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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_041567413.1 PREDICTED: Xenopus laevis KIAA1217 S homeolog (kiaa1217.S), transcript variant X13, mRNA CATGTACACTCATAGCTACACATACACCGCCACTGTGAGACTCCACTGCTGCAGAGAAGTCACATGAATT ATCCAAAAGCCCATTTACATTCCACAGGTCTGATAAAGTGCTGGTGTGACTGCCCACTGCCTCTCGGCTT CAACCTGATTAAACTTGCCTCCTCCTAGCACTTGTATCCCAGCAGCTGCTGCCCAGCTCACAGCTCTCCA GGAATTCTCCACTGCTGCTAAAAAACGATGAGAAACTGATGAGGATCTGGGCTGCCTCCTGCTATTTGGA TATATAAAGTCTGTGCAGTGGCAGCAATGTCCAAGCCATCACGTTCGGCCAGGCCCTTGCCATCTCATGT ACACTCTAAGCCGCCTATGAATAGGAAAGAAGATTTTAGCAACCGAGGAAGGAAAATCAGCTTAGGAGAG AAGATTCTACGAGCAGGCAGTGAAGAGAACCTCTCTAAGCAGCAAGTGCAAGCAGCACAAATACTCAGCA GGCAAGTCAGCTCCAGCAGCAATAAAGGCCAGTCAAAACATGGCATGCAAGGATCTTCCCTGGAAAATAT AGAATTTCATCAGTCAAAAGAGAATCTTTCTAATGGGAACAGTCACATTCCACAAAAATCGGGGCGGAAT ATTCCACGGAGACATACTGTAGGTGGCCCTCGGAGTTCTAAAGAGATTTTGGGAATGCAGACATCGGATA TGGACAGGAAAAGAGAGGCCTTCCTAGAACATCTCAAATACAAATATCCTCATCATGCCACTGCAATTAT GGGCCACCAGGAGCGGCTCAGAGATCAGGCCGTGCAGTGCATGTTGGCCTCACTTCATTCAGAACTTGAC ATTCAAAGGTACTTGATGAAAATTGAATCCTCTCAGAGAACAAAAAGCCCAAAGCTCTCTTCAAGCCCAC AGCCCAGTCTGGGAGATCCAGGAGAACATCTGTCAGAGGCGTCTGCTGATTCCGGAGACATGATGTTTGA AGCTGATTCGGCAGTGCCCTTTGTCCGAGGCAGCCGTACAAGAGCCAGCCTTCCGGTCGTCCGGTCCAAC AATCAAACAAAAGAGAGATCACTTGGTGTGCTGTTCCTACAGTATGGCGATGATACCAAGAAAATGCAAA TGCCCAATGAAATCACAGGCATAGACACAATTCGTGCCCTGTTTGTAAGTGCCTTCGCTCAGCAACTGAC AATGAAGATCCTGGAGTCGCCCAACACAGCCATTTATATTAAGGACGATGGCCGAAATATCTATTATGAG CTCAGCGATGTCAGGAACATACAAGACAGAGCCTTCCTCAAAGTGTACAATAAAGACCCTGCGCACGCAT TTAACCACACTCGCGGGACGCTCAATGGAGACGTAAGGATGCAAAGAGATATTTCCTACTCCGTTCGGGA AGGCACGGTGATCCATAGACCTGGGTCTGCAACCTATACCTCTCATGCTGGCCCAGTGTCACCCCCTCCT ACACCTGTTCCCCACTCCATGCCATCATCTCCGTCAAGAATCCCTTATGGCGGTGGGCGGCCTGCAGCAG TGCAGAGCAACACTACCATGCAGAGGGAAAGAATACCAAGCGTGCCGGCATCTAGATCCATATCTCCTAG CCCCAGCGCTATACTGGAAAGAAGGGACGTGAAACCAGATGAGGACATGGGCAATAAAAATGTCCAGCTG CTAAGGAATGACATGTACCAAGACCCTTATTTATATCATGAAGGACGGATGAGTATGGCATCATCACATG GTGGGCACCCTCTTGATGTCCCAGATCATATTATTGCATACCACAGGGGGTCCACGAGATCTGCAAGCAC TTATTCTAATTCTTCTATGCAAATGGAAATGATGGAACAATCCATGTACAGGCAAAAAAGTCGTAAGCAC GTGGAAAGTCATTTGCCAACACTTGGCTCTAAAACTCCCCCGACCTCTCCTCATAGAGTGGCTGATATAA GGATGATGGAGATGCATGCCCATAATGCTCATCTGCCTCCCCATGGCATGCAGTCCGACAGATCTTCTCC CCTACGCCAGTCATTTAAAAAGGAGCAAGGGCCTGGCATGTTTGTAGAAGCTAAAGTGCGAAACACAGGT GGAATAATAAGTATGGCGGATATTGTCCAATCTCCTACTGATAAACAAGTGTTTGGAGGGTATGGAGTAC CACCAAAAGACCCTTACACAAGAGAGAGGATGCATGCCATGGAGAAACAGATTGCCAGTTTAACTGGTAT TGTTCAGACTGCACTTTTGAAAGGGCCCAGCCCAAACAACTCTGCACCTAGCGACAAAGTCTTAAAATCA GCCAATGGCAGCACTTCAAGCACAGATCGGCCAGGAAATCAAGGCGCAGCCGCTGCGAAGAATTCATTAG TCCTTTCAGAATCAGTAACTCTTATCAACCAGCAGTCGGCTGCCTGCTCGCAAGACATGCACGTCAGCCT ACAGGACATGAGGCGCAATGTGGCTGAACTCCGACTTCAGCTGCATAAAATGAGGCAACTGCAGCTGCAG AACCAGGAGACGGTGAGGCTGATGATGAAGAAAGCGGAAATGGAAATTAGCAGCAAAGTGAATGAGATGG TCAGAAGCGCAGAGGACCCGGTGCAGAGACAACGCGTCTTGGTGGAACAAGAGCGCCAGAAGTACCTCAA CGACGAGGAACAAATTGTTGCAAAGTTGAGTGACCTTGAGGACTTTGTAGAATCCCTTAAAAAGGAGCGG AGCACATCTCAGAGGGTGATCACCCTGAAGGACGTCGAGGATCGGGCTTTCATACTGCGCCAGATAGGAG AGTCTGTTTCCAACTTGAAAGGAGAGTTCCCGTACCTCCAGAATAAGATGAGGGCAGTCTTGCGTGTGGA GGTGGAGGCCGTCAGATTTCTGAAGGAGGAGCCCCACAAACTGGACAGCTTATTGAAAAGAATCCGAAAC ATGACAGATGCCCTTTCTGCCTTAAGAAGACACGCCACCGACGGACCCTCCAAAGCCACTGACATCAATC AGACCAGCCATTTTGTCGTAACAGAAAGAGTGACTGAGACTGATTCACTCCAGGTCCATGAGGAGAAATC CCAAACGTATCTTCAGCCAACACAAACTGATGGAGGACCGGCAGTGGAATCACCAACGGCATCTGTTAAA TCAGAAGTGGTTCCTCTGTCTGCCGGCCTCAAAGTCCATCAAGTCCAAAGTTCCCCGGTCCTCATGCAGC AGTCTCAGCACTCATCGGCACTTGTGAACCACACTCCTACCCCCAGTACTCAGACCAGTCACACCACAGA ATTATTAGTGAGTCCTCAAACTGCCAGTGTGCCGCCCAGTGTCACGCCAGAAAATGCAAGAAGGAACCCA ACAACCCAGACGACTGGACAAGAAGGATCTTCCATGCAAAGTCTTTTCATTGATGAAATCAATCAAGTGA CTTATAGGAACAGAGCTGTCTCCATTGAGGAAGCGGAGAGAAAGTTTGAGGAGAAGAGGCAGAATCTGGA TCATTATAACGGGAAGGAATTTGAGAAGATGCTGGAAGAAGCACAAGCCAATATCATGAAGGCCATTCCC AGTTTAGAGGTACCAGCCCAGCCCCAGAAAGTGGAAATTGTGGACAAATTAGAAGTAACAGAGGTAAACA CCAAAACGGAACAAGATAACGATAAGATAAAGTCTCCCCCTCCACCACCTCCTCGTCGTATGTTCCCACC AGGATCTGGACTGAACAGTGTACGGACAGCAGAGTCAACATACTTGGTCAGAAGGGAAAGCAGCAAGGAT TCCGAGGAAGCCCCTCCTAAGGTTCCAGCAAAGGCAGAAACAGAAGATCTTCATTCACTGGAGGCTACAG TCAAGTCTTCAGTCATAAAGGATGAGGATGATGAAGAGGAAGGGGCAAGGATTATGGCTGAACTTCAGGC CTTCCAGAAGTGTTCTTTTGTGGATGTAAATCCTAAAAGCCCAAATGAGCTTTCTAAAGCAGATAGCCAA GATTTCAGAGCTACAGCTGTAACCCAAGCTAAAGAAAAGAAGGGTTCAAATGGAGGACCACAAACCAGCA GAATGCCAATCCCAATGTCTTCTAAAAGTAGGCAAGCAAACGTGGACAAAACTAGCAAACAGCCCAAACT GCAGGAGCCGCAGCGCCAATACAGACAGGCTAACGGAGGTACTAAGAAAGCTGGTGGGGATGTTAAGGCT TCTACCCCTTCTTTATCTGTTTCTAAGATTCCAGGCTTTTCCTCTAACACTGGGAAAAGTGGCTCTGTGC CTGCTCAGTCAAGTGACACCTCTAACCCCCCTAACCCTCCTGTGAAGTCACATGTTTCTGTTGCCCATTC TAACATTCAAGCTAGCCGCACCATTAACTCCTCAGCCCTCATACGTCCTGCTCACAACGGCTCCTCAAAA CTTCAGCCCCCACCTACGTATAAAGGTCACCATCTTTCATTCTCACCGCAGGCCTCAAATGGTAGACCAG CTCTTCCCTCTCCTACTGCTTCTAGTTCTTCTCCCCCTTCTTCTGTCTCTCCCTCTTCACTGACTCAAGG TGTGAAGAGTGTCCGCACAATCCACACACCTAGCTTCACCAGCTACAAGTCACAGAACGGAAATGCAAGC AAAGGCCTGAATGCAAAGGAGACCTCTTAAGCTCACCATGTCTGTTAATAGGTCCACCACGGGGTGCCAC CAACTCCTCATTCTACAGCTCATGTGCACAAGTCATAGACTAACAAGAGTCCAGCCAAACCTTTTGCCAT TGTAATTAATCCATGTTCTGTGTTCAGCATCATGGAGCCTGGCAAGGAGTGTGTGTAAATATTGTGTATG CGTGGGCTTGCGTGACAAGGAACAGGTGAAAGATTGCAAGGACAGAGATTATTTTATATTAAATATTTTT TAACTATGAAGTCTGCAGCTACAAAAAAAAAAATATGCTAGCATGAAATTATATCTGCAAAAAGGTTATT TTCTTTTACTTTAATGCTGGCGAAAATGAAAGATTTCTATTTTTGTCGACTGTACATCTCGTTGCTTTAG ATGATCATTTTACCATTCTATTTTCATATTGATACAATGTATTTTGTTTGAAGAGTCAAGCAGAAAAACT GGGTCAGCCAGTGATACATGAGGCTGCCAGGCTGGTGATAGTGATGACTTAGATTAGGTCCAGTTGGAGG CTTAGGGCAAGGCTAGACGTGGCGTTTTTGCAACGTTTTTTATGTTGTGTTTTTAAAAAAGAACAGCCAG GAGTAAATACGCCTAAACTGCACTACCACTGAAACTAATGGAAACGCACTATGACAATTCACACAGGGCG C
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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