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Echinobase
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Echinobase Accession
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S. purpuratus
(Purple sea urchin) 5.0
L. variegatus
(Green sea urchin) 3.0
P. miniata
(Bat star) 3.0
A. planci
(Crown-of-thorns) 1.0
L. pictus
(Painted urchin) 3.0
A. rubens
(Sugar star) 1.3
A. japonica
(Feather star) 1.0
Genomes
Download Echinoderm Genomes
S. purpuratus
(Purple sea urchin) 5.0
L. variegatus
(Green sea urchin) 3.0
P. miniata
(Bat star) 3.0
A. planci
(Crown-of-thorns) 1.0
L. pictus
(Painted urchin) 3.0
A. rubens
(Sugar star) 1.3
A. japonica
(Feather star) 1.0
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Download BLAST databases
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-- Genomes --
Strongylocentrotus purpuratus 5.0 Genome
Strongylocentrotus purpuratus 3.1 Genome
Lytechinus variegatus 3.0 Genome
Patiria miniata 3.0 Genome
Acanthaster planci 1.0 Genome
Lytechinus pictus 3.0 Genome
Lytechinus pictus 2.1 Genome
Asterias rubens 1.3 Genome
Anneissia japonica 1.0 Genome
-- mRNA --
Echinoderm mRNA
-- CDS --
Echinoderm CDS
-- Protein --
Echinoderm Protein
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>XM_030994451.1 PREDICTED: Strongylocentrotus purpuratus guanine nucleotide exchange protein smcr8a (LOC100890338), transcript variant X1, mRNA AACATTTTCAATGTGATTCGATTCGCAGCTGTACGTTGGGAGAACAATTCACGCATAATGCGAAGTAAAA GCGACCGAAAAAGTACAAACAACGGATAGTTGGACCTTAAAATTCAACTTTTTGAACGTAAACCCTGAAT TGGGAGCTGAAAAGATCCCACACTAAATCTTCCGGTGCTTAACACCTACACCAGCACCATGTTGGGCGGG ATCCCCCAGGTGGCCCAGTTGTACAGCCAGTCGCCGGAGATGAACTATTTCGACTCCGGCAAGGACGAGG CCGCGTTTGTCCGGTCCAGACCACCCCTACCCAGCGAACTGGCCCAAAGCTACAGGCCTCCTACCCCTTG GCCCGTCAGCCCGACCTGCCAGAAGGACTTTGTTCTGGTCTGTGAATTCTCGGAGCTAGAGGGACCAAAG CCACTGATAACGATTCCCAAAGATGGCGGTAGCAGCTTTGACAAGAACATGTATGCCGTCAAGATCATGG CCGTGGACTACAATGCGACCAACTACGCTCGCTCAACGAACACCTTCAAGCTTTCAGAAGACACTTCAGT GGTGCTCGAAGACAAGAAAGATGGTAGCTATTCATATATCCACCATTTTACCCTGTATGATATCCATGCC AGGGGCTTCGTCAGACCTTTTTGTATGGCCTACATCACTCCCGATAAGAACAAACTCCGCTCCAATCTCC AGCACATTATGGCCTCCTTTCATCAAGTCAGTCAGTACTATCGCTATGGCAACTACGTGATCTTTCGGGA AGAGATGATCAGACGATTGGCCGATCTTATCTTCACAAAAGAGAGCATCAAGACGCAACTGGAGGAGATG GAGGTGAAGCAGGAGGCGAGGGTGGAGCGAGCCAGGAGACACATCCACAAGAACAACCACATCTTGCATC CCAACTCCAACTCCACCACCAACAACACCACCACCACCACCACCACCACCACCACCAGCAACACCACCAC CACCACCAGCAACACTACCGCTACCAATGGGAAGAGTAGTAGCGAAGGAGAGGATGACGGTGGGAAGGAA AGAAGGAAGGAGGGGACGGAGGAGTCGGCGGGAGATGCGGAGGAGCAGGAGCAGGAGATCGTAGCGGAGC TGAAGGAGTACGCCCGGAAGCGGGAGGAGCTGGAGGCGGTGGAGAAAGCGATCAGGGAGATTGAGGTCAT CCTGGAAGCTGTTACACCTGCTCTGAAAAAGAACAAGAAGATGGAGATGAGGTACCGTCGTCTAAAGGAA CGATACTCCGACCCCCAGACCAATAAGCCCAAGCCTGCCCCTGCGCAGAACATCCATCAAGAGGGTTACT GCAGTGATGAGGATAAGTGTAGGCAGCCTCACAAATCAAGGCTCAGGAAAAGGAGTTCTAGTCACTCGGA GATGGTTGAAGAAACCAACTCCAACAACGACCCCAACGCCCCCTACCAGCCCCAGATAGTCCAAGCCATC AACCCTCGCAGGTTCGATCGCAGTCTACGAACCCTACACGAACTATGCAGCTACGGGGCTAAGGAGGGGC TCAACAGGTTAAGAAAACTGCTGAAGTTTTACTGCCGAGATGCAAACATTCTTTTCCTGGAGAAGCAGGA GTCCCCCCTAGTGGAGCCGTCCGTCTCCCTCCTCACGATAGGGAGAACCGTCACTCTTAACTTCCTCAAC GCCATCAACCTACAATGTATAGCAAGCTGTCAATGGGAACTCCATGGCCTTGGCAGGAGGTCCCAAGGCA TGTCCGCATCCGTTTCCATGGAGAGTTTCTCATCCTGCCAGGAAGATCAGTCCGTCTTTGACTCGCTGCC GCCCAGCTACGAAGCCCGCTTTGTCATGGGATCGACGTACGCCTCACTAGAATCACTGTACTACGAGGTG GATGAGAGCATGGAGGATCTATTCTTGTGTGCAGACCCTACGACCCCGCTACTGGATAAGGAGGGCCTCT TCATCGAAGAGAGTTTTGGTAGCTGGGTCGACATCTCTCACTCCTCCCTGACAGATCAGCAAGCATCATC ATCAGCTTCCTCGACTTGCTCTTTCCAATCAGCCTCCTCCGACCCTAGGACACACCCATTCCCCGCCCAC AACCACCAACACCAACATCACTGCCAACCACGCCCATCAGGGGAAGAGGAGGATGAAGGAGCGGAGAATG GAGATGTTTTCTCATCACAGGTGTTAGCTGACATTCGAGTACAGCCATCTTCCCCCTCATCATCATCCAT TGATACCGGTCCCTCGAATGCTTTATCGCCGACAGAGGAAAGGGATGCGGTTGCCATGGAGAAGTCATCT GATGCTGAGCCACGTCCACATCTATCTCACCAACCACACCGAAACAAGCTTTCATCTGGGGAGGAGGAGG ATGGTATATCCATGGAAACCATGTCAAGCAAAGAAGAGGGGAACACCAAGCTGAGTCATAAAGGAGCAAG CAGTATAGAGAGCCTAGAGAAGTATGCCTCAGTGCCTTCTGGGCAAGAACCAGTACTACGTAGGAATACT AAAATTCCAGTTGGGTGCTATGCATCTAGACTAGCTAGCACTAACTCAGATCTACCAGGCTCAGGGATCA AAGAATTCATCAGCCGTTATGTCTTTGCCATCCATCTCATCTATGCACTCCTGTCCGGGAGGACCGTTGT CATCGCTGCCTCACCGACCAAAGAAAGAGAGGTCAACTCTTTGGTCAGGACTCTATGGCTGTTTGTCCCA GGACATTCAAGTCGCTACCACCTTGTCGTACCTTGGCACACAAAGCCTCTATGCATGACGGATCTAGCCA GGATGAAACTCGTGGGCCTCTCCAAACCAAAGTCTCTAGGAAGAGTGGTGCCGTCGTCGGTACGCAGATA CGTCACCTTGTTCGACTACGACCACCAAACTCTGTGGACGCCAGCGTACAAGGGCAACATTCTAGATTCC ATCGTAAATCGGAACAAGCACTTCCAGATTGACCAGTGTTACCTTGCACATATACAGAGCGTTCTACTAC AGCTAGCTTCAAAAGCATTCCTTTACTATCATTCCTACTGCCTGAATTCACCAAACTCACGTCTAATCAA CAGTACTTCAAGTGCAGACAGCACATCACGTCTGATGAACAGCTCCCCAGCGAGGGTCAATTCTGCATCG TTTCTCTCCAAGCTGGGCCTGGTGGATGGGGACTGCAAGATTGTTGAGTACTGGGTGGAGCTTATCAAGC GACAGCAACTAGATGAGATCATGAGGCAACAGGGCTACGCTGATATACCCTCCCCAAGTATACGCCTGGA TCACCGGGTCTGTAACAGGTATCAGATGTAGATCAAAGGGTACTGCTATGTGTCATGAAATACCCTCCCC TAGTATACAGTGTACAACCGGATCATCAGGTCTGTAGCAGATATCAGATGTAGATCAAAGGGTACCGCCA TGTACCGTGATATACCCTCCCCTAGTATTCAACTGGATCACCGGGTCTATAGCAGATATCAGATGTAAAT CAAAGGGTACCGCTATGTACCGTGATATACCCTCCCCTAGTATACAACTGGATCATCGGGTCTGTAGCAG GTATTAGATCCAAATCAAAGGGTACCGCTATGTACCGTGATATACCCTCCCTTGGTAGACAACTGGATCA TCAGGTCTGTGGCAGATATCAGATGTAGATCAAAGGGTATCACTTTGTATCGTGATATACCCTCCCCTAG TATACAACTGGATCATCGGGTCTGTAGCAGGTATTAGATCCAAATCAAAAGGTACCGCTATGTACCGTGA TATACCCTCCCTTGGTAGACAACTGGATCATCAGGTCTGTGGCAGATATCAGATATAGATCAAAGGGTAC CGCTATGTACCATGATATACCCTCCCCTAGTATATGACTGGATCATCGGGTCTGTAGCAGACATCAGATG TAGATCAAAGGGTACCACTATGTACCGTGATATACCCTCCCCTATTAGACTGGATCATCAGGTCTGTAAC AGGTATCAGATGTAGATCAAAGGGTACCGCTATGTACCGTAGTATATCCTCCCCTATGTATACGCCTGGA TCATCAGGTCTGTAGCAGGTATTAGATGTAGATCAAAGGGTATCACTAAGTACCATAATATACTTGTTCA GGAAAGTTATGTGTATGTTATCATTATTAATCTATGCACTGAGGGTATACACAGGGGAAAGTATTCTTTT CAAGATGGCAAACAAAATTTGTTCATGACGCACCTCTACCACTTTGCCAGCGGTTATTCTAAAATGCACA AAGCTGGGACCCGTTTCACAAAACTTTTTTTCAATGACAAATGACAAAAATCATTGACAAATCTGCTCAT AACCAATCAGAAGCAAGGATTTCAGTAGCTTATAACAACAACTGTCATTTGTCACTGATGACAAGTTCTG TGAAACGCCCCCCATGTTTAAAAAAAGATCTTTGGATATATGGGGGTCATTTATACACGCCCTTATCTAC GAATCAATCGTTTACGTTATATTGCAGGCCGAATTGTCATATATTTGTATGTGGAGACTGAATTTCTTCC AAAGATTATTTGCATATTTCTTGCCTTGTCTTAATTGCAAGTATTGTTTAATTAAACATTCAAACTTGCA TGAATGCTTTATTCTCCTTACATTACATTTAAGTCATTCATATCATATGTGCTTCAATCAGTGTTCCATT TTTATGTTTTATACTCTATCTTTTGTTAGGTATTTGATTATTTTTTCCACAAGATATATATTTCCCCATC ATCTTGTTACTAATGCCTTAATGAACTTCATATTACGTGTAGGGCTTGATATTCTAATATTGAGGCTTTA TACAATTTTATATTAAAACTCTTTATTTTCTTGCACGATGAAAAGAGAACCTATTGATGGATACTGAATG TACAAATTAAATTAGCGAGGGACTTAGGCCACAATTGTTTGAATCAATCAAATAACTTCTTATATCACTT TATATACTGATAAATGTATGTTGACTTAATATATTGGTGTCGTTAATTGTCATGACAATACTGACCAGGA TTAAATGAAAAAATGTTTCTGCTTTAAAGGCTTATTTGTGCTATTTATAAAGTTGAATGTGTACTTAGAT GGACGTTATACTCATTTGTAACTTGCGAAAGTATTGATTTTCTTGATATGCATGTATATGTGACATTTTG AATGTGCATTTAACTTATATCTCAGGTTGTGTATTGCTATGGGAAGAAAAAAATGTAATCTTGTTTCAAG GCCCGAACTTGAAAATATTTCATCTCCGATTAAGTTGCAATGGGGATGATGATTACAAGTAAGCTGTGTA CAACGAAAAAATGCAATGAATGGTGTTGTTTCGCAAATGTAAATTATTCATATTCTGAGGAAGCACTTGT GAATGAATCTGCAAGAGGATGTTTTAAATAAGTACTCTGACCTGTTTAAGCTTTAACAACGAACAAAATG TGTCATCTTAAAGTTTAAGTTGAGTTCTGGTCATGCGATTTGATTGGGAAAGAAACGATGTGAAAGCGTT TTTGAAACGTTGATCATGAAGGCCTAGCACATCATTATTGGTGTATACTATTGTGGAATTATCAAAATGA TAAGAAATCTACTGTCGATCTTATTTACTGGGTGTAAGCCACAAATATGTTAAAATAATCAAAATTTCTC CCAGGAAGCATT
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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