KEGG   Taylorella equigenitalis MCE9: TEQUI_1277
Entry
TEQUI_1277        CDS       T01390                                 
Name
(GenBank) Phosphoribosylformylglycinamidine synthase, synthetase subunit
  KO
K01952  phosphoribosylformylglycinamidine synthase [EC:6.3.5.3]
Organism
teq  Taylorella equigenitalis MCE9
Pathway
teq00230  Purine metabolism
teq01100  Metabolic pathways
teq01110  Biosynthesis of secondary metabolites
Module
teq_M00048  De novo purine biosynthesis, PRPP + glutamine => IMP
Brite
KEGG Orthology (KO) [BR:teq00001]
 09100 Metabolism
  09104 Nucleotide metabolism
   00230 Purine metabolism
    TEQUI_1277
Enzymes [BR:teq01000]
 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
     TEQUI_1277
SSDB
Motif
Pfam: GATase_5 AIRS_C FGAR-AT_N FGAR-AT_linker DUF6510
Other DBs
NCBI-ProteinID: ADU92197
UniProt: A0A654KIB2
Position
1333241..1337239
AA seq 1332 aa
MSTHYYIEGSSALSQFQSEKIIEKLKKLNVPVSNLYAQYVHFVFSERELDPSEQHKLKSL
LTYGKEFLTDQAQENSLILHVVPRIGTISPWASKSTDIAKNCGLSKVYRIERGIKFYFVC
ERGLLGSKKLSDTQISSIAQVIHDRMTEQVFEDGFDPQILNNELPPKALNYLDIRTNGEN
ALLEANDSLGLALSKVEIEYLLKSFNEIGRNPTDVELMMFAQANSEHCRHKIFNASWTID
GESKEKSLFSMIRDTHKAHPDGTIVAYSDNAAIFSGHEISRFFPDSDSNFKYKSQNRLTH
TLIKVETHNHPTAIAPFQGASTGAGGEIRDEGATGRGGKPKAGLVGFTVSNLHLNDLDEI
WEKDSHAMPDRIANPKEIMTQGPIGAANFNNEFGRPNLTGYFRVYEQTVDGVRWGYHKPI
MIAGGLGSIDDSLTHKKVFSDGTLLIQLGGPGFRIGMGGGAASSMGVGSNSESLDFDSVQ
RGNPEIQRRAQEVIDTCWRMLDKNPILSIHDVGAGGLSNAFPEMVHDADMGALFDLNKIN
LEESGMSPAEVWCNESQERYVLAIAPESLEAFSEICARERCPFSVVGIAKDDKDLRVTDA
PNDDAVSLPMDVILGSLPKVHKQVTTLEFTSVPLDYVEASIEDLALKVMRHPTVASKLFL
ITIGDRSVGGLTARDQMVGPWQVPVADCSVTLDDYEGYSGEAMSMGERSPLAIINPASAS
RMAITEAITNIASADIKRIEDIKLSANWMASSGSDGQDVALYKAVEACSKFCIDLGLSIP
VGKDSLSMKTKVADGGDEQLVISPVSLIVSAFANVDDVRKSLTPQLMQGKEDSSVLILID
LGEGRQRLAGSVLSHVLNQYGDQTPDLDNPELLKAFFNAIRFLSAQNLIQSYHDRSDGGL
FATVAEMAFAGHVGVSINVDMLVYDEQSSDFGDYKIRPDQVEIQRNESTIRALFNEEAGA
VIQVARANRDKVLNILKDFGLSKVTYVVGSLNSTDTIEILRDAKTVASFERSLLGKEWSK
VGYNISKNRENPKTSLAEFKRWDDLKDPGMQPKVDFNPQEDICAPFVGKGSKPSIAVLRE
QGCNSHIEMAWAFDKAGFQAHDVHMTDLLSGRRKLSDFQAIVAVGGFSYGDVLGAGQGWA
KTILFNEILATQFTEFFDSQNTIALGVCNGCQMMAHLAGSGMIKGAEHWPAFTNNVSSKF
EARLCMVEVMESPSIFFKGMEGMQAPVVVSHGEGYANFGSQGDKGLVNRALRYVNNVGQP
TESYPFNPNGSIDGITGVTSVDGRFMIMMPHPERVTRNAMMSWHPENWGPKDTGGDYSPW
MRMFMNARVFFN
NT seq 3999 nt   +upstreamnt  +downstreamnt
gtgtcaactcattactacattgagggttcatcagccctatctcaattccaatcagaaaag
attatagaaaaactaaaaaaacttaatgttcctgtttctaatctatatgctcaatatgtg
cattttgtatttagtgaacgagaattagatccaagtgaacaacataaacttaaatctcta
ttaacttacggcaaagaattcttaactgatcaagcccaagaaaattctcttattttgcat
gtggttcctcgaattgggactatttctccttgggcctctaaaagtacagatattgccaaa
aattgtggtttatcgaaggtttacagaatagagcgtgggattaaattttattttgtttgc
gagcgtgggctacttggatcaaaaaaactaagtgatactcaaatctcaagtattgcacaa
gtcatccatgacaggatgactgagcaagtgtttgaggatggctttgatccgcagatattg
aataatgaattacctcccaaagctctcaattacttagatataagaacaaacggagaaaac
gcactgctagaagctaatgattctttaggtttggcattaagtaaagttgagattgaatat
ttgcttaaatcttttaatgagattggtcgcaatccaactgatgtggaactgatgatgttt
gcacaggcaaatagtgaacactgcaggcataagatttttaatgcatcgtggaccatagac
ggagaatcaaaagaaaagtcgcttttcagtatgattcgagacacccataaagctcatccc
gatggtacgatagttgcttattcggataatgccgctatttttagcggtcatgaaatctct
cgctttttcccagattctgatagcaattttaagtacaaatcacaaaatcgtttaactcac
accctaattaaagttgagacacacaatcacccaactgcaatagctccatttcagggtgca
tctacaggtgctggtggtgaaattcgtgatgaaggggcaactggaaggggtggtaaacct
aaagcaggacttgttggatttacagtatcaaatttacatctaaatgatttagatgagata
tgggagaaagactcacatgcgatgccagatcgcattgccaacccaaaggagattatgact
cagggtccaataggagcggcaaattttaataatgaatttggccgcccaaatcttacgggg
tacttcagggtttatgagcaaacagttgatggtgttagatggggatatcataagcccatc
atgattgctggtgggctaggttctattgatgactcattaacccacaaaaaagttttttct
gatggaaccttattgatacaacttggtggtcctggctttcgtattggtatggggggcggt
gccgcatcgagcatgggtgttggctctaattcggaatctttagattttgattcagttcag
cgcggaaacccagaaattcagagacgagcacaagaagttatagatacttgttggaggatg
cttgataaaaacccgatactttctattcatgacgtaggcgcaggtggattgtcaaatgca
tttcccgagatggtacacgacgcagatatgggagcgttatttgatttaaataaaattaat
cttgaagagtctggcatgtctcctgcggaagtttggtgtaatgaatcgcaagagaggtat
gtgcttgctatagcacctgaaagtctggaagcttttagtgaaatttgtgcacgtgaaaga
tgtccatttagcgttgttggtattgctaaagacgataaggatttgcgtgttactgatgct
ccaaatgatgatgctgtaagtttacctatggatgtaattttggggtctcttccaaaagtg
cataagcaagtgactacattggagtttacttctgttccgctcgattatgtagaggctagt
attgaggatctagctttaaaagtcatgcgacaccccaccgttgcaagcaaactgttttta
attacgattggagacagaagtgtgggtggtctaactgcacgagatcagatggttggtcct
tggcaggtgccagtggctgattgctctgtaacattagatgattatgagggctattcagga
gaggcaatgtctatgggagaacgttctccacttgcaattataaatcccgcatccgcctcg
agaatggctataactgaagctatcacaaacattgccagtgcagatattaaaagaattgaa
gacattaaactatcagctaattggatggcatcttcaggttctgatggtcaggatgtcgca
ttatataaagctgttgaggcatgtagtaaattttgtatagatttgggattatcaattcct
gttggaaaagattcactttccatgaaaacaaaagtggctgatgggggagatgagcaactt
gtaatttctcctgtctcgttaatcgtaagtgcatttgcaaatgttgatgatgttcgtaaa
tctttgacacctcagttaatgcagggtaaggaagatagctccgttctaatactaatagac
ttaggagaaggtcgacaaaggcttgctggctctgtactgtcgcacgttttaaatcaatat
ggcgaccaaacacctgacttagataatccagagttactcaaagccttttttaatgctatt
agatttttatcagctcagaatttaattcaaagctaccatgacaggtctgatggaggtttg
tttgcaaccgttgctgagatggcatttgctggtcatgtaggtgtctctataaatgtggat
atgcttgtatatgatgagcaaagtagtgactttggtgattacaaaattagacctgatcaa
gtggaaattcagcgcaatgaaagtacgatacgtgctttgtttaacgaggaggctggtgcc
gtaattcaggttgctagagcaaatagagataaagttttaaatattcttaaagactttgga
ttatcaaaggtcacctatgtagtaggttctttaaatagtactgacactattgaaatatta
cgtgatgctaaaactgtagcctcttttgagcgatctctactaggtaaagaatggtctaaa
gtaggttataacatttcgaaaaatagagaaaatcctaaaacttctttagctgaatttaag
cgttgggatgatctaaaagatcccggtatgcaaccaaaagttgactttaatccgcaagag
gatatatgtgcaccatttgttggaaaaggctcaaaaccctctattgcagtactcagagag
caaggatgtaacagtcatatcgaaatggcctgggcttttgataaagctggttttcaagca
catgatgtgcacatgacagatttgctatcgggtcgtagaaaactgtctgattttcaggcc
atagttgcagtgggtggatttagttatggagatgtacttggagctggccaaggatgggca
aagacgatattgtttaatgaaattttagccactcaatttactgagttttttgatagtcaa
aatactatcgcacttggtgtatgtaacgggtgtcaaatgatggctcaccttgctggttct
ggcatgataaaaggggcggagcattggcctgcattcactaataatgtttcttctaagttt
gaggcacgtttatgtatggttgaggtcatggaatcgccttctatcttcttcaaagggatg
gaaggtatgcaagcaccagtcgtagtttcacatggtgaaggctatgctaactttggctct
caaggtgataaaggcttggtcaatagagcattgcgatacgtaaataatgttgggcaacct
acggaatcgtatccttttaatccgaatggtagtatagatgggattactggggttactagt
gttgatggacgttttatgattatgatgccacatccagaacgtgtcacgagaaatgccatg
atgtcgtggcatccagaaaactggggacctaaggatacaggcggggattactctccttgg
atgcgcatgtttatgaatgcacgtgtgttttttaattaa

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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 (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (21)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (47)   

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