Blast
Exon 4-1
Exon 4-2
Exon 4-3
Exon 4-4
Exon 4-5
Exon 4-6
Exon 4-7
Exon 4-8
Exon 4-9
Exon 4-10
Exon 4-11
Exon 4-12
Exon 6-1
Exon 6-2
Exon 6-3
Exon 6-4
Exon 6-5
Exon 6-6
Exon 6-7
Exon 6-8
Exon 6-9
Exon 6-10
Exon 6-11
Exon 6-12
Exon 6-13
Exon 6-14
Exon 6-15
Exon 6-16
Exon 6-17
Exon 6-18
Exon 6-19
Exon 6-20
Exon 6-21
Exon 6-22
Exon 6-23
Exon 6-24
Exon 6-25
Exon 6-26
Exon 6-27
Exon 6-28
Exon 6-29
Exon 6-30
Exon 6-31
Exon 6-32
Exon 6-33
Exon 6-34
Exon 6-35
Exon 6-36
Exon 6-37
Exon 6-38
Exon 6-39
Exon 6-40
Exon 6-41
Exon 6-42
Exon 6-43
Exon 6-44
Exon 6-45
Exon 6-46
Exon 6-47
Exon 6-48
Exon 9-1
Exon 9-2
Exon 9-3
Exon 9-4
Exon 9-5
Exon 9-6
Exon 9-7
Exon 9-8
Exon 9-9
Exon 9-10
Exon 9-11
Exon 9-12
Exon 9-13
Exon 9-14
Exon 9-15
Exon 9-16
Exon 9-17
Exon 9-18
Exon 9-19
Exon 9-20
Exon 9-21
Exon 9-22
Exon 9-23
Exon 9-24
Exon 9-25
Exon 9-26
Exon 9-27
Exon 9-28
Exon 9-29
Exon 9-30
Exon 9-31
Exon 9-32
Exon 9-33
The Dscam isoform selector allows you to pick specific alternatively-spliced exon sequences of Drosophila melanogaster Dscam.
Hover over the exons to update the mRNA (left column) and amino acid (right column) sequences.
Highlight a sequence to Blast it with
NCBI’s Basic Local Alignment Search Tool.
Hover over the exons to update the mRNA (left column) and amino acid (right column) sequences.
Highlight a sequence to Blast it with
NCBI’s Basic Local Alignment Search Tool.
Drosophila Melanogaster | Down Syndrome Cell Adhesion Molecule | Isoform -.-.-.-
Exon 4-1
Exon 4-2
Exon 4-3
Exon 4-4
Exon 4-5
Exon 4-6
Exon 4-7
Exon 4-8
Exon 4-9
Exon 4-10
Exon 4-11
Exon 4-12
Exon 6-1
Exon 6-2
Exon 6-3
Exon 6-4
Exon 6-5
Exon 6-6
Exon 6-7
Exon 6-8
Exon 6-9
Exon 6-10
Exon 6-11
Exon 6-12
Exon 6-13
Exon 6-14
Exon 6-15
Exon 6-16
Exon 6-17
Exon 6-18
Exon 6-19
Exon 6-20
Exon 6-21
Exon 6-22
Exon 6-23
Exon 6-24
Exon 6-25
Exon 6-26
Exon 6-27
Exon 6-28
Exon 6-29
Exon 6-30
Exon 6-31
Exon 6-32
Exon 6-33
Exon 6-34
Exon 6-35
Exon 6-36
Exon 6-37
Exon 6-38
Exon 6-39
Exon 6-40
Exon 6-41
Exon 6-42
Exon 6-43
Exon 6-44
Exon 6-45
Exon 6-46
Exon 6-47
Exon 6-48
Exon 9-1
Exon 9-2
Exon 9-3
Exon 9-4
Exon 9-5
Exon 9-6
Exon 9-7
Exon 9-8
Exon 9-9
Exon 9-10
Exon 9-11
Exon 9-12
Exon 9-13
Exon 9-14
Exon 9-15
Exon 9-16
Exon 9-17
Exon 9-18
Exon 9-19
Exon 9-20
Exon 9-21
Exon 9-22
Exon 9-23
Exon 9-24
Exon 9-25
Exon 9-26
Exon 9-27
Exon 9-28
Exon 9-29
Exon 9-30
Exon 9-31
Exon 9-32
Exon 9-33
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mRNAProtein Sequence
cgattcagtcttgtttggaccgtcgagcgatcgagaaccggatttcagcgctagtcggcgaatcgcgagagcgtgcgagtatttgtgtgtgcgtgtgagcgtttgttttgggacaccgatacggatacgggtacggatagacggatatacggcagcggtacgcgattagcaatccgccaaccggttgcagcggtgctagtgcaccaccctacaaaaaagtgaataatagtatgcaaagtatctgaaagatagtcaagagcagagcaaagtatctgtgtttgtgtgtgccgtgcttttgtgcggagtcgccacccccgtggattagtggcaccctgctgcaaatagcccaccactctcacaagtgtgtgtgtgtgagtgttaacaattaatcgcatttaaaaaacaatttggccagccgcagtaacaataacgataattcggacgtgccaagggtgcttttcagtggatttttgcgtaaaatcgatagtcagatagacccgctctctactgccaacttcacacaacccgctcagcggaaacacggcatacgaaatgaatatgcccaacgaacgcctcaaatggctaatgctgttcgcagctgttgccctcattgcttgtggtagtcagaccctagctgccaatcccccagatgccgaccaaaaaggacccgtcttcctcaaggaacccaccaaccgcattgacttctccaactccacgggcgcagagatcgagtgcaaggccagcggcaatcccatgcccgagattatttggatcaggagcgacggtaccgccgtgggtgatgtgcccggattgcgtcagatctcatccgacggcaagctggtcttccctccattccgcgccgaggactaccgccaggaggtccatgcccaggtgtacgcctgcctggcccgcaaccagttcgga ggaggcgaaagcgttgagactgtgcttaccgtcactgcccccctatccgctaagatcgatcctcccacacagacagttgacttcggacgccccgccgtattcacttgccagtacactggaaatcccatcaagaccgttagctggatgaaggacggcaaggctatcggacacagcgaatccgtgctgcgcatcgaatccgtgaagaaggaggacaagggcatgtaccagtgcttcgtaagaaacgaccgggaatcggcggaggcgagtgctgagctgaagctcggaggccgtttcgatccccccgtcatccgacaggccttccaggaagagaccatggaacccggaccaagtgtattcctcaagtgcgtcgccggcggaaaccccacgcccgaaatttcctgggaactcgacggcaagaaaatcgccaacaacgatcgctatcaggtcggacagtatgtgacggtcaacggagatgtggtttcctatctgaacataacctcggtccacgccaacgatggcggtctctacaagtgcatagccaagagcaaagtgggcgtggccgaacactcggccaagttgaatgtatatggactgccctacatccggcaaatggagaagaaggcaattgttgctggagaaaccctgattgtcacatgtcctgtagctggataccccatcgattcgattgtctgggagcgagataaccgtgccctgcccatcaaccgcaaacagaaggtcttccccaacggaacgctgattatcgagaatgtggaacggaactcagaccaagcgacctacacttgcgttgccaagaatcaggaa ttcgcccagggatccgatgccaaggttgaatgcaaggctgatggcttccccaaaccccaagttacatggaagaaagcagttggcgacacccccggagagtacaaggatctaaagaagagcgacaacatccgcgtggaagagggcactctgcatgtcgacaacatccaaaagaccaacgagggctactatctgtgcgaggctatcaatggaataggctccggcctctcggctgtgattatgatcagcgttcaggcccctccagagttcacggagaagctgcgcaaccagaccgcccgacgaggagaacccgccgtactccagtgcgaggcgaagggcgagaagcccattggcatcttgtggaacatgaacaacatgcgactggacccaaagaacgacaatcggtacaccattcgtgaggagatcctttccaccggagttatgtccagtctgtcgatcaagcgcaccgagagatccgactccgccctattcacctgtgtcgccactaatgcctttggatccgatgacgccagcataaatatgattgtccaggaagttccggagatgccatatgctttgaaggtactcgacaaatccggacgttccgtgcagctgagctgggcgcaaccctacgatggcaactcccctctggacaggtacatcattgagtttaagcgttctcgtgcctcctggagcgaaattgatcgcgtcatcgtgcccggacacaccacagaagcccaagtgcagaagctcagccccgccaccacctacaacattcgcatcgtggccgaaaacgccatcggcacatcccaatcctctgaagcggtcactatcatcacagccgaagaagcaccctccggcaagccccagaacatcaaggtagaacccgtgaaccagaccaccatgcgcgtcacctggaagccaccaccacgcaccgagtggaacggagagatcctgggctactacgtcggctacaagctatccaacactaactcgtcctacgttttcgagaccatcaacttcatcaccgaggagggcaaggagcacaacctggaactgcagaacctgcgcgtgtacacccagtactccgtggtgatccaggccttcaacaagatcggagctggtccactgagcgaagaggagaaacaattcacggccgagggaacgcccagccagccacccagtgacaccgcctgcaccaccttaacttcgcagaccattcgcgtcggatgggtgagcccacccctggaatccgccaacggagtgatcaagacctataaggttgtctatgcccccagtgacgagtggtatgacgagaccaagcgacactataagaagacggcctcctccgacacagtcctccatggcttaaagaagtacaccaactacacaatgcaggtcctggccacaacagccggaggcgatggcgtccgcagcgttcccatccactgccaaaccgaacccgatgttcccgaagcacccactgatgtaaaggctcttgttatgggtaacgccgctatcctggtatcctggcgcccaccagcacagccaaacggcattatcacccagtacaccgtgtactccaaggccgaaggcgctgagactgagacaaagacccagaaggttccccactaccagatgagtttcgaggccaccgaactggagaagaacaagccctacgagttctgggtgacagctagcaccaccattggcgaaggccagcagtctaagagcatagtggccatgcccagcgaccaggtgcccgccaagatcgcctccttcgacgacaccttcactgccaccttcaaggaggacgccaagatgccctgcctggccgttggagccccccaacccgagatcacatggaagatcaagggcgtcgaattcagtgccaacgatcgcatgcgcgtcctccccgacggatcgctgctgatcaagtcggtaaatcgccaggatgccggagactactcctgccacgccgagaactcgattgctaaggactccatcacgcacaaactgattgttctggcaccaccacaatcgccccacgtcaccctctcggcaaccaccactgatgccctgactgtaaagttgaagccccatgagggagacactgctcctctgcatggatacaccctgcactacaagccagaattcggagaatgggaaacatcggaagtgtctgtcgactcacagaagcacaacatcgaaggtctcttgtgcggctcccgctatcaggtctatgccacaggattcaataacattggagctggcgaagcttctgacattttgaacacccggaccaagggacagaagcccaagctgcccgagaaacctcgcttcattgaagtgtcgtccaactcggtgtccctgcacttcaaggcctggaaagatggaggatgccccatgtcgcactttgtggtggagagcaagaagcgcgatcaaattgagtggaaccaaatttcgaacaacgtgaagcccgataacaactacgtggttttggacctggaacccgccacctggtacaacctccgcatcactgcccacaactcggctggcttc taa
MNMPNERLKWLMLFAAVALIACGSQTLAANPPDADQKGPVFLKEPTNRIDFSNSTGAEIECKASGNPMPEIIWIRSDGTAVGDVPGLRQISSDGKLVFPPFRAEDYRQEVHAQVYACLARNQFG GGESVETVLTVTAPLSAKIDPPTQTVDFGRPAVFTCQYTGNPIKTVSWMKDGKAIGHSESVLRIESVKKEDKGMYQCFVRNDRESAEASAELKLGGRFDPPVIRQAFQEETMEPGPSVFLKCVAGGNPTPEISWELDGKKIANNDRYQVGQYVTVNGDVVSYLNITSVHANDGGLYKCIAKSKVGVAEHSAKLNVYGLPYIRQMEKKAIVAGETLIVTCPVAGYPIDSIVWERDNRALPINRKQKVFPNGTLIIENVERNSDQATYTCVAKNQE FAQGSDAKVECKADGFPKPQVTWKKAVGDTPGEYKDLKKSDNIRVEEGTLHVDNIQKTNEGYYLCEAINGIGSGLSAVIMISVQAPPEFTEKLRNQTARRGEPAVLQCEAKGEKPIGILWNMNNMRLDPKNDNRYTIREEILSTGVMSSLSIKRTERSDSALFTCVATNAFGSDDASINMIVQEVPEMPYALKVLDKSGRSVQLSWAQPYDGNSPLDRYIIEFKRSRASWSEIDRVIVPGHTTEAQVQKLSPATTYNIRIVAENAIGTSQSSEAVTIITAEEAPSGKPQNIKVEPVNQTTMRVTWKPPPRTEWNGEILGYYVGYKLSNTNSSYVFETINFITEEGKEHNLELQNLRVYTQYSVVIQAFNKIGAGPLSEEEKQFTAEGTPSQPPSDTACTTLTSQTIRVGWVSPPLESANGVIKTYKVVYAPSDEWYDETKRHYKKTASSDTVLHGLKKYTNYTMQVLATTAGGDGVRSVPIHCQTEPDVPEAPTDVKALVMGNAAILVSWRPPAQPNGIITQYTVYSKAEGAETETKTQKVPHYQMSFEATELEKNKPYEFWVTASTTIGEGQQSKSIVAMPSDQVPAKIASFDDTFTATFKEDAKMPCLAVGAPQPEITWKIKGVEFSANDRMRVLPDGSLLIKSVNRQDAGDYSCHAENSIAKDSITHKLIVLAPPQSPHVTLSATTTDALTVKLKPHEGDTAPLHGYTLHYKPEFGEWETSEVSVDSQKHNIEGLLCGSRYQVYATGFNNIGAGEASDILNTRTKGQKPKLPEKPRFIEVSSNSVSLHFKAWKDGGCPMSHFVVESKKRDQIEWNQISNNVKPDNNYVVLDLEPATWYNLRITAHNSAGF