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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25166_c0_seq1
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_proteasome_activator_complex_subunit_4-like_[Bombyx_mori]
Ontology
GO:0000502 C proteasome complex
GO:0005634 C nucleus
GO:0005737 C cytoplasm
GO:0005829 C cytosol
GO:0006281 P DNA repair
GO:0006974 P cellular response to DNA damage stimulus
GO:0010499 P proteasomal ubiquitin-independent protein catabolic process
GO:0010952 P positive regulation of peptidase activity
GO:0016504 F peptidase activator activity
GO:0016607 C nuclear speck
GO:0035093 P spermatogenesis, exchange of chromosomal proteins
GO:0070577 F lysine-acetylated histone binding
GO:1990111 C spermatoproteasome complex
Transcript
Level		FPKM:2.88 TPM:2.66
ORF Entry
Sequence
(Nucleotide)
CGCGCCGCCAGCCGCACCGCGCGCGCCGGGTACGCCGTCTGCAGCGACGGGCAGTACACC
GCCATGTTGAACGCCAGCTCCAGCCGCCGCCACGGTATGTTAGGCGTCTCCGCTAAATCG
ACCAGTTCCAATATTAATTCATTGTACAATCTTTCATTTCGGTCGGAAAACGCTGTTTCG
TTTTGTTTGGCCTCCTTCAGCATTTCGACAAACTCGGCATCGTTGAGTTGTTCCTCAGTG
AGGAGGCGGGCAGCCGCATCTATTGCCGATTGCGGTATCACCAAACGCGTGTTGACCGCT
GGGAAGTTACGATGTATGGTATCGCCGAATGCTTGTTCTAACTTTAGTATACTTGGTTTC
TCGCTGAGGGGGGCCTTCAGTATGGCAGGCCACAACGTTCTGGCCACTTCCCAGTCCTGT
TTAGCGATCAACGGTGCGTTCCTCGGACCGAGCATCATGTACAATGTCCCTTTGTGACGG
GCGTGCCATTCGTCGCCTTCGCCGCCTTTGATCAACAATTCAGCCAACTTTGGCACCAGA
GTGCGGTAGGAGTAAGGATAATGATTGAGCATCCAGTACAGTCTGATTTGGGAGAGCATT
CGAACAGAAGTGTACGTGTTGACGGACAACTCTGCCAGTGCGTGCAGCGCCTTCAGGGCT
ATGGGCGTGATCCCCGCCTCGCACACCAGGTTCACTCTCGACTCGTCGTGTATCCTGGCC
GCTTCGGCCGTCAACATCCGCAGTCTGGAGGTCCCGGCGCCTCCGAACCGATTAGTGGGC
CCTCCGCGTCCGTCCAGCACGCGGTCCAGCGCGCCATACGATATCAGACGCTCTTCTAGA
CTGGGACCGACTCTGGAACCCTTCATCACCACCACACGTTCCCATACCTTCGTGAGTAGC
TCGAGGCCGCGCGTGTCGTCCGACTTGTCGGCCAGCATCCGCTCCTGCACTCGGACTAGC
AGCCGCGTGACGGCGACGCGAACGTTCTCGCCGTCCAGTGTTATAGAAAACTTAACTCCG
TTCGTGTACGGTATACTCGTCGACGGCACTTGAGTTTCCAATAACAACACTGGCTCTTCG
TTGGGTTGCGGTAAGAAATTCCCGCATGATAACACAGCCACCAGAACATAGAAACACCTG
CATCTCTCCTCGCGGCTCATTTCGCAGTCACCGTTTACCCACTGCTTTAACTTCGATATC
TCGGGCTTCATATATCTATCTAAAAGCATTTGGGCGCATTCGGCCTCCTCCTTGCAGGGG
ACGTGCCATTTGAAACTAAGGTCCTTGAGCTTGCAGCCGTGGCCCCATTCCCTGACCGGC
AGCCACGTTTGAGGCGCTGCACTGTAATCTTTAGTCGAACTCTTCCATTCTTTCAGCTCA
ATGCAGTTGAACGAAATCAGCATGTGGGCGAGGATTTCGGAGGCCCGATTCAATGCGTAA
TACGTTTGAATTTTAAGTGCCCGATCCAGTACAGGAATAATTCTGGGGACATACCTTAAT
AGAACCGTCCCATCGCATTCTACTAAATGCATCAATAGAACTAGTCTGTACATCAGGTCT
CGTGGGAGATTCTCTTCCTTGAGAGCATCGTCGCTCGCTAATAACTCGTCGAGTTCATCA
CAAAGAAGAGGCAGGAATGCGGCTAATGTCGATTCGGAGTCGACTCGAGCAAACACACGG
AGCAACACCCCGACCATACTACCGGACACATTTGTCTCAAACGTGGTCTGCGTGGCGAAC
GATTTGAACTTCCTCAGAGCCTCCTTAAATATTTTAGGAGAGCACTGCATTAGCACAGCA
GTTGTAGCAGAAGACAACGCTGCCTCCATGACCGCATCAGCCTTACTTCGCTTCCCGTCT
GACTCTTTGGTGTCCAAGCGCACGTGTTCTAGTACACTGGATTCTACGATCGAGAAAATC
TTCTCAAAGAAAACTAAAACGAAGTCTTCAATCTGCGCGGTCGACTCGCACGTCAGCAAT
TCCTCCTCTGTCAGATCTGGCCAGTATTCGTGAGCCGAACTACAATCTATCAACGGCACC
ATCCAACTGAAGAACAAAATAAAATGAAGGGAAACCAATGTTTTCTTGATATCGTTCGGA
TCGAGACCTGGGAGCACGGCCATCAGGATGTGGACGATATGAGTGGGACCTTCCGAATAG
CCGGCGTCGGGACCTCGCACCATCGGCCTGGCGACCGCGGCCAGGCCGGACATGGCGGCC
GTGACTCTGTGGGGCTCGGTCAGGGAATTCAAGGAAGTCTTAAATTTTTCCAGCAGTGGT
GGAATAACGATAGCAGGTCGCAGTGTAGCTAAATTTTGTAAGGCAAATGATACTTCAAGA
CTGTCGACTCGATTATACAAAGCTTGCAATGTAGGTTCTAAAACTATGTTTATGAACTCA
GTTATATCTTCTTCTCTCAGTTTGTAATGTTCAGGTACTTGATTCTCCCAGCTCTCTTTA
AATTTGTGCTCAGTTTCTCGACGGTACCTGTTTAGGAATTCTTTGGTAAGCTTTTTTAGA
AAGTCCCTAAGTTTATATGACCATCGACCCGAGTTTGCACTGTGCAAGTAACTTTCTACG
CCTCCCATAAAACAACGCAGGTGTTTAAGAACCACTCCATCGGGGCAGATACTCCATACA
ATCCACGAGGCCATGTGTTTTGTATCAAGAGTGTAGTGATTGTTAATTTGCATATCTTTA
TAACTGACGGGAAGATTTAATGCATGAAGGAATCTCGAGAATATTCTAGGAGCATACTGT
GACCAGTTTATCACACCGGGATTTCTCTTTGCCAGACCAGTAAATATTATCATCAGATCC
CAAACTCCACACTGAGCATTGTAGCAAGTGTCCCATAAAACCATCAGCTTCTCAAACCAA
AGTTCGTGACCTAACGCCGAGTGCCGGGGATGTAATGCAACAGGAAGAAATACTACCAGT
TGACTCAATACATACGAGTCCGCGGTCCAGGGGTTGATTCGAGGTAGTAACAAGTCTAAT
ATCTCCTTTGTTGCGCTCAATTCGAAATATGGTCTTGCGCACTTCACCAATGCAACGTAT
GAACTTTCCAGAGAACTAATATAATGAAACATTCCAACATGAAGCGCATTCTTATCAAAT
ATTCTTTGTCCTAAGTCATATAGAGGTCTCCAGGGAAGTTTCAGTTCTTCTGGTGAAATC
AGTTGTCTCTTTTTTGTGAGCATAATGAACATTGTACTAAACTTATGAACTTTGCTAGGT
TCAAGATCTGGAATGATAATAAGCTCATATGCCAATTTGATGAGGTCTATGTGGTCAGCT
TTACTGAACTTTAGTCCATAAATTCTTATGTACTTCATTAATCTAGAAAGCCAAACTCCA
CATGCTGGCTTCATCTCTCGTAACATAACAGACTTCGCCAAGTTTATCTTCACTTGTTCT
AAAAATCTGGTCGATTCTTCGTCAAGCTCACTGGCATATGGCAATAAGTGATTCGTCAAA
AATTCCTTCTGAGGTTTGAACCCCAGGGCTTTAATTCGCTCTGGGGTAGTTACCAGAAGT
TCATATTCATCGTCCTGTATCATTTTGTGAATTATTTTCCCACTGTTTTTTTTATAAAAA
GTACAAGTCACTGCGCAGATTTAAGTCATCCGTTTTAAAAAAAGCACAAAATAGAAAAAT
AGAGAACTCTTTCTTATGTTAAATTTACAGTACTCTCGATTCATTAATAGCGGATTGAAA
CCTTATTTTACTAGTCATCATATTATAATTTACGCACAAATGGAAATTCAATTCACTCCA
CAGAAGTAAAACCATAGAGTAAGATTATATATAACCTAAGACTGGTCTCTGTCCCGTATT
TGAAGCGTACGATTTTAATTGTATTGATTTTTATACATATGTTAAAACCGATAAAATAAT
GTTAAAACTGACTTGCTCCTCGGAGAAATATAAAAAAAATATATAGAATGTCACTATATA
ATAAAAATACTAAATTCCCATATTTTTTGCCCATTTAAGCATTAGCCCCTTATAGGCTGA
AAATAAAATCTGGCAACCCTACTTATATCATATTAAGAAGTTATAATAACACCAACAAGT
GTCATTCTGATGTCGAGAATCTGTGTTACCTTTGAATGGTCTCGCAAAATATAATCAAAT
ACGTTTTCTCTATACCGGGAAGCGATCCCACGACATTAACACACCCGTTTCCGAACAGCT
TAGCACCATACCTTGATATTGCATTCATTTACATTCCGACATTTCAGAACTCTGACCCGT
TACATTCTCATTCGCATTCTCAACTTATCCGTTTGTCTTAAAATCTAGATTTAAAAATAA
AAAAAACAATAAAAAAAAATTTCGTAAAATCAAACTTAGTGTTCACGCTCACAACCTGGT
GGCTTACGTTACAAGACGCAACGTTATCTTTGAAATTAAGCGATAATACGGTAGTTAACG
AAAAAAAAATATATACAAAAAAAAAAAACCTGTAAATTAAACAGAATCATTGGCAACGCT
ATCATACGATAAATGGTTGACGCTTGTACGGTTCGCGCCAATAAGTCCCGCGCTTCGGAA
TCCGATCGGGCGCCTTCGTATTCACATTTCACGACGATCGCCTGCCCGATTCGTTTTGAA
AAACGAACACCAAAAACACTACTTAATAACAATCGCTTCTCACATATCGTCTTTTCGCAT
TAAAA
(4685 bp)

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