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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMSG_c26045_g1_i1
Scaffold_idBomo_Chr25
NCBI non-redundant
(nr)		balbiani_ring_protein_3_isoform_X2_[Bombyx_mori]
Ontology
GO:0005102 F signaling receptor binding
GO:0005179 F hormone activity
GO:0005576 C extracellular region
GO:0005615 C extracellular space
GO:0005783 C endoplasmic reticulum
GO:0005794 C Golgi apparatus
GO:0006590 P thyroid hormone generation
GO:0009268 P response to pH
GO:0015705 P iodide transport
GO:0030878 P thyroid gland development
GO:0031641 P regulation of myelination
GO:0032403 F protein-containing complex binding
GO:0032496 P response to lipopolysaccharide
GO:0042403 P thyroid hormone metabolic process
GO:0042446 P hormone biosynthetic process
GO:0042803 F protein homodimerization activity
GO:0043168 F anion binding
GO:0043234 C protein-containing complex
GO:0045056 P transcytosis
GO:0048471 C perinuclear region of cytoplasm
GO:0051087 F chaperone binding
GO:0052689 F carboxylic ester hydrolase activity
Transcript
Level		FPKM:2.72 TPM:1.41
ORF EntryO_BomoMSG18119_5prime_partial:A_BomoMSG_c26045_g1_i1
Sequence
(Nucleotide)
GCTCTTCCGATCTGGAGTCTGCAAAATATATGTCCTGTCGGCGAACCCTTATTAATCTCA
GAAACAAGTCGACCATTCCTCTGTGGTACTGATCCGGGAAAACCAAACTGTCCACCTCTG
TATAGATGTCTTGTCGAATCAGGAAACGACTACGGAGTTTGTTGCCCAGCATCTTTAGAG
CTGCAAAAGGCCGGCACTTGTCCGGAGCCGGCCACGAAGGATCTCGACTGTAGCACACCT
TGCAGCCACGACTTAGAATGTCCTTCCATGCAAAAATGCTGTGACGGCGGGGAGTGTGGC
AGGCACTGCGTCCTTCCGCACAACGTCACTATGTGCACGCAGCAGAAGATGCTCGCAGAG
CTGTTGGTCGTTAGTGAGAGAGAAGGAAAAGGCTACGTGCCGCAATGTGCAGCTAATGGC
TCATTCGAATCTCGGCAGTGCTCTAGGAACGGATTAGTTTGTTGGTGCGTTGATACGGAT
GGAAATAAGCTACGAGGTTCCATGGGACCATCAGCTACGGTTCATTGTTCTCCAACTCCA
CTGTCAGCCAGGAGTGGTGCTCGTAGCCTCAGCTCTTGCGCACGGTCTCTGTGCGCTGGT
ATATGTGAATACGGGTACAGGACGGGTCCTGATGGGTGTCCGTCATGCGAGTGCGATGAC
CCGTGCGCTGGTTTCCCTTGCGCTGACGGAGAAGAGTGCGTACGAGTTAAAGACTCTGAG
TGCTCTGGTGAATTCTGTACTGGATATCCTGTATGTCGTCCAAAAGTATCGTACGAGAAC
CCTTGTGAACTCGGAGCTCCTGCTACGGACGACGATGGCTCTGTGATCAGATGTGGAGCC
GATGGAGACTGTCCGTCATCACACAACTGCATCCGTACCAGACGTAGTGGAAACGCGCTC
TGTTGCCCCGACCCGGCTTATCTAAACTCAACCGATGCTGATCTTATGGAGATAAGCTAC
GAATCGTGTGGCTCTGAGGCTGAAGCTCTCTGCGGCTTGAACTCCACCATGAGCTGTCCT
GAAGGTGACTGTGACAACGACTTAGTGTGTTGTTCTACAGCGTCCTGTGGACCAGTCTGT
GTTGATCCCGCTAAGATGCGACTCCAAGCTGATCGGGTCGATGACACTCCTACAATGTGC
GAATACCTGAGAGACTTTGACGAGAAAATGGAAGGGACAGTGGACGGCATGAAGCTGGCT
CTACCGGCACCAACCTGCCAACAGGACGGCTCCTTCACATCGCAGCAGTGCGCCAACGGT
AGATGTTGGTGTGTCGATTCGTTTGGCACTGAGATACCTGAGACCAGTACCCATAACGCA
TCTGCAGTGGATTGTGATAAAGTTCGCGAAGAGCTATCATGCTTGGAGTTGACCTGCCGC
ATGGGTTGCGACTATGGCTTCGAGCTCGGAGCCGGTCGTTGTCCGACTTGTAAATGCCGG
GATCCTTGTTCAGGAGTGACGTGTCCGGCCGGTAGAGCCTGTGCCACAGTCGACGTCGCT
TGTGACGCAGATTATTGTCCTCCCGTACCTGCATGTTTGCCAAAGAAATCCGGTCAGTGT
CCATACTTAGTGCCTCAGAGCGGAGCGTGTGAGTGGTCGTGTCGGAGCGACGCCGAGTGC
TCCGGGGGGGAGAGGTGCTGCGCCACCGGATGTGGGACTGCTTGTACGCAGCCCGTCCAC
CAGACAGCTTGCCAACAGAGAAGAGCTCTAGCGCTTCATACGGCCGCTGAAAGCGGAAAC
CCTCCCGCTTGGGCCTGGGTCCCGCAGTGTACGGAGGACGGTGCTTACCAAGAAGTTCAG
TGCAGAAGATCTGACAAGACATGCTGGTGTGTCGATACTGCTGGTAACGAGATCCCCGGT
ACAAGAACTAGCAACTCCACACCGACTTGTGCCTCTCCAATCGAATGTCCGGAAACGAAT
TGCAATGACATTACCGCCTGTGCTCATGGACAAGAGCTGGACCGCAGAGGCTGTCCCACT
TGTGAATGTAGGGACCCCTGCGCCGAAGCCAAGTGCAAACCTGATGAATCTTGCGAATTA
GTGCCTTTGGATTGCGAGGGTGCAGTGTGTCCGCCGTTGGCTCGATGCGCGCCGTCCCTG
CGGTGCCCGGACAGCACCACGCCGCTTGGAGCGCCGGACGGCTCAGGATCATTGATATGC
GGACCTAACGCTGCGGCTTGTCCATCCACACACGCTTGCAGATTCGCCCCGCACGACTCT
GGACCAAATGTTTGCTGCCCCAAGCCTCGTACCGTCTGCTTCGAGAGCAAAGACGAGGGT
AATTGCACGGAGGGACAAGTGTTGAACACGACAAGATGGCACTTCAATCACGAGCGGAAC
AGATGCGAGAGGTTCCGCTACCACGGATGCAGCGGAAACCACAACAATTTCAGGACCAAG
GACGAATGCAACGCCGTATGTCCCGTACTTAGTCCATGCGAAAGACTGCGAGAGAAAAAC
GAAGCGGCAGCACTGAAGTACGGAAAGGGCACCTTCATACCGGTTTGTGACGCCAGTGGC
GCTTGGGAGCCAGTGCAGTGCATGTCGCATATCGATGTGTGTTGGTGCGTGAGCGCCCGC
GGTGAGCCATTAAAAGGCTCTCTGGTACGAGGATCCAAGCCTTCCTGCAACTTCCGGCAG
GCCCGTAAATGGATACAAAAAGACCCTTTCGATGAGAAAGCCAAAGCTGATGAAGTTCTA
GAAGAGCTTATAAGACAAATGACCGCTTATCGAGTTGATGAATTTGAAGAAGACGATGCA
GATTTAGATGAAGACTTAGCAGAAGCGAGGAGCACAGCGGATTTTGTCGACAAAGAAGCA
CAAAACGAAGAAGCCATACTCGTATCTGAATTTGTTGAGCCCAAACAGGCTTTAACCACC
AGGAAAATGGATAGGCCACTAGTACTGGAGGAAAAGATTTCATTTAAAACGAAATGTCAG
ATGTTACAAGCAGAGATTGATAATGGATCGGAAGGGTATCGTCCCCGCTGCCTGTCGGAC
GGCTCGTTCTCTCCGCGCCAGTGCGTCCGCGGCAGGTGCTGGTGCGTGGACGCCGCCGGA
GAGAGGAGACACCACGCCGGTCCAGTGCCTGATCTTCCCGCCCCTGATCCTTGTGAACGA
ACGCAAATAGAATCCGCTAAGCTCGAACTGAAGCTGATAGGCGTTGACGATTCAGTAGCT
CAGCGCTCGTCGGGTGTACTGGCCGTAAAGTTGGCCGCGCTCGGCGCCCGCGTGCCCGTC
TCCGTCACCAAGGACAGGGGGGCGACCCGGCTACGCGTGTCCCTGTATGGACCCAAGTCT
GTCGACCGAGTCTATTATATCGAGAACCTGGTTCAACAAGAAAAGCTATCCAATAGCGAT
TCTGAAGATTCACTGAGAGCGGACGTTGTCAGTGCGGAGTACACATTGTCCTTGCCGACA
CCCGCCTTACAACAAAGAGAAATACTTAGTGAATCTACAGTGTCAGCGGCAACATCGTAT
CACACAGCGCTAATAGTCCTCGCAGCAACCTCAGCGTTCATCATCAGCATCCTCTGTGTA
CTCGTGATGTTATACCGAGCGAGACTACAGAGAGAGCCTCATAAAGCCGAGAGATTCCTT
CCACCAGCTCCGCCAGTATATGTGCTCTCCGCTGACGAGAAAGCTGAACTTGCGAGGGTC
TTGCACGCTCCACCACCCCCGATCCCGCCACAGAGTGACGATTCGAAAGTATAATGAAAC
AACAGCGAAATCTTTGCGTGAATTAGAAACTGTTAAAAAAACAGGTGTGAGATTTTTATT
TCGTAAATAAAAAAATTGTGCGCGTGCAGCTTGGTGCATGTGAAATAAGTGAAACTTCCT
TATGCGGTGTGTAGTATTGTGGTTTTCTTC
(3870 bp)

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