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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_ErmoMG_comp37243_c0_seq8
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_squid_protein_homologue_isoform_X2_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0000184 P nuclear-transcribed mRNA catabolic process, nonsense-mediated decay
GO:0000381 P regulation of alternative mRNA splicing, via spliceosome
GO:0000398 P mRNA splicing, via spliceosome
GO:0000785 C chromatin
GO:0003676 F nucleic acid binding
GO:0003723 F RNA binding
GO:0003729 F mRNA binding
GO:0003730 F mRNA 3'-UTR binding
GO:0005634 C nucleus
GO:0005703 C polytene chromosome puff
GO:0005730 C nucleolus
GO:0005737 C cytoplasm
GO:0006405 P RNA export from nucleus
GO:0006406 P mRNA export from nucleus
GO:0007293 P germarium-derived egg chamber formation
GO:0007297 P ovarian follicle cell migration
GO:0007314 P oocyte anterior/posterior axis specification
GO:0008069 P dorsal/ventral axis specification, ovarian follicular epithelium
GO:0008298 P intracellular mRNA localization
GO:0009953 P dorsal/ventral pattern formation
GO:0016325 P oocyte microtubule cytoskeleton organization
GO:0017148 P negative regulation of translation
GO:0019094 P pole plasm mRNA localization
GO:0030529 C ribonucleoprotein complex
GO:0030720 P oocyte localization involved in germarium-derived egg chamber formation
GO:0033119 P negative regulation of RNA splicing
GO:0035062 C omega speckle
GO:0045451 P pole plasm oskar mRNA localization
GO:0048477 P oogenesis
GO:0071011 C precatalytic spliceosome
GO:0071013 C catalytic step 2 spliceosome
Transcript
Level		FPKM:2.01 TPM:1.48
ORF EntryO_ErmoMG16332_complete:A_ErmoMG_comp37243_c0_seq8
Sequence
(Nucleotide)
TAAAAGTCAATATTTTATTTACAGATTTTTATTACGACATACAACTTGTGTATCTCTGGT
AGTTTGTTCATGTCAGATATCTTATTCTAAAAATTTAATTTCATCCTTATTCAATGGAAG
AAACGACTACTATACTTTGTAAAAAATACATGATTCTGAAAATCGTGGCGCATTACCAGA
ATTAATTAAAATACAAACTACAACATTTCTGCATGAGATCCAGAGTTTCTACTGTCGTAG
TTGCAGGGAGACTCACACGCGCACTCACGCACACATTCACACTAAGTATTCGCCAGGCGG
CGGCACTGGTTCCTGCTACCATTAATTTGTAAATCAGTAAGGTACCAAATTTTCGACAAA
ATGTCAGTCTATTCAATCAGCAATAATACTCAGAAACTATAAATCATACTATATTATAAT
AAATCGAGACGCCGGTCGTCGGAAGCGACCACGACACTGTTTTTATCCTTAAATTCTTAC
AACGATTACTTTCTTAAATTACATTAAACGTGGAATGGAATGACGCGCCCTCACGGCGGC
AGGACGGCAGCGAGGGCGCTCATCACCGGTCACTTAACCTGAGTGTATATTGTGTTGTTG
TGTAGTTAGTAGGGCTGGTGTCGCTGCGTGGTGCGAGCGCCGCCGCCGCCACCGCCGCCG
CCTCCCCCACGCGTCTTGCCCCCCTGGTACCCTGCGCGCCACAACACATACTCACCACAA
CAGAAACGCCCACAGACTCGTCATATTATTTACTTTGAACGTTGTTAAGCAGAAAGGACT
CAATTTTGGTATAATTGGCACGAGTCCCTAGAGAAGAAGATTGACACGTGCAGAGGCCTG
CTCCATTTTTTCCTACCGCTGAGAAAAATCCAGTACCTAGGACTCGTGCCAATAACTATA
TGAAAATAGTTGCGCACAAATACCAGTCTTATCAACTGACATTGAATACTTATCCTTGTA
TGACTCATTCTGCATAAACTACCTTCAATTTAAATAAATTTCCTTGTTGTCAAAGGATTT
TAAAGTAACTTGTCATTTTTTACAATTGAAAGAAAATAAAATCTAATACATTTACTTTTT
AATGGATCAACAACAAGTATTTGATGATTGTTCCCTACGTTTCAGTGAATATTGTACACC
TATGTTCATGCTACACTAGTTATATAGATAGAAGTTCAAGTTTAGTTATAAGGGTGTCTA
CATTTAGTCTATGGTTAGTAATGTTCAAGAATGTGCTAAATCTATAGAACATTAAATTTA
GTTTACCCTACTATTCTCTAACGTACGCGTATGTATTGTTATTTCAACTATATCAAGGCC
ATGCGTGCCTATGTCTAATGCGTTTGGTATAAATTTTGATATGTAAGTCCGAATATTGTG
AAGCTAGTTAAAGCAAACTAAACAGACCAACTGAAAATTTATGATCATGATATTTAGCAA
ACATTATTCTCAGAACAGCCTTAACGGTTGTCAAGTTTTTGTTTGTAAATAGCTCAATGT
TATTTTACTACAGAGGGAATGGTCACTGCCCAACAAAGAACAATGTTTGCCAGTTGGGTG
TATGTTGGGAGCATTGTGCGAGTTGAGTACCTTTCCCACGCGGAGGCTGACGTGCGCTGT
ACCCTCCCTCGTAACCTCCGTACCCGGCGTAGTCTGCCCAGACAACAACACCGTTACACA
GCCGCCCCGCCATTATCAGTGCAATCCAACAACTTAACCTGCATCTCTTTTCAGTCATGC
TTTTTTGAGATGCAATTGTTTGAGTTAAGAGTATTTGAAGATATTGAAACATCTTTCTAT
TACTTGTATAAGTCTACTGTATTCACTAGTAAGAAAATAACTTTTTCAGACTATATTTGA
CTTTTGTCACATATACATCGACTGATTCATATTCATTCACCTTAGAACTTTTCAAACTTC
AAATATATGATATAAAGCGAGACGCCCCCGGCCTCTGTACATCATAGTTGGTGTTAGTAG
TAAGGTGGACCCTCCATAATTCCAAGGTGTCATTATTGTGAAGGCATGCGCTGTTAGTGG
GGCATTGAGCCGGCGTGCGGCGTGGCAGGGTGGGAATGGGACTAGGGTTATATATGGAAA
CACATTGAGAATTTTATTAACAGTGCTTTATTCAAAAGCTTTCATCATATCTTTATCACT
TTCACAATGTCTCTCCATATTTACCCCATTTCCCAAATGTAGCATGTGGCGTGAGTGTCA
AATAGGTAAAATAAATGATACCAAAAAAAATTAAACTCTAGCGACATGGCTACATAAGTC
AAAGGTGGTATTACAAATAAACACTTATAAACATAAGGCAGGTAACATAATATTATATAC
AAGTATACTATGTAGTACCCGTTGAGACAATGACAAAGAGCGATAGGCTGAGTGGGCAAC
TGCTCTAAAACTAGCGGCCCGGGCGCGCCCGGTGAATCGATATAAACCAAATAGCAAAAT
AAATGATAATAATTTGAAAAGATATACCAAACGATTAATTAATCCTACTTTACTCAAAAT
GATAAAGGCCGACTCGACGTTACTTTTTTGATCACACACTGTCGCCTCGACAACATACAC
TATGCATCATCTCGATACAATATAAATTATATACATTTATATAATATCGATATAAAAATA
AATACTCTCTACACACTAAGTTAATACCTATGCGTTCGCGTGATGTCGATCTAACTAGAT
TACAGTCGGCGCGAGGGGACGCTCGCAGCTAGCCTAGCCTTACTCTACGCGGAACTCCTA
CACTAGGGATCAGGTAACATCAGTCGAGGTAACGTGTCGGCCGCGAGCCGCGTTAGTACT
GCTTGCCGCGTTTACCGTAATTGGGGTATCCAGAGTAATCGTAACCGCCATAGCCCCCGT
AGCCGTCGTATCCGTAGCCCCCGTAGCCGTAGCTGTCGTATCCACCGCCGTAGCCACCTT
GGCCATAGCCGTAACCACCGTAGCCTTGGTTGCCCCAGGGTTGGCCACCGTATCCGCCGC
GACCGCCGCGCCCTCCTCGGGCTCCACGACCGCCGCGTCCACCTCGCGCGCCCATTCCTC
CAGGACCGTCTGGTTTGGGTGTCGCGCGCTTCACATCAACCTCCTTTCCACCAATTGTTC
TTTTGGGTGTCTTGAGCAAGTCATTGACTACTTGCTCAGATTCAAATGTGATGAAACAGA
ATCCTTTTCTTTGGTTCTTTGTTTTGTCGAAGGGCATCTCCACTTCCAAAATAGTTCCAA
ATTCACTGAAGAAGTTTCTGATTTCATCATCTGAGATTTCACTGCTGAGTCCTCCCACAA
AGATCTTCCCATGTCTTGCTTTGGCCTTCTTTGGATCAACCTTTTTGTTGTTGATGGTGT
GTTCACCAGCGGCCATGACCTTGTCGATGGACTCGGGTGCCTTGAATACAATGAAGGCAA
ACCCTCGTGACCGGCCCGTGTTTGGGTCAGTCTTTACATTTATGCTCTCGATTTCACCAT
ACGCTCCAAAATGGTCACGAAGCTCCTTGTCTGTGGTCTCCCAGCTCAGGCCACCAACAA
AAAGTTTTCTGTGAAATACAGTTACGTATTAAAGAATGTGAAATTAATGAGAAGAAATCG
TCTCGATACAGAAACTGACTTAATTACAACAAAATTTATCATTAAAACTATTTGCAGTAC
TTGTTTACAGTACTTTACAGCTACATTATTATTCAAAACAAACTCCAAGCACTGCAGCAA
AACAAATTGTCAACCTGTAAGTTACAAAAAGTAAAACTGGAAAATTTACATTAAAAAACA
GGAGAAACCAAATGATGCAAAAAGGTTACAGTGTCAAACGCAAGATTTGAAATTGGCAAA
GTGAACGAGGCCCAAAAGTAAGTGGCCAAAACAATCTAGTCAGTTTGGTCGTGGATTACT
TTAGTGTGAGCCCAACGGATGGATATATACCATGGCGTCCTCGGCGACTGCTGCAGCGGC
GGCGCAGGCTCACACCTGCAGACAGACACAGCGTTAGTGCGCCAAACTGACCGCCCTTCG
ACTACCGATTTAAAATCTTGCTACCTATAACACCGGCGAGTAACGGCGCCGGCCCAGCGT
GCTCGCCCCGATAGCGGCACGCCATTTTGTGCGACACCCAAATTAATCAATTCATTACCG
GAATTTCTCAAAACAACTGCAAAATCACAACTATGACGTCTACAAAACTGTTTTAACCGC
GAACAACACACTGAAAGGGCAAAAAGGTTTAATTTTGAAAAGATCCGTGAGATTTCAACA
GATTTTGTTAAGCCGATAATGGAAAAGCCGGATCGCCGCCATTATGGCGGTCGAAGATAC
ATAACTGAAATGAACTTTACAAATCAAAAACACTATTTAGAACACGAGAATGAAAATTTA
AACATAAAAAAAATAACTTTCTTCAATAAAATAAAAAAATAAAAACTGAAAACAAAAGGA
AATTAAAATACCTGTCGTCATCGCGTCCCGGAGCTTCGGCACTGTTATGATCCTGGGAAT
CACCGCCACCGTTCTCTGCATTTCCATTAAGTTGGTTGTCGGTGGTAATATCTTGTGCAA
AATTATCGTTATTAGCCATGACTATGAATTACGCCTAATAATTACAATTAAACTAAAACT
ATGGTCTACACACGACCTTCAACAACGAACGCCAAATGCAGAAGAAAGACAGGAAAG
(4677 bp)

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