KEGG   Dendroctonus ponderosae (mountain pine beetle): 109533419
Entry
109533419         CDS       T04899                                 
Name
(RefSeq) anaphase-promoting complex subunit 1
  KO
K03348  anaphase-promoting complex subunit 1
Organism
dpa  Dendroctonus ponderosae (mountain pine beetle)
Pathway
dpa04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:dpa00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    109533419
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:dpa04121]
    109533419
   03036 Chromosome and associated proteins [BR:dpa03036]
    109533419
Ubiquitin system [BR:dpa04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   APC/C
    Other subunits
     109533419
Chromosome and associated proteins [BR:dpa03036]
 Eukaryotic type
  Sister chromatid separation proteins
   APC/C complex
    109533419
SSDB
Motif
Pfam: Apc1_MidN ANAPC1 APC1_3rd APC1_C PC_rep
Other DBs
NCBI-GeneID: 109533419
NCBI-ProteinID: XP_019754293
EnsemblRapid: LOC109533419
Position
Unknown
AA seq 2011 aa
MIAASDPLEFIPCGRQQVARHPGPVETISKHTDFEDYLRNGMEKVSLSEDGTKEFWSLSK
AKDDQFLPIVDNEEVPALKLNKTCKSNTFSSVSKHQMLSGVLLEETTSFKTTESSLYQKI
TSKRSLDASVRFPNKRFSSGTMDKRNDSKYSEDFSKSRGNSVSPEPSSPHTPINRVAIED
ELYVKGQIAVWSRGVLSDNEHDNGRKVICCYSIPLPIKQALWATFYCERPTFEPNLTDLY
SKIDKPCGVPNPAVCIIDSHHVRVFIVKGEHFVIPMPFPIEKVWSSKFGILIEKGLDNAN
YNENSSADNSGTLFSLAYPLDDVCPVAVSRNSAITKLTSTNYKVVYTSENPSICLIFDKQ
TKEHSVYKIRKVKCDERDYGDNQSGCHSVAFNSNRLKSKLSMWENLMTSGSIVTPSPIST
NKQASSDKHLNTHKSKSFSSMATISRCQSPGNMDMDSPWVNQSSKKSIINRSTTQNPDSL
LSKSYFNSSKCMSHLRSNPNICLEYLWTDTYSVQDTLTGSPATTVFLTEDFVGQWYLCYV
LPSRFQLSIVKIDFSGSHISFGVLTSISAKDAIELPQLHMLAILEHNGNVTLYSGLTMVG
KLHINGTLLQHTPMPPAGRQNEVSPFPRRSSLLPMSRQAEPKFDEHLLSPVLPSYSQNQE
YILPAGGHPTPLRYRFQDRAGKKAVLVGLIDSVENRLTLKYSNGTFYRITLSVITYSELI
ECCLVALKQCLPRDAALVLACRWYSARHVIGSEDLDTTQEWDIFTSILFELLGYEDDQIC
DKPEIPAVKRQKTSPSSAVEDWSNLLSSDIEVRDIICEMFNLQVSPIVDKPPSSNTSKIS
VNPKGILFPHLRNIHFTLHLLYEDFKLNNLYGQCVLPLAKLLSQISINLGLRDYTLHYWK
DFPKYVAVKGPKIDEALFKCFNVWQGISEKPVSVMAHIYKLLKGHNLLPYPHFMNVNGRS
RDIVQLCGVLSQSNRDGSSEILLDSFIRELAQPMQDSSHVKHQKSNTVDCSLNEQVALLM
VDMKIDTKYIETLPIGIYYLFYNTLWRCRENPPTDWPSEAYRLIWRDDLVAQAGRVAMEN
HKVLKAKIDFCFQLQETIPNTTKEIPHIDGMEDIDCNLTRMIFREDIRIMDARKMLDSSQ
PVTINLTQRPDVSDHDFIEEEEKHLYGICIRTLALPMGRGMLTLRTATPIITEPLAAPVL
CLTGKAPAKGNTVKLSHIDTPANMNLWPLFHNGVANGLRITPDAQNIDSTWIIFNKPKSG
ADAQMEHAGFLMALGLNGHLKNLVVMSTFEYIENSHEMTSVGVLLGLSAAFRGTCNHYLS
TLLAIHVEALLPPTTMELDISQNLQVAGLLGLGLLYQRSAHRHMTEVLLAEIGRPPGPEM
ENSVDRESYSLAAGLALGLVMLKHGDQPKGMSDLSVSDTLHYYMVGGNKRPVTGSQKDKY
KTPSFQIREGSSVNLDLTAPGSTLALGLMYLGTGNKAVADWMAPPATQYLLDSVRPDFLM
LRILSRSLILWDHIEPSKEWVIDQVPSSIRPYCMVTPTNTDDTDYESMNQAYCNIIAGAC
FGLGLKFAGSADQDAFETLLYFCHMFSSLAGKSIAELAGKPTIETCLNVLLLSASMVMAG
TGNLEIMRLVRHLRCRIGIPNSAIVTYGSHLALHTALGLLFLGGGRYTLSNSPANVAALI
CAFYPKFPTHSNDNRYHFQAFRHLYVLAVEPRLVIPKDVISGKICYAALRLVKLDGKELT
VKGPGLIPDVNSLRKVIVDDKRYWPVVFERGRNWDRLNKILSTTGCIEVKQRAGCLSYLK
DKFGYQSDLARTLTNSTIVPWDPSFSSIIQFSSDESVKQFCETVLHFENANANPSEQKFV
QLLTTSAYDAVVKDKHMVIAITISLLQIILNFDCQLNTLGLWQLKIIIQQVLSRQSIPNI
LSKEIILAMQQELMGKLESYEDSLKPNLQLYLTGGDFDPTLTQMASFITYLDLPSDLPRR
LKTMNILEHAIHLKSQGFSTNLISKMIKILE
NT seq 6036 nt   +upstreamnt  +downstreamnt
atgatagctgcctcagacccattggagttcattccctgtggtcggcagcaagttgctcgt
cacccagggccggtagaaacaatctctaaacatacagacttcgaagactatctgcgaaat
ggtatggaaaaggtgtccctttccgaagatgggaccaaggaattttggagtttgagtaag
gccaaagatgaccaatttctgcccattgtcgacaatgaagaagtgcccgcactgaaattg
aataaaacttgtaaaagtaacacattttcgtcagtttctaaacaccagatgcttagtggt
gtcttattggaagaaactactagttttaaaacgacagagagtagcctctatcaaaagatt
acgagtaaaagatctttggatgccagcgttagatttcctaataaacgattctcttctgga
acgatggataagaggaatgattcgaaatatagtgaagatttcagcaaaagccggggtaac
tctgtgagtcctgagccttcgagcccacacactcccattaatcgtgttgctatagaagat
gagctttatgtaaaagggcaaatcgcagtgtggtctcgaggagttttgagtgataatgaa
catgataatggaaggaaggtgatatgttgctactcaattccactaccgataaaacaagct
ttgtgggcaactttctattgcgaaaggccgacttttgagccgaatttaacagatttatat
tccaagatagataaaccatgcggggtaccaaatcctgcagtatgtattatagactcgcac
catgtgagagtgtttattgtgaaaggcgaacattttgtaataccaatgccgtttcctata
gagaaagtatggagttcaaagttcggtattttaattgaaaaagggctcgataatgcaaat
tataatgaaaacagttcagcagataattctggaactttattctcattagcctatcctctt
gacgatgtatgtccagtggcagtttctcgaaattcggcaattacgaaattaaccagtaca
aattataaagtggtttatactagtgagaatccgagtatctgtttgatattcgataaacag
accaaagaacacagcgtttataaaattcgcaaagtgaaatgcgacgaacgggattatggg
gacaatcagagtggttgtcacagtgtagcgttcaattcaaatcgccttaaaagtaaatta
tccatgtgggaaaatcttatgacaagtggtagtatagttactcctagtcctattagcaca
aataagcaggcttcgagtgataaacatttgaatactcacaaatcaaagtcattcagttca
atggctacaataagtcgttgtcagtcacctggaaatatggacatggacagtccatgggta
aatcaatcttccaaaaagagtattataaatagaagtacaacgcaaaacccagatagttta
ttgtcgaaatcatacttcaattcttcaaaatgtatgtctcatttaagatcgaaccctaat
atatgtttggagtatttatggactgatacttattcagtacaggatactcttacaggttcg
cccgctaccacagtatttctcacggaagatttcgttggccagtggtatctgtgctatgta
ttaccttcgcggtttcaactttcaatcgtaaagatcgacttttcaggctcacatataagt
tttggcgttttaacgagtatcagtgcaaaggatgccattgaacttccgcaattacatatg
ttggccattttggagcacaatggaaacgttacgctttactcggggcttactatggtagga
aaattgcacataaatggaacgttattgcaacatactcctatgccgcccgctggtagacaa
aacgaggtatcaccctttcctcgacgcagtagtctgctgccaatgtcaagacaagcggaa
ccaaaattcgatgagcatcttttatccccagttttaccatcatattcacaaaatcaagag
tatattttaccagccggtggacatccaacgccattgcgatatagatttcaagatcgtgca
ggaaagaaagccgttcttgtgggccttatagattccgttgaaaaccgcttgactctgaaa
tactccaatggaactttctatagaattacactgtccgttattacatattctgaattaatc
gagtgttgtctagtggctcttaaacaatgtttacctagagatgctgctctggttttagcg
tgtaggtggtactctgctcgacacgtaattggttctgaggatctagacactactcaggaa
tgggacatttttaccagtattttgtttgaattacttggttatgaagatgaccaaatatgc
gataaaccagaaatccccgccgtaaaacgacagaaaacgtcgccctccagcgcagtcgaa
gattggtccaatttattgagctcagatattgaagtgcgagacattatttgtgaaatgttt
aatttacaagtatcgccaatcgtcgacaaaccgcccagttcgaatacctcaaaaatatct
gttaatccgaaaggaattttatttcctcatcttcggaatattcacttcactttgcacctt
ctctatgaagactttaaactcaataacttatatggtcagtgcgtgcttcctttggcaaag
cttttaagccaaatatccatcaacttgggactaagagattatacattgcactattggaag
gatttcccaaaatatgtagcggtgaaaggtccaaaaattgacgaagctctattcaaatgt
tttaacgtatggcaaggcataagcgagaaacctgtaagtgttatggctcatatatacaaa
ttgttaaaaggccacaatttgttaccttatccacatttcatgaatgtaaatggaagatct
cgggatattgttcaattatgtggggttctttcccaatcaaaccgggacggatcatcggaa
atcttactcgatagtttcataagggaacttgctcagcccatgcaggactcgtctcacgta
aagcatcagaaaagcaatacggtagattgtagtctcaacgaacaggttgctttacttatg
gttgatatgaaaattgatacaaaatatatcgagacgctcccaatcggcatatattacttg
ttttacaatactctatggagatgtagagagaatcctccaactgattggccgtcagaagct
taccgtttaatttggcgagatgatttagttgcacaagctgggagagttgcaatggagaat
cacaaagtgttgaaagcaaaaatagatttctgttttcaattgcaagaaacaattcctaat
actactaaggaaatccctcatatagatggcatggaagacattgattgtaacttaaccagg
atgatcttccgcgaagacattcggatcatggatgccagaaaaatgttagatagttctcag
ccagtcacgataaatttaacgcaacgaccagacgtctccgatcatgattttatcgaggaa
gaagaaaaacatttatatggaatttgtatcagaacattggctctgcctatgggaaggggc
atgctaacattgcgcacagccactccaattataacagaacctttggcggctcctgttctt
tgcttaactggcaaagctcctgccaaaggaaacaccgtgaagctcagccacattgataca
ccggcaaatatgaatttgtggccgttgtttcataatggagttgctaacggccttcgaata
actcccgatgcccaaaacatcgatagcacatggattattttcaataaaccgaaaagtggg
gcagatgctcagatggaacatgcgggatttttaatggcattaggactcaatggacaccta
aagaacttagtggtaatgagtacttttgaatacatagaaaattcgcatgaaatgaccagc
gttggagtattattgggactttcggcagctttccgaggaacttgcaatcactacctttcc
acgcttctcgcaatacatgtagaagcgttattacctccaaccactatggaactagatatt
tctcaaaatttgcaagttgctggattattaggtttggggcttttataccaacgcagcgca
catagacacatgacagaggttttattggctgaaattggtagaccaccaggaccagaaatg
gaaaatagcgttgatagagaatcatactcgttagccgctggtttagctttaggactggtg
atgctaaagcatggcgatcaaccaaaaggaatgtctgatttaagtgtatcagacacgttg
cattattatatggtcggcggtaataaacgacctgtaacaggatcacaaaaggataaatat
aaaacgccatcgttccaaatccgagaaggttcctcggttaatctagatttaaccgctcct
gggtctactttggcgcttgggttaatgtatctgggaactgggaataaggctgtagctgat
tggatggctcctccagcaactcaatatcttttggactcggtcaggcccgactttttaatg
ttacggattttatccagatctcttatattgtgggaccacattgaaccatcaaaggaatgg
gtaattgatcaagtgccaagctcaattcgtccttactgcatggtcactcctacaaataca
gacgacacagactatgagtctatgaatcaagcttattgcaatataatagctggagcctgt
ttcggattgggtttaaagtttgctggatcagctgaccaagatgctttcgaaactctgtta
tatttctgccacatgttcagttcactagctggaaagtcaatagctgagttagcggggaag
ccgactatagaaacctgtttaaatgttctattgcttagtgcgtcgatggtgatggctggg
actggcaatctagaaataatgcgattggtgcggcatttacgatgtcgcataggaatacca
aatagtgcaattgtaacttatggctctcatttagcccttcacacggcattgggcctttta
tttctggggggtgggagatacactttgagcaactcacctgcgaatgttgccgctctcata
tgtgccttttatccaaagtttcctacccatagtaacgacaacaggtatcattttcaagct
tttagacacttgtacgttttggcagttgagccgcgactagtcatacctaaagatgtgatc
tcaggcaaaatttgttatgctgcattgagattagttaaattagatggtaaagaactaact
gttaagggaccgggacttataccagacgtaaactccttaaggaaagtcatagtcgatgac
aaacgatattggccggtagtatttgaaagaggacggaactgggatcggttaaataaaatt
ttatcgactaccggttgcatagaagtaaagcaacgcgctggatgtctaagctacttaaaa
gataaatttggatatcaaagcgatttggcacggactctaacaaattccacgatagtgcct
tgggatccttcgttttcctctataattcagttttcatcggacgaatcggtaaagcagttt
tgcgaaacagtgctgcattttgaaaatgctaatgcaaatccttctgagcaaaaattcgtt
caattgttgactacatcagcgtatgatgcggtggttaaggataaacatatggttattgct
attacaatatcgttattacagattattttaaattttgattgccaactaaatacacttggc
ttgtggcaattaaaaattataatacagcaagtcctttcacgtcaatcaattccaaatata
ttatcgaaagaaattattttggcaatgcaacaagaactgatgggaaaattggaatcttat
gaagatagtttaaaaccgaatcttcagctgtatttaacaggtggtgattttgaccccact
ctcactcaaatggcctcttttatcacatatttggacttacccagtgatctgcctcgaagg
ttaaaaacaatgaatatcttagaacatgccatacatttgaaaagtcaaggttttagtacg
aatctgatctctaaaatgatcaagatattagaataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (52)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (64)   

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