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Last updated: 2022/11/18

Bombyx mori Assembled RNA-Seq Entry

NameA_TrvaFAMAMG_TR10688c0_g1_i2
Scaffold_id
NCBI non-redundant
(nr)		PREDICTED:_phosphoribosylformylglycinamidine_synthase_[Amyelois_transitella]
Ontology
GO:0000166 F nucleotide binding
GO:0004642 F phosphoribosylformylglycinamidine synthase activity
GO:0005524 F ATP binding
GO:0005737 C cytoplasm
GO:0006164 P purine nucleotide biosynthetic process
GO:0006189 P 'de novo' IMP biosynthetic process
GO:0006541 P glutamine metabolic process
GO:0009156 P ribonucleoside monophosphate biosynthetic process
GO:0016874 F ligase activity
GO:0046872 F metal ion binding
Transcript
Level		FPKM:3.09 TPM:3.03
ORF EntryO_TrvaFAMAMG11569_complete:A_TrvaFAMAMG_TR10688c0_g1_i2
Sequence
(Nucleotide)
ATTTAATAATTCTCACAATTATAAAACTTAAAAAATATAAAAATTCTTCATGATTTTTTA
AAATCTGTTACATATAAAATGCACACCATAGATAGAATGCTAAATGTAAAACTGCATATC
ACAGCAATTAAATCGAGTTTTTCTTACTAATAGCACTAAAATATTGGAAGACTTAAAAAA
TGGAATGTTGTTAATGACAATTAGCCCAAGAGTAGGCATTCTGGAAGAGTCGCAACCACG
GCGAAGCTTGACTGTTCGGTACAGACGGGGTACTGGTGGTCGGGCACGGGGCGGGACACT
GCCAACGGAGCACGCAGCGCTCAGGGTGCGGCATCATCGCTATATGACGTCCGTCTCGTG
ACCTCACTCCAGCAAGGCCATTTGGACTTCCATTGGGATTCATCGGATACACCTCAGTAG
GGTTGCCATCATCATCAACATACTGCATGGCGACTTGTCCGTTACTGTACAGTTTGTCCA
GTAGTTGTTTGTCGGCGAGCGTGAACCGTCCCTCGCCGTGTGCGACCCACACGCCAATGA
CGCTGCCTCCCATCTCGCGGAACCACACGTCCTCTTTGTTCACGTTCTCGTTTATCTTCA
CGGCGCTCCATCGACATTCGAATCTCTCAGAACTATTATGGTCTAGGAAAATTTGTGCTT
TGTCAGAGCCTTTGAAATCGGTGTCTGGGTCTACCCATCCAAGCATAGCCATTAACTGAC
ATCCATTGCATACACCCAAAGAGAATGTGTCATTTCTGTCCTTGAAGTGGGCAAATTGTG
CACTAAGAGATTCCGAGAACAATATTCCGGCAGCCCAGCCTTTAGCAGAACCTAGAGTAT
CCGCATAACTGAAGCCTCCAGGGAAAACAACACCTTGGAAAGCGTCGAGTGTAATTTTCT
TGTTTTGTAAATCGCTCATTGTTACATCAAACACATCAAAGTTGGCCATCATTAGGGATG
CGATCATTTCCCTGTCTCCATTGATACCTTCTTCACGAAGGACGGCAACCCTTATGGATT
TAGATTTAACAAGCGCAGCTGAGGGATCAAATGCGACGTTGTAAGTGGCGCCCTTTCGTT
TTTCAAGTCCTTTCCATTCTTGTTCGATACAGTCTGAGTTCGCTTGCAAACACTCCAGCC
GATAACTTGTTTCTTCCCACATTCTGAAGACATCAATTAGCTGAGCATCCAATACTTTAG
ATCCATTTACATTGACTACAACCTGAGAATTCATTCCATACTTTCCAGTATATCCAATAT
GTTTAGCGATAACCCCTTCACTGCTGTAAGCATTCAGGGCATATTGTAAATCTTTTTGGG
AAACTTCTAGAACAATACCCAGCTCTTCGTTAAACAAAGCTTCGATAGCAGTCACATTGT
TGTTTACTTTGATGTCGAGGTTTACACCACGAATACCAGCTATACCCATTTCTAGTACTG
TTGTTATAAAACCGCCTTCACTTATATCGTGGCCGGATAGCAATTTATTTTCTTTGAGTA
ATTTTTGTGTTATTTTGAAAATGGTTTTCAAAACAATTGGATCGTCTAAATCAGGTGTAA
TGTCACCTAATTGTTTGTAACACTGAGCCAGGGCGGATCCGCCAAGTCTGTATTTTCCTG
GCGTAATAGGTACATGTATCAAAGCAGAATTTTCCTCTTGAAGCGCCGGTTCGATTTTAA
CTGTAATGTTCGGACACGGCGCGTATGTGGAGACTACCAAAGTTCCCGGAGACTTAACTT
TCTCCCCTGCGATTTGTGCGCACATAGAGAGTGAGTCTTTCCCTCCGTCGACGGCTACTC
CCAGTTTACGCATGGCGTCACAGAGCGCTACGCAGGCGACAGTCAAAGTACCGCCTTCTA
CGCCCGTCTTGCCGCCCCACATCCAATTGCCTGAACATTTCACGTCTTCTAACTCCGAAA
TACCGGCGAATACCAAATTGGTCAAAGCTTCTCCTAAAGATAGTCTAGCTCCAGCGGCAG
GGTCCAGTAGTCCCTTGATGTTCTGTGTGCCTATAGAAGTGGCGGATCCAACGAGGTCGT
AATAAGAGAGCGCAATGATCGCACAATCCGCTAGTGGAGTGTGTAGTGGACCCACACACT
GTTGTTGGGCCACTAAACCGGATACACAACGGTCTACCTTGTTTGTCAAATATCTCTTGC
TGGCAACATTGACTAATCTCAAGACACGATCCAGCGCACTTTTAACTGTTATGTTTTTAG
GAAATGATAAAGGTAACTTTGTTCTTTTCTCAGTTTGCAAATCAAAAGTCTTGCGGGGCA
TGTTTCCTAAAACAGCTTCTAAATGTAAATCGTACGGCAATTTCGATTTAACATCAGGTT
TAGATCGTTCTGATCTTTCTAGAAACTTGTCGGTATATTCGTCTTCAATTAGACTCATGA
ATCCATCACCAGTTACTTCTCCGACAAATGAAACAGGGCAACGTTCACGACGACATATAT
CTTCTAATACATGTCGGTTAGCTTTAGAACACAATAACGCGTCATTTTCTTGGTACTCCG
CGCCCCATAGCTCGAGAGTAGTGATAGTAGGATCTCCTAGTTGAAACTCCTTTGTGAATA
CCACAGCTCCTTCTGGTTCTACGAGTTCCTTTAGTACATTTCCATTACCGCCAGCTCCTT
GATCGTGAATTGATTCAATAGGATTGATGTCGGATTCTAAGCATCCACGAACGACGCGAT
TTAGACGATTACCCATTTCTGCATCACCTCTTTGCACGGCCCCAAAGTCGAGTGCATGAT
CTCTAGAATCACCGCCCTGCACGGCCACTGATGAGGCAGCTCCTCCGCCCACACCGATGC
GGTACACGGGACCACCGATTTTCACCAGAAGCATTCCTTTCTCAGGTTTATTCTTCTTTA
TCATTGTGTGTGGCATGTAACCAATACCACCACTAAACATTATTGGTTTCACAAACTCTT
CTCTCACATTATCCGCATTTTTTAATCCGTATGACTGAACAAACCCAGATATTAATGGTT
CTCCAAACTTATTTCCATAGTCAGATGCTCCATTACTGGCTTCTATGATTATCTGTAGAG
GTGTTGCAAAGTTGTTGGGATATTCCCAGTCTTTCTCTTCCCAGGGTAGATCATATCCTG
GTATATGTAAATTGCCAACACTGTAGCCCGCAGTCCCGGCAACCGTATGACCCCCGCGAC
CGACCCCTTGCACGTCCCGTATCCGACCCCCGGTGCCGGTCGTCGCTCCACTGAACGGAG
CTACGGCTGTTGGCATGTTGTGAGTCTCGGCAGTGAATATTATATCCGACTCTGTTGTCT
CTTCAATTATTTGAGAGGGAACACGAACATTTGAAGGCCGTAATATCGTATGTTGAAAGC
CTTTGATAGCACTACTGTTATCTCCAAACTTGATAACATTATTATTATTTGATGTTTTTT
GAGTTGATGCAACCATATCAATCAAAGATTCGTTTATTTCTTTGCCATCCAATACCAATT
TACCCTTGAAGAACCAATGACGTGAATGTTCGCTGTTGCTCTGGGCGAGGTCAAATAACT
CTACACTTGTAGGATCTCTTTTCAATTTGTTCACAAACAAGTCTAAGTAAAATTCCATGT
CCCATGCATCGAAGGCTAAACCTAGTTTATCATTGACTCTCTTCATAGCTGAGATGCCTT
CCTTCTGCAACGGCACAACAAACCATGGCTCTAAATCTTTTGGAAGACCTTCATTGAAAC
TTTTACGAGGGAGATTCTCCTTTGTATAAACACATTGTGTCATTCTATCATGTAAAACTG
CTGCTAAACTATCAAAGAGCTTTCCTGAGACATTTTTAGGTTTATTAAATATAATAAGGT
ATCTTGTAGATACTTCAAGACGTACAACATCACTCAGGCCGACACTTTCACAGATCTGCA
CTGAGTTACTGGAGTCTGCTGTTGAAAAATTAAACCTTGGACCAATTTCAATTAAAACTT
GTTTGCTGTCAACGTCTTTGAAGACACTTTCATTTCTAATAGCTTGAGGCTGCAACGGTG
AACTGAGAAGCCACTTCAATACTTTTGTCTGATTTATATTCAGGTAATCACATCCTTCAT
CAAGCTCAACATGGTAGCACAACTCGGTAGACAAATCCTTCACATCATCATCTACTAGTT
TCAACTTTTGTAATATTTCATTTGTTTTATGTGCACTAAATGCTTCAGCAGAAAAAAATC
TTATAATGGACATTATAGCTTATAACGCACGAATAACGATCAGTTTAAAACAATCGTTCA
TAGAATAATGATATGTTGAAGAGAAATCAGAAATAATCGCCCCACTCAAGTATGGTGTCA
GAGTTCAAATAACTGATAACGAGTATGATTTTTCTGTCAGGAATTTAGGAGTTGATAAAT
TCTGGTTTAAATTACTGTTAAAATTTAACAAAACAAAATCTTTAACACGTCTCATAATAA
AACTTTTTAAACTTTTTCTTAGATTCTCATTTTGAAATTGACTTTTTTTATTTATT
(4496 bp)

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