KEGG   Vanderwaltozyma polyspora: Kpol_1051p28
Entry
Kpol_1051p28      CDS       T01049                                 
Name
(RefSeq) hypothetical protein
  KO
K03348  anaphase-promoting complex subunit 1
Organism
vpo  Vanderwaltozyma polyspora
Pathway
vpo04111  Cell cycle - yeast
vpo04113  Meiosis - yeast
vpo04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:vpo00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    Kpol_1051p28
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    Kpol_1051p28
   04113 Meiosis - yeast
    Kpol_1051p28
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:vpo04121]
    Kpol_1051p28
   03036 Chromosome and associated proteins [BR:vpo03036]
    Kpol_1051p28
Ubiquitin system [BR:vpo04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   APC/C
    Other subunits
     Kpol_1051p28
Chromosome and associated proteins [BR:vpo03036]
 Eukaryotic type
  Sister chromatid separation proteins
   APC/C complex
    Kpol_1051p28
SSDB
Motif
Pfam: APC1_3rd
Other DBs
NCBI-GeneID: 5544533
NCBI-ProteinID: XP_001644237
UniProt: A7TMZ1
AA seq 1736 aa
MIYKEQLKKKRKRIPKINNSGILQSLPLSLNHKRMSICPSIENDYENMMLCDDESPVSAA
STIANFNKYHFNDSYFVHDLSNRGDIWITENRLSVEWYIDNQCIRRFNFKQKVLRAGFVD
FEKAPNCLIIILRDLAHVYNISNGNSTSVCFPFPIIDAFWYSQGIVLERETLCVLPYPME
SNQKHKYITLTDPMSPFGLVTFSSRQKFNSDDKYQVTSKMLLLADDKKHNITVLYDKSRN
EINFYYTRVMNSKSKDDIHHNETASKITDSNKIFRKVPGLNRRSASINLQHDMNLHLPTI
NEPTLSSTNTNISSAVDPSSIVPQSISKRSMSATIDRMGTSTTPTVIDFTPNSAQQLQQE
YISQSISSKDIILTKVSTLPLPLDFDPENCNLQCKPLRFKDKEAIVIYDKESDFVKVWSI
TLVPHIVNSLSFKFNGDASHTLIKSSDIELSEQILEILPYDCDKLKECLVIITRTSDVLY
LFNPFIEFSIFPIEIPSYLEGIVKDICYISSERIIINKFSKPHSTENFRHIRQTIFPYPR
HQCIQLYFEALSWICTNEFFYALSFLWQHIMSVLADEHDEISDYRKEDLEFEAFFKLIKV
ILLDTSSEEINNLTKNPVISYIKSMDVTSLMPNVILGLHLVREELLLNVLCSNDAKKLGR
LLFFATSVMNWPSTWKDYYKTDISNVDEPLPSIYYNTFPLDEPPSILKSLFSINESSYIP
ITPFINFSRLIEKDHEVDELITPRCLKLLRLYELTHSTDFSIEQILEILTKLNIKKPEID
TYPVGVLTPLRYLLKRIEDSISSISEDVNLEVIARADLNRCLERIKQLKSDSFPSSQDIL
PRYIPPKGNSYENEVAKPKNIYSLVTEIVTKSISGNANKSSVDNEEESNTLDDGYSLKHN
AGLIFSQDRRFHNALSLLSYYKPHNISFYSRQSEYIKIINQKKTFAKIIFLRTCASGIGW
GAIAYATEKPLSTQKCSRPKLNYVCLFPDGTKVSLNTTDVDHDTAQWGEFHGGVSCGLRI
SKKAKNINGSWIAFNKPRVLDAQHGGFLLGLGLNGHLKDLEEWHVYNYLSPKLTHVSIGL
LLGMSASMRKTMDLKLTKVLSVHIVALLPTGSSDLNINLKVQTAGLIGIGLLYQGSQHKK
MNELLISQITSMIEINEEFVADEGYRMAAGIALGLVNLASGTKLSSRNYLESGTEERIFS
IDNNDSHESNKSNIDPIIINHLIALVSKTYDIESKWIPENSQIGTVLALMLIFLKTRHSH
IAETIKPNLQFSSSKNIGCRPELYFYKEWAYHMIMWDTIGEDLLFVLRDISLQMPDTITT
DKLPIYYIIGGRVMSMGIKYASTGDEQVRDSLLNLLDRLLPFYQYVGDAKLDFRLTIYGI
NILINVILVSVSMVMCGSGDLKTFQRIRYLHEVVTGKHSDLFKQTTKNSDRDADINEDLD
SFNHSNEDIDEDPDESSSPIDETIIDPANEDEKLNDDENHFSKYISTSLSLGFLFLGSGQ
YGLKTSDIESVAYLIISVLPTYMAPYHLSEIKHFWSLCVDPRCLVLKDVHTEEPINNIQL
EVYVKQDKRNPVQKKQLVSPCLLPDLTKIGGIRIENPDYYPFEVQFSEDITATDYFKNGI
VVYLQKREKENYYDEDQIFENNRPSVQQVLKGKIDLEKRKIGIDSRLRGAIPSEALVEEL
GLKSLTMYEIDNDLAEIKVTNNESQRYNLEMVCSGSNSGGDVVDYQLELWRRSHSL
NT seq 5211 nt   +upstreamnt  +downstreamnt
atgatatataaagaacaattaaaaaaaaaaaggaaaagaatacctaagatcaacaactcg
ggaattcttcaatctctacctctctctttaaaccataaaagaatgtcgatatgcccttct
attgaaaatgattatgagaatatgatgttatgtgatgatgaatctcctgtgtctgcagca
tcaacaattgcaaattttaataaatatcactttaatgattcttattttgttcatgatctt
tccaatagaggtgatatttggattacagaaaatagattatctgtagaatggtatatagat
aatcaatgcattagaagattcaattttaaacaaaaagtattgagggcaggctttgtagat
tttgagaaagctccaaactgtttgattatcatattaagagatttagctcatgtctataac
atttcaaatggaaattctacaagcgtatgtttcccattcccaatcatagacgcattttgg
tattctcaaggtatcgtattagaaagagaaaccttatgtgttctaccttatccaatggaa
tctaaccaaaaacacaagtacattacattgacggatccaatgtctccgtttggtttggta
actttctcttcaagacaaaaatttaattcagatgataaatatcaagttacttcaaaaatg
ttgttattagctgacgataaaaaacataacattactgtcttatacgataaatcgagaaat
gaaatcaatttttattatacaagggtaatgaactcaaaatcaaaagatgacattcatcat
aacgaaactgcaagtaaaataacggattcaaataaaattttcagaaaagtaccaggattg
aatcgaagatcagcttcaattaacttacaacatgacatgaatctccacttacctactata
aacgagccaacgctatcaagtacaaacaccaacatatcttcagccgttgatccttcatca
atagttccacaatcaatttctaaaagaagcatgtctgcaaccattgatagaatgggtact
tccactactcctactgtaatagattttactccaaattcggcccaacaattacaacaagaa
tatattagtcaatctatatcttcaaaagatattatactgacaaaagtatcaactttacca
ttgccactagactttgatcctgaaaactgtaatcttcaatgcaaacctttgcgtttcaaa
gacaaggaagcaattgtaatttatgataaagaatcagattttgtgaaggtttggtcaatt
acgctagtaccacatatagtcaattcgttatctttcaaatttaatggcgatgcttcacat
actctaataaaatcatccgatatagaactttctgaacaaattctggaaattcttccctat
gattgtgataaattaaaggaatgtctagtaataattacgaggacctcagatgtattatat
ctcttcaacccattcatcgagttttcaatcttcccaattgaaatacccagttatttggaa
ggcatagtaaaggatatttgttatatttcctcagaaagaattataataaataaattttca
aaaccacattcaacagagaactttagacacatacgacaaacaatatttccttatcctaga
catcagtgcatacaattatattttgaggccttaagctggatttgtactaatgaatttttt
tacgcattatcatttttatggcagcatattatgtcagttttagccgacgaacatgatgaa
ataagcgattatagaaaggaagatttagaattcgaagcattttttaaattaataaaagtg
atattgttggatacctcatcagaagaaatcaataacttaaccaagaaccctgtcatttca
tatattaaatctatggatgtgacatcattgatgccaaatgtcatcttagggttgcatctg
gttagagaagagttactactaaacgttttatgttctaatgatgccaaaaaacttggaaga
ttattattttttgctacgtctgtcatgaactggccatcaacgtggaaagattattataaa
actgacataagcaacgtagatgaaccactaccatccatttactataatacatttccctta
gatgaacccccatcaattttaaagtctctatttagtataaacgaaagtagctatatccca
atcactccatttatcaatttttcaagattaatagaaaaggatcatgaagtagatgaatta
ataacgccaagatgtttaaaacttttgaggttatatgagctaacgcattcaactgacttc
tctatagagcagattttagaaatcttaacgaagcttaacataaagaaaccagaaattgat
acatacccagttggagtgcttacgccacttaggtatttgttgaaaagaattgaggatagt
atatccagcatatctgaagatgtgaaccttgaagttatagcaagagctgatttaaataga
tgcctggaaagaataaagcaattaaaatcggatagtttcccctcttcacaagatatctta
ccaagatatatcccacctaaaggaaatagttatgaaaatgaggtcgcaaaaccaaaaaat
atatattcattggttacagaaattgtaacaaaatcaataagcggtaatgctaataagagt
tctgtagataatgaagaagaatccaatacacttgacgatgggtattcattaaagcataat
gcaggattaatattttctcaagacagaaggtttcataatgcactttctttgttaagttat
tacaagccacataacatttcattctactcaaggcaaagcgagtatataaagataataaac
caaaagaagacatttgcgaaaattattttcttaagaacttgtgcctctggtattggttgg
ggtgctattgcatatgctactgagaagcctttatcgactcaaaaatgctctaggccaaag
ttaaattatgtttgtctttttcctgatggaacaaaggtttcattgaatacaactgatgtg
gatcatgatactgcacaatggggtgaattccatggaggtgtaagttgtggactacgtatc
tcaaaaaaggctaaaaacattaacggaagttggattgcatttaataaaccaagggtgtta
gatgcccagcatggtggattccttttaggtttaggtttaaatggacatcttaaggatctt
gaggaatggcatgtttataactatctaagtcccaagctgacacatgttagtattgggttg
cttcttggtatgagtgcaagtatgagaaaaactatggatttaaaattaaccaaggtttta
agtgtacatattgttgcattgttaccaacaggctctagtgatttaaatatcaatttaaaa
gttcaaactgctggacttattggaattgggcttttataccaaggttcacaacataaaaaa
atgaatgaattattgatttcacaaataacctcaatgatagaaataaatgaagagttcgtg
gctgatgaagggtacagaatggcagccggtattgctttgggattagttaatttagcttct
ggcacaaaactatcatctagaaattatttagaaagtggaactgaagagagaatttttagc
atagacaataatgatagtcatgagagtaataagagcaatatcgatcccattattattaac
cacttaatcgcacttgtttctaaaacttatgatatagaatctaagtggattccagagaat
tctcaaataggtacagttttggcgcttatgttgatatttttaaaaacaaggcactcacat
atagctgaaacgatcaaaccaaatcttcagttttcttcctcaaaaaatataggatgtaga
cctgaattatacttctacaaggaatgggcctatcatatgattatgtgggatactatcgga
gaggatttattatttgtattgagagatataagtttacaaatgcctgataccattactacg
gataagctacctatctattatattattgggggtcgtgtaatgtcaatgggtatcaaatat
gcctcaaccggagatgaacaagtccgcgattcattgttaaacttgttagacagattacta
ccattttaccaatatgtaggggatgcgaagttagatttcaggttaacaatttatggtata
aatatcctcatcaatgttattttagtatcagttagtatggttatgtgtggatcaggtgat
cttaaaacatttcagaggattagatatcttcatgaagtagttaccggtaagcattctgat
ctcttcaagcagaccacaaaaaattctgatcgtgatgctgatattaatgaagatttagat
agtttcaatcattctaatgaagatattgatgaagatcccgatgagtcatcatctccaatt
gatgaaaccataattgatcctgctaatgaagacgaaaaattaaatgatgatgaaaatcac
ttctcaaaatatatttcaacaagtttatctctagggtttttgtttcttggatctgggcaa
tatggattgaaaacgtcagatattgaaagtgtagcatatttgataatatctgtacttcca
acatatatggcgccataccatcttagtgaaataaaacatttctggagtttgtgtgttgat
cctagatgtttagttttaaaggatgttcacacggaggaaccaattaataacatccagtta
gaagtttatgtaaaacaagataaaagaaatccagtacaaaaaaaacagttggtttcgcct
tgtcttctaccagatttaaccaaaatagggggaataagaattgaaaatccagattattat
ccatttgaggtccaatttagtgaagatatcacagcaacggattactttaaaaatggaatt
gttgtatatttacaaaaaagggaaaaagagaattattacgatgaagatcaaatattcgaa
aacaatagacctagtgtccagcaagtgctgaaaggaaagattgatttagagaaaagaaaa
attggaattgattcaagacttaggggagcaattccttcggaggcactagttgaggaacta
ggcttgaaatcattaactatgtatgaaatagataatgatttggcagaaattaaggttacc
aataatgaatctcaaaggtataatttagaaatggtatgttcaggaagtaacagtggcggt
gacgttgtagattaccaattggaattatggagaaggagtcattccctctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (1)   
   Pfam (1)   
All databases (15)   

Download RDF
DBGET integrated database retrieval system