KEGG A.baumannii_AB0057: AB57

Acinetobacter baumannii AB0057: AB57_1705

Entry

AB57_1705 CDS A.baumannii_AB0057

Gene name glnD

Definition [protein-PII] uridylyltransferase (EC:2.7.7.59)

Orthology K00990 [protein-PII] uridylyltransferase [EC:2.7.7.59]

Pathway abn02020 Two-component system

Class Environmental Information Processing; Signal Transduction;
Two-component system [PATH:abn02020]

SSDB

Motif Pfam: GlnD_UR_UTase ACT HD NTP_transf_2 DUF294

Other DBs NCBI-GI: 213157027
NCBI-GeneID: 7044461
UniProt: B7I420

Position complement(1797386..1800049)

AA seq 887 aa
MINTSPLLNYVSSHHDIKAINQWRTDVEKQLQDSYENGQSIREIIKARSDLVDEALVFLW
KHAELDQSKLGLFAVGGYGRREMLPYSDVDIMILSEDEISEENEKRISTFISSLWDVGNF
KPGISVRTIQSCVEQAATDLTVATTLIEARLITGNTQLAKWPRRIVSQTWTDKTFYDAKM
AEQAKRYHQHNNTESNLEPDIKNAPGGIRDINQIGWIAKRHFRVNRIYDLVHLGFISEFE
LAVLEEAESFLWEIRHHLHRLAKRDENRLLFDHQREIAAKFGYVRQEGQPVNYGVEQFMK
RYYRTAQQVSTLNEMLLAYFSESVITPRLPNYERKIEVVNDHFKIVDNKLAVQHHKIFAE
HPSAILELFYILANRPDIEGIRARTLRLLILAAKRINQSYRDNPEHQALFMSIIRSPYRL
YDTLVAMKRYGVLGNYIPAFGQIMGLMQYDLFHIYTVDAHTLLLLRNLNRFREPEFAKEF
PVVSSVFQRLARQDIVFIAALFHDIAKGRGGDHSELGAEDAIEFGRAHGFTERECKLIAW
LIQNHLLMSLTAQKKDISDPDVVKDFAEKLGDMEHLDYLYTLTVADINATNPKLWNTWRA
SLMRQLYTHARDVIRTGLGRPVDYQMLIEDTKFAASELLVNNFALADVEKVWQELGDEYF
IKESADEIAWHTQAILKHGDNPEPLVLLRAHRKAAQDAVQIFIYTRDQPNLFATTVAVLD
RMNLDVQDAKIITASTAFSLDTYVVLDRFGTLLTDPEREETVKNALVKALSQPDQYPGLM
QRRIPRQLRHFDIENTVDVTLNEALQQNMVEISTLDHPGLLARVGGLFMMQGLDIHSARI
ATLGERAEDIFFVTKKDGKPLNNEEVKLFSEKLKAALDEASNQICQH

NT seq 2664 nt +upstreamnt +downstreamnt
atgatcaatacatcgccattgctgaactatgtctcaagtcatcatgatattaaagccatt
aatcagtggcgaacggatgtagaaaagcaattgcaagattcatatgaaaatgggcaatct
attcgagaaatcattaaagctcgttcagatttagtagatgaagcgctcgtctttttatgg
aaacatgcagaacttgaccagtcaaaactaggtctttttgcagtaggtggttacgggcgc
cgtgaaatgctgccctattctgatgtagatatcatgattttgtctgaagatgaaatcagt
gaagaaaatgaaaagcgcatctctacatttatttcctctttatgggatgtaggaaatttc
aaaccaggtattagtgttcgtaccattcaaagctgtgttgaacaagccgctaccgattta
actgttgccactacattaattgaagcgcgtttaatcacgggcaatacacaacttgcgaaa
tggcctcgccgtattgtttcacagacatggacagacaaaacattttatgacgcaaaaatg
gccgaacaagccaagcgttaccaccaacacaacaatactgaaagtaatttagaacctgac
attaaaaatgcaccgggcggtattcgtgacattaatcaaattggttggattgccaaacgc
cacttccgagtgaaccgtatctatgacttagtgcatttaggtttcatttcagagtttgaa
ttggctgttttagaagaagctgaaagctttctttgggaaattcgacatcatttacaccgt
ttagccaaacgtgatgaaaaccgtttactctttgaccatcaaagagaaattgctgctaaa
tttggttatgttcgtcaagaaggccaacctgtaaattacggcgttgagcaattcatgaaa
cgctactaccgtacggcgcagcaggtttcaacactcaatgaaatgttactggcgtatttt
agtgagtcagtcattactcctcgactccccaactatgaacgcaaaattgaagttgttaac
gatcactttaagattgtcgacaataaacttgcagtacaacatcataaaatttttgcagag
catccgagcgcgatcttagagttattctatattttagcgaatcgaccagatattgaaggt
attcgcgctcgaactttgcgcttactcattcttgctgcgaaacgaattaaccaaagttat
cgtgataacccagagcatcaagcattatttatgtcgattattcgctcaccatatcggcta
tacgataccttggtcgcgatgaaacgttatggtgtgttaggaaactatattcctgctttt
ggtcaaattatgggtcttatgcaatatgacctattccatatctatacggtcgatgctcac
accttattattgctgcgtaatttaaatcgttttagagaacctgaatttgccaaagaattc
cctgtagtaagttcggttttccaacgtcttgctcgtcaagatattgtctttattgctgct
ttattccacgacatcgcaaaaggccgtggtggtgaccatagtgaacttggcgcagaagac
gcgattgagtttggacgtgcacatggctttacagagcgtgaatgcaaattaattgcatgg
cttatacaaaaccatttgctcatgtcactcacagctcagaaaaaagatatttctgatcct
gacgtcgtgaaagattttgcagaaaaacttggcgacatggagcatcttgattatctctac
actttaacagttgcagatattaacgccacaaatccaaaactttggaacacatggcgcgca
tcgcttatgcgtcaactttatacgcatgcccgtgatgtaatccgtacaggtttaggtcgt
cctgttgactaccaaatgttaattgaagacaccaaatttgcagcaagtgaattactggta
aataactttgcattggctgatgtcgaaaaagtatggcaagaacttggtgatgaatacttc
attaaagagtcggcagatgaaattgcatggcatacacaagcaattttaaaacatggtgat
aatccagagccattagtcctcttgcgtgcccaccgtaaagcagctcaagatgcggtgcaa
atctttatttatacacgtgaccaacctaacctatttgctactactgttgctgttttagac
cgaatgaacctagacgttcaggacgcaaaaattatcacagcaagtacagcatttagctta
gacacttatgttgtactcgatcgtttcggtacattgcttaccgacccagaacgtgaagaa
accgttaaaaatgcattagtgaaggcgcttagccaaccagaccaatacccaggactcatg
caacgccgtattccgcgtcaattacgtcacttcgatatcgaaaatacagtcgacgtaaca
ttaaatgaagccttacagcaaaatatggtcgaaatttcaacactcgatcaccctggccta
cttgcacgcgtgggtggtttatttatgatgcaaggtttagacatccattcagcccgaatt
gcaactttaggtgaacgtgccgaagatattttctttgtcaccaaaaaagatggtaaaccg
ctgaataacgaagaggtcaaactcttctcggaaaaactgaaagctgcattagatgaagca
tctaatcaaatttgtcagcactga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (2)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (16)

DBGET integrated database retrieval system