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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR10985c0_g1_i1
Scaffold_id
NCBI non-redundant
(nr)		transitional_endoplasmic_reticulum_ATPase_TER94_[Bombyx_mori]
Ontology
GO:0000166 F nucleotide binding
GO:0000226 P microtubule cytoskeleton organization
GO:0000502 C proteasome complex
GO:0005515 F protein binding
GO:0005524 F ATP binding
GO:0005634 C nucleus
GO:0005737 C cytoplasm
GO:0005783 C endoplasmic reticulum
GO:0005811 C lipid droplet
GO:0005875 C microtubule associated complex
GO:0005886 C plasma membrane
GO:0006508 P proteolysis
GO:0006511 P ubiquitin-dependent protein catabolic process
GO:0006810 P transport
GO:0007029 P endoplasmic reticulum organization
GO:0007030 P Golgi organization
GO:0007275 P multicellular organism development
GO:0007279 P pole cell formation
GO:0007317 P regulation of pole plasm oskar mRNA localization
GO:0008103 P oocyte microtubule cytoskeleton polarization
GO:0008104 P protein localization
GO:0016320 P endoplasmic reticulum membrane fusion
GO:0016787 F hydrolase activity
GO:0016887 F ATP hydrolysis activity
GO:0030154 P cell differentiation
GO:0031965 C nuclear membrane
GO:0032436 P positive regulation of proteasomal ubiquitin-dependent protein catabolic process
GO:0042052 P rhabdomere development
GO:0043186 C P granule
GO:0043523 P regulation of neuron apoptotic process
GO:0043525 P positive regulation of neuron apoptotic process
GO:0045169 C fusome
GO:0045451 P pole plasm oskar mRNA localization
GO:0046598 P positive regulation of viral entry into host cell
GO:0048477 P oogenesis
GO:0048813 P dendrite morphogenesis
GO:0098586 P cellular response to virus
Transcript
Level		FPKM:112.90 TPM:110.61
ORF EntryO_TrvaFAMAMG12637_complete:A_TrvaFAMAMG_TR10985c0_g1_i1
Sequence
(Nucleotide)
AGTGAGTTTAATTAAAGGTTTTTTTTTTTTTTTTTTTTTTTTAGTCTATAAAAACCTTTA
ATTAAACTCACTGAATATCTATGCAGTTGGCAACATTGCCAACGACCGTGCTAACAGGAT
TTGGTAGTTACAATACAGTACAATTCACCCAATAACATAAGAACTTACGTGCCCACGAAT
CAGGCATTCACAATACATAAACATTATCAACAACGAGCGGAGAATGATTCAATTATAAAT
TAATACATTATACATTAGACACGTGAATTTATGAGACCGCGACGCACAGTTACACTAGAA
CGCCGATTTTATATTTTTTTATAAATCTATAACTAGTCGCGACGCCGCTGTGCCGTACGA
CACGTCCAGTCTTTCCAAATGCATAGAACAATCACAGAGTATTTTAATTGATTTACCAAA
GATTTTGTGACAGTTACAAACAAAAGCAGTTCTTCCAGTACGTATGTATTCGAGTTGTTG
TTTTTATCAAGAAAATTACAAATGGAAGCCGTTAGGAATGGAGTTGTTTAGAGTATTCGC
CACATGGCTAATGGTGGTTGTTGTGACGTAGACGTGTCATTTGGCGTTGTTGGGGGCGTG
TGTGTGTGGGTGTGTGGTTGTGTCGCGAGTGGTATAGTTTAGCTGTAGAGGTCGTCGTCT
CCGCCCTCTTCCTGGAAGGTTGGCTGGTCGCCGGCCGACGTGCCCGTGCCTCCTGTACCG
CCCGCATTCGTCGGGAACCTGAAGTTGGTTCCGAAGCCGCGGCTCTGCTGTAATGTCTGC
GCGAACATCTCGTACTTGCGGATGTCGTTGTCGGAGACGGACCGTCGCGCGAACTTCATG
GCCTCCTCGAAGTGAGCGCGGCTGATCTCCGGCACCGGGTCCTCCTCGTCCATGTCCATG
ACGGCGGCGGCGGCCTGCTGTTGTCGCGACCTCTCGCGGTGTATCTCGGCCTCGATGGCT
TGTCGGATGGCGAGCTTGCACGCGCGCTGACAGATCTCCGTCAGATCGGCACCACTGAAC
CCTTGGGTCACCTTAGCGATGTAGGAAAGATCAACTTCCTTAGCGATGGGTGACTTGCGC
AGGTTGGCGCGCAGGATGGCCTCGCGCGACTTCTCGTCCGGCAGCGGGATGTAGATGAGC
TGGTCCAGACGGCCCGGACGGAGGATGGCCGGGTCGATGATGTCCGGACGGTTTGTTGCA
CCAATAATGAAGACATTCTTCTTGGCTCCCATGCCGTCCATCTCTGTGAGTATCTGGTTG
ATGACCCTGTCGGCGGCGCCGCCCGCGTCCGACACGGAGCCGCCGCGACTCTTGGCGATG
GAGTCCAACTCGTCGAAGAACAGTACACATGGGGATGCTGAACGAGCCTTGTCGAAAATA
TCACGAACGTTGGCTTCAGATTCACCAAACCACATGGTGAGCAACTCTGGCCCCTTCACA
GATATGAAGTTAGCTTGGCACTCATTGGCGATAGCCTTCGCCAACAAAGTTTTACCACAT
CCAGGAGGTCCATAGAACAGCACTCCGCGTGATGGTTGCATGCCGAACTTCAAGAACTTG
TCGGGGTGCTCCACGGGGTACTGTACCAACTCCTGCAGCTCGCGCTTCACTCCCTCCAGG
CCTCCGATGTCCGTCCAGGTCACGTTGGGGACCTCCACCACGGTCTCACGGAGCGCGGAC
GGAGAAGATTTCGTCATGGCGTACCGGAAGTTATCCATGGAGACAGCGAGAGAGTTGAGA
ACCTCAGCATCAATCTGATCGTCTTCAAGGTCGATGAGGTCCATCTTCTCACGGATCTGC
TGCAGAGCTGCCTCGGAGCACAGTGATGCCAAGTCAGCGCCCACGTGACCGTGAGACTCG
GCTGCGATCTGTTCTAGATCAACATCATCTCCCAGTTTCATGTTCTTGGTGTGTATACGT
AAGATTTCAAGTCTGCCGGTCGCGTCGGGTATTCCGATGTCGATTTCACGATCGAATCGT
CCGAAACGACGTAACGCGGCATCGATGGAGTTCGGACGATTCGTAGCCGCCATTACGATG
ACGTGAGATGATTTTTTCATGCCATCCATAAGAGTCAACAACTGTGACACAATACGTCTC
TCCACTTCTCCGTGAGTCTTCTCTCTCTTTGGTGCAATAGCATCCAGCTCATCAATGAAG
ATTATAGCTGGAGAATTCTTGTCTGCCTCTTCAAATGCTTTACGGAGGTTTGATTCGGAT
TCACCGGCCAGCTTGGACATAATCTCAGGTCCGTTGATCAAGAAGAAGAATGCACCAGTC
TCATTAGCGACAGCGCGAGCAATGAGTGTTTTCCCAGTACCCGGCGGACCGTACATGAGT
ATACCGCGCGGCGGCTTCACTCCGATCGCCTTGAACAGCGAGGGGTGACGCAGCGGCAGC
TCCACCATCTCCTTGATCTGAGCGAGCTGCTTGCGACAACCACCGATGTCGTCGTAACCT
ACCGCGTTGAGAGCTTCTTCTTCCTCCTCACGTTTAATAGGATCTCCCTCGCAATGTATG
ACTGTATCGGGAGCAACAATACAGAATGGTGATGGATCTGTCTCGACCACTTTGAATTCG
ACAGCTCTCATCCCACCGCGTACCATGAATGTGTCGTCACGATGTATTGGGCGGTACGCT
TCCATGAAGTACGGCTTTAGGTATACTTCAAATAGATTTCCAGTAAGCCCCTCAACTGAG
TCATCAATTGGCAGTATATGTACTCGTTTCCCGTATTTAACTGAAGGGCACGGTGCTATG
GACACCACATCCGAGAGTCGGACACGTAAATTATTCCTCACGACACGGTTCATCCGTATC
TTTTCATCGGGGCAGTTGTCGTCTGACAGCACAATACAGACAGTCTCCTTGCGACGCTTG
CCTTTGAGCAAGACTGTGTCACCTCGGAATAGTTGGAGCTGCTCCATTTTAGCCTGTGAA
AGTGATACAACTGAGTTGTCGTCGCTGACTGCTTCTTCAACAATAAGACGGTTGGGCCTG
TCCTTGCGGCGGAGGATTGCGGTGGAGAGATCATCGGGGCTTTTGTTATCTGCCATTTTA
TTTAATATTTAATGTTAGAATCTAAGAAATATTTAAATTTTTCTAAAGCCAAATAACTAC
TCGGCGTACTTCAACTCTTCTGTGAG
(3146 bp)

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