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ENZYME

ENZYME entry: EC 2.7.7.42

PURL: https://purl.expasy.org/enzyme/EC/2.7.7.42
Accepted Name
[glutamine synthetase] adenylyltransferase
Alternative Name(s)
[glutamate--ammonia-ligase] adenylyltransferase
glutamate-ammonia-ligase adenylyltransferase
glutamine-synthetase adenylyltransferase
Reaction catalysed
[glutamine synthetase]-L-tyrosine + ATP = [glutamine synthetase]-O(4)-(5'-adenylyl)-L-tyrosine + diphosphate
Comment(s)
  • This bacterial enzyme adenylates a tyrosine residue of EC 6.3.1.2.
  • The enzyme is bifunctional, and also catalyzes a reaction that removes the adenyl group from the modified tyrosine residue (cf. EC 2.7.7.89).
  • The two activities are present on separate domains.
Cross-references
BRENDA2.7.7.42
EC2PDB2.7.7.42
ExplorEnz2.7.7.42
KEGG Ligand Database for Enzyme Nomenclature2.7.7.42
IUBMB Enzyme Nomenclature2.7.7.42
MEDLINEFind literature relating to 2.7.7.42
MetaCyc2.7.7.42
Rhea expert-curated reactions2.7.7.42
UniProtKB/Swiss-Prot
Q6FEI9, GLNE_ACIADQ8UGQ4, GLNE_AGRFCB4RTA0, GLNE_ALTMD
Q5P7S1, GLNE_AROAEQ6G488, GLNE_BARHEQ6G0B0, GLNE_BARQU
B3DS62, GLNE_BIFLDQ8G654, GLNE_BIFLOB7GRV5, GLNE_BIFLS
Q7WHH4, GLNE_BORBRQ7W993, GLNE_BORPAQ7VYQ0, GLNE_BORPE
Q89QJ5, GLNE_BRADUA5EGB0, GLNE_BRASBA4YRN0, GLNE_BRASO
Q8YG35, GLNE_BRUMEQ8G1U0, GLNE_BRUSUQ62HC7, GLNE_BURMA
Q63R39, GLNE_BURPSQ9A4S7, GLNE_CAUVCQ7NW95, GLNE_CHRVO
A8APT2, GLNE_CITK8Q6NG61, GLNE_CORDIQ8FNL8, GLNE_COREF
Q79VE2, GLNE_CORGLQ6A9Z4, GLNE_CUTAKB7UIW1, GLNE_ECO27
B7MAC9, GLNE_ECO45Q8XBM3, GLNE_ECO57B5YR92, GLNE_ECO5E
B7NJR6, GLNE_ECO7IB7N0K2, GLNE_ECO81B7LZK2, GLNE_ECO8A
C4ZQX0, GLNE_ECOBWB1XG58, GLNE_ECODHA8A4K7, GLNE_ECOHS
Q8FDH4, GLNE_ECOL6B1IRR3, GLNE_ECOLCP30870, GLNE_ECOLI
B7ND41, GLNE_ECOLUB6I424, GLNE_ECOSEB1LF44, GLNE_ECOSM
B7LQD0, GLNE_ESCF3Q7VKZ4, GLNE_HAEDUP44419, GLNE_HAEIN
Q2SN48, GLNE_HAHCHQ5QY18, GLNE_IDILOA6TE32, GLNE_KLEP7
B5XU39, GLNE_KLEV3Q6AFH2, GLNE_LEIXXQ9FD13, GLNE_MANHA
Q65T25, GLNE_MANSMQ605D9, GLNE_METCAA0QEW1, GLNE_MYCA1
P69941, GLNE_MYCBOQ9CBT4, GLNE_MYCLEB2HHM1, GLNE_MYCMM
Q73YJ1, GLNE_MYCPAA0R082, GLNE_MYCS2P9WN26, GLNE_MYCTO
P9WN27, GLNE_MYCTUA0PNH1, GLNE_MYCUAQ9JX72, GLNE_NEIMA
Q9K1D5, GLNE_NEIMBQ0AGL4, GLNE_NITECQ81ZZ7, GLNE_NITEU
Q3JES8, GLNE_NITOCQ5YZ84, GLNE_NOCFAQ9CNQ2, GLNE_PASMU
Q6D163, GLNE_PECASQ7N0C2, GLNE_PHOLLQ6LUZ6, GLNE_PHOPR
B4EW47, GLNE_PROMHQ9HUF4, GLNE_PSEAEQ88QZ4, GLNE_PSEPK
Q87VD5, GLNE_PSESMA1SRE0, GLNE_PSYINQ8XW19, GLNE_RALN1
Q985F6, GLNE_RHILOQ92R86, GLNE_RHIMEQ2IUH4, GLNE_RHOP2
Q6N8H0, GLNE_RHOPAQ139J0, GLNE_RHOPSB3QBR5, GLNE_RHOPT
B5F697, GLNE_SALA4A9MPW2, GLNE_SALARQ57JQ8, GLNE_SALCH
B5FHT6, GLNE_SALDCB5QZ37, GLNE_SALEPB5REF9, GLNE_SALG2
B4TI52, GLNE_SALHSB4T671, GLNE_SALNSQ5PC85, GLNE_SALPA
A9N5X9, GLNE_SALPBC0PYX4, GLNE_SALPCB5BG12, GLNE_SALPK
B4TVT5, GLNE_SALSVQ8Z3N1, GLNE_SALTIQ8ZLY6, GLNE_SALTY
A8GJU4, GLNE_SERP5A1S909, GLNE_SHEAMQ07Y17, GLNE_SHEFN
A3QAK2, GLNE_SHELPQ8EAY1, GLNE_SHEONA8G014, GLNE_SHESH
B1KE36, GLNE_SHEWMB2U1F8, GLNE_SHIB3Q31WY2, GLNE_SHIBS
Q32BR1, GLNE_SHIDSQ7UBI7, GLNE_SHIFLQ3YXI9, GLNE_SHISS
Q81ZW1, GLNE_STRAWQ8CK02, GLNE_STRCOB4SHL3, GLNE_STRM5
B2FKU9, GLNE_STRMKB8GL43, GLNE_THISHQ9KPD4, GLNE_VIBCH
Q87SK0, GLNE_VIBPAQ8DEH6, GLNE_VIBVUQ7MNY4, GLNE_VIBVY
Q8PPY3, GLNE_XANACQ4UZ80, GLNE_XANC8B0RN79, GLNE_XANCB
Q8P4V7, GLNE_XANCPQ2NY41, GLNE_XANOMA7IL55, GLNE_XANP2
A1JQV7, GLNE_YERE8A7FE78, GLNE_YERP3Q1C373, GLNE_YERPA
B2K2H5, GLNE_YERPBQ8ZI61, GLNE_YERPEA9R7D6, GLNE_YERPG
Q1CMD5, GLNE_YERPNA4THT8, GLNE_YERPPQ665V2, GLNE_YERPS
B1JM25, GLNE_YERPY

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All ENZYME / UniProtKB/Swiss-Prot entries corresponding to 2.7.7.-
All ENZYME / UniProtKB/Swiss-Prot entries corresponding to 2.7.-.-
All ENZYME / UniProtKB/Swiss-Prot entries corresponding to 2.-.-.-