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Echinobase
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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
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>XM_030980550.1 PREDICTED: Strongylocentrotus purpuratus transmembrane protein KIAA1109 homolog (LOC581076), mRNA ATCTTGGCTCATGGCTTCTTGCAGAACCTTGGAGTAACTGGGACGAGACCCGACATGGACTGCCACTCTG CGTTGGTACTGACCCTGGAGAGTTCCCTGATCAGTGCTTGCTACAGTAATTCCCTGGCGACCAAAGGCTC CTTTCATACCATCTGCCTCAGGTTCACGGAGGACTTCCAGATGGCCATGGATGACTGGAGACCTTCCTCC TATGATCACATCATGAACTCCTGTGTCATTCCTCAAGGAACCTATGAAGTCTGCTCAAGCGCTAATAGCA ACCAGGCCAAAGATTTCCATCGTATGACCATTGGTCAGTGGAGGCTGAACTTCAAGTGGCGAATGGAAGG CATCGACGTCCAGTTCGATCCCTCCGTCGGTCATCAACTGACCGCTTTGGCCAACACCCTGACCTCTTTG ACCGGCGCCGACGATGACATCGCTGACCTGACATCGGTCAATGAACAACAGGAGGTCAGCTCAACTGATG TCCTATCTGACCAAGAAGTGACTCCTCTAAAGAGACCCACCTCGCTGAAGGTTGATCCTAACGATGAGAA GAGTAAGTCCAAGGCCATCATGCAGGAGATCAATGAACAGGCCAAGGTCGTCAGTGATCTCAGGACATTG GGAGCCAAAAGTGGCACCATCGCAGAGGAAGCTGATAAACTGAGACAGATGGAGACAGCAGTCTTCAAGG ATTTCAGAAGAGACATCAGGAAGAAACTCAAGGCTCAGGGCATGAAGGTGTCAGGCCGAGACAAGCCCTC TCGTAGGAAGAGCGTGAAGCCCCAGGGTAGTGGTGCCCTGGGTCGGACTCAGAAAGAAAGACATGCATCC TACGTTAGACAGTCAACGTTTCCAATGACGCCTTATGACAGCGAATACCAGCACCAACACAACCTCTACG ACACGCCCTCCTCCATGAAGACACCAAAGAACACCCGCTCTACCCTGTACCCCGACCCCCCATCCAGGGT GTCCTTTGTCCTTCCCCTCCACACCCCCTCACCGACCACACCTGAAGCCACCCCCATGGGCTGGGGGACC GATCTTCGGCAGGGAGCTATGTCTCGCCTAGGACTTGGTCTGGAGTCTGGGTTGACCCCGATGGATCTCA ACGCTACCATTGGTGATCCCACTAGAATACAGGAGGAGATTCGACAGAATAGGAAGAGCATTCGTAGGCG CCTGACGCTACATTCCACACCCATGTCCAGGAACCTTGATGGTAGCGACACGGAAGAAGAAGAGGAGGAG GAAGAAGAGGAAGAGAAGGAGAAGTACAGTGGACAGTCCACATTTGATGACATGGATGGAAGCCTCTCTA GCACCCTTCGCGGTAAAGAAGGAGCAGCGCCCTCTGCAGTCTTGAGTCGATCTAGTGCAGCCAGGGACCA TGCCAGCTCTGCCGCTTCTCCTGCCAGGTCCGTTGCGCCCGAACCGGAGCTTCAGCTTCACCTGGACGTG AGCATCTTCATAGACAGTGGCAAGCTGACCCTGCACTGTCACAGGCCTGGGCCACCTGTGGGACCCAATG ATCATCTGATACCAGATGCATTGAAGCAAGAATCACGCAGGCCCTGGAATTCCACAGAATCGTCTCCATC ACGCAAGCCTGGAGTGAAATCTCAACTCTCCTCTGCCTCGTCCTCATCCACCTCGGGAATAAAACTTAAA AGTGGCACACTGCCCTCTATGTTGTCATCTCAGGGGTTTGCCCTTTTCAACCTACCAGCAGTTGATGTAA AGGTTGAATACCAGTCAGAGCCAGAGAACAAGCAAGATCCCAACAACGATACAGCAAGTACCTCCATGCA GTCCTCCCCTCGTCAGAACCTCTCAACGTCTGAAGGAGGAGCAGGAGCAGGAGCAGGAGGAGGGGTGGAG AAGAAGAATGGAGCCAGGAGGGGCAGCTTGTTCTGTTGGGCGAGGCTACTCACCCCAGCAGAGGAAATTG TAGTGACAACGAGCCTCCTTGATTTCTTGGAGCAAGCCTTGGAGACGATTCCATCCAATATTGGTATGCT GCTCACCAGCCCTTCATCAGAAAACCTTGACGTGAACCCGTCCAACCTTGAGGCGTCGGCCAACTCGTTG GTGTCATCGTCCTCCCTGGATTACACCACCTTCCCTGTGGATGTGGTAGTCTACGTCTGCATGGATCCAT CCCTCGTTCACCTGAGCTGCCTGCCCGCCTCCAAGGTGGAATGCCTCCTTCAGCTCCCGTGCGTTGAGTT TGCCTTCTCGTCCAGAGGAGGGCAGCAGACGACTGGGTTCTCGGGGGACGTAACCGGAGGTGATCGGAGT GGGACAGACTTCCAGGATGCCAAGGATGATCTTTCAGCCTCAAAGCTGTCTTTCAGTCGATGTCGCAGCC GACACCTCTCCAACGAGGAGATCCGGGAGGAAGCCAACAAGGCCGACATGAGTCTCTCAGCCGTCCTCTC CAACTTCTCACTGGTCATTTTTCATCCCTACGGGGGTGGTCAGTTCAGGAGAGATGGTGGCAAGCTGGTG GAAGAGATGCTGTCCAACATGAGTGTCTCTTCTGATGCACATGATGATACATCCAAGCTCTCATCCGGGA GCGCGCGGAAAGATGCCCTCTCTCTGGAGGTCACCTTTGTCAGGGTCAATGTCTCCAGGAAGCGGCACAA GCTACGACCGACCGTCGCCAGTGACCAGACATTGGTTGCAGGAATGGAAGAGAGCCGGAGGTTGGGGGAA TCTCTGAGGTCAGACAGCACGTCCGTGTCATCTGCGACCATGACAGGCTCCAAAGCTGCAGCTACATTAA ACAAGTTTTCAATTATGTGTGACGTGGGATCGGCAACGTTCCGCTATGACATGCGGCGTCTGACTGAGGT ACTGGCCTTCCCCAAGGCGTGGTATCGTAAGTCCATCGTTCAGAGACTGTTCTTTGGAGAAGAGGAGGAG GAGGAGGATGAGATGTCAACCCCTGAGGATGAAGTTACATCAATAATTCTTTCCAGTGATTCATCCACCG ACTCGGAAGACAGCTTCACCGACCTCCCACCTCGTCGCTACCAGCGCAAACGCACCCCGACCTCCGCTGC CACCAGCGGGACCGGCACGCCTTCTTCCACCGGCCCCTCCACATCAACCACTGCCTCTCCGACCTCGCCT GGCTCGAAGGGGAGCAAGGAGAAGTTCCCCTATAATCCTCCGTCCCCTAGCCTCTTCAGTATCTACTCCC AGCTGCCGAGTCCGTCCTCACCCACGCTCTCCCAGCCTGGCACACCTCTCATGGATGGAACCCCGCCTCC TAGGAGTAGCCCTGATCTCAGGAGAATGGTCACAGAGAAGAGACTATCAAAGGAAGATACCATCAGCCAA TCATCAGAACCCTCAGGGTCAGAACACAGCCATTCCCAAGCGACCTCTGACCCCTGTAGCAGCTCAGGGT CACTGGTCTCTGGTCCGTCCTGGAAGACTGTTCTTCTCGTGGTCATCAACTTCACCAAGGTGGACACTCA TATGAACATGAGCAACGTCATGGGCAGCACACTATGGTCAACAGAAGATCTTCGCTGTCAGACCCATTTG ACCATTGATAGTACTGGACATCGGATCTTCAAGATCACCACAGGTCTGAAGAACTCCAGCCTTGAGGCCA AAGGAGGGGTCATTGGTGGACTCTTGGAGGTCTCCAAACTCAGTTGTACCAGTAGTCAAGTGAAGATCCC TGGCAAGGAGCCTCACCATGATCTGCAGCTGCAGCTAGACAGCCTGGAGTCCAGGATCGATTACATGGGA TCCAGCAGTCTCCTGGCCAGGCTCACCTCGATGGAGATTGCCTGTGAGGACGAGTGGAAATTCAGGGCCA ATTCGGATCCAAAAGTCAAATACCACACCGTTGAGAGCGTCTACGCCAACTCCAACATCACCTGGGATAC CATGCAGCTGATGATCTGTCGCTCCACCACCCCTGATATGCTGCGCATCGCGGTCCGTCTGGAGGAGTTC TTCACCCAGCAGTTCGCCTCCAGTAGGAGGATGCTGTCCACCTGGGACCCCATCGCCACAGCAGCCAGTC AGCTGGCTGCTGCTCGCAAGGCCTCTATTAGTACCGCCCCCATCAGTACAGCCCCGATCGATGAGATTGA TGGAAGGGGGCATAAAGGTTCCAAGACAGATTCTGCGGAGGAACTGAAGGAGTACCAGCACTGGCAGAGT GTCTTTGACTTCCTCATCCAGACCTTCCACAACGCCCACAAGAACCAGCCCCGGCCTGAGGGCATGCGTC TGGGAGGACAGGTCACCCTGCAGGGCAGGCAGGCTCTCCTGGCTTGCTTCCATGGGCTCAACTTCCGCTC CAACTCCTGGGCGCTCTTCACCATGCGGGAGCCCAAGGTGGAGTTTGAGACGGAAGCGCTGCAGGTGCCG TCCTCAGAACATTGCGGAGAAGACACGTTGGTCTTACAGGACCTTCTCTTCAGCCTCGGTCACAACCAGA CCCAGAGAGAACAGGGTTGGCTGGCCACCATCCTCAGGGTCTCCAAGAATGACAAGAGCCAGTTCCCCTT CACTGGCCCCATGCTGGAGGCCTTCCAGTATGTCAGTTCTATCAGTACTCCAGAAGAATTTGAACAGTAC TTCCAATATGGGGACCTGCCGAGTCAGAGAAGAGGAACGTTAAGACATGAAGCGGATCCCATCTTTGCGC TTCCTAAACTCCAGCTGGAGATGAAGTCAAAGCAACTGCAGAAACTGAAGCTACAAAAGCCAGGAACACC ATCTCCACCATTACCAGAAGTACAGGTGACCTTCGTGACCCTCTTCACGGATCACATCAACGTCTCAATG GACTTTGAACTCATCCTCTTCCTCCATGACATGGTCCTGGCCTATATCAATTATAAGCAGAAAGTAATGG CACCGATGAAACCGATGGTTTTGAATCCGTCCGCCCACTCTCAACTTCCGTCCTCCACTGAGAAGAAACT AGCCTCGCTGAAGTCAGCAACCTTGCAGTCCACCTCCTCATCTCAGCGCCCACCACCATCCACACTGTCA TCATCCTCCTCGTCACCCTCCCCTTCATCAACGACATCGCCTGCCTCGGTTGGTGTGGTGGAAGGAAAGA AGAGGAAGGAGGAGAAGAAAGGCGGACAAGGAAATGTGGCCAAAGCTGGAAATGGAGACTGCCGTCTCTT TGTGTGCGCCACATGGCAGCTGGAACCAACCATAAGGTTGCTGTCATGGGGCGGGAAGCAGATTGAGCCT GTCGGGGTGGACTACATCCTCCAGAAGTTGGGATTCCATCACGCTCGCACCACCATTCCAAAGTGGATCC AGAGGGGTGCCATGGACCCAGCTGACAAGCTCCTATCACTTTTGGCCAAGAACCTCCTCATGATCATCAT GGAAAGGGAGAAGAGCGATGCAGAGAAGCAACGCAAGGACAAGGCTCTTCCTCCTGCAAAGGCATCTTCA AAGCAGGGTTTCCCAGGACCTTGATGTTCCCCGCTGACAAGCTCCTATCGCTCCTGAGAACCTCCTCATG ATGATCCCGGAAAGGGAGGACAGTGATGTTGAGAAGCAACACAACGACAAGACTCCGCCTTCAAAGACAT CCTCAAAGGAGGGTGTCCTTAGAGTTTAGCTTTCTTTCTGATGATCTTGTGGCCAGGTACATGTACGTCT TTATGGAAAGGTCATAGACTGAGGAGAAGTGACAAAGGAATAATCCAAAAGCATCTTTGAAGCAGGGCCC TCCAGGGACTTGAGATTTCCTGATGACCTGTTTCTACCGCTTCTTTCTAAGATCATCCTCAATGGTGATG GGAAGGGTGTCCATAACTACAGAGAAGCAATAGAGAGACAAGCAAGACAGGAGTAGCTCTTTCCTCAAAG ACATCTTCTAATGCATCTGCAGAGCAGGGCCCCGTTTCACAAAACTTGTAATC
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???blast.matrix.pam30???
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???blast.false???
Automatically set to False for sequences longer than 4500 bytes
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BLAST time is limited to 30 seconds
