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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
???blast.query???
>XM_003723899.3 PREDICTED: Strongylocentrotus purpuratus ADAMTS-like protein 2 (LOC100891182), mRNA CGGTGGCCTGGTATGTTGTGATACGGATGTAGATTTCTCTCATCGTACGAGTGCGAGCGCTCATTGTTTT AGCATTCTATCGTCTGCCTGAAAACAATGAATTTGTACACCGTGCACCAGACGGAAAGCCCGCTTCCTAC TATTACTCAGTTGGCGTGTATGGTGAATAGCTGACTGAACGAAAGTTCGCACCGAGTTGATTTTTTTGTC TACATCTCTCGCCGCCGATTAGAGGAATTCTGGATTTAGCCGAGGAAATATGGTACTGGGACTGTGGACT TGGTGTATTTTGACTGTGTTCAATTTTCACAGACGCTTTGCGAGTGTTCTGTTTGTAGGTTTGTCTGTCA TCCTCCTGTTGCAGCTGGACCAACGTCACCACCATGCCTACGCTCTGTCATGGGGAGAGTTGTGGGCAGG GAGCGGGAGAGGAGTCGGTGGGAGGGAAGCACCGTTACATCGCCACGTACGAGAGCCAGTACCCGCGGGC ATCTTTCGCTGGAGTGACTATGGACTCTGGACGACATGCACCGCTTCGTGTGGGACCGGGGTCGAAGGAA GACGACGAGTTTGCCTCGATGAAAGGAGTAATGAGGTAGCCCCTGAAAAGTGTGTCGGCTATCAAAAAGA GTATAGACTTTGTAGAATACAGAATTGTCCTAATTCATTCGATTTAGGATACCGTGCTGCTCGTTGCGAG GAGATGGCTCCACCTGGTCATAGATGGAAGCCTTTCTACCCTTCAGAGAGAGACGGCTACAGCCCATGCA TTCTCGCCTGTTACAACGAGCATAACCAAGGGGAGGTTCGTGTTGTAGAACACGGTGTGCCGTCGGGGAC CCGGTGCGCCAGGTTCCGTAACGGGGTCCCCGAGACGGGGGTCTGCATCGATGGGACATGCTGGAGCGTT GGCTGTGATGGGTACCTCAACTCTACCAAGTACCCCGACCGATGCGGCGTATGTGGCGGTGATGGCAGCT CCTGCTCGTTGGTCTTCAGTGAAATCATCTCGGAGAATCTACAAGTAGGCTACATTGATTTAATAGAAGT TCCAATTGGTGCAACAAATATAAAGATATCAGAAATTCGTAGCGTGAGAACTTACTTAGCACTGATGAAT TCCGATGGAAAATATTTGATAAACGGCAACTTTAATGTGGAGACCGAGTTTACCAAGTACCTCCAGGCGG CCAACTCTGGAATACGTTACCAAAGAAGGAATATATTCAATGGATTACAATGGGAAGAGAGAGAAGTTAT CACAGCCAGAGGACCACTTAATGAAACACTTCATTTACAGATCTTAATCCTTAAAGACGGTTCATCAAAT ACCTTACAATATCAATATGTCATCCCCATTGAGACATCAACGCCAATACCCACCACAGAAAATTCTTCGG AGCCTCAACAGCATTTATTAAATTCAACGACGAGTATACCAAAGCACTATGAAGCAGTAGAGTCGCTTTT AGAAACAGAAAATATAAACCCACCTATTTATCCTGTAAATATGAGTGAAATTATTCAAGGGGATCCAATG TTATCGGAGGAGAGCTCTGCAAGTTCGCCAACTCCTATCGAAGAAAACTCAGAAGTTAGTCACTTCAATA GTTCGAGTAGGACCAGAATAGACCTAATTAGTAGGAATATATCGAGTGATTTTCGGGAGGACGACATCCC CAGTGGAACGAACACAAGAACTCAAAGGCCTCCTATACAACAATCAGTAGGAGATAGGGTGAACGAAAAC GCAAATAGTACTGAAAGTACGCATTACGCTAGCAGCGTACTTCCTACATACAATACACCAATGCATAATA CAACACATACGCATAATACTACGCAAATGCGTGATGATACGCATACGCTCAACACTACGCGGTCCATTGA CTTCCGAGATCCACTTCGCCAGAGTTACGCGGCGCGTCCGGTGGTTAGTCCTTGGGGCGAGGGACAGGAG GGAACAAATCCAGAGTGGCCAGAAGGATGGCCAGAGATAGCGTCTCTGGAGGGGGCTGATAGAGGCCGTA TTGTCCTGGAGAGAGACGGCGTTCAGTCTGGCAAAGCTTGGTCCACGAATGACGGAGTCAGGCAAGAGGG AGACGGACTTATTTACGGTCCACCGTATAGGACGGAGGATTCCCCTTCACATCCTTCCCCTGAGGTGATC ACGAGAGACATGGTTACCGTCGAGCTCCAGACGGAAGAACCTAGGGATGTCGACGAAGTGATCATTGACG TGATCGACGACCAACCCATCATCAAGCAGCACCAAGGCGACAACAAGCTCGGTTTCGAATCTCAAGTCCC CGAAGATCTCGACATGTCGGAATCTGATTACGACGACGATTTCTCGTCGTCCGACGTCGAAAACGGATTG CGATATTCAACGCGAGCGTCGTCGACGACGGGACGGCGCAGCACAACAACTGTGTCACCTACGACTTCAT CAACGCCATCTACGACCATTGCTACCACTTCTGCGGGGAAAACGGAGGTCCAGACAACCTTTGAGATGGC CACATACCTCACTTCTGAAACTATGACTTCGAATCCAAGGACCACCACCACTGACCAAATGACCACGATA GCTGTCACCACCGAACCACCGCCGAAATACTTCTGGAGGATTACAGCGAAGATGCCATGTAGCGCAACTT GTGGGAGAGGTATCATTAGGGACTATGCGTACTGCGTTGATGCGGAAGAAGAACAGGTGGACGATACTAA ATGTGATACAGAAACCAAGCCTGACGTCATCGCTAAAGAGTGCGCGGGAAAACCATGCGAGCCCAGATGG GAGGCCGGGAGTTGGAGCAATTGTCTTGGGGACTGTGATGCCAGCTACCGCTTCCGTACGGTCCATTGCT GGCTCCTGATGGGCCAGGGTCTCGATTCATCGGTACCCAATGAGCGATGCAACCAAACCACCAAACCAGA CATTACCGTGCCGTGTGATGAGAATGACTGCGGACCGCAGTGGATTGTTTCCGAGTGGTCTCGGTGTTCT GAGACCTGCGGACAAGGTAGAGAAACCCGTCGGGTGACGTGCTCCGATGGGAACCGATGTGACGCAACAA ATCGACCCGAGTCTGAACGATCGTGTATCATTACCCCATGCGTCTGGACTACTTCATCGTGGAGCCCGTG CACAGGTACATGTGAAGTGCAGTCTCGTCGTGTGTTCTGCATTGCGGAGTCCACTAACAGTCGAGTGCAG GATAGCTCCTGTGCTGGTATCGAGGTGCCCCTCTCCATCCAGATCTGCGGCGGGAGCCCCTGCCCTTCGA AGTGGGTGCCTCAAACATGGGGACAGTGCCAGGGCGACTGTCAGAACTCATTCCATAGACGAGCAGTGGT GTGTCAAGGCATCAGTCGATCCGCTCAGCTCATCATCTACCCAGACTCCTCCTGTTCGCTGAACCCGCCA GTCAAGAGGTTGCGGTGTGTAATGCCTAACTGCCAGGAGCAGCGAAGAAGCGCCGCCGATTGGATGTCGT CAGCCTGGAAACCGTGTTCTGTTACATGCGGTAAAGGGATGCAGACTCGCGAGGTGCGCTGTCTAATCGG TGGACGGCTCAGTGATCACTGTGATGCAAGCTCGAGGCCGACGTCTAACCGGGAATGTTTCAAACCGGCA TGCAACACTGTCCCCGGAAATACAGCCCGGGAAAACTGCCAAGACAGTAAGAGCGCAGACTGTGACCTTA TTGTTCAGGCGAATCTCTGTCGGTTTGCCCGATATAGCAAGACGTGCTGCAGGTCGTGCCGGAACGTCGC CGGACGATCAGGGTCTCGAAGTCAAAAGTGACCCAGACACTGACATCATCATCGTGATCATTGACGGTTT CGTCGGACTTTTTTCGATGTTGTCGACTGGCAGCCAACCTTGATCGATGAAAAGGAATCGAAGGTTGATG ACCGTCGTGAACTTGTTGGATATTAATTATATAAAGTGAATTCGTGGTCGAATCGCTTGACGCTTGTGAC GATCTCGCTCAAGAGAGACGGAACCACTGAATAGAAAGAATTGCAGCTAAGACATCTTACCAAACTCTAC TTGTATGTTACCACATAATACATGTAGGCTACCTTGGCATTATAAACATTACGACGAACAAAAATTTGCA GTATTTCTTGCCATTTTTATACCCCTTACTGAAACGTAATTGTTCCTGTGAATGTCGATATAGTCAACAA TTTTGTATAGTTCTACGAAGTTAGATAGAAGAAAATAGGAATCAGACCACACAAACCCTCTCCGTCATCA TGCACCTGTTTATTTAAAAATTCGTTTTAAAAAAAGTTCCTCTTCTGAAGTTAGCGTCCCTATCATTCAC CGATTCGCCAGAAACTCATCAAGTCTATTAATTCTTCAAGTTGTGCATCGATTTTATTCACCGGTTTGTG AATATGTGTATGACACTTCAGACGCTATTGGAGGTCTGACTCAAACGAGGGGAAATTACCGAATAGAAAG AAATTCAGCTAGGACATCTTTATCATTTTGAAAATCGCAAATAACGAAACGAGTATTTCTTGCCATACTC TCTTGCCATTTCCTTACTGAGATGTCATTATACTTTGAAACTTTTTTTAAAAGTAGGCTATGTCATGTCG TAGTGAGAATCTGGATCACAAGTTTGTTTCAATAAAATTGCACGCTAAATTCAACAATGCTAATTTGTAA TTACATTCCCAATCTGTTTAAATTGTATTTGTCTCCAATATGCGCAGTGATATTGTTAAGTTTCCATCTC GTTAGGATCGCATCAGGTTTTTATTTTATTTTTACATTTAGTTCGCCTCTTCGTCATCCAACATTTCGTC TGATAAAGTTGTCTCAAATTAATGTACACCATATAATTTACAATTCCGTCATAGTGTGATGAACATCTCT GATTTATTTTCATAGATTAAGTCCAATCTGATGTCCTATGATGACATTTTTGACAAATCATGTAGAGCAA TGATCGGCAAAATCATCCATGAGATCGCAGAATGAGTTCGTCATTGAAGTTTCTCTAATTACGTGTGGCA GAAGTGTGCCTAATTTCTGTCCGTGTCAACTTCTTCCTCTCATCAGTATCCAATGCCAGTATTTGAAATT AGTTTACTCATTGTATCTGAAAAGATTGGGTTTAGGATTCTGTTGCATGATAATTCCTTATTCTTTGTCA CCATTTGCAATTTATTTGAACAAACATAAAAACACCCTTCTGTCAACCAATCACTTTTATAATGCCTCCT GTGACATCTGTTTCATCTTCTTTTTTATGATATAAATCATAGTATCCTTAACAAAAATCGAAACGTAATA ACAATACCTTAAGTACCAAGTTTTCTGCAGTGTACATATAACGAAAGACCCGTCGATAGATGGCGCTGTT TTATATTATGACAGTCGTTGATTAAATGACTAGACGCCCGAGTCGTATTAGTTGTGACTCCGTCAACCAA GCTTCTTGCATACAGGCGGATAGACACAAATACGACAAATTAATTAACGAGTGTAATTTCACTGAAGAAA CTTTTTTCCCTTTCCTAAAGGGATTGTGAAAAAATATACCCGCTCTTTTTACTGAGACACCCGTATGTGA AGTACTAATACTATTTAGCTGCCGATGGTGTGTTGGTGGTGAATTGTTTTTCCGAGAAGAACAAGAAATT GGATAGATATTTTAGTGTGTGCTGCATATATTAATAACAATGTGACTTTATCGAGATCATAATGCACTAT AACTACTATTTTAATTGCGATAGGCAACTATTAATCACAAAAAGGGGTGTGAACATGCTTTTACAACTTT TTTATTTTGTATGATTTGTGTATATCGGCCTTATGTTCGAGTAAAACAGTACATGACGTCGACGACCCGG TTACAATGATCCAATTTTAAGTATGAGGGGCACAATTTTTTTGAAAAAAACATTGTAATACTATTATTTT TCTTTAATTAAATTGTAATTAAAATTTGTATTTGTCATAGATTAGTGGTTACACAGTAGTTAAAATAAGA TAAAGATATATTTAGGACAGAAAGTATGAAGATATTAAAATGTATAAATGTATATATTTTTTACCGATTT GAAGTCCCTTTATAAGTAATCTTGTTATAAGGGGAAAACTTCTAGGCATTTTAGGAGTTGCATCGCTATA TCATCTGCTATTCTACTTTGTTGGAGTCTTGCAGAAAGTCACAAAATTGCTTTGTTCTGACCAGTACTCT TCCTTATTTTACTTTTTCCAACTCTCGATTTGAGTAAGTAAGTTAGATGCATTGTACATAGATTTCTTGG AATTTTGGATTAATATGTCATTTTTGCTTCATTATTGGAACCAAATCTTTTGATGTAACGTGTATCACTT TCTTGAATAATTTATTGTATCTTTTTACCCTCATTAAGCTTAAGTTTTATGCTACATTATGTTTTTTTGT ATAATTTATACTAAAATACATACCAGTGTCGTGATATTATTGTCCGTGACGTCACATGCCACATGATATA TGATGTGATTAATATGGATTCCATCCAGAAAGGTGCCGTCAACCATTTCGTCGTTGGGGATTTCATGTTT CGTAGCTTAAGGTACATCAGTAAGGGTATATTCTCTTTTAATTCCCTTCCTTATATGTACACGCTTCACC GTCTAGTCAATTTTCCTTTCTCATCGGTACTTTTGTGGAGATTCTGTATTCTATCTATCTGCAAATCTTA TTTTTCTCTCCACCTCTATCTCAACCCTCTCCAATATCTACCCCCCCCCCCTTCTTCATTCCCCTTCCAT CTCTATCCCCCTTCCATCTCTATCTTCCACCCTTTCTCATGCTGTTCTCTTTCTCGTTTCTTCGTCTTCA AAGTTGCACGTTTCCACTACCCCCCCCCCCCCCCTTCACTCTCTCTCTCTCTCTCTCTCTTTCTTTGTCT CTTTCTTTGTCTCTTACCCTGAACCCATGTCTCTTATAAAGAGACAGTGCGCGCTCTTTTTCCATCTTCC TTCATTCTATCTCTCTCTCTCTCTCTCTCCCTCTCTCTCTCTCTCTCTCTCTCTGCCATATATTTAGTCT TTACTTTTCTGAACACGAATTTCGCATAAACATATTAAGTAATTTGAGTGAATTGCGATCTTTATCATGT TATGTTTTAATCACGTTTCTCCGATCAGAATACAATAATCTCAGCTATGTTACAGGCAAGTGAGAAAATG ACAAAGAAATATTTCCTATGCACACAAGAAGTGATGAACTGAGTTATACAAAATAAAAACAACCATTATC TATTGCAGTTTATAACTAAATAAGACATCTGTTTTCACTATTTTTACAAAAATAG
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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