KEGG   Panthera tigris altaica (Amur tiger): 102954921
Entry
102954921         CDS       T02988                                 
Symbol
FANCM
Name
(RefSeq) Fanconi anemia complementation group M
  KO
K10896  fanconi anemia group M protein
Organism
ptg  Panthera tigris altaica (Amur tiger)
Pathway
ptg03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:ptg00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    102954921 (FANCM)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:ptg03400]
    102954921 (FANCM)
DNA repair and recombination proteins [BR:ptg03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FA core complex
     102954921 (FANCM)
SSDB
Motif
Pfam: FANCM-MHF_bd DEAD Helicase_C ResIII ERCC4 HHH_2
Other DBs
NCBI-GeneID: 102954921
NCBI-ProteinID: XP_007097604
Position
Un
AA seq 2052 aa
MSGRQKTLFQTWGSSFSRSVGAPACNSGPERPQSPGISRARCPPAVEVAEVPPDSDDDVL
LVAVYEAERQLSLENGGFCTSAGSLWIYPTNCPVRDYQLHIARTSLFCNTLVCLPTGLGK
TFIAAVVMYNFYRWFPSGKVVFMAPTKPLVTQQIEACYRVMGIPQSHMAEMTGSTQALTR
KEIWRSKRVLFLTPQVMVNDLSRGACPAAEIKCLVIDEAHKALGNYAYCQVVRELVKYTD
HFRILALSATPGSDIKAVQQVITNLRIGQIELRSEDSPDILPYSHERRVEKLVVPLGEEL
VAIQKAYIQVLEAFASSLIQRNVLMRRDIPNLTKYQLILARDQFRKNPSPNIVGIQQGII
EGEFAICISLYHGYELLQQMGMRSLYFFLCGIMDGTKGMTRAKNELSRNEDFMKLYNHLE
CMFAHTRGTSASGSSTIQKGDKDKSFVYSHPKLKKLEEVVVEHFKSWNTQNASEKKCGET
RVMIFSSFRDSVQEIAEMLLKHQPVIRVMTFVGHASGKSMKGFTQKEQLEVVKQFRSGGY
NTLVSTCVGEEGLDIGEVDLIICFDAQKSPIRLIQRMGRTGRKRQGRIVVILAEGREERT
YNQSQCNKRSIYKAISGNKQVLHFYQGSPRMVPDGINPELHKMFITCGVYEPEKPSRNLQ
RKSSIFSYKNGMKQSNSKKDWYLSAEEFKLWNKLYRLRDSDEIKEITLPQVQFLSLENEE
DRPTQDPAIGIHQLSLSDWRVWQDHPFPTYQVDHSDRCHHFISIMQMIEGMRHEEGKCSY
ESEIISYLQMEDVSSTFRASKNGYNPLANGTFTSNKKSSFSRNISQDSSFSVAESDEECA
EIFKQTQIKPIKIASLKKKSSKELKKDQPKKENNDVVMDSLDTDGGATVENIFQVDVLND
KRASDIDEVAAAVCAVSENVVHQPRGLMEGQFINKSSSFVGNFLDSGYNSFIDEKYVSSS
LFLPFEEELCITRIDDRFYNCHSLTEEVLVNVERFLSHSPPPLIGLSNLEYEIVKGSELD
NLPFLPCTEYLQNDISTRMMSYSPVNSQQDLELNSLKSINHAFAKSCFYSATNDKISDDP
SFNDYVDEVHKDNINENLVSSSHIQINIGPPKYLVEKKNYRDSNGLPILLTDQDESLPLF
KDVNAEFNDVSLSPSNNKYKFSCVPDKPAVSEMAPVSQFLISDELLLDNDSEPQDQIICD
TNSWKSHQDLRGVHEENLKSDEYVFDCSKDLFSVTFDLGFCSPDSDDEILEHASDINNKF
LDLSERCLDIKEISDANYASNQAVIPQNHVASSTSRTITLPSSEDKWSPNFAQFPLSAAK
NKEFMSPGYSQFSLPVGEKVVSTPLSESNTLNSFSKRKEMPRTPDSNKGKVDLQSFKEIL
NATFDDSGLSVEKAKSREQISLRQSRHLAEDEQLTSSESEDDEIFRRKSKKTKGNVLESP
QDEKNGEVASPLHAVKKRRVPLNRLEFSSSDESDNFHKQHPQLEDFRGHNRNANRGIKVQ
KKQSHLKLAARKFLDDEAELSQGEAEYVSSDENDQSENEQDSSLLDFLNDATQLSQDIND
SEMRAIYMKSLRSPLMNNRYKMVRKKHNNINIFSQIPEQDETYLEDSFCVDEDESYKSQS
SEEEVYVDFNIITEDCLASGSKNYRTRRAVKLKQMEMRQNCARSKKKLSRIILPGDSSEE
ENNVNDKRESSLVVNPSTVNKSKQQDHCVNRVPFGSSLQSKDHSDPTVNQSPKQRGQIPL
TLKDAVSDVSDLKPRSCNKIERTSPPFPTVDSQKDCRKFPIHLKVGSALEDSSTSMAYCS
NSRPHLSGTHASLRLPQEGQKTCILVDSCEITSGSEVISSLRAVHGIHVEVCPLNGCDYI
VSNRMVVERRSQSEMLNSINKNKLIDQIRYLQSMFERICVIVEKDREKTGDTSKMFRRTK
SYDNLLTTLIGAGIRVLFSSCQEETADLLKELSLVEQRKNVGIHVPIVVNRNKCEALQFY
LSIPNISYVTALNMCHWFSSVRKMTNSSPQEISTCAQVTHQKAEEIYRYLHYVFDMQMLP
NGLNQGRLQSDA
NT seq 6159 nt   +upstreamnt  +downstreamnt
atgagcggacggcaaaaaacgcttttccagacgtggggctcaagtttttctcgatccgta
ggggctccggcttgcaactctggacctgagcggcctcagagccctggcatctccagggca
cgttgtcctccagcggtagaggttgccgaggttccgccggattcggacgatgatgtattg
ctggttgcagtgtacgaggcagagcggcagctgagtctagagaatggcggtttctgcacc
tcagcgggctccctgtggatttacccaactaattgcccagtgcgggactaccagctacac
attgcccggacctctctgttttgcaacacgctggtgtgtctgccgactggattgggaaag
acctttattgccgccgtggtcatgtacaatttctaccgctggtttccttccggcaaggtg
gtcttcatggcccccacgaaacctttggtgacacagcagatagaggcttgctaccgagtg
atgggtatcccgcagtcccacatggccgaaatgacaggatctactcaagctttaaccagg
aaggaaatatggcgcagtaagagagtcctttttcttacacctcaagtcatggtaaatgat
ctttctagaggagcttgtccggctgctgaaataaagtgtctagttattgatgaagctcat
aaagctcttggaaactatgcttattgccaggttgtgagagaactagtcaaatacacagat
cattttagaatcttggctcttagtgccacaccaggtagtgatataaaggctgttcaacag
gttattactaacctacgaattgggcagatagaacttcgttctgaagattctccagatatt
ttgccgtactctcatgaaagacgagttgaaaagctagttgttccccttggtgaagaactt
gtagccatccaaaaggcatatatccaggttttggaagcatttgccagttctttgattcag
aggaatgttttgatgagaagggatatccctaatctaacaaaataccagttaattttggca
agagatcagtttaggaaaaacccatctccaaatattgtgggaatacaacaaggcattatc
gagggagagtttgctatttgtattagtttatatcatggttatgaattattgcagcaaatg
ggaatgagatcattatatttctttctttgtggaattatggatggaactaaaggaatgact
cgggcaaaaaatgaacttagccgaaatgaagacttcatgaaactctataatcatctagag
tgcatgtttgcacatacacgtggtacttcagcaagtggctcttctactatccaaaaagga
gataaagataaaagttttgtctatagtcatccaaagttaaagaaattagaagaagttgta
gttgaacatttcaagtcatggaatactcaaaatgcctctgaaaagaaatgtggtgagacc
agagttatgatcttctcttcatttcgagatagtgttcaagaaattgcggaaatgctttta
aagcatcagccagttattagagtgatgactttcgtcggccacgcctcagggaaaagcatg
aaagggtttacccagaaggaacaactggaggttgtgaaacagtttcgtagtggtggttat
aatacattggtttctacttgtgttggtgaagaaggtttggatataggagaagttgatctt
ataatatgttttgatgcccagaagagcccaattcgtcttatacaacgaatgggtagaact
ggccgcaaacgtcaaggcagaattgttgttatccttgctgaaggacgagaagaacgtact
tataatcaaagtcagtgcaacaaaagaagtatttataaagctatttcaggtaacaagcaa
gttcttcatttttaccaaggaagtccacgaatggtgcctgatggaatcaatccagaatta
cataaaatgttcatcacatgtggtgtctatgaaccagagaagccttctcggaacttgcag
cggaagtcctctatcttttcctataagaatggaatgaagcaaagtaattcaaagaaagat
tggtacctatcagcagaagaatttaaattatggaacaaactttataggttaagagacagt
gatgaaattaaggaaataacattgcctcaagttcagtttttatctttagaaaatgaggaa
gacagaccaactcaagacccagccattggaattcatcaactctctctatctgattggaga
gtatggcaggatcatccttttcctacgtatcaagtggaccattcagatcgttgccaccat
tttataagcattatgcaaatgatagaaggaatgagacatgaagagggaaaatgcagctat
gaatcagaaattatatcttatttacaaatggaagatgttagttcaacatttcgtgcttcc
aagaatggatacaatcctcttgccaatggcacctttactagtaacaagaaatcatcattt
tcaaggaatataagtcaagacagttcattctcagtggcagaatctgatgaagaatgtgct
gaaatttttaaacaaactcaaatcaaacctattaaaattgcttctttaaagaaaaaatct
tctaaagaattgaaaaaagatcagcctaaaaaagaaaataatgatgttgttatggattct
ttagatactgatggcggtgctactgttgaaaatatttttcaggtagacgtactaaatgat
aaaagggcctcagatatagatgaagttgctgctgccgtatgtgctgtcagtgaaaatgtt
gttcatcagccacgtggattgatggaaggtcaattcataaataaatctagttcatttgta
ggaaattttttagactctggttataacagtttcattgatgagaaatatgtttcatctagc
ttatttcttccatttgaggaagaactttgtataactagaatagatgacagattttataat
tgtcattcattaacggaagaggtactagttaatgtagagagatttttgtctcattctcct
ccacctctcattggactctcaaatttggaatatgaaattgttaagggttctgaacttgat
aatttgcctttcctaccctgcactgagtatttacagaatgatatatctacccgtatgatg
tcatattcacctgtaaattctcaacaggatttagaattgaattcgcttaaatctattaat
catgcttttgcaaaaagttgcttttatagtgcaactaatgataaaatttctgatgaccca
agcttcaatgactatgttgatgaagtacataaagataatataaatgaaaatttagtatcc
agcagtcatattcaaataaacataggccctccaaagtatttagttgaaaagaaaaattat
agggatagcaatggcctcccaatactgctcactgatcaggatgagagtttaccactattc
aaagatgttaatgcagagtttaatgatgtgagcctttctccctcaaacaataaatataaa
ttttcttgtgtgccagacaaacctgctgtaagtgaaatggcacctgtctctcagttctta
atttctgatgaacttttgttagacaatgattctgaaccccaagatcaaattatctgtgat
actaatagttggaaatctcatcaagatttgagaggtgtgcatgaggaaaacctgaagagt
gatgaatatgtttttgactgctctaaggatttattctctgttacttttgatttaggattt
tgtagtccagattctgatgatgaaatattagaacatgcatcagatataaataataagttt
ttagatctatctgaaaggtgtttagatattaaggagataagtgatgcaaattatgcttca
aatcaagcagtaataccacaaaatcatgttgctagttctacgagtagaaccattactctc
ccatcaagtgaagataagtggagtccaaattttgcacaatttccactgagtgcagcaaaa
aataaagaatttatgtctcctggttattctcaattttctttgccagtaggagaaaaagtt
gtgagtacaccactttctgaatcaaacacattgaactcattttctaagagaaaggaaatg
cctaggacaccagattctaataagggaaaagtagatctacaaagtttcaaagaaatattg
aatgcaacttttgatgattcaggactttctgtagaaaaggctaaaagcagggagcaaatc
agtcttcgtcaatcccgtcatcttgctgaagatgaacaattaacaagcagtgaaagtgaa
gatgatgagattttccgaagaaaaagtaaaaaaacaaaaggaaatgttttagaatcccca
caggatgagaaaaatggggaagttgcttccccacttcatgctgtgaaaaagcgcagagtt
cctctaaacagattagaattttcatctagtgatgagagtgacaattttcacaaacaacat
ccacagttagaagacttcaggggtcataacaggaatgcaaacagaggcatcaaagtccaa
aagaaacagagtcaccttaagcttgcagctagaaagtttttagatgacgaagcagaactt
tcccaaggagaggcagagtatgtttcatcagatgaaaatgatcagtcagaaaatgaacaa
gattcctcattacttgacttcttaaatgatgcaactcaactctcacaggatataaatgat
tctgaaatgagagctatttacatgaagtctttgcgtagtccactgatgaacaatcggtat
aaaatggtccgtaagaagcataacaacataaatattttctcacagattcctgagcaagac
gaaacctatttagaagacagtttttgtgttgatgaagatgagtcttataaaagtcaatca
agtgaagaagaagtgtatgttgattttaacataataactgaagattgccttgcaagtggg
agcaaaaactatagaaccagacgtgcagtaaagctaaaacaaatggagatgagacaaaat
tgtgcacgttcaaaaaaaaaattatccagaattattttacccggtgactcgagtgaggaa
gaaaacaatgtaaatgataaaagagaatccagtcttgtggttaacccaagcactgttaat
aagagcaaacagcaggaccattgtgtcaatagagtgccttttgggtcttcattgcagtcc
aaggaccattctgatccaactgttaatcagtcaccaaagcagagaggacagatacctctc
actttaaaagatgcagtttctgatgtctcagacctcaaacctcggagctgtaataaaatt
gaacgtacttcaccaccattccctactgttgattcacagaaagactgtagaaaatttcca
attcatttgaaggttggtagtgccctggaggattctagcacgtcaatggcatactgttcc
aactcaagaccacatttgtctggcacacatgcttctcttagacttccacaggaaggccaa
aaaacttgtattcttgtagatagttgtgaaatcacttctggttctgaagtaatttcttcc
ttaagagcagttcatggcattcacgtagaggtctgtcctctaaatggctgtgattacatt
gtgagtaaccgcatggtggtagaaaggaggtctcagtctgagatgttaaatagtatcaat
aagaacaaactcattgaccagatccggtacctacagagcatgtttgaaagaatatgtgtg
attgtggaaaaggacagagaaaaaacaggagacacatccaagatgtttaggagaacaaag
agctacgacaacttgctgactaccttaattggggccggaatccgagttcttttcagttcc
tgccaagaagaaactgcagatttgctaaaggaactgtctttagtagaacaaagaaagaat
gttggtattcatgttccaatagtggtgaacagaaataaatgcgaagcacttcagttttat
ctaagtattcccaatataagttatgtaactgcattaaatatgtgtcactggttttcttct
gtgagaaagatgactaacagctcacctcaagaaatctccacatgtgcacaagtaactcat
cagaaggctgaggagatctatagatatcttcactacgtatttgacatgcaaatgttacca
aatggtcttaaccaagggagactacaatctgatgcataa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (6)   
   Pfam (6)   
All databases (20)   

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