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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_041564229.1 PREDICTED: Xenopus laevis CDC42 binding protein kinase alpha S homeolog (cdc42bpa.S), transcript variant X3, mRNA CGTAACATTGTCCGTGTCCCCCTCCCTCCCCTCCCCGGGCCGCAGCAGCAGCAGCTCCTCAAACACACGG GGGGAGAGAGAGAGAGAGAGAGATCATCGGCTGCAGGGACTGCTCACTGGGCAGAGGGATCGGGGAGATG GCGGTAGTGGCCGGGCCGGAGATCAATGCGCGGCTGCTGAGTGACTGGGGAACCCGCTGCGGCCCTCGGG CCTGATTATTGGCGCCTCAGGCAGTGACAGAGCGGAGAGAAGATGTCGGGGGAGGTGCGTCTCAGGCAGT TGGAGCAGCTCATTCTGAACGGGCCGGGCCGGGGGGGATCCCTGAGTGTGGAGAGTCTGCTGGACTCGCT CCTGTGTCTGTACGATGAGTTCTCCGCGTCTCCGCTCCGCAGGGACAAACACATCCACGACTACATCCAA TGGGCCAAACCATTTGCCCTGAAAGTGAAGCAGATGCGACTGCATAAAGAAGACTTTGAAATTTTAAAAG TTATCGGCAGAGGAGCCTTTGGTGAGGTTGCTGTGGTCAAGTTGAAGAATGCAGATAAAGTGTTCGCCAT GAAGATCCTGAATAAGTGGGAGATGCTGAAAAGAGCAGAGACGGCTTGTTTCCGAGAGGAGCGGGACGTA CTGGTGAATGGAGACAGTCAGTGGATCACTACCTTGCACTACGCCTTCCAAGATGACAGCAATTTGTATC TTGTAATGGATTACTACGTTGGAGGAGACCTGCTCACATTGCTCAGTAAGTTTGAGGACCGGCTGCCAGA AGACATGGCTCGTTTCTACCTAGCAGAGATGGTTTTGGCCATCGACTCGGTTCACCAACTCCACTATGTC CACAGGGATATCAAACCTGATAACATCTTACTGGATATGAATGGACACATCCGATTGGCTGACTTTGGCT CCTGTTTGAAACTGACGGAGGACGGAACGGTCCAGTCTTCTGTAGCTGTTGGGACTCCCGATTACATCTC TCCTGAGATCCTTCAAGCCATGGAAGATGGGAAAGGAAAGTACGGGCCGGAGTGTGACTGGTGGTCCCTG GGGGTCTGTATGTATGAAATGCTGTATGGCGAAACCCCTTTCTATGCCGAGTCCTTGGTGGAGACTTATG GGAAAATCATGAACCACAAAGAGAGGTTCCAGTTCCCGACTCAGTTGGCCGATATCTCTGAGAACGCAAA GGATCTCATTCGTCGGCTCATCTGTAGCCGCGAGCACCGACTTGGCCAGAATGGCATCGAAGACTTTAAG AATCACCCGTTCTTTGTGGGCATCGACTGGGAAAACATACGCAACTGCGAAGCGCCTTATATCCCTGAAG TCAGCAGCCCGACCGATACCTCGAACTTCGATGTTGACGACGACTGCTTGAAGAACTGTGAGACTATGCC ACCCCCGACTCACACCGGCTTCTCTGGGCACCACCTTCCGTTTGTTGGATTTACCTACACAAGCAACTGT GTACTTTCAGATCGGAGCACTTTAAGAGACGCATCTGGGACATCCAATACTGATCTCAACGCCACTGTCC AACGAACACTAGAAGACCGCTTAGCCACCGAAGCATATGAGAGACGCATCCGGCGTCTGGAACAGGAGAA GGTGGAACTGACTAGGAAGCTTCAAGAATCCACTCAGGCCGTTCAGGCCCTCCAGAACTCGGCAGTCGAT GGGCCAGTCACTGCAAGCAAAGACTTGGAAATCAAATCTTTAAAGGAAGAGCTAGACGAGCTGAAAACTC TGGGTACAGGTGCCAACCAACTCAACCAACAACTGGAGAAGTCGAGTTTAACACGGCTGGATATCGAGGA ATTCTCCCGACAAATCAAAGTGTTTGAGAAACAAGTGAAAGTTCTGAAGCAAGAGAAGGAGGATCTGAAC AAGGATTTGGTGGATTCCGGTGAGAAGATGAAGACCCAAACAAAAGAGCTGAAGGAGGCGCAGAGCCAAA GGAAACAGACCTTGCAGGAAATGGCAGAGCTTAATGAACGACTTACTGAACTGCGCTCCCAAAAGCAGAA ATTTGTGAGGCAGCTCCGTGACAAGGAAGAGGAGATGGAGGCAATGACACAGAAGCTCGAAGGCTTGAGG CAAGATCTTCGCCGGGTGGAAAGAGCTAAAAAAGAGTTTGAAGCCCAAGTAGAATCTGTTGCCTCCGAGG CCTCCAAGGACAGGAAACTGCGAGAGAAGAGCGAGCAATACAACAAGCAGCTGGAGAGCGAATTGGAGGG ACTGAAACTGAAACATGTCGGCCGCTCTCCAGGGGTCAGCAATTCCGAGCACCAGCAGGAGATCGCCAAG CTGAAGACGGATCTGGAAAAGAAAAACGTCTTCTATGAAGAGGAGTTTGCCAAGAGGGAAGCGCTGCACT CCAGTGAAATCAAGAACCTGAAGAAGGAGCTGCGGGACGCAGAGAGCCAACAACTGAACCTCAACAAAGA GATCTTGGTTCTGAAAGACAAGCTGGACAAGACTCGCAGGGAAAGCCAGAGTGAAAGGGAGGAGTTTGAA GCTGAAATGAAGCAGAAATTTGACCGTGAGCGGCTCCTGTTAATGGAGGAAAACAAAAAGCTTTCCAATG AGCTGGACAAGCTTAGCACCATGTTTGAAAAAATGAGCATCAATAACCGGCATCTGGAGGAAGAGATGAG AGACCTGGCTGACAAGAAAGAGTCAGTGGCGCAGTGGGAGGCCCAGATCACTGAAATCATTCAATGGGTG AGTGACGAGAAAGACGCACGGGGCTACCTACAAGCTTTGGCTTCCAAGATGACTGAAGAGTTGGATTCCC TGCGGAATTCTAGCCTGGGTGCCAAGTCTACTGACATGCCGTGGAAAATGCGACGCTTTGCCAAACTGGA CATGTCTGCCAGGCTGGAACTACAGTCAGCGCTGGATGCAGAAATCAGAGCCAAGCAGGTCATACAGGAG GAACTGAATAAAGTCAAGGCTGCAATTATCACCACTGAATGCAAACTGCAAGAGTCTGAGAAGAAAAATC AAGATCTGACAGCAGAAAACGAGAAACTGAAGTGGGAGACGGAAGAGCTGAGGTCAGAAAAAGGTGTCAA ACACCAGGAGTCCCAGAATTCCTTCCTGGCTTTCCTGAATGCACCGACCTCTGTGCTTGACCATTTTGAA CGATCTCCGTCCAGCAATGCCTCCAGCAAAGGCAGACGTATGGACTCTGTGGATAACTTCACCCTTTCCA ACACGCCATCACGCGACGAGGATGTCAAATCCCAAGCCCCTTCCCACTCCAGATCTCCCTCTACCATGAG CGACATCGAGCCTGCAGAGGAAACAGATCATCGGTCAGTTCAGACACCAACTAAGAGGGCCTCCTACCTG AACTCTGGATCGTCTGCCCCTAAGCCAAAAGCCCATCAGTTTGTAGTGAAGACTTTCAACGGGCCTACAA AATGCAGCCAGTGCACGTCGCTGATGGTTGGGCTGATACGTCAGGGCTGTACCTGTGAAGTGTGCGGATT TTCCTGCCATGTTACTTGTGCTGATAAAGCCCCAGCAGTCTGCCCCATCCCTGCTGACCAGACAAAGGGA CCCCTGGGGATAGATCCCCAGAAAGGAATTGGAACAGCGTATGAAGGTCATGTTAAAGTGCCCAAGCCAG CCGGTGTCAAGAAGGGTTGGCAGAGAGCAATGGCAGTCGTATGTGATTTCAAGCTTTTCCTGTATGAGAT AGCGGAGGGCAAATCCTCCCAGCCCAGCTGTGTAGTGAGTCAAGTTATTGATATGAGGGATGAAGAATTT GCAGTAAGTTCTGTTCTGGCTTCTGATGTCATCCATGCCAATCGCAAGGACATCCCGTGCATTTTTAGGG TTACAGCTTCTCAGCTCTCAGCATCAATCAACAAGTGCTCTATCCTAATTCTGGCCGACAGCGAGAGTGA GAAGGGAAAGTGGGTTGGGGTGCTGAACGAACTGCACCGGATCCTTAAGAAGAATAAGCTGAAAGACCGG TCAGTCTACATCTCTAAAGAGGCCTACGACAGCACTTTGCCGCTCATCAAGAACACTCAGTCGGCTGCTA TATTGGATCACGAACGAATAGCACTGGGCAACGAGGAGGGACTGTTTGTTGTACACGTCACAAAAGACGA GATTATTCGTGTTGGAGATAACAAGAAAGTTCACCAGGTTGAGCTTATCCCCAACGAGCAGCTCATTGCA GTAATATCGGGAAGGAATCGCCATGTCCGCCTTTACCCGATGATATCCCTGGATGGGAGAGAGACGGAAT TCTATAAACTGGTTGAAAGTAAAGGCTGCCAGGGCATTGTATCTGGGCAGGTGCACCACGGGGCCCTCAC GTGCTTATGTGTGTCCATGAAAAGACAGGTTCTCTGTTATGAACTCAACCAAAGCAAGACACGCCACAAA AAGATCAAGGAGATCCAGGTTCCGGGAAATGTTCAGTGGATGGCTATTTTTAACGAACGCCTGTGTGTGG GTTTTCAGTCGGGATTTATTCGGTATCCTTTGCATGCTGATGGGAGCCCGTATAGCCTTCTCCATTCAGA AGACCACACACTGTCTTTCATCACGCAGCAACCTACGGACGCCATTTGTGCAGTTGAAATCTCAAATAAG GAATACCTGCTGTGTTTTAGCAGCGTTGGGGTTTACGTCGACTACCAGGGTCGAAGGTCACGGCAACAGG AGCTAATGTGGCCTGCAGTTCCTTTGTCTTGCTGCTACAACGCGCCGTACCTCTCCGTATACAGTGAGAA CGCAGTGGATGTGTTTGATATTACCTCCATGGAGTGGATTCAGACAATACCGCTTAAGAAGGTGCGCCCA TTAAATTCGGAGGGTTCCCTCAATCTCCTGGGCTTGGAGACCATACGCCTCATATATTTTAAAAATAAAA TGGCAGAAGGGGATGAGCTGGTTGTACCTGAGACATCAGACAAAAGTCGGAAGCAGATGGTTAGGAACAT GAACAACAAGAGACGCTACTCGTTCCGTGTGCCGGAGGAGGAGAGGATGCAGCAGAGGAGGGAAATGTTG CGACACCCAGAAATGAGAAACAAATTGATTTCCAACCCAACCAATTTTAACCACATAGCGCACATGGGCC CCGGAGACGGTATCCAAATCCTGAAAGATTTGCCAATGCCTCGATCCCCCTATCCATCCCCCCTCCGCCA TCAGTCCAGCCTGATCTCCACACCGAGCAACTTTGAGCACGTCTATCACATGACTGTAAATTCAGCTGAA AATTTCCTCTCTTCCGACTCAGTAAACCTTGCCTCCTCTTCCTCCTCCTCCCCGTCTCTCAGTGCTACCC CTGGCTCCCTCAGGAACCTCCGGCAGCAAGACAGTCGTTCACTGTTCAGTGGCTCGGTCAGTATTCCGTC AATCACAAAATCACGCATGGAACATGGCCGCTCAATGAGTGCCAGCAGTGGCCTGGCTGCCAGGTCGTCG CAGAACGGCAGCGCTTTACGGAGGGACCTTTCTGGTGGCAGTTACGGGGCAAAACTCCAGCCAATGACAT CGCCGTCTGATGGATCCTTGTCTTCGGGTGGACTTGACCAAGGAAGTGATGCGCCAGCCAGAGACTTTGA GCGAGAGGACTCAGACTCTCCAAGGCATTCGACAGCTTCCAACAGCTCCAACCTCAGCAGCCCCCCGAGC CCCACGTCCCCGCACAAGACTAAGAGCAGCTCATTGGAGAGTTCAGATCACGCCAGTTGGGAAGCATGAA CTTCTTCCACCTTCTTCTCCTCGTCGGCCGCAAGTTTCTCCAAGCAAACCCAGGACCTCAGACAGGTTGC CCTGGACCATTGGCACTGAACCTCAGACTGGCGCAAGTCAGAGCGTTGGGGAACAGATTGGAGATGTGGT TGATTCTTCCTTGGTTTACATGTGGTTTATTTGCTACCGACACAGGGGGCCACGTAAAGGCCACGATGAA GCAAAATGCTACACGCAACATGAATGAACACTGGTCGCGTGTGTTTTGTGGGGGGGGGTGATGATCAGCA CTGTCACCTGACCTCTCCAAGGAGAACCAATCAGGAGCATGAGCCCATCCTTAGTGGGTCTCCCCTTATG TCATCCATAATGTATTTTACTACACAGAGAATTTAGTCTAAATAGTACGTGTGTGTATATATATAAATAT ATGTCATGTATTCCCTTTGAGGATAGTCATATTTAAAGAAAAAGAGAGAGAAATGTTGTTATTTTATCAA TGAATTGTTTGCTTCCATATGGATCATGTATAAAGCAGTTTATTGGAGCAGAGCCCCCGGGAATCTCCCT AAATCAGCTTCTCTTCTGTACAATCACTCGCTATTACACTCTGCTCCATGAGCTTAGTCTGACCGTGGGA CACCTCTTAGTCAGGGCCATACATCTGAGTCACATGACTTCAAGCCAAAGTCACATGTAGCCACTTGAGT CGGATCGGCCCATTGAGAAACCGGGAGAAGTCCTGGTGGGCTCTGGTGTTTCAGGTTCACCCAACCAATG GGCTTGTGTGCCTATATTGTGTCCATTCTCTATTTGTATATGAGAACATGGCAGGGAGGATAGAGTAGAA AGGTTTAAGGATTTCTGGTGGGTCCCAGGCACCCCAGTCCCAAACTGGAGGAAAACGCTGCTGTGGTGCT GTGAGCCTTTTACTTATCCATAGAGATATGGAACCTACACGTCACCCATCTCTTGTTGGCCTGGCACCCA GCAGCGGGCGCAGCCTTGGAACTAAAGATACACGGATGCCAAACTTCCTATAAACCAAACCAAGGTTTTA GGTGCAAATAGCAATTCTCCAGTGGAAAATAAAATGCTATTTCTCAGGATTAAAAAAAGAGGAGACCACT ATTTTTGAATATTTGTGGATTTCTGTTGTTCCTGCACATATCTACAGAATGGGATCTGCCACAGTTATAT GGGGAGGGGGGGGAGATACAGAGTTGTCTGGTTGAACGAATCTTATAGTTTTGTAATGGATCAGAATTTT AATAACAGGAAGGCCGAGTGAGGGATCAGACGGTACCAAACGGTCCAGAACAGTAAAAAACTAAAATTGA GTAATTAGCAGATTTGGACTGGTACTGACACCCCTAACAGTGTGTTGCCTTCAGTTCATGTGCCTGCAGC GAACCAAAGCAGAACTGGGCCCGGTTTCTTCTGGTGCTATTCGCCCGCTTGTGCCCGACTCCCTGCGCAG AACTATACGACTCCACTAAGTGCTTCTAATGTTGCTATAGGAGAAAGCCCCTCCCTCCACGCCGGTAGCT CGTTGTATACACAATCTCGGCTTTGTTCTTCCTATTTATTTATTTATTGTAACTATTTTTTTTAATTGTC TTGTGTT
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???blast.matrix???
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???blast.matrix.blosum80???
???blast.matrix.pam30???
???blast.matrix.pam70???
???blast.gapedalgin???
???blast.true???
???blast.false???
Automatically set to False for sequences longer than 4500 bytes
???blast.filtering???
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BLAST time is limited to 30 seconds