KEGG   Beggiatoa leptomitoformis: AL038_11745
Entry
AL038_11745       CDS       T04090                                 
Symbol
purL
Name
(GenBank) phosphoribosylformylglycinamidine synthase
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
blep  Beggiatoa leptomitoformis
Pathway
blep00230  Purine metabolism
blep01100  Metabolic pathways
blep01110  Biosynthesis of secondary metabolites
Module
blep_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:blep00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    AL038_11745 (purL)
Enzymes [BR:blep01000]
 6. Ligases
  6.3  Forming carbon-nitrogen bonds
   6.3.5  Carbon-nitrogen ligases with glutamine as amido-N-donor
    6.3.5.3  phosphoribosylformylglycinamidine synthase
     AL038_11745 (purL)
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker Tegument_dsDNA
Other DBs
NCBI-ProteinID: ALG68259
UniProt: A0A2N9YG00
Position
complement(2799237..2803076)
AA seq 1279 aa
MFYTGDSALSPFRCEKLRHTARAFLPTLQTIQANYLYLLDCSRSLTNDETQHLQQLLHGQ
PKTRPILPTGQQLIVIPRLGTISPWSSKATEIMAICGLSCIKRIERGLVWTVNASDALTH
EQLEQLMPLLHDRMTETVIFTLNEAEQLFKTAEPRHLRVIPLLTEGRSALATANKTQGLA
LSEDEIDYLYTSFNSLKRNPTDVELMMFAQANSEHCRHKIFNADWVIDGQTQTQTLFKMI
RYTHQQHPGKVLSAYSDNAAVLAGFTIPRFFSNAQTHEYGYTTEETGILMKVETHNHPTA
ISPFPGAATGSGGEIRDEGATGRGSKPKAGLTGFSVSHLHIPDAPQIYETEYGTPQRLAT
ALQIMLEAPLGASAFNNEFGRPAICGYFRSFEQTVNGKRRGYHKPIMIAGGVGSIRAEHV
QKHEIPADSLLIALGGAAMLIGLGGGAASSVSSGHSSADLDFASVQRGNPEMQRRCQEVI
DACWSLGAQNPIISIHDVGAGGLSNAFPELVNDSEKGAIFDLNAIPTADPSLSPMELWSN
EAQERYVLAIAPEQLALFTQFCERERCPFAVLGKATTQRQLQLLKAQEAIIDMPLSVLLG
KPPKMRRDVQRVQPVGSPFKIDDPYFTLETAALRVLRHPTVANKNFLITIGDRSVGGLVT
RDQMVGAWQVPVADCAVTASSFQGITGEAMAMGERTPLAVLDAPASGRMAVGEAITNLAA
AAIADFSDIVLSANWMAACGQAGEDAALFDTVQSVALDLCPALGLAIPVGKDSLSMHTVW
DDKAVTAPLSLIVSAFARVNNIHKTLTPVLRAENSFLLYIDLGQGKNRLGGSILTQVYQQ
LGDVVPTLDNPKDLKDFFYAIQILNQQNKLLAYHDRSDGGLLTTLCEMMFASHKGIDIQL
DGLSPDVLAVLFSEELGAVIEVAQNYIDEVQHWFAQYTQLPVHIIGTVNHSDCLNIYQQD
TLLLSLPRTTLQHAWNETTYQLQKRRDNPDCVEEEFAENPQDSGLFLTTTFTLQAPAILS
QRPRIAILREQGVNGQLEMAAAFDKAGFTSVDVHLSDILAGRMRLKDFQGFAACGGFSYG
DVLGAGGGWAKSILFNSQAYDEFSAFFQRTDSFALGICNGCQMMAQLRGMIDGAEHWAQF
VRNKSEQFEARFVMTEVLDSPSLFLQGMAGSYIPVVVSHGEGRAQFDEPAHVNRALRDGL
IALRYVDNRGQVSEHYPANPNGSPQGITGLTTPDGRFTIMMPHPERVFLTSRWSWKPDNW
QTEESPWMQMFYNARRWVG
NT seq 3840 nt   +upstreamnt  +downstreamnt
atgttttatacgggtgattccgcgctttctcctttccgctgcgaaaaattacggcatacc
gcacgtgcttttctccccacgttacaaaccattcaagcaaattacctgtacttgctcgac
tgctctcgttccttaaccaacgatgaaacccagcatttacaacaactgttacacggacaa
cctaaaacacggcccatattgccaacaggtcaacaacttattgttattcctcgtttaggc
actatttcaccttggtctagtaaagccactgaaatcatggctatttgtggtttatcgtgt
attaaacgcattgagcgcgggttagtttggacagtcaacgcaagcgatgcgctaacgcat
gaacagcttgaacaactcatgcctttactacatgaccgcatgacagaaaccgttatattt
acactgaatgaggcagaacaactgtttaaaactgctgaaccgcgtcatttgcgcgtcatt
cccctactaaccgaagggcggagcgcgttagcgacagcaaataaaacgcaaggtttagcc
ctgtccgaagacgaaatagattatttatacaccagttttaatagtttaaagcgcaatcct
accgatgttgaattgatgatgttcgcacaagcgaattcagaacactgtcgccacaaaatt
tttaatgctgactgggttatcgacggacaaactcaaacccagacactattcaagatgata
cgctacacacatcaacaacatcccggaaaagtattatccgcatacagtgataacgctgcg
gtgttagcagggtttacgataccgcgtttttttagcaatgcacaaacacatgagtatggc
tatacaactgaagaaacagggattttaatgaaggtggaaacccataaccacccaacagca
atctctccttttcccggtgctgcgacagggtcgggcggagaaattcgtgatgaaggcgca
acagggcgtggttcaaaaccaaaagcaggacttacaggtttttctgtttcacacctacat
attcccgatgcgccacaaatttacgaaaccgaatacggcacaccgcaacgactcgctacc
gcgttgcaaatcatgctagaagccccattaggggcgagtgcgtttaataacgaattcggc
agacctgctatttgcggctatttccgcagttttgaacaaaccgtcaacggtaaacgacgc
ggttatcacaaaccaattatgatagcgggtggagtgggtagtattcgtgcggaacacgtg
caaaaacatgaaattcctgcggatagcttactgattgcgctcggcggtgctgccatgctc
atcggtttaggcgggggcgcggcttcttccgtgtcgtcaggacacagcagcgcggattta
gattttgcctccgtacaacggggtaatcctgaaatgcaacgccgctgtcaagaagtgatt
gatgcctgttggagtttaggcgcgcaaaatcccattatttccattcacgatgttggcgcg
ggtggtctctcaaatgcctttcctgagctagtcaatgacagcgaaaaaggggcaattttt
gatttaaatgccatacctactgccgacccgtcattatcacccatggaattatggagtaat
gaagcacaagaacgctatgtgttagccatcgcccccgaacaactagccctatttacacag
ttttgcgagcgggaacgttgtccttttgccgtattaggcaaggcaacgacacaacgacaa
ttacaattgttaaaagcgcaagaagccattatcgacatgcctttatccgttttactgggt
aaaccgccaaaaatgcgtcgggatgtccagcgtgtgcaacctgtgggtagcccttttaaa
attgatgacccttattttaccttagaaacagccgcattgcgggtgctacgtcatcctacc
gtagccaataaaaactttttaattaccattggtgaccgctcggttggcggattggtcacc
cgtgaccaaatggttggcgcgtggcaagtccctgttgctgactgcgcagtgactgccagc
agttttcaagggattacaggcgaagcgatggcaatgggcgagcgcacaccattagcggta
ttagacgcgcccgcatcaggacgcatggccgtgggcgaagctatcaccaatcttgccgct
gctgcaattgccgattttagcgatattgtcttatccgccaactggatggctgcttgtgga
caagcgggggaagatgccgcattgttcgacacagtacaatccgttgccttagatttatgt
cccgctttagggctagcaatccctgtaggcaaagattcattgtctatgcacaccgtgtgg
gatgacaaagcagttaccgctcccttgtcccttatcgtttctgcatttgcccgcgtgaat
aatattcacaaaaccctcacgcctgttttacgtgctgaaaatagttttttgctatacata
gacttaggtcaaggaaaaaaccgtttaggcggttctatcttaactcaagtttaccaacaa
cttggcgatgtcgtgccaacgctagataaccccaaagatttaaaagattttttctatgct
attcaaatattaaaccaacaaaataaattactggcttatcacgaccgctctgatggtggc
ctgctaacaaccttgtgcgaaatgatgtttgctagccataaagggattgatattcaacta
gatggattaagtcctgatgttttagccgttttatttagcgaggaattaggcgcggtaata
gaagttgcacaaaactatattgacgaagtacaacactggtttgctcaatatacgcaattg
cctgtacacattataggcacagtcaaccacagcgattgtttaaatatttatcaacaagat
acattgctgttaagcctgcctcgcaccacgttacaacacgcatggaacgaaaccacgtat
caattgcaaaaacgccgtgataatcctgactgtgtcgaggaagaatttgcagaaaatcca
caagattcaggtttattcttaacgacaacctttacattacaagcacctgcaattttatca
caacgtccacgtatagcgattttacgcgagcaaggcgtaaatggtcagctagaaatggcg
gcagcctttgataaagcaggttttaccagtgttgacgtacacttaagcgatattctggca
gggcggatgcggttgaaagattttcaaggttttgccgcatgtggtggattttcttatggg
gacgtgttgggtgcaggcggtggttgggcaaaatcgatacttttcaattcacaggcttat
gatgagttttctgcttttttccaacgcacggatagcttcgcgctagggatttgtaacggt
tgccaaatgatggcgcagttgcgcggtatgatagacggtgcagaacactgggcgcagttt
gtgcggaataaatcggaacaatttgaagcccgttttgtcatgacggaagtgttagattcg
ccgtctttatttttgcaaggcatggcggggtcttacattcctgttgttgtctctcatggt
gaaggacgcgcccaatttgatgaacctgcacatgtcaaccgtgccttacgcgatggtttg
attgccttacgttacgtggacaatcgtggacaagtcagtgaacattaccctgctaatcct
aacggctcgcctcaaggaatcacagggttaacgacacctgatggacgtttcaccattatg
atgccgcatcctgaacgggtctttttaaccagtcgttggtcatggaagcccgacaactgg
caaactgaagaaagcccatggatgcagatgttttataatgcaagacggtgggtaggataa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (4)   
   KEGG PATHWAY (3)   
   KEGG MODULE (1)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (2)   
   KEGG ENZYME (1)   
   KEGG REACTION (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (31)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (54)   

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