KEGG T03246: ASU1

Actinobacillus suis ATCC 33415: ASU1_01835

Entry

ASU1_01835        CDS       T03246

Name

(GenBank) bifunctional glutamine-synthetase adenylyltransferase/deadenyltransferase

K00982

[glutamine synthetase] adenylyltransferase / [glutamine synthetase]-adenylyl-L-tyrosine phosphorylase [EC:2.7.7.42 2.7.7.89]

Organism

ass Actinobacillus suis ATCC 33415

Brite

KEGG Orthology (KO) [BR:ass00001]
09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    ASU1_01835
Enzymes [BR:ass01000]
2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.7  Nucleotidyltransferases
    2.7.7.42  [glutamine synthetase] adenylyltransferase
     ASU1_01835
    2.7.7.89  [glutamine synthetase]-adenylyl-L-tyrosine phosphorylase
     ASU1_01835

SSDB

Motif

Pfam:

GlnE GlnD_UR_UTase

Other DBs

NCBI-ProteinID:

AIJ30643

Position

404219..407098

AA seq 959 aa
MFAQTDLSELVAESYLQNSDKIRPLAIAIGMSNFVKQTLQKQPQFLQTWLVEYPSVANAG
NYAERLATILGQVKDESQLSQELRLFRHREMATLSFLQSNKLASVEFVFEHLSDLAETLI
IGARDWLFQRCCEEYGTPMNSLGEQQELLILGMGKLGGRELNFSSDIDLIFTYPDAGETV
GGRKPIENSKFFIRLGQRLIKALDEITLDGFVYRTDMRLRPFGDSGALVLSFAAMEDYYQ
EQGRDWERYAMIKAKILGEDPQNINHRYLRQMLRPFMYRRYLDFSAIQSLREMKPKISRE
VVRRNLTDNIKLGAGGIREIEFIVQTFQMVRGGRDKILQERSLLRVLPRLAELQLLTEQQ
TQQLYDAYIFHRQVENVLQAIDDKQTQTLPTDEQDRARVMFACQSFLQKNAENQPLVVEH
NIHTWQDFLQVLEQHQQNVRAVFNQIIGEEEDDEESPLNEKLAVWQDILHYQISEEDLAA
VLVDYPVSESDYNDIFRQLSSTFQDWVKRPIGVRGRNVLRKLMPKILDMVCNREDYLVVL
PRLLNIVDKITLRTTYLELLQEREQILPLLITLCSQSIMIAEQIARYPMLLDELIIQNSL
TQVLALEQYKTALNDYLIRIPEEDEEALIDALRQFKQSQILHIAAADILGVLPVMKISDH
LTYLAEAIIGAVVNMAWKSLSQRFGVPDHLTDTEQGFAVIAYGKLGGIELGYNSDLDLVF
LHNAPQDSETTGARKSISSHQFYLKLAQKINSIFNLNTSAGVLYEVDMRLRPSGEAGLLV
STVSAYETYQQNEAWTWESQALVRTRCVYGSQELSQAFEQIRRTTLAMPRTSGQLRQEIC
EMRYKMYQHLSHSDNAHFDLKKDKGGITDIEFIAQCLVLEYAHQYPQMAVWSDNVRIFDS
AVECGILSFADGERLKHCYTAIRNRIHHLNLLRSPSVVSPDEFVEERAFIAQIWQRIFG

NT seq 2880 nt +upstreamnt +downstreamnt
atgtttgctcaaaccgatctttccgaactcgtggcggaatcttatttgcaaaattctgac
aaaatccgaccgcttgctattgccattggaatgtcgaattttgtgaagcagacgctacaa
aagcaaccgcaattcttgcaaacgtggttagtggaatatccttctgttgcaaatgctggc
aattatgcagagcgcttagctaccattttagggcaggtaaaagatgaatcccagttatcg
caggaactacgtttatttcgtcaccgtgaaatggcgacgctcagttttctgcaatcgaat
aaacttgccagcgtagagtttgtgttcgagcatttatccgatttggcggagacgctaatt
atcggcgcaagagattggttgtttcagcgttgctgtgaagaatatggtacgccgatgaac
tcgctgggcgaacagcaagaattgctgattttagggatgggaaaattaggtggacgagaa
ctgaatttttcctcagatattgatttgatttttacttatccggatgcaggcgaaactgtc
ggcgggcgtaaaccgattgagaatagtaaattctttattcgtttgggacagcgtttaatt
aaagcgttagatgaaatcacgttagacggctttgtgtatcgtaccgatatgcgtttgcgt
ccgttcggcgacagcggagcgttagtgctaagttttgccgcaatggaagattactatcag
gaacaagggcgagattgggaacgctatgcgatgatcaaagccaaaattttgggcgaagat
ccacagaatattaaccatcgttatttgcgccaaatgttacgtccgtttatgtatcgccgt
tatttggatttcagtgcgattcaatcgttgcgagagatgaagccaaaaatcagccgagaa
gtagttcgccgtaatttaaccgataatattaaattaggagcgggtgggattcgagaaatt
gaatttattgtgcaaactttccaaatggtacgtggcggcagagataaaattcttcaagaa
cggagtttattgcgtgtgttgcctcgcctcgccgaattacaattactcaccgaacagcaa
actcagcaattatatgatgcttatatcttccatcgccaggtcgaaaacgtgctgcaagcg
attgatgataagcaaacgcaaacgctgccgaccgatgagcaagatcgagcaagagttatg
tttgcttgccaatcttttttgcaaaaaaatgcggaaaatcaaccgcttgttgtggagcat
aacattcatacttggcaagactttttacaggtactggaacaacatcagcaaaatgtgcga
gcggtatttaatcaaattattggtgaagaagaggatgatgaagagtcaccgcttaatgaa
aaattagcggtttggcaggatattttacattatcaaatcagcgaagaagatttagcggca
gttttggtagattatccggttagtgaaagtgattacaacgatatttttagacagctttcc
agcacctttcaagattgggtgaaacgcccgattggtgtacgaggtcggaatgtactgcgc
aagttaatgcctaaaattttagatatggtgtgcaacagagaagattatttagtggtattg
cctcgtctgcttaatatcgtagataaaattaccttgcgaaccacttatttggaacttttg
caagaaagagaacaaatcctaccgcttctgattaccttgtgcagtcaatcgattatgatt
gccgagcaaatcgctcgttatccgatgttattggacgagctcattattcaaaacagtctt
acgcaagtgttggcattagagcagtataaaacggcgttaaatgattatttaattcggatt
ccggaagaagatgaagaggcattgattgatgccctacgtcaatttaaacagagccaaatt
ttgcatattgcggcagcggatattttaggcgtattaccggtgatgaaaatcagcgatcac
cttacttatttagcggaggcgattatcggtgcggtagtgaatatggcgtggaaatcctta
tcgcagcgttttggtgtgccggatcatttaaccgatacggaacaaggctttgccgtgatt
gcttatggtaaattaggcggcattgagcttggctataattcggatttagatttagtcttt
ttgcataacgcaccgcaagatagcgaaacgaccggcgcaagaaagtcgatttccagtcac
cagttttacttaaaattagcgcaaaaaattaattcgatttttaacttaaataccagtgcc
ggcgtgctttatgaagtggatatgcgtttgcggccatcaggcgaagcaggtttattagtc
agcacggtgagcgcctatgagacttatcaacaaaacgaggcgtggacatgggaatcacaa
gcgttagtacgtactcgttgtgtttatggttcgcaagaactgtcgcaagcctttgaacag
attcgccgaacaaccttggcaatgcctcgaacaagcggtcaattacgccaagaaatttgc
gaaatgcgttataaaatgtatcaacatttaagccatagcgataacgcccattttgatctg
aaaaaagataaaggcggtattaccgacattgaatttatcgcacagtgtttagtgttggaa
tatgctcatcaatatccgcaaatggcggtttggtcggataatgttcgtatttttgattca
gcggtggaatgcggtattttgtctttcgctgacggtgaaaggctgaaacattgctatacg
gcgattcgcaaccgtattcaccatttgaatttattgcgtagcccgagtgtggtgagccca
gacgagtttgtcgaagagcgtgcttttatagcgcaaatttggcagcgaatttttgggtaa

All links

Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (2)   
   KEGG ENZYME (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (2)   
   Pfam (2)   
All databases (10)   

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