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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25005_c2_seq2
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_protein_dimmed-like_[Amyelois_transitella]
Ontology
GO:0000977 F RNA polymerase II transcription regulatory region sequence-specific DNA binding
GO:0001228 F DNA-binding transcription activator activity, RNA polymerase II-specific
GO:0003677 F DNA binding
GO:0005634 C nucleus
GO:0006351 P transcription, DNA-templated
GO:0006355 P regulation of transcription, DNA-templated
GO:0006366 P transcription by RNA polymerase II
GO:0006851 P mitochondrial calcium ion transmembrane transport
GO:0007030 P Golgi organization
GO:0007186 P G protein-coupled receptor signaling pathway
GO:0007267 P cell-cell signaling
GO:0010832 P negative regulation of myotube differentiation
GO:0019722 P calcium-mediated signaling
GO:0030968 P endoplasmic reticulum unfolded protein response
GO:0042149 P cellular response to glucose starvation
GO:0042593 P glucose homeostasis
GO:0042803 F protein homodimerization activity
GO:0045944 P positive regulation of transcription by RNA polymerase II
GO:0046983 F protein dimerization activity
GO:0048312 P intracellular distribution of mitochondria
GO:0048469 P cell maturation
Transcript
Level		FPKM:8.77 TPM:8.12
ORF Entry
Sequence
(Nucleotide)
TTTTTTTCGAATGCTTCTCACAAATATAATTAAATCAATGCTTATAAGTAGTTTACATTA
CATATTTTTATAAATAAAAATCACAACGTCTTCATGACACAAAATACATCATATGTTTTT
CTTAAAACATTTCCTTAAAATTATTAATTACCTATTTTAAAAGTTCACAAAAATAGAAAT
ATCTGAAAGTTACCTTTTGCTTTGTCACATATTATTTATTTACAGAATATAGCAGGATTT
GAAACTTATGTTTTATAGAGGACAAGACGGGTTTGATGAATCGACTGATTTTATTGTAAA
CCTCTTGAAACTGTCAAGACAAGTCGAAAAAACTAAATTTATCCTTACTAGCTAATATGA
TCATATATCATATTTATGTTGGTAACTTAAGCATTGAGATTTCGTTGTCTACAAATTTCC
GAAGTCATCTAAGAGATGACTTATGAAACTCACCACAGTCCCAAAAAGTACTACAAAGAC
AGGAAATAAGTCATTGAAGAACCTGCCGTTCTATATAACTAACATAAAATTTAAGAATTC
AAATACTAGCAATAGTCATTGTTTTATTTCAAAAGTTTTTTTAAATAATATAATTACAAC
ATGAATCTACTTAATGACCAATTTGGCACCAGGAGAAAACCTGTTTTCATTATGTTTCAC
AAAACAGGACAAAACACATACAGTAGTACAAAAATAAAATAATTTACAAAGACATGGGCG
TCCATCGATATTTATTCGTACCGTCCCTATTAAACTTTGAATATTTTTAATATAATTGGT
TAATTTATTGTAATATTTTTTTACAATAATTTGAATTACCTACAATTTCTTTTATATTTA
ACCATCGATTTATTCATTATTAAAAATAACATTTACTCAATTATTACATACCTAATGAAT
TTGATTTTTAAAAGTAAGTTGTTAAAATTCGTGGCGACATTGAACTTTGGATACTAATAA
TGACTATATTTACACATTTCTTATTACCGTTAAACGACGACTGGCTATTTTTGTGTGTAT
GTTCAGCTAAATATTGCATCTACATAGAAAAACCACCCTTCCAAATATCTATATTGTTTA
ACGAAAAGTCAACAGACCAAGTAGATCATCGAGAGATATAAAAATAAAGTAAGAACATTT
AGGAGATCCGATGTGATAATGAAACCGAGCCTTTTTTAGTCACGGTTTCGGCATAATTTT
CATCTTTGGGGGGGTTTTAAATATTTCAACCGAATTGAAAGTATGCAAATATTTATTTAA
TTGTATGCAAATATACTATACTGAGTGATATGAAAACAATGTAAGAAATAATATCTAAAA
TTGAACATCACCATCTTCAGCCTTTTGATCCCCACTGCTGGGCTTAGGCGTAACCTTTTT
TATGCTATAGTATTCGATCGTTTGCCATTCTCATCCACATCTATAAAATTACACATATGT
ACATAAAAATAAATGGATGTCGGTCGTGAGATTAACACTCTAATTGTCTAGACATTTTTG
ATAAACGGGAAGGGTGCGTTTCGAACAGATTGGTTAGAAATTATATTCACTTTTTTTTCA
AGCCTTGGTATCATGTCAAACTCATTAAAGTCTTTTTAGATTTTAAGTTAAGAAGATAAG
TTTTGTGTATTACTCGTAAACACGGATGTATTTATCCTAGAGCCAAAAGGGCCATGGCCC
GGGCAGCTAGCTCTGAGGGGCGGCAAAGACGCACCACCTCGCCCTCAGTTTTGTTTGGAC
TTTATGAGCCGAAAGCTTAATTAAAGAAAAAACCTACCTTAATAACAAAACTCGTTTAGT
CGTAAGATTGATAAACTTTAGTATTTTCATATAATACATTATCATCATTCTAAGTCCACA
ACACAACGCAGCAGGATTTTATTTTGTTTTAATTACCCAATTAAGGATTAGGATTTTTTC
ATTAATTTTTAGGGTGGCAAACCTCAAAAGGCCCAGGACTCTGAATCTTAAAATACGCCA
CTGGTGTTTAGCCGGAATAGTTAAAATTGGAAACATCGAGAAAATTTGAATTTGAAATGG
CATTTACAATTGAAGCAATTCAGTAAGAGACACAAAACATTAGGTACTCACTATGTAAAT
TAAGAATATACTCGTAGTATTTTCTTTTCAATTCAGATCGAATATCAAAATCTTATAGAA
ATAATATCATTCAGCACAGTTAATACATATCTACCAGTCACGCGGTGTAGTAAACTTTTT
TTTTAAACTGACACATTACCACTTGTCAGGTTTGTTTAACAATAGATTATAATGCAACTC
ATTAGATTAATATGATGACGTCAACAAGTGAGAAAGCAAAGCTAAGATTTAAAACGCATT
TCTGTTGAAATTTGTGCTGATGACATTCAACTTCGCTACACATTGATTTTTGTGCTATGT
GATTACTTTGAAAGCATCTTAAAAAGCTTTTTTAGAATTCTTCGTATAAGCTTGCGATAT
GTTAATTTAAAATAATTAAAATTAACACTACCGTTTAAAACATCGAAACATATGGAAAGA
CTAAACAAAATTTGTTGCTTATGAAAAATTCACAAAAAAGTATGTTATAAGTTTATTTTA
TTTTATATATTTATGTATAATTTGATTAGAGCTTAAATTAAATGGACCGAATGGATCCAC
TAGCCACGTCAGGAAAAAAAGTAAGGGTATCACATCACATTGACTCAGATATGATTTTGG
CCAAAGCTCTCCTATAAAAATATCTGACATTCATTTAAAACCAGTAAATAATTGAATTAA
AATTGAAAACGTCGGCAATCCAGTCGTCGTATTACATCAGAAATCTGTCGTGAGTAGCGG
TGGTCGCAGCATGCATTTTGGCAGCTATGCGAGCACTAGACCGCAAAGGTCAGAAGAAAC
CTTGCGTCCGTGTCGTAATTTCTTGCTGGTCCGTACTGACAGTCTCGTTGTTGTTCGGCT
CCTGATCCCTTCTATTCAATACAAATGCGGGTTCCACGTTTTCATCGTCGCTATTGAATG
AATAATGAGCAACTTCACCTCTCATTGTACAAATAGCATTCGTGAGGGCTTTCACGTAAT
TTTTGGCTAAGGTAAGGGTTTCTATCTTTGAAAGACTTCTGTTGTCTTTTTTCACATGTG
GAATTACGCGGCGTAAATCCTCAAAAGCTCGGTTGAGGGAATGCATTCGCATTCTTTCTC
TTTCATTGCTCTCTAGACGACGGAGGTTGCGTTCACGAGCGGAAATGCCACACCTCCGCC
GTCGACCGGGTCCTGAAGGAGGTCCCGTACTGCCAGCTGATGATGAAGACCCTAATACTA
CGGCGCGTCTTGGGCGCATCCTGCGCTGCACTGGCTCATCACTTCCGCTACCACTATCAT
AAAAATCTCCATTTTGTTCTTCTATATTGTCTGGGCCGTCGGGTTTATTATCATAGTATT
CTGAAGCGTCATCTTCGTAATATAACATAACTTGGTCAGGAGATTCGGTGTCAGTGCCTT
CTTCAGCAGTTACCCAGTGTGGCATTATCGTCTTTTTATGTCCTGGAACCAAAAAAAGAG
GAGCTCTGTGTTTCCCGACCTTCTAAAAATCTCAAAACTAGTCAACTGATCAGTCATCAC
TGTCGCTCATACTTGCTCGGGCATCGTCAAGTACTTTGCAAAATTTTGTTTGCAGCCTGA
AGTCGTCGTGGCCTAAAGGA
(3680 bp)

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