KEGG   Xiphophorus couchianus (Monterrey platyfish): 114158919
Entry
114158919         CDS       T05908                                 
Symbol
mcm9
Name
(RefSeq) DNA helicase MCM9
  KO
K10738  DNA helicase MCM9 [EC:5.6.2.4]
Organism
xco  Xiphophorus couchianus (Monterrey platyfish)
Brite
KEGG Orthology (KO) [BR:xco00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03032 DNA replication proteins [BR:xco03032]
    114158919 (mcm9)
Enzymes [BR:xco01000]
 5. Isomerases
  5.6  Isomerases altering macromolecular conformation
   5.6.2  Enzymes altering nucleic acid conformation
    5.6.2.4  DNA 3'-5' helicase
     114158919 (mcm9)
DNA replication proteins [BR:xco03032]
 Eukaryotic type
  DNA Replication Initiation Factors
   Other initiation factors
    114158919 (mcm9)
SSDB
Motif
Pfam: MCM MCM_OB MCM_lid AAA_5 Mg_chelatase AAA_3 AAA_16 AAA VapE-like_dom AAA_30 MCM_N
Other DBs
NCBI-GeneID: 114158919
NCBI-ProteinID: XP_027896642
Position
15:complement(22699019..22711828)
AA seq 950 aa
MFISPEEEALIGRVFENYLTEHHHGDILQLSTDVNEDTHRSVVVNAMTLFEANMEVGDYF
NAYPKDVLAVFDKVLQKKASELTDEASLKDKGQGAGQRSLRQIYHTRITGLPVCPELTRH
TIPRSRDVGHFLSVTGTVIRTSVAKVLEYERNYMCTKCRHVFKVQADFDQFYTFVQPVGC
PNPAACNSFKFSCLSGGSEPAACRDYQEIKIQEQVQRLSVGSIPRSLVVVLEDDLVDSCK
SGDDITVYGVMYLRWKPLYDGSPCDVELVLRANNIEANNQQAAAALMVKDVQKEFEEFWD
SYKQNPLAGRNEILLSLCPQVFGMYVIKLAVAMVLAGGVQRIDSSGTKVRGECHLLLVGD
PGTGKSQFLKYAAKIISRSVLTAGIGSTSAGLTVAAVKDGGDWHLEAGALVLSDGGLCCI
DEFSSIKEHDRISIHEAMEQQSISVAKAGMVCKLNTRTTILAATNPKGQYDPSQPLSVNV
ALASPLLSRFDLVLVLLDTRNVEWDCIISSFILEDRGTPSDASGLWSMEKMKTYFSVIKQ
LQPQVSEEANCILTRYYQLQRQRDGHSAARTTIRMLESLSRLAEAHARLMYRETVTVEDA
VTAVSVMECSMQGGALLGNVNALLTTFPTDPLQQYQTQCQMLLEGLNLPELLQSEMERLA
RLRSNTPESGMCDPSLSTDQHQDLHGPDSETSSDLKSCVTVKSCLDRLLATSPSLSPDDV
IVPIITSTQGNINTAPNNSWSVSSALRAGQSGVVEKEQRRLPEKKNNVLLNEKKAAEDGK
LTDLHTKLSAFIFKPRGRKQPDHSGNEAETLGEKRINMQTPARHDDLISQMPQAKKKKRM
EKLNNGHSQHCTTKPTPAQTNLEIVPHKTETAKCELKQSDLTHVPNQHAKPASNSEVNMR
KRKCFNLDPPLNTDGSKPFLSGLSFSGLTDFSSDVLDTDWDQEVSKTTKA
NT seq 2853 nt   +upstreamnt  +downstreamnt
atgtttattagcccagaggaggaggccctgattggtcgagtgtttgaaaactatctgaca
gagcatcaccatggtgacattcttcagctcagtactgatgtaaatgaagacactcatcgc
tctgttgtggttaacgccatgacactttttgaagccaatatggaggttggggattatttc
aatgcatatccaaaagatgtcttggctgtatttgataaagtattacagaaaaaagcttca
gagttaacagatgaggcttctctcaaagacaaaggacagggagccggtcagagaagcctg
aggcagatatatcacacccgcatcacaggtctgccagtgtgtccagaactaaccagacac
accattccaagatccagagatgtgggtcactttttgtctgttactggtacggtcatacgt
accagtgtggctaaggttctggagtatgaacgtaattacatgtgcacaaagtgccggcat
gttttcaaggtgcaggctgattttgaccagttctacaccttcgtccagccggtgggctgc
ccaaatcctgctgcctgtaattcctttaaattcagctgtctgtctggagggtcagagcct
gctgcctgcagggactaccaggaaattaagatacaagagcaagttcagaggctgtcagtg
ggcagtattcctcgttcattagtggtagtgctggaggatgacctggttgacagctgtaaa
tcaggtgatgacataactgtttatggtgtaatgtatctccgctggaagcccctttatgat
ggttccccctgcgatgtggagttggtcctcagagctaacaacatagaagcaaataatcag
caggctgctgctgctctgatggtaaaagatgttcagaaagaatttgaagagttttgggac
agctacaagcagaatccactggctggtaggaatgagatattgttaagcctgtgtccacag
gtttttggcatgtatgtaattaagctggctgtggcgatggtgctggcgggtggagtccag
agaatagactcttctgggaccaaagttagaggagaatgccatttgttgctggttggtgat
cctggtacaggaaaatctcagtttctgaaatatgcagccaagataatatcccgatctgta
cttacagctggaattggatccaccagtgcaggtctgacggttgctgcagtaaaggatgga
ggtgactggcacctggaagctggagcgctggtcctgtctgatggtggtttgtgctgcatt
gatgaattcagcagcatcaaagaacatgatcgaatcagcattcatgaagcgatggagcag
cagtcaatcagcgtagccaaagctggaatggtgtgcaagctgaatactcgaaccaccatt
ttggcagctaccaaccccaaaggacagtatgatcccagtcagcctctctctgtgaacgtg
gctctggccagtcctttgctcagccggttcgacctggttctggttctgctggacaccaga
aacgttgaatgggactgtatcatctcttcttttattcttgaggaccgaggaactccatct
gatgccagtgggctctggtccatggagaaaatgaaaacttatttcagtgtgattaaacag
ctgcagcctcaggtgtctgaagaagccaactgcatcctgactcgttattaccagctgcag
cgtcaacgagacggtcacagtgctgcccgcacaactatccgcatgctggagagtctgagc
agacttgctgaagcacatgcccggctcatgtacagagagactgttactgtcgaagatgcc
gttacagccgtgtcagtcatggagtgctccatgcagggtggtgctttgctgggaaatgta
aacgctttgctaacaacgttccccaccgaccccctccagcagtatcaaacccagtgtcag
atgctcctggagggactgaacctgcctgagcttcttcaaagtgagatggagcggctggcc
aggctaaggagcaacaccccagagtctggtatgtgtgacccgtctctttctacagaccag
catcaagatctacatggtccagactcagaaacctccagtgacctaaagagttgtgtaaca
gtgaagagttgtttggaccggcttcttgccacgagtccctcactgtccccagatgatgtc
atcgtacccatcattacatcaacccaaggaaacataaatactgcaccaaacaatagctgg
tcagtatcatcagcactaagagcaggacaaagtggagttgtggaaaaagaacagagacgc
ctgcctgagaagaagaacaatgttttgctaaatgagaagaaggcggccgaagatggaaaa
ttgacagacctgcacacaaaactgtcggcttttattttcaaacccagaggtaggaaacaa
cctgaccacagtggtaatgaagcagaaacattaggagaaaaaaggataaatatgcagacg
ccagctagacatgatgacttgattagccaaatgccacaagcaaagaaaaagaaacgaatg
gaaaagctaaataatggacattcacaacactgcacaaccaaacctacaccagctcagact
aacctggaaatagttcctcataaaacagaaactgctaagtgcgaactaaagcagtcggac
cttactcatgttccaaaccaacatgcaaaacctgcaagcaatagtgaggtgaacatgagg
aaaaggaagtgctttaatctggacccaccactaaatactgatggatctaagccgttcctt
tcaggtttgtctttctctggtcttactgacttttctagtgatgtccttgatactgactgg
gaccaagaagtttcaaaaaccaccaaagcctga

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Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (21)   

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