KEGG   Solanum tuberosum (potato): 102589220
Entry
102589220         CDS       T02981                                 
Name
(RefSeq) Fanconi anemia group D2 protein homolog
  KO
K10891  fanconi anemia group D2 protein
Organism
sot  Solanum tuberosum (potato)
Brite
KEGG Orthology (KO) [BR:sot00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:sot03400]
    102589220
DNA repair and recombination proteins [BR:sot03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FANCD2-I complex
     102589220
SSDB
Motif
Pfam: FancD2 FANCI_S2 FANCI_S1
Other DBs
NCBI-GeneID: 102589220
NCBI-ProteinID: XP_006347854
Position
Un
AA seq 1503 aa
MVLPQNKQIGPRKRPAKLKTGFVTPFAPPNKIPKSAVANEENVPQTASESEPPKLKQSQT
VNSIEKMISVLADAGCTLINPSGPPCLPSDLHKLRNQLNSIFSSDSSLKSEFLLGLSSYV
NSPSNLRRILSPSKRDGLGSVRSDSLARVLLLVPAVQSDIQNLLLEKLPEYFDVDPAGNI
GGRSSSLCLEEDIARLILNQFRWLDFLVDSEAFTEKLFQVLSICPVHLKKEIIGSLPEII
GEKNNKTVVDSLQEMLQEDSSIIVPMLDCFSNLHLDDMLQEQVITVALSCIRTIDAEHMP
YLLRFLLLLATPTNTRRIISHIRHQLKLVGASNVWTTQQSKMKGKSVVNNAEASILDALR
TSLRFNKVICQETLNELKSLEKVQDHKVIDIWLLTLIYMNNEPLQKIVEKLLKKKILEGC
IVETMFDQCVSGNTDLTRDYLPTLLSISEYLLACKEDKVREFGVRMYTNLFKELVDSYSR
QEVLGALITHVGSGISHEVSSAMDVMVLLASKYSQELITLSSHITGILDYLETFSIENLH
KVYEVFSLLAFSAEVSTGPFGSPISNELLVIVRKQLSHPDLTYKKMGLIGTLKIVSYLGD
AKTTKHLPSSQKSNYEEALELLETSMNSCKQLPLPLIMFYDELALTLKKKALHPAIVEWT
SKHVGDFESKFLCDLDGGELMVKDLYCGLEGDLWMNLDGDISPICLNILPLVSSSLRAAS
SLQILPANFVLLSSIEGLANQGSLAGIDALLGCPIHLPSSKFFREPLWGSLSGKQKQIMI
LSLYYAANWLRELLNAFCTQAVDECNAVSQATREEITLKLFKRLRNLVFLESLLNISLKQ
CSFSLPELQPHPESLSLNQLDHNRDQEMKNENGNGNVGLSQKKKKEKKNSQASLTDGKLR
QPTIMDVLRKAGAVPTQEPSTGPSGTCSKGSAPEPSVNQPRNINMSANVDVSTAVEHVEA
QRHKFRPLLLDCFAILAFQKTQDSCCADPASELPLCLYFLRDLNKKLDYCSPRRHILVRR
MSVPPAFGEMKVIEFISKIKPLFPSLRRHLDSAVSGVRKDTDTCPDHWRTHSAFAGNPDI
PNITSFRPSGSRSVIKETLQCFGKMLNIPNVQRDRSVLSDLLEALQPISILDCFFEGMQL
IPSPGDIGYLYAGAYLFVGNIFDAACAVSFALASKVLLSLESVLVSFRTILDNDLNDIGK
DIRTGFSKELLSFLSKKLGTSAYKLLMQKCDGVNDIEDGQKVKAEVIQKLLRIYLENCQS
TSDSLSELACSVLPQVSSHRSALEDGCCFPTLCPATFYIWYRVLHEENLAMINRLVKEIS
LLEKARGGGEVEDVKCLLKKLQQSVNVVVSLVNLCKTHDKVNVRAIAVKFGGKFVDSFLK
GFGFLQGQFELHREQIIQMVRELQTATRTIQTLCSDAKGMKQTAITSKIPITKRSMERFL
FRVKELLHSTSSGCTFWMGNLKHKNLMGDVVSSQAYVDDQKDNMDNVSTENMDIDEPTDI
AGE
NT seq 4512 nt   +upstreamnt  +downstreamnt
atggttcttccccagaacaagcaaatcggtcctcgtaaacgtccggcgaaattgaaaact
ggattcgttactccatttgctccgcccaacaaaattcccaaatccgctgtcgcaaacgag
gaaaatgttccgcaaacagcttcggaatcggaaccgccaaagttaaaacagtcacaaact
gtaaattcgattgagaaaatgatttcagttctagcggatgccggctgtacactgatcaac
ccctcgggcccaccctgtctaccgtctgatctacataagcttcggaaccaattaaacagt
atcttctcatccgattcttctttaaagtctgagttcctcctgggtctctcgtcttacgtc
aactctcccagtaaccttcggcgcattttatcaccttcaaaacgagatggacttggatca
gtacgaagtgacagcctggcaagagtactgctactggttcctgcagtccagtcagacatt
caaaacttgctgctcgaaaagcttcctgagtattttgatgtggaccctgctggaaatatt
ggagggagatcatcttctttatgtcttgaagaggacatagcaaggttgatccttaaccaa
ttccgctggcttgacttccttgtagattcagaagcatttacagaaaaactgtttcaagtg
ttatctatttgcccggttcatttgaagaaggagataattgggtccttgcccgagattatt
ggggagaaaaacaacaaaactgttgtagattcgcttcaggagatgcttcaagaggattct
tccataattgttcccatgctcgattgtttctctaaccttcatttggatgatatgttgcaa
gaacaggtcattacagtggcgttatcttgtatccgaactattgatgcggagcatatgccc
tacctattgagattcttactgcttttggctacgccaaccaatactcgtaggattatttca
cacatccgacatcaactgaaacttgttggagcatcaaatgtttggaccacacaacagagt
aagatgaagggaaagtcagtcgtcaacaatgcagaagcttcaatacttgatgccttgcga
acaagtcttcgatttaataaagtaatttgccaagagacattgaatgaactgaaaagccta
gagaaagttcaggatcataaggtcatagacatatggttgcttacgcttatatacatgaac
aacgagcctttacaaaagattgttgagaagttactgaagaagaaaattcttgagggctgt
attgtggaaactatgtttgatcaatgtgtttctgggaatacggatttgactcgggattat
cttcctaccctcctttccatttctgagtacttactggcttgcaaagaagataaagtacgg
gaattcggcgttcgcatgtacacaaatctgttcaaagagcttgtggatagttattcaagg
caggaagtccttggagcattaattactcatgtgggttctgggataagtcatgaagtgagt
tctgctatggatgtgatggtcctcctagcctcgaagtactcacaggagttgattacactt
tcttctcatataactggcatcctagattacttggagacatttagtattgaaaacctgcat
aaggtgtatgaagtcttcagccttctggcattttctgctgaagtgagtacagggcccttt
ggatctcctatttcaaatgaactactagtgattgtgagaaagcagttgagtcatcctgat
cttacttataagaagatgggcttaattggaactcttaagatagtatcctaccttggggat
gcaaaaactacgaagcatcttccatcatctcagaagtcaaattatgaggaagctttggag
ctcttggaaacatctatgaactcctgcaagcagctaccacttccattaattatgttttat
gatgaactggctttaacattgaagaaaaaagcacttcatccagccatagtggaatggaca
agcaaacatgttggggacttcgaatcaaagtttttgtgtgacctcgatggtggggagctt
atggtcaaagacttatattgtggtttggaaggagacttatggatgaacctcgacggagac
atatctcctatatgtctcaatatcttgccacttgtatcctcttctttgcgggctgcttca
tcactacaaattcttcctgcaaactttgttttgctatcttcaattgaggggttggcgaat
caaggatctcttgcaggaattgatgcacttcttggctgtcctatacaccttccttcctct
aagttcttccgtgaaccactttggggctctttaagtggaaagcaaaagcaaatcatgatt
ctatcattgtactatgctgccaattggctgcgggaactgctcaatgccttctgtactcaa
gctgtcgatgagtgcaatgcagtcagtcaagcaacaagagaggagataactcttaaacta
tttaagcggttgaggaaccttgtatttctggagagcttgctaaacatttccctcaaacaa
tgctctttttccttacctgaactccaacctcatccggagtccttgtcgctgaaccaactt
gatcataatagagatcaggagatgaagaatgagaatggtaatggtaacgttggtctatca
caaaagaagaagaaagagaagaagaacagccaagcatcacttactgatggaaaacttagg
cagccaaccatcatggatgttttgaggaaagcaggtgcagttccaacccaggaaccaagc
actggtccttctggaacgtgttctaaaggtagtgcgcctgagccatcagtgaatcaacca
cgtaatattaatatgtcagcgaatgtagatgtttctactgctgtggagcatgtcgaagca
caaagacacaaattcaggcctcttttgctggattgctttgctatcttagcttttcagaag
actcaggattcctgctgtgcagatccagcttctgagttgcccctttgtctatattttctg
agggatctaaacaaaaagctggactactgcagtccacgaaggcatatattggttagacgc
atgagtgttcctcctgcttttggtgagatgaaagtaatagagttcataagcaaaattaag
ccactatttccttcccttagaagacatttggattctgcagtatctggtgttagaaaagat
acagacacatgcccagatcattggagaactcattctgcctttgctggaaatcctgatata
cccaacattactagctttagaccatcaggttctagatctgtcataaaagagacacttcaa
tgctttggcaagatgttaaacatacctaatgttcagagagaccggtcagtactttctgat
cttctggaggcattacagccaatcagcattttagactgctttttcgaaggcatgcaattg
attccatcaccaggagatataggttatttatatgctggtgcatatttatttgttgggaat
atctttgatgcagcatgtgctgtctcatttgctttggcttccaaagtattgttaagcttg
gaatcagtacttgtgtctttccggactatcctagataacgatctcaacgatattggaaaa
gatattcgtacaggtttttcaaaagagctactttcttttctgtccaagaagctggggact
tctgcttacaaactcttgatgcaaaagtgtgatggtgttaatgacattgaagatggtcag
aaagtcaaagcagaggtaattcaaaagcttttacgaatttacttggaaaactgccagtcc
acttccgattccctaagtgagcttgcctgctctgttttgccccaggtttcatcacacaga
tctgcattggaggatggctgttgttttcctactctctgtcctgcaacattttacatttgg
taccgggtattgcatgaagaaaaccttgccatgattaaccgcttggtaaaggaaatttca
cttctggagaaagccaggggtggtggtgaagtggaagatgtcaaatgccttctgaagaaa
ctacaacaatctgttaatgtggttgtatctttagtcaatttgtgcaagacccatgataag
gtcaacgtccgtgcaattgctgtcaagtttggtgggaagtttgttgactctttcctcaaa
ggttttggcttcttacaggggcaatttgaattgcaccgtgagcaaataattcagatggtt
agagagcttcagacagcaacgagaactatccagacgctttgttcagacgcaaagggcatg
aaacaaacagcaataaccagcaaaatccccatcaccaagagatctatggagcggttctta
tttcgtgttaaggaacttcttcactcaacgtcaagtggatgcactttttggatgggcaat
ctgaagcataaaaatttgatgggggatgtagttagctcccaagcatatgtagatgatcaa
aaagacaatatggacaatgtttcaacagaaaatatggatatagatgaacccacagatatt
gctggtgaatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (3)   
   Pfam (3)   
All databases (12)   

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