KEGG T03196: 103332797

Prunus mume (Japanese apricot): 103332797

Entry

103332797         CDS       T03196

Name

(RefSeq) anaphase-promoting complex subunit 1

K03348

anaphase-promoting complex subunit 1

Organism

pmum Prunus mume (Japanese apricot)

Pathway

pmum04120

Ubiquitin mediated proteolysis

Brite

KEGG Orthology (KO) [BR:pmum00001]
09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    103332797
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:pmum04121]
    103332797
   03036 Chromosome and associated proteins [BR:pmum03036]
    103332797
Ubiquitin system [BR:pmum04121]
Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   APC/C
    Other subunits
     103332797
Chromosome and associated proteins [BR:pmum03036]
Eukaryotic type
  Sister chromatid separation proteins
   APC/C complex
    103332797

SSDB

Motif

Pfam:

ANAPC1 APC1_C Apc1_MidN APC1_3rd PC_rep

Other DBs

NCBI-GeneID:

103332797

NCBI-ProteinID:

XP_008233773

Position

LG5:complement(21364712..21378433)

AA seq 1822 aa
MSSSLGVRHLTVLGEFKPFGLIAEAVDGKPADNVTDKYDYFLFDPETVRERDETDEASAS
ALSDRCDHELFIRGNRIIWSTGPRVFKRFTLPSPIIMACWCRLGDMTEALLCVLQIASLT
IYNTSGEVVSVPLPRTIKSIWPLPFGLLLQHAAEVNSTAPASSSSSNPLFGLRDLSRPRR
ESGHSPQHNVNSVTALDHIAKGEAISMSSHLILKDPLEEPHLAYIEERGKLNIMKEFDET
TIWTSDRIPLMASYNTGRMQHSVWVAETSNSNHEMASASLLDAVPPGVLAKQFSLRRIWQ
GKGAHMAACKVFLATDDDAAPIICFLHHEQKKLLCVRLQSVEINNEILFDIKPDMSWSIP
AVAAAPVIVTRPRVKVGLLPYSDMVVLAPENVLLLYSGKHCLCRYMLPCCLSKGRFSHKL
EFPETTSVSQGLKIIGLADAVEGRINVTVNNGQMFRCVLRRSPASSLANDCITAMAEGLS
SNFYSHFLSLLWKDGDLAYLSEADSSVPSEWDSFCSIMMEICGSSATSKKISSPMPQSSW
EFLIHSKFHNNYCKHNLITQNSSVMSLDVQRLDSSWLNSDGTQRPERTFYYELLMESLHC
LHAVYENLKLNSLRKRDLELLGFLSCYIAKFLGEESYVDHYIRDFPGLSGSVGICDTSIS
QENPPSLFRWLENCLLHGYNSANINDLPPLICKDGSSVVSWARKIVSFYSLLSGAKHIGK
KLSSGVYCNIATGSYDTNEELTVLAMVGEKFGLQQLDSLPSGVSLPLRHALGKCRESPPI
GWPAAAYVLLGREDLALSYLARSCKSKELETQTNVNLISMSAPYMLHLHPVTIPSAVSDT
IGFDNTKFEDADSADGSMTDGMEHIFNSSTQLRYGRDLRLNEVRRLLCSARPVAIQTSVN
PSASDQDLQQAQLWHLAQRTTALPFGRGAFTLATIHTLLTEAFVVPKLVLAGRLPAQQNA
TVNLDPNVRNIQEIKSWPEFNNAVAAGLRLAPLQGKMSRMWIIYNKPEEPNAIHAGLILA
LGLHGYLRVLTITDIYQYLYQEHEITTVGMMLGLAASYRGTMQPAISKCLYVHIPARNPP
SFEVELQTLVQSAGLMSVGLLYEGSAHPQTMQILLTEIGRRSAGDNVLEREGYAVSAGFA
LGLVALGRGEDALGFMDTMVDKLFHYIGGKEVHNDRSNSSKLSADEHNRAAAQMMDGTAV
NVDATAPGAMIALALMFLKTESQEIVSKLSIPHTRFELQYVRPDFIMLRVIARSLIMWSR
VHPSQDWIQSQIPDIVKNGVNCLGDDTDDIDEMDAEAFVQAYVNIVAGACISLGLRFAGT
KNGNAQELLYNYAVYFLNEIKPVSATSGTFPRGLSHYVDRGTLEICLHLIVLSLSVVMAG
SGHLQTFKLLRFLRNRNSADGHVNYGVQMAVSLAIGFLFLGGGTQTFSTSNSSVAALLIT
LYPRLPTGPNDNRCHLQAFRHLYVLATEARWIQTVDVDTGLPVYAPLEVTIRETEHYAET
SFCEVTPCLLPERAILKAIRICGPRYWPQVIDLVPEDKPWWTPGDKNSPFNSGVLYIKRK
VGACSYIDDPIGCQSLLSRAMHKVFGLTSLKARDSCSTGDNGPGSVTVDQLVATFSSDPS
LIAFAQLCCDPSWKSRSDIDFQEFCLQVLFECVSKDRPALLQVYLSLYTAIGSMARQLSS
DSVVLCDSLAISNLKLALAYNEALLSGRLTSSRGGNVQSNFIACLRKQVEELLNCSQDLK
DDFCNYVHSGRWPNGESQGDKRQLLLSWYVQWLGVPSPSVIKVAVEKVKPKLKSSSLVPL
LHLLFPRTHINAIAEIDKLFSS

NT seq 5469 nt +upstreamnt +downstreamnt
atgtcgtcgtccttgggcgttcgtcacctcacagtgctcggcgagttcaagccctttggc
ttaatcgccgaagccgtcgacggaaagcctgccgataatgtcaccgacaagtacgattac
ttcttgttcgaccccgaaaccgttcgagaaagagacgaaactgacgaagcatcggcctcc
gcgttgagcgatcgatgtgatcacgagcttttcattcgaggaaatcggattatatggtca
acaggtccacgagtctttaagaggttcacattgccgtcgccaataatcatggcttgctgg
tgtcgtttgggtgatatgaccgaagctcttttatgcgttttacaaattgcttctttaaca
atctacaacacatcaggtgaagtagtctctgttcctcttcctcgcaccatcaaatcgata
tggcctcttccatttggtttgctacttcagcacgcagccgaagttaattcaactgcacct
gcttcttcttcgtcgtcaaatcctttgtttggcctacgagatctatcccgtcctaggaga
gaaagtggacatagtccacagcataatgtcaattctgtaactgcacttgaccatattgcc
aagggagaagcaatttcaatgtcctcacatctaattctgaaagatccattggaagaacct
catttggcttatattgaagaaagaggaaaattgaacataatgaaggaatttgatgaaaca
actatttggacgagtgatcggattcctcttatggcatcttataatacaggaaggatgcaa
cactctgtgtgggttgcggaaactagtaattctaaccatgaaatggcaagtgctagttta
ttggatgcagttcctcctggtgttctagcaaaacaattctcactccgtagaatatggcaa
ggcaagggtgcccacatggcagcttgtaaggtttttctagcaacggatgatgatgcagct
cctattatttgttttcttcaccacgaacaaaaaaagttgctgtgtgtaaggcttcaaagt
gttgagataaataatgagattctctttgacattaaacctgatatgagctggagcatacct
gcagttgcagcagcacctgtgattgttacccgccctagagtgaaagtgggactgctgcca
tattcagacatggttgttttggctcctgaaaatgtccttcttctctattcagggaagcac
tgcctatgtagatatatgttgccttgttgtttgagtaaaggacgattttcacataagtta
gagtttccagaaacaacatctgtttcccagggcctgaagattataggattggctgatgct
gttgaggggcgtatcaatgttacagtaaataatgggcagatgtttcggtgtgtattacgt
agaagccctgcatcttccctggcaaatgattgcatcacagctatggctgagggactaagt
tccaatttctacagccattttcttagtctgctttggaaagatggtgacttggcttatcta
tcagaagctgattctagtgttccctcagaatgggactctttttgtagcattatgatggaa
atttgtggatcaagtgccacttctaaaaagatttcaagtccaatgcctcagtcgtcatgg
gagtttcttattcacagtaaatttcacaacaattactgcaaacataaccttattactcaa
aattcttctgtcatgtcattggatgtgcaaagactggactcctcttggttaaattcagat
ggtacacaaaggccagaaagaacattttactatgagctgttgatggagagtttacattgt
ttgcatgcagtatatgagaacctgaaactgaatagtcttcgcaaaagggacttggagctt
ctaggattcctatcatgctatattgctaagtttttgggggaggaaagttatgtggaccat
tacattcgtgactttcctggcctttctggaagtgttgggatatgtgatacctccatttca
caggaaaatcctccaagtttattcagatggcttgaaaactgtttgctacatggatataat
tcagctaatatcaatgatcttccaccattgatttgtaaagatggaagttctgttgtaagc
tgggcccggaaaatagtctcattttatagtttgttatctggtgctaaacatatagggaag
aaactctcatctggtgtttactgcaatattgccacgggatcatacgacacaaacgaggaa
ctcacagtactggcaatggttggggaaaagtttggattgcaacagcttgactcactgcct
tctggtgtgtctcttcctttgcgacacgcactgggtaagtgcagggaatctcctccgatt
ggttggcctgcagctgcatatgttcttcttggtcgggaagatttggctttgtcatatctg
gcacgatcatgcaaatctaaggaactggaaacccaaactaatgtgaatttaatttctatg
tctgcaccttacatgctacatctgcatccagtcaccattccttctgcagtatctgataca
attggatttgataataccaagtttgaggatgcagattctgctgatgggtctatgacagat
ggtatggaacatatcttcaactctagtacacagttgcgctatggtcgtgatttgcgactg
aatgaggttagacggctcctgtgctctgcaagacctgtggcaattcaaacatctgttaat
cctagtgcctctgatcaggacctccaacaggcccagctctggcaccttgcacaaaggacc
actgcccttcctttcggtcgtggggcattcactcttgcaaccatacatacacttctgaca
gaggcctttgtagtcccaaagcttgttttagcaggtcggttgcctgcccagcaaaatgca
actgttaatctggatccaaatgtgaggaatatacaagaaatcaaatcttggcctgaattc
aacaatgctgttgctgctggactaaggctggctcctcttcagggaaaaatgtcaagaatg
tggattatatataacaaaccagaggagccaaatgctatccatgctggacttatccttgca
ctaggattacatggttatctgcgtgtcttaactattacggacatatatcagtatctttat
caggaacatgaaatcacaactgttggcatgatgcttggcctggcagcttcttacagaggg
actatgcaaccagcaatatcaaagtgtctttatgttcatatacctgctcgaaatccgcct
tcatttgaagtagagttacagacccttgtgcagtcagcaggtctaatgtcagttgggctc
ctttatgaaggatcagcacacccacaaacaatgcagattctcttgactgaaataggacgt
agaagtgcaggggataatgtacttgaaagggagggttatgctgtttctgcaggatttgca
ttgggtcttgttgcattgggtcgtggagaagatgctcttggtttcatggacacaatggtt
gataaattgttccattatattggtggaaaagaagttcacaatgatagatccaattcatca
aaactatcagcagatgaacacaaccgtgctgctgcacagatgatggatggaactgcagta
aatgttgatgccactgcacctggagccatgatcgctcttgctttaatgtttttgaagact
gaatcacaggaaattgtgtctaagctctctatccctcacacacgatttgagttgcaatat
gtgaggcctgatttcatcatgcttcgtgtcattgcccgaagtctaataatgtggagcagg
gttcatccttcccaagattggatacagtctcagattcctgatattgtaaaaaatggtgtc
aattgtcttggggatgacactgatgatattgatgaaatggatgctgaagcatttgtgcag
gcatatgtcaatatagtggctggagcctgcatttctcttgggttgagattcgctggtaca
aagaatggaaatgctcaggagttactttacaactatgctgtttactttctaaatgagatc
aagccagtttctgctacaagtggaaccttcccaagaggattgtctcactatgtcgatcgg
ggcacattggagatatgccttcatctcattgttctttccctgtctgtggtcatggctggt
tctggacatttacaaacctttaagctcttgagatttctccggaacagaaattctgcggat
ggacatgtaaattatggtgttcagatggcggtaagcctagctattgggttcttgttcctt
gggggaggaacgcagacattttcaacaagcaacagttcagttgctgctttgctgattact
ctctatccacgtttgcctactggaccaaatgataatcgatgccacctccaggcattccgg
cacttgtatgtacttgcaacggaagctcgttggattcagacggttgatgttgacaccggt
ctacctgtgtatgcccctcttgaagttactataagggaaactgaacattatgcagaaaca
agtttttgtgaggttacaccttgtcttctgccagaacgtgccattttgaaggcaatacgc
atttgtggccctcggtattggccgcaagtaatagatctagtccctgaagataaaccttgg
tggacccctggggacaagaatagcccatttaattctggtgttttgtatatcaagagaaaa
gttggagcttgttcctatattgatgatcctatagggtgtcagtcactgctgtcacgagca
atgcataaggtgtttggtttgacaagtttaaaagcacgcgattcatgctccactggggac
aatggacctggttctgttactgttgaccagttggttgctaccttctcatctgatcctagc
ttaattgcttttgcacaactctgctgcgacccttcatggaagagcagatctgacattgat
ttccaggagttttgcttgcaagtattattcgagtgcgtgagcaaggacagacctgctctt
ttacaggtctatttgtcattatacacggcaattggatcaatggcaaggcaacttagcagt
gattctgttgttttatgtgactcactcgctatctctaatcttaagcttgcactagcatac
aatgaggctttgctgagcggaagattgacctcttcaagaggtggcaatgttcaatccaac
tttatagcatgtcttaggaagcaggtggaagagctcctaaactgttctcaggacttgaag
gatgatttctgtaattatgtgcattccgggaggtggccgaacggggaatcccagggagat
aaacgccaactactcctttcttggtacgttcagtggttgggtgtaccgtctccgtccgta
attaaggtggccgtggagaaagtcaagcccaagctcaagtcgtcatctttggtcccttta
ttgcatttactatttccgagaacccacatcaatgccattgctgagatagataagttattt
tcatcttag

All links

Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

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