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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25376_c3_seq2
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_apoptosis_regulatory_protein_Siva-like_[Amyelois_transitella]
Ontology
GO:0001618 F virus receptor activity
GO:0005164 F tumor necrosis factor receptor binding
GO:0005175 F CD27 receptor binding
GO:0005634 C nucleus
GO:0005654 C nucleoplasm
GO:0005737 C cytoplasm
GO:0005739 C mitochondrion
GO:0006915 P apoptotic process
GO:0006924 P activation-induced cell death of T cells
GO:0008270 F zinc ion binding
GO:0032088 P negative regulation of NF-kappaB transcription factor activity
GO:0046718 P viral entry into host cell
GO:0046872 F metal ion binding
GO:0097191 P extrinsic apoptotic signaling pathway
GO:1901030 P positive regulation of mitochondrial outer membrane permeabilization involved in apoptotic signaling pathway
Transcript
Level		FPKM:17.09 TPM:15.83
ORF Entry
Sequence
(Nucleotide)
AAGATATCGGTCTCACCCTTAGTTAATATATTCAATTAATTCAACCAAACATCAAAATCT
ATGTCCTGTTTTTATTTGATGATTGATTGTTACCTATTATGCAGTTATTGCAATAAGATT
AATAAAAACGTACATTCATCGCTACAATACGGTATCATACACATCAAGTCTATTATGCAG
AGTTATTTGAATAAAAAGTTATGAATGTATCTAGTGATCTTAACATGTCAAGCTATCAAC
TATAAATAATTTCGTCAACATGACAAAACGAACGAACCCTTTTATCGATGATTTTCTTCC
GCAAAGTAAAATTCATGTTAGTTTAAAAAAGTACGATAAACACAGCACAGACAATGAAAA
ACGACTAAAGAAAGTTTATGAAAAAACCCTACAAATGTTATTTAATGGCGCCAAAAAGGG
TACAACTACTGAAACCAACAACAACTTGCAGGATAGTAAAGTGAGAAAAGACAAAAAAAA
ACAATTATTTATCGGCAAAGATGGCAATCTACTACATTCTGGTTGTCTGATAGAGACCCA
ATCAATAAGAAAAAACTGTCATTGCGGTGTTACATCAGAGACCGAGTGTGCATATTGTGA
ATTTGTACTATGTGATTCATGTCTACACACCTGCGCTGGTTGTGAGCAGGTTTACTGTAA
CAAATGCTTGTTTGTAGGGTCAGAAGGTTCTGAAATCTGTGTATCGTGTTATAGTTAAAA
TATCTTCATAGAACTATAGGAGAGACTTACCTTTATAATATATTAATGAACAGATGTTGT
TATTATTGTAATTAAATAATTTAATAATAAAAAAATTAAAGTTACATAATAGAACCATGT
TTATGTGTCAAAATAAAATTGCAAGAAAAAAACAAACCAGAAACATTATTTATTAATGAC
CCTGGACCTTAGTACGGATTAGGGTTGGACTGAAATGAATAGTATTTTTAGATAAATAAT
TGGTTTAATCCGCAAAGTAATATCAGTTGCTCGTGTTGGAGGGTTGACTGTTATGTCTGG
TTGTGCTGAATGTGTACGAGCAGACTGAGGCCGAACGCTGGTAGCCTATTTTGTAAGCTA
AATTTTAGATGTCCAACGCTGAAGGCTGCGCTCGTCTTGTTTTTGATCTCGAACTTAATT
AATTTTATTTATTTTTATCTTGTTGTGTACAGCAGCTAGTATACACACATATTAAACAAC
AAATATCGCATTTAGATGTTTAAAAAAAATATGAAACGTTCATTATTTCGAAGAATAAAG
ATTGTTTTGTGCACAGTCGTATGGCATCATGCGTATTCAACTTGTTTATGTTTCAGTAAC
AAAAACAATGTTTATTAAATTTACCGATGTAGTCGGAGCAATATTACTCATGTGTATAAC
ATTTAGCCGACGTACATCTGTTAATTGAAATGCATATAATAAAAAATATTATTTTCCACT
TCTTTAACATTATTTTTATTTTGTGAATCGTCGCTTCGATGATAATGAATGAAATAAACA
CTAAACATTTAATGTCTGTTTATAACACATTTCGGAAATAATAACAGGAAATAATTCTTA
GTTTTTTCAATGGACATCGGTTCTTATTCTTATGTGGTTTTGAATAGAGGGAATATTAAA
ATTTACTTATTTTTTTGCAAGGTAAAAATAAATAGATTAATGTGTTACCAACAACCAATT
GAAACATAAGGAAACATTTTCACATTTTTAATAATAACATTTTGGTAGTGCTCACGTCAA
ATCTAACCTGAAATCTGAGGTTCACCCATAAACATGAACGCAAAACTTTGCTTAGAAACT
AAACATCAAAATCAGCACCTATATTCTATTTCTAATACCCTTATCCACATAAACAATAAA
ATTTCTTACTATTTTAAGCGTCACGGTTCTTAGGTTATAAAATGTATGTAATGTTTTGCT
TAATCATAAATATTACAACCCCCCTCCCCAAATTCACCTATTGAATGTTAGAAGCTGGTA
ATAAGGCGAGCCGTCTGTAAGTCACGCGAATCGCTTGTAATAGGGGATCCCGTGCGTAAT
TTCGGGATTTACTAAAGCGCGGCAGATACAGGGCGGTACCTTGTACCCAGTTAAGGACCT
CCACCAAATATGAGCCCCATATATATAGCCGCCCGTCAAGGATAAAGGATCAGCTTAGTA
AAAGAAAATTGATCATAAGAAATTCTCGATCAGTCAGATCGTCAGATTAAGATAGGCCGA
GAACATTATATAAATGCTAATAAGTGTATACCTATTTCATTAATCCGACAATTTGAGTGA
CGTAAAGAAAGGGGAGGGTTACGTCATAATAATTCAAGGTTATCGAAAAATATATAATCT
GACGATTTCCATAAGCCAAAGTAACAAAAATTCGTAAAGTTTAATGCGTGCAGTCGCGTA
CTGCGTTCCGGCGTCCGTATTCCTTTTTTATGTTATAAATACAAGTATTCTTAAAAACAC
ACCCTTTTTTATTTTTATGCAATTCCGGAGCTTTTCATTTAGGTATAAAGATGTTTTATT
CCATCGTCATATTAAGCGAATTAGTCCAAATTATCGTGAGATTAAGAGACAGCACGTCTA
GAACATAAAGATGAACCATATGTATAATATATATTTTTTAGATCAGATCATCAGATTTAT
ATATATATCTGATGCGCTTGAGTATTTCAAAATGGCGAATTTTTTGCACATTTTAATAAT
AGCCTCGAGTTTGCGTAACATCCAAATCGTCAGGTTTTTAAGAGCTTTCAGGTTCATTTA
ACATCCCCTAAGAAAATCTGACCGATCAAAAGGTATACATTTAATAACAATTTTTTATTT
TTATCATCTAAGCTTTGCAACCCAATAGGTATCTTGACGCTCGAGTAAGTCCCCATTTAG
CATCGTGGGCTCCCCTACTATTGTCTAAAGGTATGGTTTAAAAGTTAAACCAGATCTTAG
CTTAAGCTACATAGCAATAAGGCAATATCGGCTTGAAAACTTGTAAAAATATTAAAAATA
TAATCAAATCGTAATAATCGGCATTTCGGAATGTGCAATAGATACATTTGTGACTTTGTT
TCGAATCCAAACATTTAGTGGCAGATCGCACTATAGCGACAACCGCGTGCAGTGTGCTTA
GTGCGAGTTTTTT
(3133 bp)

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