| Entry |
|
|---|
| Definition |
peptidoglycan glycosyltransferase
|
|---|
| Orthology |
| cell division protein FtsI (penicillin-binding protein 3) [EC: 2.4.1.129] |
|
|---|
| Organism |
rai Riemerella anatipestifer ATCC 11845 = DSM 15868
|
|---|
| Pathway |
| Peptidoglycan biosynthesis |
|
|---|
| Class |
Metabolism; Glycan biosynthesis and metabolism; Peptidoglycan biosynthesis [PATH: rai00550]
 |
|---|
| SSDB |
    |
|---|
| Motif |
 |
|---|
| Other DBs |
NCBI-GI: NCBI-GeneID: UniProt: |
|---|
| Position |
complement(1303943..1305934)
 |
|---|
| AA seq |
663 aa  
MQTKNEFDRKRTKTLMWGYLFGGAAFFLFITFIIRIFLLQNTNVQEIEEDYINKNYREAT
LKAVRGNLYASDGSILATTVMRYDVYIDFKTIKDTLYSKNIGALTDSLSKMFGKPKHYFR
ETFDAQRKKGNQYYSLKRDLDFDEYDRIRKFPIFNKGKNKGGFIIDRKYKRELATAKIGS
GTIGMDNEAYKSGLEGAFSEYLSGKDGSRLEQRVNSTQWKPIDHWKAKEPIDGQDVYTTL
DLRIQDIAHSALEKQLISFNADHGTVIVMETQTGKVRAMVNLRKKESGVYVDSYNYAIKN
ATEPGSTFKVVSLLAAMDDGFIDENTTVNVGGGVWTYAKQRISDGHGGGTYEISDVLAKS
SNVGTAKLITKYYADKPEVFLNHLKRWKMFDKMDIELPGITKPKIVTPEDKRWNKATLAS
LSYGYSSNFTLLQLATFYNGIANNGKMVKPLFIDKIMKDGKITYEAKPEVMVNKMASDKA
IKMMTDALTKAVEKGTAKSIFTPNLKMAGKTGTARFEYWKAGPMKYQASFAGFYPSDNPK
YTCIVMVNQPDTSIGFYGGTVAAPVFKEIAGKTFLKTPLNVEKEMLQDKKVNLNKMTAPK
VKIAINRRQMPALVGMAGREVIPQLENLGYRVDYKGVGKVLEQFPKEGTIIKKDQKIYLT
LQK |
|---|
| NT seq |
1992 nt  +upstreamnt +downstreamnt
atgcaaactaagaacgaatttgatagaaaaagaaccaagacattgatgtgggggtacctt
tttggaggtgctgctttctttttgtttattactttcattattcgtattttcttattgcaa
aatactaatgttcaggagatagaagaagattatatcaataaaaactatagagaggcaacg
ctaaaagcagtgagaggcaacttgtatgcctcagatggttctatacttgccactacagtt
atgaggtatgatgtttatatagattttaagactataaaagatactctttatagcaaaaat
ataggagcgcttaccgattctttaagcaaaatgtttgggaaacctaaacattactttagg
gaaacttttgatgctcaaaggaaaaaaggcaatcagtattattctcttaaaagagattta
gattttgatgaatacgaccgtataagaaagttccctatctttaataaaggtaaaaataag
ggtggttttatcattgatagaaaatacaagcgagaattagctaccgcaaaaataggttcg
ggaactataggtatggataacgaagcttataaatctggactggaaggagcgtttagtgaa
tatctatcgggtaaagatggttcaagattggagcaaagggtaaattcgacccagtggaaa
cccattgaccattggaaggctaaagaacctattgatgggcaagatgtctatactactctt
gatttaagaatacaagatattgctcactctgcattggagaagcagctaataagttttaat
gcagaccatgggacggttatcgttatggaaacccaaacgggaaaggtaagagcaatggta
aatctcagaaaaaaagaaagtggagtttatgtagattcatataattatgctataaaaaat
gctacggaacctggttctacatttaaggtagtttctcttttggcagcgatggacgacggt
tttatagatgaaaatacaaccgtaaatgtaggtggcggagtatggacttacgctaagcaa
agaatttctgacggacacggtggaggaacttatgagattagtgatgttttggcaaaatca
agcaatgtgggtacggcaaaactcattactaaatattatgcagataaaccagaggtattc
cttaatcatcttaaaagatggaagatgtttgataagatggatatagaacttccagggatt
acaaaaccaaagatagttactccagaagataagagatggaataaggctactctagcgtct
ttgtcttacggttattcgtctaattttacattgttgcagttagctacattttataatggt
attgctaataatggtaaaatggtaaagcctcttttcatagacaaaataatgaaagacggt
aagattacatacgaagccaaaccagaagtaatggtaaataagatggcatcagataaagct
ataaaaatgatgacagatgcacttactaaagcggtagaaaaaggtacagcaaaaagtatc
ttcacacctaatcttaaaatggcgggaaaaacagggacggcaagatttgaatactggaaa
gctggaccaatgaaatatcaggcgtcttttgcagggttttatccttcggataatccaaaa
tatacttgtatcgttatggttaatcagcccgatacttctattgggttttacggaggtacg
gtggcggctcctgtatttaaggaaatagcaggaaaaactttcttaaaaacaccactgaat
gtggaaaaagaaatgctccaagataaaaaagtgaatttaaataagatgaccgctcctaag
gtaaagatagcaataaaccgtcggcagatgcctgcattagtaggtatggcaggtagagaa
gttattccacagttggagaatttgggttatcgtgtagattataaaggtgtaggtaaagtc
ttagaacagtttcctaaagaaggaactatcataaagaaagaccaaaaaatttaccttaca
ctacaaaaataa |
|---|
