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-- Genomes --
Xenopus laevis J-strain 10.1 Genome
Xenopus laevis J-strain 9.2 Genome
Xenopus laevis J-strain 9.1 Genome
Xenopus laevis J-strain 7.1 Genome
Xenopus laevis J-strain 6.0 Genome
Xenopus laevis outbred 1.0 Genome
Xenopus tropicalis 10.0 Genome
Xenopus tropicalis 9.1 Genome
Xenopus tropicalis 9.0 Genome
Xenopus tropicalis 8.0 Genome
Xenopus tropicalis 7.1 Genome
Xenopus tropicalis 4.1 Genome
-- mRNA --
Xenopus laevis and tropicalis mRNA
Xenopus laevis and tropicalis mRNA plus EST Clusters
Xenopus laevis and tropicalis mRNA plus CDS
Xenopus laevis mRNA plus EST Clusters
Xenopus tropicalis mRNA plus EST Clusters
Xenopus laevis and tropicalis EST
-- Protein --
Xenopus laevis and tropicalis Protein
-->
Xenopus laevis Protein
Xenopus tropicalis protein
???blast.query???
>XM_041580600.1 PREDICTED: Xenopus laevis retinoic acid induced 14 S homeolog (rai14.S), transcript variant X5, mRNA AGCTACCAGTGTCCTTCAGTGTAGTACAAAGGGTATGTGTGTTGCTATTTCCCAAAGGCAATTCCTGCTT TGTGGAAGGCAGTGCAGGTCTGATTAGGTAAAACAGACTTTATGGTTCCTGATCTCCCTGTTATCATAGG GATCTGTATGGGCTGCCAGACTAATGAGTGGAGCAAGTATGACGACCGATTGCTACAAGCCGTGGATCAT GGAGAAGTCGACAAAGTGTCGTCGCTGCTGGGGAAGAAAGGGGTGGTCGCCACAAAGATGGACAGCGAGG GGAAAACGGCCTTTCACCTTGCGGCTGCAAAGGGAAATGTGGATTGTCTAAGGGTGATTCTGACACATGG CATTGATGTCTCGGCACAGGATTTATCAGGGCACAGTGCATTACATTTGGCAGTGAGAAATAACCACATA GAATGTGTTAAAAGACTTCTCCAGTCTAAATGCCCAGTCGATTCCACGGATAACGCAGGAAAATCTCCCA TGCACTATGCAGCTGCAAATGGCTGTGTTGCGTCGGTGCAAATTCTCTGTGATCAAAAATGTCCAATAAA CATTAAAGATTTGGAGGAAAATACCCCACTTTTAGTCGCGGTTCTACATGGACACATAGAAGTGTGCAAG TATCTCTTGGACCATAGGGCGGACATTAATGCTAAAGATGCCAATGGAAGGACACCTTTAATGTTGGCCT GCGAATCCACTAACTTCAACATGGTGGATATGTTAGTGCGCCACGGGGCTGATCTCAGGCTCACGGATTC TTTGGGGCATGACGCTCTTCATTTTTCCAAATTGTCAGGAAATTCACAGATCATCAATCTCCTTGTCTCC AAGATGAGCCAAGAGCCTGGAATAGTGTCTCCGACTAAGCCTATCCAGAGTGATGTGTCTTCTCCCCGGT CTTCAATATCTACACCAATGTCTGCAAAAGGGCAGGTTTTCTTCCCTGATCAAGGAGGCAAGGATGAGAT AACGTCCAGCCATCGAGAGTATAGAGACAGACTGAGTGACAGCACAGGAGCTGATAGTCTGTTGGATGAA AGCTCAGAAGCTGAACACCAGGAAGCCATTGCATTGCTGCAAGCAAAGATTGTTTCTCTCACGTCCCAGA ACAAAGAGTTACAAGAAAAGTTACAGGCAAAAATGAACAATGAAACTGTAATGGACATTAGCTGTGATTC ATACCATTCTACACAGGCTGATTTAAACCTGTCCAACGTCAGCACTCAAGAATCAACATCACCCACGGTT ATTTCTGAGAACACAGACATCTCATTCGAATCCCAGCCCGAAGCCTCTATCAGTGAACACAAGCTAAGAC AGCTTGAGAAAACTATTGACGACATGCAGCTTAAGTTAAATGAGTCTGAGGCAGAAAGGGAAAAGTTAGA AGCTCAGATTCAGTCTATGTTGTCAAGGCTTCAGCAGTCAATTAATGTGGCTTCCCTAGAAGATGGTTCG GATCTGGAGGTCCAGCCTTATGGAGAAGAAGAAGATGAGAGACAGGATAAAAAACAGAAGGCCAATTTGC AACGAATGTCACATGTTGAACAGGAAGGCATGTCGGAAGAGTCGCATCAAGAAACATTGTTGATGCTTGA AGAGTTGGACACATTAAGGAGAAATTACAAAAATATTCTATCAGAAAGTGATAGAAAAGACAACGAGATG AAGGAATTACAGTATCAAGTTGACATTATGACAGCCACCATGGCCAATATGCTGACACTGGAAAAATTGA AGGAGGTGGAAAAATCTTACATCTCACTTATAGAACAGATCAACCAAGAGAAAACCCAACTAAGAGATAC ATATGAAGAAGAGCTGGAAGATATGAAGAAACTTCAGAAGGAATTAGAAAGTCGTATGGAGAAGGCATCT TCGGATGAGGACAAGGAAGCCATGGTTAAAACAATAGAGGAACTGAATAAGCAAGTGAGTGAATTGTCTT TGGCTTACAGGGAAGCCCAAGCAGAACTTGGAAAAGCAAGAGAGAATGCACAGGAAGTCTCTTGTGACTT CATTCGGAAAGAGGAGCATGTGAAACTTCTACAAGAGGTTATTGAGGTCAAGCAGCAAGTAGAAAATGAT TTCACTGGTATGGTTTCCCAGCATGCACAAGCTTTGGAAGAAATAGGTGAACTGAAGCAATTATTACAGG AAGAAAAGAGAAATTCTCCAGAAGTTGCAGAATACATGCAGGTTATTGCAACGTTGAGAGACACCACATG CAGTCTAGAAGCTGAAAGAAATGAGTTGAGAGTGTGCCTTTCTTCCCAAGAATCTAAGCTTAGGGCATTA AAGGAAGATGTGCTGCATGAGAAGACTGTGGTCCAAGAAACTATGGTCACAAGGAAAGTATTTGAAGAAC TGCAGGCATCTCTGGAGGAGGAAATTGGCACTCTCTCTTCTGAAATACGAAACTTACTAAAGGAGAAAGA AAAGCTGTCTAATGAGAGAGCACAAGTGAAACTGGAACTTACACAAGTCAAAGGAGACAGAGATCTCATT CTGTCACAGCTAAACACCAGAGAACTTGAAATCAATGATTATCGCATCAGATATGATAAAGCTCAGGAAG ATTTGCTGGAGTTGAAGAGATTCTCTGAAAATACGTCCAAGATAGAAGAAGACAAAGACAAAAAGATAAA CGAGCTCTCCAAGGAAGTGAGCAAACTGAAGGAAGCCTTGAACAGCCTCTCACAACTGTCCTTGTCAACA AGCACCCCCAAGAGACAGAGCCAGCAACTGGAAGCCCTGCAGCAACAAGTCAAACAGTTGCAGAGCCAGC TCATAGAGACCAAGAAACAGCATCAGGAGATTGTATCAGTTTACAGGATGCATCTACTTTATGCCGTGCA GGGGCAGATGGATGAAGACGTGCAGAAAGTCCTTAAGCAGATCCTGATGATGTGTAAAAGTCAGCCGCAG AAAATGTGATTATTGTCTCACTGGGAGAGAGACACCTGCTTCAGCACTGCCTCTTAGTATTATACTAGAC TGTCCTTCCAGGGAAAGTTCAATAATGCTGGATATCAAAACTTTTCAGTTCTTCTGTATCAGAAAATTGT GTATTTTTATATTTTTTTGAATTAGAAACCCTTGTTTCCACTGAGCCCATAAACGGTCCCCAATGCTGAT TTAACAGTAATGTCTTCAGGTAGGAACAGTAAGTTAGCGGCACATGAAATGCTAGTGATGTATTATGTAG CCTGTATTCAGGAGAGCCAATGGTTTTCTGCAGCAACGCTAGATAGGGAGTAGCTGTTTAGTATCTTGAA CTACAATTAATCCAAAATGTTAGCTTTTTTATCATTTTATTTTTGTAATTGCTTAAATTTAGCCTTATTC CCTCTTTTAGCAAATTCTAGAAACATTTTGACCTTTTTGGGTAAGAAAAGAAAATGGTGTCATCCACACG CATCTCTAAATATACTATTGCCTTAATATATTCCACGATTGTTCTGAAGATCCTCCATATTTGTAATATT GATACGTTTCAATGCAAGTATTTCATTGGCTGCAGAGCCAATCAAAGAGGGCGACACAGGCTCAGCAAAA CCTCCATTTTTATGGCTCTGATATGGGCATCGGAGTGTCTGAAACACTGACCAGGCCACCACTGCTAGTC TGAGAAGTTGTCTGATATACCCTCTGTGCTGAGTCAATTTATAGGTGAAAATGGTTGTTCCTTGCTCCTA ATTGATTGGCAAGTGCTTACATTGAGGTCCGTTCCTGCAGTGGCACATCCCAGAATGGGATTGGACCTGC CAACAAGGATTTTTAAAATAGTTCAAAAAATCTGGATTATTTGGATAAAATGGAGTCTATATTGGACAGC CTTTCTGTAATTCGGATCTTTCTGTATAACGGATCCCATACCTGTACTAGGTGCAGAAGCAAGGGCAATG TCATGGCGGAGTTGAATTGAAGAGCATAGATGAAGGCATGAAGGAAATAGGTTATGAACAAATTGCCATG TTAGTAGTAGATGAGGGGGGGGTGAATTGAGAGGGGGGATAAAGACAGAATTGGCAGCTGGCCAGGGAAT AATAGGGGCAGGAAAAAGAGAAAAGAAGATGGAGAAAGGAAAGTGCATAGGAAGCTTAAGGAAGTGAGGA GGAAAGAAGGAAATTGGGGCAGAAAGGAGAAGAATTTGATGTTTTACAGACTAAGGAAAAGTAGAACTAG ATAATAGATAGAGAGTGATATAGAGAATGATATTAGGTAGTAAAGTAAAATACTATAAGTGTAAGACAAG AGAAAACCCAGGAATAGTGATGGGCAAATTTATTGGCAACAATTTAGACGCTGGCGACAATTAAATGGAC GCCCATTGACTTTAATGCGCATAAAATGTCGCTGGCGTCGAAATTGTTGCTGGCGGCAATTTTGGCGAAT TGTCACTGACGTCAAAAAACGTGCTCCGCAAATTTTTTGCCCGTTTCGGAAATTTCGTGGCAAAGCGGGA CAAATTTGCCCATCACTTCCCAGGAAGAACAGGTGCCATATAAATAAAATTAAAAGAAGGGAAAGTCAAT TTGTTTAAGAGTAAATATAAAAATGTTGCTCTTCGTATTGCAGTTGGCTCTGTTAAAGGCTAACCGCTAG GATTGCTGTATCCTCTGGGGCAAGAAAGGTGCCTTCCTCCAAATGGGTGCAAAGCCCCACATCCTCCCAG AGTCTTCTCCTTGCAACTGGGAAGGGAAGAGAGTTTGGATAGTGAGATGGTTTAGGGTAAGGGGTTTGTT GTGGGATCTATAGTGCCTCAGCCTATCCTACAGGTCAGTATCTGTCCTTCCAAATATAAAAAAACACAAT AGGAATAATGAGGTGCAAGAAAAGGGGAGTGAGAGTACATGGTGATGGGTCCAGATACGTAACTTATACT GTATATTATCTACACTCCAAGGAGCCGCTAGTCATCTCGTATCCTGGAACAGAAATAGACGTCTCTTATC TGCTGTCATGTCTGTCTCCCTGTGTCGGAAATAAGGCAGCTTGTTGCATCCAGCAGTGTCTGTTCCAACA TTTCCTGAAGGCTCCACTGTTTCCCAGATTGCAATTGGACTGTAACTGAGCAAAGGGGAAGGTGACCCTC ATCCACACACTTACATTTGCACAGTGCCTCTTCTAATCACTTCTTGTATCCTTCAGCTTACTACAAACTC CGCTCTATCATTCACCCGGACCCTATTCTCCAAATACTGTGTCATTTTGCCTAAATATTTTGTATTTTTT TAACCCAAAAATGGAATATGTTTTACAAATATCTTCTTTTTTTTTTTTAAAGAAAATTTGAAATAAATTG TCAGTGCAAGAGTTTTATATTGAC
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Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds