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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_BomoMG_comp38656_c0_seq1
Scaffold_idBomo_Scaf646
NCBI non-redundant
(nr)		PREDICTED:_glutamine--fructose-6-phosphate_aminotransferase_[isomerizing]_1-like_[Amyelois_transitella]
Ontology
GO:0004360 F glutamine-fructose-6-phosphate transaminase (isomerizing) activity
GO:0005975 P carbohydrate metabolic process
GO:0006002 P fructose 6-phosphate metabolic process
GO:0006042 P glucosamine biosynthetic process
GO:0006047 P UDP-N-acetylglucosamine metabolic process
GO:0006048 P UDP-N-acetylglucosamine biosynthetic process
GO:0006541 P glutamine metabolic process
GO:0009744 P response to sucrose
GO:0016597 F amino acid binding
GO:0016740 F transferase activity
GO:0030246 F carbohydrate binding
GO:0032868 P response to insulin
GO:0032869 P cellular response to insulin stimulus
GO:0032922 P circadian regulation of gene expression
GO:0045719 P negative regulation of glycogen biosynthetic process
GO:0048511 P rhythmic process
GO:0051289 P protein homotetramerization
GO:1901137 P carbohydrate derivative biosynthetic process
Transcript
Level		FPKM:21.53 TPM:17.01
ORF EntryO_BomoMG11307_complete:A_BomoMG_comp38656_c0_seq1
Sequence
(Nucleotide)
TTTGATAATAGACGACTCATATGTGACATTTTATTGTTTTGTGAATCATGAATTCATGAC
TCTTTGGTTTTTCTATTACACATTTACACAAAAATTACTACCTTAACGCATGAACTTGAT
TATTCAAAATAATTGGCGGCGCTATGTACAAAATTATTCAGATTTTAAACAGACATCACG
ATATTAGACTTGAATAAAAATTTCTTTAATGACCCAGCCTGTCGTTGCCCAATGTGATAA
CGCAATATGCAGTTATACTACTTTGAAATTAAGTTATATTTAATGTTCTGCCGCTTGAAT
TTACATACTGAGCATACGAATTAATATTCATATTAAAGAGCATTAATTTTAAGTATTAAG
TAATAAAATTCCACAATAATTATTTACACAACAAACACTTCAATTTTTTATAAAAATCTA
AAAATATATAATCTTTCAAATTTCAATCAGTTATATTTATCGAATCTCTTTACATACTGT
GATGTCAGGTAATTTTTTTTTCATGTAACTAATCTGCTTTTAGATTACATTAATAAAAGT
GATTTCTGCGAAGATTTCATTTTTAAGTTATTGCCATAAACAAGCTGATATAGATAAACG
TTTTCCGCAAATTACTTATCAGATCGGTCGGTGATTTTAAACAAGGTTATTTTTTTAATT
TGTGTTCAATTACGATATCGACGTAGGTATCAACGATAACAGAAAGTACTAATGAACTAG
GCCCTATTAATTCTGATTTCTTAAGGTTGTTACTAATATATTTATTCGATTACTTAAATA
ATTAATAGGTATTTGAAGAACATTTTATTGTTAATATATGATTTAACTTAGTACTTTGTC
ATTATAAGGTTAACAGTAAAATTTAAGAAAAATATAGACTGCACCAAATAAAATTGCTAA
ATTAATTCCCGTTTTTGAAATTACTCTAATATTTGTTTCATTCTTTATTTATGTTTGAAC
ACTAAGTGAATGGGCGGGGCCGCATAACATCACAAAAATAAAGGGAATATGGCCTTGATA
GCAACAAATTTGCGTTGAATTCACAATTCACGGAATGTTAAAGAAGAAGTATAAAAATTA
TCATTAGGAATGTTTCTTTAAAGGTTAAGAAATAAATGTAGTTTGGGACTCATTCCTGAA
AATACACTAAATGGTTCCCTAAAGTTAAAAGTAATAGGAAAGGTACTAAAACGTTTAATC
AAAAGTTAACAGTTCTGCTTATTGCATTTCTGAATGAAAATTAATAAACTAAGACTGAAT
TGTTTGAATTTTGAATATTTAACTCAATATTGAAAACATGTGTGTACAAACCATGTACCT
TTTCATACAAATTATCATTGAAAGTTTGGTATTTTCAAATTTTAAGTTTATACTAATGAG
TATAACTTTGATTATCATCAGTCCACAGTTATCCACTGCTGGACATAGGCCTTTCTCAAT
GTACACCACTGAGTATAAGTTTATCTACAAAGATATAATAACCTTATTCCACTGTAACGG
ATTTTGCGAGATTGCGCGGGCAGTCAACATTGCAATCACGCAAAACAGCAATGTGGTAGG
CCAGAAGCTGCATAGGAATAACTGTTAGGACACCTTGTAAACAATCAACTGTTTTAGGCA
CTTGGAGACTTTGTGATGCGAGTGCCATTGTTTCTGTGTCACCCTCCTCACAGACTACTA
TTGGACGACCTTGACGTGCTGTTACTTGTTGTAGAGCATTCATGCATTTTATGTAAACTG
GGTCACGCATCACTATCATCATAACAGGCATTGAATCATCTATGAGTGCTAGAGGCCCAT
GTTTCAATTCACCTGCCATAATTCCTTCGCTGTGCATGTAGGTTAGTTCTTTAACTTTGA
GTGCACCTTCTAGGCATGTAGCAAAGTTGTAACCTCGGCCCATTATTAAGAGTGATCTTT
GTCGGTAAAGATCTTGTGCCAAAGCTTTGACTTCTTCATCTAAGGCAAGAACCTGGCGAA
TTTTTGAATCCAACTCATGTAAACCTTCTATAATGTCAGCACGTCTTTTTTGTAGTGAAA
TTCTATCTTCACTGATCACTAAAGCAAACATGACCAATGAAACAAACTGAGAAGTGTATG
CCTTAGTAGAAGCAACACCAATCTCAGGACCAGCATTGATATGAACACCACAATGTGATT
CACGGCATATTGAACTTCCAACAGTATTTGTTATTCCAACAATAAGGGCACCATGGCGTT
TACAGTATCGGAGAGCCATAAGTGTGTCTGCAGTTTCACCAGACTGAGAGATAAAGAAAC
ATACATCATCTCTGAAAACAGGGGTGTTTCTATCTAGAAAATCAGAAGCTAACTCCACCA
TAACTGGTAGCTCCGTTAATTCTTCCAAAAGCTGTCGGGTAGCTACAGCACTGTGGTAAC
TTGTACCACATCCTATTAACATAAGTCTTCGACAGCGCTTAATTTCAGGAATATAATCTT
TAATACCTCCTAAAGTAACAGTACCATTTGCAAAGTTTAATCTGCCCCTCATTGTATTTA
CAATGGACTCTGGCTGTTCAAATATTTCTTTTTGCATGAAATATTCATAATTTCCCTTCA
TAATCTGTTGAAGTTCCAACTTCAAAGTAAAAATTTCTCTTTCATGGGGATCATTGCTGC
TACCGGACATTCGGTGAATACTAAGGACACCATCCTTGATATGAGCGACATCATCATCTT
CAAAGTAAAGTACTCTATTTGTATGTTCAATAACAGCAGATGCATCAGAAGCAAAGAAAT
ATTCAACATCTCTTTCTTCCTCTGGCTCAAAGTGAGCATGACTATTGACTCTAGGAACAG
GAGGCACTACACCTCTAGTAGCTTTATTGTTGGTGTACATAATTGGAACATGGTTACTGG
ACAACCTACGAGGTGTCTTAATTCCAACAAGCAAGGGACTTCCACGGCGGGTCGCAACAC
ACTCATTAGGAAAGTAGCGTGACTTAAAACATAAAGCAAAAGCTCCTTCAAGTTGTTGAA
TTACCTGTTCAACTAATTCTTGGAAGCTGCTTTCTTTGTGCTGATTATAAATATGATGAA
TCAGCTTAGCAATTGCTTCAGTATCTGTTTGTGATTCAAATATGTAGCCTTTGTTCTCAA
GAAAAGTCTTGACTTCCTTGTAGTTTGTAATGATACCGTTATGAATAACAACAAAAGCAT
TGTCCTCGCCAGACCGTTGTGGATGAGAATTAACAGCACTTGGTTCCCCATGAGTTGCCC
AACGAGTGTGAGCTATTCCACAATGAGAGTCCACACATTCTTCAACTGATAGTTCAATAC
TACGTTCCTGCAGCAATTCTTCTAATGCGGCTACCTTACCGCTTCGCTTAACAACAGCTA
TGTCTTTCTGATCCGCGGAATCCACAGCTACACCGGCTGAATCATAACCGCGGTATTCTA
AACGTTTAAGTCCATTGACAAGTAGTTCTAAAATTTCACGCCGGGTCTTAGGTGTTAAAT
GGTTAATGTACGCAAATATTCCACACATCGTAAATAAAACTGAGGGATCCGAGTGAACGT
GACCACTGAGCGCGACAGACTGCAACTACACAAATACAGAACTAATATTGAAGGCCTACG
CGTATTGCTCCTACCACTAAAATTTACTTTCACTTACGGCCATTCACACGTCATCGCGTT
TCGTTATCAAGCCTGTTTAACGTAAAATTAAATATCAGCGGTAAAACCGAACCACTTCCA
AA
(3722 bp)

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