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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_038212396.1 PREDICTED: Patiria miniata uncharacterized LOC119737787 (LOC119737787), transcript variant X2, mRNA GTACATTATTTTCATAGCCACTTCATGCATGGCGCGCAACTTGGTTTCTGCATGCATGCACTGCGTTTGA CATGTTAGAAATCACGGGGACGAAAAGCGATTTTGCCCAACTACTTTTTCATTCTGCATTGACTATACCA ACCCACATGAAGCTACAGTTACTGCTCTGTTAATTCGGCATTGTGTTACTAAATAAGTAGACATGTAAGA TGGATCCTGTAAGACAGAGTGACTCCTTCCCAGAGCGTTATAGTCTGTCCCAGGATGTTACTATAGAGGC AGAAGGAGGTCATGAGATGACCTTTGATTCATCCCTGCGCTCTTCGCTTGGTCAGATGGGGGATCCCATG TTCGTTTCCACAGGCCGCAAGATCAGAAAAGATGTCGAGGAGAGCATGACATCATCTCAGATGTCAGTTG CTAGTATGCAGAGCACATCCTCCTTAGGGATACTCCAGCTAGACTCCATGGGAGACCTATCCACAAGTCT TCTTCAGCTTGATGGGAGTTATAACATGTCGCGATTCAGCAATGGCACTCTAGATGGTCAGGAGAATGGC CAAGAGAATCCAAGCAACGACAGAAATAGTGAACTGGAGCCAGGTGAGCGAGGAAATGCTACAGGTATTG AATCCATTGAGAGCAGTGAGATAGACACAGAGGATGAACTGGAAGCTGTTAGGAGAGAAAACGCCAAGCG AGTGCTGTATCCAGCCTCCTCAGAAGACCGAGTCAGTCTTCATGCCGGGGATGGTGGGGAGAGCAGTGGC AGTGAGGACACTCGCCAATCACGGCCTGGTCTGGAAGGCGGAAGCTCCGATGAACAGAACTCCAGCATGC CTTCCTCCCCACGGCAGGAGATGAGCCTCCGTCAGTCTGCTGAGGGGGAGGTAGTCAACCCCCTAGTCCC TGGGGACGGTGGCGGGGGTGGGGATGGAATGAGTGACGGTGAGACCGGCAGTTCCCTGACAGCACCCTCT GTGGTCAGTGGAGGAGCAGCTGGCAACAGGAGGGTGTTCCTTAGATCATGGAGCAGCCAGTCTGGATACA GCGATCAAGAAAGAAATGTCGAAGGTTCAGGTTTAAGTGATGCACATCAAACGCCAACTCCAGAGATGTC TGGCCTTGCCGCTCACTTCTTGCTGCCCTCCATGAGACCCAAGTCGGCTGGTTCCATGAACGATCTGCCC CACAGTCCTGAACTGAGACCCCTGAGCAATGCTAGCAGCTTCCACTTTGATGAGGCGGTGTTCAGCTCCT CACAGGAGGGGCTGCACCACAGATTCTGGACTAGTGGTATGATAGATGGAGGTATGATGGAGGAGGATAG ACGGGGGAACGGCACTGAGGACGAGGAGGATCAAGATGCTGACAAGACACTGATTGGTGCTACAGGAAGT AGAGAGTTGGATGACAATGAGGATGATATCAATACTGAGCAAGATATCCTGCAGATTCAGCAGATGATGA GTGACTTTGGCCGAACTCCTACTGCATCAAGCAGCAACCAGAGCAGGGTGTACAATCCTTTTGACAGCAT GCAGAATGATTCGCACCGGAGCAATGTTCATGATGTGGAATTCCCTGAATATGATGGTGAATTTATTACC CAAGGTGACGCAGAAGCAGTCCTAGAAGAGGACCAAAAAGAATTTGAGAAGGAACATGAGTTCAGAGAAG ATGAATACATCTCGTCAGACCAATACTCTGATCATGGCGCTTCAAGATGGACTCCACCTGACAAGAGTCA TGTGACCCTTGGTAGTCCCGGGGTAAATGAAGATGATTGTTTTGATGATCGTGTTTCCTTGGGGGAGTTC ATGCGTACCAGAACGGAGGCTCTAGGCTCCCTGTCGGGAGACCGTGGAACCAAGAGGCCGAGCTTTGGCA CAGGCCATATCAAGACTCCAGAAGGCAGGGAGCCCGTAGCTCTTGTGGAGATGTCAAGACTTAGTCTGGT GTCTGAGGAGCAAGAGAGAGATGAGGCAAGGATGCAAGGCATATTGGCCATGGAGGACCTGGGAGAAAGC ATCAGGTTTGCTGGAGTGGGCTCAGATACTGAAGAGCATCATCAGCAAAGACACAAGTCTGCATCACAAG CCCCATCTCAACTAGTTGAAGACAGCTATTCATCGTTGGCTGAGTTAGATGGCTACTCAGCTGGTAAGGA GTCCATGCCCATGGCGAGCCTTTACTTCAGAGCTGCAGATCCAGAGGGGTCTGCTGTCAACGATCAGCAG CAACTACTACAGCGGAGCGCTTCAGAGGATCCCCAAATGGCTGCCTTGGATCTTGAGGATCTGAGCTTGA TGGACGACAATGATGTGGACAGTCGTAATGATTCTAAGGGTGCGTCCAGATTTAGCAGGATGGATGGTGA TTTAAACCACACTCCAGTTGCAGAAACACTAGATATAAGCCAGACCATACCTTCGACCTTTTCCTCAAAG CCGAACCTGAAGGTGCCGCCTTTTCAAGAGGTCACTCCAATGATTCCAAGACAAATCCTTCATTTGAGAG AAGAGAGCGAGCCAGATGGAACGAGGACACCTCCAATTGCGACGTCTTCTATTGCAGCCGCCATTATCAA TGCCTCCAGCACTACAAAACCGGAGGAATTTGCTGCCATGATCGTTGCCTTGTCGAACAAGAACAGAAAA ATCAAGAAGGCACCATCTGCTGATCCTGACAAAGCAGAACCTATGAACAGGCCGAAGTCAGTTGATGTGC ATTCTGAGAATACAAACCCCAAACATTCGGAGCAAAAGTCCCCAAGGAAACAGAGATGTAATTCCAGTTC AGTGCTTTCCAAAAAGCAGGAGTCATATCACAAACCTTCTGTTGGGAATCCTGCGGAAGTGACAGACAGA GCGATAAATTTACCAGGTTCGAACAAGAGCAGAAATGCCGGGGAATCACGTCCAGATTCAGAAGGACGTT ATGGTACAACGAGAGCAAGAGCAGATCATGAATTTCAAATGCCTGGGATGGACATGTTTCCAAAACAGAA GCCTGCAAGTCATAAATCACACTCACCTCCACAGATGGAAATCCAGGATGGAACATCTGCAAAGCGTACA GATCAGAGAATCAGAAGTCCATCCAGTCCTTTTGAAAGTTCACAGAGGAATGAGAAATCTAGAGATGGCG TGAAGGTAACACGTGAGGCTCATTCCGAGCAGCAGTCGAGCAGCACTACCGTCTCGAGCATATCTGCAAA GCAAAAGACTCAGAATATGGAAAAGTCTCCGAGAGAATCTGCTGATAGTAGTATTATGAAAGAGTTAGTC GGTATGGAATTGTCATTTGACTCGAGAATGAAAGTTCACGCTGAACGCATCAAGATCATTCAGAGAGCCG AGGAGGCATGGGACGGAACTTTACAGGCTGGTAGAGACTCATCTGAATCCTTGGACAGCGATACTTTGTT ATGGACACCAAGATCATCAGTGGAAAGCCATGGTAGAATCCAAAGTAAGCCTGAAGTCAGCCCAAAGAGT ACAAATGGACTTGCCAAAAAGTTATCCTCAGGTTATCAAAAAGATCCGAAAGGCAGAACTGAAACAGGAC CTGGAAGAAGGGATGATAAGAAGACCAAACTCTCTCCAAAGATTTACAGATCCAAGGATGGATCATCAAC TGCACGAAAAACTGGAAAGTCAAGAATCAAAGAACCCGAGGACCTCTTCAGAGAAGCTGGAGACTTCACT GGAAATTCTCGGAAAGAACGGTCTTTGCAGTCTTCTCAGAAAAATGATAATTCAAATTTTAAAGAGACTC AAGGACACGGTAACATTCAGACAGACCTTCTGAAAGAAAGTTCACCAAAAAATCATGAGGGTACTACAAG AGGAAGCACGCGCGTTGAAACTGCTACGCATGGAAATATTCTAAATAAGGACTTTTCTTCTGATGACGAA AATGATGATTTACCGGGAAAACAGCAATCATGGAGTGAGTATCATTCAAGCAGGCAGCCTAGTTTTAAAG GTCGGAAGCTAGAACCAGAGAAGCCGCGAGGCTTTCAGAGAAGAGACCCACAGACTCATTTTGATGGTGG GGATCAGGAGAAGAAAGTGCAGTCTCCTGCAACCAAACAAGATGGAAAACCTCCAGATGATCAGTCACGC AGAAAAAGCCAGCAAGATGCCCCTTCACCTGCTAGAGAGCATCAGAGACTCTCTGCCTCTCCAAACGCTA CACCATCGGCAAACAAGTCACCTGCTTCCCTCTACTCAACCAGCAGTAGCTTGAGCGAGTCAGCCACACA GACTAGTGATGATGATACCACAAACTCCCCATCTGCACAAACGTCAACAAAACCCAAACCCTCTCAACCT TACGGGCCACCCATTCAATCCTTTCAAGTTTTTCCTAAGGATCAGCGTGTCTCAGCTTGTGCCTCATCAA CTACTCCGACTCTTTTGACCAGCCAAAGTCTCTTAACAGATGCCTTGCTGAAGCAGTACTTGCATGAGCA GGCAGTAACCACCAGACCACCAAGTACCTTATCAGTTGCCCCTTCCTACATCAGCGGTCAACTTATGAAA AGTCTTGATGTAGCCCAGACGGGTACAAGTGTAAATCCAGCTTTAGTCAGTGCATCCACAATGCCTAATG TAGCACCTCAATCCTCAAATTTGGGTTTGACACAAACACTTCCAACACTTACCATCAACACCGGAGAGGG TACCCGTTGTCCAAACCAGTTTCAGAATCTCGATCCTTCTTATCCACCCATCTCTGCTGCCGGAGCACAT CATCTTCTGACAAGCACAAGAGACCTGGGTCCAATGCTTGACAGAGTTTCAATTCCTGGTCAGATCTCCA GTATGGACACTGGTGTGTCATACCCTCCCCCTTATCCCGCTTCTGCCACCATGCCTGTAGTGCCACTCCG GTCAAACCAAACCAGTGTACCCAGCATATATCCAGCCAGTGTGCATGGATTTGGCAGCCTATCAGCTACA AGCTTTGCTGCACTCCCTACCTATCAGGGAGCTCCTGTCTCCGGTTATCCAATGACGGTCATTCCAAGCC GACCAGGAACTGCTCAAGAACATGGGCCTCCACAGCCAACCAGGGTGAATGCTCAGAGCATCAACCCAGT GGAGGTTAGCTCTATCAACATCAAGGGTGTGTGCTGCATAGGGATAGCTAAACAAGCTGTGTTGCCCTTG AAGAACCCAGGACCACGCTGGCTACAGTGCCACATGGAGGTGGTATCTGTTAGCATCAATGGGGAGGAGC TTCCTCCAGGCAGCCTGACCTCCTTCCTGGTCAAGCGACGTACCATCATCAGTCCTCAGAACTCAGAGGA CATCAAGGTGGTCTTCGTACCCCACCAGCCAGGCATCTATGTAGCTCAGGTCTTGGTCAGCTCTAGTCCT GTAGTGGCTGACGGGGAAGTAGCTTATCTCAGTCAGGGAGTACCGGTCACTATCATTGCCCGGGCAGAGA AGCCAAACATTGGGTTCAAAGGAGCTCAGAATGGTACCCTTGACCTGGGTGTGCTGAGCTATGGCAAGGA GAGATCGGCACCCATCTATCTGGTCAACCAGGGGTCCTCAACAGTTCCCTTACGTCTTCTCATCAAAGTG AACTCATCAGCGTGGCACTCATTCTACCTGCACACCGGTGACTCGAAGGCCAATCCAGACTCTGTCTCTG GTCTCAACCTGCCCAGCCACATCACTCTAGAAGGCCAAAATGACACCTCCACCTTGTGGGTTCACTTCAG GGCTTGCCAGCGGGATAAGGCTGGGTCCGTGGATGCACCAGAGCAAGTCTCGGCTAAGTTGGAGGTGTGG CTAGACGTCCCAGAAGGAGGCGCGCTTCCCATCACTAGTGCGACCCTGAGAGCGACCGTGGGGCTTGCCA AGTTGAATATTCCTAGAGCTTTAACGAAAGAGATCAGCCTGAAGTCCAACCAAGGTGAACACATCGCTCG TAAGCTACCTCTCAAGAACACTGGCAACATCCATCTGGACTTGGAGTTGAATGTCATGTCAGCTCAAGGT CTCTTCAGTGCAGTACCTCAAGCCATATTGCTTGCCCCTGGTCAAGAGGTTGATGCCTTGATCAAGTATT CACCTAAGCAGGTGCCTTCCTTGGATACAGGGCAATTGACAATGTGTGCCAGGCCGGACGGTCCATCCTA TGAGGTCATGCTCCGTGGGGAAGCTGTAGAGAAATCTCTGGATAGTACTAAGCCTCACTTCCTGGTCAAT AGACACTACATCTCCTGGGGTGGTGTGCCCATTGGCAGGGCCCTACAGCAGAAGATTACAATACGCAGCT GTAGCAAGACAGATGTGCTGAAACTCAAGCTCTACATTACAGAGAACAAGCAGGATTTTCAGCTTTTAAA TCCATTTAAGACTGGTGAGTGGTCGACTGATGACAGTCAATATGTAACATTGCAACCTATGGAGGACCTC CTTGTGCATGTTCTATTCTCCCCTACTGCTGTGGCAACCAGCCAGGCTAAACTCAACATCAAACCACAGG CTAGCAACTTCAAGTACACTGTTCCGTTAAGTGGCTATGGTGGAGTCAGCAAGCTCATATTAGAAAACGT GCGTGAGACTGAGCATGGTTTATATAGTGTCAGTATTGGCCAGGGAAGCACCAAACGTGGTACGGTCTGT ACTGTTACCGTCTCCAATGTTGGACGCAGGAGTGCTTTTGTAAAGGCCTTGGGGTTTCAGGATGAGGAGG GTAGAGACAAGCTCCTGAGTAGCCAGCTGCAAGTGGAGCCAGCTGAGTTCATCTTACAGGCAAAGACTCA GAGGAGATTGACGATAACACTGCCTGGTCTAGAGATCAAGAAGAGACCGGGAATGACAGAAGGCTTCCTG GCAGGGGTGGGGCTGTTCTATGGAGATGAGATATCCCGACAGCAACATAGAAGGGCTCTGAGACACAAAG ACAGTGAGGCTGTGAGTTTATCGGAACACAACCCACTGCGTGGAATCTCATTTGACTTGCCGATCCCTGG GGAAGCTAAGGTTAACGAAGTCTGTGATCTTCCTTGGAGAAGCGGTGATCTGAATCTGTTTTATCGCTGC ATATCTCGCCTCATGCTGCACCTGACTGGCCATGTACTACGCATGGAGGATCATCCCTCCCCGGTGACTA CGTCTTCATTGTCTCCTGTGAAAACATTGGAGAATGCTAACAATGGGACGAAGAATGAAGTAGAATCCAA AGGCCCGTCAAGCAGGCAAATGACAGTGCCCAATACCCCTCCAGTCAAAGGCACCCCAGCAGGCCGTCGT ACTGTCATTCCAGTCAGCTCCACCTCACATTCTAGATCACCTGATGTAATGGTAGGCCAATCCTCAGTCA GTCAGGCTAGTGTAGATAGGATTGAGGAGTCGTGGAGTGTTCATCCACAGCAGCTGCTACTGACTACACC AGGAGCTGACCTAGGCGTGCAGAAGAGCCACAGCATCCGATTGGCCAACCACTCAGTCAGGCACTTGAGG TTTGAAACAATGCTGTTAGCTGTAAAATGCTATACATATACAGAGCATCAATGCATCCAGAAGAGTGCCA TGCCAAAGAAAGAGAGCGGAATAGCAAGATCAGGGAGCAATTACACATGAGAAATACACACAAGGAGAAA TGAACTTGTGAAATTTAAGGATA
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???blast.numalign???
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???blast.numalign.1???
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???blast.numalign.100???
???blast.wordsize???
???blast.wordsize.default???
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???blast.matrix???
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???blast.matrix.pam30???
???blast.matrix.pam70???
???blast.gapedalgin???
???blast.true???
???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds