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Echinobase
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Echinoderm mRNA
Echinoderm protein
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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_030979405.1 PREDICTED: Strongylocentrotus purpuratus PDZ and LIM domain protein 5 (LOC592242), transcript variant X2, mRNA TGTCTGCGAATGGATACAAATCTAATATATTCTGTCGACCGTTTGATTAGAGTGCTAGCCCCCGGTCATG CAACTCTCCTGGCGAGCCACACGCATACTTCCTAGTTCGCATTGCTGGCATTCGTTGCATTCATTGATTG CCGAAATCTGTATTTGTTGTGTGTAACCCTTTCGTCTACTTTCACCAAATTTTCTCCTTCACTGACTGAC ATCGCCCACAATTTGCGTTTATCTGTGGATTTTTACTGTCTGGTTGTGTTCTCGGTGTGTTTTATCGGAG GTGAACTTCAAAGCCCCTGAAATAGAATGGCCCAGAGGCTTAACATCACGATACCGGGGCCCGGCCCGTG GGGCTTCCGTCTCGCCGGTGGTAGGGACTTTAACCAGCCGCTGTACATTTCCAAGGTAACAAACTTTAGC AAGGCACAGCGAGCTGCTATTCTGGAGAATGATACCATCCTTGCCATCAATGGATATGACATGACCAACA TAACCCATCTGGACGCCCAGAACTTCATCAAGAGTGCCACTGGCAACCTGTCCTTTACTCTAGAAAGGTC TGAGCAGGCCACTATCTGGACACCAGAGGTCAGTGAGCAGGCAGATACTGGTATCAATATTTCACTCAAG GCTAACAAACAGCAATTCCAGCATGCAGGAAGCAGTCACAACGCCAAACCCCGCCTCTTCCCTGGATCGG GCGGGGGAGCGGCCCAACAACCCCAGTCGGCTCCAAACGTGGTCCACAAACAGTTCAACTCTCCAGTGGG GATCTACTCCGCCCAGAATGTAGCCGACAGTTACAGAGGACAAACAGAGGGCATGGCACCAACCAATAGA TATGATGACGATCAACAAGCCCCGGCTGCCTGGCAGAAACCCTCTGCGTATGCTCCAGGGTCCAGCCAAG GCCCCAGGTCAACCAGCTTCAAGAAGGTTCAACAACTAGCTGGAGAAGATGATAGAGGTTATGGTGGTCA GCAAACCTCAGCCCCAGCCCAAGCCCCTGCCCCAGCCCCTGGATACCGACCAGGTGGAACTCGCTCTGTG AGGGCTCCCGTTGCCAAGCCAACCACTGGGGGCTCAAAACCAGCGAATGCCTTGCCAGTCTGCCACAAAT GTAACCAGAATATCATGGGTCCGTTTGTGAAGGTACGTGGTAACCCTCTCCATGATACCTGCTTCACCTG TGAATCGTGTGCCTCATCTCTACGCAATAAAGATGATGGTGAAGAAGGATTCTTTGTCATCAATGAGTTG CTGTACTGTGAAGCCTGCAAGAATCGCATCCAGCATCAGCCTGGTCAAGTCAACGGAAGCTCAGCCAAGT CTGCACCAAAGTCTCCTTCAAAGCCAGGACCTCCTAAAGTTTCCAATGATGGCGATCAGGTACACCAGAA TGGGGCGTCCACTGCACATCTGTCTTATTCCGCGCCCCCTCCGCCCGAGCCAGCAAGCTACGACACCCCG CAGGCGAACTCTGATTGGCCTGCAGACACAGCATCATTCCCAGACCCGCCCTCATTCCTCACAGAGCATG CTCCCATCACCTCACACAGGAACGGTAACGGAGACACAACCGACTCTGGTTACTCGGACCATCAGCAAGA CGATTTACCCGCGCCGCCCTCATCGATGACGACGGGTATTAAAGCAGTACTCAACGCCCCAGAGCCGTGG AACCCCAGCGAGAGTTACACCTCGCCCGTCATCCGCAGTGTTAGGGCACCCATGGGCAAGTCGTTGGCAA GGTCGCCCTCTCCGGCTGATTCTAACAGTGTCCCTGAAGATGGTGTCAAGGTCATGTTTGTTCCTAAGAA TCATTTGGGTAAGCCACCTAGTCAGGTAGCAGGCCGTACTACTACTACTACCAAGACCTTCACCACCTCG TACCAGGCTTCACCCAATACAGTTGAAGACGATATGGCAGCTCCTCCACCACCACCACCCCCTCAAATAG GTGCAACAAACTTTGCCTGGAAATCCGATGGTCCCTCGGCGCCCCGCCCCAGCCCTCCCCCAGCTGCTTA CAGGCCGGGTCCACCCCGTGCCCCTAAAGGCCAGCCCCCTAGGTCCGTCTTCCCCCAGCCTCCTCCATCC ATGTTGGGCCAGCGGGCTTCACCCGTAGCACCTCCACCGGCCCAGAGAGGCCCTCCGGTGGCTCCCCCTC CGGCCCAGCGGGGACCGCCAGTTGCACCCCCTCCAGCTCAGAGGGGACCGCCAGTCGCACCCCCTCCAGC ACAGAGGGGGCCACCCGCGCCACCCCCACAGGGCCAGAGGGGACCACCAGCCCCTGCCCCTGGCCCAGCC CAACCCAGGCCTGGAGGAGCAGTGGCGCCTGCTGCGTCTGCTGGAATGACCCGTACGCCCTACTGCGAGG GATGTAACGATCCTGTAAGGGGCACTTTTGTGACTGCCTTTGGACGCAACTGGCACCCAGAACACTTTGT ATGTGCCCACTGCCATGAGAACCTGCAGGGCAAGGGAGTGATCGAGGATAAGGGCAAGATCTACTGTGAA GAGGACTACATGAGGCTTTATGCTCCAAAGTGTGCCAGCTGTATGGGATCTATTACTGGGGAATGTGTGA AGGCGATGGGGGCTGAATACCACCCTGCCTGCTTCACATGTGTGGTGTGCAGCCAACCAATCACAGGAGA TGGATTTCACATGCAAGACGGAATGATGTACTGCAAAAGGGATTTCCAGAACAAGTTCCGAGGGGTGAAC TGCGGAGGCTGCAACTTCCCCATCGAGGCTGGGGAAGCTTGGCTAGAAGCCCTGGATAAATCTTACCATG CAGAATGCTTCACTTGCGCGCAATGTAGCCAGCGCCTGGAGGGACAGCGTTTCTACGCAAAAGCAGGCCG TCCCTACTGCCAGGCTCACGGCTCATAATGTAGTCATGGCAACGCTATGCAACACAAGTAGTATACAGTT ATTTATTGGAGTTATTGGGCTTTATAATTACCTATCTTGTAACATACCTGAGGTTTAGTTAGAATGTGCA CTAAGATTTTGAATCGCCCATTTTTTTCAATTTTCTTATTTATGAGAGATAAACTCACTTAGAACAAACA GTGATCAAATTTGAAATTGAATCATACTTGTTTCATGTGTTATTTGAGGTTACTAAAATCTTCCACACAT TTCAACACTATGATACTTGGTTGAGATCAAAGGGTGCAGGGAAATGAACATTTCGAATGCAATGCATGGA CTAATTAAAGAAAGATATTGTATTTATTATCTGTTAATTTTGTAGATTTAGAAGGAAAAAAATAATTTTT CCCCTTTTAATTGAATACGCTGTACAAAGAAAGAGTGGCTTCATAGTTATGTATGTTGAGTGAATGTGAG TTGGGAAAAGGGATAAAAAGGAGACATAAAGTATTTATTTGTAAGGTATGATACAAAGCAAGCATTGATG TTAAAAATGTAAGGTCACTGTAATATTGTGATGGGTCAATGCGATTTAAGATAAAAAATGAGACGACTTT GAGTTTGTGATGCCAATTTGCTTTGCTTCAGTGACGCAACGTGATTGGTGAAAATGGCCGGTGGATATAC ATGTTTGCACTGTAGCAGAGCAAAGCTTTATATACAGAGCTCGCCATGACAACCACAGTTCAATCGCCAC GGTGATACACAACAGTCAGTGGCCTTGAATGGAAATGTTTAAATGCAATCTATTCGTGTTTGTGATGTCT TGTTTGTTATGCTTACAAGCCAATGATGTCTCAATATGCAGATATCTTGTTGGACGAAGGATTTTTGATA GAAAGAATTCTTTTGTCGCCTTGAGTGCCAAATATTGTTGATTTATTTGATGGCGAAATCTACATTTACA TGTATCTGTATGTGGGGAGGGACTGCAAATGCAAAGAAATGCATTGTTTGTAGTAGTTGTCATATTTTTC ATCCATTATCAGATATATGTCGTTAGACATTTTTTGTTATTGAGTTGTTTATAGCATTGTTCACAGCATT AAATTGGAAACCTTATAAACAAAGAGATTTTCAAATGCAGAGAGACTAACAAATTTACAAATCCATCTTT AAACTATCCGATGGGAGTTCTTTTTCAACTGTAGTGAAATTATTGTTTCAGATTTTAAAATAAAAATATT TATATCCTTCAATATATATCAGCTGTGTGTTACACTCATAGCAGTAGACTGTATAGAACTATTTATTTCA TTTTATAAAAACCATTTATTACGCAAAAGGCTTCAGCAATATGTTTTATAACGTAGGTAAAAAGAAATCA TTATGTCCGTTAACTAATTTTTGTGGTGTATATTATATGTATTTGTGGGGAGTATTAAAACAAAATTGTA TATACTTGCTAGAAAGCGAGAGGAACAACTTGGACATGAGTAAGATTAGTCTTTAGTGCACTAGGAAATA TGGGTTCTGACATTATATAATCAGTATATATATAAATATATTTTACAAGTATAATACCAATCGTAGCCTA CTGATTTTGAATGAATACTGAAGTACTATTGCTTGATAGTTAAATGAAGGAAGAAAACTATGGACAGGTT TAATGTGTGTGTGGTATGGTAGTTCATATGTAATGATAAGAAATGTAAATATATACTTTTTTTCTCAGAA AATGCATGTGGTTTTATGTTATGCTATATAGTGGACGATGATATTTTAATCACAGTTTTATGATCTATCG GGGCGATGTCTTATGCATTGTCTTAAATGCTTTGGAGAGAGAATGTTAAAAGGTCAGTGCACTGTGAAAT GAATAACGTAATGGAATTGAATTTTGATTGTAAAACAAAATACTGGCACTGCATATGGCATCATTAATCT TAAATGTAGTCATGATAGTTCATATTGACCTTGATATTGTATTTAATGTACATTTAAAGGGAAACAAGAT TTTGATTCATGTGAGCAATGTCTAAATAATATTGAGTAGACTTAAATATATATTTTTCGTAATTTCAACT CAACATTAATTTAAAGAAAAACAACTGCATTTGATAATGGTGTGTATCAATTTACAATATGCATTGATAG CATATTTATATTTTTAAAAAATGAATTTAAAAACGGTAAATTATTAACTTATTATGTAGCAATAATGGTC ACATGTTTGTAATCTTTCAGTTTAATATGCTTGTGTGGTCGTATGATTGCTAATTTGACATTTTGAGCTT ATTATTACCCATCATGCTCAGCTTCTAGCCTTTTCGTAGTTTGCTTGTTATCACCTGAGCAAAATCAAAG TCTTCCATAGATTTCTTAGAGCCTTTCACTGTATCATAGAATCATTGAAATTATATGTGCCTCTCAAAAT AAAAGATGAAGAAATAAATGTGGAAAATGATGAGTATAGTCTTGGCTATCTTAAATAAGGACAAAATATA TCAAATAATGTATAATTATGTTGTGACGTAAGATATTTGAGCATGCATCATGTTGATGCAAAACCAAAGT GAACCGTCTTTTAGAGTGCAGTGATTAATGAAGAAAAAAACGTTAAAAATCCAAAAAATCCATCATGGTG TTTTCTCTAAGGCAAATTACAATAGAAATGCTTTAACTGTCTTCCAGTTTCTTCTTTTTCCCCTCTTCAA ATCATTAAGATTGTGGATGTTTTATGTTGTTTTAAGGCCATGAATTAACTGATGATTGGAGAAATCTGTG AGATGATTGGATTTATTTTGTGGGGAAGACGTAGCTTAAACACCTTGCCTTATCCAAGTATGTAAAACAA TGTTTCAATAGCATTTTTTTTTCTTCAATTGGATTGGGAAAAATTTAAAAAGGTTTAAAATGGTCTTGAT AATTTTCTTTAGTAAAGAGAGGAAATATTTACAAAATCTACACATTTGTGAACACCAGCAATATCTTTTT TATTGTTATTTGATTTTCATGCTAATTTATTGTCACCTTTGTATAAGAAAGTGCTTTCACTATTGGGAAA TAAAGCATGCAATCTTTTAGGCAACAATTTTT
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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
