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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoEE_comp68204_c0_seq5
Scaffold_idBomo_Chr25
NCBI non-redundant
(nr)		PREDICTED:_Down_syndrome_cell_adhesion_molecule-like_protein_Dscam2_[Amyelois_transitella]
Ontology
GO:0005887 C integral component of plasma membrane
GO:0007155 P cell adhesion
GO:0007156 P homophilic cell adhesion via plasma membrane adhesion molecules
GO:0016020 C membrane
GO:0016021 C integral component of membrane
GO:0042802 F identical protein binding
GO:0048812 P neuron projection morphogenesis
Transcript
Level		FPKM:0.09 TPM:0.15
ORF EntryO_BomoEE15636_complete:A_BomoEE_comp68204_c0_seq5
Sequence
(Nucleotide)
AACCACTTAACACCAGGTGGACTGGGAGCTCGTCTACCCAACTAACCAACAAAAAAGAAA
TAAATAAAAGTGAAAGTGCGGCCCGCTTATGCCGTTTTTCATTAAACATACAATTGTATC
CCCGAATTTCATTATGGTAATTTATCGATACGCTGCTGATTGACATTTTATTTAATCAAA
ATGATTATTTAAATTTTAATGATTGTGCTTCTTTGTTGACTGCTTTTAAAATCATTTTCT
GTTTTCAGGAATTAATACAAAACCGGATGAAATTAGTTTATCCGAATGCAGTACTCTACT
TGTGTGTAAGCCACCACGACCAGTGAGAAAGAATCGTCTTTTCAAAGTAATGAAAAATAT
ACTTTTTAGATGCGACGTTTCTGATACAGAACACTTGTTGGTTCACCGGCGGAGAAATGT
AACACGATGCTCGTTAGTGAGGAAAACGGGCAATGTACTCCCGTTAAAACGAAAACGCTT
AAAACGTTCTTCAGATTCTCGTCCCGAGCTGGTGTATACGTTTATTGAGCAAGCGGTACA
GCCTGGAGCGCAGGTGGCTTTAAAATGCTCGGCAGTGGGCGAGCCTCCCCCAAGGTTCAA
GTGGACAGTGGACGGTCAGGCGATACCATCACATCACGGAGCGTCAATAACTGAAGGCAG
AGAATCTGGGCCGTCTAGTTTAGGTCCCAGTAACAACTACGTGCTGTCCACTTTGTCTCT
GAGCAGTGCCAGGGTTGAGCACGGCGGGAGATACGAATGTCGCGCCACCAATAATCACGG
AAGTGTCGCTCACGCAGCGAGATTGAATGTTTACGGTCCCCCCTACATCCGAGCTATGAA
TCCCGTGAAGGCCGTCGCCGGAACTGAAGTAACCATTTGGTGTCCCTATTACGGATTCCC
TATAGATTCCCCCGTATTGGCAAATTGAACCTTCAGATGCTGCAGTGCTATTAAACGGAT
CGCTGACCGTTAGTTGTGAAGCACGTGGCCATCCACCACCAAATATATACTGGACTAAAT
TTTCGGGTAGTACCGAAACTTCATTAGGTGGAGTATCGGACCCCGTCGTTTTGACAAATG
GATCTTTGAGATTAGAATCAGCGCGAGCGGAACATTCTGGAAAGTACCGTTGCAGGGCTG
ACAATGGTGTCGCTCCACCCTTATCTAAAACTCTTAATATACATGTTAATGAGCCAGCAA
GATTTGAAATTCAGTCAATCAACGTTACGGCGAAGCTTGGTGAAACGGTGAGGTTAGCAT
GCGTAGCTCGTGGAGATAGCCCCCTGTCTACGGCGTGGAGTCATTCCGGAAGAGCTCTAC
CGAACTCAGACTACAGAATGAGTATTTCAGAAACAAGGAGCACTGAGGGATTGAGAAGTG
AATTAGTCATAGAGAGAGCTGATCGTAGAGATTCTGGAGTGTATCGATGCCAAGCTTCTA
ATCCTTTCGGTAGATCGGATCATTTTGTGCATCTCGCCGTTCAAGAACCACCAGAACCGC
CATCTAATTTTCGAGTTTTGGATACAACTTCACGCTCTGTTCGGTTGCAATGGAGAAGAC
CGTACGATGGAAATTCTCCAGTTTTGGGCTACGTCGTTCAGTATAGAAAACATGATTCCA
CAAGTTCGGATCTATGGAGAGATGCCGAGACCCATAATGTTACAGTATCTGTGCAAAGCG
GTAATTCCTACTCTGAGACCGAAAGCGCGACGATAAATGGGTTGGAACCAGCTACACCTT
ATTTGGTTAGAGCGCGCACTGTTACAGCGCAGTTTGCTTCAGCACATACGCGAGCCTTAC
TTGCGTTGACTTTACATGAGCCTCCATCACGGACTCCGATTAATTTGCGTGCGTCTACTC
CTAGACCTTCTACAATTGAATTGAGTTGGCAGGCGCCACCTGCTTCTTCGTGGAATGGAG
AATTATTAGGATACACCGTATGGTGGTGGGCATCAGCTGATGGCTCATTATCGGGTGGTG
CTGTGGGCATGGAGTTTGCCACTGTTCGAGGACAGGTTACAAAATATATTATAGAGGGTC
TTGAGCACTATACACGGTATTCTGTTAGTGTACGAGCTTTTAATAGCGCTGGAGCCGGTC
CAGCATCGGCGCCAGTTAATACTCTAACGCAAGAAAACGTACCATCCGAAGGTCCCCGTG
GCGTCAGATGTCGTGCAGTTTCACCACAAAGTTTGAAAGTTGAATGGTCCCCTCCTCCTG
CCCATTCACACAATGGTGGTTTGATCGGCTATAAATTAATTTATCGGCCAGAGCATATTG
TTTGTTGGCAGCGACAGAGTGGCTTGAGTGGGAGGTGCGTGCTGGTGGGGGCTCTAACGC
AGGACCGGGTGCTGAAGTCAAAAGGGTATCTGCTGTTGAAACCCTGCTATTGGCTTTGAG
ACCACACACAAATTACACTATTCAAGCATTAGCTTATACTAATGTTGGAGACGGTGTTCC
CGCTCATCCAGTTCATTGTAGCACCCAACAAGATACTCCTGGACCACCCGCAGCTGTTAA
AGTTGTACCCACTTCAGTAACGTCATTAGCCATTAGTTGGTTACCACCTAATCGCCCGAG
CGGTCCTATACTTTACTACACAGTGTTTTATAGAGAGCTTGGCAGGGACAGACCCCCGCA
AACTACAACTGTCCAAACGGACGATAGTGAGTTTATGGTCGGATTAGGAGGATCGACAGA
ACTAAGAGCTTTAGCCGAAGGAGCTACCTATGAGGCTTGGGTGGCAGCTCATTCTGTAGT
AGGAGAAGGAGAGCCGTCTGCTCCGCAACCTGCAACAACGACTTCTAGAGCGGGAGCTAG
ATTGCTGTCGTTCGGAGTGTGGGTTCGAGTACAGTGTGGTCATCCATTGAGGTTAGCATG
TGCTTGGCGCGGGGAACCGGCTCCAAGAGCGCGATGGTTACGAGGGGACAGGCCGGTCAC
ATATGACCCGAGGGCTACACTCACTCCTCATGGACATCTAGCAATACATGAAGTGGATGC
TTCTACGAGCGGTAACTACACTTGCTCAGCTCGTAATTCGTTTGGTTCTGAAGAAGTGAC
GTATCGCGTTGAATGTGCCAGTCCGCCACTACCTCCTACGCTCACATTGGACTACGTGGC
GCATAAAGAGGCCAAACTCTCCTTGAAAACAACACATCATCCATCGGCACCTCCTCACGG
TTTCACGATCTGGTGGTTACGTGTGAGAGACGATTTGAACGACGGAACTGAACAGACGAA
TACACGAGGCGAAGAAGAAAGAAGATTAGAAACTGGCGGTGAAGTTGTTAGTGTGGTGCT
AAGGGCGTTGTCTTGTGGTGCTGTGTATTCAGTCCGAGCTGTGGCCCATTCTAGAGCGGG
ACCCTCATCGTTTTCAGCACCGCTGTTGGTGCGAACTAAACCACCAGTTTTAGTTTGGGA
AGGAGGAGGGGAGCTTGACAATCCAGAGGAACTTGCTGAAGCAGCTGTTTGGAGTAATAG
CAGCGCGTTAGCTATAGATGCTCGTAGGGCTGTACGATGCGGGGCTCGTCTAGTGAGGCT
GCAGTGGAGGAGGGCTGATGCTGCGGGCTCAGCTGCTTGGAGAGACGCTGATCTTACCTC
ATTGCACCACCACAGGGAGGTGGTGATCGGTGACCTCACCGCCGGAGCCTGGTATGGACT
GCGTTTGTGGACGGCCACTGAATCTGCCAGACACCAAGCTACAATATATGCGGCTACTAC
TACGCATTCTGGAGAGCGTCTACGTCGTCCCGTGGCATTTCTCTCGGAAGGACCTCAGGT
GACCACCGCCGGCTCCAACGCGGACACTGAGAGAGTTCTTGGGGCTGTGTCGTTAGCGTT
TGCCGCACTAGCCGCGCTTGCTGTCACAGCCCTATTGCTTGTCCTTGTCGCGAAACGAAG
CATGCTGTGGCCTTGCTCTGGTCAAACCGAGGAAGAAGTCCGACGCTGTAACCACTCAGT
CGGCAGCACTGATAAATCGGTCTGCCCAGAACAGCAAAACATACGGAATTGTCAGCACGA
TTACAAACACGACAAACTATCGCCAGCGTCTGACGTATACGAGATAAGTCCGTATGCGAC
GTTTGCTGTGGGTGGCGAGGCCGCGACCGCGACCCTGGACCACACGTTGCAGTTCCGCAC
GTTCGGGCATCGCGACAACGATGCTCCCCCCCACAGACCGTGCAGAAAGCATCCTCAAAG
ACATCGAGATAGACCTGAAGTTGAGAAGCATCATTCAGATTGCGAATTGCAACAGTTGAG
TCGATACGAGAAAGTTAGACCGCGGCACTGCGCTGGTACATCTTACTGTGTACCACTTTC
CCATCACGGTGGGGGCAGCGGCGGTGGTGGTGGCAGCGGT
(4360 bp)

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