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Download BLAST databases
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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_041587689.1 PREDICTED: Xenopus laevis huntingtin L homeolog (htt.L), transcript variant X4, mRNA GCACTTTCCACACACAAACATTAAATCGCGCCAGGTAAAGTCCTCCCTTGTTATGGGTTATTACTGTCTC CGCCTCTTCTACGTTTTGTCCAATCGCAACTCAGATCCTTCTGCGCCCGCTTAACCCGCATTGGCTGTCG CTGCTGTTGATTCCGCCGCTCCTATTGGTCAGTGGGAGTGATCGCGTTAGGTTGCACTCGGGTTAGATTG CACTCGGAGCTGTCAGTGTCGCGCTTCACTCCAGGTGTGGGCCCTTGGTGATGGCGTCTGGTTGTCGTAG AGTCCAGGTCGCTTGGCAGAGGTTGTTGACGGAGTGAGCCCGTGTAACACCGAGAGCTGCACCGTGATAG GCTCGTTCCCGGGCCGGCCCCGTGCTGTTTGGATGCGCTGAAGGAATATGGCCACCATGGAGAAGCTGAT GAGGGCGTTTGAGTCTCTTAAATCCTTTCAGCAGCAACAAGGACCTGTGGTACCCGAAGAGCCGGCACCC AAAGCGAAGAAAGATCCTTCCACAAACAAGAAAGATCGTGTCAATCACTGTCTAACAATATGTGAAAACA TTGTCGCACAGTCTTTAAGGAATTCCCCCGAGTTCCAGAAGCTGCTGGGTATTGCCATGGAGCTGTTCCT ACTGTGCAGCGATGACGCAGAGTCTGACGTTCGGATGGTAGCCGACGAATGCCTCAATAAAGTGGTGAAG GCTTTAATGGACTCTAATCTCCCTAGACTGCAGTTGGAACTTTACAAGGAAATTAAAAAGAATGGTGCCC CACGAAGCCTACGGGCTGCTCTCTGGAGATTTGCTGAGCTTGCTCACCTGGTTCGGCCCCAGAAGTGCAG ACCATACCTGGTAAATCTGCTTCCCTGCCTCACAAGAATAAGCAAACGACATGAAGAGTCCGTGCAGGAG ACTCTGGCTGCTGCTATCCCCAAAATCATGGCTGCCTTTGGCAACTTTGCAAATGACAATGAAATCAAGG TTCTTCTGAAAGCATTTGTAGCAAATCTGAAATCTAGTTCCCCCACTATGCGCAGAACAGCAGCTGGATC TGCAGTGAGCATCTGTCTACATTCTCGAAGAACTCAATACTTCTACACTTGGCTTCTCAACGTACTCTTG GGTCTTCTTGTCCCTGTCGAGGATGAACACCCGACCCTTTTAATTCTGGGAGTTTTACTAACACTACGGT ACCTAATACCACTACTACAACAGCAGGTGAAAGATACAAGTCTGAAAGGCAGCTTTGGGGTAACACAGAA AGAGGCGGATATTTCTCCTTCCGCTGAGCAGCTTATACAGATATATGAGTTGACCTTGCATTATACGCAG CACAGGGATCACAATGTTGTGACTGGTTCTCTGGAGTTGCTGCAGCAGATATTTAGAACAACTCCTCTGG ATCTGCTCCATGTGCTGACCACACCTGGGAGTATAGAGCAGGTCAGCGTTTGCAGAGATGAGCCATACAG CAGGAGCCGGAGTGGAAGTATAGTGGAATTAATAGACACGGTGCTGCCCAAGTGTACCAGACCTTCTTGT ATAGCTGGTGGGAGTTCTACCTGCAGCCCTGTACTTGCAAGGAAACAAAAAGGCAAAATACATTTGGGAG AAGAGGAAGGCTTAGACGATGATTTAGAAGGCAAGTCTGATGCCTCTGCTACACCTTTTGCTGCTACAAA GAATGAAGTGACTTCTGATGTGACCGCCACCTCATCGGCCGGCGCAAATCTTGACGCCCCATCTCATGAC ATCATCACACAGCAGCCGCGATCTCAGCACACGCTGCAGTCAGACTCTGTGGATATAAGCACTTCAGACC TGACTAACACTGTCACCGAAGGGGATGAAGAGGACATTCTGAGTCATAGTTCCAGCCAAATCAGTACTGT TCAGTCTGATCCAAATATGGAACTGAATGAGGGAACCACTCAGGCTTCCTCTCCAGTGAGTGACAGCTCA CAAACCACCACGGAAGGTCCAGACTCTGCTGTGACCCCTTCGGACAGTTCTGAAATTGTTTTAGATGCTG CTGATGAAAATCAATATTCTGGGATGCAGATTGGACAGCTGCAAGATGAGGAGGATGAAGGAGCTATTCT TCACCAAGAAGAAGCTGGGGAAACTTTTGGGAAATCCTCTTTAGGTCTGAATCAAACTCATCTTTTAAAA ACCATGGGCCATAGCAGACAGTCCTCAGACAGTAGTGTGGAACGCTTTGTGCCCAAAGAAGAATCTGTGG ATCCTGGTGATCTGGAAAACAAACCTTCAAGGATAAAGGGAGATATTGGACACTATATGGATAAAGATGC TGCTCCTTTAATTCACTGTGTACGACTCCTGTCGGCTTCCTTCCTGCTCACTGGACAGAAAAATGTGCTT GTTCCAGACAAAGACGTGCGAGTCAGCGTAAAAGCTTTGGCTGTCAGTTGTGTTGGAGCAGCTGTTGCTT TGTATCCAGAAGCTTTGTTTAGCAAATTGTACAAACTTTCCCCTGAAACCAACGAACCTCAAGAAATACA GTATGTTTCAGATATTCTTGATTACATCAACCACGGAGATCCTCAGGTTAGAGGAGCTACAGCAATCCTT TCTGGAACCATTGTGTTTTCTGTACTCACAAAAGCACACTTTGAAGCAGAAACCTGGATTTCAAAGGTTA AAGCTAATACAGGCAATACCTTTTCCGTGCCAGACTGCATTCCATTACTGCAGAAATCCCTGAAGGATGA ATCTTCTGTTACATGCAAATTAGCTTGTATGGCTGTCAGACACTGCATAATGACTCTGTGCTGCAGCTCG TACAGTGAGCTGGGACTACAGCTAATTATTGATCTGCTCACCCTGAAGAACAGCTCCTACTGGCTTGTGA GAACAGAGCTTTTGGAAACACTTGCTGAGATTGATTTCAGATTAGTCAATTTTATGGAAGCAAGAACTGA AAATTTGCACAGAGGAGTCCATTATTACACTGGGTTGCTGCATCTTCAGGATCGGGTACTGAACAATGTT ATCATCAGCCTTCTTGGAGATGAAGATGCCAGAGTTAGACGTGTAGCAGCAGCTTCCTTAGTAAGGCTTG TGCCCAAATTTTTTTACAACTGCGATCAGGTCCAGGCTGACCCTGTTGTAGCAGCAGCAAGAGACCAAAG CAGTATTTATCTGAAACTTCTCATGCATGAAACCCAACCGCCATCCCACTTTGCAGTCAGCACCATCACA AGGATCTACAGAGGGTACAATATACAGCAAAGCCCTACAGATGTCTCCATGGAAAACAACCTTTCCAAAG TCATCACGGCAGTCTCCCATGCACTAACTACATCGACCACACGTGCACTTACGTTTGGCTGCTGTGAAGC TTTGTGCCTCCTATCAGTAACCTTTCCAGTGTGCACATGGAGCGTAGGATGGCACTGTGGGTATGTGACC AGTACCAATGCTCAAACCACCCGAATACAAGTTTACAAGAACCGTGGACGTTCCTTCAGCATCTCACAAC AAAGCCCATCAGAAGAACCCAGGAAAAGCTGCACTGCTGGAATGTCCAGTATGATCCTCTCTCTGATTTC GTCTGCCTGGTTCCCCTTAGACCTTTCCGCACATCAGGATGCCTTGGTTCTAGCTGGGAATCTGCTAGCA GCTACTGCTCCAAAATCTTTGAAAAATCCCTGGACGTCAGAAGAAGAGATAAGCCAGGCAGCTAATAAAC AAGAGGAGCCTTGGCCAGCTCTGGGTGACAGGACAGTGGTTGGCATGGTGGAACAACTGTTTATTCACTT ACTGAAGGCAATAAACATATGTGCTCATGTGATTGATGATATTACTCCCGGACCAGTTGTAAAGGCTACT CTTCCTTCTCTTACCAACCCACCATCTCTAAGTCCGATCCGGCGCAAAGGAAAGGAAAGAGATACGGCCG AGCAAACTGCTGTTCCATTAAGCCCAAAGAAGTCTGGTGAAGGAATGCCAGCTTCCCGACAAACAGAGGC TTCAGGTACTGCACAGACAAGCAAATCCCTTGGGAGTTTCTACCATCTTCCTTCATATCTCAAATTATAT GATGTGTTGAAAGCTACATATGCCAACTATAAGGTGACATTAGATCTGCAAAATAATAATGAGAAGTTTG GGGGTTTTCTGCGCTCGGCTCTGGATGTCCTATCCCAAATCTTGGAGCTTGCCACCCTCACAGATATTGG GAAGTGTGTTGAAGAAATACTGGGATATCTGAAGTCCTGCTTCAGCCGGGAGCCAGTAATGGCGACTGTT TGTGTCCAGCAACTGCTGAAAACACTTTTTGGAACCAACTTGGCTTCTCAGTTTGAGGCATTGTCCTTAA ACCCTAGTAAAAGTCAAGGAAAAGCTCAGCGTCTGGGCTCATCCAACCTTCGCCCAGGACTGTACCATTA CTGCTTCATGGCGCCGTACACCCATTTCACCCAGGCACTGGCAGATGCAAGTCTAAGAAACATGGTGCAG GCCGACCAAGAACAGGATACATCAGGGTGGTTTGATGTCCTTCAGAAAGTTTCTTCTCAGCTAAAAAATA GCATCAGCAACGTCACTAAGCATCGAGCAGACAAGAATGCGATCCATAATCACATCCGTCTGTTCGAGCC TTTAGTTATTAAAGCTCTGAAGCAGTATACAACAACCACATCAGTTCAGCTTCAAAGACAAGTTCTAGAT CTTTTGGCACAACTGGTTCAGCTTCGTGTCAACTATTGCCTCCTTGACTCTGACCAGGTGTTCATTGGAT TTGTGTTAAAGCAGTTTGAATATATTGAAGTGGGCCAGTTCAGAGAATCGGAAGCCATAATCCCCAATGT TTTCTTCTTCTTGGTACTTTTGTCATATGAGCGTTACCACTCCAAGCAAATCATTGGGATTCCCAAAATC ATCCAGCTGTGTGATGGCATCATGGCCAGTGGCCGGAAAGCAGTAACGCATGCTATTCCTGCTCTTCAGC CGATCGTCCATGATTTGTTTGTACTGAGGGGAGCAAACAAAGCAGATGCTGGGAAAGAGCTTGAAACCCA GAAGGAGGTGGTAGTGTCAATGCTTCTGAGGCTTATTCAGTACCATCAGGTGCTGGAAATGTTCATCTTG GTGCTGCAGCAGTGCCACAAAGAGAACGAAGACAAATGGAAAAGGCTGTCGCGGCAGATTGCAGATGTCA TTCTACCAATGCTGTCGAAGCAGCAGATGCTTATAGACTCACATGAAGCTCTCGGCGTTATAAATACTTT ATTCGAAACGTTGGCTCCTTCAGCTCTTCGGCCAGTAGACATGCTGTTAAGAAGTATGTTTGTCGTACCC TGCACTATGGCGTCGGTGAGCACCGTCCAGCTGTGGATATCGGGGATCCTGGCTATTCTCAGAGTTCTCA TCTCTCAGTCCACCGAGGATATTGTTCTATCTCGTATACAGGAGCTCTCATTGTCGCCGAAGCTTATCTG CTGTCAGAATATTCTGAAGCTAAGGGAAGGGGATAATCCTTTATCTGCACAAGTCTATCCTGAGCAGGGT GACAATAAGCCTCCCCCTGAGGAAACCTTCTCCCGGTTCCTGCTTCAAATGGTGGGGATCCTTTTGGAGG ACATTGTGACAAAGGAGCTGAAGGTGGATCTGAGGGAGCAGCAGCACACCTTCTATTGCCAACAGCTGGG CACCTTACTCATGTGCTTGATTCACATCTTCAAATCAGGGACATTCCGGCGCATCACAAATGCAGCAACA AGGCTTTTCAAAGGAGAGGGTAATAATGGCAACTTCTACACCTTAGAGAGCCTGAACAACCTTGTGGAAT CTATATTTCCTACTCATCCATCCCTTGTGCTGCTTTGGTGCCAGTTCCTGCTCCTTATCGACTATACTAA CTACAGCTGGTGGTCTGAAGTCCACCTAACTCCCAAAAGGAACAGCTTATCCAGTACCAAATTATTGCTG AGCCCTCATATGTCAACAGAGAGCGACAATCCAGATCCGGCTTCCAAACTGGCGATTTGTAATCGAGAAA TAGTGCGCAGGGGGGCGCTGATCCTGTTTTGTGATTACGTGTGTCAGAATCTGCACGACTCGGAGCATCT CACGTGGCTCATAGTTAATCATGTTCAGGATCTAATAAATCTGTCGCATGAACCGCCAGTTCAGGACTTC ATTAGTGCAATACACAGGAATTCTGCAGCCAGTGGCCTCTTCATTCAAGCCATCCAGTCCCGCTGTGAAA ACCTGGCAGCACCGACCACTCTAAAGAAGACATTGCAGTGCTTGGAAGGAATCCATCTCAGCCAGTCTGG TGCCGTGTTGTTGTTGTACATTGACAGGCTACTTTGTACTCCTTTCCGTGTGCTGGCCCGCATGGTGGAC ACATTAGCTTGTCGACGAGTGGAAATGCTCTTGGCTGCTACCCCTCAGAATATTGTTTCTCAGTTGCCGC TGGAAGAGCTGGATAGAATGCAGGAGTATTTACAGAGCAGTGGATTAGCACAAAGACACCAAAGACTTTA TTCTCTGCTGGACAGATTTCGGATGACTGTAGCACCACATACAGTTAGCCCCTTACCTTCAGTTACTTCA CACCCGCTGGATGGGGAAAATCAGGCAACGCTGGAGACGTTGGGCCCTGATAAGGAATGGTATGTGTCTC TGGTCCGATCCCAGTGCTTTACCCATTCAGACTCTGCTCTGCTGGAAGGAGCAGAACTGGTGAATAAAAT TCCTCCGGCAGAACGACACTCTTTCATGAGCAGCAAGGATTTTAATGTGAGCCTGCTTGCTCCTTGCTTA GCCCTGGGTGTGAACCAAATCTCAGGAGAACAGGACAGCACATTGTTTGAGACAACCCTCACAGTGATTC TGGATCTCATATCCGGCAACGTACAGCAACTACCCGAAGAGCATCAGGTTCTGCAACCACTGCAGCAGGT GGAAAGCACTGCCTACTGGGAGAAGTTCAGCCTTTTGTTTGGTGACAGCAGCGTGTACTGCTCTCTGGTG GCTCTCTGCAGAGCACTTGCTCAGTATTTGGTTTCCCTGCCTAAACTTCCTGCAGAATTCCACATCCGAC AGGAAAAGGAAATGGACTTTGTGAAGTTTATGGTGCTCTGCGTTGAGGCGGTGTCTTGGCATTTTGTACA TGAGCACATTCCACTGAGTCTGGATCTTCAGGCCGTAATTGACTGTTGCTGCCTGACTCTCCAGCAGCCG GCGTTGTGGAACCTTCTGGCGTCCCCAGAGTGTATGACACACGCCTGTTCCCTAATCATGTGTGTAAGAT TCATCCTCGAGGCAGTTGCTGTAGAACCAGGCGACCAGCTTCTCAGTCCAGAAAGAAGAAAGAACAAAAC TTCAGAAGATGCAGAAGAAGATCAAGTGGATTCCAAACCTGTTTTTATCAAGATGGCCTGTGAAATTATG TCTGAAATGGTAGAATGCCTGCAGACCGTTTTAGTATTTGGCCACCAATGGAACAGAAACATTGCAGCGT TTCTCACCCCTGTCTTTAGAAATATTATCATTAGCTTGGCACGCTTGCCTTTAGTCAATAGTTACACCAG AGTTCCTCCTTTGGTCTGGAAACTTGGGTGGTCTCCTAAATGGGGCGGTGAATTTGGAACTACTCTCCCA GAAATCCCTGTAGAGTTCCTGCAAGAAAAAGAGGTTTTTAGAGAGTTTATCTACCGTATTAATACACTGG GATGGACCAGTCGCACTCAGTTTGAGGAGACATGGGCCACCCTTCTTGGAGTCCTGGTGACACAGCCAAT GGTAATGGACCAAGACGAGACTCAGCAAGAGGAAGACACAGAAAGGACCCAGATCAATGTCCTGGCAGTA CAATCCATCACATCTTTAGTCCTGAGCGCCATGACCATTCCTGTTGCTGGAAACCCTGCCGTCAGCTTCC TAGAGCAACAGCCAAGGAACAAGACCTTAAAAGCCCTGGACACAAGATTTGGCAGGAAACTGAGCGTTGT GAGAGGAATAGTGGAAGAGGAAATACAAGCTATGGTTTCAAAGAGGGATAATATTGCAACTCACCACTCA TGCCAAGCGTGGGATCCCGTTCCTTCTCTGTCTGCTCCAACAATAGGTGCTCTGATCAACCAAGAGAAGC TCTTGCTGCAGATAAACACTGAGCGGGAGATTGGGAACATGACCTATAAATTAGGACAGGTCTCCATTCA TTCAGTCTGGCTGGGGAATAACATCACCCCACTGAGGCAAGAAGAGCTTGATGAAGACGAGGAAGATGAG AATGAAAACCCTGCTCCTTCATCACCACCCATGTCTCCGATAAACTCCAGGAAACATCGGGCCGGGGTAG ACATACATTCTTGCTCACAATTCCTGTTAGAGCTGTACAGTCAGTGGATCCTTCCCACCAACACTGGAAA AAAGACTCCAGCCATTCTGATCAGTGAAGTGGTGAGATCGCTCCTGAGTGTGTCTGATTTATTCACGGAG AGGAATCAGTTTGAGATGATGTACACTGCACTGACAGAGCTGCACAAACAACACCCGTCGGAAGATGAAA TTCTCAACCAGTATCTGGTACCTGCCATCTGTAAAGCTGCCTCTGTGCTGGGAATGGACAAAGTCATTGC GGAGCCCGTGAGCCGCATGATAGAGACAACACTACGCAGCACCCATATGCCGAGCCGTATCGGAGCACTG CATGGGACACTTTATATCCTAGAGTGTGACCTGCTCGATGATACAGCAAAGCAGCTCATACCCATCATCA GCGACTATCTGCTGTCCAACCTGAGAGGGATAGCCCACTGTGTGAATCTCCATAACCAGCAGCATGTCCT CGTTATGTGCGCCACAGCTTTCTACTTAGTTGAGAACTACCCGCTGGACGTCGGACCAGACTTCACGTCG GGAATCATACAGATGTGCGGAGTGATGGTCTCTGGGAGCGAAGAGTCGACCCCCTCGATGGTGTATCACT GTGTCATGAGAGGACTGGAGCGCCTCCTGCTGTCCGAGCAGCTGTCCAGACTGGATGGAGAAGCCCTGGT GAAACTGAGTGTGGACAGAGTGAATATGCACAGCCCTCACCGAGCAATGACTGCACTCGGACTGATGCTC ACCTGCATGTACACAGGAAAAGAGAAAATCAGTCCAGGCCGCACCACAGAGCCCAGTCCTGCAGCTCCAG ACAGCGAGTCTGTTATTGTCGCCATGGAGAGAGTGTCTGTGCTGTTTGACAGGATACGGAAAGGATTCCC TTTTGAAGCCCGGGTAGTAGCGAGGATTCTGCCGCAGTTTTTAGACGACTTTTTCCCTCCACAAGACGTG ATGAACAAGGTCATCGGGGAGTTTTTATCAAACCAACAGCCCTACCCACAGTTCATGGCAACCGTTGTTT ACAAGGTCTTTCAGACGTTGCATGCCACCGGGCAGTCCTCTATGGTCCGTGATTGGGTCATGCTGTCTCT CTCGAACTTCACTCAGCGAACACCCGTTGCCATGGCGATGTGGAGCCTTTCCTGCTTCTTTGTCAGTGCT TCCACCAGCAAGTGGATTTCAGCAATTCTCCCTCATGTCATTAGCAGAATGGGCAAATCGGAGCCGGTGG ACGTCAACCTGTTCTGCCTGGTTGCCATAGACTTCTACAGACATCAGATCGACGAAGAACTGGACCGGAG ATCCTTTCAGTCGGTGTTTGAGCTGGTGGCTTCCCCCGGGAGTCCCTACTATCGCCTGTTGTTGTGTTTA CAGAATGTGCATAAGATCACGGTGTTCTGAGCGTGTGCATGGTCAGGAACGGAGATCCCCCAGCGCAGAG ACTTCTGGGAAATGGAAACCCTCACCAAATTGTAGTCGTTCCCTCACCGGGCACTCCTTCTCTGCACTGA ATGTTTTTGTAAATAACCTTCTGATTATAAATTGAAATTTGCTTTATTAACGTGAACGTCCGTATCACAC GTTGGCATATTTATGGTAGGGATCGTATGTGTAACATCGCAAAGCCACACTAAAAATAAAGGACAACTAT CAACTCA
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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
