KEGG   Plutella xylostella (diamondback moth): 105398307
Entry
105398307         CDS       T03915                                 
Name
(RefSeq) uncharacterized LOC105398307
  KO
K08775  breast cancer 2 susceptibility protein
Organism
pxy  Plutella xylostella (diamondback moth)
Pathway
pxy03440  Homologous recombination
pxy03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:pxy00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    105398307
   03460 Fanconi anemia pathway
    105398307
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:pxy04121]
    105398307
   03036 Chromosome and associated proteins [BR:pxy03036]
    105398307
   03400 DNA repair and recombination proteins [BR:pxy03400]
    105398307
Ubiquitin system [BR:pxy04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   BRCC complex
    105398307
Chromosome and associated proteins [BR:pxy03036]
 Eukaryotic type
  Centrosome formation proteins
   Centrosome duplication proteins
    Other centrosome duplication proteins
     105398307
DNA repair and recombination proteins [BR:pxy03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    BRCA complex
     105398307
   FA (Fanconi anemia) pathway
    Downstream FA components
     105398307
SSDB
Motif
Pfam: BRCA2 BRCA-2_OB3 BRCA-2_OB1 BRCA-2_helical BRCA2DBD_OB2 PIF3 DUF4272
Other DBs
NCBI-GeneID: 105398307
NCBI-ProteinID: XP_011568683
Position
Un
AA seq 1365 aa
MLAKQFLACENDPESESPMLNENSPIISIRIPSELDTVNDFGSPLSPIVNKQEENCEYES
ETVVNDESTVIKLSPKTEGETSNEPKSATPNVQYYEILDDEILFSSDEETDYVHKSNLEV
PLTCALETSFYTENSDILDKTMFVGFHTASNKSIQICTDSFGKAQNILSEVENKRSKTPV
SLTELVAQCDGLTASNKKIEVSNKAMAKCKEVFQDINTDYSLENNSPDHNRVSMVHTSKS
QNINRDCGFVGFTTASNKKVSVSKEAIAKTKNVFQNIDIDDVTLTENNVKNDLSGFQTVS
DKKIHISAKAIQKRKFCQETHNDDSIDKQCITDGTIQPFVGFQTASNKKVTVSKDALTNS
RKIFDDFDTVEKEFNPIEQNKNNFMGFQTASNKRVKVSEEALKTTKNLFEDICPSQIENI
FLENENEVDTIKPKFTGFQTASNKKVTISEEALKKTKCVFQDIELSQIEDACLEKQSVVE
KINTEFTGFQTASNKKVTISEKALKKTKSIFQDISLSQMGNLETAIDKKVCNNKDSLANK
SILNNANCDQAKECGRNAFLGFHTANKKEVKISESALAETRHVFKENNKERCLKETDPET
DKYLNTQVLNNFEEPLNTEDFIKTPKKPKRSASPILSCPKAKKRKIFQTPYKAKDAAKND
TPKIIPEAETVIEKVLSFNKSYKSNKILKLKDIQLLENSSTDAVTIDPYIATFDFDNLLR
FEFYGERNTISDSKLTTEDLKLQFLQSVNKKIVPDGWLDNHIRLIIWKLIRYELLFPKSM
VNACNTMNVIDQLKYRYDRELYNVERPALRKILEKDEVASRTMVLCVAAVYADGISVIRV
PEQTSSLELLLTDGWYAIRATPDLMLTRLARAGRLGVGMKIAANLTATQLNLLQTHTDRR
QTLLQERISARVAALPRPALPLVKATVADCTEDGCTTATLSIWRPSEAIMEILQEGAWIE
MINVMPTGVRQNELQISAGRQSTFNKVKVKETDKMKEYLKTLSRKCIDIKTLAQNPPLKT
YRNEIDTVGLVVLIDPPTSEFDSESNKNQHFQNVYLADTDKNMICVNFWGGVKKFGFENV
LDTGQIISGINLQKRLGNTKKNIPQYRATEFSYFTKTPKYNDARMMIDELTKKMNGIDRR
KFCGDCIELKNNFSVIKNQNNTENVSPYRFNNDHNLTKNKVFIDSPLAQKPKDVSDLDLT
GLDFESSFKQRDTQDMSPEELKRKKIVKDKIARLKIYGEPPPLSRMHIINKSANATKAFK
SPLLANNNCAQILPEESPKSTLQAKVTSISNRNLPIDLASSKDAALNSDQNVNNLSSPVM
ALNTTYVKRIGGNPVKLNFSNSNILEKSVDHFAEEFDGSPPLSLD
NT seq 4098 nt   +upstreamnt  +downstreamnt
atgcttgcaaaacagtttcttgcatgtgaaaatgatcctgaaagtgagagtcccatgcta
aatgagaattcgccaattataagcataagaattccatctgaattagacactgtaaatgat
tttggttcacctctaagtcctattgttaataaacaagaagaaaattgtgaatatgaatca
gaaacagtagttaatgatgaatcaacagttataaaactctccccaaaaacagaaggtgaa
acgtctaatgaacctaaatcagccacaccaaacgtgcaatattatgaaatacttgatgat
gaaattctgtttagttctgatgaagaaacagattatgtccacaaaagcaatcttgaagtt
ccattgacctgtgccctagagacttctttctacacagaaaattccgatatcttagacaaa
acaatgtttgtgggtttccatactgctagtaataaatctattcaaatatgcacggattct
tttggaaaagcgcagaatattctcagtgaagttgaaaataagcgtagtaaaacaccggtt
tcattaactgaattagtagctcaatgcgacggtcttaccgccagtaataagaaaattgag
gtatccaataaagcgatggcaaaatgtaaagaagtatttcaagatataaatacagactac
tctctcgaaaataattcaccagaccacaatagagtatccatggtgcatacgagtaagtct
caaaacatcaaccgagattgtggttttgttggattcactactgcaagtaataaaaaagtt
tctgtgtctaaagaggctatagctaaaaccaaaaatgtttttcaaaatatagatatagat
gatgtaacacttactgaaaataacgtaaaaaatgatttatcaggattccaaacggtaagt
gataagaaaatacatatatcagcaaaagcaatacaaaaaagaaaattttgtcaagaaacg
cataatgatgactccatcgataaacaatgtataacagatggaaccatacagccgtttgtt
ggatttcaaacagcaagtaataaaaaagttactgtttccaaagatgctcttactaatagt
cgaaaaatatttgatgatttcgacacagttgaaaaggaattcaatccaatagaacaaaat
aaaaataattttatgggtttccaaacagctagtaataaacgagtcaaagtatcggaagaa
gctcttaaaacaacaaaaaatctatttgaagatatttgtccgagtcaaattgaaaatatt
tttttagaaaatgaaaacgaagtagacacaataaaaccaaaatttactggtttccaaacg
gcaagcaataaaaaagttacaatatctgaagaagctttgaaaaaaactaaatgtgttttt
caagatattgaacttagtcaaattgaagacgcatgcttagaaaaacaaagcgtagtagag
aaaataaatacagaatttactggattccagacagcgagtaataaaaaagtcaccatatct
gaaaaggctttgaaaaagactaaaagtatttttcaagacattagtctgagtcaaatggga
aacttggagacagctatcgacaaaaaagtttgtaataataaagactcattagcaaataaa
agtatcttaaacaatgcaaattgtgatcaagcaaaggaatgtggaagaaatgcattttta
ggattccatacggcgaataaaaaagaagttaaaatatctgaaagtgctttagctgaaaca
cgacacgtattcaaagaaaataataaggaaagatgtctcaaagaaacagatccagaaaca
gataaatacttaaacacacaagtcttaaacaattttgaggagccgctaaacacagaagac
tttataaaaacaccaaagaaaccaaaaaggtcagccagcccaatattgtcttgtccgaag
gcgaaaaaacgaaaaatatttcagactccttataaagctaaagatgcagccaaaaacgat
actccaaaaattataccagaagcagaaactgtaatagaaaaagtcctatcattcaataaa
tcatataaaagcaataaaatacttaaacttaaagacatacagttgctagaaaacagttct
actgacgcagtaacgatagatccttacatcgcaacctttgacttcgacaacctgctcaga
ttcgaattctacggcgaaagaaacaccatatctgattcaaagcttacaacagaagattta
aaactgcaatttctccaatctgtgaataagaaaattgtcccagacggatggctagacaat
catatacggttgattatatggaagttaataagatacgaactgttatttcctaagtctatg
gtcaatgcttgcaatactatgaatgttatagaccagctaaagtatagatatgacagagag
ttgtataatgttgagagaccggctctgaggaaaattctggagaaggatgaggtggcttcg
aggactatggtgttgtgtgtggccgctgtttacgccgatggcatcagtgttatcagagtg
ccagaacaaacgtcatccctagagctgctcctaacagacgggtggtacgctatccgggcc
accccggacctcatgttgacccggttggcccgggcgggcaggctgggtgtcggtatgaaa
attgcggccaacctaacagccacccaactcaacctcctccaaacacacacagaccgcaga
cagacacttctacaagaacgtataagcgcccgcgtggccgcgctcccccgccccgcgctg
ccgctggtgaaggcgactgttgctgactgtactgaggatggatgtactactgccacacta
tcaatatggcggccgtcggaagccattatggaaatcctgcaagagggcgcctggatcgag
atgataaacgttatgcctaccggtgtaaggcagaatgagctacagatctccgcgggtaga
caatcgacattcaacaaagtgaaagttaaagaaacagacaaaatgaaagaatatctaaaa
acactatctagaaaatgtatagatataaaaactcttgctcaaaacccgccactgaaaact
tatcgcaacgaaatcgatacagttggcttagtagttttaatcgatccgccgacatccgaa
ttcgattcagaatcgaataaaaaccaacatttccaaaatgtctacctagcggacacagat
aaaaatatgatctgtgtcaacttttggggcggcgtcaaaaagtttggattcgaaaatgtt
ttggacaccggccaaataatttccggtataaatttgcaaaagagacttggcaacactaag
aaaaatatacctcagtatagagcgacagagtttagttacttcacaaaaactcccaaatat
aatgatgccagaatgatgattgatgaactaacgaagaaaatgaacggcatagatagaaga
aaattctgtggtgactgcatagagttgaaaaacaattttagtgtgataaagaatcagaat
aacacagaaaatgtgtctccatacagattcaacaacgaccacaatttgacaaaaaataaa
gtctttattgactcacccctggctcaaaaacctaaagacgtgtcagacttagaccttacg
ggcttagattttgagtcgtcattcaagcaaagagacacccaagacatgtcgccagaggaa
ttaaaaagaaaaaagattgtcaaagacaaaattgccagactaaaaatttatggggagccc
ccacctctaagccgcatgcatattattaataaatctgcgaacgcaaccaaagccttcaaa
agcccgttgcttgcaaataataactgtgcccaaattctaccggaagaaagtccaaaatct
accctccaagccaaagttaccagtatttcaaatcgaaatctaccaatcgatttagctagt
agtaaagatgcagctttgaatagcgatcaaaatgtaaataatttaagtagcccagtaatg
gctttaaatacgacgtatgtaaaaagaataggtggtaatccagtgaagttgaatttttca
aatagtaatattttggagaaaagtgtcgaccattttgctgaagaattcgatggtagccct
cctttgagcttggattag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (36)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein domain (7)   
   Pfam (7)   
All databases (50)   

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