KEGG   Castor canadensis (American beaver): 109687551
Entry
109687551         CDS       T04791                                 
Symbol
Fanci
Name
(RefSeq) Fanconi anemia group I protein isoform X1
  KO
K10895  fanconi anemia group I protein
Organism
ccan  Castor canadensis (American beaver)
Pathway
ccan03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:ccan00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    109687551 (Fanci)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:ccan03400]
    109687551 (Fanci)
DNA repair and recombination proteins [BR:ccan03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FANCD2-I complex
     109687551 (Fanci)
SSDB
Motif
Pfam: FANCI_S4 FANCI_HD2 FANCI_S3 FANCI_S1 FANCI_S2 FANCI_HD1 FANCI_S1-cap
Other DBs
NCBI-GeneID: 109687551
NCBI-ProteinID: XP_020021058
UniProt: A0A8B7UNC5
Position
Unknown
AA seq 1361 aa
MDQKILSLAADKTADKLQEFLQTLKEDDLTNLLQIHAVKGKHTGALLRAIFKGSPCSEED
GVLRRHKIYTCCIHLVESGDLQKQVASEIMGLLMLEAHRFPGPLLVELANEFIGVIKEGS
LISGKSLELLPIILTALATKKENLAYGKGESSGEECKKQLINTLCSGRWDQQYVIQLTSM
FKDVPLTAEELELVVEKVLKMFSKLNLQEIPPLVYQLLVLSSKGSRKSVLDGIISFFSEL
DQQHSEDQSGDELLDLVTVPSGELRHVQGTVILHTVFAIKLDCELGRELVKQLKAGQQGD
SSKYLSPFSIALLLSVTRIQRFEEQVFDLLKTLVMKSFKDLQLLQSSKFLQNLVPQRGCV
STTILEVVKNSVHSWDHVTQGLVEFGFILMDSYGSKKIVDGKMTGSSSSLSRTPHQHACR
LGASILLETFKIHEMIRQEILEQVLNRVVNRASFPISHFLDLLSDIIMYAPLVLQTCSSK
ITETFDYLSFLPLQTVQGVLKAVQPLLKVSMSLRDSLILVLRKAMFARHLDARKSAVAGF
LLLLKNFKVLGSLASSQCSQSIGLSQVHVDIHSRYNSVANETLCLEIMDSLRRCLGQQAD
VRLMLYEGFYDVLRRNSQLANSIMQTLLSQLKQFYEPKPDLLPPLKLEACVLTQGSQISL
QEPLDYLLCCTQHCLAWYKNRVMPLQQGNEEEEEEGLYQELDDMLESITSRMIKSELEDF
ELDKSADFSQSTGIGVKNNICAFLLLGVCEVLIEYNFSICNFSKNKFEEVLSLFMCYKKL
SDILSEKTGKGKLKVTNKTNDSFLSLKFVSDLLTALFRDSIQSHEESLSVLRSSTEFMRY
AVSVALQKVQQLQETGRVSGPDGQNPDKIFQNLCDITRVLLWRYTSIPTSVEESGKKERG
KSISLLCLEGLQKILSVVQQFYQSKTQDFLRALDVTDKEGEEGEAEDVSVTQRAAFQIRQ
FQRSLLNLLSGEEEGFHSKEALLLVAVLTNLSKLLEPSSPQFMQMLSWTSKICKENSRED
ASFCRSLMNLLFSLHVLCKSPVTLLRDLSQDIHGQLGDVDQDVEVEKTNHFAMVNLRTAA
PTVCLLVLNQAEKVLEEVDWLITKLKGQASQEIPPEEASSQVSPPSHPTEKAIIMQLGTL
LTCFHELVQTALPSGSCVDTLLKDLCKMYTILTALVRYYLQVCRRSRRIPKNMEKLVKLS
GSHLTPLCYSFISYVQNKKSSNLSYPGEKNKEKTTATAMARVLRETKPIPNLIFAIEQYE
KFLIHLSKKSKVNLMQHMKVSTSRDFKIRGSILDMLLQEDGEGDSAGVSVCLLPGCTYSS
HRSVEGQPPAEKGQIVVGKECPDKGFKLNRAYKVVQACRHI
NT seq 4086 nt   +upstreamnt  +downstreamnt
atggaccagaaaatcttatctctagcagcagataaaacagcagataaactgcaggaattt
cttcaaaccctgaaagaagatgatttgactaatctccttcagattcatgcagtgaaagga
aaacacactggagccctcctgagagccatcttcaaaggctccccctgctctgaggaggat
ggagtccttaggagacataagatatacacttgttgtatccatctagtggaatcaggagat
ttacagaaacaagtagcatctgagatcatgggattactaatgctggaggctcaccgtttt
ccaggaccattattggttgaactggccaatgagtttattggagttatcaaagagggcagc
ctcatcagtggaaagtctttggagttactgcccattattctcacggccttggctaccaag
aaggaaaatctggcctatggaaaaggtgaatccagtggagaagaatgtaagaagcagctg
atcaacactctctgttctggcagatgggatcagcagtatgtaatccagctcacctccatg
ttcaaggatgtccctctgactgcagaagagttggaattggtggtggaaaaagtgttgaag
atgttttccaagttgaatcttcaagaaataccacctttagtctatcagcttctggttttg
tcctcaaagggaagcagaaagagtgttctggatggaatcatatccttcttcagtgagcta
gatcagcagcacagtgaggatcagagtggtgatgagctgctggatcttgttactgtgcca
tcaggtgaacttcgtcatgtgcaaggcaccgtcattctacacactgtgtttgccatcaaa
ttggactgtgaactaggccgagaacttgtgaagcagttaaaggctggacagcaaggagat
tctagcaaatacttgagccctttcagcattgctcttcttctctctgtaacaagaatacaa
agatttgaggaacaggtgtttgatcttttgaagactttggttatgaaaagctttaaggat
cttcagctccttcaaagctcaaagtttcttcagaatctagtccctcagagaggttgtgtg
tccaccacaatcttggaagtggtgaagaacagtgttcatagctgggatcacgtaactcag
ggcctggtggaatttggtttcattttaatggattcatatggttcaaagaagattgttgat
ggaaaaatgactggaagcagctccagtctttctagaacgcctcaccagcacgcatgtagg
ctcggagcgagtatactgctggaaacttttaagatccacgagatgatccgacaggaaatt
ctggagcaagtcctcaacagggttgttaacagggcgtcctttcccatcagtcatttctta
gacttgctttcagatatcatcatgtatgcacccttagttcttcagacctgttcttctaaa
atcacagaaacctttgactatttgtccttcctaccccttcaaactgtacaaggggtgctt
aaggcagtgcagccgcttctcaaagtcagcatgtcattgagagactccctgatccttgtc
cttcgcaaagccatgtttgccagacatcttgatgcccgaaaatctgcggttgctgggttt
ttgctgctcctgaagaactttaaagttttaggcagcctggcctcttctcagtgcagtcag
tccattgggctcagtcaggtgcatgtggatattcacagccgttacaattctgttgccaat
gagactttgtgccttgagatcatggatagtttgaggagatgcttaggacagcaggctgac
gttcggctcatgctttacgaggggttctatgatgttcttcgaaggaactctcagctggct
aattcgatcatgcagactctgctctcacagttaaaacagttctatgagccaaaacctgat
ctgctgccgcctctgaaattagaagcttgtgttctgacccaaggaagtcaaatctctcta
caggaaccactggattatctgctgtgttgtactcagcattgtttggcctggtataagaac
agagtgatgcccttacaacagggcaacgaagaggaggaagaagaggggctctaccaagag
ctagatgatatgctggagtccattactagcaggatgatcaagagtgaactggaagacttt
gaactggataaatcagcagatttttctcagagcactggcatcggcgtcaaaaataatatc
tgtgcatttctcttgctgggagtttgtgaggttctaatagaatataatttctccatatgt
aatttcagtaagaataaatttgaggaggttctgagcttgtttatgtgttacaagaagctc
tctgacatccttagtgaaaaaacaggtaaaggcaaattgaaagtgaccaacaagacaaac
gacagttttttgtccctgaaatttgtgtctgatcttctcactgctcttttcagggatagt
atccaaagccacgaagagagcctgtctgttctcaggtccagcacggagtttatgcgctat
gcagtgagtgtagctctgcagaaggtgcagcagctccaagagacagggcgtgtgagtggc
cctgatggtcaaaacccagacaagatctttcagaacctttgtgacataacccgggttttg
ctgtggagatatacttcaattcctacttcagtggaagagtcgggaaagaaagagagggga
aagagcatctcgctgctgtgcttggagggtttgcagaagatacttagtgtcgtgcagcag
ttctaccagtccaagacccaggactttctcagggctctggatgtcacagataaggaggga
gaagagggagaagctgaagacgtcagtgtcacccagagagctgcgttccagatccggcag
tttcagagatccttgttgaatttactcagtggtgaagaggaaggttttcatagtaaagaa
gctctcctactagttgctgtgctcaccaacttgtccaagctgctggagccctcctcccct
cagttcatgcagatgttatcctggacatctaagatttgcaaggaaaatagccgggaggat
gcctcgttttgcaggagcttgatgaacttgctcttcagtctgcatgtcttatgtaagagt
cctgtcactctgctgcgtgacttgtcccaggatatccacgggcagctgggagacgtagac
caggatgtagaggtggagaaaacaaaccactttgcaatggtgaatttgagaacagctgcc
cccactgtctgtttacttgtcctgaatcaggctgaaaaggttcttgaagaagtggactgg
ctaatcaccaagcttaagggacaagcgagccaagaaatcccaccagaagaagcctcttct
caagtttccccaccaagtcatcccactgagaaagccatcattatgcaactgggaactctg
cttacatgtttccatgagctcgtgcaaacagccctgccgtcaggcagctgtgtggacacc
ttactaaaggacctgtgcaaaatgtataccatccttacagcacttgtcagatattatctc
caggtgtgtcggcgctccagaagaattccaaaaaatatggaaaagctggtgaagctgtca
ggctctcatctgaccccactatgttattctttcatttcttatgtacagaataagaagagc
agcaacctgagttatccgggagagaagaacaaggagaaaactactgccacagccatggcc
agagttcttcgggaaaccaagccaatccctaacctcatctttgccattgaacaatacgaa
aaatttctcatccacctttctaaaaagtccaaggtgaacctgatgcagcacatgaaggtc
agcacctcccgggacttcaagatcagagggagcatactggacatgctcctccaggaggac
ggggagggcgacagcgcaggggtcagtgtctgcttgctgccaggctgcacctacagtagc
cacagatcagtagaagggcagccaccagcagagaaagggcagatagtggtgggcaaagaa
tgtccagacaagggttttaaactgaacagagcctacaaagttgtccaggcttgcagacac
atctag

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (26)   
   KEGG ORTHOLOGY (1)   
   RefGene (22)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   UniProt (1)   
   RefSeq(pep) (4)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (48)   

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