KEGG T01090: AFLA

Aspergillus flavus: AFLA_108960

Entry

AFLA_108960 CDS T01090

Definition

bifunctional pyrimidine biosynthesis protein (PyrABCN), putative

Orthology

K11541

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

Organism

afv Aspergillus flavus

Pathway

afv00240	Pyrimidine metabolism
afv00250	Alanine, aspartate and glutamate metabolism
afv01100	Metabolic pathways

Module

afv_M00051

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

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:afv00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:afv00250]

SSDB

Motif

Pfam:

CPSase_L_D2 CPSase_sm_chain GATase OTCace_N CPSase_L_chain CPSase_L_D3 ATP-grasp_4 OTCace MGS ATPgrasp_Ter Dala_Dala_lig_C ATP-grasp MFS_1 Peptidase_C26 ATP-grasp_3 Sugar_tr MFS_1_like

Other DBs

NCBI-GI:

238491056

NCBI-GeneID:

7920726

UniProt:

B8N8V0

AA seq 2545 aa
MPHSAGHEEVALPSSPLTGGAVSYNQINKELQPLPSMDLTSGAVIPPASSRVRGGSGKLF
ALELEDGTVYQGYSFGAEKSVAGELVFQTGMVGYPESVTDPSYRGQILVVTFPLVGNYGV
PSRETMDELLKTLPKYFESTEIHIAALVVATYAGEDYSHFLAESSLGQWLKEQGVPAMHG
VDTRALTKRIRQKGSMLGRMLLQKSDETLEEAPVDKDSWRSYFEQTEWVDPNKKNLVSEV
SIREPRLFSPPEDVALKHPSGRPVRVLCLDVGLKFNQLRCLLARGVEVLVVPWDYDFPTL
AGKDYDGLFVSNGPGDPATLTTTVNNLSKTLKEARTPVFGICLGHQLIARSVGAQTLKMK
FGNRGHNIPCTSMVTGKCHITSQNHGYAVDSTSLPEDWEELFVNANDGSNEGIRHTSRPF
FSVQFHPESTPGPRDTEYLFDVFINSIKDTLTSPEAINNPVTFPGGTMEENIKASPRVSV
KKVLILGSGGLSIGQAGEFDYSGSQAIKALKEEGIYTVLINPNIATIQTSKGLADKVYFL
PVNADFVRKVIKHERPDAIYVTFGGQTALQVGIQLKDEFESLGVKVLGTPIDTIITTEDR
ELFARSMDSINEKCAKSASASNLEEALRVVEDIKFPVIVRAAYALGGLGSGFANNMEELK
DLCTKAFAASPQVLIEKSMKGWKEIEYEVVRDARDNCITVCNMENFDPLGIHTGDSIVVA
PSQTLSDEDYNMLRTTAVNVIRHLGVVGECNIQYALNPFSKEYCIIEVNARLSRSSALAS
KATGYPLAFIAAKLGLGIPLNEIKNSVTKVTCACFEPSLDYCVVKIPRWDLKKFTRVSTQ
LGSSMKSVGEVMSIGRTFEEAIQKAIRSVDFHNLGFNETSALMSIKGELQTPSDQRLFAI
ANAMAAGYSVDDIWKLTQIDKWFLSRLKGLSDFSKLMSTHNATTVPRPLIRQAKQLGFSD
RQLAKFLSSNELAIRRMRVEAGIIPIVKQIDTVAAEFPSVTNYLYLTYNASEHDVAFDDK
GIMVLGSGVYRIGSSVEFDWCSVRTIRTLREQGYKTVMVNYNPETVSTDYDEADRLYFEN
INLETVLDIYQLESSSGVIMSMGGQTPNNIALPLHRLNVRILGTSPEMIDGAENRYKFSR
MLDRIGVDQPAWKELTSIEEATGFCDKVGYPVLVRPSYVLSGAAMNTVYSEHDLASYLNQ
AAEVSREHPVVITKYIENAKEIEMDAVALNGTMVGHFISEHVENAGVHSGDATLILPPQD
LDPETVRRIEEATRKIGNALNVTGPYNIQFIAKDNDIKVIECNVRASRSFPFVSKVMGVD
LIEMATKAMLGVPFQEYPPVSVPKDYVGVKVPQFSFSRLSGADPVLGVEMASTGEVASFG
RDKYEAYLKALLSTGFRLPKRNVLFSIGSYKEKLEMLPSIRKLHQIGFNLFATSGTADFL
KENGVPVKYLEILPGQEDELKSEYSLTQHLSNNLIDLYINLPSSNRFRRPANYMSKGYRT
RRMAVDYQTPLVTNVKNAKILIEAIARHYDLAVQTIDYQTSHRTVTLPGLINVAAFVPGL
MTPGSKDFERVTKASMAAGFSMVRVMPVGIDASVTDARALKVAQQNAQNASFCDFNFSVV
ATSTNSEQIGQVTGDVGSLFIPFNHLSGNISKVAAVTSHFGAWPSSKPIITDAKSTDLAS
VLLLASLHSRNIHVMSVSSKEDITLIALSKEKGLKVTCDVSVFSLFLSQEDYPECSFLPS
AEDQKALWEHLSTIDVFSIGSTPFQLAGEKASPEVGIAETLPLLFTAVSEGRLTIQDIIA
RLYENPKKIFELHDQVDCSVEVEVDRPYLFQNAHAWSPISGKSVKGSVQRVTFQGKTSCL
DGEITSDAPKGTDMSAHRIVPASPSVKAMSPLVQARPEGIDGRLSVAGTPARPSRRALDQ
APAVGELGPPLYPTVSQTSSPLHEMLSRSTFRQKHVLSVGQFTRADLHLLFTVAQEMRLG
VQRQGVLDVLKGRVLCTLFYEPSTRTSASFDAAMQRLGGRTIAISTEHSSTKKGETLQDT
LRTLGCYGDAVVLRHPDPASTEVAAKFSPVPVINGGNGSVEHPTQAFLDLFTIREELGTV
TGLTITFTGDLRYGRTVHSLIKLLQFYDVRVQLVAPKDLSLPEEVRQQVIASGQLVVESE
ELTPEIVARSDVLYSTRVQKERFADLEQYERLKNSFVIDNALLKHAKSHMVVMHPLPRNA
EIAEEVDFDQRAAYFRQVGLRLVLVIGRVRANFGFTDEIWPLLSHGFACIDSGALVGNAR
LEGLTTDINMTGNQYLTGLTLYFIGYVLFEVPCNIVLKKTTPRIWLPTLTLVWGIVATLL
GVVQNYAGYLVSRTGYTAAEAQLLSVPPYAVAFILTITVAVLSERTRRRAPFVMGSTALA
CIGYIILLTDHRPGVSYVGTIFAAAGIYPAVAIVLSWPANNVSGQTKRAIANAMQISIGN
LGAVLGTQLYRTETSPRYYLGHGFALGYLIANIIVAGILWQVLRRENIRKAEVREREGLQ
ALMGDIGNSEGEFQGDKDPRWIFQT

NT seq 7638 nt +upstreamnt +downstreamnt
atgccacactccgccggtcacgaggaggtcgcactcccttcgagtcctttgactggagga
gctgtatcttacaatcagatcaataaggaattgcaaccacttccctcaatggatctcacc
agtggcgctgtgatcccccccgcctcgtctcgagtacgtggcggcagcgggaagctgttc
gctctcgagctcgaggatggcactgtctaccagggttacagctttggcgctgagaagagc
gtggcaggagagctggttttccagactggcatggtaggttacccggagtcagtgactgac
ccctcctatcgtggccagatcctggtcgtcactttccccttggtgggcaactatggtgtt
ccctctcgggagaccatggacgagttgttgaagacattaccaaaatactttgagtctacc
gagattcacattgcggcactcgtcgttgccacctacgccggagaggactactcacacttc
cttgctgagtcctccctaggacaatggctcaaggaacagggtgttcctgccatgcacgga
gtcgacacccgtgctctgacaaagcgcatccgtcagaagggtagcatgcttggccgcatg
ctgctccagaagtccgatgaaacattggaggaggctccagtggacaaggacagctggagg
tcgtacttcgagcagactgagtgggttgacccgaataagaagaacctcgtgagcgaagtc
tccattcgggaaccacgtcttttctcccctcctgaggatgttgctctcaaacatccttct
ggtcgtccggttcgcgttctgtgcttggacgttggtctgaaattcaaccagctgcgctgc
ctgcttgctcggggcgttgaagtcttggtcgtcccttgggactatgacttccccaccctt
gccggcaaggactacgatggtctctttgtctccaacggtcctggtgaccctgccacactg
accactacggttaacaacctgtcaaagaccctcaaggaggcacggacacctgtgttcggt
atctgtctgggtcatcagttgattgcccgctctgtcggtgctcagaccttgaagatgaag
ttcggtaaccgtggtcacaatatcccttgcacgagcatggtgaccggcaagtgtcacatc
acctctcagaaccacggttatgccgtcgattccacaagcctccccgaggactgggaggag
ctgtttgtgaatgccaatgatggcagtaacgaaggtatccggcacaccagccgtccgttc
ttcagtgtccagttccaccccgagagcactcctggtcctagggataccgagtatctcttc
gatgtgttcatcaacagcatcaaggatactctgacatccccagaagctatcaacaacccc
gttaccttcccaggtggtaccatggaagagaacatcaaagcctctcctcgtgtctccgtc
aagaaggttttgattttgggaagcggtggtcttagcattggtcaagctggagaattcgat
tactccggaagtcaggctatcaaggccttgaaggaagagggaatctacactgtcctgatt
aacccgaacattgccaccattcagacctccaagggattggcggacaaggtgtatttcctt
cctgtgaatgcggacttcgtgcgaaaggttatcaagcacgagcggcccgatgccatctac
gtcacttttggtggccagaccgcgctgcaagtcggtatccagctcaaggacgagtttgag
tcccttggtgtcaaggttctgggtacaccaatcgatactatcatcaccactgaggatcgt
gagctctttgctcgtagcatggactcgattaacgagaaatgtgccaagtcggcttcggca
tccaacctcgaggaggccctccgagtcgtggaagatatcaaatttcctgtcatcgtccgt
gctgcttacgctctcggaggtctcggcagtggtttcgccaataacatggaggagctgaag
gacctttgcacaaaggcgtttgccgccagtccccaggtcttgattgagaagagtatgaag
ggctggaaggaaatcgagtacgaggttgtccgtgacgccagagacaactgtatcaccgtt
tgtaacatggaaaacttcgatcctctcggtatccataccggtgactccattgttgttgca
ccgtcgcagactctctctgatgaggattacaacatgctgcgtacaaccgctgtcaatgtt
atccgtcatcttggcgttgttggagagtgcaatatccaatatgcgctcaacccattctcg
aaggagtactgcatcattgaagtgaatgctcgtctgtcaagatcctctgctcttgcttca
aaggctactggttatcctcttgctttcattgcggccaagcttggtttgggcattcctcta
aatgagatcaagaactctgttaccaaggtcacttgcgcttgcttcgagccttcccttgac
tactgcgttgtgaagattccccgctgggatcttaagaagttcactcgtgtgtctactcag
cttggctcctctatgaagagtgttggtgaagtcatgagcattggacgaaccttcgaggaa
gcgattcagaaggccattcgttccgttgatttccacaatcttggtttcaacgagaccagt
gcacttatgtccatcaagggcgaactgcaaactccatccgatcaacgtttgttcgccatc
gccaatgcaatggccgctggatatagcgtcgatgacatctggaaattaacccagatcgat
aagtggttccttagcagacttaagggtctcagtgactttagcaagcttatgtctactcat
aatgccaccactgttcccagacctcttattcgacaggccaagcagctgggtttctccgat
cgtcaacttgccaagttccttagctccaacgagctagccatccgtcgcatgcgtgttgaa
gctggcattatccctattgtcaagcagattgataccgttgctgctgagttcccctcggta
acgaactatctgtatcttacttacaatgcctctgagcatgacgttgccttcgacgataag
ggtatcatggtcttgggatctggtgtttacagaattggttcctccgtcgagttcgactgg
tgctctgtccgtactatccgtacgctccgtgaacagggctacaaaaccgtcatggtcaac
tataaccctgaaaccgttagtacagattatgacgaggccgatcgcttgtactttgagaac
attaacttggagactgtcttggatatctaccagttggaatcctccagcggtgttatcatg
tccatgggtggtcagactccaaacaacatcgccctgcctctccaccgtctcaatgtccgc
attctcggaacctctcctgagatgatcgacggagctgagaacagatacaagttctcgcgt
atgctcgaccgtatcggtgtcgatcagccggcgtggaaggagcttactagcatcgaggaa
gcaaccggcttctgcgacaaagttggctaccctgtgcttgtccgaccctcctatgtgctt
tcaggagctgccatgaacactgtctactctgagcatgatcttgctagctatcttaaccaa
gccgctgaggtttcgcgcgagcatcctgttgttatcaccaagtacattgagaatgccaag
gagattgagatggacgctgtggcacttaacggtaccatggttggacattttatctccgag
cacgtcgagaatgctggtgtccactcgggtgacgccacattgatcttgcccccccaggat
ctggacccggagaccgtccggcgcatcgaggaggctactaggaagatcggtaatgccctt
aatgtcactggtccttacaacatccaattcatcgcaaaggacaatgatatcaaggtcatc
gaatgtaacgtcagagcttctcgttccttcccattcgtttccaaggtcatgggagtcgac
ctcattgagatggccaccaaggcgatgctcggtgttcccttccaggaataccctcctgtc
agtgttcctaaggactatgttggcgtgaaggtgccccagttctccttctcccgtctctct
ggagccgatcccgtcttgggtgtcgagatggcctccaccggtgaagttgcttccttcggc
cgcgacaagtacgaagcttatctcaaggcacttttgtcgactggtttccgcctgccgaag
cgcaatgtgctgttctctatcggttcatacaaggagaaactcgagatgttaccatcaatt
cgcaagctgcaccagattgggttcaacctctttgctacctctggtaccgccgatttcctg
aaggagaacggtgtccctgttaagtacctcgagatcctgccaggccaagaggatgaactc
aagtccgagtactcgctcactcagcacttgtcgaacaacctcatcgacctctacatcaat
ttgccgtctagcaaccgattcaggcgccctgccaactatatgagtaagggttaccgtact
cgccgaatggcggttgactaccaaacccccttggtcaccaatgtcaagaacgccaagatc
ctgattgaagctattgctcgtcactatgacctggccgtgcagaccattgattaccagacc
agccatcgcactgtcacccttcctggcttgatcaacgttgccgctttcgtgcccggcctc
atgactcctggctccaaggacttcgagcgtgtgaccaaggcttctatggctgctggtttc
agtatggtgcgcgtcatgcctgttggcatcgatgcctctgtcactgatgctcgcgcattg
aaggttgcccaacagaatgcccagaatgcttctttctgtgactttaacttctccgttgta
gcaacttccaccaactctgagcaaatcggtcaggtgacaggagacgtgggttctctgttt
attcctttcaaccacctttctggaaatatcagcaaggtcgcagcagtcactagccacttc
ggcgcttggccttccagcaagccaatcatcaccgatgcgaagtctaccgaccttgcctcg
gtccttctgctggcaagccttcacagccgcaacatccatgttatgagtgtctcctccaag
gaggatattactctcatcgcgcttagcaaggagaagggcctcaaggtgacatgcgatgtc
tctgtgttcagcctcttcctgtctcaggaagactaccctgaatgcagcttcttaccttcc
gctgaagaccagaaggccctttgggaacaccttagcaccattgatgtcttctccattggc
agcacccccttccagcttgctggtgagaaggcttccccagaggtcggtatcgctgaaact
ctgccattgctcttcactgccgtgtcggagggtcgcctgaccatccaagatatcattgct
cgcctgtatgagaaccctaagaagatcttcgagctacacgatcaggtcgactgttcagtc
gaggtcgaagttgaccgtccatacctgttccagaacgcgcacgcttggtctcctattagc
ggaaagagcgtgaaaggatctgtccagcgggtcaccttccaagggaagacttcctgcctt
gacggcgagattacatccgatgctccgaagggaacggatatgtctgcccatcggatcgtg
cctgcatctccttctgtcaaggccatgtcccccttggtacaggcacggccagaaggtatc
gatggacgactgtcagtcgcgggaacacctgctcgcccctcacgtcgggccttggatcaa
gccccagctgtcggtgaacttggacctcccttgtatcccaccgtctcgcaaacttcctct
cctctgcatgaaatgctctcccggtcaactttcagacagaagcatgtgctctctgtcggc
cagttcactcgtgccgacctacacttgctcttcactgtggctcaagagatgcgtcttggg
gttcaacgccagggcgtcctcgatgttctgaagggccgtgtcctttgtaccctcttttat
gagccttcgaccagaacgtcggcttcatttgacgctgctatgcagcgtctgggaggacgt
accattgccatctctacggaacattcttcgacaaagaagggtgagaccttgcaagatacc
ctccgaaccctcggctgctacggagacgctgtcgttctccgccaccctgacccggccagc
actgaagtcgctgccaagttctcccccgttcccgtcatcaacggtggaaatggaagtgtc
gagcaccccacgcaggcattccttgatctcttcaccatccgcgaagaactgggaactgtt
actggcttgacgattaccttcactggtgacctgagatatggtcgcaccgtccattctctc
attaagctgctccagttctacgacgtgcgggtgcagctcgtcgcccctaaggatttgtcc
ttgccggaagaggttcgtcagcaagttattgcttctggccagctggttgtggagtccgag
gaattgactccggagattgttgcccgctccgacgttttgtactctacgcgcgtccagaag
gagcgtttcgccgacctggagcagtatgagcgtctcaagaacagcttcgtcatcgacaat
gctcttctcaagcacgctaagagccacatggttgtgatgcaccccttgcccagaaatgcg
gagattgcggaggaggtcgacttcgaccagcgggcggcttatttcagacaggttggtctc
cgcttggtgcttgttatcggacgtgtccgtgctaactttggatttacagatgagatatgg
cctctactgtcgcatggctttgcttgcattgattctggcgccttagttggcaatgcccgc
cttgagggcttgacgactgatatcaatatgactgggaaccagtacttaacggggttgacc
ctgtacttcatcggttacgtgctgtttgaggttccctgtaatatcgtgttaaagaaaacc
acgccgcggatctggcttcccacgctcacattggtctggggtatcgttgctacccttctt
ggtgtcgtgcagaattatgccggttacttggtttcacggacagggtacacagccgctgaa
gcccaacttctctccgtgcccccgtacgctgtggcattcattctcacgattactgttgcc
gtcctttcagagcgcacccgtcgtcgggcgccctttgtcatgggatccactgcactcgct
tgtatcggttatatcatcctcttaacggaccaccggccgggggtatcctatgtgggaact
atctttgccgcagccgggatctatcctgcagtggctattgtgctctcttggccggctaac
aacgtgtccgggcagacaaagcgcgcgattgccaacgccatgcagatttcaattgggaac
cttggggctgttctaggcacacagctctatagaaccgagacgagccctcgttattatcta
ggccatggtttcgcattgggatacctcattgcgaacattatcgttgcaggcattctatgg
caagttctcaggcgcgagaatatccggaaagcggaagtccgggaaagagagggtttacaa
gcgttaatgggtgatattggaaattccgaaggtgaattccaaggagataaagaccctcgg
tggattttccagacatga

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 (17)   
   Pfam (17)   
All databases (43)   

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