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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
???blast.query???
>XM_038207687.1 PREDICTED: Patiria miniata ribonuclease 3-like (LOC119734281), transcript variant X2, mRNA CAACGAGTTTATTTTTAGCGCCCTCAGTCGACGGCCAACGATGACAGGTGGCGGCCGAGTAGGACCCTTT TTCTTGTGATCTCGGCCTACTGATAATACTACTTTGTGTTGGCTCACGATGGCTTCCGGTCGAAACCCCC AACATTTTACTGTCGACACAAGGCAGGCGCCTCCACCAATGAATAAGTGCCTGGTGCCGCCTCATCCATC TCAACATCAGCTTCCTGCTCAAGATCAAGGAGAAATGTGGCGTGGTGCTCCGGGAGATCATTCAAGTCAA GACACCAGACCGTTTCATGATCTACCATGTGGTGTCCAAGGGCAAAGCTATTCCCATCCTCCGCCTCGTC CTCACCAATTTCCTCCTCCTGGCTTCCCGCCTCTAGGTTATCTTGGTTACCCTCCTCCTCCAACCCCAAA TTTTCAAGTACCTCCACCCCCAAATTTTCAAGTACCTCCACCACCAGTCCCCGTCCCATTTGGTCCCCCT CCACCCTACACGCCTTACCCGGATACGCCGGAAGTCGCCGGACATCTGGGCTCCGATCGTTTGTTCGACC AGTTTTGCAACGGACCTCAGCAGTCTGGCAATTCTACTGGTTTTCAAACTTCACAGACAGATAATTCTAT GAAATACCATGAGACGGTAAGAAGACGGGAAACCAACGATGATAGAACTTGCCCTCCGGGGAGATTCCGA GATGGCAACCAATCAAGGAGTCGTTCAAAGGATGACAGGCCAAAAGCAGATGATCAAAGGAGTAACACAG GTTATGCCCACCCGCAAAGCTCAAGCTCAGCAACGCCAAGAAATCCTCACCAAACCTCTAGAAGATCATC TCCATCTAGAAATAGATCTCCAAGAAGGCGTAGCAGATCACCGAGACGGTTGAGATCCCCGGCGAGAAGG AGATCGCCTAGTTCAAGGAGATCACCGACTAGAAGTCACTCGTCAAGACATAATAGGTCCCCAAGATGTA GTCGATCGCCTCACGATAGCAGGACGTCCCGCAGGCAACCGGAAAGACGGCGGTCTAAAAGATCCAGATC CAGGTCACCAGCGTCTGCGGGATCGAAGGGAGATTCTTCAAGGCAGGATCAATCACCACGGCAACAGAGA ACATCCTACTCCCCGGGGAGAGGAGGTCGTCAAGACGATGGAGGCAGAGACAATGAGAGGAGAAGACAAA GAAGACGATCCCCGATCAATCAGACCCAACGATGGGATGAGCTGGAGGCCAAGACGGCCGCTCTCCACGA CTCCTACAAACCTGCCACACTGGCATCGTGTGCGGGTCAAGATGATAAGACGGAGGAGACCACAACGGAA GATGAGCCAGCATGGATACAATGCTCACCCAGGGAAAACTTCTACTCTGGGGATTCTAAGATGCAAAAGA ATGAATCGACAGTTGCTGCAACTGATAAACTTAAAGACCTCCTCGGAAGGTTCCAAGAAGAGATTGTCGA CAGAGGAGTGAGAGCTAGAGAAGTGCAACCCAAGCTGGAAGTACCACAACCTAAGGTTCACTGGCATGTC CATAAAGATTCTGATGCTGAATCATCCGATGACAGTGCGTCTTCATCTTCATCGTCTGAGGAAGAGGAGG AGAATGAAGACGATCCTCTAGCTTTCCTTCAGATGAAGGAGAAACATCCAGCAAGACTTGCTGATAACCT GTGGTTTAATGATCCAGGAGAGGTGAACGATGGACCCTTATGTCGGTGCAGTACCAAAGCCAGACAGGTC GGCATAAGACACAACATCTATCCTGGTGAGAAACCGATCCCACTATGTGACCCACACACCAATAATGCTG GCAAGCTGTACCATTATCGCATCACCATGGCCCCAAGTACCAACTTCCTGACTCACCAACCCACCGTCAT CGAGTACGATGACAGAGAGTACATCTTTGAAGGTTTCTCTGTCTTCTCACACTGTAAGCTCGACAACATC CCACCTTGTAAAGTGGTACGCTTCAACATCGAGTATTCCATCATCTTCATGGAAGAACCAATGCCAGAGA ATTTTTCGGTAAGAGGACTGGACTTGTTTGGTGACTTCCTCTTCTTTGAGATCTTGGAGCTCTACGACTT TGAGCTGGTCAGCCGAGTCGGCGGTTGTCGCTTCTTCCACTTCATGCCGAGGTTTGCCCGGCAGCTTCCG AGCAACGGCAAGGAGATCTTATCCATGCATCACGTGATCCAGCACCTGCTGAGGATGAGTCGGCCGGTCG TGGAGGCCAAAGACTTGAAGTCGTGGCTGGAGTGCGATCAGATCACATGGGAGCGGTACGCCGAGGAGCT GAAGGGGATGATTGTAACGTGTCCTGGAAAGAAGCCGAGCTCAGTCCGTGTCGATCAGGTGGACAGGGAA CACGACCAGAAACCTGATGACAATGAAGGACTGGATGACACGTATCCGACCATTGTACACTTTGGACTCC GACCAGCACAGCTCAGTTACGCAGGCAATCGAAACTACCAAAACCTGTTTAAGTCCTACCTAAAGATGAA CCATCTGCTGGCCAACAAACCCAAAGTCAGCATTCAGGATCGACAGAAGCTCGCCGAGAAAGAGAAGAAG TTACAGAGGATACGCTTACAAGGTCACATGACGCGTGAGGTCACGGCCGAGATCTGCAGTAAGGAGATAT TGATGACGGGCATCGGGTCCGATGTTTGCCAGCACGCAATGATGTTACCAGTGCTTGTCAACCACATCCG ATATTTCAACTGCCTCTACAACATCGATGACATCATTGGATACAAATTCAAGGACAGGATTTTGCTGAAG CATGCTATGACACACCCGTCCTACCGCCTGACCTATGGCATGAATCCAGACCATGTACGTAACTCACTGT ATAACTGTGGAATACGACAACCTGACTACGGAGATAAGAAGAAACAAGTAGAGAGATCAAGAAAGAAAGG TATCAATACATTGATTAAGATCATGTCTGAGATGGCGGCTCCTGAGGAACTATCCTCCCACATTCATCAT TACGAGAGACTGGAGTTCCTGGGTGATGCTGTTGTAGAATTTGTCACAAGCACTCACCTGTATTACCTGT TCCCACATCTTGAGGAGGGCGGTTTGGCAACATACAGACAGGCAATAGTACAGAATCAACATCTGGCTGT CTTAGCCAAGAAATTGGAACTGGAGCGTTTCCTGTTGTACGCCCACGGACCGGACCTGTGTCGTAGCTCA GACCTGAAGCACGCTCTGGCCAACTGCCTGGAGGCTCTGATGGGGGCGCTGTATCTAGAAGGAGATATCA CGGTCGTCAGACGCATCTTCTGTAACCTCTTGTTTGATTCGGAGAAGCTGAGAAGAATCTGGATGCAGCA TCCTAAACACCCTCTCCAGCTTGAGTTTCCTCAAGGTGACCGACATATGATTCAGTACTCGAGCATTTTA CAGATGTTGCATAAGTTTGAGGAGTCAACAGGAATCAAGTTCAGACACATCCGTTTGCTGGCCAGAGCTT TCACACAGCGAACAATGAGCTACACCAACCTGACAAGAGGCCACAATCAGAGAATGGAGTTCCTGGGTGA CACTGTACTACAACTCATCACCTCCAGCTACTTGTACAAACACTTCCCTAATCATCACGAGGGGCACTTG TCTCTTTTGCGTAGCTCTTTAGTCAACAACAAGACCCAGGCCACTGTAGCCTCCGATCTAGGCATGTCAA CTTACATCATTGACGCTAAGAATCGTACTCTAGAAGACGGTGGTCCTCTACCAACCAAACTCCTAGCTGA TCTTCTGGAAGCTTTTGTTGGTGCTATGTACGTGGATCAGGGAATTGAGGCAGTTACCGTCTTCTGTCAA GTTTGCTTCTTCCCTAGGCTCAAGGATTTCATCTATAGTCAGCACTGGAATGATGCCAAGTCACAGCTAC AGCAATGCTGCCTGACACTCAGAACAGAAGGCAAGGAACCAGACGTACCCCAGTACAAGGTCATCAGTCA GCATGGTCCCACCAATAACCGTGTCTACAACGTGGCGGTTTACTTCAGAGATAAAAGATTAGGCACGGGG TGTGCTTCAAACACTCAAGATGCACAGATGGAGGCAGCTAGGGATGCATTGCAGAATTATAATTTCCCCC AACTTCACCATCAACGCATGGTGGTTGAGCGGAGGTACAGCCAAGAGGCCAAAGACAGAGGAAGTCGTCA CAGACCACGATCAAATAAGATTTGATCATCTCGGCAGGGATTCTGTATAGAAAACAAGGTTTTTACAAGG TAAATGTCACAGCGGATCGTCACAACTTGAAAAGCTTTTACAGTTAGTTGCTGTCGATGTAGCCATGTCA ATCACAAGTCCTTACAAATCAATCACAAGTCATCATAAGTCAATCACTTATTCCTCACAAATCAATCACA ACGTCACCGTTTTTACAAAGGGACGGGTATGTCAAAAACGACATTTTTGTTAAGTTTCGAGGTTTTTTTA GCTTACGTTGAAAAACCACTCTGAACCATTCTGACTTGCTTTGAGAAGCAAAACCTGCGTAACGTCTTAA TAATGCTGTATCAGGGGCATCTCAATAATTGCATTTTGCATTTTCAAGGGCGTTAAAGTAGAATAAGTGA AATTTCTGTTTTCATGAAGGGACGGACGTCTTTGATACATTTCAGACACGCGCACCCAAACATACGTGCC CTCCACCTATGGCAAAACACATACTGCTCAGTAGACGGGCAGATCTTCTTATCAGAGATTACAATATTGT TATGGTTATTATTTTTTATTATTATTTGAATGCCTTGAAATGTTCAGATATGTGTCTTTTACAATGTTAA ATGTGATATTTTATCAATTTGTACATTGTGTTAATAGCATTTCTGCATTTCGTCTGTTGACAACCTTAAG ATGTTACGTAATTAGAGACTTTTCTTTTCACAACTACAAGTTGTTTTGGTTAATGTTGGTCACGTGACCA CCCTCAGCACTCTTAGATAATTCCGTCATTCTTGTAAGCAGTCGTTCAATGTGTGTTGGGCATGTTTTAC AAGCTAAAACTCTCGGAAGTGGAAAGTCGGCGATGAGTTTTGGCAAAAAGGAGTGTAATTTTTCCCAATA ATTTATTTATTTGTCTTGAGATTATGTTTGTTTTAATCTGTGTGCTATTTTGAAGATGACTCAAAATGAG AAAATATTTTTGGGGTGGAGTTTGTGGGGGGGGGGGGTAGTCTGAGTATCACCTGTTATCCACGGAACCA AGTCTCCTGTCTAACGTCTGATATATCTAAGCTTGTGTGATATCATTTCATTCCATAATCAGGACTAAGA TTGTGATTGGTCAATTTCGATGCCGTATTTTTGTAATGCAACAATTTGTACAAAATGCTACTCGTGGGTG TGATGTTTACACATGTGGGGAGCTTGCATTACGCGCGTATAGAAGGCGCCTGCTGATTGGTCAGTTTCTT GAGGTCATACACAGTCTAGTTGCATAATTAATCACCGAATCTGTTTACGTTTTATACACCATGGTCGGCT TCGCCAGGGCCAGGGTCAATCAC
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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