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Echinobase
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Echinobase Accession
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Echinoderm mRNA
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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_030976622.1 PREDICTED: Strongylocentrotus purpuratus focadhesin (LOC583248), transcript variant X2, mRNA CGCAAAAAAAAGAAGTTTTTTTGTAAATAATTCTATAGACCATTTTTTACCAGTTGAACTTATGTGGTCG CCAGATTCAAGGAGCGAAATAGTCAACTGTGACTGATTGCCAAGCAAAAACAAATCAAGAAGAAGAAGAA GAAGAGAAACAGTAGACCTAGATCTATAACGACCTTTTGAATCACGAAGATTCTTATCAGGAAGGTTAGA TGGAGGAGTTAACGCAGAAGTTGAACTTTGACGCGATAGGAATTCAGTGTCAGACGGTGAAGAGAATCTG TCAGTCTATCAAAGAAAGGAGAGCACACCTGATCGGTGATGAACCTATTTCTGCTGCAACTCGTAAAATC GAAAAATTAGAGCTGCTGTGGTCGAAGTGCAGGGATGGTTCACCTCGCCAGAGCTCCCTGTGCTCCCATG CCCTGATCGAACTCTGGGAAGATGGCGTCCTACAGCAGGACTACATCCTTCAGGAGTTTATCAACCTCGT ACCCACGGCCAGGACCGTGAAGCCATGCGTGGATGCAGTGGGTAAACTGCTCCTTATGTTGGTGAAGAAG TCTCTGTTTGGAGTGATGGGTAGTGGGGATGAGGTTGTGCCAGAAAATCGCTGCTATTTCTACATGAGGA CTCGTCCGCATCCTTTCATATCCATGTACAAGAGTAGACCAGATTGCTGGTCCTCTATTCTGGAAACCGT CTCCTCTTTGCTCTCTCAAGACAACGATCGCTTGCAAACAGAAGTCCTTCACATCTTGAAGTCGTTTATC AAGTATGCATTGCTGGACCCTCTCATTGATCCTAAACAGGGATCTCTTAGGGTTCTACTTGCAGAAAGTC TTGCCCAAGCATGCCGGCCTAGATTGATACCTCAGAGTAGCCCTCAAGCTAAAGAAGTATTGCCACTGTT CCTCGGCGAGGTGGTAAAGTTTTTGTTGGAATGCATGCCATGCCTGCCGACATCTACATGCGATGCAGTC ACCGAAGCGGCACACCTAGCAACCGTAACCATGGACATCATCTCCGGTTACGCTCCATCTATTGATGTGA ATCTGGTGGGACAGTCGATCTATTACTGTCTCTCACTGGGCCATCAACTGGAGGAGCTAGGGATGGATAT GTCCCCGGTCTTACGCCTCCTGGCAGGGATGAATCCAGGGCATATGAAGTTCCAGGATGTTGCAATCATC GCGATGATAGCAAACCTGTTGTTGATTGGCTCCATTCAAGAACAGAATTTCATACTGCAATTTGCCCTGA AGTTCTTTGGATCCCCTGCCGGCCCCACCCGGTCCAGGACCAAGAAGCTGCTGGTATGGTCCCTGATCCA GGTCCTGGATCACTTGCTGGGCCGTTCCACCATAGAGCTGAAGTCTCTGGAGGTCTCTGTGAGAAAGGAA AACTGTGAGATGGCGCTCAAACTCTTCCATGATATCACCGCTATCCGACTGACTCCTTTGGTAGAAGGAA GTGGTGATGTTCCTGATAAGATTGTCCATTTTCATGGAGTCCACCCGTGGCACAACACAATGTCTGTTTT CCAAGAGACGGCGGTCACCGTCTTAAGCAACGTGAACACAGCCCAAAATTGGCTCTGTTGTCAGAAAGCC AAGGTGCATGCTGGGATTGGCGATACAGACATGGAAGAGACGATACAGTTAACCGTAGCCATCCTGTTCT CTTTTGGTCACCAGCTGGCCCATCTCTGTATTGATGTGCTGGTCGACGTTGGCAATGTAGCTCCTGCAAA GGCTTACAGCATGGTGCCTCTTTTCATGTATACCCTAAGAAAGATCAGAGTGCCTGCAATGAGCACATAC CTGATCAAAGCCCTGCCGAGGCTTGTGGGTCATCGCTACCTCATTAGTCCTGTCTTTAAGCTTGTCCTGA ATAGTAATCTGGATGCCATGTCACTCAAACTAGTTACAGACCTCTGGAAAAAACAGGATCGGATATTTCC TGAGCTGCAGATGAAACTAGCTGAATGTGAGAAAAGCATCGGTCATCTGAACCCACACACAGGGCTAGAT GACATGCTCTTAGAGATTGCAATCTGTGTTTGTGAAGTCTGCACCCACAGACCAGTGCAGCACGGTGCGG ACATGGTGCGGACCCTATCGATGGTCTTGAAGAAAGCCACCGGACCTCGGGGAGTCCCTGCTACCTGTTA TGCCTTGGACGCCCTGATATCTATCACCAAGGCAGAAGATGTGGTTGACATCATAACAGCGTACAAGGGT CTAGCAGGGCAGTTTCAAGCGGAGGAGAGGCCTATGGTTATAGCCAAGTGGTGTGAATTTCTTGGACTGG TCCCAGAATTGCATGTGGATTCCAAGAAATATGAGGGATTTACAAGGGCAGTTATTAATCAACTATGGCT TTATACAGCGCATCCAGACCACAGAGTTGTTTCAGAATCTCTATCAGCCCTAGCAGCATTCAAGATATGT TCTTTCGAAATCCGTCATCTTCCGAGAGAGGCCACAAAGGATGTCCAGACGAAGCGGGCCCAAGATCGGA AGAGGAGGGCTGATGCGAGAACATCAAGAGGTGAAGAAGAAGAAGAAGATGAGGAGGAAGAGGAAGAAGA CCTTTCTATACCTGGGAGCTGTTTCATTAATCTACTACCTTGTGTGAACCAGGAGGCAACTTCAGGCAAG GGGGAACTTCTTCATTCCTTCCTCTGTGACGAGCTGGTAGAACTCCCTCGCAGGTATTACTCCCAGACCT CCCCTAGACAGGCAGCTACCGAGAGCAATGTAAGCAAGCAGGTCTCTGGCATCCCCTCTGTCATCTCTCT GAAGAACCTGAACAACAAGCAGCCTGGACATAGACCTTCATATGCAGCTGGTTTGCTGTTCAGCTTCAAG CCCGGAAGTAAGAGCAGCAGAGATCCAAAGAAAGCAAGGAAGAATAAGACTGCCTTGAGCCAAGTTTGTT TGGATGAGCTCACCTTATTGCTCAATGAGGTCCCCGTTTCATCACCAGACTGGTTTTACATCATGCAGCT ACCCAGTGCATGGGCTTCATTCATGTCTACGGCATTACAAGCTGTCATTGAGGGAAGACGTTCAGAGGTA GAGCATGAAGCATGTCGAGGTAGAGATGGTCCTGATGAAGAAAAGCAAAAGGAAGGCTTGGCATCGGCTT GGCTGTGGGCTCGGGATAGACTGACAGAGCAGCTGAGGACGACTGTCTTGAAGAACTCTGGTGCAAGGGG CAATGCGATTCTGGCCTTGGGTGGCTTGGCACATGCTGTGAGTGCTTACGTTGTACAACTGGGAGAAGAA GCTACTTTAAGCCAGAGGTCAGCCTCCCAGTACGAAGGTCATAAGTCATGGATTACCAGGGTCGTGGACT CTTTTCAAGTTGCCATGGATTCAATACATACTGCTCAGTCAGTGTTCAAATTCTGCCAACATCATTCTCG GGACCACTCCCAGGCCACCGGTGAGCAGGTTCATTCCTGCGCTGCCCTCGCTCTTCCACTGCTTGCCAGT CACATCATGACCATGCCTACCAATGCCATCTCCCAAGTGATTGACAGGATGATGTCATTAAGCTCCGCCC AGCCCTCATCAGTGCCCATACACCATGGCCTTGGTGTGGGCATGCTACTGGCTAGGCTGTGCGTAGAGCA CTTCACAGACATGACAGGAACAGAGGGTGACAATGTCCTTTCCCGATACTTCGACAAGCTGGAGAACACC GTCTTGACTCAGAATAATAACCCACAGGGACATGTGATCGGCTGTACGCTGGGTTTGGGTGTCGCCCTCT CTGGTCTAACGCATGAGAGTACTACCCATGCAAAGGTTCATGTGTTGAAGGTCAGAGGGGATTTACTGAG CAAGATTGAAAGCCTCGGAAACTCTGCCAGTTGTCTGACCGAGGCACAAGTGTTGTGTGTTGCCTTGGTT ACTGCTGCATGTTATCAGGTCAACTACATCACCTCCCAGGAGGCGTTGCACACTGCCAAAATGCTACAGA CCATGGCCCAGAATAACCTCAAGTGTATTCCATTAGCAGTGGGTACTGGTCTACTGATGCACAGTCTTAC GAGGATAGGTCATCAGGAAGTGATCCCTCTCTACAACAATCAGCAAGCAGAGCTCCTCAGACTTCTCACT GACAAGGATAGCAGCATAGACCTGATAAAGTCATCAGTAGCTGGACTAGTAGCCCTCTTGGTCGGGCCGG GTCATCTAGTCCAGAGTGAACGTAGACCAGGACCTGAACATCGAGGTCTCAGCTCTGCAGTCAAGATGCT ATGTCAGCTTTTGTCAGACACATCCGACTTGAGGCTACAGCATTCGTTGCCATGGTTACTTGGTTATCTA TACATGGGATCCACCGATGTGACAGAGGCAAGATCGTCAGTTCCATCCAACTACAACAACCTGGAGGAGA GCAGCCTGTTGAGGGCAGCAGTCGACATGCTGATAGCTGCAGGAAGGCTTGGTAGCGAGGTGGTCCCTTC TCGGCATGTACTCACTGTACTGAAAGTACTACATGAATGCTCCGAGAGCTGCAAGAAGGCGTTACCACCA GTCAATTGGGCTGTGGTCCTCAACCCTATCATGAGGAACAATAGCTATGCAAATGGTGCCATATACTATG AGTGTATGAAGCTGGCAGTAGGACAGTGTGCTGTTGTGAGGTCAGCAGCGTTACAGAGCAATGCAAGCTT TGTAGCATCCTGGCTCTCTCCGTCTGTCTACCTTACCATCAAGGAAAGTTGTGAGAAACATCTCTTCCAA TCTCTGCACATCCTTGTGGGCTGTATACCCCTTGAAATCCTAAAAGCCTTCCTCAGCGGCCAACTGGTCG GCTTGTTTCAGCATTCCAACACGCACTTCACCCATTGTATTACAGCATTACATGGCCTGAATTTAGCCGC TCAGGTTCCGGACCCAGCTCATGGAGTTGTCAATTTGCTGAACGAGACTGCACGGAAGATTTTTGCGAGC TTGCCATTTGACAAGGAGTACGATTGCCTGCTCCATGCCCATTTTGCTGAATTCATTAAATATCTACCTA TGGAGTTCTTGGAGGAAGTCACTCAGATGAAGGACCATCTACTGAAACCAAGCTTTATACGTGGATACTT GGTCAAACAGGGTTTACAACCAGTGCAATGGTTGAAAGACTGCGTAGACGAGGCGATGAATGTTGGCAGC GAGTCTGACCAGTCAGTCATCCTGTGGTTCTTGATGATAGCCCTCGGACAGACGCCCTCTCAGCTCCCTG TCCAGGAGAGGGAGATGTGGCTCCAGCAACTCATGAATCACTTGAAAACCATTGCTTTTGGCAGAGAGTC AACACCATCTAGCAGTACACGAGAACCTCATCAGAGAATCAACTTCCTTCTAGAAGTGTTTGCCATCTCC ATTGTGACCTGGTCTTCTCCTGAGTTCACCCACATCTGTGGTCCCCACCCCCATCACTATGTCTATGGAA CCTCCCAGGGAACTGGCCAATTAGCTGCAGGTATTGAAGGAGGAGAGGAGGAACTGTCTTCCACAGAGTC TTGTGAGAGCACCCCTGATTGGCTGCAGCAAGTCAATGAGAATAGTCCACTTGGATGTGGGGAGTATGGG AGGCAGACTGTGCAGAGGGTGAAAGGATTTCTACCTGGCGCTCTGTGTAGACTGGTTAGCAAGGCCCCCT GGGATGGCATGAGAGGCAAGATCATCGAGTGGTTGATCAACATGAGTATAGACAGCAAGAATGAGCTGGT TACAGAGCCAATGAGAAGAGAGCTGAAAGGTTGCCTGTATGCATTACGTCACTATAATGAATTCAGAGCT AACTCACAGTGGATGAAGATTTTCGACAAGTGATGATGATGCTGATGATGATGGTGGCCTGCTTGTCTAG TGCCGATGTCTTTCGGTCACTTGATGGAAGTCTGCAAGCACAGGCTCTAGACACTTCAGCATCATCTACA ATATCTTGAAGGATTGCTATTCTGCAAGTACAGACCCTACTC
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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