KEGG   Bipolaris zeicola: COCCADRAFT_144
Entry
COCCADRAFT_144    CDS       T03110                                 
Name
(RefSeq) hypothetical protein
  KO
K03348  anaphase-promoting complex subunit 1
Organism
bze  Bipolaris zeicola
Pathway
bze04111  Cell cycle - yeast
bze04113  Meiosis - yeast
bze04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:bze00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    COCCADRAFT_144
 09140 Cellular Processes
  09143 Cell growth and death
   04111 Cell cycle - yeast
    COCCADRAFT_144
   04113 Meiosis - yeast
    COCCADRAFT_144
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:bze04121]
    COCCADRAFT_144
   03036 Chromosome and associated proteins [BR:bze03036]
    COCCADRAFT_144
Ubiquitin system [BR:bze04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   APC/C
    Other subunits
     COCCADRAFT_144
Chromosome and associated proteins [BR:bze03036]
 Eukaryotic type
  Sister chromatid separation proteins
   APC/C complex
    COCCADRAFT_144
SSDB
Motif
Pfam: ANAPC1 APC1_3rd
Other DBs
NCBI-GeneID: 19144787
NCBI-ProteinID: XP_007706286
JGI: 144
UniProt: W6Z6U1
Position
Unknown
AA seq 2044 aa
MASLCSIGVHKPSAWQYLVQEGILTEDSTQADYAWHTYTDDDLPDELITTKHHVVWSRGG
LVRKAFNFEVEKEPLKHALLTWFVVDEPAHGLADRAQSMPAQNAAHHSQSFLTQGTQPAT
DPTAPVNNAPATVEVRSRALVVFLRSQAHVFFLSGTTHVVNLPFEVDKAFPAARGVLVQR
KLAPLHPPPPSPPLPAAPVNSFLTTNQSFLSQHLSFTQTLSQPHHRNVSSIGTSRRGTSR
LSGATMYLDDLINPSAPINPEAIPRLYSFTDPLSELGLVVTVVSGGLRSSLLTTNGSGNR
RLEAIDNAEDIIYVSPQNELLFDRSGNDKPLLLVVTANHETNVLTIWSAAYLEPKSISTS
RKQHVPLPITKSRRRSSHGTTVPGTGATTPSIRGADRLRESFGGAPRSKAQPPSFKITAK
ERLSDQAVDDALASQLNPDSDIARQPKESRRVSSLLSRAEISTSFDRSAFQDKATSRNSL
GGSFSASFNASQRSRHSLGHDRTSFGGLSQSRNRASTPGSVTSRMSLGAVSIDDTFDDAI
DEDTFDTIEDYDELDDLFAPPDAKGGPRPGDGLHKELVVSAIAEIPVTQHLKSGLFALGN
PSAPQSETQPEVLTLNAPFNSATLHERKLYMYISHPSLQHPLECELAVTRKRLSPSASAT
QSGSNSAAPRYACVPRLVSSRELEGTLDLIKLRDGHVERVVQLTSNDPQEDCLSLTAGWG
THLPMKFSLGALKLHNPYAILHLGQNRAAAGSKRTITASQPLQRLLSAGASGRLDVIDSQ
YFRHRMSLRLSPSDGYVAELFKVLLTVLPNYTGDFVLEIWWHIRKSLSEEGTEKTSADWS
AFVATLFTLVVPFIEEKKSKIKTRSKSTQRRSLGRPSSQAKPDELIDDADSAWRLMCSRQ
TSTAHARSWESSPWTWALRLSPMSTTTMSPSSKDQSSQEHLPSIAQQIKVKDDTIPSCLE
IARRYLQSPIGKATSDHWRRMSPSEKQDLRISSLSEIVVSLHLFREERKLDTLCQDFTGV
QPGNLAPILAQISYWLRWDAWDWRQGSFFDLDGGSIHDWTYEETMLSSKVRLHGQPWDTP
PSILDWLTTVTGSQHYAPFPTLATLIRKSKASPHSSINIDEIIAGVTPRTVALHNFFRDI
DPTSSPRRVVELIQRCEINSDMLATLPEAAKAPLMEAITRCQANPPTTWSSSLLKLVQRE
DLDLHHNSVRDFFNDGHINTSGGALHAAGITRDVHTICQAADRTEPMQSTAEVDRHYITR
LIFREDRRFMEAYTLLEPLRQTVAEYKADNRQDDAAMLEGQKALMQWVMIRTFSLPVGSS
MIKFSSKKPLLTEKYPLYGFSTSCLMKPMGNVVTAERQNYSEEKYFWAFFNAGAAAGLGI
SRDAQGIDTSWIMYNKPAELTNKHAGLLLGLGLNGHLRTIAKWLSFKYLTPKHTMTSVGL
LLGLAASFMGTMDTLVTRLLSVHVTRMLPAGAAELNLSPYTQTTGLMGIGLLYYNTQHRR
MSEVMLSEIEHVEVPDPSEPPDSLRDEAYRLSAGFALGFINLGKGKDLRGLHDMRIVERL
MTVAVSPKPVNVVHILDQATAGAVIAVALIFMKTHDQSVARKIDIPDTLPQFDYVRPDIF
LLRTLAKHLIMWDNIEASDSWIIRNLPFEYREAFDLKGIARLRSEQMPFYNILAGLLWSV
SLKHAGTGDTQVRDFLIKYLDQFIRINKLPAVRYDSKLSKNTVRNCQDLIALAAATVMAG
TGDLDVFRRLRGLHGRIGPDVPYGSHLAAHMAFGTLFIAGGTQTFSRSNKAIASLICAFY
PIFPSDVQDSKAHLQAFRHFWVLAAEPRCLVVRDVDIGRAISMPITIHFKSRLPDGSKTK
NLVAPCLLPELPLISKLETADQSYWPTTLDFLNNATHLAAFERNQTLHVRRRSAHDTYAT
AFSSTLVALNDAQSSRTSQLLFHWLFTLPSLSNFVSASDAGLILPLDQHSKSWLDPGATV
VESRLVLARLAGSEKVEELRVLRGVFEWALAACRRDGKLRWLGREVVERIKAGVMDRARQ
MGGG
NT seq 6135 nt   +upstreamnt  +downstreamnt
atggcctctctctgctccatcggcgtccacaagccatccgcctggcagtatctggtgcaa
gagggcatcttgaccgaagacagcacccaagccgactatgcctggcatacatacaccgac
gacgacctgcccgacgagcttatcaccaccaaacaccacgtcgtctggtcacgcggcggc
cttgttcgtaaggcattcaactttgaagtcgaaaaagagccattgaagcacgcacttctg
acttggtttgtcgtcgacgagcccgcacatggacttgcagacagggcacagagcatgcca
gctcagaatgccgcccaccattcccagagcttcctcacccagggcacccagccggctacg
gatccaacagccccagtcaacaatgcacccgccacagtcgaggtccgctcccgcgccctt
gttgttttcctcaggtcccaggcccacgtcttcttcctttctggcactactcatgtcgtc
aacctcccctttgaggtagacaaggcttttcctgctgctcggggcgtcctggtgcagagg
aagctggcgccactgcatcccccaccccccagtccaccgctccctgcagccccagtaaat
tccttcctcacaaccaaccagtcttttctctcccagcacctctccttcacccagacctta
tcacagccacatcaccgcaatgtctcttctattggaacatcacgccgtggtacgtctcgc
ctctcaggcgcgaccatgtaccttgatgacttgatcaacccttctgcgcctataaaccca
gaggcgatacccaggttgtattcattcacagatccactgtcagagctgggattggtggta
actgtcgtgtcgggaggtctccgtagcagcctgttgaccaccaacggctctggtaatcga
agactggaggccattgataacgctgaggacatcatatacgtatcgccacagaatgagctt
ctctttgatcgcagcgggaatgacaaaccccttttgctagtagtaactgcaaaccatgag
acgaatgtattgaccatttggtctgcggcctaccttgagccaaaatctatatccacttct
cgcaaacaacacgttcctctgccaatcaccaagtcgcgaagacgtagctctcacggtacc
acggtaccgggcacaggagcaacaactccctcaattcgtggcgctgacaggttgagagaa
agctttgggggagccccacgaagcaaggctcaaccaccctcattcaagatcacagccaaa
gaacgtctgtctgatcaggctgtagatgatgctcttgcttcacaactcaaccccgattct
gacattgcgcgccaacccaaggagtcaaggcgagtgagctcgttattgtctcgcgctgag
atttcgactagcttcgataggagcgcttttcaggacaaggcaacatcccgaaatagcctg
ggtggcagcttctccgcaagtttcaatgcaagccagcgaagtcgacattcgctaggccac
gatcgcaccagctttggtggcctttcacagtcacgcaacagagcctctacccctggaagt
gttacttcacggatgagcttaggtgctgtctcaatcgatgacacttttgacgacgccata
gacgaggatacttttgacaccatcgaggactatgacgaacttgacgatctgtttgcgccg
cccgatgccaaaggtggccctcgacccggtgatgggctccacaaggagttggtagttagt
gcaattgccgaaatcccagttactcaacatctcaagagcggattgtttgccctcggaaat
ccgtctgctccacagagtgaaacacagcccgaggtgcttacacttaatgcgccctttaat
tcagcaacactgcatgaacggaagctgtatatgtatatatcacacccatcgttgcagcat
cccctcgagtgtgagctagcagtaacgcggaagcgactatccccttctgcatcagcaacg
caatcgggctcaaacagcgctgctccccggtacgcctgcgttcctaggttggtcagtagc
cgggagcttgagggtacattggacctaatcaagttacgtgacggacatgttgagcgtgtt
gtccagctcacttcaaacgatcctcaggaagattgcttatcattgaccgcaggatggggt
acgcatctaccaatgaaattcagtctaggtgccttgaagttgcataatccctacgccata
ttacatcttgggcagaacagggcagcggcagggtccaagcgaaccataactgctagccaa
cctttacaacggctgttatctgctggtgccagcgggaggcttgatgttatcgacagccaa
tactttaggcaccggatgtctctgcgcctgtcgccttcagatggatatgtggcagagctt
ttcaaagtgctgttaacggtcctccccaactacactggtgacttcgtcctggagatatgg
tggcatattcgcaagtcactttcggaagaggggaccgaaaagacatcagcagattggtcg
gcctttgtagccactttgttcactcttgttgttcccttcatcgaggagaaaaagagcaaa
atcaagactcgttcaaagtctacccaacgcagaagcttgggtcgcccttcaagccaagcc
aagccggacgagctgatagatgatgcagactcggcatggcgtctcatgtgcagtcgtcag
acttcaacagcccatgcgaggagttgggaatcatctccttggacttgggcgttgcgtttg
agccccatgtcaactaccaccatgagcccatcgtcaaaagaccagtcatcacaagagcac
ttgccctcaatcgcacagcagatcaaggtcaaagatgacacaatcccctcttgtcttgag
attgcacggcgctatctgcaatcaccaatcggcaaagcgacaagcgaccactggagacgg
atgtccccttccgagaagcaagacctccgcatttcatccctttctgagattgtcgtttct
cttcatcttttccgagaagagcgcaaactggatacgttgtgtcaggattttactggcgtt
cagcctggcaaccttgcacccatactagcacaaattagctattggttgcgctgggatgct
tgggactggagacaaggaagcttctttgacctcgatggaggctcaatccatgactggact
tacgaagagaccatgctttccagtaaagttcgcttacacggccagccgtgggatacgccg
ccatccattttggattggctcaccactgtcacaggatctcagcactacgctccgtttccc
acattggcgacgcttattcgaaagtctaaagcctcgccacactcatctatcaatatcgat
gaaatcatagcaggtgtcacgccccgaacagtggcactacataatttcttccgcgatatc
gaccctacttcgagtcctagacgagtagttgagctaattcagaggtgtgagatcaactcc
gatatgctcgctacgttgccagaggctgccaaggcaccgctgatggaagcaatcacaaga
tgccaggcgaatccacctacaacatggtcaagctcacttttgaagcttgtgcaacgcgaa
gaccttgacctccatcataactcagttcgagatttcttcaacgacggtcatattaatacg
tctggtggcgctcttcatgcagctggcatcacgcgcgatgtccataccatatgccaggcc
gctgatcgtacggaacctatgcagtcgacagccgaagttgatcgccactacatcacaaga
ctgatttttcgcgaagacagacggttcatggaagcttacacgctactggagccgttacgg
cagactgttgccgagtacaaagccgataacaggcaagacgacgctgcaatgctcgagggg
caaaaagcgctcatgcaatgggtcatgattcgcaccttctccctgcctgtgggcagctct
atgatcaagtttagtagcaagaagcctctactgacagagaagtaccctctctatggtttc
tccacctcttgtcttatgaagcccatgggtaacgttgtaacagctgaaaggcaaaattac
tccgaagagaagtacttttgggctttcttcaacgcaggtgctgcagctggactgggcatc
tcgcgagatgcccaaggcattgatacttcgtggataatgtacaacaagcctgctgaattg
actaacaaacatgctgggctcttgctcgggctaggcttgaacggacatttgaggacaatt
gccaaatggttgtcgttcaagtaccttacccccaaacacaccatgacatcggttggacta
ctactaggattggcagcttcgttcatgggcacaatggacacacttgtcacacgactgctg
tctgtacacgtcactagaatgttgccagcgggagcagcagaactgaatctctccccatac
acgcagactacaggtctgatgggtatcggcttgctttactacaatactcagcaccgtcgc
atgagcgaggttatgctttcggagattgagcatgtggaggtaccagatccctccgaaccg
ccagattctctgcgcgatgaagcctataggttgtctgccggctttgcactcggcttcatc
aacttgggcaagggaaaagacctccgaggtcttcacgatatgcgcattgttgagcgcctc
atgactgtcgctgtctcacccaagccagtaaatgtcgtacacatcctcgaccaagcgact
gccggagcagtcatcgcagtggccctgattttcatgaaaacccacgaccaaagcgtagcc
cgcaagatcgacatcccagatacgctgccacaattcgattatgttcgccctgacatcttc
ctgctccgcaccttggcgaaacacctcatcatgtgggataacatcgaagcatcagattcg
tggatcatcagaaaccttccctttgagtaccgcgaggcctttgatcttaagggaatcgca
cgcctacgaagcgaacagatgccgttttacaacattcttgccggtctgttgtggagtgtc
agtctcaaacacgctggtactggagatactcaagtacgcgatttcctgatcaagtatctg
gatcagttcattcgaatcaacaagctgccggctgtgcgatatgattccaagttatccaag
aacacagtacggaactgccaggatctcattgccctagcagccgccaccgttatggcaggc
acaggcgaccttgacgttttccgtcgccttcgcggtttacatggccgaatcggaccagac
gtcccctacggctcccacctcgcagcccacatggccttcggcaccctcttcattgctggc
ggcacgcaaaccttcagccgtagcaacaaagcaattgccagtctcatctgcgccttctac
cccatcttcccctcagacgtccaagactcaaaagcccacctccaagccttccgccacttc
tgggtcctagcagccgaaccccgctgcctcgtcgtccgcgacgtagacatcggccgcgca
atctcaatgcctattaccatccacttcaaatcccgtcttcccgacggctcgaagacgaag
aacctcgttgccccttgtctcttacccgagctgcccctgatcagcaagttggaaacggca
gatcagagttactggcctacgactctcgatttcttgaataacgcaacgcatctggcggct
tttgaacgcaatcaaacgctccatgtgcggaggcgctccgcgcacgatacgtatgctaca
gcgtttagttctacgcttgtagcactcaatgatgcccagtcttcgcggacatcgcagctt
ctcttccattggctttttacactgccgtctttgtcgaacttcgtcagcgcctccgatgct
ggtctgattctgccgttggatcagcattccaaatcttggctcgatcccggggctacggtt
gtggagtcacgacttgtgctcgcgcggcttgcggggagcgagaaggtggaggaattgagg
gtgctgaggggggtgtttgagtgggcgcttgcggcttgtaggagggatggcaagttgagg
tggcttgggagagaggttgtggaacggatcaaagccggggttatggatcgggcgaggcag
atgggtggtgggtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (3)   
   KEGG PATHWAY (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (17)   

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