KEGG   Alligator sinensis (Chinese alligator): 102380816
Entry
102380816         CDS       T02922                                 
Symbol
TMPRSS15
Name
(RefSeq) enteropeptidase
  KO
K01316  enterokinase [EC:3.4.21.9]
Organism
asn  Alligator sinensis (Chinese alligator)
Brite
KEGG Orthology (KO) [BR:asn00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:asn01002]
    102380816 (TMPRSS15)
Enzymes [BR:asn01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.21  Serine endopeptidases
    3.4.21.9  enteropeptidase
     102380816 (TMPRSS15)
Peptidases and inhibitors [BR:asn01002]
 Serine peptidases
  Family S1: chymotrypsin family
   102380816 (TMPRSS15)
SSDB
Motif
Pfam: Trypsin CUB MAM SEA Ldl_recept_a SRCR_2 SRCR DUF1986 GntP_permease
Other DBs
NCBI-GeneID: 102380816
NCBI-ProteinID: XP_014375092
UniProt: A0A1U8D1E1
Position
Unknown
AA seq 1019 aa
MNLRKSLAKKSIPLSNYEILFAVLLAVFVCVCAGLITLSWLLIMEFQQAGGNSHTAMGSF
TIKEGTSFSTSLQQRSSPVFKVLAFDIQQMINEVFQASQLKNEFKGSEVLQFKNGSVVVI
FTLAFTQWVSNEKITNEMVSGVEAKKASFLHTVNIDVKSITITAEVTTSKSLTTSGYISV
NCFPPDEPCAETMTCIKKDLFCDGVPDCPDSSDEAEKRCATTCDGKFVLTGSSGYFNSLN
YPKPYNSNIICRWIIRVNQGLSIKLNFTSFETQQFGDTLNIFEGTGQSKILRASLRGTNP
GVVRIFSNEATAEFATDYSENYNGFNTTYSIFNTSELSNNEKINCSFEDGFCYWTQAFKD
DGEWERISGRTLPLMTGPNFDHTFGNLSGFYISTPTELGGGQAIVQLFSLPLVSASDPIC
LSFWYHMYGVNVYRLSVNIMKSDMIKKTVFQKEGNYGNNWNYGQITLNETSDFQVIFEAH
KTRGLSDIALDDISLTSGICKESIYPEPTLVPTVATTTSLPTDCGGPFELWEPNTTFSSK
NYPNNYPNQASCIWYLNAEKGKNIQLHFQYFNLENIYDVVEIRDGRGVDSLFLAVYTGQA
SFPDVFSTTNQMTVFFITDKTGTEKGFLANFTTGYHLGMPETCGHNDYHCGSGECIPLAN
LCDRLKQCKDGSDEAECVRLFNGSLSVNGLVQFRIENKWHLVCADYWTEQISNNVCQLLG
LGNVNTSSTKSSIGGDSFVKITEAENHSVIMTPSKQCLNNLVIHLQCNNKPCGKTLITQK
NSARIVGGNDANIGAWPWIVSLHYNNRHLCGASLVNDEWLVSAAHCVYGRNLIPSKWNAV
LGLHTVLNLTYPQTVIQVIDQIIINPHYDKRTKNNDIAMMHLQYKVNFTDYIQPICLPET
SKNVLPGINCSIAGWGRTTNEGAPASILQETEVPLITNEKCQQQMPEYNITGHMMCAGYD
KGGIDSCQGDSGGPLMCEDNGRWFLAGVVSFGYECALPHRPGVYVRVTEFVDWIKKIIH
NT seq 3060 nt   +upstreamnt  +downstreamnt
atgaatctgagaaaatcattagctaagaaaagcattcctctcagcaactatgaaatcttg
tttgctgttctgcttgcagtttttgtgtgtgtttgtgctggattaattacactttcgtgg
ttactaatcatggagtttcaacaagcaggtggaaatagtcacacagccatggggtcattt
acaataaaggagggaacatcattcagcactagtttacaacaaagatcatcacccgtcttc
aaggtccttgccttcgatattcaacaaatgataaatgaagtctttcaagcaagtcagttg
aaaaatgaatttaagggttctgaagttttgcagttcaaaaatggcagtgttgttgtgata
ttcacccttgccttcacacagtgggtgtctaatgagaaaataactaatgaaatggtttca
ggtgttgaagcaaagaaagccagctttttgcatacagttaacattgatgtgaagagcata
acaatcacagcagaagtcactaccagcaaatccttaacaacttcaggttatatttcagtg
aactgtttccctcctgatgaaccttgcgctgaaaccatgacctgcataaaaaaagactta
ttttgtgatggagtaccagactgcccagacagttcagatgaagctgaaaaaagatgtgcc
acaacttgtgatggaaaatttgtgttaactggctcttctgggtatttcaactctcttaat
tatccaaagccctataattcaaatattatttgccgatggattatacgtgtgaatcaaggg
ttatccattaaactaaacttcacctcttttgaaacgcaacaatttggagataccttgaat
atttttgaagggacaggacaaagcaagattttaagagcatcgctacggggaactaatcct
ggtgttgttcgcatcttttctaatgaagccacagcagagtttgctacagactattctgaa
aattacaatggctttaatacaacgtacagcatatttaatacaagtgagctaagcaataat
gagaaaattaactgcagttttgaagatggcttttgctattggactcaagcattcaaagat
gatggtgaatgggagagaatcagtggacgtaccttgcctttaatgactggtcctaatttt
gaccatacatttgggaacctatcaggattttatatttcaacacccacagaacttggaggt
gggcaagctatagtccagctttttagtttgcctttagtttcagcttcagatcccatctgc
ctaagtttttggtatcatatgtatggtgttaatgtgtatcgtttaagtgttaacatcatg
aaaagtgacatgataaaaaagacagttttccagaaggaaggaaattatggaaataactgg
aattatggtcaaataacattaaatgagacatctgattttcaggtgatttttgaagctcac
aagacacgtggtctaagtgatattgccctggatgacatcagtctaacaagtggaatctgt
aaagaaagcatatatccagaaccaactttggttccaaccgttgctactacaacttcactt
cccactgactgcgggggaccatttgaactttgggaaccaaacactactttcagctctaaa
aattacccaaacaactaccccaaccaagcctcctgtatatggtatttaaatgctgaaaaa
ggaaaaaatattcaacttcattttcaatattttaacctggaaaatatttatgatgtagtt
gaaatcagagatggaagaggagtggattccttgtttctagctgtttatacaggacaagcc
tcttttccagatgtcttctctaccactaaccagatgacagtgttcttcattactgacaaa
actggaactgaaaaaggatttttagcaaacttcactactggttaccaccttggcatgcct
gagacctgtggacacaatgattatcactgtggaagtggggaatgtattccactagccaac
ctctgtgacagactcaagcaatgtaaagatggatccgatgaagcagagtgtgtacgtctg
tttaatggttctttaagtgtcaatgggttggtacaattcaggattgagaataaatggcat
ctagtatgtgcagattactggactgagcagatttcaaacaatgtctgccaactgctagga
ctagggaatgtgaatacatcatcaaccaagtcatccattggaggtgattcatttgtaaaa
atcactgaagcagaaaaccacagtgtaataatgacaccaagcaaacagtgtctcaataac
ttagtgattcatctgcagtgtaacaataaaccatgtggaaaaacgctgataactcagaag
aacagtgcaaggattgtaggaggaaatgatgccaacataggcgcttggccttggatagtc
tcactacattataataacagacatctttgtggagcttcccttgtcaatgatgaatggctg
gtctcggcagcacactgtgtatatgggaggaatttaataccatctaaatggaatgctgta
cttggtttgcatactgttttgaatctgacatatccacagacagtaattcaagtgattgat
caaattatcataaatccccattatgataagcgcacaaaaaacaatgacattgccatgatg
catcttcaatacaaagtaaattttacagattacatacagcctatttgcttaccagaaaca
agtaagaatgttttgccaggaattaattgctctattgctggatggggtagaactacaaat
gaaggtgcccctgcaagcatattgcaagaaacagaggtgcctctaataacaaatgagaaa
tgccaacaacagatgccagaatataatatcactggacatatgatgtgtgcaggttatgac
aaaggaggaatagattcctgtcagggagattcaggtggacccctgatgtgtgaagacaat
ggcagatggtttttggcgggtgtagtatcctttggctatgagtgtgcactgccccatcgt
cctggggtgtatgtcagagtcacagaatttgtggactggattaaaaaaattattcattag

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (67)   
   KEGG ORTHOLOGY (1)   
   RefGene (63)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (84)   

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