KEGG   Thamnophis sirtalis (common garter snake): 106541745
Entry
106541745         CDS       T06107                                 
Symbol
FANCD2
Name
(RefSeq) Fanconi anemia group D2 protein
  KO
K10891  fanconi anemia group D2 protein
Organism
tsr  Thamnophis sirtalis (common garter snake)
Pathway
tsr03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:tsr00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    106541745 (FANCD2)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:tsr03400]
    106541745 (FANCD2)
DNA repair and recombination proteins [BR:tsr03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FANCD2-I complex
     106541745 (FANCD2)
SSDB
Motif
Pfam: FancD2 FANCI_S2
Other DBs
NCBI-GeneID: 106541745
NCBI-ProteinID: XP_013912753
UniProt: A0A6I9XPW9
Position
Unknown
AA seq 1445 aa
MASKRKLFKPHVNSENLIEELPKTKRPRISGKKKSVLQDNDIENNNAFGHLLKTAGITLK
AGEKQNEIAVDGAIFQKKLHQALRKHPSYPQIVAEFISGLDSHIENRDQFRNCLLPCIPA
QNQETNDAVHSYCESLIKLLLGIELLQPAVIKLLFEKLPEFFQESVGSDGLNLPRLIVNQ
LKWLDRIVDNKDLVSMIMQMVYVSPPSIQHDIITSLPEILEDSQHSEIAKQLSSLLKENI
GLTVPVLDALSCLNLDIELLSEIRQSVMISVSAVKVEDLPVIVKFILHSMKATEATEVIS
DLRKKLNLESCAALPSIQASQSKLSSKGQSSLSASQMSINKDSFKLLFDVLKSTLKFQKC
VLEGWIKAIENIPSASDHKVLDMIMLLIIYATSTKNKKQIERLLKSKIQSGCLREQLLQN
AFRYHSLVMRDLFPAILSVAESFVNSVDPCVVSFGSCMYKQAFMAFDSYCQQEIVGALVT
HVCGGNKIEVDVSLDTLTDLVSVHTSSVVPYVVFLKSILDYMDNLGPQQIRKLFHILSML
AFSQGHRNSHIQDDMHMVIRKQLSSTIPKYKRIGIIGAVTMVGSMAAKRSKENGKLLERE
QLSKEQHRQITTLLELVFSCCGQVPHALALYYDELANLIQKGNLDLQVLAWIKDYVVQDF
ESDFVTDLHQIEDSTFPFSVKALYGLEDGESQEGIAINLLPLLSQSFSTNLEVTAAESKD
KRLVSPVCLSPFFRMLRLCMSELNKGSMEDIDALLVCPLYLTNLEVAEKIESLSKEEREF
LCSLLFHAVNWFREVVNAFCREEDANIKGKVLTRLQNITELQCTLEKCLAASPGYIPPLA
NFDSETLEAAPAFNTISVSKKKNKGQKRLKSDSSKKSFGDNSQVDENLEIIQAEAETSQQ
EKSSSPEKDPATPLIQLQNYSAYFRELDLEVFTILHCGLLTKSVLDSEMHTKIREVVQLE
PTELLFLLEDLYRKMEHMLIPAPARRLPFVKGKGNKNAGFSHLCQSTSQKVIEYAAELLK
PLCNHIENMHNYFQTLITENHGVIDGPGVNIQEHQLMSSCYQRLLQIFHFLFAWNGFSQH
ENHGLLKASLDILACRLKPGDRELPLEDLLSQSFQYLLNFQHSIPNIFCALNLTQLLLVI
AEKSVANPKSKEIVSMTKGFLCQSWMQPSGTRQKGSQFNDALHALLTIYMEYTQDILKEI
EDISSTGVPELIRSSKDGYSSTYPTLTRQTFPIFFRVMMTKLETSIRSLSAGKSDSSEIQ
LQKLLHWNLAVRDFHILVNLVKVFDSRPVLSVCLKYGRLFIETFLKSGMPLLDYSFKKHR
EDVQSLLKTLQLSTRQLHHICGHSKIHQDTGLTSHVPLLKKSLELFVYRVKAMLALNHCQ
EAFWVGILKNRDLQGEEILSQASQVTEAEETEMPTHSRTDPGEEKEDSETEDTVDTNDSD
EDSSD
NT seq 4338 nt   +upstreamnt  +downstreamnt
atggcttcaaaacggaaattgttcaaacctcatgtcaacagtgaaaatctgatagaagaa
ttaccaaaaacaaaaaggcctcgaatctctggaaagaaaaagtctgttttacaagataat
gatatagaaaacaataatgcttttgggcatctccttaagactgcagggattacattgaaa
gcaggagaaaaacagaacgaaatagctgtagatggagcaattttccagaaaaagttgcat
caagccttaagaaaacacccttcttatccacagattgttgcagaattcatcagtggcttg
gattcccacattgaaaacagagatcaatttaggaattgtcttctaccatgcatacctgca
caaaatcaagaaacaaatgatgcagtgcattcatactgtgaaagcctcattaaactgctt
cttggtattgagctattgcagcctgctgtgataaaattattatttgaaaagctccctgaa
ttttttcaggaaagcgttggaagtgatggattaaatttgcctcggctgattgtcaatcaa
ttaaaatggcttgacaggatagttgataacaaggatcttgtttcaatgatcatgcagatg
gtttatgtttcacctccatcaatccaacatgatatcattacaagtctgccagaaattctg
gaagattcccagcatagtgaaattgccaagcaacttagttctttgttaaaggagaacatt
gggctcacagttccagtcctggatgcgctttcctgtttgaatcttgatatagaacttctc
tctgagatacgccaatctgtcatgatttcagtgtctgctgtaaaagtggaagatttacct
gtaatagttaaatttattcttcattctatgaaggccactgaagcaacagaggtaatttct
gaccttcgtaagaagctgaatctggaatcatgtgctgcccttccaagtatccaagcatct
caaagcaaactcagcagcaaggggcagtcaagtctatctgcaagccaaatgagtattaac
aaggattctttcaagctcctttttgatgtattaaagtcgactcttaaatttcagaagtgt
gtattagaaggttggattaaggctattgagaatattccttctgcctctgatcataaggtc
ctggatatgataatgctgttaatcatctatgctacaagtaccaaaaacaagaagcaaatt
gagagattattgaagagtaagattcagtcgggttgtttgcgagagcagttgctgcagaac
gccttccggtatcactcactggttatgagagatctttttccagcaatcttgtcagttgct
gagagctttgtgaactcagtagatccttgtgttgtctccttcggcagctgcatgtacaag
caagcattcatggcttttgattcttactgccagcaggagattgtgggtgccttggttact
catgtatgtggtggcaacaagattgaagtggatgtttctctggatacattaactgatctt
gtgtctgtccacacctcatcagttgttccctatgttgtctttctgaagagcatcttggac
tatatggataatcttggtccacagcaaatccggaagctatttcacatcctcagcatgctg
gcatttagccagggtcatagaaacagccacatccaggatgatatgcacatggtgattaga
aaacagctctcaagtactatccctaaatataaacgtattgggattattggagcagttacc
atggttggcagtatggcagccaagaggagcaaagaaaatgggaaattgctggaaagggaa
cagctgagcaaggaacaacacagacagattacaactttgctggagcttgtattctcttgt
tgtggacaggttcctcatgccttggctttgtactatgacgaacttgccaacttaattcag
aaaggaaatctggatttgcaggttctggcctggattaaggactatgtggtccaagacttt
gagagcgattttgtcacagatcttcaccagatagaggatagcactttcccattttcggtg
aaagctctatatggcttggaagatggtgaaagtcaggagggtattgctattaacttgctg
cccctgttatcccagagcttttccacgaacctggaggtaacagctgcggaaagcaaggac
aaaaggctagtgtctccagtatgcttgtcgcccttcttccgaatgctgagactctgcatg
tcagaactgaataaagggagtatggaggacattgatgccttattagtgtgtcctttatat
ctgactaacttggaggtggcagaaaaaatagagtccttgtcaaaggaagaacgcgagttc
ctttgttctctcttatttcatgcggtgaactggtttcgtgaggttgtaaatgctttctgc
cgagaagaagacgctaatataaaaggaaaagttttgactcggttacagaacattacggag
ctacagtgtactctggaaaaatgcttagcagcaagccctggatatattcctcctcttgct
aactttgattctgagaccttggaagctgcacctgctttcaataccatttctgttagtaaa
aaaaagaacaaaggacaaaaaagactaaaatcagatagcagcaaaaaaagctttggagat
aattcacaagtagatgagaacttggaaataattcaagctgaagctgagacaagtcaacaa
gagaaatctagctctccagaaaaagatcccgcaactcctttaatacagctgcagaattac
agtgcatacttccgtgaattagatttggaagtttttaccatccttcattgtggactgctg
accaaatctgttttggactcagagatgcacacaaagattcgtgaagtagttcagttagag
ccaactgagctcttgttccttttagaagatttgtaccggaaaatggaacatatgttaata
ccagctcctgcaaggagactccctttcgtaaagggaaaaggaaataaaaatgctggattt
tcacatctttgccaaagtacatctcaaaaagtgattgagtatgctgctgaacttttaaag
ccactgtgcaatcacatagaaaatatgcacaactacttccagacgctgattacagagaac
catggtgtgattgatggaccaggcgtcaatattcaggaacatcaattaatgtcatcctgt
tatcagcgcttattgcaaatttttcacttcctatttgcctggaatggattttcccagcat
gagaaccatggcttactaaaagcaagtctggatatccttgcatgcagacttaagccagga
gatagagagcttcctcttgaggacctactcagtcagagtttccagtatttactgaatttc
cagcacagcattcctaatatcttctgtgcattgaatcttacccagcttctgcttgtcatt
gctgaaaaatctgtggccaatccaaaaagcaaagaaatagtttccatgacaaaaggtttc
ctttgccaatcttggatgcagccgagtggaactcgtcagaagggctcccaatttaatgat
gctctccatgctttactgactatttatatggaatatacacaagatatcttgaaggagata
gaagacatttcaagcactggtgttccagaactaattcgttcttctaaagatggatactct
tcaacttaccctacattgaccagacaaacttttcccattttcttccgggtgatgatgact
aaattagagacttcaataagaagcttatctgctggaaaatcagattcaagtgagatccaa
ttacaaaagttgctacactggaacctggctgtacgtgatttccatatccttgttaatttg
gtcaaggtatttgacagtcgccctgtactcagtgtttgcttgaagtacggtcgtctgttt
atagagacatttttgaagtctggtatgcctctcttggactacagttttaaaaagcacagg
gaggatgtacagagtttgttgaaaaccttgcaactgagcaccagacaacttcatcatatt
tgtggccattccaagattcatcaagacacaggtctcaccagtcatgtacccctcctaaag
aagtcgctcgagctatttgtttaccgagtgaaagcaatgctggctctcaatcattgtcag
gaggctttttgggtgggcatcctcaaaaatagggacttgcagggagaagagatcctttca
caagcatcacaagtaaccgaagcagaagagacagagatgcctacacattctcgaacagat
cctggagaggaaaaggaagattcagagactgaagatacagtggataccaatgatagtgat
gaagacagctctgattag

  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 (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (12)   

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