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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_041577788.1 PREDICTED: Xenopus laevis cytoplasmic linker associated protein 1 S homeolog (clasp1.S), transcript variant X16, mRNA AGTGGCGGTTCTATTGAGCAGAAGAGCAGCCGGGGCGGGGAGTCGGAGCCAGACGGGAGGGACGGGAGCG ATGCGCCGGGGCCTGGAGCGGCGGAACAGCCGGCAGCCTTAGTGGAAGAAGCGGCATCCCTAGTACCCAC ACGGCACAGCTTTCCCCAGGGCGTTGTGCAGAACTATGTACCTCTGGACCGGTGACTTAGCGTTACAGTG CCTCTCGCCCTCCTTGCTGCACGTTTAAATTAGTCTTTTTATATCCGAGCAGCTGCTCTGCAGACACATG CCAGATTGTTCTCATTCCCAGGATTGCATCTTTGAAGGCCAAACCCTCTTCAGCTTTTTGGCAACAAGAG AAGACCACGTTGGTGCATTCACTTGAAAGATTGGTGACCTTCTGCCCTCTACATTGCCTCTTTTCCTAGT TGGTGCTGGCCCACCCCCTAGCTATGGAACAGGGAATGGACTACTGGCTGGGGCAGATACAGCAGAAAGA TGTGGGCAAGAGACTCCAGGTTGGACCAGACTTGATAGAATACCTGTTGGATAGACAGAAGTCTATAGAC CTGGAACAGGACCAGACTCTGCTTGATAGAATGGTCGATGGACTTGCCACTTCCTGGGTGAATTCTAGTA ATTACAAGGTGGCCTTGTTGGGCATGGACATTCTGTCGGCACTGGTTACCAGACTGCAGGATCGATTCAG AACACAGATTGGCACAGTGCTGCCAAGTTTAATGGACCGATTAGGGGATGCCAAGGACTCTGTGCGAGAC CAAGACCAGAACCTCCTGATAAAGATAATGGAACAAGCCTCCAACCCACAGTACATGTGGGAACGCATGT TTTCGGGATTCAAGCATAAGAATTTCCGTACGCGGGAAGGAGTCTGCCTCTGCCTTATTGCTACCCTCAA TGTGTATGGAGCCAACAGTCTGACACTCAGTAAGATTGTACCACATATATGTAACCTGCTGGGGGATCCT AATAGCCAGGTCCGAGATGCTGCAATAAATTGCCTCGTAGAGATCTACAGACACGTAGGGGAACGTGTCC GAGCAGATCTAAGTAAGAAAGGGCTGCCACAATCACGACTGAATGTAATTTTCACCAAATTTGATGAGGT GCAAAAATCAGGAACCATGATCCTCTCCACAACAGATAAAAACTTTGATGATGAAGATTCTGTTGATGGC AACCGACCCTCATCGGCCAGTTCTTCCGCCTCTTCTAAAGCCCCTCAAACTGCCCGAAGAGGGGTAAGCC TAGGGACTGGCCGCAGGCCAGGGACTTCTAGTGCTGCACCCAAGACAGGAGGAACTGCCAAAGAAGGAGC GGGAGCCCTGGATGAGGAGGATTTTATCAGAGCGTTTGAAGATGCTCCCACTGTCCAGATCTATTCAAGC CGAGACCTAGAAGAGTCCTTGAACAAGATTCGAGAAATCCTCTCTGATGACAAGCATGACTGGGAGCAGA GGATCAGTGCTCTGAAGAAGATCCGATCTTTGCTTTTGGCGGGGGCAGCAGAATATGATAATTTCTTCCA GCAACTCCGCCTGCTCGATGGAGCATTTAAACTCTCTGCCAAGGACTTGCGCTCTCAGGTTGTACGGGAG GCCTGTATCACCCTGGGACACTTATCCTCAGTTCTGGGGAATAAATTTGACCATGGTGCAGAAGCAGTCA TGCCAACAGTCTTCAATCTGGTCCCTAACAGTACCAAAATCATGGCCACCTCTGGAGTTGTAACCATCCG GCTAATCATACGTCACACACACGTCCCACGGTTGATCCCCATCATCACCAGTAACTGCACCTCCAAGTCT GTTGCCGTTAGAAGACGCTGCTATGAGTTTTTGGATTTGCTTCTTCAAGAATGGCAAACTCACTCACTCG AAAGGCATGTATCTGTGTTGGCGGAGACCATCAAAAAGGGGATTCATGATGCGGATTCCGAAGCGAGGAT CGTCGCAAGGAAGTGCTACTGGGGATTCCACGGTCATTTCAGTAAGGAGGCAGAGCAGCTGTTCCACGCA TTGGAGTCTTCCTACCAGAAAGCCCTGCAGTCCCATCTGAAGAACTCTGACAGTATTGTCTCTTTGCCCC AGTCTGACCGTTCCTCCTCCAGTTCCCAGGAAAGCCTCAACCGTCCACTCTCTGCCAAAAGAAGCCCCAC GGGAAGCACTGTGTCTAGAGCTACTTCCAAATCCACCACTGGGTCCCTGCAGCGATCTCGTAGTGACATC GATGTGAACGCAGCAGCCACTTCTAAAACGAAGGCAGCATCTGGAGCCTCCACTGCCCCATTCAGTTCTG TTGCCGCCCTGCCACCTGGATCCTATGCGTCACTGGGTCGTATTCGCACTAGAAGGCAGAGTTCCGGCAG CACCACCAGCACGGCCTCTACCCCAGCAGACACCCGTGGACGTAGTCGAGCCAAAGTTGTGTCACAGTCA CAGCGATCCAGATCGGCCAATCCTGCCAGTGCCGGAAGCCGGTCCAGCTCACCAGGAAAACTCCTGGGAA GTAGCTATGGCGGGATAGCAACTGGCCCACAGAGGGTCCCCCAGATGCCCTCTGAGAAGAGAAGCAAGAT TCCCCGAAGCCAGGGGTGCAGCAGGGAGACCAGCCCAAGCAGGACTGTCTTAGCAAGGAGCAGCCGTATC CCCCGACCCAGCATGAGTCAGGGGTGCAGCCGCGATACCAGCCGGGAAAGCAGCCGCGATACCAGTCCTG CCCGGGGCTTTGCTCCTCTGGATCGTTTTGGGATCAGCCAACCAGGAAGAATCCCCTCAGCAATGCGTGT GCTGAGTTCAAGCACAGATCTGGAGGCAGCTGTGGCAGATGCTCTGTTGCTGGGAGATTCCAGAAATAAG ATGAAGCCAGTTCGGAGGCGTTATGAGCCATACGGCATGTACTCTGATGATGATGCCAACAGTGATGCAT CAAGCGCTTGCTCGGAGAGGTCCTATAGCTCTAAGAATGGCGGCATCCCACACTACCTGCGCCAGACGGA AGATGTGGCTGAGGTGCTGAATCACTGTGCCAGCTCCAACTGGTCTGAGAGAAAGGAAGGACTCGTTGGA CTGCAGAACCTGCTCAAGAGTCAGAGGCTGCTTAGCCGGGTGGAACTGAAAAGGCTGTGCGAAATCTTCA CCCGGATGTTTGCTGATCCTCACAGCAAGAGAGTTTTCAGCATGTTCCTGGAGACCCTTGTGGACTTTGT TATTATTCACAAAGACGACCTGCAGGACTGGCTCTTTATCCTCCTGACCCAGCTGCTGAAGAAAATGGGC GCTGACCTGCTGGGCTCTGTCCAAGCCAAGGTGCAGAAGGCATTGGATGTGACAAGGGATTCCTTCCCGT TTGACCAGCAGTTTAACATCCTCATGAGATTCATAGTGGATCAGACCCAGACTCCCAATCTCAAGGTGAA AGTTGCCATATTGAAGTATATTGAGTCCTTGGCCCGACAGATGGACCCAACAGACTTTGTCAACTCCAGT GAGACGCGTCTGGCTGTTTCCAGAATCATCACTTGGACAACTGAGCCAAAGAGTTCTGATGTCAGGAAGG CGGCACAGGTTGTCTTAATCTCTCTGTTTGAGCTGAACACCCCAGAGTTCACCATGTTACTGGGGGCTCT ACCCAAAACCTTCCAGGATGGGGCCACAAAACTCCTGCACAACCACCTCAAGAACTCAAGCAACAGTAGC ATGGGATCCCCAAGCAACACCATTGGCAGAACTCCTTCCAGACACTCCAGCAGCCGAGCCAGTCCACTAA CATCGCCCACCAACTGTTCCCATGGCGGCCTCTCTCCCAGCATGCTGGATTATGACACTGAAAACCTGAA CTCTGATGAAATCTATAGCTCCCTCCGAGGGGTGACCGAGGCCATCGAGAAGTTCAGCTTCCGCAGCCAA GTAGATCTCAATGAGCCTGTGAGACGGGACGGCAAAAAGGAAAGTGAAATGGGGTCCTGCGATGCTGGAA TGGCTTCTCCAGCCAGTGATCTACGAGGGGGCACAGACATGGTGGAAGGAGGTAGAATGGCGCTTGATAA CAAGACTTCCCTGCTGAACACTCAGCCGCCTCGGGCATTCACAGGACCCCGTGGGAGGGAATACAACCCT TACGCCTATTCCGACTCCATTAACAGCTACGATAAGACTGCACTAAAGGAAGCTGTGTTTGATGATGACA TGGATCAGCTGCGTGACGTACCCATTGACCATTCAGACTTGGTGGCCGACCTTCTCAAAGAGCTGTCCAA TCACAACGAGCGGGTGGAGGAGAGGAAAGGTGCCCTTTGTGAGCTGCTGAAGATCACGAGAGAAGACAAC TTGGCCGTTTGGGAGGAACATTTCAAGACCATTCTACTCCTCCTGTTGGAAACACTGGGTGATAAAGATC ACGCAATTCGCGCCTTGGCATTGAGGGTACTGAGAGAAATCCTGCGCAACCAACCGGCCCGGTTTAAGAA TTATGCTGAGCTGACCATAATGAAGACACTGGAAGCCCATAAGGACTCTCATAAAGAGGTAGTGAGAGCT GCAGAAGAAGCAGCATCAACTCTGGCCGGGTCTATCCACCCTGAGCAGTGCATTAAGGTTCTGTGCCCCA TCATCCAGACAGCCGACTACCCCATAAACCTCGCTGCCATTAAAATGCAAACAAAAGTCATTGAGAGGAT TTCCAAGGAGTCTCTGCACCAGATCCTCCCTGATATCATTCCAGGCTTGTTACAGGGCTACGATAATACA GAGAGCAGCGTCCGCAAGGCAAGTGTCTTCTGTCTGGTAGCCGTCTACTCTGTGATTGGAGAAGAGCTGA AACCATACCTTGCGCAATTGACTGGCAGTAAGATGAAGCTGCTGAACCTGTATATAAAGAGAGCACAGAC AACAAACAGTAACAGCAGCTCCTCATCGGACGTCTCCACACACAGTTAGAGGATGTGCTGACACCAGGAT TGCTTTTCAAGATGGGTGGAGAGGAGGAAGCGCCTGCACCTCCCGTGCACACTGGTTTCGCTCATCGGTC TGCCATCGCATACCTTCAACACTAAAGAAAATTCACACCTTTAACGCTGGAGAGGCCATAGTGATCGTTG GTGCCCAGGGTTGAACTGCCTCAGTCTTGGATCTTCTGATTAGGGGCCCAGCAAGCTTGGGGTAACTCCA TGCTCAGCAGTGCCTCAACCTCCCTTCTCCACAGCTCCGCCTCCTCATATCTCATGCAATCAGTATTTCA TTTTAAACATTTGGATTTTTTTTTCTTTGGAGGGGGGAGGGGGGATTGAATATAAAAGACGGCACGGATT TTGCCTTGGCCCCTGTAAGGTGATGATGAAAAGTAGATAAAAGTGGCATGGCGACCCACTGGTGCTATGA TTGGCATCACAGGCAGCTTACGTTGTGCACGCTGCATCCATTTGTTTTGCGGTTTTATGTTGTAAATATT AAGAAATTATTTTACAGCTCCTGGCAACCCCATTGGATTTCTTTTAGGCTCAGATTATTCAGTATTTTTT CTGTTGCCAATCAAATCACTCCGTGTGTTTCTGATTGGTTTTTCTGTTCCCAGTGGAACGATTCACAAAT GGACCCAATGTTGGGGGTTGGCAGTACTGTGAAGTGGGTTATGGTTAATTTTCCTCTGCCACAACATGGC ACCACGTTTGCGCCACCATTTTTAAATTCTGTAAATGTATTTATTTGGCATTGTTGCTTTTAACCTTTCC CAGTTACCTGAACTCTCCTGCGCCTCCCTGCTGGGTACTGTGGCCACTACTTCTGCCCTCTCACTCACCC CCCATTATCTCCGCTATAGCCCCCCCAGGAAACAAGAATTATGAATAAACCCTTGTCATGGCTTGTGCAG TCTCTGTGCCAGGAGCGGAGAGGAGCATACTGGCATCACCAACCCACAGGGAATTTTGCAGCCAATAAAT AAATATGATATGAATATACTTGTTCTCTGGGCAAATATACCGTCTGCTGTCTTTAATGAATCCATTCCCA GGAGCCCCATGTACTCCTCTATGCACTGTTTCAGCCTGTCTAGTCCCTATTGGTTAATAGCATGAAGTAA AATCCTTTAGGAATGAAATGGCAGAATTTTATATGATTTTATTAGTGCTACGAAGCAAACTCAACCGTCG CTGAGCAGATCGGCAGCCACTTACCCTGACTGGCCCATTCTGACTTCTAGAAACCAGTGTTGGACTTATG AACATGTTTATTACTTCAACATTCACCACTGAGCAGATTATCCAGTGTCACAGAAAAACTGCCCCCCATC CCAGTATTCCAGCAGTCATTCTGCAGGTCAAGAAGCAATTACCCTGTCCCCTATATTATAAAGGTAGGAT CAGCCCCCCACCCAGCTGCATACGCCTCTGTTACATATGGATTTCCTAGCACTGATTCCGTAATTGTCTC TACCAACAGGAGAGGAACCAATAGTTTACCCCTAAGAGAGAAGTCCTTATTGAAACCCCTTTGCAGGCCC CCCCCCCCCAAAAAAAAAAAGAAGAGCGTGGCACCGGCATCCCTCCAGCTCATAGGAGCTCAAGTGTTTT GGGTTAGAGTCTCTGCAACGGGCAACCTGCCATATCCACTCTCCTCCTCATAGTGGCTTACCAGTGTCTT AATAGTGATTGGTGTTCAGTAAGCCACGCCTAGTTCCTGAAGCACTCAGCAGTCTCGCTGGTCTCTATGA CCTAATGAACAAACTGATGGAGTAGGACAGACACTTGTTACCTAAGAGAAGTTTGTTTCTGCTGATGGAA ATAAATAAATTATACATAAACAGAAAATAACTTCTTTGTGGTGCCCTCCATGCTTCCTGCCTGTAGGCAC TCCACATCCCTCTCATTTAAAGTACCGTAGTTCCTACTATAGTCATGAGGATCTCTCGGCTATATGTGTA TTGGTTGCCTAGGGTCAGGGTAAGAGCCTTCTTTTTATTGGCTACTAACAACTGATTGACAGACATGTTA AGTTGCAGCCTCATTCCTGCGTCCCCTTCCATTGTTTTGTCATGACTGGCCAATGGGGAGCCTGCAATCT TTAAAAGCCAAGATGGGTTAGACTTGTAAAAAAAAGGGTCAATGTGCAGACATTTTTTTTATCACCCCTC CCCCATGTCTTCATTTTGCTTTTTTCATGCTTCATATCTTGCTGTATTTATATCCTGATTGACTTTTCCG TGTATCATGGCAATTGTACAGACTTTCCTTTCAGTTACTTTTGTTGCGTTAACCTGTATGTGATAGAATT TGCTAAAAAAGAAAATTAACTGAAAAATGAGGGAAAAAAAACCGACCCTGAGTTTTGCTTTAGAATAAAT TAAATTTATGTTTAA
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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