KEGG   Athene cunicularia (burrowing owl): 113484899
Entry
113484899         CDS       T05777                                 
Symbol
FANCD2
Name
(RefSeq) Fanconi anemia group D2 protein
  KO
K10891  fanconi anemia group D2 protein
Organism
acun  Athene cunicularia (burrowing owl)
Pathway
acun03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:acun00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    113484899 (FANCD2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:acun03400]
    113484899 (FANCD2)
DNA repair and recombination proteins [BR:acun03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FANCD2-I complex
     113484899 (FANCD2)
SSDB
Motif
Pfam: FancD2 FANCI_S2
Other DBs
NCBI-GeneID: 113484899
NCBI-ProteinID: XP_026713387
Position
12
AA seq 1438 aa
MAAKRKLSKPGASEENCKTDLPKTKKSRIFDQEKVLVHDGVEDEGIFEELLRTSGIILKA
GEGQNEIAVDQMAFQKKLCLALEKHPAYPGVVKQFISGLESHIKDRNQFKNCLLPCTPIR
TEGSRTLVHSYCESLIKLLLGIKILQPAVITLLLEKIPEFFFDIVGTFGTNFPRLIVNQF
KWLDRLLDSQHLVKKLMQMVSVSPVPIQHDIITSLPEILEDSQQSEVARELSCLLKQGRR
LTVPILDALSRLDLDADLLAEVRQSAMTIVPSVKLEDLPVVVKFILHNVKAADAVEVISD
LRKNLDLSSCVLPLQILSSQKKLKSQVQASSSMSQVTTSQNCVKLLFDVIKLAVRFQKDV
SEAWIKAIENSTSVSDHKVLDLIVLLLIHSTNTKNRKQTEKVLRSKIRLGCMPEQLMQKA
FQNHSVVIKDFFPSILALAQIFLHSAHPAIVSFGSCMYKQAFAAFDSYCQQEVVTALVTH
VCSGTETELDISLDVLTDLVVLHASLLMRYATFVKTILDSTQKLNPCQIRKLFSILSTLA
FSQRQEGSYIQDDMHMVIRKWLSSTVPNHKQMGIIGAVTMIGSVALKRNEGDGSSLERPE
PNNERDGQLSTLLDLVGFCCEQTPEVLALYYDELASLIEKQKGNLDLQLLEEFGKSLVED
FPNDFVVDLSPTVDGSFLFPVKSLYNLDEDESQGAIAINLLPLVSQNELGRVTDGTSNQS
KRVVSPICLSPCFRLLRLYTGEQNSGSLEEIDALLGCPLYLTDLEVEGKLDSLSKQEREF
LCSLLFYALNWFREVVNAFCQQQDAEMKGKVLTRLQNITELQNVLGKCLAATPGYVPPPA
AFDSEALEAIPSLNAAGPVKRRNGRKKKTDGSKAGSADHSQADDTSEGNQPDTELSELEK
TAGEREAGNPLAQLQSYRPYFRELDLEVFTVLHCGLLTKSVLDTEMHTEAREFVQLGPAE
LCFLLDDLCWKLEHVLTAGSTRRVPFPKERGHKDIGFSHLCQRSPKEVAVCVVKLLKPLC
NHMENMHNYFQAILTQNRGVEDEPGVNIQEHQLMSSCYQQLLLTFRSLFAWNGFSQHENT
DLLRSALQVLADRLKPGETEFLLLEELISESFQYLLNFQQSVPSFHCAFILTQLLIAIAE
KPMTGWKKEKMASLAKQFLCQSWVKPSGEREKGSQFNSELYTVLCVYLEHTDNILKSIEE
ISSVGVPELINSAKDGYSSTYPTLSRQTFPVFFRVMMAQLESSVKSIPAGKPSDSSEVQL
EKLLQWNIAVRIFHILVNLVKVFDSRPVLSICLKFGRLFVEAFLKLAMPLLDYSFKKHRD
DVQSLLKTLQLSTRQLHHMCGHSKIRQDIGLTNHVPLLKKSLEQFVYRVKAMLAFNHCQE
AFWVGILKNRDLQGEEILSQAAEERDSEEEDSAESPAEVPLLRPGCRLLWATRLKGLL
NT seq 4317 nt   +upstreamnt  +downstreamnt
atggctgcaaaaaggaaattgtcaaaacctggtgcttctgaagagaactgcaagacagac
ttgccaaaaacaaagaagtcacgaatttttgatcaggagaaggtccttgtccatgatgga
gtagaggatgagggaatctttgaagagctccttagaacatcaggaattattctgaaagct
ggagagggacagaatgaaatagctgtagatcaaatggctttccagaagaagctctgcctg
gccctggagaagcaccctgcttacccaggcgttgtgaagcaatttatcagtggcttggaa
tctcatatcaaggacagaaaccagttcaagaactgcctcttgccatgcactcccatacgg
actgaggggtcaaggactctggtacactcatactgtgaaagcctcattaaactactactt
ggaattaagatcttacagcctgctgttataacactgttgttggaaaagatccctgaattc
ttttttgacatcgtgggcacctttggaacaaattttccccggctcattgtcaatcagttt
aaatggcttgacaggcttcttgacagccagcatctcgtcaagaagttaatgcagatggtt
agtgtctctccagtaccaatccagcatgatattatcaccagtttacctgagatcctggag
gactcccagcaaagtgaggttgccagagagcttagctgcttactaaaacagggcaggcgg
ctaacagttccaatcctggatgccctttctcgtctggaccttgatgcagaccttttggct
gaggtgcggcagtctgccatgaccattgtgccttctgtaaaactggaagatttgcctgta
gtagtaaaattcatcctccataatgtcaaggcagcagatgcagtagaggtgatttctgat
cttcgcaagaacttggatctgtcgtcatgtgttctgcccctgcagatcttaagttcccag
aagaagcttaaaagccaagtccaggccagttcttccatgagccaagtaaccaccagccag
aattgtgtgaagctactttttgatgtgatcaagttagctgtgagatttcagaaagatgtc
tctgaagcatggattaaggctattgagaacagcacatctgtatctgaccataaggttctg
gatctgatagttttgctgctaatccattctacaaacaccaagaacaggaaacaaactgag
aaagtattgaggagcaaaattcgactgggctgcatgccagaacagctgatgcagaaagcc
ttccaaaatcattcagtggttatcaaagacttcttcccttcaatcctagcacttgctcag
atatttctgcactctgcacacccagccatagtgtcctttggcagttgcatgtacaaacaa
gcttttgcagcctttgactcttactgccaacaggaggttgtgactgctttggtgactcat
gtgtgcagtggaacggagacagaattggacatttctctggatgtactcactgatttggtg
gtgctgcacgcatccctgctgatgcgctacgccacctttgtgaagaccattttagactct
acacagaaactgaatccatgccagatccggaagcttttctccattctcagcacactagca
ttcagccagaggcaagaaggaagttatattcaggatgatatgcacatggtgatcaggaaa
tggctctccagcacagttcccaaccacaaacaaatggggattattggtgctgttaccatg
ataggcagcgtggcattaaaaaggaatgaaggagatggtagttcattggagagaccagag
cccaacaatgagcgtgatgggcagctttctacattgctggaccttgtgggcttctgctgt
gagcaaacaccagaggtcttggctctgtactatgatgaacttgccagtttgattgagaag
cagaaggggaacttggacttgcagctcctggaggagtttgggaagagtttggtggaggac
tttcccaatgactttgtggtggatctgagccccacagtggatggttcgttcctgttccca
gtgaagtccttgtataatctggatgaagatgaaagtcagggagcaattgctatcaacctc
ttgccattggtgtcacagaatgagcttggcagggtcactgatggaacgagtaaccaaagt
aaaagggtagtatcaccaatatgtctgtcaccctgtttccgattgctgagactctacact
ggagagcaaaacagtggaagcctggaggaaattgatgccttattaggttgccccctgtac
ctgactgacctggaggttgaagggaagctggactctctgtccaagcaggaacgggaattt
ctgtgctcactcctgttctatgctctcaactggtttcgtgaggttgtaaatgccttttgc
cagcaacaggatgctgagatgaaggggaaagttttgactcgattacagaacatcacagag
ctgcagaatgtgctgggaaaatgcttggcagcaacacctggctatgtcccaccaccagct
gcttttgattctgaagccctggaggccataccgtcccttaatgctgctggtccagtgaaa
agaaggaatggaaggaaaaaaaagactgatggcagcaaagctggctctgcagatcattct
caagcagatgacacttctgagggaaaccagcctgatactgagctctctgagctggagaag
actgctggtgagagagaggcaggaaatcctctggcacagctgcagagctatcgcccgtac
tttcgagagctagacctcgaagtgttcactgtactccactgtgggctgctgacaaagtct
gtcttggacacagagatgcatacagaggctcgtgaatttgtgcagctggggccagctgag
ctttgcttccttctggatgacctgtgctggaaacttgaacatgtgctgaccgcgggctcc
acaaggagagtgcccttcccaaaggaaagaggccacaaggatattggcttttcccacctg
tgtcagagatcccccaaggaagttgctgtgtgtgtggtcaagctactgaagccgctttgt
aatcacatggagaacatgcacaactacttccaggcaattcttacacaaaatcggggtgtg
gaggacgaaccaggagtgaatatccaggagcaccaactgatgtcctcttgttaccaacaa
ctgttactaacttttcgctccctgtttgcttggaatggtttttctcagcatgaaaatact
gacttgctaaggtcagctctccaggtgcttgcagacaggctaaagccaggagagacagag
tttcttcttctcgaggagctgataagtgaaagttttcaatacctactgaatttccagcag
agtgttcccagcttccactgtgcattcatccttactcagctcctgattgccatcgctgag
aaaccaatgactggctggaagaaagagaaaatggcttcactagcaaagcagttcctctgc
cagtcatgggtgaagcccagtggagaacgagagaagggcagccagttcaacagtgagcta
tatactgtgctctgtgtctacctggagcacacagacaacatcttgaaatctatagaagaa
atctccagtgttggtgttcctgaactgataaactctgccaaagatggatattcttctact
tatcctacactaagcaggcagactttcccggttttcttcagagtaatgatggctcagcta
gagagttcagtgaaaagcattccagctgggaaaccatcagactcaagtgaggtgcaactg
gagaagctgctgcagtggaacattgctgtgaggattttccatatcctcgttaatttggtc
aaggtatttgacagcaggcctgtactcagcatctgcctgaagttcggccgtctctttgta
gaagcatttctgaagcttgccatgcctctcctggactacagctttaaaaagcacagggat
gatgtgcagagtttgctgaaaaccttgcagctgagtaccagacaacttcatcacatgtgt
ggccattccaagattcgccaagatattggactgaccaaccacgtgcctttgttgaagaag
tcactagaacaatttgtataccgagtgaaggcaatgctggcgttcaaccactgccaggag
gcgttctgggtgggcatccttaaaaatcgggatcttcagggggaggaaattttgtctcaa
gccgctgaagagagggactccgaggaggaggactccgcagaaagtccagctgaggtaccg
ctgctgaggccgggctgccggctgctgtgggcgactcggttgaaaggcctgttataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (11)   

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