KEGG   Solenopsis invicta (red fire ant): 105195570
Entry
105195570         CDS       T03916                                 
Name
(RefSeq) anaphase-promoting complex subunit 1 isoform X1
  KO
K03348  anaphase-promoting complex subunit 1
Organism
soc  Solenopsis invicta (red fire ant)
Pathway
soc04120  Ubiquitin mediated proteolysis
Brite
KEGG Orthology (KO) [BR:soc00001]
 09120 Genetic Information Processing
  09123 Folding, sorting and degradation
   04120 Ubiquitin mediated proteolysis
    105195570
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:soc04121]
    105195570
   03036 Chromosome and associated proteins [BR:soc03036]
    105195570
Ubiquitin system [BR:soc04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   APC/C
    Other subunits
     105195570
Chromosome and associated proteins [BR:soc03036]
 Eukaryotic type
  Sister chromatid separation proteins
   APC/C complex
    105195570
SSDB
Motif
Pfam: Apc1_MidN APC1_3rd APC1_C ANAPC1 PC_rep
Other DBs
NCBI-GeneID: 105195570
NCBI-ProteinID: XP_039313776
Position
15:complement(9578538..9589484)
AA seq 2000 aa
MIAASEPVEYKPGGREIILKHPGSLISQQLSNNRTVGGENVLLKRFSEVNISEKSPKETW
LVRSNKLCGEEELYYSGKVAVHCKGNQTTQVLKATYTCETDIKHALWCTFHTSIPDHLTK
SKEYEANKSIDKSIECICLLDSYTLKVFTENGEDYVSALQFQVSAVWPTKYGIILEKSQV
PLTDSRYVSFENSRLPAQHDNNLPVAFSLLHPLDEICPLLIKHGPVSYMNESSQQIIFTS
SEPSFAVIYDTKTGLHSVYKIRKASAEECQLVCGTNDTTSLCNHSTNVSPLNVGSNLSAN
KSNNKGPLSPFLLGVPSIQISNTTISLGLSNTPFGSRTTSYSTNSGGPSPQQQQHSRSQS
SMAAISRCQSPTHSMAMSPLLGPAVNPNIYHSRLHQTVTVTGLNQTHSPAASYNSIRLKD
IPTASKPLYPEICLEHVWTENVGVSKDTCGRASKVFLTSDFVGQNYLGYLIPNRSQLCLV
RLEKTNKQQQIIFGMVTSIVAKDAVNLSNLHMIAIVDLSNGITLYTGVTCVGKLHISGML
SNFTGNNYFLSTSNPKLESPFFPRRSSLISQNCTASHEIKFEEALHLLSPVGGNCARPPI
LLENSLLDTNFLTLKETVGNEIIVECGNKQYFRITLPVSSTSPLVTKCLYTLRNVLQRDL
AMQLLVKWYGARNAPGPQDFSPAQEWELFLIVLFTLLGYDVEKLHLIRNNEKDQLTERNS
PMMLPKKQKTSNCGSTDDWLYIFNSNEYKNSRTFVSNVLKGRKIFSLPSATSQGAAESSN
VGKINVQAILFPHFPLILFSLHLLYEELKLNSIMLESLPLLGQLLYQLSVDLKFELYAHH
YFLDSPSLSYLKTMRSQISDSDLQKIAIPSYMPRKPPRIFETLNSMLDDTDITAFPYLSH
VNSRTRNIVYLTALVVNENCVDIVEMEKYVKLIVPAGNRIDLQENGSKSDKEILKKLEKP
TTDRIILLYHEMDMKKEDLETLPPAVSLMIRDVMHRCRENPPSNWPTHAYELIDRQDLAV
LDKHLKPSSRLQYTDGEMRDYGIKDEQDDGMEFDDMILKLRFSKDHRVAEVRRLLNSSKP
MRIAIVQRSNVSDHEFIEEQEKHLLTLCTRTMALPVARGMFTLRTSTPMITEQLPIPRLC
LTGKAPPRGTTVELTHIDVPPNMNLWPLFHNGVAAGLCIHPDAANIDSTWIVYNKQQQGE
YGVEHSGFLMALGLNGHLKNLAPLSTYEYLADCHEATSVGLLLGLSATHRGTMNVSMTKL
LSLHVETLLPPTSIELNVQQNIQVAALMGVGLVYQGTAHRHISHALLSEIGRPPGPEMKN
CVDRESYSLAAGLALGLVILGCGGGTDVPASIPDTLHYYMVGGHIRPFSGAQKEKYKSPS
YQIREGDSINIDVTSPGATIALGLMYFNTGNRAVAEWMQPPDTQYLLEFVRPDFLLLRVL
AKSLILWDDIEPTKSWVSSHVPNIVYKYRLQKPTPEVTQNVDLETINQAYCNIIAGACMA
LGLRYAGTANKNAFKTLYNYAQMFTALSHKTIAELAGKSTVETCLNVVLLSTAVVMAGTG
NLDIMRICRHIRTRVGPASGVVTYGSHLATHMALGLIFLGGGKYTLSNSPNAVAALIISL
FPKFPTHSNDNRYHLQALRHLYVLAAEPRIILPRDIDTGQYCYATIHLTFENDKEADGQE
ISLQAPCLLPQLRSLKKIELKDSRYWKITFVKPDNWQQLKNMLERHDFLSIKQRAGCLSY
LEDPHGFRSLVAQTLTTENAIAWAARPEHVTSFTNDKTVLNIVTYFLQWSKKGIIRPESI
KYSSQNDVQCKMPEFEQYFLHIFAIIVYECITKDKVNLIPLWLHIIKSIKIIEEQPNSFA
IWQIKLLSSQLSRNSFTNDENPLLSIESMLAIKQKTAIILDKWEHDMKSMFKEYLTNGMV
QADAASLAKMCAYFIFYGIPYPIDDKSICKSPQIYTFFLVDKDIFFIFRIYFLGNLLATP
QCSNISIVTLYKLRKILQTV
NT seq 6003 nt   +upstreamnt  +downstreamnt
atgatcgccgcctcagaaccggtggagtacaagccaggtggccgagaaataatcttaaag
catcctggatccttgatcagtcagcagctgtctaataatcgaacggttggtggagaaaat
gttctattaaaaagatttagcgaagtaaatatatcagagaagtctcctaaagagacatgg
ttggtacgcagtaataaattatgtggggaggaagagttatattattcaggaaaggtagca
gttcactgtaagggcaatcaaaccactcaagtgcttaaagcaacctatacgtgtgagaca
gatattaagcatgcactttggtgtacctttcatactagtatcccagatcacttaaccaag
agtaaagaatatgaagctaacaaatccatcgacaaatctatagaatgtatatgtttgctt
gactcttatactcttaaggtttttacagaaaatggcgaagactatgtttccgccttacaa
tttcaggtttccgctgtatggccaacaaaatatgggattatacttgaaaaatctcaagtc
ccacttacagattcaagatatgtatcatttgaaaacagcagattaccggcgcagcacgat
aataatttaccagtagccttttccttattgcatccattagatgaaatttgccctctactt
attaagcatggacctgtatcatatatgaacgagtcgagtcagcagattatatttactagc
tcagaaccatcctttgcagtgatatatgatacgaagacaggtttgcattcggtttataaa
attcgcaaggcatcagctgaggagtgccaattagtttgtggaactaatgatacaacaagt
ttatgcaatcattcgacaaatgtatcgccattaaacgtcggtagcaatttatccgccaac
aaaagcaacaataagggtcctttaagtccctttcttcttggagttccaagtatacaaata
agcaacaccactataagtttaggattgtctaatactccatttggatcacgaacgacctct
tacagtaccaattcaggtggaccatcacctcaacaacagcaacattcacgttcacaaagc
tcgatggctgctatttctcgttgtcaatcgcctacacactcgatggctatgtctcctctg
ctcggaccagctgtaaatccaaatatctatcacagcagattacatcaaacagtcacagtg
actggattgaatcaaacgcatagtccggctgccagttacaacagcatcagattgaaagac
attccaactgcgagtaaacctctatatcctgaaatttgtcttgaacatgtgtggacggag
aacgttggtgtgtcgaaagatacctgtggtcgtgcatctaaagtttttttgacatcagat
tttgttggacaaaattatctgggctatctaattccgaatcgttcgcaattatgcttggtg
agattggaaaagaccaacaagcaacaacagattattttcggaatggtgacaagcatcgta
gctaaggatgctgtgaatttatcgaatttgcatatgatagcaattgtagatctatcaaat
ggcataacgttgtatacgggagttacatgcgtcggcaagttacatatatccggcatgctc
tcgaattttacaggcaataattactttttatcgaccagcaatcccaagcttgaatctcca
ttttttcctagacgaagctccttgatttctcagaactgtacggcctcgcacgaaattaaa
ttcgaggaagctttacatttgttgagtcccgtaggtggtaactgtgctcgtccgccgata
ctattggaaaattcattattggatacaaattttctcactttgaaagaaactgtaggtaat
gagataatcgtggagtgcggaaataaacaatatttccgtataacgttacctgtttctagt
acgtcgcctttagttactaaatgtttatatacattacgaaatgttcttcaaagagatttg
gcgatgcaattgttggttaaatggtatggcgccagaaatgccccaggcccgcaagacttt
tcaccagcacaagagtgggagctttttcttatagttctgtttacgttactgggatatgat
gtggaaaaattgcatctaatacgaaacaacgagaaggatcagcttacggaacgtaacagt
cctatgatgctacccaaaaagcaaaagactagcaattgtggatccacagatgattggcta
tacatatttaattcaaacgagtataaaaattctcgaacttttgtttcaaatgtactgaaa
ggtcggaaaatattcagcttaccaagtgctacgtctcagggtgctgcagaatcaagcaac
gttggcaaaataaatgtacaggccattctgtttccacattttccgctcattttattttct
cttcatctgttgtacgaagaattaaaattgaacagcattatgttagaaagtctgccattg
ctcgggcagctgctgtatcaattaagcgtagatctgaagttcgaattgtatgctcatcat
tactttcttgactcaccgtcattgtcctatttgaaaaccatgaggtctcaaatcagcgac
tcggacttacaaaaaatagcaattccaagttacatgcctcggaaaccaccacgcatattt
gaaacgttaaacagtatgttggacgatacggacataactgcatttccatatttgagtcat
gttaattcaagaacgagaaacatagtatatctaacagcgcttgtagtaaatgaaaattgt
gttgacatagtagaaatggaaaagtatgtgaagttaattgtacctgctggaaatcgtatt
gatcttcaagaaaacggaagcaaatctgacaaagagatactgaaaaagttggaaaaacct
accacggataggataatattattataccatgagatggatatgaaaaaagaagatctcgaa
acattgccgcctgcggtatctttaatgataagagatgttatgcatagatgtagagaaaat
ccaccatcaaattggcctacgcatgcgtacgaactaatagatcgtcaagatctggccgtg
ttggataagcatttgaaaccatcatcgaggttacaatatactgatggtgaaatgagggat
tatgggataaaagatgaacaagacgacggcatggaatttgatgatatgatattaaagtta
cgatttagtaaggatcatagagttgccgaggtgcgaagattgcttaattcctcaaaacca
atgaggatagcgatagttcaaagatcaaacgtaagcgatcatgagtttatagaagagcaa
gagaaacacctgctcacattatgtacgagaacaatggcattacccgtagctagaggcatg
tttacactgagaacttccactccgatgattacggagcaattgcccattccgagattgtgt
ctgactggcaaggcaccgcctcgtggaactactgtcgaattaactcacatcgacgttccg
ccaaacatgaatttgtggccactgtttcataatggtgtagctgcgggtctgtgtattcat
ccagatgctgcgaacattgattcgacatggatagtgtataataaacaacagcagggtgaa
tacggggtagaacattcgggatttctgatggctcttggtttaaatggacatctgaaaaac
ttggctcctttaagtacgtacgaatatctagccgattgtcacgaggctaccagcgtcgga
cttttgctgggtttatcagcgacacatcgtggtacgatgaacgtgtctatgaccaaatta
ctatcgttgcacgtagaaacacttttaccaccgacaagtatcgaattaaatgtacaacag
aatattcaagttgcagcgttaatgggagttggccttgtatatcaaggaactgcgcacaga
catatctcgcatgctttattatctgaaattggtaggccaccaggacctgaaatgaagaat
tgcgtagatcgcgaatcgtattccttggcagcaggacttgcattaggtttggtcatactc
ggatgtggtggcggaacggatgtacctgcgagcatacctgatactttgcactattacatg
gttggtggacacataagacctttctccggggcacagaaagaaaaatacaaatctcctagt
tatcagatacgcgaaggtgactcgataaatatcgacgtaacgagtccgggagcaacgata
gctttaggattaatgtatttcaatactggaaatcgtgcagtggccgaatggatgcagccc
cctgacacgcaatatttattagagtttgtgagaccagatttcttactgttaagagtgctc
gccaaatcgctgattttgtgggacgatatcgagccgaccaagtcatgggtttctagtcat
gtgccgaatattgtttataaatatagattgcagaagcctacgccggaagtcacacagaac
gtggatttggaaactatcaaccaagcttattgcaacattatagcgggtgcttgtatggca
ctgggattgagatacgcaggcaccgctaataagaacgctttcaagaccttgtataattac
gctcagatgttcacggcgttgtctcacaaaaccatagccgagttagctggcaagtccact
gttgaaacatgtctgaatgtcgttctgctttcaaccgcggtggtgatggcgggtaccggc
aatttagacattatgaggatatgcagacatatacgcactcgcgtgggacctgccagtggc
gtagtcacatacggttctcatctggcgactcacatggctcttggtctcattttcttgggt
ggtggaaaatatacactctctaacagcccgaatgcagtggcggctcttataatttcactt
ttcccaaagtttccgactcacagtaacgacaacaggtatcatttacaagcattgcgtcac
ttatacgtattagcagctgaaccgcgtattattttaccgagagacatagatactggtcaa
tattgttacgcgacgatacatttaacattcgaaaacgacaaagaagctgatggacaagag
atcagtttacaagcgccatgcttgttaccacagttacgtagcttaaagaagatcgaatta
aaagattccagatattggaaaattacatttgtaaaacctgacaactggcagcaactgaaa
aatatgctagagagacacgatttcctaagcatcaagcagagagctggttgtttatcgtat
ctggaagatcctcatggttttagaagcttagtagcccaaactctaacgacggaaaatgca
atcgcatgggctgcacggccagaacatgtcacatcatttacaaacgacaagactgtattg
aacatagtgacatactttttgcaatggtctaaaaaaggaataattcgtcccgaaagtatc
aagtattcatcgcaaaacgatgtacaatgcaaaatgccagaattcgagcaatactttctt
catatattcgcaataattgtatacgaatgtattacgaaagataaagtaaatcttataccg
ttatggctgcatataattaaaagtataaaaattattgaggagcaaccaaacagctttgcg
atatggcaaataaaacttctttcgtcgcaattgtcaagaaatagtttcacaaatgatgaa
aatccattactcagcatagaaagtatgctcgcaattaaacagaaaacagcgattattctg
gataaatgggagcacgatatgaaatctatgtttaaagaatatcttacgaatggaatggta
caggctgatgctgcatctttggctaagatgtgtgcgtattttatattttatggcatacca
tatccaatcgacgacaaatcaatctgtaagtctccacagatatatacattttttttggtg
gataaggatatcttttttattttccgtatttattttttagggaatttgcttgcgacaccg
cagtgttctaatatatcaattgttacattgtataaattacgcaagattttacagacagtt
taa

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (71)   
   KEGG ORTHOLOGY (1)   
   RefGene (67)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (10)   
   RefSeq(nuc) (4)   
   GenBank (3)   
   EMBL (3)   
Protein domain (5)   
   Pfam (5)   
All databases (95)   

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