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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_030976470.1 PREDICTED: Strongylocentrotus purpuratus adiponectin receptor protein (LOC585578), transcript variant X3, mRNA ACACTACAGAGTTGAGCATGTGGATGGTTTGTGGATGCAGTACCGGTACACTTTAATGTACATTGTAAGC TGAAGTGTAAAAGCTTGACTTGTAAAGAGGTAAAGTTAGGAGGCGGTTCAAGAAGAAGCATCAGCCCCGT ACATCACAGGGATCTGACTCTGACTCAATGGAGGAAGACACGGAAACGGGATCTAACCAACCCTTGAAGG ATGGCCAAGAGGTTGAGGATGCACCAAAGACCACAGTGGAGGAAGTCCAGGAGACATCGGCTCTCAAGTC AAGTGATGGGGAAAAGAAGGTTGGTTCAGGGAGCGATAGCGAGTACGACTTTGCCTTGTTGAAGCAGCAG GCCGATGAGCTGGCTCATAAGTTTGTCCAGAAGGTCAAGGACGTGACATGGAAGGTCACCCATCATAACT TCTTACCTGATTGGCTCAAGGACAATGATTACCTTCACTACCACCATCGTCCTCCTCTACCCTCGTTCAG GACGTGCTTCAAGTCTATCTTCAGGATTCATACCGAGACTGGCAACATATGGACCCATCTACTAGGTTGT TTGGCGTTTATTATAATAGCCATCTACTTCCTCATCCAGTCCATCATGTCAAGGGATGACTGGCAGGAGA TAGTGGCATACATGATGTTCTTCTTAGGGGCCATTCTGTGTCTCGGATTCTCCTGCCTCTTCCATACTTG CTACTGCCACTCTTCACACGCAGCAAAAATATTCAGCAAACTGGACTACTCTGGCATCACCTTCTTGATA GTTGGATCATTTGTGCCTTGGCTTTACTTTGGATTCTACTGTGACAATGTGACCCGCTACATCTACCTGG TCCTCATAGTTTCCCTGGGTGCTGTCTGCCTCTTTGTTGCACTCAGAGATACCTTCAGTCTACCCCAGTA TCGTCCGCTCAGGGCAGGTCTGTACGTGGCATTGGGCCTAAGCGGTGTGATACCGGCCGTTCACTACGTC AGTGTTAACAGCTTCTTGACGGCTATCCAGGGGGGTGGACTGGGCTGGATGATCCTCATGGCAGTCCTCT ATATCTCAGGAGCAGTCCTCTACGCTATACGCATCCCGGAGAGGTTCTTCCCTGGAAAATGTGACATTTG GTTCCAGAGCCATCAGATATTCCACGTCCTAGTTCTAGCGGCGGCCTTCGTCCATTACCACGGCATCAAC ACAATGGCAGCTTACAGAGAACAAATAGGAGAGTGTGATGCAGGACAACTATTTACAGACACAGCAGCAA CTGTTACTGTTGAAAACTGAAGCTAAAACTGAACCGTTATTTCTTCACTTGAGGCGTATACCACTGTCTT GAGGTCAAACAAGACTGGATCAGTATTCTCCCCAGATACTGCAATTTTAAATGAATGGATCTGCTCATCA CAAAATGATTTTTGACAAATTGACTCTGGGGAAAGAGAATCGTGCATTTGTATCATCACGGACTGTACAT TCTTTTTTAATCACTGTGATATAAAAAAATGATGTATTTCATTTGTTGGATCTCAGGCTTAGCCATTTTT CTTTTCCTTTGCAGATGTGACAAGTTATTGTAATTATCATACACATTCTATAGTACTTGTGCAACTTGGA GTAGAGAGAGTTGAGGTACATGTAATGATAATCCATTCTTGACTAGCGCATATCGCTCTATGATGTAATG ACTCTAAGCGCTCTATATTATTGCCAATGCTTTATGAGATGGATGATTACTGTATGTCTTTGGTCTCGAC TGTACCGGCCTACTTGGTTAATTATTCAAGAATTTCTAAAAGGATATTCTGAGGATATTTTCATTTGATC GCAAGATTTTGCATTCGATTGCAAGATTTTGCATTCGATTGCAAGATTTTTCATTTGATTGCAAGTTTTT TCATTCGATTGCAAAATTTTTCATTCGATTGCAAGATAATGATGTCAGAGCTTTCACCACAAAGCCAAAG ATTCAATTTAAATAAACCACCGGCTCAGGCTACCTGAGGCTATCTGAGGCTACTTGTGGTAACTATGTCA ACAAAATTATCTAAAGCAAGTATGTATAGACCGATTTCAGGCGACAGAACAGCTGCTCATGGACTTGTGG TCTTTATGCACAGGTTACCTTCAAATGGGGTTTCACAGAGAAACACACTTCTAAGGAAACAAAAATGAAG GTGGTCACTGTAAGCAAGTTTGATTGAAATACCTAAACCCTGCTTGATATGATGACGTACTTTGAACTGG AGAGACTTAAGAGTAATAATGAAACAGAATGAACATTGTACTTATACATATGAGGGAATATGGTTTTCTT CGCACATTTTTTTTAGTACACCCTATACTTGTTGAGATAAAACTTGGGTCTGGTAGCTGAGCTTACAAAT TTGGTTTGGTTTGGTTTGGAAGAAATATTGTCAGTATGTCTTTGTTCGTTGTAACGTTTGGATAATTTGT TTTTATTTCTTTTATATTCATTGGCTAACAAAGTGGTGTGATGCAAGAATGCCTGATGACAAACAAAAAT TTGACTCCCCTATGCAAGGCCGAACTGTGCATATAAGTAATGCGTATGTACTGCAGAGATGTACAAGAAC TGAATGTATACACACTGTACTTGTGCATGTTCAGCTATGTAGAGAGAAATATCAAGGGGACAGTGTATTC TCCTGTTCAATCTATGCGGTGCATTCAATTGGACGATACATGTACCTAGTACTACACAAATATTTGTTTT TCTGGTAGAAATGTGGCTGGTTATATCATTCCATATTTGCCTATTCATTTTGATATGTTTTGTGACTTTC TGCAATTAATCTTTCATCTTGATAGCGTAATATTGGTGATTATAGTATTGATGATCGGAACAGCTGCTTT AAGTTCAAGTTGTATCATTTCGATTGTCAGATTGTCTTCAACTCTATTTCAATGGTACAGTGAACCTGTC TATAAAGACCGCCCAAGGGAGACAAGAAAAGTGGTCATTGTAGACAGGTTCATATAGTACATGTTTCAAT GAGAAACCATTTTCAAGGGAAACAAAAAATGTGGTCTTTGTAGACAGGTGGTCACTAAAGCAGATTTGAC TGTGCAAGCTGAATACTATTCTGACTCTTGGCACATGATTTTGATTGTGTACAAAGAAATGATTTGAAAT CTTTTAAAATCTTTTCAAACCTCGATTTGAGAATTGTAAAGAGCATTTACATTCAGGGAATTAGTGTGAG CCCTCCCAATGTAAACAACACATACGGTATACATTATAGTCTATTCTGTTTGCACTGTGCAATTATAAAA TAATTGATTCGATGAATGATACAAAAATATATACATTATAGAAATGAAAGAATTTGCTTTATATTTATCC TAAGAGTTGTTAGTAACATCTTGGTCTTTAGGTCATTGTATTTTGCTGTCATGAATCATTATTCAACATT TACCCAAATTAAATTTGTATCAATTTGACTATTTCATTGTAAATGTGACTTGGCCATAGCACTGCCATAT ATATATATAAGGTTTAAAAAAAATGGATTATTTTCTCCTGACTTTGCAAATTTGATTCTTCATGATTGTG GGATACTGGTATTCGCAATTGCATCATATTTTGGTTTTTGCTGTGGGAATTTATTTTTTTTCATATTGTT TCTCTACAGGATGCTATATTGTCATCAATTCTCATTTTGTTTTTGTTATATTTTTCTTTAGGGAGGAAAG GTTATTTTCAGTATTAGCAGTTGAAGAAATTTGCGAAAGAAAATCTTAATTTTAGTAAGAGAAGAGAACA TGTCCACTGAATTTGTTTGTTTGTTTTGTTTGTTTGTTTTTTATGGCTTCTTTGATTAATAAAAAAAAAA ATACAAATAAACTTGTATCTGACCTTACAATTCTATTCACATTGTTGAATTTGAAAATCTGAAAATCTGA AAGTGTTGACTTATTTGGAGATCCCTAAGAGGGAAATTTCATTTGAAGGGGAAACATCAATATAGTTTAA TCCATATAGCTTCCCAGGGCAGCTCATGCTACTAAATTTAAAAATCATAATGATTCCTGAAAGCATTATC TAATTCTGTACAACCATTTATCCATATCTGAAACACTTCTTATTTTGTAAACATGTATAAATACATATAG CATTTTATGTTTTGTTTCAACCCTATAAAGTTTAGAAAAAATATTTCAAGTATACATATGATTTAACGCT CTGTTTCTCTTATTTGCTGTTATAAGTCTTTGAAAATACAGTGTAATAAAAGAATACATTTCTGTAGCGC AGACACTATCCAAGTATTCTGTCATGTGCTTGATTCTAAGTATCAAAATTATTACTCTAGCTTTAGCTGA GCTATACCCAAAATATGGCATTCAAGGTTTTTTTTGTCATACCAGATTATATACGATTAATGTCACCTGA GTTGAGAGTGGCAAATGTAGATAGGAAAAGTCCAAGGTATGTCCCAAACATTACCAAGTATTATTGCATT GTATTATGAAATAATGAGCATAAATTAACCTAAAATATCATTTTACAGCATTTACATAGCCAATAATTAG TAGATACTGTAAATGAAATGTGTTAATGTTAATACAAAGAAATTTCTCTATTTGTATATTATGAATGATG ATATGATTTGAGTTGGCCTGTGTTTTCACTCATATTTATGTTTGTACCTTGTTAGGCGCGTTGAGCATCA CTGGGGTGGATGTGTGCGGATTATGAATATTATTGCTATTGGTATGAACTAAAATAAATTGCATAATAAT ACATGTATATTTAAATTTGTCATGGAGTTAGCCAGAAAGGAATTGAAATTTGTGCCTTAGGATAGTGTTG ATAAATGGACACTTGTTGAACATATTTAAGCTGAAGGAATCCACTTGTGTATATTTCTTGTTGAACAAAT ATTATCAGTTTGAAATTAACCGTTCCATTCAAAGCACCTACATACCGTTAACATGTCTGTTAGTACTGTA CAGTAAAATCCCCTTATTACAAAGCCCTCTACATGTATATTAAAATGCTGTATAAAGCAAGAAACTCTTC ACATAGAAGACTTTAATTTTTTTTGCAAAATCTGCCGATAAAAAAATGCTTTGTTGTCCCTTGGACTTTG TAATAAAGGGATTCCCTGTAATGTACATGTTATTTCATCATCTAGAACCTCTTTTCACCATTCATACATG TACATTTTTACTCCTTGTATCTTGGTGTCTTCTTGATGGTATAAATTCACTTGAATTTACTTTGACAAGC ATTCACCAGAGCACTCCCTTTCCCTTAAGAGTTTTTAAAGATACCATAGCGTATCGGAAGTATGTACTCG CACAATGAATAATTTGTTTTGTGTATAGTGTATACAATGATTTGTAGGTTTTGCACATCGGTTCACTTTT GATTTTTCATGTTCATGTTTAGGACTTGTGTGATTCCTTGGTATTCTGTTTCAGCTTTACATATGTATGA CATATTTAGGAGAAAATAATCACTATTTCAAAGTAGCAGTATAATTTGTGCACAGGTTTATTTATCGGGA ATATTAAAAATGATGTGATGAAATATTCAAAA
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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