KEGG   Nothobranchius furzeri (turquoise killifish): 107381138
Entry
107381138         CDS       T05163                                 
Symbol
tpp2
Name
(RefSeq) tripeptidyl-peptidase 2 isoform X1
  KO
K01280  tripeptidyl-peptidase II [EC:3.4.14.10]
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:nfu01002]
    107381138 (tpp2)
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:nfu03110]
    107381138 (tpp2)
Enzymes [BR:nfu01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.14  Dipeptidyl-peptidases and tripeptidyl-peptidases
    3.4.14.10  tripeptidyl-peptidase II
     107381138 (tpp2)
Peptidases and inhibitors [BR:nfu01002]
 Serine peptidases
  Family S8: subtilisin family
   107381138 (tpp2)
Chaperones and folding catalysts [BR:nfu03110]
 Intramolecular chaperones
  Subtilisin family
   107381138 (tpp2)
SSDB
Motif
Pfam: TPPII Peptidase_S8 TPPII_Ig-like-1 TPPII_GBD TPPII_C
Other DBs
NCBI-GeneID: 107381138
NCBI-ProteinID: XP_015808177
UniProt: A0A1A8UEB8
Position
sgr07:8745..23659
AA seq 1275 aa
MAAHSTEEPFPFHGLLPKKETGAASYLTRFPEYDGRGVLIAILDTGVDPGAPGMQVTTEG
KPKIVDIIDTTGSGDVTMTTVVEPNDGTIIGLSGRTLKIPPAWVNPSGKYRIGVKNGFEF
FPKALKERIQKEQKEKIWDPQHRAALAEVCRKTEEFDLAHPTPSQNEKLQKEEFQNQSEL
LASLEKKYSDPGPVYDCILWHDGVTWKAVVDTSECGELAQCTVLSSYREKQEYATLGKAE
MLNYSVNVYDEGNMLCIVTSGGAHGTHVASIAAGYFPEEPERNGVAPGAQILALKIGDTR
LSTMETGTGLIRAMIEVINYKCDLVNYSYGEATHWPNSGRICEVITEAVQKHNVIFVSSA
GNNGPCLSTVGCPGGTTSSVIGVGAYVTPDMMVAEYSLREKLPPNQYTWSSRGPSTDGAL
GVSISAPGGAIASVPNWTLRGTQLMNGTSMSSPNACGGIALVLSGLKQNGICPSAPAVRR
ALENTALKVDDIEVFAQGHGIIQVDKALDYLTQHASLPTSHLGFSVSVGSQRGIYLRDPA
QVLTPSDHGVGIEPIFPENTENSERISLQLHLALTCAAPWVQCPSHLELMNQCRHVNIRI
DPIGLREGVHYTEVCGYDTAAPSCGPLFRVPITVIIPIKVADGRTQEVRFTDVHFRPGQI
RRHFVTVPQGASWAEITLTSHSGDVSSKFVLHAVHLVKQRAYRANEFYKFSSLLEKGSLT
EAFPVLSGRVVEFCVARWWASLGEVTVDYSMVFHGLSISPSPLHIHASEGVTSFDVSSPL
RYEEVSPTITLKSWVQPLRPVSSKIKALGARDVLPNNRQLYEVVLTYSFHQPKSGEVTPS
CPMLCELLYESEFDSQLWMLFDQNKRLLGSGDAYPHQYSLKLEKGDYTVRLQVRHEQSSE
LERLKDLPFVVSHRLSSTLNLDVYETHRAALMAKKKANSITLCPGATQPFYVTSLPDDKI
PKGTCPGCYLSGSLVVPKSEYGKKAGQASAKRQGKYQKDIVPVTYHLIPAPNKSKNGGKE
KDKDGDKEKEVKDEFAEAMRDLKIQWMTKLETSAIYDELIENYSDYLPLHVQRLHQLDLE
KERGKRLAEVVSAADIVISHIDQTALAVYLSMKTDPRPEAASIKTDMEKQKSSLLDALCR
KGCALADQLLVPSATQDGAGAGQAASGEAAEQQVASSSEDTLLNVTKALTDTFWEVQKWA
ELTDSKVLMFSYKHALVNKMYGRALKYASKMVEEKPSRENMKNCIQLMRHLGWTHCATFS
ENWLPIMYPADFTPF
NT seq 3828 nt   +upstreamnt  +downstreamnt
atggctgctcattctaccgaagagccatttccttttcacgggcttctccccaagaaagaa
accggagctgcctcttacctcacccggttccctgagtacgatggaagaggggtgctcatc
gccatcctcgacaccggcgtggatccaggggcccccggcatgcaggtcacaactgagggg
aaaccaaagattgtggacatcatagacacaacaggcagcggtgatgtgaccatgactaca
gtggtagaaccgaacgatgggacaatcattggcctctctggtagaacacttaagatccct
cctgcctgggtcaatccatcagggaagtatcgcattggagttaaaaatggctttgagttc
ttccctaaggctcttaaagaaaggatacagaaagagcaaaaggagaagatttgggatcca
cagcacagagcagccctcgctgaagtctgccggaagacagaagagtttgaccttgctcac
ccgacgccttcacagaatgaaaagttgcagaaggaagagtttcagaatcagtcagagctg
ctggcatcgctggaaaagaagtacagtgaccctggtcctgtgtatgactgcatactttgg
catgatggtgtcacgtggaaggctgtagtcgacacatctgagtgtggagagctagcccag
tgtaccgtgctgagctcatacagagaaaaacaagagtatgctactttgggaaaagctgag
atgcttaactactctgttaatgtctacgatgaggggaatatgctctgcattgttaccagt
ggaggggctcatggaacacatgtggcgagcattgcagcagggtacttcccagaggaacca
gaacgtaatggcgtggctcctggtgcccaaattctggcattgaaaattggtgacactcgc
ctcagcaccatggaaacgggcaccgggctcatccgcgcgatgattgaagtaatcaactac
aagtgtgacctggtgaactacagctacggggaagccactcactggcctaattcagggagg
atttgtgaggtcattactgaggctgtgcagaagcacaatgtgatttttgtgtcaagtgca
ggaaacaacggcccctgcctctccaccgtcggctgcccgggaggaaccaccagcagtgtc
ataggcgtcggagcatatgttactccagacatgatggtggctgagtattccctaagggaa
aagcttcctcccaaccagtacacgtggtcatctaggggccccagcaccgacggggcactg
ggggtcagcatcagcgcccctggcggtgccattgcatctgtacccaactggacccttcgt
ggcactcagctaatgaacggcacgtctatgtcatcccctaatgcctgtggcggcatcgct
ctagtcctctcaggattaaagcagaatgggatttgtccttctgctcctgctgtgagaaga
gcgttggaaaacacggctctgaaggttgatgacattgaggtgtttgcacagggtcatgga
ataatccaggtggacaaagcgttagactacctcactcagcatgcctctttacccacaagc
cacctaggcttctcagtaagcgtgggatcacagagaggcatctacctcagggatccagcc
caagttctcacgccttcagatcacggagttggaattgagcccatcttcccagaaaacaca
gaaaactctgagcgaatttccttgcagctacatctggccctcacatgtgctgccccttgg
gttcagtgcccctcccatctagagctgatgaatcagtgtcgccacgtcaacatccgcatc
gatcctatcgggctgagagagggagtgcactacacagaggtttgtggatacgacacagca
gcacctagctgtggtccgctattcagagtcccgatcactgtcattatccctatcaaagtg
gcagatggtcgaactcaagaggtgcgtttcacagacgtccacttccgaccaggacagatc
agacgccacttcgtcactgttcctcagggggcgtcctgggcagagatcactctgacctct
cattcaggagatgtttcatccaaatttgttcttcatgcggtgcacctggtcaaacagaga
gcctatcgagctaacgagttctacaagttctcctcattattagaaaagggttctctaaca
gaggctttccctgttctgtcaggcagggtagtggagttctgcgtagctcgctggtgggcg
agtctaggggaggtcacggtggactacagcatggtgttccacggactcagtatttctcct
tcacccctgcatattcacgcctctgagggagtgacgagttttgatgtgtcatcgcctcta
cggtatgaggaggtgtcgcccaccatcacccttaagtcatgggttcaacctctaaggcct
gtaagctcaaagataaaagccttgggagcgcgtgatgttctgcctaacaacaggcagctg
tatgaagtagtcctcacctacagctttcaccagcctaagagtggagaggtaacacccagc
tgcccgatgctgtgtgagctgctgtatgagtctgagtttgacagtcagctgtggatgctg
tttgatcagaacaagagactgctgggctcaggggacgcttacccacaccagtattctcta
aagctggagaagggcgattacacggtccgactgcaggtccgtcacgagcagtccagcgag
ctggagcgtctgaaagatctgccgtttgtggtttctcatcgtctgtcgtctaccctcaat
ctggacgtttacgagacacaccgtgctgcgctcatggccaagaagaaagcaaactccatc
accttgtgtccaggtgcgacacagccgttctacgtcacgagtctgccggacgacaagatc
cctaaggggacatgtccaggatgctacctgtcaggctcgcttgttgttcccaagagcgag
tacggcaagaaagctgggcaggcctctgcaaaacgacaaggaaaatatcaaaaggatatt
gttccagttacctaccacttaattcctgctcctaataaatcaaagaacgggggtaaggag
aaggacaaggatggagacaaagagaaggaagtgaaggatgagtttgctgaggccatgaga
gatttaaagattcagtggatgacaaagttggaaaccagcgccatctatgatgaactgatt
gaaaactactcagattaccttccactgcacgtgcaaaggctgcatcagctggacttagaa
aaggaacgagggaagcgtctggcggaggtggtgtctgcagcagacattgtaatctcccac
atcgaccaaaccgccttggctgtttacctcagcatgaaaacagatcctcgacccgaggcc
gcttctatcaagacggacatggagaagcagaagtcatctctgttggacgcactgtgtagg
aaaggctgcgccctggcagatcagctcctggtgccctctgcaacgcaggacggcgctggt
gctggtcaggcagcatcaggtgaggctgcagagcagcaggtggccagcagctctgaagac
acccttctaaacgtgacgaaggccttgactgatacgttttgggaggtgcagaagtgggca
gagctaacggactccaaggttttgatgttttcatacaaacacgccctggtgaacaagatg
tacggccgagctttaaaatacgcctctaaaatggtcgaggagaagccgagcagagagaac
atgaagaactgcatccagctcatgcgtcatctcggatggacacattgtgccaccttcagt
gagaactggcttcccatcatgtaccctgctgactttacaccattttag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (18)   
   KEGG ORTHOLOGY (1)   
   RefGene (14)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (5)   
   Pfam (5)   
All databases (38)   

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