KEGG   Alligator sinensis (Chinese alligator): 102380413
Entry
102380413         CDS       T02922                                 
Symbol
FANCM
Name
(RefSeq) Fanconi anemia group M protein isoform X2
  KO
K10896  fanconi anemia group M protein
Organism
asn  Alligator sinensis (Chinese alligator)
Pathway
asn03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:asn00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    102380413 (FANCM)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:asn03400]
    102380413 (FANCM)
DNA repair and recombination proteins [BR:asn03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FA core complex
     102380413 (FANCM)
SSDB
Motif
Pfam: FANCM-MHF_bd Helicase_C DEAD ERCC4 ResIII HHH_2 HHH_5
Other DBs
NCBI-GeneID: 102380413
NCBI-ProteinID: XP_014375977
UniProt: A0A1U8D3W7
Position
Unknown
AA seq 1954 aa
MYNFYRWFPSGKVLFLAPTKPLVAQQMEACARLMGLSRSHMAEMTGGTQVPNRKEIWDSK
RVFFLTPQIMVNDLSRGICPAGEIKCLVIDEAHRALGNYAYCQVVKELKKYTSQFRVLAL
SATPGSDTKAVQQVISNLLIAQIEICSEDSPDIRPYSHVRQMEKIVVPLGEELAEFQSAY
IRVLETFADRLIRIKVLAQCAIPSLTKYQIILARNQFRKKLPSRNMGIQPGTIEGDFALC
ITLYHGYELLQQMGTRSLYMFLYGIMDGSKDKVRTRNELSRNEDFMNLYQQLENMFANTA
LTSANGSLYNCRTGPENKRKFIYSHPKLKKLEEVVVEHFKSWKGNSDQSVSENKPTDTRV
MIFSSFRDSVQEIAEMLSQHQPAIRVMTFLGHSTGKNTKGFTHKEQLEVVRRFREGGYNT
LVSTCVGEEGLDIGEVDLVICFDAQNSPIRLVQRMGRTGRKRQGRIVVILAEGREERTYN
QSQSNKRSIYKAISENKMLQFYQQSPRMIPEDINPEMHKMFITPAADEPDSLRPLFKERR
SSSLLHKTLFPSISTGTKQADLHENWFLTSEEYEVWNRLYRLKESDGLKEPVLPRVHFET
LENLEEAAESGVEGARELSLSEWRLWQNRPFPTHLVDHSDRCHHFISVMEMIEMMRHEEG
DCSYELELQPYLQIEDVICSDAQKSKSLSTSDSVLAQKAHASRKSVVHASKTKPFPPSIN
EMDSECISLFKTTNCKSTRRTSAFHLEVSAGTNTILDSFTVGGDPGVEHTDQKTLPNEEM
GKVTFDLNGFIASNDFGENITSHESAGILEHKSEDRACNVLERNGADSGYGSITHDESSV
SSDLFYLPEAELDSCSFTTPSEDPSWVKAMLANVQRLLSQSPPPLNTLDDFERWEETRED
ELCFQKGISHAPTETVQDKTAFPEVQSSLLSPERVSELKTPRKLRSSRNNSSSENSCFSE
ACINKTIDNLSWDDVFGDKDAHIQVLKEDLTKSPSDERLAEGYKENAENQKNVPSVHEES
INLFEDEDISEAHFSPNFQLLEGSELCDEVTKPVAAQGSEWRMPDECCPGGDTNHGESLS
SCRIENLKASEDCLSEQFLDNEDPYDCSQELFSVNFDLGFSVQESEDELSVEADMNACIQ
NPGEVSDSRTDVKPIEDENELLNGSSGPLSPPESKDESCGRKNFSTPQGQGSGSAKMTEN
CIPMVSSLNSTAKKTFVSPNSLVLTPSVPTGRRVVGVRPPRRILANGFSRVGQEIPLMQG
TNKVNIRCVKLFPNSAFATSDLPDLPLGKAKNPEPTKLPISGAFPTEGSSSESEEEIVFQ
RKNKKKGNVLNSPDVMSNSDLESPIHAVKKRRHALNISDLSTDEGMDFHEKSIGTMDFNL
RSCNKKQLKGVKRKKTENTRMLKNAARQFLDDEAELSQEDAEDVSPDESIDSENDPNSSL
NQFLDDEAEITQALNDSEMQGVYLKSVRSPALGNRYKMVHKGRSNMAVFSQIPEQDETYL
EDSFCVEEEEEESYRKSDSGEDEVCVNFDFLKDESCVSGRKQYLTRRRRKLNQDRTEQNR
ALPLAKKKTSRIIIPDDSSEEETNLSNARAVEADPLRTEQDNAHLPRPLPPDSSLHFMVA
ARDVPVCQSLDSKAQTLLDLKAAVSEELDFQPGSRGRARPSLTPTDSLKGKGSLQPQLEV
ERSSNNFRTNTFDAGQSTSKGKSSAAMPASSRLLETEAPLCILVDSREISSGSEIISSLK
AVHEIKVQVCSLGGCDYIVSNRLVVERKFQSELLNNTNRSKLIQRIQHLQSMFERICVIV
EKDRIKAGEALRQLHRTKHYDGMLSAFARAGIRILFSSCQEETAKLLKDLALVERRKKAA
IAVPPEVSSPKQDALRFYLSIPNISHLTALNMCHRFGSVKMMANSSPKDIAAGAQVSQQK
AEEIYRYIRYGFDPQMLPENLNTNGKSSTSMAKC
NT seq 5865 nt   +upstreamnt  +downstreamnt
atgtacaacttctaccgctggttcccgtcgggcaaggtgctcttcctggcgcccaccaag
cccctggtggcgcagcagatggaggcctgcgcccgcctcatgggcctgtcgcgctcccac
atggccgagatgacaggtggtactcaggttcccaacagaaaggaaatctgggacagtaaa
agagtctttttccttactcctcaaataatggtaaatgatctttctcgtggaatctgtcct
gctggagaaattaagtgtctggttattgatgaagctcacagagctcttggaaactatgcc
tactgtcaggttgtaaaggaactaaaaaaatataccagtcagtttcgagtcttagctctt
agtgccacaccagggagtgacacaaaggctgtgcagcaagttatttccaacctattgatt
gcacaaatagagatatgttctgaagattccccagacattcgtccttactctcatgtgcga
caaatggaaaaaattgttgttccgctcggtgaagaactagcagaatttcagagtgcttac
atccgggtattggaaacatttgctgaccgcttgattagaattaaggttttggcacagtgt
gctattcccagccttacaaaataccagataattctagcaagaaaccaattcagaaaaaaa
ctgccatcacgaaatatggggatacagccaggcacaattgaaggagattttgctctttgc
attactttgtatcatggttatgagttattgcaacaaatgggcacacggtcattatatatg
tttctctatggaattatggatggatcaaaagacaaggtgcgtacaaggaatgaacttagc
cgcaacgaggactttatgaatctgtatcagcaacttgagaacatgtttgcaaacacagct
ctgacttcagcaaatggaagtctctacaattgcagaacaggtcctgaaaataaaagaaaa
ttcatctacagtcatcccaaattaaagaaattagaagaagttgttgtagaacacttcaaa
tcctggaaggggaattcagaccaaagcgtatctgaaaacaaacctactgataccagagtt
atgatcttctcctcgtttcgagatagtgtccaagaaattgcagaaatgctttcccagcat
cagccggctattagagtcatgacctttcttggtcactcaacagggaagaacacaaagggc
ttcacacacaaggaacaacttgaggtggtaagacgttttcgtgaagggggctacaataca
ctggtttccacgtgtgtaggagaagaaggtttagatattggagaagtggatcttgtaatc
tgttttgatgctcagaatagtccaattcgtcttgtgcagcgaatgggtcgaactgggcgc
aagcggcaaggtagaattgttgtcatcctggcggaaggccgtgaagaacgaacttacaac
cagagccaatctaataaaaggagcatttacaaagctatttcagaaaataaaatgcttcag
ttctaccagcaaagcccacgtatgattcctgaagacataaatccagagatgcataaaatg
ttcatcactcctgcagctgatgaaccagacagtttaagaccacttttcaaagagagaaga
tccagctcactcctgcataaaacattgttcccttccattagcactggcacaaagcaagca
gacttgcatgaaaactggtttttaacatctgaagaatatgaagtatggaacagattatac
agactaaaggaaagcgatggactgaaagaaccagtcttgcctcgtgttcacttcgagact
ttagaaaatctggaagaagcggctgaatctggagtggaaggagctcgtgagctttctttg
tctgaatggagactctggcagaatcgtccttttcctacacacctggtagaccattcagat
cgctgccaccattttattagtgttatggaaatgatagaaatgatgaggcatgaagagggg
gactgcagctatgaactggaactccaaccttacttacagatagaagatgttatatgctca
gatgctcaaaagagtaaaagcctttctaccagcgattctgtacttgctcagaaggcacat
gcgtccagaaaaagtgtggtgcatgcatccaaaacaaagccttttccacctagcataaat
gagatggactctgaatgcatttccctgtttaaaaccaccaattgcaagagcacaagaaga
acttctgcatttcacttggaagtgtctgcaggaacaaataccattttagattcctttaca
gtgggaggagaccctggtgttgaacatactgatcagaaaactctaccaaatgaggaaatg
gggaaggtgacatttgacttaaatggatttattgcctcaaatgattttggtgaaaatatt
actagccatgaaagtgcgggaatactggaacacaaatctgaagatagagcctgtaatgta
ctggagagaaacggtgcagattctggttatggtagcatcacacatgacgaatcatctgtt
tcatctgacttattttacctacctgaagcagagttggattcatgttcattcacgactccc
tccgaggatccttcatgggtaaaggcaatgctagccaatgtacaaaggcttttatcacag
tctcctccccctttgaatacacttgatgattttgaaagatgggaagaaactagagaagat
gaattgtgttttcagaaaggtatttctcacgctcccacagagacagtgcaggacaaaact
gctttcccggaagtccagagttcgttgctgtcccctgagagagtctctgaattaaaaaca
ccccgtaaattgcgttcctccaggaataattcttcttcagaaaacagctgcttttctgag
gcttgtattaataaaacaattgataaccttagctgggatgacgtctttggtgacaaggat
gcgcacatacaagtgctaaaggaagatctgacaaagagcccttcagatgaacgtttggct
gaagggtataaagagaacgctgagaatcagaaaaacgtgccctctgtccacgaggagagc
ataaacttgtttgaagatgaagacatttccgaggcacacttttctcccaactttcagctg
ctagagggatcagagttgtgtgacgaagttactaagccagttgctgcacaaggctctgag
tggcgtatgccagacgagtgctgtccgggtggtgatacaaatcacggggaatcactgtca
agttgtagaattgaaaatttgaaagcgtccgaagattgtttaagcgaacagtttctggac
aatgaagatccatatgactgttctcaggagttattctctgttaactttgacctaggattt
tctgttcaagagtctgaagatgaactttcagtggaagcagacatgaatgcttgtattcaa
aacccaggtgaggtctcggacagtcgcacagacgtcaaacctatcgaagatgaaaacgag
ttattaaatggtagctcggggcctctgtctccgccagaatcaaaggatgaaagctgtggt
agaaaaaacttttctacaccacaaggtcagggcagtggttcagccaaaatgaccgaaaac
tgtatccccatggtttcttctttgaattcaacagctaaaaagacatttgtatcacctaac
tctttagttttgacaccctctgtcccaacaggtagaagagttgtgggggtgagacccccc
agaagaatacttgcaaatggtttttctagagttgggcaggaaattccactaatgcagggt
acaaataaagtaaatattagatgtgttaaactcttcccaaattcagcctttgctacatca
gatctaccggatctccccttaggaaaggctaagaacccagagcctacgaaactgcccatt
tctggtgcatttccaacagaaggaagcagcagtgaaagtgaagaagaaattgtttttcaa
aggaaaaataagaaaaaaggaaatgttttgaactctcctgatgttatgagtaacagcgat
ttggaatcaccaattcatgctgtcaaaaaacgtaggcatgcacttaacatatcagacctc
tctactgatgaaggaatggattttcatgagaaatcgatcggaactatggatttcaacttg
aggagctgtaacaagaaacaattaaaaggtgtgaaaaggaaaaagactgaaaacacccgc
atgcttaagaacgcagccagacaatttttagatgacgaagctgagctttcccaagaagat
gcagaggatgtctcgcctgacgagagcattgactctgagaatgatccaaactcctcactc
aatcagttccttgatgatgaagcagagattacgcaggctttaaatgactctgagatgcaa
ggagtttacttgaaatctgtacggagtccggctcttggcaataggtacaagatggtgcat
aaaggacgcagcaatatggcagttttctcacagattcctgagcaagacgagacttattta
gaagacagtttctgtgttgaagaggaggaggaagagagctacagaaaaagtgactctggc
gaggatgaagtgtgtgtcaattttgattttctaaaagatgagagctgtgtcagtggaagg
aaacaatacctcactcgccgcagaaggaagctaaaccaggacaggacagaacaaaaccgt
gcccttcccttggcaaagaagaaaacctcacggattattatacctgacgactcgagtgaa
gaagaaacgaatctcagtaatgcgagggctgtggaagcagaccctctccggacagagcag
gacaatgctcacctacccaggccattgcctccagactcctctttgcactttatggttgct
gctagagacgtccctgtttgtcagtccctggacagtaaagctcagacactgcttgactta
aaggctgcggtgtctgaagagctggactttcagccagggagccggggcagagccagacct
tcgctgactcccactgattccctgaaggggaaagggagccttcagcctcagcttgaggta
gagcgttcttcaaacaacttccgcacaaacacttttgatgcaggccagtccacttccaaa
ggaaagtcctcggctgccatgcctgcttcatccaggcttctggagacagaagctccgctc
tgcattttggtagacagtcgcgagatctcttccggatcagaaataatttcttctctgaag
gcagttcatgagataaaggtgcaggtttgctctctcggcggctgtgattacattgtcagc
aaccggctggtagtggagaggaaattccagtcggaactgttgaacaacacgaacagaagt
aaactgatacagcggattcagcatttgcagagcatgtttgagaggatatgtgtgattgtg
gaaaaggacaggattaaagcaggagaggccttgcgccagttgcacaggaccaagcactac
gatggcatgctgtccgcctttgcccgggcgggaatcaggatcctcttcagctcctgccaa
gaggaaaccgccaagttgctgaaagacctggctctggtggagcgaaggaagaaggcagcc
atcgctgtgccgcccgaggtgagcagtcccaagcaggacgctctccggttctacctgagc
atccccaacatcagtcacttgactgcactgaacatgtgccaccgctttgggtccgtgaag
atgatggccaacagctcaccgaaggacatcgctgccggcgcccaggtcagccagcagaag
gccgaggagatctaccgctacatccgctatggctttgacccgcagatgctgcctgaaaac
cttaacactaatgggaaaagcagcacatcaatggcaaagtgctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (29)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   UniProt (1)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (7)   
   Pfam (7)   
All databases (55)   

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