KEGG   Polistes canadensis: 106787885
Entry
106787885         CDS       T05611                                 
Name
(RefSeq) aminopeptidase N-like
  KO
K11140  aminopeptidase N [EC:3.4.11.2]
Organism
pcf  Polistes canadensis
Pathway
pcf00480  Glutathione metabolism
pcf01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:pcf00001]
 09100 Metabolism
  09106 Metabolism of other amino acids
   00480 Glutathione metabolism
    106787885
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pcf01002]
    106787885
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pcf04131]
    106787885
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:pcf04147]
    106787885
   04090 CD molecules [BR:pcf04090]
    106787885
Enzymes [BR:pcf01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.11  Aminopeptidases
    3.4.11.2  membrane alanyl aminopeptidase
     106787885
Peptidases and inhibitors [BR:pcf01002]
 Metallo peptidases
  Family M1
   106787885
Membrane trafficking [BR:pcf04131]
 Endoplasmic reticulum (ER) - Golgi transport
  Forward pathways
   ER-Golgi intermediate compartment (ERGIC) proteins
    106787885
Exosome [BR:pcf04147]
 Exosomal proteins
  Exosomal proteins of microglial cells
   106787885
CD molecules [BR:pcf04090]
 Proteins
  106787885
SSDB
Motif
Pfam: Peptidase_M1 ERAP1_C Peptidase_M1_N
Other DBs
NCBI-GeneID: 106787885
NCBI-ProteinID: XP_014606108
Position
Unknown
AA seq 1683 aa
MTRILDFHSLELTFDETSVYLESEDGQKYNAIDFVYVNVTEIMTISFEKVIPAGIYYLYA
KFTGIINDQLTGFYRSSYTNDYGEKVWLATTQFQATYARQAFPCWDEPSFKATFNVSIKH
RTNYTALSNMPVYERSTIDESDEKMWTHFQKTPIMSTYTLAFVVSDFVNISNTDDTIRIW
ARSNILPSIIFGYKVALKASILLEEYTNSSMLIPKMDHVVIPDYRHGAMENWGLITYDEK
LFLYNPNTSTVSDKTMTAMIVVHELTHQWFGNVVSPIWWNHIWLNEGFASFFQYYITDKV
FPSWRFMEMLPFHLQLIIHPYNINSCDKPISYNVCSPTDIEDIFDVILYTKTQSLLNMLR
HIVSEDVFHRSLINYLQKNQYSNALPDDLFHEIQIGVDNTPEISRGEFNVKEVMETWIYQ
GDYPLVTVKRNYVTGEAMITQEIVKQCIDNNNTVSIIKCDLNECNDKWWIPINYATETDT
NFLSTLPVHWLSPKNDSIIINGINADDWIIINVQQTGHYQVNYDETNWIKLAKYLNSPNY
EKIHVLNRAQIIQDSYSMIVTNRMNLTIFLDLYNYLSREIDYIVWRPIFEIFDIYLHQFL
GTTEGEKLFKPHVLNWMNNLFESVGFDFDPDDDYRTQLTKSKIRKFACSLGHLKCIMTAN
TQLIEFLEFSNKDQLLDIESKNISEIYDFLNFIEDKNVIEKYLNMTIAENSPFTTENSID
IYEALFYTRYETINFVTDFILRNWDTINSRKSFGFKLARFMIFSATDKNKLQEKRSNSML
RKLIKLFFVLVTIEAFSLQSANDKNVGNESDTTVYRLSTNIIPMHYDLKLESDIVMPDSN
CTGVVDIKIDVRKPTKLIELNWKNVDINETQSYLKNDNNGESYSPKEHRYDLHREMLILV
FDNIIKLTSYNLHLEFSSVFSLDLRGFYRHSYPNENGDRTWLAVTHFQPISARRTFPCWD
EPSFKATFNISLKHYANFTALSNMPAYERSFTDENEDKVWTRFERTPIMATNILAFVITD
FEHISLPERNVTIWARKSVIPLVRFSLEVIPKIEDELKQYMGNDIIVPKIDHIAVPDYSS
GATENWGLITYKESLLVYKENETKVDEMDRIVMLIAHELTHQWFGNLVGPRWWKYMWMSE
GFAAYFQYYITDKVFNEKRMMDKFVLETMQIAFSRDECQYQYPMNIIVNSPSDIPSIYSF
ITYRKAAIVLRMLSHSITDEIFRAGLIKYINENKYKTVTPDDLWRSLQIVLDQSNVKHKN
LDIKSMMDTWTEQAGYPRIVVDRNYDTGTIQVRQFSSTLKEQLNQTCNNKWWIPLNFMTQ
ANPDFSSTLPTHWLSPSENTKTIEGFPKDGWIIVNIQQTGYYRVHYDEENWKRIARYLNS
DEYNNIHVLNRVQIIDDAKNSLMEKDISASTFGMIINYISRETDPLVWKLIYRIFSEFNH
LKDDPKIAVILKPYIRRLLNNKLEDMDYKDNPEDDSWTIKMKQIFKQIACSVDVPECLEN
ATAQLVEYLENSESMMILPDSRDWIFCYGLQNANESVWNNVLNIYVKNQEKMFLTYLSCS
YNRTILENYLAITFSEDSPISKDDIDTVLEQMVVRSKISIDTLIDFINQNLNEPFSKTNT
MDHIFYFISYRITTREQLKKMIAIFSSKGKPLNGMIRHFEMFQAEIEKNIPLALGLVNAT
IIN
NT seq 5052 nt   +upstreamnt  +downstreamnt
atgacgcggatattggattttcattcccttgaattaacatttgacgagactagcgtttat
ttggaaagcgaagatggtcaaaaatacaatgcaattgatttcgtttatgtcaatgtaacg
gaaatcatgacgataagtttcgagaaagttataccagcaggtatttattatttatacgcc
aaattcacgggtattatcaatgaccaattgacgggattttacaggagttcttatacgaac
gattacggcgaaaaagtatggttagcaacaacgcaatttcaagctacgtacgctagacaa
gcttttccgtgttgggatgaaccttcctttaaagcaaccttcaacgtatccataaaacat
cgaacgaattacacagccctttcgaatatgccggtttacgagagatcgacaatcgacgag
agtgatgaaaaaatgtggactcactttcaaaagactcccataatgtccacgtacaccttg
gctttcgttgtgtcagattttgttaatatttctaacaccgacgatacgattagaatttgg
gcgagaagtaacattcttccatcgatcatttttggttacaaggtggctcttaaggcttct
attcttctcgaagaatatacgaacagttcgatgctgataccaaaaatggatcacgttgtt
attccagattatcgtcatggtgctatggagaactggggcctcataacatacgacgagaaa
ctttttctctacaatccaaatacatccactgttagcgataaaactatgactgcgatgatc
gttgttcacgaattgacgcatcaatggtttggaaacgtagtcagtcctatttggtggaat
cacatttggttgaacgaaggcttcgcttcgttttttcaatattatataactgacaaggtc
tttccaagttggagattcatggaaatgttaccatttcatttacaattaattattcatcca
tataacattaattcttgcgacaagccaatcagttataacgtatgcagtcctacggatatc
gaggacattttcgatgtcatactatacacaaaaacacaatctttattaaatatgttgcgt
cacatcgtctccgaagatgtttttcataggagtcttattaattacttgcaaaaaaatcaa
tatagcaacgctttacccgacgatttatttcatgaaattcaaattggcgtagacaatact
ccagaaatatcacgaggtgaatttaatgttaaagaagtaatggaaacttggatatatcaa
ggagattatcctcttgtaacagtaaagaggaattacgttactggcgaggcaatgattact
caagaaattgtcaaacaatgcatcgataacaacaatacggtttcgattattaaatgtgat
ttaaatgagtgcaacgacaaatggtggataccaataaattatgcaacagaaacagacaca
aattttttgtccacgctacccgttcattggttgagtccgaagaacgatagtattattatt
aatggcattaacgccgatgattggataataattaatgtgcaacaaactggacattatcaa
gttaattacgacgagactaattggataaaattggcaaagtatttaaattcacctaactac
gaaaagatacacgttcttaatcgagcacagatcattcaagactcttacagcatgatagtt
acaaacagaatgaatttgacaatatttttagacttgtataattatttatcacgtgaaatt
gattatatcgtatggcgtccaatattcgaaatatttgatatctatttacatcagttttta
ggaaccacagaaggtgaaaagctttttaagccacatgttctcaattggatgaataatctt
ttcgagagcgtgggttttgattttgatcctgatgatgactacagaactcaattgacaaag
tcgaaaattagaaaattcgcttgttctcttggtcatctcaaatgcataatgacggccaat
actcaactgatagaatttttggagttttctaataaagatcagttattggatattgaaagt
aaaaatatatcagagatctatgattttttgaatttcatcgaagataaaaatgtcattgaa
aaatatttaaatatgactatagctgaaaattcaccttttaccacagaaaacagcattgac
atttatgaagctttattttatacccgatatgaaacgatcaatttcgttactgattttatt
ttaagaaattgggacacaattaattctcgtaaaagtttcggatttaaattggctaggttt
atgatattctcagctacggataagaataagttacaagagaaacgatcgaatagcatgtta
agaaaattaataaagttatttttcgtacttgttaccatcgaagcgttttctcttcaatcg
gcaaacgacaaaaatgttgggaacgaaagcgatacgactgtttatcgattatcgacaaac
attataccgatgcattacgatttgaaattggaatctgatatagtgatgcctgattctaat
tgtaccggtgtggtagacattaaaatcgacgttcgaaaaccaacgaaattaatagaatta
aattggaagaatgttgatataaacgaaacgcaaagttatttgaaaaatgacaacaacggt
gaatcgtattcacctaaggaacatcgttacgatttgcatagggaaatgttaatactcgtt
tttgacaatatcatcaaattaacaagttacaatttacatttggaattttcaagtgtattt
tcgttagatttacgtggcttttatcgacattcttatcccaacgagaacggtgatagaacg
tggcttgcggtaactcactttcaaccaatcagcgcgcgtcgtacttttccctgttgggac
gagccatcgtttaaagcaacattcaacatttctttaaaacattatgccaattttacagct
ttatcaaatatgccagcttacgaacgatcgttcactgacgaaaacgaggataaagtatgg
actcgtttcgaacgaactccgatcatggcaacgaatatcttggcctttgtgatcaccgac
ttcgaacatatttctttacccgagaggaatgttacgatctgggctaggaaatctgtcatt
ccgttagtacgattctcgctcgaggtcattccaaagatagaagacgaattgaagcaatac
atgggaaacgatataattgtacccaaaattgatcacattgctgtccctgattattctagc
ggtgctacggaaaattggggccttatcacgtataaagaaagtttattggtatacaaagaa
aatgagactaaagtggatgaaatggatagaatcgtgatgttaattgcacacgaattgaca
caccaatggtttggtaatctggttggtccacgctggtggaaatacatgtggatgagcgag
ggttttgctgcgtactttcaatattacataacggataaggtattcaatgaaaaacgaatg
atggataaattcgtcttggaaacaatgcaaattgctttcagcagggatgagtgtcagtat
caatatccgatgaatataattgttaatagtccttcagatattcctagcatttattcattt
attacttatcgtaaagcggcaatcgttttacgaatgttgtcgcattctatcaccgatgaa
atctttcgtgccggtcttatcaaatatattaatgaaaataaatataagaccgtaacacca
gacgatttgtggcgatcattgcaaattgttttggaccagtcaaatgtgaaacacaaaaat
ctcgatataaaatcaatgatggatacttggacggaacaagcaggatatcccaggattgtc
gtggatcgaaattacgatactggaactatacaagtgcgacaatttagtagtacattaaaa
gaacaacttaatcaaacgtgtaataacaaatggtggatacctttgaactttatgactcaa
gctaatcctgatttttcatcgacattacccacacattggttgagtccatcggaaaataca
aaaacgattgaaggttttcctaaagatggttggatcatcgttaatattcaacaaactgga
tattatcgcgtgcattacgatgaagagaattggaagagaatagcacgttatttaaattcc
gacgaatacaataatatacatgtattaaatcgtgttcaaataatcgacgacgccaagaat
agtttaatggaaaaagatatatccgcttctacatttggaatgataataaattatatatca
cgagaaaccgatcccttagtatggaaacttatatatcgaatattttcagagtttaatcat
ttgaaggatgatcccaaaattgccgttattctcaagccttatatacggcgacttcttaat
aacaaattagaagatatggattataaagataatccggaagatgattcttggacgattaaa
atgaaacagatcttcaaacaaattgcttgtagtgttgatgttcctgaatgtttagaaaat
gcaacagctcaattagtcgagtatcttgaaaattcggaatcgatgatgatactaccagat
tcgcgagattggatattttgttacggattacaaaatgcgaacgagtctgtatggaataat
gttctaaatatttacgtgaaaaatcaggagaaaatgtttttaacgtatctctcatgttcg
tacaatcggacaattttagaaaactacttggctataaccttttccgaagattctccgatt
tctaaagatgacattgataccgtattagaacaaatggtggttagatccaaaattagcatc
gatacacttattgattttattaatcaaaatttgaatgaaccattttcgaaaactaataca
atggaccacattttttatttcatttcatatcgaataactacgagagaacaacttaaaaag
atgatagctatattctcatctaaaggaaaaccattgaacggaatgatacgtcattttgag
atgtttcaagccgaaatcgagaaaaatataccgctagctttaggtctcgtcaatgctact
ataatcaattaa

  All links  
Ontology (6)   
   KEGG BRITE (6)   
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 (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (3)   
   Pfam (3)   
All databases (29)   

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