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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR23507c0_g1_i2
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_catenin_alpha_isoform_X1_[Amyelois_transitella]
Ontology
GO:0003779 F actin binding
GO:0005198 F structural molecule activity
GO:0005515 F protein binding
GO:0005737 C cytoplasm
GO:0005856 C cytoskeleton
GO:0005886 C plasma membrane
GO:0005912 C adherens junction
GO:0005913 C adherens junction
GO:0005914 C spot adherens junction
GO:0005915 C zonula adherens
GO:0007016 P obsolete cytoskeletal anchoring at plasma membrane
GO:0007155 P cell adhesion
GO:0007163 P establishment or maintenance of cell polarity
GO:0007293 P germarium-derived egg chamber formation
GO:0008092 F cytoskeletal protein binding
GO:0015629 C actin cytoskeleton
GO:0016020 C membrane
GO:0016342 C catenin complex
GO:0030054 C cell junction
GO:0030055 C cell-substrate junction
GO:0030720 P oocyte localization involved in germarium-derived egg chamber formation
GO:0034332 P adherens junction organization
GO:0045296 F cadherin binding
GO:0051015 F actin filament binding
GO:0060323 P head morphogenesis
GO:0060429 P epithelium development
Transcript
Level		FPKM:2.31 TPM:2.27
ORF EntryO_TrvaFAMAMG28621_complete:A_TrvaFAMAMG_TR23507c0_g1_i2
Sequence
(Nucleotide)
GGGGTTATGAGGGACGGCGCGACGCGTTACGCCCACGGCACTCTTTCCCATCGCGCCGCC
CCCTACACACATTTAGAAGAGCTTTCTTCTTTACTGATTGTTAAACTTGGAATTTTGTAA
CTAATAATATGCAAATGCAAGATAGACAAGAAAAAACAAAGTATATAATCGTTGTATATT
TTCAGTAAAGCGTTGTATATCTAAAATACTAGTAAAGCCGTAAATTACTACAAATATATC
TCAATCAAATAACATTATAGTAATACTAATAGTCTTAATACTTTTAAAAGATGAATAATC
ACATTGTTTTTTTTTTTTGTAAAATATCAAATAAATACGCATTTTGAACTGATTTTCGAA
GTGTTTTGTACCTTAAACGCTGTCAGCCGGGCTCTGGAACTCAGCCAAGGCGTGTATAGG
ACTCGGCTGTTTCTTCTGACTGCCGCGACGGACCTTGGCCCTGACCTCCTCAGGCTTCTC
TGGTCTGATGAGGGGCTTCTTTTCAGGAGCTTTCATACGCCATACTACTATGGGAGAGGC
AATAGTTCCCTGTCTCGTGTATTTAGTTGAGGCGACGTACGAAGCTTTGACTGTGAGAAC
GACAGCGTTCATCAAGTTCTTAGCCGCTTGTATCAGAGACGTGGCACTGTCCAGCCCGCT
AACGATAAGTTCTCCAGAGATATTCTGAACGTCGGCCTTCACTTTGCTCGTGATCTGTAT
TTGATGGCAGTATAGAGCGATGCGCTGTAGGTAGGCTAACAAATCTTGCTTTGTTGACGA
TTCGGGGCACTGTTCAGCAATTTCCCTGGTCAACTTGTCCAGTTTAGTTCCGGCTTCGGA
TATCTTTTTAGCAGCGTTAATGACGTCCATTGTTGTTTTGAGAGGGCCTCGTCCTCTAGT
AAAATCTGTCATTTCCAACATTATCATACACATATGTTTGGCGAGCATAATAATGTCGTT
TCCAGCGTCATCCCACTTCGCAACCTCGTTGTCGAAGGACATCTTCTCGCGTCTGAACAA
CTCGACTTGTTGAAGGATCTTACGTTTGTCTTCTTCGGTCATTTTACGCATGGCTTCTCT
AGCGTTAGTAATGCCACTGATATCCGGGTATTCATCAACGCCATGCTCCCCAGTGTGAGC
ACTCGATCTGCTCCTAGTTTCCAATGTCATGTCCTCGACCGGCTCGAACTCGGTGTCCGT
GTCGAGATCATCGCTCGTCCTGTTCATGAGAACGGCCCTGCGTATCTCCCTGACGGCGTC
ATAGACAAGTCTAGAAGCGTCTATGAAATCGTTTTCATCGAGACCTGCCCCGGCACCGCC
TCCTAATGCGGAAACTGCCGCATCAACGCGAACCGCGAACTTAGACATCACTTGATCCCT
AAGTACGGTGACAGCTTCTAGAACTCTCTTCGTGTAGATACAGGGTTCATAGTTGTCCAT
CTCTTGAGTTACCACCGAACAAACCCTTGCCGCTCTTCCTCTAATAGCGCCGGCTGTCCT
CTCTAATGAATCGGGATCTCCCTCCTGAAGAGCCACCACGCATTTGTTGACATCTTCTAG
GATATGATTCTCGCTAACAGCCAAGAAGTCATCAATAGTAGTGATGTCGTCCACCGCTTC
AGTTAGCAGACGCACTGCGCGATCCCACGCGTGGGCAAAGGCAGAGGCGTTTTCTTGGGC
AACGCGAGAACGAGGTCTTGCTGCCAGGACGACTGCTGCATTGATAACCTGTGGGCATAA
AGCTTCAATATGCTCTGCAGCATGACGGACCATCTTCACTCCGTCTTCATTGTTCGACAT
GGAACATACTAGGTTTGCGACCTCGACAAGTTTATTAGCATGTTCAGTAAACACGACTGC
ATATTCTTCGACTTCTTTCTCATTCCCATTGCGAGCCGCCTCCATCAATACCAGCAATGG
AACGTTGGTTTCCAGGAAACTATCTGACACGTGATCTACGACTGCTTTACGTAGTTGTCG
ACGCAAATCTCTCGTTTTACGACACATGCTCTCGATGGCTCGTTCTAAGCCAGCTGATTG
CTCTTTCTTGCCGGCATTAGCCATATATTCGTGAAGTAAATCTTGAAGAGCTTGTCTCAC
TGCGTTGCATTCGGCCACGATACGCTCACGACGTTCATCCCTGGTACATGAGCTATCAGC
CATAAGCGCAGCGCCCGATATGATGGACTCGAGTCGTTCTTCCAGCGACGGACGAGTGCG
CAGCTCCGAATACTGTAAGGGTTCCATTACCATGCGCTCATCAAAATCGTCCAATGCTTG
AGCCAATTCTCCCGGACCATCGACAGCACGATTGCTGCCGTCAGGCAGCGGTTGTCCCTT
AGCCACAGATGAAATGGTATCAACAGCGGAGCACACTTGTCGGAGAACATAATCTCTGTT
CGCCTTAGCAGCTGCCAATTCAGGATGACGGACGTATACCTTGGAGGCTGTAAGGAGCAT
AGTGGAATGTTTCTTTAGAACTGCTCTGGCCGCTGCTAACTCATCCTTCATACGAGGTTC
CTTTAGCTCGTTCTGTCGTTTCCCGGCTGCGGCCGATAGTTGCGCGGCCGAGTGACCGAA
TTGACGCGCCAGTTCCACCACTTCAGACTGAGATGACGCCGACTTCAACTTGTCGAGGTC
TTGTTCAACCGCAGTCAACTTAGAGAGCAGTAAATGCACATCGACCATATCAGCCAGTAT
TAAAAGCCTCGTAACGGCGGAGAGAAGACCTCGTGCCGCTCGTACCATGCCTGATCTGAC
GGCTGACGCGCAAGGCTGGTCCGAGAACTCGCGGGCTGATACGCTCATTGTTGCACCAGC
TTTCCTGACATCTTCCACAGCTGTCAACATCTGCTGCGTGATCTCTGGATTTTCATACGC
TATGGTCTGTCCTCGTTCAATGAAGATCTCCGTAGCACGTTCAACAGTCGCCACTAGAGC
ACTGGCACGTTTTGATTTACCAGGTCTTTTCTTCTTAGCATCTCTGTCTTTGTTGTTAAC
AAGAGTGGTGACCTGTAGCACCAATGGCTCAAGAGTCCGTTCCACTGACATAGTCCTGAT
CTCTAGGTTCCGAGGATCCCACTTCAGGGTAAGAGTACCCGTAGTGCCGTACTGATCTGT
CATAGTCGCCATTGTTGGCTTGTTTTCAAGATATTCTGATAGAAACACAACACTATCACT
AATTATTCAACACAGACTAAATGGATTAATAAGTTTTAAAATATATTTCACTAAATAACA
CGATTGTAAAGAAGAGAAATCAGTAAAATTGGAAAAAATTCTAGGCGTGTCGAAGTCGAA
(3300 bp)

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