| Entry |
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| Definition |
cell division protein ftsI
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| Orthology |
| cell division protein FtsI (penicillin-binding protein 3) [EC: 2.4.1.129] |
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| Organism |
fnu Fusobacterium nucleatum subsp. nucleatum ATCC 25586
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| Pathway |
| Peptidoglycan biosynthesis |
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| Class |
Metabolism; Glycan biosynthesis and metabolism; Peptidoglycan biosynthesis [PATH: fnu00550]
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| SSDB |
    |
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| Motif |
 |
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| Other DBs |
NCBI-GI: NCBI-GeneID: UniProt: |
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| Position |
1809582..1811717
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| AA seq |
711 aa  
MLFVLGVSGYLIYNKSFFLLTLFLFSIVYLVFSIAVISNWGKKQLFAKRSSIMLLIILFF
LIVYGLRLLGIQYLQKSKYVALMNEQLLSINKEIGQRGLIYDNKEKKLAFNNRKYTISIN
PSLLNDEKIHDEIVKDIVAIRDSKIVKLEDNILEKLSKLASEGNRYKRLVKDIDDEQKEQ
IDELLAGIERTKVKGSPKYRTVLQFEKSIERKYYKQDEYEKLIGMVRFTEESRDERLGIS
GLEKQYQNYLVEKRRNIPKLYGLNKKNILALSKETLFSDLNGKNLYLTIDADLNFILNDE
IKAQFKNTNAYEAYGLIMDPNNGKILAVAAFSKDKNLLRNNIFQSQYEPGSIFKPLIVAA
AMNEKFINENTAFNVGDGKIKRFKKTIRESSRSTRGIITAREVVMKSSNVGMVLISDYFT
NALFEDYLKAFGLYDKTGVDFPNELKPYTSSYKNWDGLKKNNMAFGQGVVITPIQMITAF
SAVVNGGTLYKPYIVEKITDSEGTVIMRNTPTAVRKVISEEVSEKMRSILEDTVEKGTGK
RAYIEGYAVGGKTGTAQLSAGKSGYIRNEYLSSFIGFFPADKPKYIVMAMFMRPQADIQA
NKFGGVVAAPVVGNIIRRIIKEEEGFAKNVETINVSSSKDENGESIKSNLDAISYEDVMP
DLEGMNPQEVLAVFKETNIDIEVIGTGLVEEQRPAAGDSLKNVKKVKIILK |
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| NT seq |
2136 nt  +upstreamnt +downstreamnt
ttgctatttgttctaggtgtatctggatatcttatttataataaaagttttttccttcta
acacttttcttattttcaatagtctatcttgtattttctattgcagtaatcagtaattgg
gggaaaaaacaattgtttgcaaaaagaagcagtataatgttattaattatactctttttt
ctaattgtctatggacttagattacttggaatccaatatcttcaaaaatctaaatatgtt
gctcttatgaatgaacaactattaagcattaacaaagaaattggacaaagaggtttaata
tatgataataaagaaaaaaaacttgcttttaataatagaaaatatacaatttctataaat
ccatctcttttaaatgatgagaagatacatgatgaaattgtaaaggatatagtagctata
agagatagtaaaatagtaaaattagaagataatatattagaaaaattatcaaaattagct
agtgaaggaaatagatataaaagacttgtcaaggatatagatgatgagcaaaaagaacaa
atagatgaattattagcaggaattgaaagaacaaaagttaagggaagtccaaaatataga
acagttttacaatttgagaagtctattgaaagaaaatattataaacaagatgaatatgaa
aagttaataggtatggttagatttacagaagaatctagagatgaaagattaggaatttct
ggtttagaaaaacaatatcaaaattatttagttgaaaaaagaagaaatattccaaaactt
tatggtctaaataaaaaaaatattttagcactttcaaaagaaacactattttcagatttg
aatggaaaaaatctttacttaacaatagatgcagacttaaattttattttaaatgatgaa
ataaaagcacaatttaaaaatactaatgcttatgaagcttatggtcttattatggatcct
aataatggaaaaattttagcagtagcagctttttcaaaagataaaaatttattaagaaat
aatatatttcaaagtcaatatgagccaggttctatatttaaacctcttatagtagcggct
gctatgaatgaaaaatttataaatgaaaatacagcatttaatgttggtgatggaaaaatt
aaaagattcaaaaaaacaatcagagaaagtagtagatctacaagaggaattataactgca
agagaagttgttatgaaatcaagtaatgtcggtatggtacttatcagtgattatttcact
aatgctctttttgaagattatttaaaagcttttggactatatgataagacaggagtagat
tttccaaatgaattaaaaccatatacaagttcatataaaaattgggatggtttaaagaaa
aataatatggcatttggacaaggagttgttataacacctattcaaatgataactgctttt
tctgctgttgtaaatggtggaacattatataaaccatatatagttgaaaagataactgat
agtgaaggaactgttataatgagaaatactcccactgctgtcagaaaagttatatcagaa
gaagtctctgaaaaaatgagaagtattttggaagatacagtagaaaaaggcactggtaaa
agggcatatatagagggctatgctgttggtggaaaaacaggaactgctcaattaagtgct
ggtaagtcaggatatattagaaatgaatatctatcttcattcattggtttcttcccagct
gataaaccaaaatacatagtaatggcaatgtttatgagaccacaagcagatatacaagct
aataaattcggtggagttgttgctgcaccagtggttggtaatattatcagaagaattata
aaagaagaagaaggttttgctaaaaatgtagaaacaataaacgtttcaagttcaaaagat
gaaaatggagaaagtataaaatctaacttagatgctataagttatgaagatgttatgcca
gatttagaaggtatgaatccacaagaagttttagctgtttttaaagaaactaatatagat
atagaagttattggaacagggcttgttgaagaacaaagaccagctgctggagatagttta
aaaaatgtaaaaaaagtgaagattatattgaaataa |
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