KEGG   Musca domestica (house fly): 101894708
Entry
101894708         CDS       T03448                                 
Name
(RefSeq) anaphase-promoting complex subunit 1
  KO
K03348  anaphase-promoting complex subunit 1
Organism
mde  Musca domestica (house fly)
Pathway
mde04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:mde00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    101894708
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:mde04121]
    101894708
   03036 Chromosome and associated proteins [BR:mde03036]
    101894708
Ubiquitin system [BR:mde04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   APC/C
    Other subunits
     101894708
Chromosome and associated proteins [BR:mde03036]
 Eukaryotic type
  Sister chromatid separation proteins
   APC/C complex
    101894708
SSDB
Motif
Pfam: Apc1_MidN APC1_3rd ANAPC1 APC1_C
Other DBs
NCBI-GeneID: 101894708
NCBI-ProteinID: XP_011292766
UniProt: A0A1I8M2U1
Position
Unknown
AA seq 1966 aa
MIAVSESLEYIPRGRQAVDEHPGPTEIKQHPQLPSENLLLLRLQNVNISAKEEHNEFWCV
REIYEDFSQNKRNGNKKSQGGGNKGQGFGNNLNRNNDTKSNGENNPTSTGPSEYMCEYLV
NSEEELYVKKHTAVWTRGISDERCTLPRLCFTCETPIKFAFFCNKSFISSPKEQLAEEET
GQKVTSICLIDQNSLRVYCSNGEDFLSNLEFPVSHVWPTRFGILLEKVASNTIIQNHSIS
MPRLFSLSHPLDEICPVLNKSSTNVISYLIESDYKIIFSDEKSDLLLLCDTKLGKHFISR
LRKASAEEVQYIGAQNETVLGSSVNQFSVHKPNLGGTVNQCSFSQSSMKFSGVTPKNSTA
HLGRTSLGTSNYTTHISKFLNSAHSISGAFGNLNRSNTASPLSNLQSTIGQHSISVQDIR
KCGQSQPSKPIVPELCLEHIWTENTYGNSRDFCEISSKAFIHTDLVGQTYLCYLLPRSCK
LQMVRLNNYDSKNLNIATMCTSIVAKDAVALERMNMLAVLDPSGTLILYTGTVLVSKVHI
PNTLSGNTPSSKMPTSVQNITPSMQNKSPNTSFPRRSSLLPSAQKPSDSTFEEELHLLSP
VHPLQPQFLSRSNNICLGLRDPAGNRLTLTYLSGKMLRITLPLINETKLVSRCIAALRQV
LKRDQFIQMITKWYGSRNPPGSRDYCIEQEWDIFRNVLWDLMGYSATMHDVSSGTATSFN
AEEPKKRKKNDEIHSGTDEDWQFMLNILDGVETGLNCSGERQQQTCNNIDTTAILFNTIP
AIFYSFHLLYEDFKLDDSMHQHLKPLAKFLHQLAFDMQLQSYTFHYSLDFPCLVRNAAKA
CILTEQHGSQMLHKELLTVPAPNVFQQIEFILKDKDNMPFNYVDGINDLSRNVLQVISLI
MHGHGKIKKWIKPLDFAESVQSYFPKKPKRFISVNVSRSEQVIQMLINMEITRKDIERLP
VAIHLCIAECLEYSRLEPPIGCSPTTYELILRSDLVAHAKLQNQNFQTPNSGYLQKVNID
TEDSLSARCPPSKNGISQMDAALDDGMDNIDTKLLSLRFPDDMRVAEVRRLLSSSEPVII
DITQSPGTSDHEFIEEQEKQLFSLCTRTMTLPMGRGMFTLRTSIPTPTESMPIPKLCLTG
KEPIKGATVEMQQIEFPANMSLWPTFHNGVAAGLKISPNARDVDSTWIVYNKPKGQADIS
TEHAGFLMALGLNGHLKTLSFMSIYEYLVKCDEMTSVGLLLGISATHRGTMNNTTTKLLS
VHIEALLPATALELDIPQNIQVASLMGIGLLYQGTAKRHIAEVLLQEVGRPPGPEMENSV
ERESYALTAGLALGLVTLGQGESPAGLRDLQLPDTLHYYMVGGNKRNLTGSQKEKYKLPS
FQVREGDQVNIDVTAPGATLALGLMFYNTDNKAVAEWMNPPNTRYLLDLVRPDLLLLRTI
AHGLIMWSEIQPDEEWLHNQFPVNLRFDVEKGAQVNDNEDIDHEAITQAYCNIIAGAAFC
IGLKYAGTENPVAFKTLRRAIKLFLGFPGKYVGEFAGRTTIENSLMVILLAISLVFSGSG
DLEILRIIRYLRSRIGSAHPHVTYGSHMAIHMSLGFLFLGAGRFTISKTPEAVAALVCAL
FPKFPTHSNDNRYHLQAFRHLYVLAVEPRLFLPRDIDTQKLCLCNISVLEVGAKELRRLP
MAPCMLPELSSLQKVVVDDPNYWPVSFEKNRNWDQLVKALENSACIEIKKRSGCLSHLED
PDRLKSLFSQTLTTEQYICWEIDPKTLERFSNEPYVIGFTDRFLHLDEPESTNDELALKQ
HLTMLFYNAVVKDKMHVLPIYLAIYNHVLKFNTKEPTFYDIWQLKLLNCYLEQYSHPHIL
FPKELISSFLEQFQTFMETCRHKLSTPLRQFITARDFESHIVANLTQQDLAKLVAVVIYY
SLTPNLLNSLAQRPTNYVGYIKELRKLNLEGSTTQCLLKILQATSA
NT seq 5901 nt   +upstreamnt  +downstreamnt
atgatcgccgtatcagaatctctggaatatattccacgaggtcggcaggcggtcgatgaa
catcctgggccaacagagatcaaacaacatccccagttgccatccgagaatctattattg
ttgcgtttgcaaaatgtaaatatatcagcgaaggaagaacacaatgagttttggtgtgta
cgtgaaatctatgaagacttttcccaaaacaaacgaaatggcaacaagaaatcacagggt
ggaggtaataagggacaaggttttggcaacaatttgaacaggaataatgatacaaaatct
aatggagaaaataaccccacatctactggtccatcggagtacatgtgcgagtatttggtg
aactccgaagaggaattgtatgtaaagaaacatacggctgtatggaccagaggtatttcc
gatgaaagatgcactttgcctcgcttgtgcttcacttgtgaaactcccattaaatttgca
ttcttttgcaacaagtctttcataagttcccccaaagagcaattggctgaagaagaaacg
ggacaaaaagtcacatctatatgcctgattgatcaaaattccttgcgtgtttattgcagt
aacggtgaagatttcctttcaaatcttgaatttcctgtctctcatgtctggcccacacgt
ttcggtatccttttggaaaaagtggcatcgaatacgattatacaaaatcactcaatttct
atgcctcgtctgttttctttgagtcatcctttggatgaaatttgtccagtgctcaataaa
tcctctaccaatgtaatttcatatctcatcgaatcggattataaaataatattttccgat
gaaaaatccgatttattactgctgtgtgatactaaactgggtaaacattttatatcacgt
ctgcgaaaggcaagtgccgaagaggtacaatacatcggagcacaaaatgagactgtctta
ggcagtagtgttaatcagtttagtgttcataagccaaatctaggtggaacagttaatcag
tgtagtttctcgcagagtagcatgaagttcagtggagtcacacctaagaacagcacagcc
catttgggtcgcacaagtttaggtacgtccaattacacaacacatataagtaagttcttg
aatagtgcccattccattagcggagcttttggtaatttaaatcgttccaatacagcatca
cctttaagtaatttacaatcaaccattggccaacattctatatccgtgcaagatatacga
aaatgtggccaaagtcagccatctaaacccattgttcctgaattgtgtttggagcatatt
tggactgaaaatacctatgggaactctcgtgatttctgtgaaatatcatcgaaagccttc
atccacaccgatttggttggccaaacgtatctctgttatctactaccacgctcatgtaaa
ctacagatggtcagactgaataattatgatagcaaaaacttaaatatagccaccatgtgt
acctcgattgtggccaaggatgctgtggctttggagcgcatgaatatgcttgctgttttg
gatccttcgggcacgttaatactttatacgggtactgtgttggtgtccaaagttcacata
cccaatacactatccggtaatacaccatcctcaaaaatgcccacaagtgtacaaaatata
acaccatcgatgcaaaataaatcacccaatacctcatttccaagacgtagcagtttgctt
ccttctgcacaaaaaccaagtgattctacatttgaggaggagctgcatttgctgtcacca
gtacatcctttgcaacctcaatttttaagcaggtccaataatatatgtttaggcctgaga
gatccggccggtaatcgtctaaccctcacctatctctcgggaaaaatgttgcgcataaca
ttgcctctcataaatgaaactaaacttgtaagccgttgtattgcagccctgcgacaagtt
ctgaaacgtgaccaatttatacaaatgattaccaaatggtatggttcacgtaatccacca
ggttcacgagattattgtattgaacaggaatgggacatatttcgtaatgttctgtgggat
ttaatgggttattcggcaacaatgcatgatgttagcagtggtactgccacatcgtttaat
gccgaagagccaaagaaacgcaagaaaaatgatgaaatacattcgggtaccgatgaagat
tggcaattcatgttgaacatattagatggcgtagagactggcctaaattgcagtggagaa
cgtcaacagcaaacctgcaataatatagatacaactgcaattttgttcaataccatacca
gctattttctatagttttcatttgctctatgaagattttaaattggatgattccatgcat
cagcatttgaaaccattggcaaagtttctacatcaattagcttttgatatgcaattgcaa
tcctatactttccactactccctcgatttcccgtgtttagttcgcaatgcggccaaggct
tgtatcttaactgaacagcatggatctcaaatgttacacaaggaactgttaaccgtccca
gctccaaatgtattccaacaaattgaatttatattaaaagacaaggataatatgcctttc
aattatgtagatggtatcaatgacttgagccgtaatgtgttgcaggttatttcattaatc
atgcatggtcatggcaaaatcaagaagtggataaaaccattggattttgccgaatcggta
caatcatatttccccaaaaaaccaaaacgatttatatcggttaatgtttcacgttcggag
caggttatacaaatgctaatcaatatggaaataacccgcaaagatattgaacgtttgcca
gtggccattcatctgtgcattgccgaatgcctggaatattcacggctggaaccccccatt
ggctgttcgcctacaacatatgagctgattttacgttccgacttagtcgcacatgctaaa
ttacagaatcaaaatttccaaacacccaattcaggttatttgcaaaaagtcaatatcgat
acggaagattctctctcagctcgctgtccaccatctaagaatgggatatctcaaatggat
gctgctttggatgatggtatggataatattgatacaaaactgttgagtctacgttttccc
gatgatatgcgtgtggctgaggtgcgtcgactattatcgtcttcggagccagttataatt
gatataacacaatctcctggcacctcagatcatgaatttattgaagagcaggaaaaacag
ctgttttctttgtgtacaaggacaatgacattgcccatgggtcgtggaatgtttactctg
aggacttctatacccacaccaacagaatcaatgcccattcccaagttgtgcctgacgggc
aaagaacccatcaaaggagccactgtggaaatgcaacaaattgaattccccgccaatatg
agtttgtggcccacatttcataatggtgttgcagctggcctaaaaatatcacccaatgcc
cgagatgtagactcaacatggattgtatataataaacccaaaggtcaggcggatatttca
acagaacatgcaggatttcttatggcgttgggattaaatggtcacctaaaaaccttgtcg
tttatgagtatctatgagtatttggtgaagtgtgatgaaatgaccagtgttggcttactt
ctgggtatatcggccacacatcgtggtaccatgaataataccaccacaaaattacttagt
gtacacatagaggctttactgccagccaccgccttagaattggatataccacaaaatata
caagtggcatctttgatgggtattggtttgttgtatcagggcactgccaaacgccatata
gctgaggtgctgctgcaagaagttggacgccctccaggccccgaaatggaaaatagcgtg
gaaagagaatcatatgccttaacagctggtctggcattaggtttagttaccctgggacaa
ggagaatctccggcaggcctacgagatcttcaattaccggatactttacattattacatg
gtgggtggtaataaaagaaatcttaccggttcacaaaaggaaaaatataaactgccctcg
tttcaagtaagagaaggggatcaagtaaatattgatgtaacagcacctggagctacgctg
gcattaggtttaatgttctataataccgataataaagccgttgccgaatggatgaatcca
ccaaatacccgttatcttttggatttagtaaggccggatttgttgctattgcgcaccatt
gctcatggtttgataatgtggtctgaaatacaaccagatgaggagtggctacacaatcaa
ttcccggtcaatttacggttcgatgttgaaaagggtgcccaagtcaacgataatgaggat
attgatcatgaagctataacccaagcctactgtaacatcattgcgggtgctgccttttgc
attggtttaaaatatgctggcacagagaatccggtggcctttaaaactttacgacgtgcc
attaaacttttcttaggattcccgggcaaatatgttggcgaatttgccgggcgtaccaca
attgagaatagtctcatggtcattctcttggccatttcattggtattttccggttctggt
gatttggaaatattacgtattatacgttatttgagatctcgtattggttcggcacatcca
catgtcacctatggttcacacatggccatacatatgtcactgggctttctgtttttgggt
gctggccgctttaccatttcaaaaacgcccgaagcggtggcagctttggtgtgtgccctg
tttcctaagtttccaacgcacagtaatgataatagataccatttacaggccttccgtcat
ttgtatgttttggccgtggagccacgtctatttttaccccgtgatattgatacccaaaag
ctgtgtttatgtaatatttcggtcttggaagtgggtgccaaggaattgcgccgcttgccc
atggctccttgtatgttgcccgagttaagctcattgcaaaaagtcgttgtggatgatccc
aattattggccagtttcgtttgaaaagaatcgtaactgggatcagttggtgaaagccctg
gaaaattctgcctgtattgagattaaaaaacgttccggttgcctgtcccacctggaagat
cccgatcgtttgaaaagtctattctcccagacattaactacagaacaatatatctgttgg
gaaattgatccaaaaactttggaacgtttttccaatgaaccctatgttattgggtttaca
gatcgtttcttgcacctggatgaaccggaatctacaaatgatgaattggcattgaaacaa
catttaaccatgctattctataatgccgtcgtaaaggataaaatgcatgttttgcccatt
tatttggcaatctacaatcacgtcctgaaattcaacaccaaggagcccacattctatgat
atttggcaattgaaattgctgaattgctatttagaacagtattcacatcctcatatatta
tttcccaaggagcttatatcatcatttcttgagcaatttcaaacatttatggaaacatgc
cgtcataagttatcaacgcctttaaggcaatttattacagccagagattttgaatctcac
attgtggccaacctgacgcaacaagatttggcgaaattggtagccgttgtcatttactat
tcactaactccaaatctcttaaatagtctagcacaaagacccacaaattatgtgggctat
atcaaagaattgagaaaacttaatttagagggtagcaccacacaatgtctattgaagatt
ttacaagcaacaagtgcctag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (46)   
   KEGG ORTHOLOGY (1)   
   RefGene (42)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (62)   

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