KEGG   Pelodiscus sinensis (Chinese soft-shelled turtle): 102455975
Entry
102455975         CDS       T02980                                 
Symbol
BRCA2
Name
(RefSeq) breast cancer type 2 susceptibility protein isoform X1
  KO
K08775  breast cancer 2 susceptibility protein
Organism
pss  Pelodiscus sinensis (Chinese soft-shelled turtle)
Pathway
pss03440  Homologous recombination
pss03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:pss00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03440 Homologous recombination
    102455975 (BRCA2)
   03460 Fanconi anemia pathway
    102455975 (BRCA2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04121 Ubiquitin system [BR:pss04121]
    102455975 (BRCA2)
   03036 Chromosome and associated proteins [BR:pss03036]
    102455975 (BRCA2)
   03400 DNA repair and recombination proteins [BR:pss03400]
    102455975 (BRCA2)
Ubiquitin system [BR:pss04121]
 Ubiquitin ligases (E3)
  Multi subunit Ring-finger type E3
   BRCC complex
    102455975 (BRCA2)
Chromosome and associated proteins [BR:pss03036]
 Eukaryotic type
  Centrosome formation proteins
   Centrosome duplication proteins
    Other centrosome duplication proteins
     102455975 (BRCA2)
DNA repair and recombination proteins [BR:pss03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   HR (homologous recombination)
    BRCA complex
     102455975 (BRCA2)
   FA (Fanconi anemia) pathway
    Downstream FA components
     102455975 (BRCA2)
SSDB
Motif
Pfam: BRCA-2_helical BRCA-2_OB3 BRCA2 BRCA-2_OB1 BRCA2DBD_OB2 Tower
Other DBs
NCBI-GeneID: 102455975
NCBI-ProteinID: XP_006125375
Ensembl: ENSPSIG00000011574
Position
Unknown
AA seq 3543 aa
MENKMADKPVARPTFFEIFKARCSESDLGPISLNWFEELSTEALPYESETSERPEYRAVC
LEQSASKTPRGKPFTCSQLASTPVIFKEQSITLPLLSSPIKELGQKKTETGKDSLVNKDH
RSSPHFMKTKLDQISPLNTSLSISSAALRGIYRTPQRNNIPVARGSLFCTPKLLEVKTPT
CISEGLGAEVDPDMSWSSSLATPPTLSATVIIARGNDSISGAKQHDERIAMVLHSFFSSH
GKRPEKNDVNVLSIPEIVNINAGLDGKDHELEKILDGSFGEMNSLENRSGRNQITQNSLE
DGERNEMRIDMPDAGEHVLSVCHTSGEHLQDVTMTNWTKKTHFDKMATILLQETNEIRGN
FKDASSVCERELDSPRCEIFTTNMSNNRIPKLLENRKFTKEDMPSTFTSEWSQLNLSGLD
VTQLEKNSTSDKYSPSSFCNKKRSENKLHANLSTFETSLLNTSSLIKAEKLLNINWSEHM
EDETKNYEKHSTSETSIMHSVDLSVQDPSLVKVCAAEKVSEVHFLDCSSFLMENTNFTGY
TEVCTSCFHKELKELSKSSITDVTSHPVLCNDSIPSNPDGTKWSTNNESTPVRSCLKNTS
LLSSLKKRSKRFIYTINNASPRQEEKVKKEIKAGPSIHSASSRLEFESCPFKSPDMVSND
DQDLLVSSAERKSLKSNSEESFMLLSKYATRADRIDNSPNSSLKNKMIHLDILKSNRREH
QPASSLDCSETSNTLKECLVVSSNSNNVLSVEHKVIATACLRATKHSEMDFVRTEHVVQW
PKKDEMEMYGNVNPHNDTVILQTFKNQLGEPSSDNEQLVEIEQEQVSMKNRYFNDTSINC
DIHKHNSVCCNRTKSEDENDATGLLPTDEWKTVTLPPLIIQSNKNSSTTTLIRESKKDTV
QFSKVIVADQETESIENGDNNLQTPSNNNMVTIESSEKLFDHNNCGSLQAVISDKSTLPQ
LALKIGPEQIVSDFVTKAPEPNVEDKDFVKKVITFPSKRVTSDKYLYSKNHLCLDIKSKE
NPEDKEKWSGDTNFNGQCLNKCFGGFQTASNKQIKVSEKSITKGKMLFKDMEDECLKDFS
GEGIKNISNQITKKNINIVNNKLDTNYSHGLDSQASLIESKNAQSIVPESTDSSLQSLHR
NQPHQLNQTLTASQEAEITELSNILEETNSQFEFTQFRKQSNMVQNNSSQLSGCVDKNET
TNLKDISAMWQDTDLDYISETEAQRVNDKSSSKHTDINEESTEMGNVNEEREIFQKNNCV
EFTSTNLCRNANKIPLVSSFSVSTQDNFSNFAGFSSAGGKKINISNEALIRAAKLFSNLD
AAAADDDDMFKPTEINSRSHYSDRYKTSRRDVSRCVAEGDSYCGESVKDANIEYQNTLKN
NEENINTFMKIYGENQGENTTNISENDRVSSSTKISNLGVIKYSVYKMENGLSSSENNNP
SLNISKKLHESDTQSQYSLQEGLSDLTCLAEVSKTEEILTLNISDDPSKSEQKIKNVDFR
TASSSNRSVSQAPLDKFHLFETCTEKELNNISSNSNSQMTHSINKKERNATSRKRNINVN
QNKSRIGSGHQQISIQQDTDFERKNIEENNGFHTANGKKIIITDESLSKAKQFFAEENVC
PENMDNIGNFEDSEFHPCNKDFIKDCEEFAENTPNYDQEMLTLTGKLVSKELDDPCKKMI
DDYLIKQPEDVETVKELSVAVRLSSNLHREPEEHSETSFSKKPVDVAFGKSDIDFYIGNG
KKHSVSETPLFEARKLIAEGNLENIPRKNYGSKSPSIVSDTDQTTARLSDASFKYRSVEH
PMCINMKNILTVGTDKVKNQDSLDLTHRNILERSSFHLKGNSKGTGFQHLNDLSHDVNCF
SENMDSVSQDQPLVSLISDKNNLLNSEETFENESYVKENCVLKFLDAKNVLKILATEESG
SNSKFKDVPVAFSTAKGKTVTVSYEALKRVRQMFTENCDKSMNQNTETKSETNTNEIGAN
GSETLDSAKCPICVNSSEVAKSETYNSAMSHFPYENENSYKYGQALQHDINTSADIGSEP
SHQMACFQVNDTFSGICRSPNKLNHRHSDFSTGNYGVFSTANGKPVQLSEDALKKARCLF
SEINNLSDQQCVSELKCDYDVFSVGDQGVKFVGPGSTSALRKSEVVISQKRDPKPELISK
TTFGFNTASGKRVLVSENAFQKVKQVFNNSKYHFADRLSSRQDPVIALKSSINYAGANKA
TDTVCLKPKIQDTHNEELDLTNSYPVEIKALQNICNIEIPVCVPRSEKDEHLTLINSFTF
AEDTQLFKKEHHSLTRMEIEAVSCNTPTKTKLDVFHLKCSQSSEEYLETEAVESAKAFME
DKFTNSGIENDTKKSLFICRKIDKNCPLNIRTGKRHMEERASLGEPPIKRQLLPEFDRTE
NPHKSLKASKSTPDGMIKDRRKFMYHIPLKPETCVPFSATKERQEIKNPNITVLDQDFKG
YKPKSDVFQHHLLRQSLSGSSGFFTPFKKISTEESEKRKNLPLLSKTAKTFVPPFKVKSA
ISTHQHHVSKRLDSLINTTMNRDKELKDITMQQSTSETEVQSQEKDYTKQVAPCNLRNNV
DGDSADLMEMIANLHYVRNLQEMRIRKKQRQNIHPQPGNLYLMKTSAAKRISLKAAVEEK
TPSTYSMEQLYMYGVSKDCIKVNSINAESFQFLILDFFSKEYLVAERGIQLADGGWLIPT
DKGMAGKEEFYRALCDTPGVDPKLITEAWVYNHYRWIVWKLAAMEVSFPQEFANRCLTPE
RVLFQLKYRYDLEIDKSQRSAIKKIVERDDTPAKTLILCVSKIILLNANMPDVCSNKTIV
ENKKEAAIIEVTDGWYCIRALLDPPLQALLHGRRLTVGQKIIVHGAELVGSQDACTPLEI
PDSLMLKISANSTRRARWHAKLGFHQDPRPFPLPLSSLFGEGGTVGCIDIVIQRTYPIQW
VEKMPTGSYVFRNGRAEEREAAKHAENRQKHLEALFSQIQMEFEQHEDKPHKRALRSHTL
TREQIRILEDGAELYEVIQNASDPSYVEGYLSEEQLKALNTHRQILNDKKQSEIQAEFKK
AIESAEREERGCSKRDVSTVWKLRVIDYRKRETDKAIILSIWRPLSDICSLLKEGGRYRI
YQLTASRSKGKPDAVNCTLTATKKTQYLQLQASQEVLLEIYIPRKALQFSMLLDPSFRPS
CAEVDLVGFIISVSKKTGFTTLVYLSDEDHNLVAIKFWTDLKQLAIEDIINPFTLISASN
LQWRSEFKSDIPTLFAGDLSIFSASPKDSYLQERLNKLKNTTENLSCFCSDAEHKLMKFL
QKNSPQQYNLPKECGLDPLSPSWKSGLDTGNKPLISSPSSEIKCQSSLSTSKHDLKLVLR
SSAKMTPHISYSKESPKNCKKRRKALDLLSQIPSPPPVTPINSFVSPSLKKAFQPPRSSG
VQYDASLKRTNHNSDHINSFKGVNETDSLPNNDLVADEELAMINTQVLLYNFQEGKKTDC
VGESTNPSDHLLLKNNCLMSLMETKTSQNSTDGAAALEKDTRETEGSLPVQKKLQRQRKR
KCY
NT seq 10632 nt   +upstreamnt  +downstreamnt
atggaaaataaaatggctgacaaacctgtggcgagaccaactttcttcgaaatatttaag
gcacgatgcagtgaatcagacttagggccaataagtctcaactggtttgaggaactcagc
acagaagctctaccctatgaatctgaaacatcagagagacctgaatacagagctgtgtgt
cttgagcaaagtgcttctaaaactccaaggggaaagccctttacatgtagtcagttggca
tcaactccagtgattttcaaagaacagagtataacattgccactcttgtcttctccaata
aaagaattgggtcagaagaaaacagaaacaggcaaagacagtttggttaacaaagaccat
agatcaagtccccattttatgaagacaaaattggatcaaatttcacctctcaatacctcc
ctcagcataagttcagctgctttaagaggtatttacagaacaccacaaagaaataatatt
cctgtggcacgtggaagtttattttgcacacctaagcttttggaggttaagacaccaaca
tgtatttctgaaggtctgggagcagaagtagatccagatatgtcttggtcaagttcttta
gccacaccccctacgcttagtgcaacagtgataatagctagaggaaatgattcaatttct
ggggcaaagcaacatgatgagagaattgctatggtcttgcacagttttttcagcagtcat
ggtaaaagacctgagaagaatgatgtaaatgtactatccataccagagatagtaaacata
aatgcaggattagatggcaaagaccatgagttggagaagattttagatggatcatttggt
gagatgaatagcttggaaaataggtcaggtaggaaccaaatcacacaaaattctctagaa
gatggagagagaaatgaaatgagaatagatatgccagatgctggagaacatgttctttct
gtatgccatactagtggagaacatctacaagacgtaacaatgaccaactggactaagaag
acacattttgataaaatggcaactattttacttcaagagactaatgaaataaggggaaac
tttaaagatgctagctcagtgtgtgaaagggaattggattctcctaggtgtgaaatattt
acaactaacatgtcaaataacagaataccaaaactgctggagaacagaaaatttacaaag
gaagatatgccatctactttcacttctgaatggtctcagctaaacttatctggtctagat
gtaacacagctagaaaaaaattccacaagtgataaatattcaccttccagtttctgtaac
aagaagagatctgagaataaattacatgctaatttaagtacttttgaaacgtctttattg
aacacttcaagtctaataaaagcagaaaagctgctgaatatcaattggtcagaacacatg
gaggatgaaacaaaaaattatgaaaagcactcaacctctgaaacgagtataatgcattct
gtcgatctgagtgttcaggacccatctttagtgaaagtgtgtgcagctgaaaaggtttct
gaagtgcactttttagattgtagttcattcttaatggaaaataccaactttacaggatat
acagaagtctgtaccagttgctttcataaagagttaaaggaactttctaaatcttccata
actgatgttacctctcacccagttttatgtaatgattcaattccaagtaatcctgatggc
acaaaatggtcaacaaacaatgaaagcacccccgtgagatcctgcttgaaaaacaccagt
ttgctatccagcctgaaaaagagatcaaaaagatttatttatacaataaacaatgcttcc
ccacgtcaagaggaaaaagtcaagaaagaaataaaagcgggtccctctattcattctgca
tcatctcgtttagaatttgaatcatgtccctttaaaagtcctgatatggtcagtaatgat
gatcaagatcttttggtttcctctgctgagagaaagtctttgaagtcaaattctgaggaa
agctttatgctattgagcaaatatgccacaagagcagatagaatagataattcacctaat
agttctttgaaaaacaaaatgatacatctggatatattaaaaagtaacagaagagaacat
caacctgcttcatcattagactgctctgaaacatccaataccctgaaagaatgtttagta
gtttcctcaaacagtaacaatgttttgagtgtagagcataaagttatagctacagcttgc
ctccgagcaacaaagcattctgaaatggactttgttaggacagaacatgtggttcagtgg
ccaaagaaagatgagatggaaatgtatgggaatgttaatccacataatgacactgttata
cttcagacttttaagaatcaacttggagagccatctagtgataacgaacagttggttgaa
atagaacaggagcaagtatctatgaaaaatcgttatttcaatgatacttcaattaactgt
gacatacataagcacaatagtgtttgttgcaataggacaaaatctgaagatgaaaatgat
gctacaggccttttgccaacagatgaatggaaaactgtaactctgccacctttaataatt
cagtcaaataaaaattcaagcactactacattaatcagagagagcaaaaaagatacagtt
cagttttcaaaagttatagttgctgatcaagaaactgagtcaattgaaaatggtgacaat
aatcttcaaacaccttctaacaacaacatggtaactatagaaagtagtgaaaaactgttt
gatcacaacaattgcggttcattacaagcagtgatttctgataaatctaccttgccgcag
cttgcattaaaaattggacccgaacagatagtctcagattttgttacaaaagcaccagag
cctaatgtagaagataaagatttcgtaaagaaggtgatcacgtttccttctaaacgtgtt
acatcagataaatatttatattcaaaaaaccatttatgtttagacatcaagtcaaaagaa
aatccagaagacaaagagaaatggtcaggagacacaaattttaatggccaatgcttaaat
aaatgctttggtggcttccaaacggcttctaataagcagataaaagtctctgaaaagagc
attacaaaaggcaaaatgttgttcaaagatatggaagacgagtgtcttaaagacttttcc
ggggaagggatcaaaaacatttcaaatcaaattacaaagaaaaatattaacattgtgaat
aataaattggacactaactattcccatggtttggattcacaggcaagtcttattgaatct
aaaaatgcacagagtattgtgcctgaaagcactgattcatctcttcaaagcttgcataga
aatcaaccacatcaactaaaccaaactttgacagcaagccaagaagccgaaattactgaa
ctttctaacatactggaagaaacaaatagtcagtttgaatttacacagtttagaaagcaa
agtaatatggtgcaaaataatagttctcaactgtctggatgtgtagataaaaatgaaaca
actaatttaaaggatatttctgctatgtggcaagatactgatttggattacatttctgaa
actgaagcccaaagggtaaatgacaaatcttctagtaagcacactgacataaatgaagag
tcaacagagatgggtaatgtaaatgaagagagagagattttccagaaaaataactgtgta
gagtttacctctactaacttatgcagaaatgcaaataaaattcctcttgtctcaagtttt
tcggtatctacacaggacaatttttctaattttgcggggtttagttcagctggaggcaaa
aaaataaatatttctaatgaggctttgatcagagctgcaaaattgttcagtaacctggat
gctgctgctgctgatgatgatgatatgtttaagcctactgagattaattccagaagtcat
tattctgacagatataagacttctagaagggatgtttccagatgtgtggcagaaggagac
agctattgtggagaaagtgtaaaagatgccaatattgaataccaaaatacactgaaaaat
aatgaagaaaatatcaacacatttatgaaaatttatggagaaaatcagggagaaaataca
acaaatattagtgagaatgaccgtgtttctagtagtaccaaaattagtaatttaggagtt
attaaatattctgtatacaagatggaaaatggtctatcatctagtgaaaacaataatccg
agtctaaacatctcaaaaaaattacatgagagtgacactcagtcacagtatagtttacaa
gaaggtttgtcggacctaacatgtttggctgaagtgtctaaaactgaagaaatattaact
ttaaatatttcagatgatcctagtaaaagtgagcaaaagataaaaaatgtagattttcga
actgcatctagtagtaatagatcagtctcccaagcaccactggataaattccatttgttt
gaaacgtgcacagaaaaagagctgaataatatttcatcaaactccaatagccaaatgaca
catagtataaacaagaaagaaagaaatgctacttctagaaaaagaaacattaacgtaaac
caaaacaaatccagaataggctctggccatcaacaaatctccatccaacaagacacagat
tttgaaagaaaaaacatagaagagaacaatggttttcatactgctaatggcaagaaaatt
ataattactgatgaatctttgtctaaagcaaaacagttttttgcagaagaaaatgtttgc
ccagaaaatatggataatattggtaattttgaggactctgagtttcatccttgtaacaaa
gactttatcaaagattgtgaggagtttgccgaaaacactcccaattatgatcaagaaatg
cttacccttacaggtaaacttgtttctaaagaacttgatgatccatgtaaaaagatgata
gatgattatctaattaagcaaccagaggatgttgaaactgtgaaagaactttcagtagcg
gtacgtttatcttctaatttacacagagaacctgaagaacattcagaaacctcattttcc
aaaaagcctgttgatgtggcatttggaaagtcagatatagacttttatattggaaatggt
aaaaaacattctgtaagtgagacacctttatttgaggcaagaaagctgattgcagaggga
aatttggaaaatataccaagaaaaaattatggctcaaaaagtccatccattgtttctgat
actgaccagactactgcaagactatctgatgcttcttttaaatataggtctgtagaacat
cccatgtgcataaatatgaaaaatattttaactgtagggactgacaaagttaaaaatcag
gattctcttgacttaactcacaggaacattttagaaagaagttcttttcatttgaagggt
aatagtaaagggactggctttcaacatttgaatgatttaagtcatgatgtgaactgcttc
tcagaaaatatggatagtgtttcccaagatcagccactagtgagtctcatttcagacaaa
aacaacttacttaattctgaagaaacttttgaaaatgagagttatgtgaaggaaaactgt
gttttaaaatttctggatgccaagaatgttttgaaaatcttggccactgaagagtcaggc
tctaattcaaaatttaaggatgtaccagttgcattcagtacagcaaaaggtaaaacagtc
actgtttcctatgaagcactgaagcgagtccgacagatgtttacagaaaactgtgataaa
tctatgaatcagaacaccgagactaaatcagaaactaatacaaatgaaattggagcaaat
ggttctgagaccttagacagtgctaagtgtcctatttgtgttaactcttcagaggtagcc
aagagtgagacatataattcagctatgagccattttccctatgaaaatgagaacagctat
aaatatggccaagcactgcagcatgatataaatacatcggcagatattgggtctgagcca
agtcatcagatggcatgcttccaggtgaatgacacattttctggcatatgtagatctcct
aataaactaaatcatcgtcattcagacttttctacaggtaattatggggtttttagcaca
gcaaatggcaaacctgtacagttatcagaagatgcattaaagaaagctagatgtctcttt
tctgaaataaataatttgtcagatcaacaatgtgtatcagaactgaaatgtgattatgat
gtattttcagttggggaccaaggagtaaagtttgttggaccaggaagtacttcagcactt
agaaaatctgaagtagtaatatctcaaaaaagagatccaaaacctgaactgatttcaaaa
acgacttttggattcaatacagcaagtggaaagcgagtgctagtttctgaaaatgctttt
cagaaagtgaagcaggtgttcaataacagcaaataccactttgcagatcgacttagttca
agacaagatcctgttatagccttaaaatcttctattaattatgctggtgcaaacaaagca
acagatacagtttgtttaaaacccaaaatccaggatacacataatgaagaacttgattta
acaaacagttatcctgttgaaattaaggctttacaaaacatatgcaatattgaaattcct
gtgtgtgtacctcgcagtgagaaggatgaacacctaactctaataaacagttttacattt
gcagaggatactcagcttttcaaaaaagagcatcacagcctaactaggatggaaattgaa
gctgtttcatgcaatactccaactaaaacaaagctggatgtgtttcatcttaaatgttcc
caaagttcagaagaatacttggaaacagaagcagtagaaagtgccaaagcttttatggaa
gataaattcactaattctggaatagaaaacgataccaaaaaatccctctttatttgtaga
aaaattgataagaactgtccattaaatataagaactgggaaaagacacatggaagagaga
gcctcacttggagagcctccaattaaaagacaactattacctgaatttgacagaactgaa
aatcctcataaatctctgaaagcttcaaaaagcactccagatggcatgatcaaagacaga
agaaagtttatgtaccatattcctttaaaacctgaaacttgtgttccttttagtgctact
aaagaacgacaagaaatcaagaatcccaatattactgtactggaccaggattttaaagga
tataaacctaaatctgatgtttttcagcatcatctgttaagacagtctttaagtggttca
tcaggtttttttactccatttaaaaagatttccaccgaagaaagtgagaaaagaaaaaat
ctacctttattgagcaaaactgccaaaacttttgtgccacctttcaaagttaagtcagct
atttccacgcatcagcatcatgtcagcaaaagacttgactcattgattaacacaactatg
aatagagataaggaactaaaagatatcacaatgcaacaaagtactagtgagactgaagtt
cagtcacaggagaaagattacaccaaacaagttgcaccatgtaatttaagaaataatgtg
gatggtgattcagcagatttgatggaaatgattgcaaaccttcactatgtcagaaatttg
caagagatgagaattagaaagaaacaaaggcaaaatattcatccacagccaggcaatctt
tatctcatgaaaacatctgcagcaaaaaggatctctcttaaagctgctgtagaagaaaaa
actcctagtacttactccatggaacagctgtacatgtatggagtttcgaaggactgcata
aaagttaacagcataaatgcagaatctttccagtttctcatcctggattttttcagtaag
gagtatttagtggctgaacgtggaatacaacttgctgatggaggatggcttatacctacc
gataagggaatggcagggaaagaagaattttacagggccctgtgtgatacacctggtgtg
gatccaaagctaattactgaagcctgggtctacaaccactacagatggattgtatggaaa
ctagcagctatggaagtctcatttccacaggaatttgctaataggtgtttgacaccagaa
agggtgctatttcagttaaaatacagatatgatttggaaattgataaaagtcagcgatca
gctatcaaaaagatagtggagagagacgatacacctgcaaaaacgctcatactgtgtgtt
tctaaaatcatactgttaaatgcaaacatgcctgatgtctgtagtaataaaaccattgtg
gaaaacaaaaaagaagccgcaataattgaagttacagatggatggtactgtattagggct
cttttggaccctcctctccaagcactcttgcatggaagaaggctgactgttggtcagaag
ataatagtacatggagcagaacttgtgggctctcaagatgcgtgcacaccactagaaatt
ccagactctcttatgttaaagatttcagctaacagcactcgacgcgctcggtggcatgcc
aaactaggatttcatcaggatcccagaccttttcctttaccgttgtcatcacttttcggt
gaaggcggcactgttgggtgtattgatatagttattcaaagaacttatccaattcagtgg
gtggaaaagatgccaactggatcatatgtgttccgtaatggtcgagctgaagaaagggaa
gctgcaaagcatgcagagaatcgacaaaaacacctggaagctctgttttcacaaatccaa
atggaatttgaacagcatgaagataaacctcacaaaagagcactgagatcacacacactc
accagagagcagattcgtattttggaagatggtgcagagctttatgaagtaattcagaat
gcatctgatcccagctatgtggagggctatcttagtgaagaacagttaaaagccttgaat
actcacagacagatcttgaatgataagaagcaatctgagatacaagcagaattcaagaag
gctatagagtctgctgaacgggaggaacgtggctgctccaaaagagatgtgtctactgta
tggaaattacgtgttatagattatagaaaacgagaaacagataaagcaattatattgagt
atatggcgtccattatcagatatatgttccttattaaaagaaggtggtcggtacagaata
taccagctaacagcttcacgatccaaaggcaaaccagacgctgttaattgtacattaaca
gctacaaagaaaactcaatacctgcaactacaggcttctcaggaagtactgttagagatc
tatattccaaggaaagctctgcagttcagcatgctgttggatccatcttttcggccatcc
tgtgctgaagtggatttagtgggatttatcatttctgttagcaagaaaacaggtttcact
actctggtatatttgtcagatgaagatcataatctagtggctatcaagttctggacagac
cttaagcaacttgctattgaagacataattaatccctttacattgatttctgcaagcaat
cttcaatggcgatctgaattcaaatcagatattcctacattatttgctggagacctttct
atattctcagcaagtccaaaggatagctatcttcaagagagacttaataaactgaagaac
acaacagagaatttaagttgcttttgcagtgatgcagagcacaaactgatgaagtttctt
caaaaaaattccccacaacaatataacttgcctaaagagtgtggcttagatcccctttct
ccctcctggaagtcaggacttgatacggggaataaacctctgatttcttctcctagtagc
gaaataaagtgtcagagctctttgtcaaccagcaagcatgacctgaaacttgttctacga
agctcagcaaaaatgaccccacacatttcttacagtaaagaatcccccaagaactgcaaa
aaaagaaggaaagctctggacctgcttagtcaaataccctcccctcctccagtaacacca
atcaattcatttgtttctccatctttgaagaaggcttttcagccgccacgaagctctggt
gttcagtatgacgcatcactgaagagaacaaatcataactctgatcatatcaactctttt
aaaggggtaaatgaaactgacagtcttcctaataatgacttagttgctgatgaagaactt
gcaatgataaacacacaagtgcttttgtataatttccaagaaggaaagaagactgattgt
gtgggtgaatccactaatccatcagatcaccttttacttaaaaataattgtcttatgtct
cttatggaaacaaaaacttcacaaaacagtactgatggagctgcggcactggagaaagac
acaagggaaactgaaggctcattaccagtccaaaagaagctacaaaggcaaagaaaacga
aaatgctactaa

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (89)   
   KEGG ORTHOLOGY (1)   
   RefGene (84)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (6)   
   Pfam (6)   
All databases (113)   

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