KEGG   Ricinus communis (castor bean): 8281007
Entry
8281007           CDS       T01087                                 
Name
(RefSeq) tripeptidyl-peptidase 2 isoform X1
  KO
K01280  tripeptidyl-peptidase II [EC:3.4.14.10]
Organism
rcu  Ricinus communis (castor bean)
Brite
KEGG Orthology (KO) [BR:rcu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:rcu01002]
    8281007
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:rcu03110]
    8281007
Enzymes [BR:rcu01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.14  Dipeptidyl-peptidases and tripeptidyl-peptidases
    3.4.14.10  tripeptidyl-peptidase II
     8281007
Peptidases and inhibitors [BR:rcu01002]
 Serine peptidases
  Family S8: subtilisin family
   8281007
Chaperones and folding catalysts [BR:rcu03110]
 Intramolecular chaperones
  Subtilisin family
   8281007
SSDB
Motif
Pfam: TPPII Peptidase_S8 TPPII_Ig-like-1 TPPII_GBD Prp19
Other DBs
NCBI-GeneID: 8281007
NCBI-ProteinID: XP_015571215
Position
4:complement(30218241..30231462)
AA seq 1414 aa
MQSPLLTRSTYWAKTPLFFTQLQNHHNRTLFSSLLITHKKLFNFNFNNTKKIKSRNRNNY
KSNKSAMPCSSISTVSGASGVGEDNGSIRNFKLNESTFLASLMPKKEIGADRFIENHPQF
DGRGAIIAIFDSGVDPAAAGLQVTTAGKPKILDVIDCTGSGDVDTSKVVKADADGCICGA
SGASLVVNSSWKNPSGEWHVGYKLVYELFTDTLTSRLKNERKKKWDEKNQEEIAKAVKHL
DEFNQKHSNPDDVTLKKVKEDLQSRIDLLRQQADSYGDKGPVIDAVVWHDGELWRAALDT
QSLEDDPDCGKLTDFVPLTNYRTERKFGVFSKLDACSFVLNVYDEGNILSIVTDCSPHGT
HVAGIATAFHPKEPLLNGVAPGAQLISCKIGDSRLGSMETGTGLTRALIAAVEHKCDLIN
MSYGEPTLLPDYGRFVDLVNEVVNKHGLIFVSSAGNSGPALSTVGAPGGTTSSIIGVGAY
VSPAMAAGAHCVVEPPPEGLEYTWSSRGPTVDGDLGVSVSAPGGAVAPVPTWTLQKRMLM
NGTSMASPSACGGIALLISAMKAEGIPVSPYSVRKALENTCVPVGDLLADKLSTGQGLMQ
VDKAHEYIQKSKSIPSVWYKIEINRSGKLTPTSRGIYLREASACQQPTEWTVQVVPKFRE
GASNLEDLVPFEECIEVHSTEKSVVMAPEYLLLTHNGRSFNIVVDPTKLSDGLHYYEVYG
VDCKAPWRGPIFRIPITITKPMTVKNCPPVVSFTRMSFQPGHIERRFIEVPLGASWVEAT
MRTSGFDTTRRFFVDTVQICPLQRPIKWESVVTFSSPTGKSFEFPVVGGQTMELAVAQFW
SSGIGSHETTIVDFEIVFHGIDINKEDIVLDGSEAPVRIDAQALLATEKLAPAAILNKIR
VPYRPIDAKLSTLTADRDKLPSGKQTLALTLTYKLKLEDASEIKPQIPLLNNRIYDNKFE
SQFYMISDNNKRVYAMGDVYPKSSKLPKGEYNLQLYLRHDNVQYLEKMKQLVLFVERNLD
DKDVIRLNFFSEPDGPLMGNGAFKSSVLVPGKKEAIYLGPPVKDKLPKNAPQGSVLLGSI
SYGKLSFVGRAERRNPQKNPVAYQVYYIVPPIKVDEDKGKGSSSISSKSVSERLDEEVRD
AKIKVFASLKQDNDEERSEWKKLSISLKSEYPNFTPLLAKILEGLVSVSNAEDKISHAED
VIRAANEVIDSIDRDELAKFFSLKNDPEEEDAEKMKKKMETTRDQLAEALYQKGLAISDI
EHLEDPTWIFVEVSDYAKSQNVGYMGTCSEVGQKAEAIAVTEGTKDMDRTDDKSAVGAAG
QADLFEENFKELRKWVDVKSSKYGTLLVIRERRRRRLGTALKVLNDMIQDNGDPPKKKLY
ELKLSLLDEIGWSHLAAYERQWMHVRFPPSLPLF
NT seq 4245 nt   +upstreamnt  +downstreamnt
atgcaaagcccactgttaaccagaagcacctattgggccaaaacaccattgttttttacg
caacttcagaatcatcacaaccgcactctcttttcctctctgctcattacacacaaaaag
ctcttcaatttcaatttcaataacaccaaaaaaattaaaagcagaaacagaaataattat
aagagcaacaaaagtgccatgccttgttcttccattagcactgtttcaggtgctagtggc
gttggagaagacaatggttctattcgtaatttcaagctaaacgagtcaactttcttagct
tcactcatgcctaagaaggagattggcgctgatcgattcatcgagaatcatcctcagttt
gatggccgtggtgcaattatcgctatcttcgattctggagttgaccctgctgctgctgga
ttacaagtgaccactgctggaaaaccgaaaatcctcgatgttatcgattgcactggaagt
ggagacgttgatacttcaaaagtggtgaaagctgatgctgatggttgcatttgcggggct
tcgggagcttcactggttgtcaattcctcgtggaaaaacccttcgggtgaatggcatgtt
ggttataagttggtatatgagcttttcactgacactttaacttctcgtttgaagaacgaa
agaaaaaagaagtgggatgagaaaaaccaggaagaaattgctaaggctgtaaagcatctc
gacgaatttaatcagaaacattccaatcctgatgatgtaaccttaaagaaggttaaagaa
gacctacaaagcagaattgatttactacggcagcaagctgatagctatggtgacaaggga
cctgtcatagacgctgttgtatggcatgatggagaattatggagggctgctcttgacaca
caaagtcttgaggatgacccagattgtggaaagctcacagattttgtacccctgacaaat
tataggactgaaaggaaatttggtgtgtttagcaagttggatgcatgttcatttgtcctt
aatgtgtatgatgagggaaatatcttaagtatagtaactgattgctcccctcatggcact
catgttgctggtattgctactgccttccacccaaaggagccattattgaatggagttgca
cctggagctcagcttatatcatgcaaaattggagattcacgtttaggttctatggagaca
ggcactggcttgacaagggctctaatcgctgctgtggagcataaatgtgatctcatcaac
atgagttatggagagcctactttattgcctgattatggccgctttgttgaccttgttaat
gaggtggtaaataagcatggtcttatatttgtgagtagtgctggtaatagcggtccagca
ttaagtactgttggtgctcctggtggtacaacttccagcattataggagttggtgcatat
gtttctcctgcaatggctgctggtgctcactgtgtagttgaacctcctcctgaaggactt
gaatacacttggtccagccgaggaccaacagttgatggagatcttggagtcagtgtgagt
gctcctggtggggctgttgcaccggtccctacatggactcttcaaaaacgcatgctcatg
aatggaacatcgatggcatcaccatctgcttgtggcggaattgcattacttattagtgca
atgaaggctgagggcattcctgtaagtccatacagcgttaggaaggctcttgaaaacaca
tgtgttcctgtaggtgatttgctggcagataaactatcgacaggacaagggcttatgcaa
gttgacaaagcacatgaatatatacagaagtctaagagcattccaagtgtttggtataaa
atagaaatcaatcgatctggaaaattaactcctacttcacgaggcatctatttgagggag
gctagtgcttgtcaacaacctacggagtggacagtgcaagttgtacctaagtttcgtgaa
ggtgccagtaatttggaagatttggttccttttgaggagtgcattgaggtacattctact
gaaaagtcagttgtcatggctcctgagtaccttctacttactcataatgggcgcagcttc
aacattgtggttgatcctaccaagctaagtgatggtttacattattatgaagtgtatgga
gttgattgcaaagcaccatggcgtggtcccattttcaggattccaattaccataacaaaa
cctatgactgtaaaaaattgtcctccagttgtttcatttacaaggatgtcatttcagcca
ggtcatatagaaaggagatttatcgaggtgccacttggtgctagttgggttgaggcaacc
atgcgaacatcaggatttgataccactcgacgattctttgttgacactgttcagatttgc
cccctgcaaagaccaatcaagtgggagagtgttgtgacattttcttctcctactggcaaa
agctttgaatttcctgttgtgggtggtcagacaatggaattagctgttgctcagttttgg
tcaagtggcataggaagtcatgaaaccactattgtggactttgagattgtgtttcatggg
attgacatcaataaagaggacattgtgcttgatggaagtgaagcacctgtcagaattgat
gctcaagctctactggcaacggagaaacttgcccctgctgccattttaaataagataaga
gttccatatcgacctattgatgctaaacttagcactctcacagcggatcgtgacaaactg
ccctcagggaaacagacactggccctgacattaacttacaagctgaaattggaggatgca
tcagaaataaagcctcaaattccattactcaataatcgcatatatgacaataagtttgag
tcacaattttatatgatttctgacaataacaagcgcgtgtatgcaatgggtgacgtctat
ccaaaatcatcaaaacttcccaagggtgaatacaatttacagctgtatctaaggcatgac
aatgtgcaatatttggaaaaaatgaagcagttggtattgtttgttgagagaaatttggat
gacaaggatgttattcgactaaattttttctctgaacccgatggacctttgatgggaaat
ggtgcttttaaatcctcagttttagttccagggaagaaagaagcaatttacttgggtcca
ccagtgaaagacaagcttccaaagaatgctccacaaggatctgtactgctgggatcaatc
tcatatggaaaactatcatttgttggtcgagcagaaaggagaaatccacagaaaaaccct
gtagcttatcaagtctattacatagtgcctccaattaaggttgatgaggacaaaggaaaa
ggatcttcttcaattagctctaaatctgtttccgaacgtctggatgaagaggtacgagat
gcaaagataaaagtttttgcaagcctaaagcaagacaatgatgaagaacgctcagaatgg
aaaaagttgtccatctcccttaagtctgaatacccaaattttacaccactgcttgccaag
attttggaaggcttggtttctgtgagtaatgccgaggacaaaatttctcatgctgaagat
gttatacgcgcagcaaatgaggtaattgatagtattgacagagatgagttagcgaaattc
ttttccctcaagaatgatccagaagaggaggacgcagagaaaatgaagaaaaagatggag
acaaccagggatcaattagcagaggcattgtatcaaaaagggctagccatttcagacatt
gaacatctggaggatccgacatggatatttgttgaagtgtctgattatgccaaaagtcaa
aacgtaggatacatgggcacatgttcagaggtgggacagaaagctgaagccatagctgta
acagaaggcaccaaagacatggacaggacagatgacaaatctgcagtaggtgctgctggc
caggcagatctgtttgaagagaattttaaagaactaagaaaatgggttgatgttaagtcc
tctaaatatggtaccctcttagtgattcgtgaaagacggcgtcgaaggcttgggacggct
ctaaaggtgttgaatgacatgattcaagataacggggatcctccaaagaagaagctttat
gaactgaaactctcattgcttgatgagattggatggagtcatttggcagcgtatgagagg
cagtggatgcatgtgcgtttcccaccaagcttgcctctgttttaa

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (30)   
   KEGG ORTHOLOGY (1)   
   RefGene (26)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (5)   
   Pfam (5)   
All databases (55)   

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