KEGG   Helianthus annuus (common sunflower): 110869107
Entry
110869107         CDS       T05101                                 
Name
(RefSeq) fanconi-associated nuclease 1 homolog isoform X1
  KO
K15363  fanconi-associated nuclease 1 [EC:3.1.21.- 3.1.4.1]
Organism
han  Helianthus annuus (common sunflower)
Brite
KEGG Orthology (KO) [BR:han00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:han03400]
    110869107
Enzymes [BR:han01000]
 3. Hydrolases
  3.1  Acting on ester bonds
   3.1.4  Phosphoric-diester hydrolases
    3.1.4.1  phosphodiesterase I
     110869107
DNA repair and recombination proteins [BR:han03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    Other FA pathway factors
     110869107
SSDB
Motif
Pfam: VRR_NUC HIRAN FAN1_HTH FAN1_TPR Sgf11 Flg_hook
Other DBs
NCBI-GeneID: 110869107
NCBI-ProteinID: XP_021974090
Position
11:159294439..159304324
AA seq 933 aa
MMKIRSKSSTNRTMLTGRESLIRLIGKRRRFLPNRQSILSDPIQSVVKDENETEKSLEER
SSGSDSDMVTCPVCGNKVRGEEYMINSHLDACLTRGTKRKLSQQTLLQFNFSPRSKAQVD
QTNLDDTKSNPTSHDKDMTDSSVVDIDEANSITYESSSSDNVSLAYTDGSAETLVTDDIS
IGGRSTINDDENVNSDDDISGKLLATFIVGRRYCEEEELHTGNNVSLCRDPENIKDSNAI
KVLSADSGCIKVLGYIPRELAEHLSKLMDTFGISFEGRIMSVPEQSRAVVPIQIWCQEKI
SFSELEDEKVKVLQSLCRHVINAVNLGETAPLGMVKYQQNFCLLLQEVLKSTPHVFTHDE
KTFLEKFLLLSNDSQRLFIRLYTRKGPWFRMSSISYAEILDNQLAVKELSEAGYICSTET
TSELHKDDLEQILNILTVGELREILSATNKKCSHSSRKQESISLLLSAYGDRSSSLLYKM
VLEKTGTCIRISSAADSLVWRVERLFFCNGEQDLSAFLLVDLGIVKYPTYNCIVTDQLFS
SRNDLLSYEEALEVAQIMDESLEEDDSSMVLRCIAISISRISSCAAKAIKFSCFSASWVY
SKVVLLGVSFLESERRHTDAIDLLKHLLLNFAKDRRRGYWTLRLSIDLEHLGRVNESLSV
AESGLDDPWVRAGSRVSLQRRVLRLGRPPRRWKVPSYSESVNRKIPEVHVQGRPINCKTG
TKSRFYGEDGEQCGVEQLALQYYAGEDGGQWQGVHSESGIWLTVFGLLMWDVIFSDVPNV
FLTRFQTSPLDLDTDYFYEARKSIIEQLLSKIQEGMAEEILITSWESHFGTSCRGVNWNR
HSLTELRAVVTCIGSGCMATICRHLAQDYRSWSSGMPDLLLWRFHSDYSGEAKLVEVKGP
RDRLSEQQRAWLLFFMDSGFNAEVCRVNPPVSK
NT seq 2802 nt   +upstreamnt  +downstreamnt
atgatgaaaattaggtcaaaatcaagcaccaaccgaacgatgctcaccggacgcgaaagc
ctgatcagattaatcggaaaacgccgacgatttctccccaatcgtcaatctattctatcg
gatccgattcagagtgttgtgaaagatgaaaatgaaacagaaaagtcgttagaggaacgg
agttcgggttcggattcggatatggttacgtgtccggtttgcgggaataaggttcgtgga
gaagagtatatgatcaactcacatttagatgcatgtttgacaagagggactaaaaggaaa
ttaagccagcagacgcttcttcagttcaacttcagccccagatcaaaagcccaagttgac
caaacaaatctggatgacacaaaatctaaccctacttctcatgataaggatatgacagat
tcgagtgtggtagatatcgacgaagctaacagtatcacatatgagtcatcaagttcagac
aatgtttcacttgcttatacagatggttcagcagaaaccttagtgactgatgacataagc
atcgggggtcgttcaactataaatgatgatgaaaatgttaattcagatgatgacatatca
gggaaattgcttgcaacctttattgttggccgacggtattgtgaagaagaggagttacat
acaggaaacaacgtatctctctgtagagatcctgaaaatattaaggactctaatgccatt
aaggttctttctgcagattctggatgcattaaagtgcttggttatatacctcgagagcta
gctgaacacttatcgaagttaatggacacatttggcataagctttgagggtcgtataatg
tcggtccctgaacaatctcgtgctgttgtcccaattcaaatttggtgtcaagagaagatt
tcttttagtgaactcgaagacgaaaaagttaaagttttacagtcattatgccgacatgtt
ataaatgcagtcaatttaggtgagacggcaccccttggcatggtgaagtaccaacagaat
ttttgcctgttgctacaagaggttttgaagtcgacccctcatgtttttacacatgatgaa
aagactttcttagaaaagtttcttttgctttctaatgatagtcaaaggctcttcattcgt
ctttatacacgaaaaggtccatggtttcgaatgtctagtatatcctatgctgaaatattg
gacaaccaacttgcagtgaaggaactctctgaagcaggttatatttgttccactgaaacc
acaagtgaattacacaaagatgatttggaacaaattttgaacattcttactgtgggtgag
ctgcgggaaattctaagtgcgactaataagaaatgcagtcatagttcacgcaagcaagag
tccatttcgttacttctttctgcatacggggatcgatcaagctcattgctatataaaatg
gtcctggagaaaactggcacttgcatacgtatttcttcagcagccgattccctcgtttgg
cgcgttgagaggcttttcttctgtaacggggagcaagatctgtcggcatttttactagtg
gatttgggaatcgtgaagtatccaacttacaattgtatcgtcactgaccagttgttttct
agtcgaaatgatttactatcttatgaggaggcactcgaagtagcacaaatcatggatgaa
tctcttgaagaagatgactcatcaatggtcttgagatgtatagcaatatccatttcccgt
atatctagctgtgctgcaaaagctattaaattctcgtgcttttcggcatcgtgggtctac
tccaaggtggttcttttaggcgtttcttttctcgagtctgaacgtaggcacactgatgca
attgatttacttaagcatctattacttaattttgctaaagatagaagaagaggttattgg
acactaagactctcaattgatttggaacatctgggtcgggtcaatgagagcctatctgtt
gctgaaagtggattagatgatccatgggttcgtgcgggctcaagagtatcattgcaaagg
cgtgtacttcgattaggaagaccgccaagacggtggaaagttcctagttattctgaatct
gtcaatagaaagatccccgaggttcatgttcaaggtaggccgattaactgtaaaaccggg
acaaagagcaggttttacggtgaagatggagaacaatgtggggtagagcagcttgctctt
cagtattatgcgggtgaagatggtggtcaatggcaaggtgttcattcagaaagcggaatt
tggttgacggtttttggacttcttatgtgggatgttatcttttctgatgtgccaaacgtc
tttctcaccagatttcagacttcacccttagatttagacacagattacttttacgaagct
agaaaaagcatcatagaacaattattatcaaaaattcaggaaggcatggcagaggaaata
ctcataacttcatgggaatcacattttggaacatcatgtcgaggtgttaactggaacaga
cactcgttaactgaactccgagcagttgtgacttgcataggtagcggttgcatggcaacc
atctgtcgacacctggcacaagactacaggagttggtctagcggcatgccggatctacta
ttgtggcggtttcattctgattatagcggtgaggcaaaacttgttgaggttaaagggcct
cgggatcgtctttctgaacaacaacgtgcatggcttctgttttttatggattctggcttc
aatgctgaggtttgtagggttaatcctccagtttccaagtaa

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (24)   
   KEGG ORTHOLOGY (1)   
   RefGene (20)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (6)   
   Pfam (6)   
All databases (39)   

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