KEGG   Metarhizium robertsii: MAA_10711
Entry
MAA_10711         CDS       T03107                                 
Name
(RefSeq) hypothetical protein
  KO
K10742  DNA replication ATP-dependent helicase/nuclease Dna2 [EC:5.6.2.3 3.1.-.-]
Organism
maj  Metarhizium robertsii
Pathway
maj03030  DNA replication
Brite
KEGG Orthology (KO) [BR:maj00001]
 09120 Genetic Information Processing
  09124 Replication and repair
   03030 DNA replication
    MAA_10711
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:maj03032]
    MAA_10711
Enzymes [BR:maj01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.3  DNA 5'-3' helicase
     MAA_10711
DNA replication proteins [BR:maj03032]
 Eukaryotic type
  DNA Replication Elongation Factors
   Other elongation factors
    MAA_10711
 Prokaryotic type
   Elongation factors (archaeal)
    Other elongation factors
     MAA_10711
SSDB
Motif
Pfam: Dna2 AAA_12 AAA_11 AAA_30 AAA_19 Cas_Cas4 Dna2_Rift Viral_helicase1 UvrD-helicase nSTAND3 Helicase_RecD PIF1 AAA_16 ResIII SLFN-g3_helicase SRP54 MobB AAA_22 CbiA Csa1 YqeC AAA_5 AAA_25 AAA_7 DUF87 NTPase_1 cobW P-loop_TraG MeaB
Other DBs
NCBI-GeneID: 19264995
NCBI-ProteinID: XP_011410731
UniProt: A0A0B2XJY3
AA seq 1549 aa
MPLQKSYSESIGLSKNRGPWQRSHSHPANLQAQRPRPLPPVSDVTKKKLSRFQYRPAEDE
SVASAPGEASGTPAKPQDAAVIGAGVVGNAATPVTRLNWRDLLEPNAAPAENEADISSPN
DKLLWNNQQDTLYAAALSPMMNRKGRKRARSSSPISSPATDKGGLPAVNVDKLRTALRSP
HVDPTVELWDRYSLNGSENITTPNGAMNPSLAQLTVSSSPKPSKDMSARRGDANLRRAIS
CGLNWPKRRKVERSKSGSQSSSQQREMEAASKSSLVTALLDTVTGTINEPGPSRAQEQLM
RSPSPKKRKLSPERMETPRRAEKSAEPSSSSSDYGDDFDDDVFVELEASMQATGTTNTPL
PDKIDQGQPGRRNHDGKSQSVIDLVEEFNDMDDDDSVCDNIVQSRQALGKSTPKRQSKNL
PAAKFEESPGDEFGNDLDGDIDFDAVELAATQSIQQLEPPSKSILIIQADNSKVTRTVHL
RGAWFETPAHTNSYVHVIGSFSARGQCIIDDAQNLLILHPDQLISSTVVADSFGCMRRAV
LQDRVKATSEASPPLVYGTMLHEIFQEALMANQWDLPFLGCIIDKITENHVEDLYTIKVG
LPSAKEHLLSKMTELSYWAKAFVAPKPQDDAVVEDRNGKKANMAITKLLDVEEHVWSPMY
GLKGNIDATVEVAMSDGEQTRTLTVPFEVKTGKHANSSHMAQTALYTLLLSDRYDIDIAY
GILYYMETSKTLRIPAIQHELRHMILQRNQLACYIRERSVQLPPMLKSKHMCGKCYAKTS
CFTYHRLADDGDGESSGMHEKFDELVRHLTPTHQDFFVKWENLLTMEEKESQKTKRELWT
MTSTEREKKSRCFSDVIIEEGSASVDTLNPRINRFHYTFIKRNHQPSFSFLESELTTGEP
VVVSDEEGHFALAIGYVTSVRKQRISVAVDRRLHNARTRQLGFDEIDNQVFSSIMDVTQG
KSPDQEQSNIKHPPVRYRLDQDEFSNGMATVRNNLVQMMANDVPAATQIRRLIVDLAPPR
FKTAPTQYTVIDGENLNVDQRRAIEKVMSTQDYSLVLGMPGTGKTTTIAHIIRALVSQGK
TVLLTSHTHTAVDNILLKLKTDKIPVLRLGAPAKVHPEVQDFAHLAGQPRKTFDEIKEAW
HGTPIVATTCLGINHPVFQERSFDYCIVDEASQITLPICAGPIRMARSFVLVGDHNQLPP
VVRNEDAREGGLDVSLFKLLSDAHPEAVVNLEHQYRMCEDIMTLSNTLIYNGRLRCGTES
LRRKRLHIPNMNALGQAHFSASSLAHPGTPRSFCTGPGPSRCWLYDLLESEARVRFVNTD
TIKPLVREEAQGKRIVNSTEVRLVSQLVESLLAVGVPASEVGVMTHYRAQLFLLKDRLKG
YAGVEMHTTDRFQGRDKEVVVLSLVRSNEACNIGDLLKDWRRINVAFTRAKTKLLVVGSM
NTLKHSGKENMLSKFISLMEGRDWIYNLPADALESHHFEELSTPMTAGPTPKSKSPKKTV
KKGVFSLEGKENRRPSPKKARIGERALLKGKLVTRDILNEMTNGAYMGV
NT seq 4650 nt   +upstreamnt  +downstreamnt
atgccgcttcagaagtcatattctgagagtataggcttgtcgaagaaccgcggtccgtgg
caacgatcacacagccatcctgccaatttacaggcacaaagaccaagaccgttaccacct
gtttccgatgttacgaagaaaaaactgagcaggttccaatatagacctgccgaagatgag
tctgtagcttccgctccgggtgaggccagtggtacacccgccaagccccaggacgccgca
gttataggagctggcgtagtgggaaacgctgccacaccggtgactcggttgaactggaga
gacttgcttgaaccgaatgcagccccagcggagaatgaggccgatatttcttccccaaac
gacaagttgctttggaataaccagcaagacacgctgtatgcagcagcgttgtcgccgatg
atgaaccggaagggcagaaaacgtgctcgaagctcctcgcctatatcatcgccggctacg
gacaaggggggtttgccagcagtcaatgtcgacaagttgagaacggctcttcgatcaccc
cacgttgatccaaccgtggaactgtgggatcgatattcgctgaatggatcggaaaacata
accacgcctaacggagccatgaatccttctctggcacagctcacggtttcatcatcacca
aaaccatcgaaggacatgtctgctcgtcgaggcgacgccaacttgcggagggcaataagc
tgtggtttaaattggccaaagagaaggaaagtagagagatctaaatcgggaagtcaaagc
agtagtcagcagcgggagatggaagcagcatcgaaatcgtctctagtcacagcattatta
gacacagtcacgggcaccattaacgagccaggccccagtcgggcccaggagcagctcatg
agatcgccgtcaccaaagaagagaaagctgtcgccggaaagaatggagacgccgcgacgc
gcggagaaatcagctgagccgtcatcttcatcttccgactatggtgatgatttcgatgac
gacgttttcgtggaactggaagcgagcatgcaagccacaggcactactaacactccacta
ccagacaagatcgatcaaggccagccgggtcgacggaaccatgacgggaaaagccaaagt
gtcatagacctggtcgaggaattcaacgacatggatgatgatgatagcgtttgtgacaac
attgtgcaatcacgacaagctcttggaaaatcaacgcccaagagacagtccaagaacctc
ccggctgcgaaatttgaagagagtcctggtgatgaatttggtaacgacctagatggggat
atcgacttcgatgccgtggaactggccgcgactcaatcgatacaacaactagagccgccg
tccaaaagtattctcattattcaagccgataattcgaaagtcaccaggacggtacatctt
cggggtgcttggttcgaaacacctgcacacaccaattcttacgtccacgttattggctct
ttttcagctcgcggccagtgcattattgatgatgcacaaaaccttttgatactgcaccca
gatcaacttatttcatccacggttgttgcggactcgttcgggtgcatgcgtcgagcagta
ctgcaagatcgtgttaaggctaccagcgaggcttctcccccccttgtctatggcacaatg
cttcatgagatatttcaagaggctctaatggcaaaccagtgggatttgccattccttggc
tgcataattgacaaaatcaccgaaaatcacgtggaagatttgtatacgattaaagttggg
ttaccaagcgccaaagagcatctcctatcaaaaatgaccgagttgagttactgggcaaag
gcctttgtcgcgccaaaaccacaggatgatgcggtcgtggaagatcggaatgggaagaaa
gcaaacatggcgatcacaaagctactcgatgtcgaagagcatgtctggtcgcctatgtat
ggacttaaaggcaacatagatgccactgttgaagtcgctatgtcagatggggaacaaaca
aggaccctaacagtgccgttcgaggtcaaaactggcaagcatgccaacagcagtcatatg
gcccaaactgcactttatactctcctattatccgaccgctatgatatcgatattgcctat
ggtattctttattacatggaaacgtcgaaaactctgcgcattcctgcaatccaacacgag
ctgcgacacatgattctccaaagaaatcaactggcgtgttacatcagagagaggagtgta
cagctgccgccgatgctaaagagtaagcatatgtgcgggaagtgttacgccaaaacgtca
tgttttacatatcatcgccttgccgacgacggcgatggtgaatctagtggcatgcatgaa
aagtttgacgaacttgtcagacacctaacaccaactcatcaggatttttttgtgaaatgg
gaaaatctcctcacaatggaagaaaaggaaagccagaagacgaagcgagagctatggaca
atgacgagcaccgagcgtgagaaaaagtcgagatgtttttctgatgtcataattgaagaa
ggatccgcatctgtcgacactcttaacccgcgcatcaaccggtttcattacacgtttatt
aaacgaaaccatcaacccagcttttctttcctggaatcagagttgacgaccggggagccc
gtggttgtgtcggatgaagaaggccattttgcattggccattggatacgttacttcagtt
cgcaagcaacggataagtgttgcggtcgatcgaaggctgcacaatgcccggacccgtcaa
cttgggtttgatgaaattgataatcaagtgttttccagtatcatggatgtgacacaagga
aagtccccagaccaggaacaatccaacatcaagcacccgcctgtacgatatcgacttgat
caagatgagtttagcaatggcatggcgactgtaaggaataatcttgtacaaatgatggca
aatgatgtgcctgcagcaactcaaatacgacgcttaattgttgacctcgctccccctcgg
ttcaagacggccccaacacaatacactgttatagacggagaaaatcttaatgttgaccag
aggcgagccattgagaaagtcatgagcacgcaagactactccttggttcttggtatgcct
ggcaccggcaagacgacaacaatcgcacacattattcgagcacttgtatcgcaaggcaag
accgtattgcttacatctcatacccacacggcggtggacaacattttgttaaagcttaag
accgacaagattccggtgctgcgtcttggggcaccggcaaaagttcaccctgaggtccaa
gattttgctcatctggctggccagcccaggaaaacctttgacgagattaaagaagcttgg
catggcacgcccatcgttgctactacttgtttaggcatcaatcatccggttttccaagag
cgttcgttcgactactgcattgtagatgaagcgtcacagattacactccccatctgcgcc
ggacctattcgaatggcacgctcattcgttctcgttggtgaccacaatcagctacctccg
gttgtgcggaatgaagacgcacgggaaggtggtctcgacgtaagcttgtttaaactactt
tcagatgctcacccggaggcggttgtcaatcttgagcaccaatatcgaatgtgcgaggat
attatgacgcttagcaataccctaatttataacgggaggctgcgatgtgggacagaatca
ctacgaaggaagagacttcatattccaaatatgaatgctcttggccaggctcatttcagc
gcatcctcgttggcacatccaggaacaccaagatcgttctgtactggccctggcccgtct
cgctgttggctatacgatctcctggaaagcgaggcgcgagttcggtttgtcaacactgat
acaataaaacctctggttagagaggaagctcaaggaaagcgaattgtgaactctacagaa
gtgcgactcgtatcgcaattggtagaaagccttctcgcagttggagtacctgcgtccgaa
gtaggtgtcatgactcattaccgagcccagctgttccttttgaaagaccgtctgaagggt
tacgcgggagttgagatgcacaccactgatcgattccaaggacgagacaaggaggttgtc
gtcctcagtcttgtacggagcaacgaagcatgcaacattggagacctgcttaaagattgg
aggagaattaacgtcgcgtttacgcgagccaagacaaagcttctggttgtaggaagcatg
aataccttgaaacacagtggaaaagagaacatgctaagcaagtttatttctttgatggaa
gggcgggattggatatataatctgccagcagatgcccttgagagccatcattttgaagaa
ctaagcacacccatgactgctggcccaacaccaaagtcaaagtctcctaagaagacagtg
aagaagggggtattcagccttgaaggcaaagaaaatcgccgtccatcgccaaagaaggcg
aggattggggaacgggcccttttgaaaggaaaactggttacaagggacatccttaatgaa
atgacgaatggcgcatacatgggggtttag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (29)   
   Pfam (29)   
All databases (42)   

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