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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomaMG_comp25548_c1_seq6
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_calcium_and_integrin-binding_protein_1-like_[Papilio_xuthus]
Ontology
GO:0000287 F magnesium ion binding
GO:0001750 C photoreceptor outer segment
GO:0001917 C photoreceptor inner segment
GO:0005178 F integrin binding
GO:0005509 F calcium ion binding
GO:0005515 F protein binding
GO:0005737 C cytoplasm
GO:0005886 C plasma membrane
GO:0005927 C muscle tendon junction
GO:0005929 C cilium
GO:0007204 P positive regulation of cytosolic calcium ion concentration
GO:0016020 C membrane
GO:0031594 C neuromuscular junction
GO:0032403 F protein-containing complex binding
GO:0032420 C stereocilium
GO:0042383 C sarcolemma
GO:0042803 F protein homodimerization activity
GO:0042995 C cell projection
GO:0045494 P photoreceptor cell maintenance
GO:0046872 F metal ion binding
GO:0055074 P calcium ion homeostasis
GO:0071318 P cellular response to ATP
GO:0072562 C blood microparticle
Transcript
Level		FPKM:3.46 TPM:3.21
ORF Entry
Sequence
(Nucleotide)
CGGGGAGTCTTAGTTTAACTGTACTGTTCTCAACTCATTTTATTTTTTTATTTTAGTTAT
CGTGTCGCTTTTATATTAAAACCTCATACAAATCAGTGTAAATATTATTTCCATATCATC
TTCGCCAACAGCCCGGAATACCGAACTCACAAAAGCCCCGCCAATCGGACCTTTAGTGTT
AAAACGTTCAATTATAAAAATAGTAATTATTATAATTGAACGTTATCTTCGTATAGATAT
TTATTAACAGACGTGTATTTTATTGATAAGATAAGATTCAAAATACATACCCGCTGTTGA
CACAGTTGTATGGCGAACAATAGCAGCTATGGGTAACGCTAAATCCTATCCAGGTCTTAC
ACAAGACGTTTTGGAGGACTACACTAATCTAACCTATTTGAGTAAAGGCGAAATATTACA
TTTGATGAAGAAATTTTATTCGATAAATCCTGATAAATTGGAGGCTGACTATCAATACAG
GTTCAGTAAAGAAGACATTGTGAATAAATTTGAAGTTTTAAGGAACAATCCCTTTCAAGA
TCGTCTTTTCCGAGTGTTCTCCTCGCACGACGATGGCCGTTTCTCATTTGAAGACTTATT
GGATCTGTGCTCAGCGATGTGTCCGGAATGTCCACTTGAAGTAAAAGCTGCGTGGGCGTT
TAAAGTTTTTGATCTAGACGATGACAACCAAATATCAGCGAAGGATATTTGCCAGATTAT
AGACCGACTCACTTGGACTGGAAATAATCGTTCGAATTTCCTCGATCGCGAATCAAAAGC
AAAGATAGCCGAAATTATCTTGGAAGAAACAAAATTGGACAGCAGCGGCAGTATCGGCCT
AAGCGAATTTAAAATTATGATGTCCAGGATACCGGAGTTTTCATCGTCTTTTTACTTTAA
ATTATGAAATCTTAAAAAGATATTGTAACATTTCCTATAACAAATCATTTTAATACAGCC
TAACTATAATAATATAGCTATATTTTGTGCTTTAACATGGCAGATGATGATGAAAGTAAT
TACACTTTTTTCTTCAATCCGGAGAAAATCGCAACACATATCGGTTGCGTAATATATAAA
GGAAAGTAGGCACATGAGATATTATGTCTGTATGATAATTATGTGAAATTCTATTTGTAA
GCAAGGACGCCTTTGCTTACCTACCGTCTGAAGTAGGTACCTTAGGTCCGTTAATCTCAA
CTTGACGTAACAGGAAATGAAATCGTTCGCGAAAACATTAGGTTATTTTGCCGATTCCTT
ATGCATAAACTGCATGCAATTTATTAAAAAATAGCTGACGCGCGTCATCAACGGTTGCCT
TAATGATATATTCTGGGCATATGCGATCAATCAAATATCAATTATAATTAATTGGATGCG
TAAATATTTGGTTTTTGTTTACGTCACTAGTAGTAGTAATTTATCGGTCTTCAAGCTTCA
GTAATAGTACCGTACCTATATCTTGTTTAATATAAAATTTGCATTATTAGGAAAATTGTC
TCGCATAGCGTGCTACACACTTGCTATATCTCTGGGGTTGGACTCTTAGTGTATCGCATC
GTGTTATAACATTATAATTCAAAATAAAACACAGTTCGTTCCAAGTTTATTTATCATGTA
GAATATTTTGACATAGAATTCCGAGTTCGAGTTGTATTAGTAATTTGCGATTTATCTAAT
AAAGGCTTTACAGGCTGCTTTGTTGAATCGCCCGGCTAAGGTACGGTCGGGAAGCGCGGG
AATTGCGAGCGTGCGGCCCAGAGTCACCGGTAAAACCGCGGGCTGTTTGTATTTCACGTG
GTACATCGGAAAGCTGAGATATGTACTGTAAAAATAAATTTTAGAATGTGAATGTTTTTT
GAAACACATTTCAGACTAATACAAGATATTGACATTGCATATTTGTGTTTATTTTTAATC
AAATAAATTCCAGATTGAGCGTCAAGTTCCGTGTGCTTAGTTGTGTGTTTTTTAACTTCT
TGATCACCTAAAAGTGAACTCAATTTTTGTATATATATATATATATATTTTATATTAGAA
ATTGAAAACCACGATTGTCCGCTGTAAACTGAACCTTGTGCCACTATTGAATTAAATCGC
TAGTATTTTTTTATTAATCTTTTTTAATTATCTTAATTTATTTATCCTAGATAATTTTAT
GGTACTATTATAATAATATATTTTATTGCTGTTAGTAAATAAAATATATAAATAAATTTA
ACGCGTATATGTTATATATTTATACATGTGTGTGTGTGTTGTGTATCATAGCGCGTACGC
CGCGGCCGCCGCCCCCGCACCCAGCTGGAATGTTTATTAAAAACTCAATTTAATTCATAT
AAAATAATCTAATAATAACAATATATATTAATCTTATTAGCTCCGTACAGAGGTCCGTTG
TTGTCGAGCGTTCTTACAAAAATCAAATTTAATGGTGCCAAGTGTACCTAGCCGGACATC
ACAAGACTCTATAGTTTTGTCTATTTATTTATTCATTCAAGCATCAATAACTACTCGACT
GGAAATGAAACTTATTGTATTATTATAAAATTTTAGGCTGAGTATCGTACTAAAATTCCT
AACCATCCAAAATCCATTAATACGTGTAAATAATAAATACAATTAAAATTGATTTGAAGT
TACTACTACAGATGTTATGTATCTATGGAAAACAAAATATCTTTACCCCGAATGCCAGTA
CTAGACTCAGCCAGAGTATGTGCGAAGATACACTAATATTTATTAAGTTCATAACGAATG
TTGACATAATATTATATAGAATAATATATGTTTATATGTGTGCAAATGCGTGTCTGCTTC
GTACGTGGTCTGTGGCGTGCGTGTTGCTTCACTGAGCTACTTGTGGCGGAACAAGACCAT
TTTAACCAAAAAATAACTTTAACCGTACTTCATGCCAAACTTTACACCAATCACAGTACA
CGGTGCGAGCTTTTGTGTTTTAGCGTATAATCTGTGCTCAGTTGTTACGGTTACTATGGC
TCTGAATGACGTCACGCGCAAATTGTCGCTAGTAGTTTCGATAAAAACAATTGCCGTGTA
ACTACTGCAGGTTTGAGTATCGTACAGCGAATCTTGACCTAAAGGTCTTAGTTACCA
(3117 bp)

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