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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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BLAST Databases
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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_030983687.1 PREDICTED: Strongylocentrotus purpuratus laminin subunit alpha-2 (LOC587274), mRNA CACTTGCACATAATAAAATTATAACAAGAAATTGAGGACGTCTGTAAAAGATGAAATCTATAACTTGTTC CTCTTTTTTTGTTATTTCACAGGACTCTTTCCTCACATCTTCAACCTGGCCACACAAGGGCGAATATCTG TGAATGCGACCTGTGGGGAGCGGGGCCCCGAGACATACTGCAAGCTGGTAGAACATGTGCCCAACGAGTC CGAAGACTACCCACAATGCCGTGTGTGCAATGCTCAGGGTTTCGTCAAAGCGGACCGGCACCCGATACAA AATGCAATAGACGGGACTGAAAGCTGGTGGCAGAGTCCAAGCATAGCGAACGGGATGCAATACCACTGGG TCACAATCACGCTAGACCTCGGTCAGATCTACCAAGTAGCCTATGTGATCGTCAAAGCTGCAAATTCACC GCGGCCGGGGAACTGGATCCTGGAGCGCTCCTTAGATGGGGAAATGTACAAGCCCTGGCAGTACTTTGCG ATTTCAGAGAGCGAGTGCGTTAAAGAGTACGGCATCGTTCCGTCGCGGGATATGCACCGCTTCTCGCGGG ACGATGAGGTCTCATGCACGTCGCTCTACTCCAAGTTAGAACCGCTAGAGAATGGCGAGATACACACGTC AATTATTAATGGGAGACCTACTGCTACAAATCCGAGCCAAGTTTTAATAGATTTCACTTCAGCCCGCTTC ATCAGACTCCGCCTTCAACAGATCCGGACATTACATGCTGACCTCATGACCTTTAACAGTAGAGGGATTA GATACGTTGATACCATTGTATCAAGAAGGTACTATTATTCCATCAAAGATATATCCATAGGAGGGCAGTG TATATGTTTCGGCCATGCAGAGCAGTGTGTGTTGAATCCTTCTGCTGGTCCTAATGATCTGGCACTGAAA TGTATATGTGAGCATAATACCTGCGGTGATCAATGTAACCAATGCTGCAGGGGTTTTCAGCAATTTCCAT GGCGACCAGGCAATACTGACTTTGGCAATAGCTGTAGACCTTGTAATTGTCATGGGCACGCTGATGACTG TTACTATGACGCCAAGGCCGACGCCCAGAGCCTCAGCATAGATGAAGATGGGAACTACAATGGGGGAGGA GTTTGTGTAGCTTGCCGCGACAACACGGATGGACTCAACTGCCAGACATGCCGAGATGGATTCTACCGCC CTCTAGGGGTGGAGCCTACTGATCCCTCGCCATGTAGAGAGTGCAGATGCAGTGCCATCGGTACACAGCC AGATTCTAACAACAACTGTGTGAAGGACGAGCGGAGCCAAGTCAATGATATGAATCCAGGGGACTGTTTC TGTAAGGAGGGCTACGCTGGCCCAAGCTGCGACAGGTGCGCTCGTGGTTACCGTGGTTACCCGGACTGTG AGAAGTGTCTGTGCAGCAATGCTGGCAGTTCTAATGAAGACCCATGTGAAGGGCCATGTGTATGCAAGCC TAATGTGGAAGGATCTAACTGTGACGTGTGTAAGAGAGGGTTCTTCAACCTCGCAGGTGATAACTCTGAT GGATGTGGGGAGTGCTACTGCTTTGGCATCACTACTGAATGTACCAGTGTACCCTGGGGAATCGAACAGG TAACCACGCTGACGGGATGGTTTGTGACTAACGTAGAGCGTTCATCCTATGCCTTCCCTGATACCACGGG CGTGGACATGCTCTCTATCAACCATTACAAGGCGCTGGAAGACCTGGGGGATGGCATCTATTATTGGTTG GCTTCCAGAGAGTATCTTGGTAACAAGCTATCATCTCATGGAGGTTACCTGACATTCACTGTGAGTTACA GCATTCAGAGAGGGGACGTATACCAACAACCAACCAGAGATGCAGACATCGTCATCGAGGGTGACCGTCT GCGTCTCTACCAGAGCTTCTTGTACATACGTCCCGAGGAGGAGCGGACAGCCAGGATCCAGATGGCTGCT ACGAATTGGTTCGTCCTGACCCCTGATGTTGACCTCTCGGCCGGGGTCATGGGTCGTAGGGCAACACCAG AGGAGTTCATGAGGGTCTTGTCTGATGTGAGAGCGCTGCTGATCAGGGCTTCATATAATACTAGACCAAT AGAATCAAGGTTAAAGAATGTTGTTCTTGAGGAGGTCCAGAGGACAGCGGTGACTGCATCGTTCCTAGCC AGTGTAGAGCAATGTGAATGTCCACCAACCTATGAGGGTTTTTCATGTGAGTCATGCGAGTACGGATACC GGCGTGTGAACAACGCCCTCTACGGTGGGGTTTGTGAAAGGTGCGACTGTAACAACCATTCCCCGGAATG CGATCCTTACATGGGAGAATGCTCACAATGTGATCACAACACATATGGACCTCACTGTGAGTCCTGCTTG CCTGGTTTCTATGGTGATGCAACATCCGGTCTAGCTGATGCCTGCCAGCCCTGTGCTTGCCCCAGGGAGG ACCAGGGATCAAGTTTCAGCCCTACCTGTATAGCTGATGATCGATATGGGTTTGTTTGTAATCAGTGTGC TACTGGCCATGGAGGACCGAGATGTGATAAATGTGTGGATGGTTTCTATGGCGACCCCATGACCACCGGC CTAGCCTGTAGGCCCTGCTCGCTCAACTGTAACGGTAACCTTGACACCTCTTCACCGGGCAGCTGCGATA CCTACACAGGGGCGTGTCTCCTCTGCAGAGAAGGGTCCGTCGGGGACCACTGTCAGAGGTGCGCCCTCGG CTTCTACGGGGATGCCATCCAGAGGACCTGCCAAGCATGCCAGTGTCACGAGGCAGGTTCCCTTTACCCT CAGTGCGACGAGGTCACAGGGTCATGTCAGTGCAGGTCAAATGTCACAGGTCGGCAATGCGACACCTGCT CGCCTGGACACTTCAACCTAAGCACCAGGGGTTGCCAGTCATGTGACTGCCATCCTACTGGCTCATTGGA CGATACCTGTGATGTCATCACGGGACAGTGCAGTTGCAAGCTAGGTGTATCTGGCCGGCTCTGTGACCAG TGTATGGCAGGTTTCTGGAACTTTGGAGAGAACGGTTGCCAATCCTGTGAATGTGAGCAGTCTGGAGGTC TATGTGATTCTTTGACTGGTCAGTGTGGTTGTCCAGCCAACGTCATTGGTCAGCGGTGTGACTCCTGTGC TCCTGAGACATGGGGATATAACTCTGTGTTTGGTTGTAAGCCATGTAACTGTAGTGATGTAGGATCATCA AGTCAGCAGTGTGATCTTATTACAGGACAGTGCAGGTGCTATAAAAGCTACGAAGGGAGGCAATGCAATT CCTGTGGATTTGGTTACTATGGTTACCCAAAATGCCGCAAGTGCCGTTGCAGTCGAAGAGGACGGGACCC ATCTACCTGCAGGGGTGATCTCTGTGATTGCAATGAGGAGGGCAACTGCATGTGTAAAGCCAACATCCAG GGAAAGAAATGCAGTAAGTGTTCCAAAGGCAGCTTCAGTCTTCAACCCAAGCTACCCTCCGGCTGTACCA GCTGCTTCTGTTTCGGGGTCTCAGAGAAGTGCGATCAAGCTGACTACATCATAAGCAGGATCGAAATGGC AGAGGAGGATGCTAGTGAGCTGTTTGTCAGTGATGCTAACAGATTGAGAAGAACACAGACTGGTGTAACT CACTACTCAGCTGGAGGGGGTGTGAACATCACTGCTGCACAGGTGGCTCTGAGGACCAGAGACGTGTACT GGAACCTGCCTCCGGTATTCCTGGGCAACATGGTAACTGCTTACGGAGGTATGATCAAGTACAAGATAGA CTACACCGAGCCCAAGAACGTTGACGGCTGGTCTGAAGCCAGACCTTATCTACCTCACATCATGCTGGTA GGAGAGGTCCACTCTCTCGTCATCCCGGTCTCAAATCTCAATGGAAAGTCTAGGCCAAAGCTGGAACTCT TTGAGTACAATTTTCTTCACCTAGGCACCGGCGACGCCCCTACCAGGGAAGAGTTCATGATGGTCCTCCA AGATGTTCAAGCGATTCTTGTTCCTGCTGCTCAGACCTACCAGACCATATCCTCAAGGATATCCAGTGTG TACATGGAAGTGGGAGCTCCTAGAGGCAACGACACCACCAGTCTTACAGTACTAGGGATAGAGGAATGTA AATGCCCTAAAGGATACAGAGGCACATCATGCGAGGAGTGTATGACGGGCTATGTGAGGGTTCAAGAGGG ACCATATCTGGGTAGATGTGAGCTGTGTACCTGTCATAAACATTCAGATGTCTGCAACGATGGAAACGGC AAGTGCCAGGATTGTCAACACAATACTACAGGTTCCAGATGCCATCTGTGTGCTCCTGGTTTCTATGGCG ATGCTACCAGAGGACAGAGTGATGACTGCCAACCATGTGGATGCCCTCTCAATATCTTATCCAACAATTT CAGCCCATTGTGTGAGACAGCAGAGGATGGTGGTTACATCTGTACAGCCTGCCCTAGAGGGTACAGTGGC AGATACTGTGAAAGGTGTGCTGTTGGTTATTATGGCAACCCACTTATCCCTGGTGGAAGCTGCCACCCCT GTGGATGCAATGAGTATGGCTCAAACACCACAGTGTGCAATGGCACCACTGGACAGTGTCATTGCATTGC GGGGGTGTCAGGACGCAGCTGTGACGAGTGTAGCCCAAGGCATGTCATAACAGGCGACGGATGTACCTCT TGTGATGACGGCTGTACTGGACCTCTACTTGATGCTCTGGATAAGATGAGGGATGATGTTAAGAATCTTA ACACCTCACGCTTCATCCCTCCTCCTTGGCCCATCCTAATGGGCCTTACCGATGACAGAAACCAACTCCA GGATCAGGTAGATTCATATAACCGAGCTGTGATTGCCGCCAATGAATTGATTGCATCCCTCCCAAACGGC ACCAATGATCTGAGCGCACAAACAAGAAGGCTCATGAGGAAGCTTGATAACGATGCCGGAGGGATTGAGC TGGTTGCTATGAATGCATCAGACGTCACTCTCAGGGCAAGACAGCTAAATGAGCAAGTCAACGCAACCTA CAAGCTCATCAATGAAACTGTGGCTCTGTTCAAGGACCAGTTCTTGAACCAAGGTCTTGTACCTGCCAGG GAGAATGCACAGCTTATCAACAGAGCCACAGGAATTCTTGAAGAACTACGGGACAGGACCTTCGTAGAGA TGCAGGTGGCTGCATTAGAAGAAAGAAGATTGGCCAACCTAACTCTTGACAAGACCAGCAATGGCTATGC TGAAATGCTCCGAGATCTGTATGCTAAGATCGGCCAGGCTATGGAGGACTTGAATGATTTAGTTCTCAAG CTTGATGAACTTCTCATCAGATGCAGAATGGCTGATAGAATCTCCAAAGATGCGTTTGATGCCATCAATA GTGCAAATGATTCTTTGAATGCCTTTCAGAACATGACTGGTATAATCCAAGAGAAGAAGCAACAGAGTGA AAGTGATGTGCAGGATGCAGAACGTCTCTTGCAGGCTGCTCAGGATCTACTGAGGATGGCTAATAACACT TATCAGACGTCTGAAGCTGAGCATGGGAACTTGAGTTTGGTTCTGCCTGATCTGGTTCTGAGATCTGATC AGAGTGACATTGATCTGATGGTGCTGGGTGAGGATGCTGACATGGCTATGGAACATGCTATAGAACTCTA CAACAGATCAGTGCTCCTGGAAAACCTTCTGCTTCCCACCCAGCAGCATGCGCAAGGTTCTCTTGAAGCA GAAAGGGCGTACTCTGACATTGTGACAGCTATCAACGAGGCCCATAATGCATCACTGAAAGCCAAGAGGA CAGCGGATGAGGCACACAAAAAGGCTTACGCCAACGACTCTCGATCTCTAAGCCAGCAAGCCAAGGATCT CAAGGACAAAGGCTTCAACCAACTCCAACAGACATTGTCCCTTGAAGCTGACCTCCAGACTATGACCTCT GAACTTGCTGGCCTCCGAGGTCAGGTGGAGGAGGTCAACGCTATTCAAGATGAGGCCAGTCAAGGATTGG ACGACATAAAACAAGCTCTGCCACCATTAGAACAAGACATAGCGAGCGACGCCCAGAGATCCATCAACAG CTCCATGAGGGCGACAAACATGGCGACCAAGGCTGCGGACAGGTCAGCAAGGGTCACGGAACGAGCAGCA GGACTCAAGGAGAAACTTGATGGGATTGGTGGGAAGTACCAGGCGTACATCAATGTTACTGATGACATAG CTAATTCAGTTGAGGCATCCGCTGGCATGGTGGATGAGATGGGTATGAAGATGGGAACGTTGCGCAATCA AGCCCTTCACATAGAAACACAGAGGGCACCTATGGAGCTGAACCTGAGACAGCTGAGAGACAAGATTAGA CATGCAAGGACTGAGGCATCTAGGATCAACGTAGCCCTGCTTTGTAGAGGTGACTGTGCAAGGAGTTACA GACCTCGAGCATCCAGCACGGCCTTCAATGCTCTGGTGCTCAACATCAACATCTCAGGACCAAACAACAT GATCTTCTACGTCGGCAACAACATTACAGGTGACTATCTAGCAGTGGAGACCATTGAGGGTCAGGTCAGG CTAAGCTGGGATCTAGGATCAGGGAGGGGCGAGGTTGTGCACCCCTCCAACCTGTCAGCTAATCAAGACT GGTATAGAATCAATATAGAAAGATTTGCCAACACTGCCTCTCTCAAAGTGGAAGATTCCTCCCAGGCTAA GACCTCTAATGGGAGCACAGTGACAGGTGTCTCTCCAGAGGGTAGGAATGTTCTGGATGTGAGGGAGGAC AGCAATCTATTCATCGCAGGGATCCCACCCAACTTTGATATTCCTGAGCTTTCTACCAAGTCTTTCAATG GCTCCATAGGAGAGGTGATCTTTGATGATGTGGCCATTGGACTCTGGAACTTCAAAACTTCGCAAGGACC TGGGGAGGGCAGCTTCAGAAGCCCAATTATGAGTACAAGTACTGCAGAACCAGGGGCCTACTTTGATGGT ACAGGATATGCGAAGCTCAGGCAGCCACCACTCTGGGACGAGTACATAAATTCACTCAACTTTGACATCA AGACGTTGTCAGAGAATGGGCTGCTGTTTTACAGTGCTTCTGAGGATCAGGTGAGGGGGAATGGGGGAGA ACAGAGAGATAAGAACAAGAGATGA
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???blast.matrix.pam30???
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???blast.true???
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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