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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_041564876.1 PREDICTED: Xenopus laevis TRAF2 and NCK interacting kinase S homeolog (tnik.S), transcript variant X3, mRNA TGCTCAGCTCTTTGCACCTGCTATATTATAAGGCGCCCCTCGCTCGTACACACACTGTCTATAATATACC GCTCCCCGCCAGTGAGAGGAAAAGGCGGCGCTGGGCAGAACCATTTCTGCCGACGGATCCACCCCGCTTG GCGTGTGACTCCTCCCAGGAAGCAGTGACAGGCTTGTCTCAGCAGCTCCTCTCCATCCCTCTGCTGTGTG AGTGCGAAAGACTGTCTTCTTCTTATTTCTCTCAATGCAGCTGCCGTCCAGGCAGAGCCCCAGCATGTCC TACTGCAGGCCGCCCCCTCGCTCATAGCAGCAGCACCGCAAGCCTCACAGCTTCTGGGCTCGGGCGGGAC CGCTGCATGCTGGGTTTGGGCTCTGGGACAAACAGCCGCAAGGTGGAAAGAACGGGGAGCTGTGTGCAAT ATACGAGCGCAAAGGAAACATGGCGAGCGACTCCCCGGCTCGTAGCCTGGATGAGATAGATCTGTCGGCG CTGAGGGATCCTGCTGGAATCTTTGAGTTGGTGGAACTAGTTGGAAATGGAACTTATGGACAAGTTTACA AGGGTCGCCATGTTAAAACCGGACAGCTTGCAGCTATTAAAGTCATGGATGTCACAGGGGATGAAGAGGA AGAAATCAAACAAGAGATTAACATGCTGAAGAAATACTCACATCACAGAAACATTGCCACATATTATGGG GCATTTATAAAAAAGAACCCTCCTGGAATGGATGATCAGCTATGGCTGGTAATGGAATTCTGTGGCGCTG GATCCGTCACTGATTTGATCAAAAACACCAAAGGCAATACTTTGAAAGAAGAGTGGATTGCTTACATCTG CAGGGAGATCTTGCGGGGCCTGAGTCATCTGCACCAGCACAAAGTGATTCATCGAGATATTAAGGGGCAG AATGTCTTGCTGACAGAAAACGCAGAAGTTAAACTAGTGGACTTTGGTGTTAGTGCTCAGCTTGACCGAA CAGTTGGCAGGAGGAATACATTTATTGGAACACCATATTGGATGGCTCCAGAAGTCATTGCCTGTGATGA AAACCCTGATGCGACCTATGACTTTAAGAGTGACTTGTGGTCATTAGGAATAACAGCCATAGAAATGGCA GAGGGAGCTCCCCCACTCTGCGATATGCACCCAATGAGAGCCCTCTTTCTTATTCCTCGGAATCCAGCAC CTAGATTGAAATCAAAGAAATGGTCTAAAAAATTTCAGTCATTTATTGACAGCTGCCTTGTGAAAAATCA CAGCCAAAGACCCACAACAGATCAGTTAATGAAACATCCCTTCATCAGGGATCAGCCTAACGAAAGGCAG GTTCGAATCCAACTTAAGGATCACATTGACAGAACAAAGAAAAAAAGAGGGGAAAAGGATGAAACCGAGT ATGAGTATAGTGGAAGTGAAGAAGAAGAGGAAGACAATGATTCTGGAGAGCCAAGCTCGATTTTAAATCT ACCTGGGGAATCCACTCTAAGAAGAGATTTCTTGAGGCTGCAGTTGGCAAATAAGGAGCGTTCAGAAGCA TTGAGACGCCAGCAGCTGGAACAGCAGCAACGGGAAAATGAAGAACACAAAAGGCAGCTACTGGCAGAGA GGCAAAAACGCATTGAGGAGCAGAAGGAACAAAGGAGGAGGCTGGAAGAGCAAAGAAAGGAAAAAGAAAT GAGAAAGCAGCAGGAGAGAGACCAAAGACGGCGATATGAGGAGCAGGTGCGCAGGGAGGAGGAACGAAGG CGAGCAGAACACGAGAAGGAATACATAAGGCGGCAATTAGAGGAGGAGCAGAGGCAGTTAGAGATCTTGC AGCAGCAGTTACTGCAGGAGCAAGCTCTACTTCTGGAGTATAAGCGTAAGCAGGTGGAAGAACAGAGACA AGCAGAACGACTGCAAAGGCAGCTTCAGCAAGAGCGAGATTACCTAGTTTCTCTCCAGCAACAACAGCAG CAGCAACGGCAACAGGAACAGAGATCATCTGAGAAAAAGCCACTTTATCATTACAAAGAAGGGCTGAACC CCACAGATAAACCAGCATGGGCAAAAGAGGTTCAACAGCGATCTCTTAGTAATTCACCTGTACTTCCAGC TAAGCAGCAGCATACCTCTGCAATCGAGCAGCAGGGGTCCTTGGTAACCAAAGATGTATCTTCTAATTGG CAGCTCTCCAATAGGCCCAATTCTCAGAACCTCCAAGCATCAGGTCGTGTGAAAATGGACATCTTAGCTC CATCCTTGATATTGCCTTCAATTCAGATTTCCAAATCAGGGCCCTGGACACAGAATGAAGTGCAATCTCT AGATGATGAAGTGAGATACTTACTTCAAGTGAACTCACAAGAAAATGAACCAGGGAGAAAATCAGTAACA TCCCTTAAAGGGTCCCGGTCACAAGGATGTAGCCCAGCCAGGGACTCTGGATTGTCCAAGGTAGAAGAAC GCTCCAGACTCAATCGTCAGAGTTCCCCTGCGATGCCCCATAAAGTAGCTAACAGGATATCTGATCCAAA TCTGCCACCAAGATCAGAATCTTTTAGTATTAGTGGAATGCCGCCTGCCCGGACACCTCCAATGCACAGA CCAATTGATCCACAGCAACTTCCACTTTTGGTCTCCGTGAAAACCCAGGGATCATCCTTGTCCGCCTCCC AGTCGGTGCATGAACAGTCTGCCAAAGGAATGTCTGCTTTTCAGGAGGGGATTATTTCTCATCGCCCAGA GTTGCCAAGGCAGAATTCTGACCCAACATCTGAAAATCCTCCTTTACCTCCTCGAATTGAAAAATTTGAT CGCAGTTCATGGTTACGCCAAGAGGAAGACCTTCCACCAAAGGTGCCTCAACGGACAACTTCTATCTCCC CTGCATTAGCCCGTAAGAACAATGGCAATTCACTGGGAAACAATTTGGCAACCCATCCCTTTAGAGCAAG CAACCCTGATTTGAGAAGAACTGAAACAGTAATTGAAAACCCAATCCAAAGAATTGGCAGCGGAAGCTCC TCCAGTTCCAGTACTCCAAGCTCCCGGCCTAGCTCTCAAGGGGGATCACAGCCTGGATCTCAAGCAGGTT CAAGTGAGAGGAACAGGGCTCGAGCAGGTAACAATAAACCAGAAGGATCTCCACTGCTGCCACATGAAAC ATCTAATTCAAAACCAGAGGAGAACAGAGATTTGACACGTCCAAGCCGACCAGCTAGTTATAAGAAAGCT ATAGATGAGGCTGTTTTCTCAGAGGCAGTGTCCGCGGATGATGAACAGGTCATGCCGCGGCGAGTGAAAT CTAAAAAAACGGGGGAAATGGATCTGACGGCGCTGGCCAAAGAGCTGAGAGAACTGCGCATTGAAGAGAC TAACCGGCCAATTAAGAAAGTGACGGACTATTCTTCTTCTAGTGAAGAGTCTGAAAGTAGTGAGGAGGAA GATGGTGAAAGTGAGGCACAAGATGGGACTATACCAGTTAGTGACATTCCTAGACTCATACCAACAGAAA TATCTGCAAATGAGCCATATAATGCGGGGACACGGGGTATGGAAACGTCTCTCCCTGAGACATTCCGAAG CATTTCAAGAGAAGGCACTTTAATGATAAGAGAGACTTCCGGGGATAAAAAACATTCTGGCCATGCTGAA AGTAATGGTTTTGCCGGCCATATTAATCTTCCTGACCTTGTCCAGCAAAGTCACTCCCCGGTGGGTACAC CAACTGAGGCTTTGGGGCGAGGTCTTACACATGCACAAGAGCTGGATACTGTGAATGAATATGGCGTGGT AAATAACACCAAAGCATCATTCACTTCATTTGTTGATCCAAGAGTTTATCAGACTTCCCCCACTGACAAT GACGATGAAGAGGATGAAGATGATGATGATGACGATGAAGAGTCATCTGCAACAGCCCTGTTTACTAGCG AACTTCTTAGACAAGAACAAGCCAAGCTGAATGAGGCCAGAAAAATTTCAGTGGTGAACGTGAACCCTAC CAATATTCGTCCTCACAGCGATACTCCAGAGATCCGGAAATACAAGAAACGCTTTAATTCTGAGATACTT TGTGCAGCACTATGGGGTGTAAATTTACTAGTGGGAACAGAAAATGGACTAATGTTGTTGGATCGAAGTG GACAAGGAAAAGTCTACAACCTTATCAACAGGAGGAGGTTTCAGCAGATGGAAGTCCTAGAAGGACTAAA TGTCCTTGTCACAATTTCAGGGAAAAAGAACAAGTTAAGAGTGTACTACCTTTCTTGGCTGCGGAATCGG ATCTTGCACAATGACCCAGAAGTAGAGAAGAAGCAGGGCTGGATTACCGTGGGGGAACTGGAAGGCTGTG TTCATTATAAAGTTGTGAAATATGAAAGAATCAAGTTCCTGGTGATTGCTTTAAAAAATGCTGTTGAGAT TTATGCGTGGGCCCCCAAGCCATATCATAAATTTATGGCTTTCAAGTCCTTTACAGACCTCCAGCATAGA CCATTGCTCTGTGATCTCACTGTAGAAGAAGGTCAGAGATTAAAAGTGATTTTTGGATCAAGCACTGGAT TCCATGTAATTGATGTTGACTCTGGCAATACATATGACATCTATATTCCATCTCATATTCAGGGAAACAT CACCCCACACGCTATTGTTATATTGCCAAAAACAGATGGCATGGAGATGCTCGTGTGCTATGAGGACGAG GGTGTTTATGTGAATACTTATGGTCGAATAACTAAAGATGTGGTGCTTCAGTGGGGAGAAATGCCTACGT CAGTTGCATATATCCATTCCAATCAGATTATGGGCTGGGGAGAGAAAGCTATTGAAATCCGTTCTGTGGA AACTGGGCATCTGGATGGGGTGTTCATGCATAAGAGAGCCCAGCGGTTAAAATTCTTATGTGAAAGGAAT GATAAGGTTTTCTTTGCATCTGTAAGATCAGGGGGCAGCAGTCAAGTCTTTTTCATGACGCTCAACAGAA ATTCCATGATGAACTGGTAACAGAACTCCCCCGGAACTTCTCTCCATTCTTTCTAAACTACATTTGGTTT TGTAGATGTGCACAGCCTTGCAGAACAAGCTGCTAACTCTCAGAACCTGCTGTGAATTCTTGTTCTTGAC TCTCACAACCAGCTGTGAAGTTCTCGCAATTGTTCTTGACTCTCCGGACCAGATGCGTCGATTCCTGTAT CGGTATTGCTCTTGGGATCAAGACCGTTTATGTTATTTTTAATAATGAGACTGCTGGCAGCCGGAGGGAA AACACAGACTGTAATCCACCTCCAGACTGGGAACGTGCCTGGTTCTGAGGACTTCAGACTGTGTTTTAGT GGCTTGTTGACCTTTTCATCGTCTTATTTCCTAAATGAGGAAGAAAAGGTCTTTCAGATTGAGCCAGTCT GTTGATTTATGTCTGCTTGCTCTGCCACTATATATATATTATACATATGTTGTACAATTCTCAATTAGAA AGAGACAGCACAACAATGTACCTTTTCTGATTTGCTGAAGGCCACGGCTGTAACGCTGGGTAATTTTAAA ATCTTCTTGCCTTCACCAACTTGAACGTTGCTTTTTGTCAGCAACAGCCTAAAATTTTTAATAGGGAATC GACAGTTTCCTCGTCTTTAGGGGAACGTAATGTTCATGGCTAAACTACTAGCCTCAGTCTAAATAAATCA GATGGCATTTGTCGAGCTGTCTAGCCAGATATCTGTCCGTACATATGTCGCGACGTGTATTGGTCCAGTG TCGGCAGCAGTGAGATTGGTGCAGTTCACACAGTAGCTAATATTTTGTATATTGTGCAACAAATTAGGGC AAAAAAAAACTATTTTAAGGGAGTGAAAGCAAAATGATGGTTTGTCTTTGCATCTCTTATTGGTACTCTC TTGCACACGGCTATTCACAGTTTATAGCTGACATGGCAATAATAGGACATTTGCCAACACTCTCACGATG ACACTTTGTAGTACTATTAAATGCTAAACAGAAATCAGTAGTTTGGAAGCTGTACTCAGAAATCAGAGAT AGGCACATGTAACTGTTGGGCTGATGCCTAATCCTTATGCAGCTCTTTGAGAATGCTGGGGTTATGGCTC AGTAACCGCACATTCTAGCGCTGCCATCCCTGCTGTAAATGGACAACCTCCATGTTTGTTCTACCACAGA ACGGAACCACCACCCCCACCACCTTTGTTTACAGAAACCAACTTCTGCCTGCCAACCTTGTTTTTGGGGG TTTTTCTGTTGTTCTTTCCACCCCAAATTACCCAACATACAGTAAAAGACCACTTCTGTGCAGAAAAAAA AAATAGAAAAATAAAAACGTTAAAAAAAAAAAGTGTGTACTTAGTTCAGGTGACAAGTCCTTCAACACAA ATGCTCTAATAATTTAAAGATAAAGTACGTGTATCAGAAGTTTATTTTAATAGCTGCAAGCATGGCTGGC TGTGGTAATAGGGTGTTACATCCACAAAACTGTGTTGCGCTTCTTTTTTTATTATTATTATTATCATTCT ATTTTTAACCTACCTCGTTTTGTCTCTTTCTTTTGGGTGTCATTTCTTCTTCCTCTTCTTCTTGTTGAAC TGTCGCTTCCCAGAACCCCCTACAGAAAATAGGAAATCTATTCTGTGGGGAAGCGGAAACAGGAAAAGTT CTCTCTTGTTTGCTCTTCCCAACAGAATAGATTTTCAAGCCTATGTGAGTCCTGCAAGATGGACATGATT GGTGGGAGCTGCGATCAAACACTTATACCTTAAATACAAATTGGACTTTTCTGTGTCCCTACAGAGTTGT GTTGGCTTTAATATGTACTGGGGACAAAGCAAAAGTCTCAGCCATAAAGATTGCTCAGTGCAAAATGGCT TCATGAGAGGAGTTTGCTGTTTGATGAAGCCGTTCAACAGGGAAAGTGTCTGGATTGGGCACATGGTCTA AACACACGTAATGTAGCAATTCACTGGTTGGAGATGAATAAAAGCGGCACGCTCTGTCATTAACTATTTG GTTGCCAACAGATTTATTTAGCTGCTGTGATTGTATTTTGTCAGGTGCTTCAGAACATTCGGTTGCTGAC TGAGAAACCTTTTCGAACGTTAAAGCCTTCAAAATACACCGTCAAAATGATTTTTTTATTGTAGGTTTTT GGGTCAAGTTATGAAATAAAAGGGATTTACTGTG
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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