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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoEE_comp70258_c0_seq3
Scaffold_idBomo_Chr17
NCBI non-redundant
(nr)		PREDICTED:_intraflagellar_transport_protein_140_homolog_[Amyelois_transitella]
Ontology
GO:0001750 C photoreceptor outer segment
GO:0003674 F molecular_function
GO:0005737 C cytoplasm
GO:0005813 C centrosome
GO:0005815 C microtubule organizing center
GO:0005856 C cytoskeleton
GO:0005929 C cilium
GO:0005930 C axoneme
GO:0007368 P determination of left/right symmetry
GO:0007507 P heart development
GO:0008589 P regulation of smoothened signaling pathway
GO:0021532 P neural tube patterning
GO:0030030 P cell projection organization
GO:0030991 C intraciliary transport particle A
GO:0031513 C non-motile cilium
GO:0032391 C photoreceptor connecting cilium
GO:0035108 P limb morphogenesis
GO:0035721 P intraciliary retrograde transport
GO:0035845 P photoreceptor cell outer segment organization
GO:0036064 C ciliary basal body
GO:0042073 P intraciliary transport
GO:0042384 P cilium assembly
GO:0042995 C cell projection
GO:0048705 P skeletal system morphogenesis
GO:0060041 P retina development in camera-type eye
GO:0060271 P cilium assembly
GO:0061512 P protein localization to cilium
GO:0072001 P renal system development
GO:0072372 C cilium
GO:0097542 C ciliary tip
GO:1902017 P regulation of cilium assembly
Transcript
Level		FPKM:0.00 TPM:0.00
ORF EntryO_BomoEE21790_complete:A_BomoEE_comp70258_c0_seq3
Sequence
(Nucleotide)
GTCATAAAATCCCTTATAAAAAAATAAATTAGAATTGTTAATACTTTTCCTGCCGTAGCT
AGAAGTGCAGCTGCATGCGAGTGATGGTTTGCCTTCCGTAAATGTGATGCCAGAGTGTGA
GCCACTTCTGGGTCTACTCGATCGCCCAATGATTCTACAGCAGCAACCATTGCGTTTGTG
TCACCGGAATCCAGAGCTAATTTTAACGCCATATGTATTTTTCCTTTACAGCGTTTTCAG
TTTTGTCGGGTTGCATTTCAAAATAGCGGGCCATTTGGTACACAGCGGTTCGATTATTTT
GGCATAACTTCTCTGCCTCGTCTATTCTATCCATGTGACAAAGTAACCTAGTTTGTTCAC
CGAAATCATTAGCGCGGGCATATGCTGAAAGCGCTCCGTCTAGATCGCCTAAACTTTCCA
AATAATGTCCCCACCATGTTATCAAATTTGTATCATTTGAATTAGCTACATGCTGAGCTA
GTACCGATGTTTGGCCTTGAGCTATTAACATTCTGGGAACATGTGGTACTAAAGTTCCGG
CACTTTCAAATAGCTTAATCGATGCGTTTGTTTCTCCATTAGACCACAAATGTTTAGCTA
ATTTGTGTTGTGCACTTTTAATCAATAACATATTTTCACCGTCTTTATTTCCTTCAATTA
TTTGAAGTAGTCCACCTTCCTTTGCTGATACGAGCCGAGTGATTAGATCAGGCCTTTGTG
CTTCACGAAATAGCTTTTCGGCTTCTTCTATCATACCAAGATTTACAGCAAGCACTGCTA
CTTTGCAGTTGTCATCCATGCTGTTGTCATTCATGACTTTACGCATCATTAGAGCACCTT
TTATGTTTTCCATTTTGCTAAGACATATTGATCCTACATCAGGACGTTTCAGAGATACGC
ACATCTTTGCTAAGCTATACCAAATGACCTGGCTGGTACCACCAGAAATACTAGAACCCA
CGACGACAGCCTTTTCTAAGTTTCCTGTTGTCGTATAATAAAGGAAATCTAAAACTTGTT
TTACTGTGCTTGTATCGCAGTCGTTTACATCTTTAAATTCACTCATCAAAAGTCTCTTTA
TATTTTGCTGCGACAATATGACTACGTGTGGACTACATAAGGAACAAAGTATAAAATCCG
TTTGAACATAATCTTCCGTCGCGGAGCACCAATTCACGTATTCATGAAGTTTTCCTTCAT
GGCAGAAAAATAAATAGATTTTATCTGATTCTGCTGATCTCATGTGTACGGCTACAATTC
TCGGATCACTGTTATCCCATATTATTGCAATAGGTACCGTTTGGTATGGAGGTTTTGAAC
TTTCAGCGATGAGGATATTGGTTATGATATCGTTAGCTGCATCCCATAAGTAAATCCTTG
GGTCTGGGGCTAAACCGGAATTAGCTACGCTCAAACAAATGTAACGTCCATTACAACTTA
CAGATGCTCTCATAACTTCACCAAAATCTTCAATAACTTGATAACAATTTTTGGGGGGAC
ATGGCATTTTTAGTCCTTTTTTAGTGATCTCAGCTAGTTTGAGTGTTCCGTCCAAAGTAA
CAATTATAACGTATTTATTTGTTTGAGTGATACTAATTGGTTCTCCTTCACCTTCGCTAG
TAGGCAGACTTCCGAGGCGTACACCCGTAACTGAATGACATTCGATGTGCGGATTAATTA
TACCAACTAGTATGTCATTATATAATATTAGCACATCTGTTTTCCATGGAAAGGTTCTTA
TCATTGAAAAATTCAAGTCATTATCTTTGTTACACATCCAGATCTGTACATCAGTTCCAT
CTCCTATGGCAATATATTGGTCTCTGAATGCAAAAGCCCTTATGGTTACATTGCTCTTTA
TTATTGTTGTGTTTTCATTTATGTGATTTATAAATATCTCATTAGCAGATTTCTGTACCA
TTGATATATTGGGAGAGTAGCCCCAACAAACAGGTTGTTCCCGTAAAATATATGCACTGG
TTATACAGTTTACATGTAACAGTGGGTTCATTAATCCTTCAGAACCCCAACTGACACCTT
TAATTGTTCCTTTAACAGATGTACTACTTATCAGTTTCCAAATATTCCGATAATCTCGTC
TCCATAGATATAAATTACCTTGTGCTGTGCCACAGCAAAGAGTATCACTTAAATTGCAAT
AAGTAATACTCGAAAAAGTGTCACCTTCAGATATGTTTTCATTCTCATTTAGCAGAACAT
CATTATCGCCAGTCTCACTATCCCACACTCTGACAACATTGTCTCCTGTGATTACAGCCA
CAAAGAAATTTCCAGCCAGTACAATTGACTGTCCATTTCTTGCAGCCATTCTTACATGAG
TGTCAGTTGTTAATGAGCCTTCATCAGAGGTTAGGAATCTTGTCAAGCTTAATGCACCAC
CGGATTCCCATGCAACAAGAAGATATATGTTGCTTATTATACCCATGAACATTATACTGC
CAGGGGCATTGAGTACTTCTGAGCATGCACCTGTCTGGTCAATATAAAGTATCACTCCAT
TATCTTGGACTGCATAGCATGAATGATTATCAGGTTGTGAACCTTCTCTTATTTTAGCTG
TTGTTCTAGGTCTCCAAGCTGCTAAAGCATCTAGAGCATTTTCATCTCCAGCAACTGCTG
CTCGAGCTAAACCCCTAATAGAAGATTCTGTACTTGGTCTAGGGGTACAGAAAGAAATAT
GAGTTATGACTTCACCAAGTTGATGATGAAAAGATGTAAGTGGTGCTCCTGAACTGGATT
GCCAACCTGACAATGATCCTGCAGCATCAGATGCAAGCAATCTCCCTCCTCCAGAGCTAA
AAGCAATATTAGTTAATGCTGCATTGTGAGGTGCTTCTAATCGGGCCCATGAGTACTCAA
GCCAGATGTAAAGCTCTCCACCATCCCATCCAACAACCAACAACCGCCTTGTTGGATGCC
AAGCAAGAGCAGTCACTTGATTAGATGACAAAATGGGCCATTCACAACCCTCTAAAGGTA
AACCGTTTTCTTGGAAAATTGTAGCAAAACCACCTTTTTCTTGATTGTAAGATCCAATAG
CCAAAAATGGCAATGAAGGGTGCCAGGCAGCCACAGTTGACACCACATTCTCATCAGAAA
AACTAAGTTTAGTATCTATGTATAGAGTCATAATGAGAGTCGATATTATTTCTTTTACTG
ATTTCTGGTCACTGAATTTTTTCTACTTCACGCCATCTACAGATTTGTTTTTGCCTAGTT
CACTAAAGTTAAAATTTCATCCAAAATTATTTTGTGTTTTGTATCAAAATAAATAGAGGT
ACAATCGATATGTTGGTTTAATGTTTACATCATAAGCATGCTGTGCTGTGTAAAGAATAT
ATTATCTTTTTAAATTTATCGTATTGTATGTATATTTTCAGGAATATTTAGTGATTTTTA
CAGCATTTAGATTTACATTGAGTATATTATTAATATAATAATATTATGTTAGTGATGTTC
TTGATCTGTATTTTATTGGCGTTTCACATCTAAATAACAATTTTTTTTATTCTCTCTCAT
ATGAAATTAACTATTGTGTTTAGTAACTAAAGGTATTTATATCTGTTTACATTGATTGAA
AGTTGTTGATGCTTGTCAAATGTTTGTAGGTACGTACGTACCGGTAAAATGGGGCGATTA
(3660 bp)

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