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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_041573144.1 PREDICTED: Xenopus laevis spectrin, alpha, non-erythrocytic 1 L homeolog (sptan1.L), transcript variant X2, mRNA TCGTCAGTGCAGAATGCAGAGATTATCTGTGCCTTGAAGAGGCTGATAGGAGCAGCACTCACGTATCCTG CCTAATCATAAAGAAAATGGATTCAGGTGGAGTGAAAGTGCTGGAGACGGCGGAGGACATCCAGGAGAGG CGCCAGCAAGTCCTGGATCGATTCCTGCGGTTTAAGGAACTCTCTACACTGAGACGGCAGAAGTTGGAGG ATTCTTACCGCTTCCAGTTTTTCCAACGAGATGCCGATGAGCTTGAGAAATGGATCCAGGAGAAACTCCA GATTGCATCTGATGAGAACTACAAGGATCCAACCAACCTGCAGGGCAAATTGCAGAAACACCAGGCCTTT GAGGCAGAAGTACAGGCCAACGCAGGGGCGATCGTCAAACTGGACGAGACTGGAAACCAAATGATTTCAG AAGGACATTTTTCATCAGAGACCATCAGAACCCGTCTGGTGGAATTGCATCGTCTGTGGGAGCTGTTGCT CCTAAAAATGCAAGAGAAAGGGGTTAAGTTACAACAGGCACAGAAGCTTGTTCAGTACCTGCGGGAATGT GAAGATGTCCTAGACTGGATTAATGACAAGGAGGCCATTGTAACATCTGAAGAGCTTGGTCAGGATTTGG AACATGTAGAGGTCTTACAGAAGAAGTTTGAAGAGTTTCAGACTGATCTGGCTGCTCATGAAGAAAGAGT GAATGAAGTCAACCAGTTTGCAAGTAAACTGGCCCAGGAGGATCACCCAGAGCTGGAGTTGATAAAGACC AAACAGGATGAAGTCAATGCAAGTTGGCAGCGCCTCAAAGGGCTGGCGCTCCAGAGACAAGGGAAGTTAT TTGGAGCTGCTGAAGTTCAGCGTTTTAACAGAGATGTTGATGAAACCATTGGCTGGATAAGAGAGAAGGA GCAACTGATGGCATCTGATGACTTTGGCCGAGACTTGGCAAGCGTTCAAGCACTCCTACGTAAACACGAG GGTCTGGAGAGGGATCTTGCAGCACTGGAGGAGAAGGTGAAAGCCTTGTGTGCAGAATCAGATCGTCTGC AGCAATCGCATCCCATGAACGCCCCTCAGATTCAAGTGAAGGGAGAAGAACTGATAACCAACTGGGAGCA AATACGCACACTGGCAGCTGAACGTCATGCTCGTCTCAATGATTCCTACAAGCTTCAGCGATTCCTAGCA GACTTTAGGGACCTGACCAGCTGGGTAACAGAAATGAAAGCTCTGATCAATGCAGATGAGCTGGCCAACG ATGTGGCTGGTGCAGAGGCTCTGCTTGACCGACACCAGGAACATAAGGGGGAAATCGATGCACATGAAGA TAGCTTTAAAGCAGCAGATGCTGCAGGTCAGGCCCTGCTGAACTCTGGCCACTATGCCTCCGATGAAGTT CGTGAGAAGCTTACTATCCTATCAGAAGAAAGGGCAGCTCTTCTAGAGCTATGGGAGCTCCGCCGTCAGC AATATGAACAGTGCATGGACCTGCAGTTGTTTTACAGAGACACTGAACAGGTGGACAACTGGATGAGCAA GCAGGAAGCTTTCCTGCTCAACGAGGACTTGGGTGATTCTCTGGACAGTGTGGAAGCTCTTCTGAAAAAA CACGAGGATTTTGAGAAGTCTCTTAGTGCTCAGGAAGAGAAAATCACGGCTCTGGATGAGTTTGCTACAA AGCTAATTCAAAATAACCACTACGCCAAGGAAGATGTGGCTACTCGTAGAGATGCTCTGCTGAGCCGTCG CAATGCTCTTCACGAACGTGCACTATACCGCCGTACTCAGCTGGCAGACTCCTTTCACCTGCAGCAGTTC TTCAGGGACTCGGATGAGCTGAAGAGCTGGATTAATGAAAAGATGAAGACTGCAACAGATGAGGCATACA AGGATCCCTCCAATCTCCAGGGTAAGGTGCAGAAGCACCAAGCTTTTGAGGCCGAACTCTCCGCTAACCA AAGCCGTATAGATGCCTTGGAGAACTCTGGCCAGAAATTAATTGATGTCAACCATTATGCATCTGATGAG GTGGCAGCCCGTATGAATGATGTTATCACTTTGTGGAAGAAGCTGCTAGAGGCCACTGAATTGAAAGGGA TCAAGCTGCGCGAAGCGAACCAACAGCAGCAGTTTAATCGGAATGTGGAGGACATAGAGTTGTGGCTGTA TGAGGTTGAGGGGCATTTGGCTTCAGATGACTATGGAAAAGACCTGACCAATGTTCAGAACCTGCAGAAA AAACATGCCTTGCTGGAGGCTGATATAGCAGCTCACCAGGACCGTATCGATGGTATCACTATCCAAGCAC GTCAGTTCCAAGAAGCCGGTCATTTCGATGCTGACAATATCAAGAAGAAGCAGGAGGCCCTTGTTAGTAG ATATGAGGCTCTGAAGGATCCCATGGTTGCGCGTAAGCAGAAGTTGTCAGATTCTCTGCGTCTACAACAG CTTTTCAGGGATGTTGAAGACGAGGAGACCTGGATAAGGGAGAAGGAACCCATTGCAGCCTCCACCAACA GAGGCAAGGATTTGATTGGAGTCCAGAATCTCTTGAAGAAACACCAGGCCTTGCAGGCTGAAATTGCTGG GCATGAACCCCGCATCAAAGCTGTTACCCAGAAAGGAGATTCTATGATCACCGAAGGCCACTTTGCCTCT GAAGAAGTGATGGGTAAATTAAAGGAGCTGAATGATAAGTGGGCCACTCTAAAGAACAAAGCATCGCAAC GCCGACAGGACCTTGAAGATTCGCTACAAGCTCAGCAGTATTTTGCTGATGCAAACGAGGCGGAGTCTTG GATGAGGGAGAAGGAGCCTATTGTTGGAAGCACAGACTATGGCAAAGATGAAGACTCTGCTGAGGCCCTT CTGAAGAAACATGAAGCTCTTATGTCAGATCTCCGAGCATACGGAAGCAGTATCCAGGGACTGAGTGAGC AGGCCCAGGCCTGCAGACAACAAGTTGCTCCAACGGATGATGAAACTGGAAAGGAGCTGGTGCTGGCATT GTATGATTACCAAGAGAAGAGCCCGAGGGAGGTGACCATGAAGAAAGGAGACATCTTGACCTTGCTGAAC AGCACAAACAAGGATTGGTGGAAGGTGGAAGTGAATGATCGTCAGGGCTTTGTGCCTGCTGCATATGTGA AGAAGCTGGACCCAGCACAGTCTGCATCTCGAGAAAACCTGCTGGAGGAACAGGGAAGCATCGCTCTCCG TCAGGAGCAGATCGATGGCCAGGCTCAAATGTCTAAGGAAGCTGGCAGTGTTTCTCTGCGTATGAATCAG GTTGAAGAATTGTACCACAATATATTGGAGGTGGGAGAGAAGCGAAAGGACATGCTAGAGAAGAGCTGCA AGAAGTTCATGTTGTTCCGTGAGGCAAATGAGCTGCAGCAGTGGATACACGAGAAAGAAACATCTCTTAC AAACGAAGAGGTCGGGACTGACCTGGAGCAAGTGGAGGTGCTGCAGAAGAAGTTTGATGACTTCCAGAAG GATTTGAAGGCAAATGAGTCACGTTTGAAGGACATTAACAAGGTGGCTGACGATCTTGAATCTGAAGGCC TGATAACAGAAGAAGTCCAGCCTGTGCAGCATCAGGAGGTGTATGGAATGGCGCGGGATGACCCTGACTC CAAATCAGCATCTCCATGGAAGCATGTTCGAACTGCTGTTCAGGCGGTGGCTAACTTCAACTCTATCAAG GATTTGAATGAGCGCTGGAAGTCGCTTCAACAGCTGGCAGAAGAAAGGAGTCAGCTTCTCGGCAGTGCCC ATGAAGTACAAAGGTTCCACAGAGATGCCGATGAGACAAAAGAATGGATTGAAGAGAAGAACCAGGCTTT GAATACAGACAGCTATGGACATGACCTGGCTAGTGCGCAGGCTCTGCAACGTAAACACGAAGGGTTTGAG AGAGACCTCGCTGCTCTAGGAGATAAGGTGAACTCTTTGGGAGAGACCGCTGAGCGTCTGATTCAGTCGC ACCCTGAGTCTGCAGATGATATTCAGGAAAAATGCACAGAGCTTAATCAGGCCTGGAACAGCCTTGGCAC CCGGGCAAACCAGCGCAAGGAGAAACTGGGTGATTCTCACGATCTGCAGCGCTTCCTCAGTGACTTTAGA GATCTCATGTCCTGGATCAATGGAATTCGGGGCTTGGTGTCATCAGATGAACTTGCTAGAGATGTGACCG GTGCTGAGGCTTTGCTGGAACGACACCAGGAACACCGGACTGAGATTGATGCTAGAACAGGCACTTTCCA AGCTTTTGAGCAGTTCGGGCAGCAGCTTCTGGCTCGTGGTCACTATGCCAGCCCTGAAATCAAGGAGAAG CTGGATATCTTGGAACAGGAACGGGCAAGTTTGGAAAAGGCTTGGGTAGAACGCAGAATGATGTTGGATC AGTGCTTGGAGCTGCAGCTCTTTAACAGAGATTGTGAGCAGGCAGAGAACTGGATGGCAGCCCGTGAAGC CTTCCTGAACAGCGAGGACAAAGGGGATTCCCTGGATAGTGTGGAGGCTCTTATCAAGAAACATGAAGAC TTTGATAAAGCCATCAATGTCCAGGAAGAGAAGATTGCTGCTCTCCAGGCGTTTGCCGACCAATTGATAA CTGCAGACCACTATGCGAAGGGAGATATCTCCTCCCGTCGCAATGAAGTCCTAGACAGATGGCGCCGTCT CAAGGCTCAGATGATTGAAAAGAGATCCAAACTTGGGGAATCTCAGACTCTGCAGCAGTTCAGCAGAGAC GTTGATGAGATTGAAGCCTGGATCAGTGAAAAACTGCAGACGGCTAGTGATGAGTCCTACAAAGATCCCA CAAACATCCAGAGCAAACACCAGAAACACCAGGCTTTTGAAGCTGAGCTCCAAGCCAATGCTGACCGTAT TCGTGGGGTAGTCGACATGGGGAACTCCCTTATTGAACGAGGTGCCTGTGCTGGCAGTGAGGATGCAGTG AAGGCTCGCCTTGGAGCTCTCGCCGATCAATGGCAGTTCCTTGTAAGCAAGTCTGCAGAGAAGAGCCAAA AGCTGAAGGAAGCAAACAAGCAGCAGAACTTCAACACTGGCATCAAAGATTTTGATTTCTGGCTGTCTGA GGTGGACGCTTTGCTGGCATCTGAGGATTATGGTAAGGACTTGGCATCTGTAAACAACCTGCTGAAAAAA CACCAGCTTCTGGAAGCTGATATCTCTGCTCATGAGGACCGCCTAAAAGATCTGAATGGGCAGGCAGATA GCCTGATGACCAGCAGCGCCTTTGACACCACCCAGGTGAAGGAGAAAAGGGATGCCATTAATGAACGCTT CCAGCGCATCAAAAGCATGGCCGCTGCACGCCGCGGCAGGCTGAATGAGTCCCACCGCCTGCACCAGTTC TTCAGAGATCTTGATGATGAGGAATCATGGATCAAGGAAAAGAAACTTCTGGTTGGATCTGATGACTATG GCCGAGACTTGACTGGAGTGCAGAATTTGAGAAAGAAACACAAGAGATTGGAAGCTGAACTGGCAGCTCA TGAGCCAGCCATCCAGGGTGTGCTGGACACTGGAAGGAAGCTTGCTGACGACAACACTATCGGAAAAGAG GAGATTCAGCAGCGACTGGCACAGTTTGTCGAGCACTGGAAGGAACTGAAGGAACAAGCAGCAGCTCGTG GTCAGAGACTGGAAGAATCTCTTGAGTACCAACAATTTGTAGCCAATGTAGAGGAAGAGGAAGCTTGGAT TAACGAGAAGATGACTCTAGTTGCCAGTGAAGACTATGGTGACACACTGGCTGCCATCCAGGGATTGCTC AAGAAGCACGAGGCATTCGAGACAGACTTTACAGTGCACAAAGACAGAGTACATGATGTATGTACCAATG GAGAAGACCTGATACAGAAGAACAATCACCATGTGGAGAATATTAGCGCCAAAATGAAGGGTCTCCGAGG GAAGGTGGCGGAGCTAGAGAAAGCGGCTGCACAGCGCAAGGCCAAACTTGATGAGAATTCCGCTTTCCTG CAGTTCAACTGGAAGGCGGATGTTGTAGAGTCCTGGATCGGTGAAAAGGAGAACAGCCTGAAGACTGATG ATTATGGCCGAGACCTCTCCTCCGTGCAGACTCTGCTTACTAAGCAGGAAACATTTGACGCTGGCCTACA GGCTTTCCAGCAAGAAGGCATTACCAACATCACTGCGCTGAAAGACCAGCTTCTGGCCGCAAAGCATGTG CAGTCAAGGGCTATAGAGTCGCGTCATGCTTCTCTGATGAAGCGTTGGAACCAGTTGTTGGATAACTCTG CTGCTCGAAAGAAGAAGCTACTGGAGGCCCAGGAACACTACAGAAAGGTTGAGGACTTGTTCCTAACATT TGCCAAGAAAGCCTCCGCCTTTAACAGCTGGTTTGAGAATGCTGAGGAGGACCTGACTGATCCCGTTCGC TGCAACTCCCTGGAGGAAATCAAGGCGCTACGCGAGGCACACGATGCATTCCGCAATTCCCTCAGCTCTG CCCAGACAGATTTCAACCAGCTTGCCGAACTGGACAGGCAAATCAAGGGCTACCGGGTAGCCTCCAATCC CTACACATGGTTCACCATGGAGGCTTTGGAGGAGACATGGCGCAACCTGCAGAAGATCATAAAGGAACGA GAACTTGAGCTACAGAAAGAACAGCGTAGGCAGGAAGAGAACGATAAGCTCCGACAAGAGTTTGCCCAGC ATGCCAATGCTTTCCACCAATGGATTCAGGAGACAAGGACCTACCTTCTGGACGGGTCTTGTATGGTGGA AGAGTCTGGAACACTGGAGTCACAGCTTGAAGCAACAAAGAGAAAGCATCAGGAGATCCGGGCCATGAGG AGTCAGCTGAAGAAGATAGAAGATCTTGGCGCAGCGATGGAGGAGGCTCTGATCTTGGATAATAAATACA CAGAACACAGCACTGTTGGGCTGGCACAGCAATGGGACCAACTGGATCAGCTAGGCATGAGAATGCAACA CAACCTGGAGCAACAGATCCAGGCCAGAAACACAACTGGTGTAACAGAGGAAGCACTCAAAGAATTCAGC ATGATGTTCAAGCATTTCGACAAGGACAAATCTGGCCGCCTCAACCACCAAGAATTCAAATCTTGTCTGC GGTCCCTCGGCTACGATCTTCCCATGGTAGAGGAAGGAGAACCAGACCCAGAGTTTGAAGCCATTTTGGA CACTGTCGATCCCAACAGAGATGGGCACGTTTCTCTACAGGAATACATGGCTTTCATGATCAGCAGAGAA ACCGAAAACGTCAAGTCCAGCGAGGAGATAGAGAGCGCCTTCCGAGCGCTGAGTACAGAGCAGAAACCAT TTGTTACAAAGGAAGAACTATACCAGAATCTGACACGCGAACAGGCAGATTACTGCATTTCACACATGAA ACCCTACATGGACAGCAAGGGCCGCGAAATGACCTCCGCTTACGACTACGTGGAATTCACGCGCTCGCTA TTTGTGAACTGATGTGGCCGATTAAAGCCTTGCTTGTGTCTGCCGTCTCTCTGGCTGTGCATGTTCTCCG CCTACAGCTGCCCACTCTATATCCTTGTTGTTTAGCAATATGAGCAATGTGCTTTAATAAACGCTGATTA TTCATTAA
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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