KEGG   Lates calcarifer (barramundi perch): 108896272
Entry
108896272         CDS       T04895                                 
Name
(RefSeq) anaphase-promoting complex subunit 1
  KO
K03348  anaphase-promoting complex subunit 1
Organism
lcf  Lates calcarifer (barramundi perch)
Pathway
lcf04110  Cell cycle
lcf04114  Oocyte meiosis
lcf04120  Ubiquitin mediated proteolysis
lcf04914  Progesterone-mediated oocyte maturation
Brite
KEGG Orthology (KO) [BR:lcf00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    108896272
 09140 Cellular Processes
  09143 Cell growth and death
   04110 Cell cycle
    108896272
   04114 Oocyte meiosis
    108896272
 09150 Organismal Systems
  09152 Endocrine system
   04914 Progesterone-mediated oocyte maturation
    108896272
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:lcf04121]
    108896272
   03036 Chromosome and associated proteins [BR:lcf03036]
    108896272
Ubiquitin system [BR:lcf04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   APC/C
    Other subunits
     108896272
Chromosome and associated proteins [BR:lcf03036]
 Eukaryotic type
  Sister chromatid separation proteins
   APC/C complex
    108896272
SSDB
Motif
Pfam: Apc1_MidN APC1_C APC1_3rd ANAPC1 PC_rep
Other DBs
NCBI-GeneID: 108896272
NCBI-ProteinID: XP_018550827
Position
LG16_LG22:14783235..14834841
AA seq 1981 aa
MSEVVYEETATMIAAGELQSFVPFGREHCRNHPNAFNLQLRELQPASELWSSDGAAGLVG
SLQEVSLQERERECWQLKKGCVGVREEDVEFEEELYAAGNVVVWSQGSRTQASSVYKAFT
VDSPVQQALWCNFAVPQNKKDEEEVEQTVCIVQSSCVNVHTVTGKDFISPLPFQVSDVWA
TKFGLLLERKNTATDAQLSPPGEPLPTVFSMLHPLDEIAPVVCKPAGLFEGSRVQYASDS
TMKIIFSCCQPSIVVSYDTVQGIHSVWALRKVTHEERSTVLRCPSESVGTPMGLMASGFL
TSHLRNISRLDSPGGSAPAGLGPGTGTSCPVGTGSPLHYSALHSHQSRIMTSSPGLHSRV
HSPSISNMAALSRAHSPGMAAPSFSGVARFNTSFHSPPPKGHHGLLPSPNSTVNETMLVP
EMEPIIPDLCMEQLWSETVTAGCHRDMSSQASKVFLTSDVCENRYLCFLVESHQQLRCVK
FIESNDTSQLIFASVTSIPAKDAEPLQNIDAMLVLEACGSLVLYTGITRVSKVFVPGLLS
PTFSLTNHLPHLSTPVENVSTPANAGSRHLQRLDEAVMPSPVSELRGPNIKHHEGSFLED
YTFQQTMPYIHALRDPVCNRVTLELNSGTMLRISIPEIATSELVRKCLQAIRFILPKEAA
MKVLVKWYNIYNAPGGPSAHAEWNLFVTCFMTLMGYNTERLTWTRNLHFEVPLSPVIAAK
KARPSDGGSDEDWEYLLGSHYHRQMNFQPACGPVDSSGSNTTLITETEGPSPVSSPSSPS
LKLDSSAPLFPHIPALFYVLHLLYQELQLDELQRARASSLVCLLQQLARDLQLNEYVDLY
WRDYPSLISGLTESCLIDQALIDQMQRPSFLRAEPPCVFSWLSSCLRGEEIPPFPYLPSI
CQRTRLLVLSYALYITGDENATSTDVSKYLVKLSAGQKSCASEPHYRRQSSVKVKFSTEN
LAEQLVVWLTSEGFTLKDLESVPFGVALPIREAIYRCREQPCSDWSEEVCMLIGRQDLTK
QAHKMTLAKSKASVGSGLSLEPPATTEADEEEDGMSDIIQEVTGLIWSQDLRVQEVRRLL
QSSRPVRVSVVQLPEVSDHEYIEEKENKLLQLCQRTMALPVGRGLFTLFSYHPVPTEPLP
VPKLNLTGRAPPRNTMVDLNSGNIDVPPNMTGWPSFHNGVAAGLKIAPASQVDSAWIAYN
KPKSPELANEYAGFLMALGLNGHLTKLATLNIHDYLTKGHEMTSIGLLLGVSSAKLGTMD
MSITRLLSIHIPALLPPTSTELDVPHNVQVAAVIGIGLVYQGTGHRHNAEVLLSEIGRPP
GPEMEYCTDRESYSLAAGVALGMVCLGHGSNLIGMTDLNVPEQLYQYMVGGHRRAQAGAN
RERHKSPSYQIKEGDTINVDVTCPGATLALAMIYLKTNNRSIADWLKPPDTWFLLDFIKP
EFLLLRTLARCIIMWDEILPNTEWVKSNIPQIMRGTFDPSEDINMETMAQAQDYITAGAC
MALGLRFAGSANSDAFDCLYEFARTFMKIMSFAGTAAVTGYYNLQTGLSMILLAMSMVMA
GTGNLKVLQLCRFFHKRTGGEMNYGFHMAHHMALGLLFLGGGRYTLSTSNSAIAALLCAL
YPHFPAHSTDNRYHLQALRHLAVLAAEPRLLVPVDVDSLKPCYALLEVTYKETKWYDETT
VELMAPTMLPELHHLKRVKVKGPRYWELSVDLSKETQHLKSILSRDGVLYVKLRAGQLPY
KDDPQGWKSLLASTVNHRNSGVRAFKPEAISTFTSEPALVSFAEFFCKTSEGMKHREDTL
VLFSAMLYECVMQECPEMLPTYIAIEQAVGALRRGDLQQTFPLWQLRLVVELWDSRVLRG
AANHHDALLTSEFLPVMKNMVDVALDSWLKDNSSVLRSYMRGEILHKDTQSIILVCFLVY
RSIPCLRNTHTQLEGCSSLGDLLSRSSQLGIPLRDLLRLVPVLLGSASTPQMLPGFPMQA
F
NT seq 5946 nt   +upstreamnt  +downstreamnt
atgtcggaagtcgtgtatgaagagacagccacgatgattgccgcaggggaattgcagtcg
tttgtcccgtttggccgcgagcactgcaggaaccatccaaatgccttcaacctgcagctc
agagagctccaacccgcctccgagctctggtcgtcagacggcgctgctggcctggtgggg
tccctgcaggaagtcagtctgcaggagagagagagggaatgctggcagctcaagaagggc
tgcgtgggagtcagagaggaggatgtggagtttgaagaggagctttacgcagcaggaaac
gtagtcgtctggagtcagggcagtcggacccaagcctccagtgtatacaaggccttcacc
gttgacagcccagtgcagcaggccttatggtgtaactttgctgttcctcagaacaagaaa
gatgaggaagaagtggagcagacagtgtgtattgtccagagcagctgtgtcaacgttcac
actgtgactgggaaggatttcatctctcctctacccttccaggtctcagatgtctgggca
accaagtttggacttttgttggaacgaaaaaacacagcgactgacgcacaactcagcccc
cctggggaacctctgcccacagtgttcagcatgctgcaccctctagacgagatcgcacca
gtggtgtgtaagcctgcagggctgtttgaaggctcccgtgtgcagtatgcatctgactcc
accatgaagatcattttcagctgctgtcagccctctatagttgtgtcctacgacaccgtg
cagggaatacactctgtctgggccctgcgcaaggtcacacatgaagagcgctctacagtc
ctgcgttgtccatcagagtcagttggcacaccgatgggtctaatggcttcaggattcctg
acctctcaccttcgtaacatctcccgcctggactcccccggtgggagtgcaccagctggg
ctcggtcctgggactggaacaagctgtcctgttggcacgggctctcctctccactacagt
gctctgcacagccaccaaagcaggatcatgacgtcctcaccgggattacactcccgtgtt
cattccccaagtatatctaacatggctgccctcagccgcgcccactctccagggatggcg
gctccgtccttttcgggtgtggctcgtttcaacacgtctttccacagcccgccccccaaa
gggcaccatggcttgttaccctctcccaacagcacagtaaatgagacgatgctggtgcca
gagatggagcccatcatacccgacctctgcatggaacagctgtggagtgagactgtcact
gctggctgtcacagggacatgagcagccaggcgtccaaagtattcctgacttctgacgtc
tgtgagaaccgctacctctgtttcctagtggagtctcatcaacagctcagatgtgtgaag
tttattgagagcaatgatacgtctcagctcatcttcgcctccgtcacgtccatccctgcc
aaagatgcagaacctctgcagaatatagatgccatgctggttctggaggcctgtggcagt
ctggttctctacacaggaatcaccagggtcagtaaggtgtttgtccccggactcctgtca
cccaccttcagtctgaccaaccacctccctcacctcagcacgccggtggagaacgttagc
acgccagctaacgctggcagtaggcacctccaaagactggatgaggccgtgatgccttca
ccagtgtcagagctgaggggtccaaacattaaacaccacgaaggttcatttttggaagat
tacaccttccaacaaaccatgccctacatccatgccttgcgggaccccgtctgcaacagg
gtcactctggaactaaacagtggcacaatgctgagaatctctatcccagagattgctacc
tcggaactggtgagaaaatgccttcaggcgattcgtttcattctgcccaaggaagctgcc
atgaaggttttggtgaaatggtataatatctacaacgcccctggtggtcccagtgcccac
gcagaatggaacctgtttgtcacctgtttcatgacgctgatgggttacaacactgagcgc
ctgacttggacaagaaatctgcattttgaagtgcctctttctccagtgattgcagccaag
aaggctcgtccctctgatggaggctctgatgaggactgggaatatttgttggggtctcat
taccaccgtcagatgaatttccaacccgcctgcggtccagtggactccagtggctccaac
actactctcatcacagaaactgagggcccgtcccctgtgtcctctccctccagtccatct
ctgaaattggacagttcagctcctcttttcccccacattcctgcactcttctacgttctc
catctgctctatcaggagctgcagctagacgagctgcagagagcaagagcatcctcgctt
gtctgtctgctgcagcagttggccagagacctccagttgaatgaatatgtggatctgtac
tggagagactacccctcactgattagtggcctaactgagagctgcctcatagaccaggct
ctgattgatcagatgcagcgtccctccttcctgagggccgagcctccctgtgtgttcagc
tggctcagcagctgtctgagaggagaagagatcccacctttcccctaccttcccagcatc
tgtcagaggaccaggctgctggttctgagttatgctctctacatcactggagatgaaaat
gctacctccacagatgtgtcaaagtacctggtcaagctctctgcaggccagaagtcctgt
gccagtgaaccacactacagaagacagagcagtgtgaaggtcaagttttccactgagaat
ctggctgagcagctggtggtctggctcacctcagaaggtttcaccctgaaggacctggag
tcagtcccgtttggcgtggctttgcccatcagagaggccatctaccgctgccgggagcag
ccgtgttctgattggtctgaggaggtctgtatgctgattgggcgtcaggatctgaccaaa
caggcccacaagatgaccttggccaagagcaaagcttctgtaggttcaggtctgtcgttg
gagcctcctgcaaccacagaagcagatgaagaggaagatgggatgtcagacataattcaa
gaggtcacagggctgatctggagtcaggatctgagggtccaggaggtcaggaggctcctg
cagagctccagaccagtccgagtcagtgttgtgcagctaccggaggtttctgaccatgag
tacatagaggagaaagagaacaaactcctgcagttgtgtcagaggactatggctctccca
gttggccgaggcctcttcactctcttctcctatcaccctgtaccgactgaacctttaccc
gtacccaaactcaacctgacaggccgcgcccctcccaggaacactatggtggatctgaac
agtgggaatattgacgttcctcccaatatgactggctggcccagcttccataatggagta
gcagctggactcaaaatagccccagcttcacaggtggactcggcctggatcgcctacaac
aagccaaagagccctgagttggccaatgagtatgctggcttccttatggccctgggcctc
aatggacacctcaccaagctggccacgctcaacatacatgactacctcaccaagggccat
gagatgaccagtattgggctcttactgggtgtgtcttcagccaaactgggcaccatggac
atgtcaattacccgcctgcttagtatacacatccctgccctgctcccacccacctccact
gaactggatgtaccacacaatgttcaggttgctgctgtaattggcattgggctggtatac
caaggaacaggacacagacacaatgctgaagtcttgttgtctgagataggtcgaccccct
ggtccggagatggagtactgtacagacagagagtcctattcactagcagctggggtagcc
ttgggcatggtctgtctcgggcatggcagtaacctgattgggatgacagacctgaatgtc
cctgagcagttgtatcagtacatggtgggaggccaccgcagagctcaggctggcgccaac
cgggagagacacaagtcccccagctaccaaatcaaagaaggcgacactatcaatgtggat
gtgacgtgtccaggggctacgctggccctcgccatgatttacctcaagaccaacaacagg
tcgattgctgattggctgaaacctccagacacttggtttctgctggatttcatcaagcct
gagtttctgctgctgaggactcttgctcggtgtattatcatgtgggatgaaatcctacct
aatactgagtgggtcaagagtaacataccccagatcatgagggggacttttgacccttca
gaggacatcaacatggagacaatggcccaagctcaagactacattacagctggggcctgt
atggcactaggattacgttttgctggctctgccaactctgatgccttcgactgcctctac
gagtttgccaggaccttcatgaagatcatgtccttcgctggtacagctgctgttacaggt
tattacaatctacagacaggtctgtcgatgatcctgctggctatgtccatggtgatggcc
ggcactgggaacctgaaggtcctgcagctctgtcgcttcttccacaagcgaaccggtggc
gagatgaactacggcttccacatggctcatcacatggcactgggcctgctcttcctggga
gggggcaggtacaccctaagcacctccaattcagccattgctgctctgctgtgtgccctg
tacccacacttccctgctcacagcactgacaaccgctaccacctgcaggccctgcggcac
ctggccgttctggctgcagagccacgcctacttgtccctgtggatgtggactccctgaag
ccctgctatgccctcttagaggtcacctacaaggagaccaaatggtacgatgagacgaca
gtagaattgatggctcccaccatgctacctgagctgcaccatctcaagcgggtaaaggtg
aaggggccacgttactgggaactgtctgtagacctcagcaaagaaactcagcatctgaag
tccatcctgtcaagagatggggtgttgtatgttaaactacgggcgggccagctgccttac
aaagacgaccctcagggctggaaaagcctgctggcctccaccgtcaatcaccgcaactcc
ggagtccgagccttcaagcctgaagccatctctacattcacctctgagcccgccttggtc
tcctttgcagagttcttctgtaaaacatctgaaggaatgaaacatagggaggatactctg
gtgttgttctcggccatgctgtatgaatgtgtgatgcaggagtgtccagagatgctgccc
acatatattgctatcgagcaggcggtgggtgctctgcgtcggggtgacctgcagcagacc
ttccccctgtggcagctgcgtctggtggtggagctgtgggacagcagggtgctgcggggt
gccgccaatcaccatgacgctctgcttacctcagagtttctgcccgtcatgaagaacatg
gtggatgtagcactggacagctggctcaaagacaacagctcagtgttgaggtcctatatg
aggggcgagatcctccataaggacacccagtccattatattggtctgcttcctggtgtac
cgctctatcccctgcctcaggaacacacacacacagctggagggctgcagctcactcggg
gatttgttgtcgcgcagcagccagctgggcatccctctcagagacctgctgaggctggtt
cctgtcctgctgggctctgcatcaacaccacagatgctgccgggcttccctatgcaagca
ttttga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (4)   
   KEGG PATHWAY (4)   
Genome (1)   
   KEGG GENOME (1)   
Gene (28)   
   KEGG ORTHOLOGY (1)   
   RefGene (24)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (45)   

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