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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR13621c0_g1_i3
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_tau-like_protein_isoform_X1_[Bombyx_mori]
Ontology
GO:0000226 P microtubule cytoskeleton organization
GO:0001578 P microtubule bundle formation
GO:0005515 F protein binding
GO:0005516 F calmodulin binding
GO:0005737 C cytoplasm
GO:0005790 C smooth endoplasmic reticulum
GO:0005791 C rough endoplasmic reticulum
GO:0005856 C cytoskeleton
GO:0005874 C microtubule
GO:0005875 C microtubule associated complex
GO:0008017 F microtubule binding
GO:0015631 F tubulin binding
GO:0021954 P central nervous system neuron development
GO:0030425 C dendrite
GO:0031175 P neuron projection development
GO:0032355 P response to estradiol
GO:0032570 P response to progesterone
GO:0043005 C neuron projection
GO:0043025 C neuronal cell body
GO:0043234 C protein-containing complex
Transcript
Level		FPKM:4.20 TPM:4.11
ORF EntryO_TrvaFAMAMG16733_complete:A_TrvaFAMAMG_TR13621c0_g1_i3
Sequence
(Nucleotide)
AAGCCAAGTCTGCCGCTCGAATCGGCTTCAGTGTGTTTGTATTTATCTTTGAGGCAAGTG
TCGCCCGGGCCGCGTAGTGCAGTGCAGTGATAACAGTGCCGGCAAAACAAAGCCTTATCA
ACTATTAAATCAATCAACAATCGAAAATATACTTTCGTAATAAAGGATTGACTGAAGACA
AAGATGGCTGAAGTTGCAGCTTCTCTCGAGAACCAAATGGAAAAGCACAACATAGATGGC
GATAACGATAGTGGAGTTGATGAGTCTACTCAAGGAAATGATTTGAATGGGTCTCCCAAC
TCACCCAACAAAAAAATCACAAACAAAACTCCGACAAAGGAAAAATCGAGTAACAGTCTC
CGAACGAGCCTTTCTCGCTCATCAAGCAAAAGTGCAACAGCTAAGACACCAGAGACCCCA
ACACCAACTGAGAAGAAAAAAGTGCCGATGAACAAAGTTCAAGTCGGGAATGCTCCCTCA
CCAAATTTAAAGGCTGTCAAGTCCAAGATAGGATCTCTGGATAACGCCACATACAAACCA
GGAGGTGGAAAAATAAAGATCGAAAATAGAAAACTCGAGTTTGGAAACGTTACACCGAAA
ATCGCGGCTAAGAATGATGCTTATACTCCTAGTGGTGGAGCGAAAAAAATCGTCTCTACA
AAATTGGAGTGGAATGCAAAATCGAAAATCGGGTCACTTCAAAATGCTTCGTACAAACCT
GGGGGTGGCGATAAGAAGATTGAAACTGTCAAACTAGATTTCGGCGAAAAGGCAAAACCA
AAAGTTGGATCCACAGCTAATATCACTCATAAACCAGGCGGTGGGGTAATCAAGATATCA
GTGGATAAATGTGGATCGAGATCAATCGAAAACCAAAAGTTGGAATTCAAAGCTCAAAGT
AAAGTGGGTTCAATGGATAACGTAAAACATAAGCCAGGAGGTGGAGATATCAAAATATTT
GAGGACAAAGAGTACATCAAGCAGATGGCAGGGCAGTCGCCATTGCCAACAAGTCGCAGT
CACTCGCGGCAGGAGGTGAGGGCTTAAAGCCGGTGCTAGGCATTTGGTTCATCGCATTTT
TTGCTTTCTTTGTTTTTCCTGGTGATGGTGAATCACGCTCTCATGCACTTTCGTCATTTT
TTGTTTCAGCCAGGATACTTGTACACGTTTTATTGATTCAAGAGGTATTCGTTTTTGATG
CGAAACTTGTAACTCATATTTTCATTTTTGTGTTTGGTTTTCTTTTGCTCTCGTGTCTAA
CACTGCGTTTGAATTTTGTTTGAATTTGAATTGTTTTTTCCAAATATCGTTTAAGTGATC
GTTAATTTTTTTTCTTTCTGCTTTAGAGTCCACTTCCACCAGCTTCACAGCCACCGAAAT
CGGATGAAAACTTGAACGAACAGCAGAGTTAAGGCACTTCCAGAAAGACTTCGCATTTTC
ACCTAAATGTATATTAATTATAAATGTACTAACAATTTAATATTTAATCGAAGTCCATTG
TGTATGTTTTTAATTTGAAAAATTTAATGTCTGTATCTTTAAAGTGTTTAGTAAACAATG
AAAGTTATTCATGGTGTCAATAATTTGAGCATATCTGATTAGGATTTAGTCATGTTTTGA
GTTAATCTTAAATAATTAAACAGATCTTTAACAATTACTTTATAATGATACCTTGAGCTA
AGTATGTTTTGGTTTTTTACTTATTACCCTATCAACAATACCAAATAGATTTCAAGTGCC
AATTTACTATCGTATTTGATACTATTGTATTTTAAACAATTGAATTTATTTATTGTGAAG
AATTTCATTCTTTAAAACTTTAATTCAGAAAACATTCACAAGCAGCACAGTATTTTAGTT
ATATTTACATGTTACAACTGCAAAATTAGCACTTATTCCCATTAGCTATATCCGTTGTGA
CGTACTTGAATTGATATTAATATAAATGTTAAAAATGTATGTATACAATCGCATAAATTG
TATTTCGTAGACAAAGCTTAAAATTTAGTTACGCACTGTCAAAAATTTAGTGTTATAATT
TGGATTGTGGCATATTGAAGGAGTTCTTGACACAGCCTACACGAGAAACATAGAGATCTT
TGAATATGTATTATTATAGATAGACGGTCTTAGTTAGCTTTTTTACAGCTTTAAAGCTAA
GGGGTAAGACAAGATGTTTTCACTAGATCGAATCGATATGCAGTTTCCTAAAAAGCGGTA
TGGAAATGATCTGAATCACGTCTATAAACGTCCAACATTTCGACTGTTGATTCAAAGTTG
ATCAGTCAGTTTAGCGGAAAGATACGTTTCGTTCTAGCGATTGCATCTTAGCTACAATAA
CAGGTACCTATTTTTATACGACAGCTGTGCCGAGAACATTGTATGGCTCGAGATGGACTG
ACCAGGTTTATAGAATTTAATGTTTTGTATGATTATAGAAGTACGAGTAGTTAGGTTTAG
GTAGTATTTATCGATTCGATGTTGAAATTAGTCACAAAGAAATACTGATTCCTAATTTTC
CTTTAAAATGTATGTCACCCTCTACTTCGCTGATATAGCTTTGATAATTTTTTACTGCTT
TGCAATTACTCTTACATTGGCAACGTAGATTTTATTATAGAATAGTATAATGTGATTTGA
ACGACGTACGTATTACAGTGATTATTTAATACAGTTTAACACAAGTACATCGTGTGTTTT
ATTTGCATTTCTGTAAGACATCATTAATAATGTGAACAGTTTACAGAAACACAGAATTTA
AATGTTATTAGATCCACTCATGCACCAGCACACAGTAGAAAGACGAAAATTCATTTTCGG
AATTTAAGGTGAGTATTTTTTTTATTATAATCTCTTCGTGTCTAGTATAAGCAATCAATA
GTATCTATTCATAATTACATCATGATTTTATATAATTATTCTGTAGTCGATAAGGTATTT
TAAGACTGTTCGTTTAGTTATTCCTTTTTGGAATCTATTTAATAAGTAGTTTTAAGTAAT
TAAATGGCTTTCTCATTGACCTATGTTCATACGATAGTAATTATTTGAATTATTTTGGTT
TCAACATTCAATAGCCATTATCCGTTGAGCCGCAGAGACAATAGAGCAGTGGGAATCCTT
ATTTTCACTTTTTGTTCATTAAACTCTAGCTAATAGGTAAACCAAATGGAATCCATTAGA
AAGAACTAAATTTCCTCAATTTGACCACGGGTTTTGAATTAGGTACATACATACCAAAAA
TCAATTAACTGTGACAATTATGCGCAGGATTACTATGATAGTGAATGGGAAGAGGATCGT
CCAATCTCTCGATGCAGATCGGCGCGTACTCCTCGCACTCCGCGGGCCTTGTCGCCTCGC
CGCCGCCTCCCTGGGCTAGAGGAGGAGTTAGTCCAGAGGAACAATGAGAGGAACAGGCGG
GCAGCCAGGCCGGTCAGCGCAAGAGACCCGCCGCGCTCGGCCTGCTCACGACGTGCCTCC
ATCACGCAACGACCAGCCTTCTCCATTTATTAAAGCACGAAGTTGTCTCAAATGAGATAT
ATCGGCACGTTTTAAAGATTAGAGAATTCACGTTAAACAAACTGCGGTAATAAAAAAGCA
GTAAAACTTTAGCGAAATAGATTCGATAACATTGGATTGGCACGTCGCCATTCTTACTGT
AAACAATTTTCTTCTAGTAATTCATTAAATTCGCAGACATTGGATCTCAAATACCTATAA
TATTTTGTTAAAAGTATTAAACAAACAATATAATCATAACATGATCACGTGTAGTTTTCA
CAATTTAATTGAATTAATAAATATTGATTATAAAATCGTAGATGAAGAGGTAGTGTTGGC
ACAAAACGTGGAGAGGTCGTTTTACTTGAGAAGCTTATTATAGAATTTTAGGACACAAAA
CAATGTCATTAGGGCATTGCGTGAGTGAATCAAAAATAGCGCAACAATTTTAATAATTAT
TAAAAGTTTTATCACAAAAAAAAAAAAAAAAAAAAAAAA
(3999 bp)

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