KEGG T01390: TEQUI

Taylorella equigenitalis MCE9: TEQUI_0311

Entry

TEQUI_0311 CDS T01390

Definition

murein precusor biosynthesis protein

Orthology

K15792

murE/murF fusion protein [EC:6.3.2.13 6.3.2.10]

Organism

teq Taylorella equigenitalis MCE9

Pathway

teq00300	Lysine biosynthesis
teq00550	Peptidoglycan biosynthesis
teq01100	Metabolic pathways

Class

Metabolism; Amino acid metabolism; Lysine biosynthesis [PATH:teq00300]
Metabolism; Glycan biosynthesis and metabolism; Peptidoglycan biosynthesis [PATH:teq00550]

SSDB

Motif

Pfam:

Mur_ligase_M Mur_ligase_C Mur_ligase

Other DBs

NCBI-GI:

319778488

NCBI-GeneID:

10114146

UniProt:

E8UEG2

Position

complement(326229..328958)

AA seq 909 aa
MYEILNWLKQHVDLDAHLRLDSRDIQKGDVFVACKGHKGDGKEFLTDAIENGASAILIED
NLDIVVLQTPVLVVKNLRQKLGELADAWYGSPSSKIAVIALTGTNGKTSCAHWISKALNS
INIPCATIGTLGTILPSGENLGGSLTTPDVLSVHRILATLVARGIEIVTIEASSIGIEQG
RLDSVQIKIAGFTNLTLDHLDYHKSMQEYEEAKTSLFLRDGLECAIFNLDDMAGVRMYEK
SKASRNLGYSILSNSKAVITASELEFHDYGLSFNIQLPEGKSQVITRLAGRHNIYNLLLV
AGVLSHLNVSVEKIVEIIATIRPVPGRLKLVDIQPFSSSRLINLPHVYVDYSHTPDALAN
AIKALEVVKNIRGGKMACVFGCGGDRDKTKRPVMAKVASECADDIYITSDNPRTENASDI
LNDILKGAKKYSFSHIDRAYTILHAILNASKNDTILIAGKGHEDYQEINGVKHHFDDSHW
AGIGLMLRAGYKINTDSRTLKSDEIFLAIKGENFDGHDFLETIDCIGAIVSKPNPKAKVR
QFIVDDTTLAMGTIAKAWRSQFDIPVIAVCGSNGKTTCKEMIASILKSYAGDGAYFATRG
NLNNHIGVPKSLLSLTDNHRIAVFELGMNHPGEIEYLSGLAKPTIAVVTNAQREHQEFMK
SVEAVARENGSVFQSLDADGVAIYPRSSPYSYIWDEQSRHCKSITFGEAGSVNATNISYD
SEGSSFTVDVESEKLNIHLSILGDHNIQNALAAIATTLSAGIDKKYIESGLAEFKAVKGR
LQKHILKDGTVILDDTYNANPDSVIAAIDILKTLATPRTLVLGDMGEVGVDGVQMHEEIG
TYARENGIDNLLTLGELTKFAQEKFGDNTHFNSHDELAKFLISLHSKSIIIKGSRFMKME
KVLEALTKD

NT seq 2730 nt +upstreamnt +downstreamnt
atgtatgaaattttgaattggcttaagcagcatgtagatttagatgctcacttgagactt
gatagcagagacatccaaaaaggggatgtctttgtcgcttgtaaagggcataaaggagac
gggaaagagtttttaacagatgccatagaaaacggtgcctctgcaatccttattgaagat
aatttagatattgttgttttacaaacgccagtattagtagttaaaaaccttcgtcaaaag
ttaggggagcttgcagatgcctggtatggtagtccgtcaagcaagatagcggttattgct
ctaacaggaactaatggtaaaacatcatgtgctcattggatttcaaaggcgctgaattcc
ataaatataccgtgtgcgactattggaactttgggtacgatattgccttcaggagaaaac
cttgggggtagcctaacaactccagatgttttaagtgtacataggattttagctactctt
gttgcacgtggaattgaaattgtgacgattgaggcctcatctataggtatagagcaagga
cgtttagattcagttcaaattaagatagcgggatttacaaatcttactttagatcatcta
gactatcataaatcgatgcaagaatacgaagaagccaagacttctttgtttttgcgagat
ggtttagagtgtgcaatttttaaccttgatgatatggctggggttcgtatgtacgaaaaa
agtaaagctagtcgtaatcttggttacagtatattatccaactcaaaagctgtcataact
gcatcagaacttgaatttcacgattatggactatctttcaatatacagttgcctgagggt
aagtcgcaagttataactagacttgctggtcgtcacaatatttataatctccttttagta
gcaggtgttctaagtcacttaaatgtaagtgtagaaaaaatagtagaaattatagccaca
ataagacctgttcctggtcgccttaaacttgtagatattcaaccgttttcaagctctaga
cttataaatttacctcatgtatatgttgattattcacatactccagatgcattggcaaat
gcgataaaagctcttgaagtcgtaaaaaatattagaggcggaaagatggcatgtgtattt
ggctgtggaggagatagagacaaaactaaaagacctgtgatggccaaagtagcttctgag
tgtgcagatgatatttatataactagcgataatccaagaactgaaaatgctagtgatatc
ttaaatgacatactgaaaggggcaaaaaaatactcattctcacatattgatagagcatac
acaattcttcatgcaatactaaatgcttcgaaaaatgacaccatacttattgctggcaaa
gggcatgaggattatcaagaaataaacggtgttaagcatcacttcgatgattctcattgg
gctgggattggcttgatgcttagggcgggttataaaatcaatacggatagtagaactcta
aaatctgacgagattttcttggcaataaagggagagaattttgatgggcatgattttcta
gaaactattgattgcataggggcaatagtaagcaaacccaatccaaaagctaaagttaga
caatttatagtagacgataccactttggcaatgggtactattgctaaagcatggcgatct
caattcgatatacctgttattgcagtgtgtggatcgaatggaaaaaccacgtgcaaggaa
atgatagcctctatattaaagtcttatgctggagatggagcctatttcgctactagaggt
aatcttaataatcatattggcgttccaaaaagtcttctaagtcttacagataatcataga
attgcagtatttgaacttggaatgaatcatccaggtgaaatagagtatctctcagggtta
gcaaaacctacaattgcagtagttacaaatgcacagcgtgagcatcaagagtttatgaaa
agtgttgaagcggtagccagggaaaatggcagtgttttccagtctttagatgctgatggt
gtagctatttacccgagaagttcaccgtattcctatatatgggatgagcagtctagacac
tgtaaatctattacatttggagaagctgggtcagttaatgccactaatatctcatatgac
tctgagggatctagtttcactgtcgatgtagagagtgaaaaattaaatattcacttatca
attttaggtgatcataatatccaaaatgcacttgcagctatagccactactttaagtgca
ggtatagataaaaaatatattgaatcaggcttggctgaatttaaagcagtcaagggtcga
ttgcagaaacatatattgaaagacggcaccgtaattctagacgatacatataatgcaaat
cctgactcagttatagcagctattgatatccttaaaaccttagctactccacgtacattg
gtattgggtgatatgggggaagttggtgttgatggtgtgcaaatgcatgaagaaataggg
acctacgcaagggaaaatggtatagataatcttttaacattgggcgagctaactaaattc
gcacaagaaaaatttggcgataacacacactttaatagtcatgatgaacttgctaaattt
ttaatttcactacattcaaaatcaatcatcatcaagggctctagatttatgaaaatggaa
aaagttcttgaggctcttactaaggattaa

All links

Pathway (3)   
   KEGG PATHWAY (3)   
Chemical substance (8)   
   KEGG COMPOUND (8)   
Chemical reaction (4)   
   KEGG ENZYME (2)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (25)   

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