KEGG T01070: NFIA

Neosartorya fischeri: NFIA_057010

Entry

NFIA_057010 CDS T01070

Definition

bifunctional pyrimidine biosynthesis protein (PyrABCN), putative

Orthology

K11541

carbamoyl-phosphate synthase / aspartate carbamoyltransferase [EC:6.3.5.5 2.1.3.2]

Organism

nfi Neosartorya fischeri

Pathway

nfi00240	Pyrimidine metabolism
nfi00250	Alanine, aspartate and glutamate metabolism
nfi01100	Metabolic pathways

Module

nfi_M00051

Uridine monophosphate biosynthesis, glutamine (+ PRPP) => UMP

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:nfi00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:nfi00250]

SSDB

Motif

Pfam:

CPSase_L_D2 CPSase_sm_chain GATase OTCace_N CPSase_L_D3 CPSase_L_chain OTCace ATP-grasp_4 MGS ATPgrasp_Ter Dala_Dala_lig_C ATP-grasp ATP-grasp_3 Peptidase_C26 TrkA_N

Other DBs

NCBI-GI:

119471940

NCBI-GeneID:

4584764

UniProt:

A1DNI1

AA seq 2256 aa
MPQSAGNDEVALPSSPLSGGAVSYNQINKELQPLPSMESGNGAVIPPASARVRGSSGKMF
ALELEDGTVYQGYSFGAEKGVAGELVFQTGMVGYPESITDPSYRGQILVITFPLVGNYGV
PSRETMDELLKTLPKYFESTEIHVAALVVATYAGEDYSHFLAESSLGQWLKEQGVPAMHG
VDTRALTKRIREKGSMLGRMMLSKSEIADGVVEVTPGDKDSWRSSFEQIEWVDPNKKNLV
SEVSIREPRLFTPPENVALKHPSGRPVRVLCLDVGMKFNQLRCLLARGVEVLVVPWDYDF
PKLAGKDYDGLFVSNGPGDPAMLSETVNNLSKTLEEGRTPVFGICLGHQLIARSVGAQTL
KMKFGNRGHNIPCTSMLSGKCHITSQNHGYAVDSSTLPEGWEELFVNANDGSNEGIRHVS
RPFFSVQFHPESTPGPRDTEYLFDVFINTIKDTLASSDALQKPVSFPGGTKAENIKTSPR
VSVKKVLILGSGGLSIGQAGEFDYSGSQAIKALKEEGIYTILINPNIATIQTSKGLADKV
YFLPVNADFVRKVIKHERPDAIYVTFGGQTALQVGIQLKDEFESLGVKVLGTPIDTIITT
EDREFFARSMESINEKCAKSASASNLEEALRVVEDIGFPVIVRAAYALGGLGSGFADNMD
QLKELCTKAFAVSPQVLIEKSMKGWKEIEYEVVRDCQDNCITVCNMENFDPLGIHTGDSI
VVAPSQTLSDEDYNMLRTTAVNVIRHLGVVGECNIQYALNPFSKEYCIIEVNARLSRSSA
LASKATGYPLAFIAAKLGLGIPLNEIKNSVTKVTCACFEPSLDYCVVKIPRWDLKKFTRV
STQLGSSMKSVGEVMAIGRTFEEAIQKAIRSVDFHNLGFNETNALMSIDQELQTPSDQRL
FAIANAMAAGYSVDDIWKLTRIDKWFLARLKRLSDFGKLMSTYNATTVPRPLLREAKQLG
FSDRQLAKFLSSNELSIRRLRVEAGIIPIVKQIDTVAAEFPSVTNYLYLTYNASAHDVAF
NDNGIMVLGSGVYRIGSSVEFDWCSVRTIRTLREQGHKTVMVNYNPETVSTDYDEADRLY
FENINLETVLDIYQLESSSGVVISMGGQTPNNIALPLHRLNVKILGTSPEMIDSAENRYK
FSRMLDRIGVDQPAWKELTSIEEAKGFCDKVGYPVLVRPSYVLSGAAMNTVYSEHDLATY
LNQAADVSREHPVVITKYIENAKEIEMDAVARNGVMVGHFISEHVENAGVHSGDATLILP
PQDLDPETVRRIEEATAKIGNALNVTGPFNIQFIAKDNDIKVIECNVRASRSFPFVSKVM
GVDLIEMATKAMIGKPFAEYPPVTIPKNYVGVKVPQFSFSRLSGADPVLGVEMASTGEVA
SFGRDKYEAYLKALISTGFRLPKKNVLFSIGSYKEKMEMLPSIKKLHQLGFNLFATSGTA
DFLKENGVPVKYLEVLPGQEDDLKSEYSLTQHLANNLIDLYINLPSNNRFRRPANYMSKG
YRTRRMAVDYQTPLVTNVKNAKILIEAIARHYALNVQTIDYQTSHRTIILPGLINITAFV
PGLVTPGSNDFELVTKASIAAGFSMIRVMPVGVDASVTDARALRVAQQNAQKASYCDFNF
SVVATSTNSEQVGQVTGEVGSLFIPFNHLSGNISKVTAVTNHFSVWPSNKPMITDAKSTD
LASILLLASLHSRNIHVMSVTSKEDINLIALSKEKGLKVTCDVSIFCLFLSREDFPDCNF
LPSAEDQKALWEHMSTIDVFSIGSIPFQLAGKQASPVSGIAESLPLLFTAVSEGRLTVED
IVSRLYENPKKIFELHDQADSSVEIEVDRPYLFQSPCWSPFNGKSLRGAVQRVTFQGKTS
CLDGEVTRDAPKGTDMSGHRIVPASPSVKAMSPMVQARPESSLDRRLSISGTPGRSFKPR
PAESAANELGPPLYAPVQTSSSLRDLLSRSTFRQKHVLSVNQFTRADLHLLFTVAQEMRL
GVQRQGVLDILKGRVLTTLFYEPSTRTSASFDAAMQRLGGRTIAISTEHSSTKKGETLQD
TVRTLGCYGDAVVLRHPDPSSAETAAKFSPVPVINGGNGSVEHPTQAFLDLFTIREELGT
VTGLTITFTGDLRYGRTIHSLIKLLQFYHVRIQLVAPKDLSLPEEVRQTVVASGQLVLES
EELTPEIVARSDVLYCTRVQKERFADLEQYERLKNSFIIDNALMKHAKSHMVVMHPLPRN
AEIAEEVDFDQRAAYFRQMRYGLYCRMALLALILAP

NT seq 6771 nt +upstreamnt +downstreamnt
atgccacagtccgccggtaacgacgaggtcgctctcccctccagccctttgtctggaggg
gccgtgtcctacaatcagatcaacaaagaactgcagccactcccatcaatggagtcagga
aatggagccgtgattccgcctgcttctgcccgagtaagaggcagcagcggcaagatgttc
gccctcgaactcgaggatggcacagtctaccagggctacagctttggtgctgagaagggt
gtggcaggagagttggttttccagaccggtatggtgggatacccagagtcgatcactgat
ccctcctaccgcggtcagattctggtcatcaccttccctctggtgggcaactacggtgtg
ccctcccgtgagaccatggacgagcttctgaagacattgcccaaatatttcgagtctaca
gagatccatgttgcagctctcgttgttgcgacgtacgccggagaggattactctcacttc
ctcgccgagtcgtccctcgggcaatggctcaaggagcagggcgtccccgccatgcacgga
gtggacacccgtgctctgaccaagcgcatccgtgagaagggtagcatgctcggccgcatg
atgctttcaaagtctgaaatcgccgatggcgtcgtggaggtgactccaggcgacaaagac
agctggaggtcatccttcgaacagatcgaatgggtagatcccaacaagaagaacctcgtg
agcgaagtttcgatccgtgagcctcgccttttcacaccccccgagaatgtcgccctcaaa
cacccatctggccgcccggttcgtgtcctttgcttggacgtcggtatgaagttcaaccag
ctgcgttgcttgcttgctcgtggtgttgaggttctcgttgtgccgtgggactacgatttc
cccaagcttgccggcaaggactacgatggtctgttcgtatcaaacggtcccggtgaccca
gctatgctctctgaaaccgtgaacaatctatccaagaccctggaggagggcagaactcct
gtctttggtatttgcttgggtcaccagttaattgctcgttccgttggtgcccagacgctc
aagatgaagttcggtaaccgcggtcacaacatcccctgtaccagcatgctgtcgggcaag
tgccacatcacctcccagaatcatggttacgctgtcgattcctcaactctccccgagggc
tgggaggagcttttcgtcaacgcaaacgatggcagcaatgagggtatccggcatgtgagc
cgccctttcttcagtgtgcaattccatcccgaaagcactcctggtccccgggacactgag
tatctcttcgatgtgttcatcaacactatcaaggacactcttgcctcttctgatgctctt
cagaagcctgtctctttccctggtggaacaaaggcagagaacatcaagacatcgccacgt
gtctctgtcaagaaggttttgatcctgggaagtggcggcctcagcattggtcaggctgga
gaattcgactactctggtagccaggctatcaaggccttgaaggaagaaggaatctacact
atcctcatcaaccccaatattgccactatccagacttccaagggtcttgcggataaggtt
tacttcctcccggtcaacgcggatttcgtgcgcaaggtcatcaagcacgagcgccctgat
gccatctatgtcacatttggtggtcagactgcccttcaagtcggtatccagctcaaggat
gagttcgaatcccttggtgtcaaggtccttggtacgcccattgacaccatcatcacaacc
gaggaccgtgagttctttgcgcgaagcatggagtccatcaacgagaagtgcgccaagtct
gcgtccgcctccaacctggaggaggctctcagagttgtcgaggatatcggattccccgtc
atcgtccgtgctgcctatgcgctcggaggtctcggcagtggtttcgctgataacatggat
cagttgaaggagctgtgtacgaaggctttcgccgtcagtccccaggttctgatcgaaaag
agtatgaagggctggaaggaaattgagtacgaggtagtccgtgattgccaggacaactgc
atcactgtctgcaacatggagaactttgatcctctcggtattcacactggtgactctatt
gttgttgcaccttcgcagactttgtctgatgaggattacaacatgctgcgtactaccgcc
gtcaatgtcattcgccaccttggtgttgtcggagagtgcaacattcaatatgctttgaac
cccttctcaaaggagtactgcatcatcgaggtcaatgctcgtctgtccagatcttctgcc
cttgcgtcgaaggccaccggttaccctcttgccttcatcgccgctaaacttggtctgggt
attcctctcaacgagatcaagaactcagtcactaaggttacctgtgcctgcttcgagcca
tccctagactactgtgttgtgaagattccccgttgggatcttaagaaattcacccgtgtg
tcgacccaacttggctcttcgatgaagagtgttggtgaggttatggccattgggcgtacc
tttgaggaagcgattcagaaagccattcgctctgttgacttccacaacttagggttcaat
gaaaccaatgcactgatgtctatcgatcaagagctccagacaccttcggatcaacgtcta
ttcgccattgccaacgccatggctgctggctacagcgtcgatgacatctggaagcttact
aggattgataagtggttcctcgccagactcaagcgcttgagtgactttggcaagctcatg
agcacctacaatgcaactactgttcctcgtcctcttctgcgcgaggccaagcagctcggt
ttctctgatcgccaactcgccaagttcctgagttcgaacgagctgtccatccggcggcta
cgtgttgaagctggcattatccccattgtcaagcagattgacaccgttgctgctgaattc
ccttcagtgaccaactacttgtacctcacatacaatgcatctgcccatgatgttgctttc
aacgataatggtatcatggtcttgggctctggtgtctacagaatcggttcctctgttgag
ttcgactggtgttctgtgcgtactattcggaccctccgtgagcagggccacaagactgtc
atggtcaactataaccctgaaactgtcagtaccgattacgatgaggctgaccggttgtac
ttcgaaaatatcaacctcgaaaccgttctggacatctatcagctggagtcctctagtggc
gtggtcatttcgatgggcggtcaaaccccgaacaatatcgccctgcccctccaccgcctc
aatgtcaagattctgggtacctctcctgagatgattgacagcgcggagaatcgttacaag
ttctctcgcatgcttgaccgtatcggtgtggatcaacctgcctggaaggaacttaccagc
atcgaggaggccaagggattctgcgacaaggtcggctacccagtgcttgtccgaccctcc
tacgtgctttcgggagctgccatgaacaccgtctattcggagcacgatcttgctacctat
ctcaaccaggcggctgatgtttcacgtgagcaccccgtcgttatcaccaagtacatcgag
aacgccaaagagattgagatggatgccgtggctcgcaacggtgtcatggtcggacatttt
atctctgagcatgttgagaatgccggtgtccactcgggagacgcaaccctgatcttgccc
cctcaggatcttgaccctgagaccgttcgacgtatcgaagaggccactgctaagatcgga
aacgcgctgaatgtcactggtcccttcaatattcaattcattgccaaagacaacgatatc
aaggtcattgagtgcaatgtcagagcttctcgttcattccccttcgtgtcgaaggtcatg
ggcgtcgacctgattgagatggctaccaaggcgatgattggcaagcccttcgctgagtac
cctccagtgaccatccctaagaattacgttggtgtcaaggtccctcagttctctttctct
cgtctctccggtgccgacccagttctgggcgtggagatggcttctaccggagaagttgct
tcctttggtcgcgacaagtacgaggcttatctgaaggctctgatctccaccggtttccgt
cttcccaagaagaacgtcttgttctcgattggttcttacaaggagaagatggagatgctg
ccgtctatcaagaagttgcaccagttgggattcaatctctttgctacctctggtactgcc
gacttcctgaaggagaatggtgtgcctgtcaagtatctggaggttcttcctggccaggaa
gatgaccttaagtccgagtactcccttactcagcacttggcgaacaacctcattgacctt
tacatcaacttgccatccaacaaccgcttcagacgtcctgcgaactacatgagtaaaggt
taccggactcgtcgtatggccgtcgactaccagactcctctggtcaccaacgtgaagaac
gccaagatcttgattgaagccatcgcccgccactacgctctgaacgtgcagactattgat
tatcagaccagccatcgcaccatcatcttgcctggcttgatcaacataaccgccttcgtc
cctggactggtcactcccggttccaatgactttgaacttgtcaccaaggcttcgattgct
gctggtttcagcatgattcgcgtcatgcccgtgggtgttgacgcttctgtcacggatgct
cgcgctctcagagttgcccagcagaatgcccagaaggcctcctactgtgacttcaacttc
tccgttgtggcgacttctaccaactccgagcaggtcggccaagtcaccggagaggtggga
tctctgttcattcctttcaaccatctgtctggcaacatcagcaaggtcactgctgtgaca
aaccacttctcggtgtggccctcgaacaagcccatgatcaccgacgccaagtctaccgat
ctcgcgtcaatcttgttgctggcgagcctccatagccgcaacattcacgtcatgagcgtc
acctcaaaggaagatatcaacctcatcgctctcagcaaggagaagggtctgaaggtcacc
tgcgacgtctcgatcttctgtctcttcctctctagagaagatttccccgactgcaacttc
ttgccgtctgctgaggaccagaaggccctgtgggagcacatgagcaccattgatgttttc
tccatcggcagtatccccttccagcttgctggtaagcaggcctctccggtttctggtatt
gccgagtcgttgccattgctcttcaccgccgtgtcggagggtcgccttaccgttgaggac
attgtttctcgcctttacgagaaccccaagaagatcttcgagctccacgaccaagccgac
agttctgtcgagattgaagttgaccgcccatacctcttccaaagcccgtgttggtctccc
ttcaatggcaagagcttgcggggtgctgttcaacgggttaccttccagggcaagacctct
tgcctcgatggtgaagtgactcgcgatgctcccaagggaacagatatgtctggccatcgt
attgtgcctgcctctccgtctgtcaaggctatgtcccccatggtacaggctcgcccggag
agttctcttgacagaagactgtcgatttcgggaactccaggtcgctctttcaagccaagg
cccgctgagtcggccgccaatgagctcggtcctcctttgtatgcccctgtacagacttcc
tcctccctgcgcgatttgctgtcgcggtcgaccttcagacagaagcatgttctctccgtc
aaccagttcacccgtgctgacctgcacctgctcttcacggtggctcaggagatgcgtctc
ggcgttcagcgccagggtgttcttgacattctgaagggtcgtgttcttaccactctcttc
tatgaaccttcgacccgcacatcggcatccttcgacgctgccatgcagcgtctcggcgga
cggactattgccatctccaccgagcactcttctaccaagaagggtgagaccttgcaggat
accgtccgcaccctgggttgctacggagatgcagttgttctgcgtcaccccgatcccagc
agcgctgagacggctgctaaattctcgccagtgccagtcatcaacggcggaaatggcagc
gtcgagcaccccactcaggcattcctcgatctcttcaccattcgggaagagcttggaact
gtcactggcttgacgatcaccttcactggtgacctgagatatggacgcaccatccactct
ctcatcaagctgctccagttctatcacgtgcgcatccagctcgttgcgcccaaggatctt
tctcttcccgaggaagtccgtcagacagtcgtcgcatccggacagctggtgctcgagtct
gaggagctgacaccagagatcgttgcacgctccgatgtcctgtactgcactcgtgtgcag
aaggagcggttcgctgatctcgagcagtacgagcgtcttaagaacagtttcatcattgac
aacgctctcatgaagcacgccaagagccacatggtcgtgatgcaccccctgcccaggaat
gcagagatcgccgaggaggttgatttcgaccagcgggcggcttacttcagacagatgaga
tatggcctctactgccgcatggctctgcttgcgttgatcctggcaccatag

All links

Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (10)   
   KEGG COMPOUND (10)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (15)   
   Pfam (15)   
All databases (41)   

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