KEGG   Francisella cf. novicida Fx1: FNFX1_1806
Entry
FNFX1_1806        CDS       T01937                                 
Name
(GenBank) Membrane alanine aminopeptidase N
  KO
K01256  aminopeptidase N [EC:3.4.11.2]
Organism
fcf  Francisella cf. novicida Fx1
Pathway
fcf00480  Glutathione metabolism
fcf01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:fcf00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    FNFX1_1806
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:fcf01002]
    FNFX1_1806
Enzymes [BR:fcf01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.11  Aminopeptidases
    3.4.11.2  membrane alanyl aminopeptidase
     FNFX1_1806
Peptidases and inhibitors [BR:fcf01002]
 Metallo peptidases
  Family M1
   FNFX1_1806
SSDB
Motif
Pfam: DUF3458_C Peptidase_M1 DUF3458 Peptidase_M1_N Peptidase_M61
Other DBs
NCBI-ProteinID: AEE88191
Position
complement(1900133..1902712)
AA seq 859 aa
MTDPKIKYLKDYKPSNYLIDETHLIFELDESKTRVTANLHIVANRENRENNTLVLDGVEL
KLLSIKLNNKQLSPAEFTVNENQLIINNVPEKFVLQTVVEINPSANTSLEGLYKSGDVFS
TQCEATGFRKITYYLDRPDVMAAFTVKIIADKKKYPIILSNGDKIDSGDISDNQHFAVWK
DPFKKPCYLFALVAGDLASIKDTYITKSQRKVSLEIYAFKQDIDKCHYAMQAVKDSMKWD
EDRFGLEYDLDTFMIVAVPDFNAGAMENKGLNIFNTKYIMASNKTATDKDFELVQSVVGH
EYFHNWTGDRVTCRDWFQLSLKEGLTVFRDQEFTSDLNSRDVKRIDDVRIIRSAQFAEDA
SPMSHPIRPESYIEMNNFYTVTVYNKGAEIIRMIHTLLGEAGFQKGMKLYFERHDGQAVT
CDDFVNAMADANNRDFSLFKRWYAQSGTPNIKVSENYDASSQTYSLKLEQTTLPTADQKE
KQALHIPVKMGLITPEGENIAEQVIELKEQKQTYTFENITAKPVASLFRDFSAPVKVEHK
CSEKDLLHIVKYDNNAFNRWDSLQQIATNIILNNADVNDEFLNAFKSILHDKDLDKALIS
NALLIPTESTIAEAMRVIMVDDIVVSRKNVVNQLADKLKDDWLAVYQQCNDNKPYSLSAE
QIAKRKLKGVCLSYLMNANDQSQGTELAQQLFDTADNMTDQQIAFTELLKSNDKQVRDNA
INEFYNRWKHEDLVVNKWLLSQAQISHESALDIVKGLVNHPAYNPKNPNKVYSLIGGFGA
NFSQYHRKDGLGYAFMADTVLELDKFNHQVAARMARNLMSWKRYDADRQAMMKNALEKIK
ASNPSKNVFEIVSKSLDII
NT seq 2580 nt   +upstreamnt  +downstreamnt
atgactgatccaaaaattaaatatttaaaagactataaaccaagtaattatcttatagat
gagacacatctgatatttgagcttgatgaatctaaaactagagtaacagcaaacttacat
atagttgctaatcgagaaaatcgcgaaaataatacattagttttagatggtgtagagttg
aagcttttatcaataaaactaaacaataaacagctttcaccagcagaatttacagttaat
gaaaatcaattgattatcaataatgttcctgagaaatttgttttacagacagttgttgag
attaatccttcggctaatacatctttagaaggcttatacaaatctggagatgtattctct
acacaatgtgaagctacaggatttagaaagattacatactatctagatagacctgatgtt
atggcagctttcactgtcaaaataattgctgacaagaaaaaatatcctataatcctttct
aatggtgacaaaattgattctggagatatttcagataatcagcattttgctgtatggaaa
gatccatttaagaagccttgctatttatttgctttagtcgctggtgatctagctagtatt
aaagatacatatatcacaaaatcacaacgtaaagttagtttagaaatatacgcttttaaa
caagatatagataaatgtcattatgcgatgcaagctgtcaaagactcgatgaaatgggat
gaagatagattcggcttagaatatgacttagatacttttatgattgttgcagtgcctgat
tttaatgctggggcaatggagaataagggtctaaatatctttaatactaaatatattatg
gctagtaataagactgctactgataaggattttgagttagtacaaagtgttgttgggcat
gagtattttcataactggacaggcgatagagttacatgtagagattggtttcaattaagt
ctaaaagaaggcttaactgtatttagagaccaagagtttacttctgatttaaactcaaga
gatgttaagcgaatagatgacgttcgtataatcagaagtgctcaatttgcggaagatgct
agtccgatgtcacatcccatccgtcctgagtcatacattgaaatgaataatttttatacg
gttacagtttacaataaaggtgcagagataattcgtatgattcataccctgctaggtgag
gcaggtttccaaaaaggtatgaaactatactttgaaaggcatgatggtcaagctgttact
tgtgatgattttgtaaatgctatggcagatgctaataatcgtgattttagtttgtttaag
agatggtatgctcagtctggtacgccaaatattaaagttagcgaaaactatgatgcatca
agccaaacctatagcttaaaactagagcaaactactctaccaacagctgatcaaaaagaa
aaacaagctcttcatatacctgttaaaatggggcttataaccccagagggtgaaaatata
gcagagcaagtcattgagcttaaagaacaaaaacagacttacacttttgagaatattaca
gccaaaccagtagcttctttatttagagatttttctgcgcctgtgaaagttgaacataag
tgttctgaaaaagatttgttacatattgtcaaatatgataataatgcctttaatcgttgg
gattctttgcaacaaatagctactaacataattttaaataatgctgatgtaaatgatgag
tttttgaatgcttttaaatcaatcttacatgataaagatttagataaagccttaattagt
aatgctctacttataccaactgagtctacaattgctgaggcaatgcgagtaattatggtt
gatgatattgtcgtatctcgcaaaaatgttgtaaatcagttagcagataaactaaaagat
gattggttagctgtatatcaacaatgtaatgataataagccatatagcctatctgctgaa
caaattgctaaaagaaagttaaaaggcgtttgtttaagctatctaatgaatgctaatgat
caaagtcaaggtactgagctagcacaacagttgtttgatactgctgataatatgacagat
cagcaaattgcatttacagagttattaaagtctaatgataagcaagttcgtgataatgct
attaatgagttttataaccgttggaagcatgaagacttagtagtaaataaatggttatta
tctcaagctcaaatctctcatgagtcagctttagatatagtcaaaggcttagttaatcat
cctgcatataaccctaaaaatcctaacaaagtttattcactaattggcggttttggcgct
aatttctcacaatatcatcgtaaagatggtttaggatatgctttcatggctgatacagta
ctagagcttgataaatttaatcatcaagttgctgcaagaatggctcgaaatctgatgagc
tggaaacgctatgatgctgatagacaagctatgatgaaaaatgctcttgaaaaaatcaaa
gcttctaatcctagtaaaaatgtctttgaaattgttagtaagagtttggatatcatctaa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (3)   
   KEGG ENZYME (1)   
   KEGG REACTION (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein domain (5)   
   Pfam (5)   
All databases (23)   

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