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Echinobase
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Echinobase Accession
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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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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_030975972.1 PREDICTED: Strongylocentrotus purpuratus ankyrin repeat and SAM domain-containing protein 6 (LOC100890993), transcript variant X2, mRNA TACTTGATACTTGATCATGCTAATGGAGTAATTGGAGTTATCCCTTTGGCAGCTCACTCAAGAAGCTATA CTGGGAGAGAAGGTGAGGCGAGTAACTGCAAGGAGTGCCACGAGTACAAGGAATAAAGTAGAGAAATGGA TTTCAAGTGAGAAGAACCCTAGGAAACTGAGAATGAGAAGAAACACCAAGTATGGTGGATGGGGATTACC ATGACCTGCCCAGGCAGTTAATCTCAGCATGTGAATGCGGGGACATTGACACCGTCCAACAGCTTCTGGA TGATGAGGCAGCTGCCATCGAAGTCGACTGCGATGGAGGGGAAGGCTTCACCCCTCTCCAGATAGCGGCA GCCAACGGCCATGAGAGCATCGTTCGCCTGCTGCTCATGCGCGGTGCCGGACTGGACACCCAAAACAACT ACGGCTGGACAGGCCTCATGCAAGCAGCCTACCATGGCTACACCAACATCGTTGTCCTACTTCTACAGAA CAAAGCCAATCCGTCCATGAGGAACAAGATGGGCGCAACGGCCCTGACACTCACTGCCTTTAAAGGACAC TCAGACATAGTGAACATATTCCTAGACCTATCGGGAGTGGACGCCAATGACCATCAGATAGGGGATATGT ATGGACAGGTCTTAACCCCTGCGATGGCAGCCATCATGAAGGGTCATCAAGCCATCCTGCGCCAACTCAT GGACAGGGGTAGTGACCAGTTCTTCACGGATCATGGAACCGGTTGGACCCTGCTTATGGTCGCTGCACTG AGTGGACATGTTGCCGCAGTGCAGTACTTGGTTGATTCAGGATGCAATCCAAATGCCTTGAATATCAATA ACATGACAGCATGTGACATTTCCGCTGTGTGTAAAAACAAGAAAGTCAGAGAGATCCTGGAAAAGAAGAC AATCAACAGGCCAACAGCAGGGGATGATAGTTCTGAGTCTCAAATCATTGAAGCTACTGAACAAGGAGAC CTGAAGCTAGTCCAGCGTATTCTTGACAAGGATCCTATGCAGAGCAACTACACCTCCGTGGATGGTGCCA CACCCCTCATGATAGCCGCCATGCTTGGACGAAGGGACATCGCTGAGACCTTGGTCCAGCGAGGAGCAGA GGTCAATCGACAGGACGTCAAGAGCGGATGGACGGCCCTCATGCAGGCCACCTTCCACAGGAGAAAAGAT GTGGTGAAGTACCTGATCCAAGCTGGAGGTGATCTCAACATGCAGGCCCGGGACGGCTGCAAGGCTCTGG ATCTTGCTCTGGTCATTGTATCAGATGAAACGGACAAAGTGGGTAGTGAGCTGACCCGTCTACTTGCTCC TATCACGATACTGTCTATCGGCAACGGTCAACCTGCTGGACAGGTCAAAGCTCAAGGGTCAGATAGCCAG ATGTGGTCAACAAGGCTGAATAGTGTGGACCAGATAGAAGACCAGGAGGCTGCTAAACAGTCTGGTCTCA AGGCATGGTGGTCTCGCATGTCCAACCGATTCCGCAACCTGAAGCTGACCCGCACGTTGCGGGGAGGGCT CGGATCAACCACCAAGCTCAGCCCCTTCCCAGACGAGACCCTGAAGAGCATGGGCAGCAGTTCCTACCTT AACGGAGGAGAACCATCTTCAGCCAGCAGGGAGGGGGGTAAGCCCAGTCAGAGGAGGAAATCGAAAGAAG GATCCCGGGTTTCCTTTGGGAAGGCAAGCATCAAACCAGATGCTGTTCAGACATTGGACATGCAAGCACC TCACTCCAAGACGAGTGACAAACTTCTACCTGTGATCCCGCCCTTCCTACCGCCTCCAAGTTTTGAGCTT CACAATGCCGACAAGTCTCGGAGATCTCACTCTAAAGCACAGGGCATGGGTCCTGGTAGGCCAAGCACCA CGTTATCAAGCAATACCACCAACACCACCTCAACCACCACCACCACCGCCGCCTCTACAACCAGCACCAG TAGCTTGCACCGCCCCATGTTCACCACCCGCCGGCCCGGAAGCACCGGCATCAGCCCCTCCAACTCCGCC CACTTCACTAGCACCATCAGTCCCAGCTCCTCTGGGGAGGCGTCAGCGCTGAGCAGGGGGCTGCTGTCGG CACGGAAACAAGGGTATTCGACGTCCTCGGTTGTGCTGTCGAGCAGGGTGCTTCATGGGTCGTCCCTGAG CAGAGCAGGTGATAGCTATGGGTCTATTGCCCCAGTGGAAGACCAGCTTGGAACAAGGAAGAGATATCCT TCTGCATCATCAGTTCCATCTCTAGCACAGATACCATCCTCGCCCACATCCCAGCCTAGCAACGAATCTC ACACCCCTACCTCTAGCGCCCCTAACCGACGTCACTCAGCTAACCTCACCACCACAAACACTGGCTCCAG CTCCTCCCTCCACCGCCCCAAGGCGCGGTCTCACAGCGGGAGTGCCTCTACCAGGACCTCATCCACCCTC ACCCCCTCGCCGTCCCCCACCCCCATGGGGAGAGGGAGGATGAGCGCAGGAGGGTCCAGTCACAGTGGAG GAGGAGGAGGAGGAGGAGGAGGGACCGCTGGAGGGGTGCAGAGAGAGGGCGGGGCCTTCCAAGGTGCTAG GAAGACCAGTGCTGGTAGTAGCAGTATCAGTGAAGAAGATGAGCTATCCAACTTGCTGAGAAAGCTCTCT TTAGAGAAATACGCACCAATATTTGAAGAACAAGAGGTTGATATGGAAGCCTTTCTTGCACTGAATGACT CTGATCTGAAAGAGATGGGTATCCGACACAAGGAGCCCAGGAATCAGATCCTAACGGCCATCACTCAGAT GAACTCGGGTAAGCAACAAGGTAGTCATGACGACTACTCTCCCTCCGTGGCTAGGTATGCATTCCAGAGG TGATTCAAATCTTGATGGACAACACATGGATCTGGACAGACAAAAAATTGACTAACTGTTGAAAGCAACA AGATAGTCATGATATCTACTCTCCCTCCATGGCCAGGTATGCATTCCAGAGGGGATTCAGATCTTGAAGG TCAACACATGGATCTCGATAGACGAAACACAGATGAAGTCTTGTCAGCAACCAGATAGCTTGGACAACTA TTCACCGTCTATGGCTATGGCTAGGTATGCATTCCAGAGGTGATTCAAATCTTGATGGGCAACACACGGA ACTCGATAGACGAAACACAGATGAAGTCTTGTAAGCGACAAGATAGTCATGACAACTGTTCACCGTCTAT GACTATGGCTAGGTATGCATTCTAGAGGTGATTCAAATCTTGATGGACAAGGCATGGATCTCAATGGAAG CAACACAAATGAACTCTTGTAAAGCAAGATAGTTGTGACAACTATTCTTTCTCCATGGCTCGATATGCAT CCAGAGGGGATTTGAATCAAACAGACATTGGCACACAGGTGAATTCTGTTAAATACAACAGAGACATGAG AACTTCTCATCCTCAATGACTAAATATATATTCCAGAGACATATTGGATTTCAAGGGGCGTCATGCAGAT AAACTGCTGTAAGCAATAAGATAGACATGAGAACTACTCTTCTCTCCATGGCTAAATTTGCCTTTCACCA CACTTCATTATTTAGCAAAATTCTGAATTTACTTATTCATAGTTATGAGAAAGTTGATGAAAGTCATTAT TTCTCACATATACCACATAATTGTGCTTAATGTTTTTATTTAACAGAGAGGAAAGTCCCATTGCATAACA TGAAATGTGTGTGTTTAATCTATCACAGCATTAAAAGTATTGGACAATCAGAATCAAAGATATTGCCATA TTTAAAAAAAAAGGCAGATGGATGATAAAACTTATATTGTGTATTATTGGAACTGGTTTTGTATAGATAA TTTCAAACAACAGTGTTGTAGTCTTATCTACACTGTATATAATTTATTTTTCAGGTATTTTATGTGTCCC TTAATACTTAATGCCATGCGCTACCATCTTTATCCAATCAATATGAAATGTATGTAATCATGGATTTTTA ATAATTTATTCATGTAAAATTAACAGAATATTTATAATAAGCAATCGTTTTATGACAAATTTTTTTGGCC ATGATAATCAAATGTATTCCCTTCTCTCTCCTTCAAGTATTAGCAAAATGCATTATATATTTAATGAAAA TAATTGCAGTATCACTTGAGTATCGTTTATTTGCAAGTTCTTTTGAACAAGCATTAAATTGTGAACAAGC ATTAAATGTTTCTATATTTAGAATACTTTTATTATTCCAAAACATACAAATGTAATTAATATGTGCTCAT GACATCTTGATACACTTCCATTTTTCTACTATGTTCAACAATTATGGCTGATGCACATGCATGAATATAA GGCTGATATTTGACAAATAAGTGCTGTTTTAATACTATGCAACCAGTATTCATTTTTGTATTATAAACTT TTAGAACAGGGTAACTATTGCATAACATAATTTTTACACCATTTTGCATCTAGCATTGATTTTGTTATAT GGAGTCAATGAACCATTGGGTGTTGAATTATTGTTATTATAATTGTGGTAGTACTATTTATGCAAAAAAT ACCTATGAAATATATGAATCTGTGTCTAATATTTTGATTAGCCTTCCATATGGATCATACTTATTAAAGT ACACTTTTTGAATATTGAAGTCTATGCGATTAGTCTTAACAACAAATTACACATGAAATTGTTTACAGTA TTAAATAAACCAAAGAAAATAGTTTAAATATGATCAGCCTTATATGGATAATGTATATAAAAAATGATGT TTCATTTTTTTTTTAAATAGTCTTTATTGTAAAAGGAGACAGATCATATGTTCAATTTTCAAGTTTCATA TCAGTTTGACAAAAGCGAGAAAAAGAAATGAATGTCCCATAATTTAACAACACATATTGAGCTTCAAAGT TGTCTTTTATAGATATAATACATTTGTTTAGATTTTGATTATCTAACATGATTGGAAGTTCTACAAACAT TTGAATTGTATTCACTTTGTTTGATGAGTAAAATGATTTTTCATAATGACAACACTATGGAAAAATATTG ATGCTGATTTTTTATTCCATCCTATTTGACTGGCTAAAACATTAAAGGTTCATCACAAAACTTTCATCCC ATGTTTTACAGTCCAAGTTGTGCCAAATGTCATAATTGCGTGATCAAGTACTGCTGGAAGTTTTCTGAGC TTCTAGGTTACACCCTGCATGAGTTGAATCTATTTGAGCACGTAAAAATAGTTCCACTAATGCAAAATTT GACATACAAAGTGTAAAGAACACACAATTTGCATAGTTTGGTTTTAAACAAAATGATTTGACTTAATAGG GAGATTTAATTGTTTGTTATAATGAAAGTGTGCATAAATCTTGATTCTTATATAATTATCTTAAATTTTA CTACACTGTAATTTTGTTAGACTAGAAAGAATGTGAATTGTAAACATTTTATCAAGGCAACTCATTTTAT TAAATAGTGGTGAATGTGAATTCGAAATCCCTTTTTAAGGTAGTGTTCTATTCTGGGATTCAAAACAGAA TGCTCATATTATCCAACGAATGTTCATTCAAAGTTAAGAACTCAATAATCTGTAAATTCATAGTAAAAGA GCATGCAATTGCAAAGTAGGGAGCAAAGAGAGACGGAAAGATCAGGCTGATACTTTGTGTTGGTGAATTT TAGCAAGTTTGTGCTAATTGCTGTCTCTTAACAATCAGATTGACTTTTATCCAGTCACTCATGAAAATAG GTTAGCATTATCAGTACTCGGGGAGTATCTTTACCACACAGCTCGAGAGTATTTTTATGGAGAAAATGTG CTCTGGAATGAAATGCAAATTACAGCAGGTTTCATTAATTAGGTATTGAAGGGAAAGTGAATGAATTACT GCATTGGGAGAGGATAGTAGTTATTTCTTTGAAGGATGGCTCGAGAAAAATTAATATACTTGTACACATA TTTATTATTGTAAACATTTTTGAAACACACTGTGCTTCCATTGTCATAGAAGACTCAGTACTATGTTAAT TGTATTCTGTTTGAAAAATATTCAAACTTGACGATTCTGTCCAAGGTATGATAATAAATCAGATGCTATT TATGAACTTTA
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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