTCAATTCACCTCGGAGTTTTCATGGGTGTGCCAAAGTGAGCTTGA
GGAACGAGACCTGGCTCGTGGTTGTGGCTGGCATTGGTCGCAATCACAAA
GATCGACGAGATTTGGAAATTATTCCGTGGAAACCTCAAGGATACAACGC
CACGGATCGATGGGTGTCCTTAAGGCAGAGGCTGAATCAAGGACGAGGCC
AGAATCCAGTCCTCGGCATGGTTGGGAATAATCTCCATGTGGTAGGAGGA
TACTCGCACGAGTTGGAGCAAGGAATTGCGTCCTTTGAGGTATTCGATGA
AGTGTCTCAGAAGTGGATCGTTGTAAATGGTAACCTGGACACGTGGAACG
TGCAAGGATTCAATGTGGATCCAAACCAATGCACAATCGTCAACATTATT
GAACCGTCAGATCGGGTCCAATTTAACAATTAACCCACAATAAACTCCTC
CTTCATGGCCCTAAATTGAGAAGGAAATCCCAAAAATGACGTAGGGTTTG
GAACTCTACTGTACATCGAAAATTCACCCGGTCCCGATAAATAAAGTATT
TATGTCCTTCAATCCGGACTTTTTCGATCTAGCAAGACATTTCGGCACGA
ACGACAGCATAGCTAGACCTAGAGCTGGATTTCCTATACTACATAAATAG
TCTCCAAGACAGACCAAGATCAATACACTCTCAATGTGTCATCTGGAGGA
TGAGGATGCTTTTTACTTCATCTGCACGTTCCCGAAGTCGATTTGGCAAT
GATCCATAAATTTCATAGGTATTTCGCCAACTCTGTGGCGAACCTGAGAA
ACTTTTGTCCTCAATCTATCCTCTATTTTGCCTCTGCCAAAATTGCATGG
CTATTAGATTAGACATATGTGCGTTGTTTCCCATGCGTTATTTGGCTCAA
ATATCGAATTTAACCCAAAAAGTGACCCTCTGGCACACCATGGATGGGAC
ATGGACTGACTAAAAAGGAAAAATAGTAAATTCCATAGGAAAAACCAAAA
CAATGGAATTGTTAAATGGATCTTGAGATGACAGCTTTGGAAACACCCTG
ATAAAGTCAATCGTCTCTCCACGCCAGAGAGGCAATACCCAAAAGCTGCA
CCCGTGATTAAGTCCTCCATCTCGTAAATCGGACCATGGCTGTTTGGCAC
AGCAAGATTTGATTTGATGCATTATTACAGAAAGAATCAACGGTCGACTT
TGTCCCTGGATTACTTGGCGTAGGTTATAGATGACTTGAATTCAGCCCAT
GGACATGTGTAAAAACGCATCCAGATAGCAAACAATTACTAGTGGTATTG
TTAGATGTCTTTTTTACCCTCGGCGGGATCGGGTTATAATCATCGGATTG
GTAAAATATTCTTCGTAAAGGTAGAAATCCATACAATGAAATGACGTCTT
TCAAATGTTGATTGAATCAGCCTTCGGAATCCAAATCAAGGATTGTCTCA
CTGCATGGGGGTAGGAAGTTTTGGAATTATTAACAAAAAAAGGGTGGGGA
GGAAATTGACATTTCTTACTGTCAGACTCTGTCAATCAACTGTCCATGTC
TCTACTGTACAAACGGAACTGTTTTCCACATAATCAATTTCTAGGCACTC
GGAAGCATCAAAACGCTTAATTATGTAGCTTAGGTATAAATCACCATTAG
GTTTCAATTCTGACTAATGCCCAATAATCAATATGCAAGATCAGTAGTAT
CTTAACCAGCGACACACCATTCGAAATGGGAATTGGGATTCATCATCTCA
TAGGAACACAGTTAACGGCCTAATATCAGCACGGGATTGACTGGATTGGT
GAGCTAAATTCTGGTGGCACTATGGGCGATATCCTGCCGGGAGCTGACGC
CATCTGTTGGCGGCTGAGTCAACTTCTAACATCTTTGGAGCGTGGGCTGA
AATGGGTACTCACAGATTCTTGTGGCAGACTGTGCAGATCCAATCCGTGC
CTTTGATGTTGTACTCGCGACAGTTCTTGCAGACCCGCACTTTGCAGACC
TGGCAGAACGCACCACGGTTCATGATGCGGCCCAATTCGGCCCGACACCG
CCCGCAGGAGCGATTGGGATCCACATGCCACATGGGTTGA back to top
Synonyms
The feature 'kelch-like protein 24-like isoform x1' has the following synonyms
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