KEGG T01613: PTT

Pyrenophora teres: PTT_17704

Entry

PTT_17704 CDS T01613

Definition

hypothetical protein

Orthology

K11541

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

Organism

pte Pyrenophora teres

Pathway

pte00240	Pyrimidine metabolism
pte00250	Alanine, aspartate and glutamate metabolism
pte01100	Metabolic pathways

Module

pte_M00051

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

Class

Metabolism; Nucleotide metabolism; Pyrimidine metabolism [PATH:pte00240]
Metabolism; Amino acid metabolism; Alanine, aspartate and glutamate metabolism [PATH:pte00250]

SSDB

Motif

Pfam:

CPSase_L_D2 GATase CPSase_sm_chain OTCace_N CPSase_L_D3 CPSase_L_chain OTCace ATP-grasp_4 ATPgrasp_Ter MGS Dala_Dala_lig_C ATP-grasp Peptidase_C26 ATP-grasp_3 DJ-1_PfpI

Other DBs

NCBI-GI:

330935443

NCBI-GeneID:

10517013

UniProt:

E3S528

Position

Unknown

AA seq 1840 aa
MASLPDPSQNLALELQDGYVCFGNSFGAEKSISGELVFQTGMVGYPESITDPSYRGQILV
ITFPLVGNYGVPSREDMDSLLEGIPANFESREIHIAGLVVATYAGEKYSHHLATSSLGAW
LKEQGVPAITGVDTRALTKRIREEGSMLGRLLQRTGPTPSSAALTNGAVNTQTLADGEAD
WRSSFEQIEWLDPNTKNLVAEVSIKEPKLWSPDPATALKHPSGRPVRVVTVDVGLKYNQL
RCLVKRGVEVLQVPWDYDFPQLAGKEYDGLFISNGPGDPAMMEPTVKHIKAAMDEARTPI
FGICLGHQLLARAAGASTIKMKFGNRGANIPCTNLLTGKCHITSQNHGYAVDSKTLPNGW
EELFVNANDKSNEGIQHVRRPYFSVQFHPEHTPGPRDTEYLFDVFISTIQKAMAASEVMS
QAVEFPGGTFDENRKLTPRVDVKKVLVLGSGGLSIGQAGEFDYSGSQAIKALKEEGIYTI
LINPNIATIQTSKGLADKVYFLPVNADFVRKVIQKERPDGIYVTFGGQTALQVGIQLKDE
FEGLGVKVLGTPIDTIITTEDRELFARSMESIGEKCAKSASANSVEEAMRVVKDIGFPVI
VRAAYALGGLGSGFANNDAELLDLCNKAFAASPQVLIERSMKGWKEIEYEVVRDSRDNCI
TVCNMENFDPLGIHTGDSIVVAPSQTLSDADYNMLRTTAVNVIRHLGVVGECNIQYALNP
FSKEYCIIEVNARLSRSSALASKATGYPLAFVAAKLGLNIPLNDISNSVTRVTCACFEPS
LDYVVVKIPRWDLKKFTRVSTLLGSSMKSVGEVMSIGRTFEEAIQKAIRSVDPSNLGFNE
TPALMEIDQELQTPSDQRLFAIANAMKAGYSVDKIWEMTQIDKWFLSRLKSLSDFEKSMS
SYTTTSITMPLLKQAKQLGFSDRQLAKFWASNELAVRRVRVDAGIFPVVKQIDTVAAEFP
AVTNYLYLTYNGTENDITFNDKGIMVLGSGVYRIGSSVEFDWCSVRAIRTLREQGFKTVM
LNYNPETVSTDYDEADRLYFECINLETVLDIYTMENSSGVVLSMGGQTPNNIALPLHRMN
VKVLGTSPEMIDTAENRYKFSRMLDRIAVDQPAWKELTSIEEATEFCERVSYPVLVRPSY
VLSGAAMNTVYSKHDLANYLNQAADVSKEHPVVITKYIENAKEIEMDAVANKGTMIGHFI
SEHVENAGVHSGDATLILPPQDLDPETVRQIEDATRKIGQALLITGPYNIQFIAKDNEIK
VIECNVRASRSFPFVSKVMGVDLIEMATKAMAGLPVTEYPPTNIPADYVGVKVPQFSFSR
LSGADPVLGVEMASTGEVACFGRTKYEAYIKGLIATGFRLPNKNILLSIGSFKDKLEMLP
SIERLHKMGYKLFATAGTADYIQEHGIPVKFLEVLSSGEHDEQKQEYSLTQHLSNNLIDL
YINLPSSNRFRRPANYMSRGYQTRRMAVDYQTPLVTNVKNAKLLIEAIARHYDMEISKVD
FQEFAAAPGAHDESSGHMSRLNASLSLSQLLAKSPFKREHITSVKQFTRADLHLLFTIAQ
EMRLGTQRQGCLDILKGRVLCTMFCEPSTRTSASFDAAMKRLGGEVIVINESVSSTQKGE
SVADTIRTLGCYGDAIVLRHPSEESIDIATKFSDVPVINAGNGSREHPTQALLDIFTIRE
ELGTVNGLNITFVGDLKYGRTVHSLCELLSHYDVTINLVSPASLPMPSGVTDALKARGQL
NKVSTELTEDIVASSDVMYCTRVQKERFPDVATYEAVKDSFVIDNKLLKGAKANMIVMHP
LPRNNEINEEVDFDPRAAYFRQMRYGLYTRMALLAMVMAP

NT seq 5523 nt +upstreamnt +downstreamnt
atggcttcactgcccgacccaagccagaacttggctcttgagcttcaagatggctatgta
tgcttcggaaacagcttcggtgctgaaaagagtatttccggtgaactcgtcttccagact
ggtatggtcggctaccccgaatcaatcacagatccttcctaccgaggccagatcttggtc
attacatttcctctagtcggcaactatggtgtgccctcgagagaggacatggacagcctg
ctggagggcattccagccaacttcgagtccagggaaatccacattgctggattggtggtt
gccacatacgctggagagaagtattcacatcacttggccacctcttcgctgggcgcatgg
ctcaaggagcagggcgtgcccgccatcaccggcgttgacacgcgagcgctgacgaagcgc
attcgagaggagggaagtatgctgggacgtcttctacagaggaccggcccaacaccctca
tccgccgccctcaccaatggcgcggtcaacacccagaccctcgccgacggtgaggcggac
tggaggtctagtttcgagcagattgagtggttggaccccaacaccaagaacttggttgca
gaagtttccatcaaggagcccaagctctggtcccccgaccctgccactgccctcaagcac
ccctctggccgccccgtgcgtgtcgttaccgtcgacgtcggtctcaaatacaaccagctg
agatgcttggtaaagcgaggagtcgaggtgctgcaggtcccgtgggactacgacttccct
cagcttgctggcaaagagtatgacggtctcttcatctccaacggccctggtgatccagct
atgatggagcccacggtcaagcacatcaaggcggccatggacgaagctcggacaccaatt
ttcggtatctgtcttggtcaccagttgctggcccgcgcagcgggtgctagcactatcaag
atgaagttcggtaaccgcggtgccaacattccctgcaccaacttgcttaccggcaagtgc
cacatcacatcgcaaaaccacggttatgcggtcgactccaagacattgcccaacggctgg
gaggagctcttcgtgaatgcaaacgacaagagtaacgaaggtatccaacatgtgcgcagg
ccctacttcagtgtgcagtttcatccagagcacacccccggtccacgcgatactgagtac
ctgtttgatgtcttcatcagcaccattcaaaaggccatggccgcatctgaagtcatgtct
caggcagtcgagttccctggtggcactttcgatgaaaacaggaagcttaccccaagagtg
gacgtcaagaaggtgcttgtgctaggaagtggaggcttgagcatcggtcaggctggagag
tttgactactccggaagtcaggccatcaaggccttgaaggaagagggtatctacaccatc
ttgatcaaccccaacatcgctaccattcaaacttccaagggccttgccgacaaggtctac
ttcctgccagtcaatgcagactttgtacgcaaggtcatccagaaagaacgacctgacggt
atctacgtcacctttggtggtcagactgcgctccaagtcggtatccagctgaaggacgag
ttcgaaggtctaggtgtcaaggtactcggaacccccattgacaccatcatcactaccgaa
gaccgagagctctttgcacgaagcatggagtccatcggagagaagtgcgccaagtcagct
tcggccaacagtgtggaggaggccatgcgtgtcgtaaaagacattggtttccccgtcatc
gtccgagctgcctacgccctgggaggtctcggcagtggatttgcaaacaacgatgcagag
ttgctcgacctttgcaacaaggcttttgctgctagtccccaggtgctgatcgagcgaagt
atgaagggctggaaggaaatcgaatatgaagtcgtccgtgactcccgagacaactgtatt
acagtttgtaacatggagaacttcgaccccctcggtatccacactggagactccattgtt
gttgcaccctcgcaaacactttcggacgccgactacaacatgctccgaacaactgccgtg
aacgtcatccgccaccttggtgtcgttggtgaatgcaatatccagtacgccttgaacccc
ttctccaaggagtactgcattatcgaagtgaacgctcgtctttcgcgttcttccgctctt
gcctccaaggcgactggctatcctcttgctttcgtcgcagcaaaacttggtctcaacatt
cctctcaatgatatctccaactcagtgacgcgcgttacgtgcgcctgcttcgagccgtcg
ctcgattacgtcgtggttaagatcccccgctgggatttgaagaagttcactcgtgtgtcg
acacttctcggttcatccatgaagagtgttggtgaggtcatgagtattggccgaacgttc
gaagaagctatacaaaaggccattcgctcagttgaccccagcaaccttggtttcaacgag
actccggctctgatggaaatcgaccaagagctgcaaacaccttctgaccagcgactgttc
gccattgccaacgcgatgaaggctggctacagtgttgacaagatctgggagatgactcaa
atcgacaagtggttcctcagccgtctgaagtccctaagtgactttgaaaagtcaatgtcg
agctacactactaccagcatcaccatgccgttgctgaagcaagcaaaacaactaggattc
tccgatcgtcaactcgccaagttctgggcttccaacgagcttgcggtacgtcgcgtacgt
gtcgatgccgggattttcccagtagtcaagcagattgacactgtcgcagccgagttcccc
gcggtaacaaactatctgtatctcacatacaacggtaccgagaacgacatcactttcaac
gacaagggtatcatggtgctcggttctggcgtgtaccgaatcggatcgtctgtcgagttc
gactggtgctctgtccgtgctatccgcactctcagggagcaaggattcaagacggttatg
ctgaactacaatccggaaaccgtttctaccgactatgatgaagcggaccgtttgtacttt
gagtgcatcaaccttgagaccgttctggacatctataccatggagaactccagcggtgtt
gtactatccatgggcggacaaactccaaacaacattgcgctaccactgcaccgcatgaac
gtcaaagttctcggtacctcgcctgagatgatcgacaccgctgagaaccgttacaagttc
tcccgtatgcttgaccgcatcgctgtcgatcagcccgcctggaaagaactcactagtatc
gaggaggctactgagttctgtgagagggtatcctaccccgtgttggttcgtccctcttat
gtgctctctggtgctgccatgaacacggtttactcaaagcatgacttggccaattacttg
aaccaagcggccgacgtgtctaaggaacacccagtcgtcattaccaagtatatcgagaat
gcaaaggaaatcgagatggacgctgtagccaacaagggtaccatgattggtcacttcatc
tccgagcacgtcgagaacgctggtgtgcattccggtgatgctacgctcatcttgccgccc
caggatcttgaccccgagactgtgcgccaaatcgaagatgcaacaaggaagatcggccaa
gctttgttgatcactggaccctacaacatccagttcatcgccaaagataacgagatcaag
gtcattgagtgcaacgttcgtgcctctcgatccttcccgttcgtgtcaaaggtcatgggc
gttgacctgatcgagatggctaccaaagccatggctggtctacccgtgaccgaatatccg
ccaaccaacatacccgcggattacgtcggtgtcaaggttccgcagttctccttctcccgt
ctttctggtgccgatcctgtccttggtgtggagatggcttcgactggtgaagtcgcctgc
ttcggtcgcaccaagtacgaggcatacatcaagggtctcatcgctactggcttcaggcta
ccaaacaagaacattctgctctctatcggttcgttcaaggacaagctggagatgctgcct
tctatcgaacgcctgcacaagatgggctacaagttgttcgctactgctggaacggccgat
tacatccaggaacatggtatcccggtcaagttcctggaagtactgtctagtggtgagcat
gatgagcagaagcaagagtactcgctcacacagcacttgtcgaacaacctcatcgatctg
tacattaacttgccgtcaagcaaccgcttccgtcgaccagccaactacatgagccgagga
taccaaacccgtcgcatggctgtcgactaccagactcctttggtgaccaacgtgaagaat
gccaagttgctaatcgaggccatcgctcgccactacgatatggagatcagtaaggtggac
ttccaggagttcgctgctgcgcccggagcacatgacgagtcatctgggcacatgtccagg
ctgaacgcctcattgtctctgtcacagctcctggcaaagtctccattcaagagggaacac
atcacttcggtcaagcaattcacccgagccgacctccatctgctattcactattgcccag
gaaatgcgtctcggtactcaacgccagggttgccttgatatcctcaagggccgcgtcctc
tgcactatgttctgtgagccatctaccaggacatctgcttccttcgacgctgctatgaag
cgccttggtggtgaagtaattgtcatcaacgagtcggtgtcttccacgcaaaagggcgag
tccgttgcggacactatccgcaccctgggctgctacggcgatgctattgttctgcgtcac
ccgtctgaggagtctatcgacattgctaccaagttctctgatgtgcccgtcatcaacgca
ggtaacggcagccgcgaacatccaacacaggcccttctcgacatcttcaccattcgtgag
gaacttggaactgtcaatggcctcaacatcaccttcgttggtgatctcaagtacggccgc
acagtgcactctctctgcgaacttctttctcactacgacgtcaccattaaccttgtctcg
cctgcgtctcttccgatgccttccggcgtcacggacgcgctcaaggctcgcggacaactc
aacaaggtatcaactgagttgaccgaagacattgtcgcctcttcggatgtcatgtactgc
actcgcgtccagaaggagcgcttccccgatgtggcaacgtatgaggcagtcaaggattcc
ttcgtcattgacaacaagctgttgaagggggccaaggcgaacatgattgtcatgcacccg
ctgccgaggaataacgagattaacgaggaggtggactttgaccccagggcagcgtacttt
agacagatgcggtacggactgtacacgcgtatggcgctgcttgcaatggttatggcgccc
tag

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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