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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_041577189.1 PREDICTED: Xenopus laevis protein tyrosine phosphatase receptor type T L homeolog (ptprt.L), transcript variant X4, mRNA TGAGAGGGAGGCAGGCATTAGGGCTCCGGGGAAATCTTTAAACTGTTCTCTCTTGCTCGCTCGCTCTCAA TCCTTCCTCGATCAGTTTAAGCCACTTCAGTTACGAGCGCAGCATCTAAGCAACTGCATCTCTGCCTAAC CTGCTGCATCTGCTCAGCCACTCGTCTGCCAAGCCGCTCACCTTTGCCAGCATGCCGAAAAGATGCTAAC CCCCAACCCCTCCTGCCAGCCTGGCACTCACTGGATATTCTCCTCCGGTTACAATGCGTGAGCCTATCTG CCTACTCCTCATCTTCCTACAGCTCTTTCCTGCAGCAGGAGGACAAGTGTTTGCAGGTGGTTGCACATTT GAAGAGCATTATAATAGCTGTGGATACAGTGTGGCACTGGGCACCAATGGCTTCACATGGGAGCAGGTAA ACACGTGGGAGAGACCCCCGCTGGATCCTTCTATACCAACAGGTTCTTTCATGGTGGTGAACAGCTCTGG ATTTGCTTCTGGACAGAAAGCTCATCTCCTTCTCCCGGTGCTCAAAGAGAACGACACTCACTGCATCGAC TTCCATTATTACATGTCTGGCCGCACCAGCCCCGGCACACTCAATGTCTACGTAAAGGTGAATGGGGGGC CCCAGGGGAATCCGGTGTGGAACGTGTCTGGTGTAGTGACTGAAGGCTGGGTCCATGCTGAGTTGGCCAT CAGTACCTTCTGGCCTAATTTCTACCAGATCATATTTGAAGCTGTCTCTGTTAAGGATCACTCTGGATAC ATTGCTGTGGATGAGGTCCGTGTTCTGGCTCACCCCTGCCGAAACGCCCCCCATTTCCTGCGCCTGCAGA ACGTGGAAGTCAATGTCGGACAGAACGCTACTTTCCAATGCATCGCTGGAGGGAAATGGTCTCAACATGA CAAACTTTGGCTGCAGCAATGGAATGGACGTGACACGGCCCTCATGGTGACACGTGTCGTGAACCACAGA CGCTTCTCAGCCACCGTCAGTGTTGGGGAGACATCTCAGCGCAGCATCAGCAAATACCGGTGTGTCCTTC GCTCTTCAGGGGGATCAGGAGTCTCCAACTATGCAGAACTCAGTGTGAAAGAGCCTCCCACCCCAATTGC ACCCCCTGAGCTCCTTGCTGTGGGGGCCACCTACCTGTGGATCAAGCCAAATGCCAACTCTATCATAGGG GATGGCCCTATTGTCCTAAAGGAGGTGGAGTATCGAACTACTTCGGGGAGCTGGGCAGAAACCCACGTTA TGGACGGACCCACGTACAAACTCTGGCACCTAGACCCTGATGTGGAGTATGAAATCCGTGTCCTCTTAAC CCGGCCAGGGGAAGGAGGAACAGGACCACCAGGCCCCCCTCTTACAACAAGAACAAAATGTGCAGACCCT GTGCATGGGCCCCAGAATGTGGAGCTGGTGGACATCCGAGCCAGGCAGCTAACGCTTCAGTGGGAACCTT TTGCCTATTCAGTCACTCGATGCCATAGTTACAACCTGACCCTTCACTACAGTTTCCAGCTTGGGGAAGA GCGAGTAGAAGCAGAGGAGTTGGTGTTGACCTCCAGCCATTACACCCTGCGTGGGTTGCGGCCTCACACC GCTGTCTACTTGCGACTTGCTCTCTGCAACCCTGAGGGGAGGAAGGAAAGTGGAGAAATTGTGGTGCACA CGGAAGAAGATGTACCTGGACCCATCCCATTGGAGTCAATACAAGGGGGTCCTTTTGAGGAGAAGATATA CTTGCAGTGGAAAGCTCCAAATGAGACTAATGGGGTCATCTCCATGTATGAGGTTTCCTATAAAGCCGTG GGCTCCCTGGATCCAAGTGCTGATCTGTCCAACCAAAAGGGCCGGATAGTCAAGCTGCGCAACGAAACTC ACCACCTGTTTGTTGGGTTGTACCCTGGATCAACCTATTCCTTCACCATCAGAGCCAGTACCAGCAAAGG CTTTGGGCCACCGGTCACTGCGCGTATCGCCACCAAGATAGCAGCCCCATCTCTCACAGACTCTGAAGCT GAAGGCCCCCTCAATGAAACTGAAACCACAATTACAGTTTGGCTGAAGCCAGCACAGTCTCGAGGGGCAC CTGTGAGTGCATACCAGCTGGTGGTGAAGGAGGAGAGGGCACAAAGATCAGGGAGGGCAGCAGATGGAGG TGGATGTTTCCCAGTGCCAGTAGGCTACCGAAATGCCTCAAACCTGGAGTCTTCACATTACTTTGCAGCA GAATTAAAGCCATTGCAACTTGCAGTCACTCAGCCATTCACCGTGGGAGACAACAGGACCTATAATGGAT ACTGGAACCCACCTCTGTCACCCGTGAAAAGTTACAGCATATACTTCCAGGCCCTGAGTACTGCCAATGG GGAGACAAAGATTGGCTGTGTCCGTCTGGCCTCCAAAGCGGCAACTGCAGGCCTGCTTCCCATCACCCGC CACCCCCCAAGCCAACCAGTCACAGGGGCCTCAACACAGAATAGCAACACAGTGGAACCCGAGAAACCGG CAGACAGTACAGTACAGACGGCTGGAGTGATTGCTGGAATGTTAATGTTTATCATTATCCTCCTTGGAGC AATGATGACTATCAAAAGAAGAAGAAATGTGTACTCCTATTCATACTATCTAAAACTGGCCAAAAAACAG AAGGAGACACAGAGCGGGTCCCAAAGAGAAATGGGCTTGGTGGCTTCAGATAAGAGCTCCAGCAAACTCA GCTCCACTCGCAATGAGGACACCTTCTCCAGCTGCCAGGACGTGAATGGATTCAGCACATCCTCTCCTTG CTCCTTCTCTGTGCAAAGCAAGAACCTCCAGGGTAAATCCCTGCTCAGCTCCTGTTACTCAGACAACAGC CATGTGGATATGAACCAGCCAACATTAACAATCCAGACCCACCCGTACCGCACATGTGAGCCTCTTGAGA TGGCATACCCCCGCGGGCAGCTCCAGCCGGCCATTCGAGTGGCAGACCTGCTGCAACATATCACCCAGAT GAAGAGAGGACAGGGCTATGGCTTTAAGGAGGAATATGAGGCACTTCCTGAAGGACAAACTGCTTCCTGG GACACAGCCAAGGAGGACGAGAACCGCAACAAAAATAGATATGGAAACATCATCTCCTATGATCACTCCC GTGTCCGGCTCCAGCAGATAGAGGAGGACCCACACTCTGATTACATTAATGCCAACTATGTTGATGGTTA TCATCGACCACGATATTACATCGCCACACAAGGTCCCATGCAGGAGACGGTGAAGGATTTCTGGAGGATG ATATGGCAGGAGAACTCAATCAGTGTAGTCATGGTGACAAACTTGGTGGAGGTTGGAAGGGTTAAATGTG TCAGATATTGGCCTGATGACACTGAAGTCTACGGGGACATAAAGGTGTCGCTAATAGAAACAGAACCTTT AGCTGAATATATCATCCGAACGTTCACTGTACAGAAGAAAGGTTCCCATGATATTCGAGAGATACGTCAG TTCCACTTCACCAGCTGGCCAGACCATGGAGTGCCTTGTTATGCTACTGGGCTTCTGGGCTTCATCAGGC AGGTCAAATTCCTCAACCCACCAGATGCTGGACCCATCACTGTCCACTGCAGTGCTGGAGCTGGACGGAC CGGCTGTTTTATAGCTATTGATATTATGCTGGATATGGCAGAGAACGAGGGTGTTGTGGACATATTCAAC TGTGTGAGAGAGCTCCGAGCACAGAGGGTCAACATGGTGCAGACAGAGGAGCAGTATGTGTTTGTGCATG ACGCCATCTTGGAAGCCTGTCTATGTGGTAACACAGCCATTCCTGTGTGTGAGTTCCGCTCTGTTTACTA CAACATCAGCCGCATGGACCCACAGACCAACTGCAGCCAAATCAAAGATGAATTCCAGACCCTAAACATT GTGACCCCAAGGGCCAGACCAGAGGATTGTAGCATTGGACTCTTACCCCGCAATCATGACAAGAACCGGG CTTTGGATGTCCTACCGCTGGACCGCTGCCTGCCTTTCCTTATCTCAATGGATGGAGAGACCAGCAACTA TATTAATGCTACACTTATGGATAGCCATAAGAAACCTGCCGCATTCCTGGTGACACAGCACCCCTTGCCC AACACTGTGCCAGATTTCTGGAGGCTGGTGTTTGACTACAACTGCTCCTCCATTGTGATGCTCAATGAGA TGGACTCCAATCAGCTATGTCTCCAGTACTGGCCAGAGAAGACGTCATGCTGTTATGGGCCTGTGCAAGT GGAGTTTGTCTCAGCTGACATCGATGAGGATATCATCAGCAGAATATTCCGGATCTGCAATATGGCCAGG CCGCAAGATGGATACCGCATTGTTCAGCACCTACAGTATATTGGATGGCCAGCATACAGAGACACCCCAC CTTCAAAACGTTCCATACTCAAAGTAGTCCAGCGTCTGGAGAAGTGGCAAGAAAAATATGATGGGAGGGA AGGCCGGACAGTCGTACACTGCCTGAATGGAGGGGGCCGAAGCGGAACATTCTGTGCTATCTGCAGCGTG TGTGAAATGATCCAACAGCAAAACATCATTGACGTATTTCATACCGTGAAAACCCTGCGAAATAACAAAG CCAATATGGTGGAAACGCTGGAGCAGTATAAATATGTATATGACGTTGCCTTGGAATACTTGAGTTCCTT CTGATACTGTTGCTTTGGGGAGAGCTGAAACCCTGTGGGGTTGAAGGACAAATTACACTGTTGATCTGGA CCTTGCCCTGGGGACAAAATAACACAAACACACAATCATTTCAGGCTTCCATGTCACGAGTGAAGAGGTG CTCCTGCAAATGAAAAAAGGGGTGTGGAACAGGTACCCCAATGCCTTTCTGCCACTTGTTACTGTGAAGC TGTTGCCTGACTCCTGACTGGTCTTTAGCACAAACTCTCTCGCTAATTTACTGAACTTAATTACATTCAG GACTCTTTCCCCTTTGTCTGGTTTCATATACTCTGCCCTCTATTTCTATCTACTTCTTTCTAAATATTAT GGCACAAAATTCAGAGAGATCCTGAAACCTATTTGAAAAAAACCCCCAAAAAAAAACAACGAATGACTCC TGATTCCAAACTCCAGCACTTAGTGTGAGCATAGCACCCCCACAACCACGAACGAGCACTGCAGATTATT TGCCAAACCGCTGCTCGGATATTCCACTGCAGCTAATAATAGGGTAAGTTATGGGTGCCCAGGGTACCCC AGTCCCCCAGGTTGCAGGCGATGTGGTCTTGTCTTCTTTATAATGAACATGTCTTTATTTATTGCTGTAT ATGTCCTGGGCTGTTTGTATTTTGGGGGGAAATGTCTTGTAATGAAGCGTCCGATACAATTGTGATGTCT CTTTTCTTAATAAAAGTCTGTAAATGA
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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