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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
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>XM_041579260.1 PREDICTED: Xenopus laevis ubiquitin specific peptidase 31 S homeolog (usp31.S), transcript variant X2, mRNA AATCAAAATGGCAGATACGCACGCCGGAGCACGCTTGAGGCTGGCGCTCCCACTGTCACGTGACAGCTAA GCCCCGATGCACTGTGTGTGCCGCCCGTAGCGCAATTCAAGGATAACCCTGCCTCCTCCTCTCTCCCTCT GTCTCCCGGTCGCGGTGGCAGCGGGAAGGGGATGAACCCATGTCGCAAGTGTCGGGCTCCCCCGCTGCCC CGGCGGCCGGCGGGAAGGAGAAGAAAAAGGCTTCCCTGGGGAAGAAGCTGTTCTGGCGGCGCGGTGGCTT AGTGAGCCGCTTCTTACGGACCCTCAGCGCTTTATCTCACCTGAACAGCGAGCATGATCATACCGAGCCC TCCCGGGACAAAGCCGGCTCCCCTGCCCGCGTGGAACCGCCCTCCGCGCCCCTCCTACAGCAGCAACAGC AGAACGAGCGGAGCCGACCCCCCAGCCCTCTGCTCCCCGGACTGTCGGGCCTCAGGAACCACGGGAACAC CTGCTTCATGAACGCCGTGCTGCAATGTCTCAGCAACACCGACCTGTTCGCTGAGTTCCTGGGCCTGGAG CAATACAAGGAGGCGGCCGACTCCCCTCCCAACAGCCCCGGCGGAGCTCAGGATCGCGGGGAGGTGACGG AACAACTGGCCAAGCTTCTGCGCTCCCTCTGGACCCTGGAGTACACCCCGCAGCACAGCCGCCAGTTCAA GGCAATTGTGTCCAGGAACGCTCTTCAGTATCAGGGAACCTCCCAGCATGACGCACAAGAGTTTCTTCTT TGGCTGCTAGACCGCGTGCACGAGGACCTGAACGTAGTGGTCAAACACAAACCTCGGCCCCCTCTGGAAG AGGATCTGACCGGAGAAGGCCCTCCATTCCTATCCAGTGGGACCTTTGTTCAAGAGCTTTTCCAAGCTCA GTACAGGTCTTCCTTGACGTGCCCTCATTGTCAGAAACAGAGTAACACCTTTGACCCTTTCCTCTGCATT TCTCTGCCCATCCCCTTGCCCCACACACGGCCTTTATATGTGACAGTGGCTTACCAGGGGAAGTGCTCCC ACTGCATGCGTATCGGTGTTGCCATCCCTTTATCCGGCAATGTGGGACGGTTAAGGGAAGCCGTATCACA GGAAACCAAGATTCCATTCGATCAGATAGTAATCACCGAAATGTATTTCGATGGGTTCCACCGCTCGTTC TTTGACACAGACGATTTAGATACCATCCAAGAAAGTGACTGCTTATTTGCCTTTGAGACCCCAGAAGGAA TTTTAAGCCAGAGAGCAATCTGTGTAAATAACAACCAAAACTACGTAAGACACGGGACGGATCAACACAG GCTTTACTCTTCTGGCTCAGTGCGGAATCCAGCAAATCGCTGCTCAACCAGTGATCGAATAGTGCTGCTT GTGTGTAACAGAGCTTACAGCGGGCAGCATGGCAAGAGATTTGGGCAGCCGTTTGTTTTGAACCTTGAGA GGAACATCACATGGGACGTACTTCAAAAGGAGATCCTGGAAAAGATGCAGTATTACCTGCGCCCTGCAGC TTGTGTTCAGGTTTGTCCGTTCAGCCTCCGTGTGGTTACCGCTGTAGGGATTACATACCTCTTACCTCAG GAAGAAAAACCTCTGTGTCACCCCACGGTGGAAAGGGCTTTAAAATCCTGTGGTCCTGGTGGAGCAGCTC ATGTGAAGTTGGTGGTGGAATGGGACCGAGAAACTAAAGAATATCTTTTTGGCAACGCGGAGGAGGAATA TGTGCCAGATGCGGAGAGTGTGCGACTGCAGCGCGAGATACATCACCAGCCTCAGTGCTGCACTCTTGCC CAGTGCATTCATCTCTACACCAAAGAGGAGCAGGATGGTGATCGGAGGTTAAAACTGCAGAACATGGTCT GTTTCCCACTCACTGGATTGGATATGACCCCCCATGTGGTAAAGCGCAGTCAGAGCTCCTGGAGCCTACC TACTCATTGGTCTCCATGGAGGCGGCCTTATAGTTTGGGCCGGGACCCAGAAGATTTCATCTATGATCTG TACGCAGTGTGCAATCACCATGGGACAATGCAAGGGGGCCACTATACAGCTTACTGTAAGAACTCTGTAG ATGGCTTGTGGTATTGCTTTGATGATAGCGACGTTCAGCCCTTGGCAGAAGATGATGTGTGTGCTCCTAC TGCTTACATCTTGTTCTATCAGCGCCGGGCAGCCGTCCCATCATGGTCGGCAAATAGCTCTGTTGCAGGT TCTACCAGCTCGTCCCTTTGTGATCACTGGGTTTCCCGTCTCCCTGGAAGCAGACAGCCCAGTATAGCTT CTGCGGCCTCATCTAGGCGCACGTCTCTTGCATCACTGACCGAATCCGTGGAACTGACAGGGGAGCGAAG TGAGGATGATGGTGGCTTTTCCTCTCGTCCGTTTGTTCGCAGTGTGCAGAGGCAGAGCATGTCTTGTCGT TCCTCTGTTACCAGCCCCCTTGTTGCAAATGAGAATGGATTCCGGCCATCTTGGTCCCTGTCTGCAAAAC TTCATCTAAGGGCAGCCACTTCCTGCCGTCATCCCTCTGACTCTCCCGTCCTTGGATCGTCCCTCAGCAA GATCGGGGAGGCAGATGACAGCGTGTCAACCTCTTGTTTTGGAAGCCTTCGAAATCTGTCAGGTAGTTTC CATGATCACTTTGAGGGTGGAAGGCGAGAGCATCGAGTACCTGGCCGTGCACCACTTGCAGTAGCAGAAA GCGGATCACCTGCAGAGACGGTGCCCAAAAAATCAGCTCCTTCTGATTCTTTTGGCAAGAGTGCAGCAGA GCTTGTGAGTCAGAACCCACTGCTGGATCCTCTAGACAATAATAACCATATTGCCTTTGTGGATCAGAGT GATTCTGTCTGCTCCTCCCCAGTTAGGGAGAGCCCCCAGAGTGATGAAATGCTAGGTAAAAAGACTGTAG CCAATAAGATAACAGAGCAAGAAAAATTACCACTGGAAACAGAGAAGGCGCAACCAACCACGGGCACGTG TGTTACTAATGGAAAGCATGTGCCTAAGACCAAAAAGAGTGAAGTAAAAACACCTGTACGTCGTGCAACA ACACAGCCCCGGAAGGAGACTGGTAGAGCACAGGACTCCCCTCTATCGCCTTCTCAGCAAAGGCAAAAAT CTATAAATTCCACAAATAGTAGCTCCCCAGCCCCTAAAAAACCGACCCCATCTAGCAGAACCTCTTCAAT GTCGTCATCTACAAGTAAACATCGGCTACCAGAAAAGACTCTTAGCCGAGAAGGGTCCAAAGTAAGTCTG GGCTCAGACAAAGCCGGTGCATCAAAAGCCAGTAGCACTTCTCAGCCTGCACCTCCCAAGGCCACCGAGA GTGCTGCAGAAAGTCGCACTATTCGGAGTTCTTCTATGGCCAGCCTCCGCACCCCTCAGAGTGCAACCCG ATCCAGTCTAAAGAGGGACAGCAAATCTGAGGAAAAAGGACTGAGCTTCTTTAAGTCTGCTTTGAGGCAG AGGGACAGCAGGCGTTCAGCAGATTTGGGAAAAACAAGCCTTTTATCAAAGAAGGCCACAGGAACAAAAA GCTCAGGTCAGGAGAAGCCTGAGAGTGCTCCGCCCTCAAAGGCCACTGAGGTGGCTCCAAGTCCAAAAAA ACATTCTGCCTTACCTGCACACAAAACCAAGTCTTCCCCCAATGAAAAACCAGTTCAGCCATCTCCCTCT GGGAAAAAGACTGCTGAGAAGTATCTAAAGAGGTTCCCTTCAACGGCAAAGCCATCACCCAAAGCTCAGT GACCATGGGTGCAGGGGCAGCTGTGTGAGCTCCTGGAAGCAAAAGGAATGCAAAAGAGCTGTCCCTGCGA ACAACTGTTGATTGGAATGGACACACTTTCAGTTCTCAGCCTTTTTGTACCTTTTTGGGGTTGGGTTATT CTCCTTGTTATTTTCTCACCTGTAATAGCAGCATGAACGTTACCTGTTGATGCATTAAACAGCAAATCTG CTGGCTGGAGAGGGCCAAGCAAGCCACACCAGCAGATCAGTATATTGTCCAGCAAGTACTTCTAATGCGG TCATGCCTGTGTGAGAAAGGGGAACTTTCATTTCTCTCGCCTACTTAAATTGCTGCTTTTATCTTTATTA CCGTCCTTACCAAAGCCCACCCGTGTGTCTGTTAGAAAAGAATGGCAGGGTGAGGGTTGCATCCCCTGGC TCCAATGGAGGAGTCACAAGTTCACAAGTCAAGTTCTAGGTAGAAAGAAAGGAGCTGCTTCTTAACACCG CCTTGGAGGCAAATTACTATTGAGACGTCACGTTTCCAACCATATCCAATATCTTTGTGGCACTTCCCAT CCCAGAAAATCTCATAACATTTCATCTGAAATATCAGTGGGGATAGGCCTATGTTTGTGCCAAGCGAATT TCTCATTGTAATCCACTACCTGTCGTGTAAGAGGTGCTGGTCCTTGTTCTATGAGTTAATAACCATCCTG CCTATGTCCCTGATTTAACTTATTTGATCATTAGATGCGGGATGGCACCTTTAGCTTCTTCAGTTAAGGT TTCTGGTGCGGGAGGCAGTCTGTTATTGAACCAGAATCTGTCCATAGAATTGTCTCTCTTTATGAGACTT GATTAATGCTCAATAATCAAATGAATAGCCAGCCATATAACAGTTGATACAAATCTCTCTGGAACACACA CTAAGTGCAGCGCATCACATGCGGATAAGGGTTACAAGGTCCTGTAGTTAAGCACACACTTTAAAGCAAT CCAGCGCTTAACCTTTCAACATGGCAATCTATTTATATTGTTAATTGCCTGCTTCCCGGCCTTGACATTC TACTATCCATCCTTTTCCACCGCAATTGTATAGAAACAATAGGCATTATATTCTACCATTCCATGTATCA TTAACATTGAGATCATAATATCTTTATTGGCTTTGAAGACGTTTTAAATAATATCTGTCCTATAAGACTT AACGACTCTTGCATAATTGCAGACTGGTAAGATACACTGAGCTGTCGATAGAATTACGTGGTTGCCGCTC TCTCGCATTCTTTAGCCTTTAGTATTTCCAATGACGTGACTTTTTGTCCTCAAAAGAGTTCATATTTAAT TAAGAAGTTAACATTCCAAGACATTTTTCATTCTCTGCCAGACCTTTAACAAAACCACTCCGCTCGCAGC ATGCGTGCTAGTTTCAGCATGCGCGCCTAACGACAAGAAAGAAGCATTATTTAGGCATGACGACTGCCTA CGAAGAAGTGGCCAAATTTAACACAAAAAGGTATTGGTTGTGTCTCACGGGATCGTTTTTTT
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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
