KEGG   Helicoverpa armigera (cotton bollworm): 110383937
Entry
110383937         CDS       T05609                                 
Name
(RefSeq) Fanconi anemia group M protein
  KO
K10896  fanconi anemia group M protein
Organism
haw  Helicoverpa armigera (cotton bollworm)
Pathway
haw03460  Fanconi anemia pathway
Brite
KEGG Orthology (KO) [BR:haw00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03460 Fanconi anemia pathway
    110383937
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03400 DNA repair and recombination proteins [BR:haw03400]
    110383937
DNA repair and recombination proteins [BR:haw03400]
 Eukaryotic type
  DSBR (double strand breaks repair)
   FA (Fanconi anemia) pathway
    FA core complex
     110383937
SSDB
Motif
Pfam: DEAD Helicase_C ResIII FANCM-MHF_bd FAM219A
Other DBs
NCBI-GeneID: 110383937
NCBI-ProteinID: XP_063893216
EnsemblRapid: LOC110383937
Position
12:complement(join(9210624..9210830,9211108..9211210,9216991..9217166,9217388..9219369,9219635..9219820,9220060..9220243,9220450..9220653,9220881..9220950,9221373..9221556,9221930..9222031,9222172..9222280,9222603..9222846,9223553..9223677,9224359..9224505,9226337..9226602,9227112..9227295,9227607..9227739,9228030..9228247))
AA seq 1607 aa
MYEYRVLYNNVQVTTMSSIPSTSKSKQYDGFEDDDLFDDSSLLAHFDSTSIQRSKFSESV
INDSGNRSALNVSALCCDEEISGYDKLTGKTWIYPTNYPVRDYQFNIIKAAILKNTLVSL
PTGLGKTFIAAVIMYNFYRWYPLGKIVFTAPTRPLVAQQIEACYNIIAIPPSDTIEMTGH
MQVNTRKQHWQSKRVFFATPQVIYNDMKSGICPCDKVRCLVIDEAHRARGNYAYCQIIST
LDDMNHKIYRVLALSATPGSRVEDVINVVKNLHIAHLELRTENCIDVSPYSHARKINTTI
IQLGPQLTQIRQQYIEILDGYARRLKQMNILPPNLGNLSKGRIVMLYKEYQNKDRASRHP
QHNYIMKDFTGLISLYHGLELLVQHGSRVFLNFFDEHPEKSWIQMDDRLTALLERLRDDL
GVNPLALDRSILPDGTIPEMPKDLCFGHPKFDKLKEIITYHFTKAQHNKQDTRAIVFCEY
RESVNLVHCLLLQCRPLVKPQMFVGQGASGKDGKTVVSQKQQLRVMRSFREGQCNVLVAT
CVAEEGLDVGSVDLIVCFDISTKSPVRLVQRCGRTGRERGGQVFILVTEGREHQTLQDCM
RQRDGLNKKVLQSKEVENNLYKLNPRMIPHDFVPQCQKMFITVEKKPDPKEKSKEGIEKA
KKGQKDLRTMLLSRPSTSGMNSSNKETESSSIITEAEFNELFPQGYTSTSLLATSKEYWA
MNKETIKNLPTSEGNELKLTKWLEWQRTLQKTINIHHSKDTEILSELLQYSDAKRFELPP
STQNPCFSSQELQTQPHRLTPLTPVKLTSPAKSKQPPKKKQKVPIPKPLDKRDGDIRALF
STATKSTKSYTKVINDLGLQNDGSLPTRLISLLVDLSVDNTNANKKCYICQNICECCLLK
GIKQENKVPMVLLESVRNPKLPNINLIDDFDAETILKCIKKAEENEQNVINNFDLDADFL
SPEYDIPSPYIEEQPKNENVSMASDNFDIGDIADIFADSSPEEALKEESSVKDESSAKEE
SPIKEEPKEAKAALGYFGLDSIDDIFADDEIDNTPPEQTQKTQHKPKDDVTTQNVKISRS
PTFENPRSPSILSGRIKPKEVPTSPILCSQPRKYQLSTKKDKPHSSTPIISCRKQLIKEP
TNNNSLMSTPAEIPGTSTRDSLNNTTNKSLMTITQLVDMINRTENNASAFKANVSDRQPP
DDERSTSPILLTQAERNKTVNKNTLDKSVASTSQNFTKSLVILDSDSDSDSDSTQIYDPT
DIQTTVNNIETLDKTNVSPLGGKRKRDLDSSMITASPYFNKKPKLDNDAEKQMSIQEKVL
AVMRKNKSVVTNDKTVLSCMVSQPSFSSQKENENPQFLNGNGVNKLSLLQRFRRDSKYDT
TKSKVNGMYKSPIKPQVKLADNKRKLAFDDSDDDFVDDEKSDLRNHTEHKHNDNTYRSTT
NHKVRKKKKKGNEFLDMEAELSDDDDHSGDELSDESVGSIIDFICDDDNVTHHEDIQAVY
LKSIKSPVRAGAFKIPELPKRFNKEEVLSQYVEEDSYEMDSFCVDSNIGLTQGHEVSELE
LAEMLLEEQRKTKKKYRRICSQDDSPEVKRNKPKRRLIESDSDDDGA
NT seq 4824 nt   +upstreamnt  +downstreamnt
atgtatgagtaccgcgttctctacaataatgtgcaagttacaactatgagcagcattcct
tcgactagtaaatctaaacaatacgatggattcgaagatgatgatctgttcgacgactct
tcactgctggcacattttgatagtacctcgatacagagatccaagttttctgagagtgtc
ataaatgattctgggaatagaagtgctttgaatgtcagtgcattatgttgcgatgaagaa
atcagcggctatgacaagctgactgggaagacatggatctacccaaccaactacccagtc
agggattaccagtttaacatcattaaagctgctattctgaagaacaccttggtgagctta
ccaactggattgggcaaaacatttatagcggctgtgattatgtacaacttctaccgctgg
taccctctcggcaagatagtgttcacagctcctacgaggccacttgttgctcagcagatt
gaagcatgctataacattatagccataccacccagtgatactattgaaatgacaggtcac
atgcaagttaatacaagaaagcaacattggcagagtaaaagagtgttctttgccacacct
caagtcatttacaatgatatgaaatcaggcatttgtccatgcgacaaagtgcgatgtcta
gtcatagatgaggcacatcgagcgaggggaaactatgcttactgccagattatatccacc
ttagatgatatgaaccataagatttatagagtactggcactgtctgcaactcctgggagc
agagttgaagatgttattaatgtggtaaaaaaccttcacatagctcacttggagctgcgt
acagagaattgtatcgacgtgtctccgtacagccacgcgcgaaagatcaacactacgatc
atacagctcggtccgcagctcacgcagataagacaacagtatattgagatattagatggt
tatgctagaaggctgaaacaaatgaatatccttccgcctaatttgggaaatctctccaaa
ggacgcattgtgatgctttacaaggagtatcaaaataaagaccgggcttccaggcaccct
caacacaactacataatgaaagacttcacaggcctcatatcactctaccacggcctagaa
ctgctagttcagcacggctccagggtgttcctgaatttcttcgacgagcacccggagaag
tcctggatacagatggatgacaggctcacagcgttgctggagaggctccgagatgattta
ggagtcaatcccctggcgctggataggagtatattgccagatgggactatacctgagatg
ccaaaagacttatgcttcggtcaccccaagtttgacaagcttaaagaaataataacgtat
catttcactaaagcacaacataacaaacaggatacaagagctatagtattctgcgagtac
cgggagagcgtgaacctggtacattgcttattactgcagtgcagaccactcgtcaagccg
caaatgtttgtgggccaaggcgcttcgggcaaagacggtaagactgtagtatcacaaaag
caacagttgcgagtgatgcgcagtttccgcgagggtcagtgcaacgtgctggtggccacc
tgcgtcgctgaggaggggctggacgtcggctccgtggacctcatcgtctgcttcgatata
tccaccaagtcgcctgtccgactggtgcagagatgtgggcgaaccggtcgtgagcgagga
ggacaagtcttcattctagtcacagaaggcagggagcatcagacactacaagactgcatg
cggcaaagagacgggctcaacaagaaggttcttcaatctaaggaggttgaaaacaacctc
tacaagttgaacccgcgcatgataccgcacgacttcgtgccgcagtgtcagaagatgttt
atcacggtggagaagaaacctgatcctaaggagaagagtaaagaagggattgagaaggct
aaaaagggtcaaaaagatttaagaactatgctactaagtagaccttccacaagcggtatg
aactcatccaacaaagaaactgaaagcagtagtataatcactgaagcggaattcaacgaa
ttgttcccgcaaggatatactagcacttcattgttggctacatctaaagaatattgggct
atgaacaaagaaacaattaagaatctcccaacatcagagggcaatgaactgaagctaact
aaatggcttgaatggcagcgaacgctacagaaaactataaatatacaccactctaaagat
actgaaatattatctgaactgttacaatacagtgatgctaaaagattcgaattgccacca
tctacacagaatccttgtttttcgagtcaagaattacaaacacaaccacataggctcacg
cccctcactccagtcaaattaacatctccagcgaaatctaaacagccgcctaaaaagaaa
caaaaagtacctattcctaaacctctagataagagagatggagacattcgagctctcttc
agtactgctacgaaatccactaaaagttataccaaagttattaatgacttaggtcttcaa
aatgacggtagtctacctacaagattgattagcttactcgttgacttaagtgttgacaat
acaaacgcaaacaaaaagtgttatatctgccaaaatatctgcgaatgttgccttttgaaa
ggtataaaacaagaaaataaagttccaatggtgctactagagtctgtaagaaaccccaaa
ttacctaacattaatctaattgatgatttcgacgcggaaactatcttaaaatgtattaaa
aaggcagaagaaaatgaacagaatgttataaacaattttgatttagatgcagattttctt
tcacccgagtatgacattccttcaccctatattgaagaacaacctaaaaatgagaatgtt
tctatggcttcggataactttgatatcggtgacatagccgatatattcgctgacagtagt
cctgaggaagctttaaaagaggaaagttcggtaaaagatgaaagttcagcaaaagaagaa
agtcctataaaagaagagccgaaggaagctaaggcagcattaggatacttcggcttggac
agtatagatgacatatttgctgacgatgaaatagataatacaccaccagaacaaacacaa
aagactcaacacaaacccaaagatgacgtcaccactcaaaacgttaaaataagtagatct
cctacttttgaaaatccccgcagcccttcaatattatctggaagaataaaacctaaagaa
gttcctacttctccgatactttgcagtcaaccgcgcaagtaccagctcagcaccaagaaa
gataagcctcacagttccacgcccatcataagttgtaggaaacaactgataaaagaacca
acgaacaataatagcttaatgtccacacctgctgaaatcccgggaacttcgactagagat
agcctaaataacaccactaataaaagtttaatgacgataacacaacttgtggatatgatt
aacagaacagagaataacgcatcagcatttaaggcaaacgtttctgatagacaaccacca
gatgacgaaaggagtacatcaccaattttattaacacaagctgagagaaataaaactgtc
aataaaaatactttggacaaatcagtagcatcgacatctcagaactttacaaaaagtctt
gttatactagacagtgatagcgatagcgattcagacagcacacagatatatgacccaaca
gatatacaaactactgttaataatattgaaacattagataaaactaatgtcagtccttta
ggcggcaaacgaaaacgagacttggatagtagcatgatcacagcttcaccatatttcaat
aagaaaccaaaattagataatgatgctgaaaaacaaatgtccatacaagaaaaagtgtta
gcagtcatgcgaaagaacaaaagtgtcgttacgaacgataaaactgttctaagctgcatg
gtatcacagcctagtttctcatcgcaaaaggaaaatgagaatccccagttcttaaatggc
aatggcgtaaataaattgagcttattacaaaggtttagaagagatagcaaatatgacact
actaagagtaaagtgaatggaatgtacaaaagtccgatcaagcctcaagtaaagcttgct
gataataaacgaaaactagcgtttgatgatagtgacgatgatttcgttgatgatgagaag
agcgatttaagaaatcacacggaacacaaacataatgataatacgtatagatctacaact
aatcataaagttcgaaaaaaaaagaagaaaggcaacgaattcttggacatggaagcggag
ctatctgacgatgatgaccacagcggcgacgagctctcggacgagagtgtcggtagtatc
atcgattttatatgcgatgacgacaatgtgacgcatcatgaagacatacaggctgtgtac
cttaagtctatcaagagtcctgtaagagccggtgcttttaaaatacctgaattgccaaag
agattcaataaggaggaggttttatcgcagtacgttgaggaggactcgtatgaaatggat
agcttctgtgtggactccaacattggcttaacacaaggtcacgaggtctcggagctggaa
ttagctgaaatgttattagaagagcaaagaaaaactaagaagaaatacagacgaatatgt
tcacaggatgacagccctgaggtcaaaagaaataaacctaaaaggagactgattgaaagt
gattctgatgacgatggtgcttag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   ENSEMBLRAPID (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (4)   
   Pfam (4)   
All databases (15)   

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