Methanothermobacter sp. MT-2: METMT2_0162
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Entry
METMT2_0162 CDS
T05694
Name
(GenBank) MCM family protein
KO
K10726
replicative DNA helicase Mcm [EC:
5.6.2.3
]
Organism
metz
Methanothermobacter sp. MT-2
Pathway
metz03030
DNA replication
Brite
KEGG Orthology (KO) [BR:
metz00001
]
09120 Genetic Information Processing
09124 Replication and repair
03030 DNA replication
METMT2_0162
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03032 DNA replication proteins [BR:
metz03032
]
METMT2_0162
Enzymes [BR:
metz01000
]
5. Isomerases
5.6 Isomerases altering macromolecular conformation
5.6.2 Enzymes altering nucleic acid conformation
5.6.2.3 DNA 5'-3' helicase
METMT2_0162
DNA replication proteins [BR:
metz03032
]
Prokaryotic type
DNA Replication Initiation Factors
Initiation factors (archaeal)
METMT2_0162
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MCM
Intein_splicing
MCM_OB
MCM_lid
MCM_WH_arc
LAGLIDADG_3
MCM_N
Zn_ribbon_8
Hint
AAA_5
AAA_16
MCM_C
DUF7129
Motif
Other DBs
NCBI-ProteinID:
BAW30864
UniProt:
A0A3G9CYC6
LinkDB
All DBs
Position
170359..175305
Genome browser
AA seq
1648 aa
AA seq
DB search
MMKVIEKTKTPTVKFEEFFSTKKYKDSIFKVLEKYPNVRSITVDYSDLEMFDPDLADLLI
EKPDTIIRTAQRAIKNINPMGMDADLNIRFKNITNIVPLRNLRSKFIGKLVAVDGIVRKA
DEIRPRMLKAVFECRSCGHLQEVPQSSNILTEPSFCPECRGRSFRLLQEDSQFLDTQTLK
LQEPLENLSGGEQPRQITIILEDDLVDTLTPGDVVRVTGMLKTIRDDRTKRFKNFIYGNH
TEFLEQEFEELQITAEDEEKIKKMATKPDIYERIVRSTAPSIYGYREIKEAITLQLFGGT
GKELDDKTRLRGDIHILLVGDPGIGKSQMLKYVSKLAPRGIYTSGKGTTGVGLCVAPESL
IFTEEGACEIGEFVDKNLKNPIEYKPGVYVSKLKKPVKIQTINPTKVTSKVSDKIWKLKA
PRKLVKIATETGKELILTPETKVLSLENGNLKWKEAKKLGETHYVATTRRLEHKGQKILT
LQLIKDMDNIIVHGVDSLVKKLIKKIERIGETAQDFGVNLNATINLRKLLELTRKANYSL
EKLSDEIQGFSQYHEPPIKLPKYLDEKFLYFTGLIAGNGELILDDYSIRFSNKELKGKFK
SLVRELFGIEPKEELRFNSEIIIHILSRLGIPESPKSNRLDINEIIFSLPNKELAAFIRG
LFDSSEKVTIKDSSIDLYLKGEKLAKKLQLALLRFGIIAHIRKRDDQQIIRISGENTERF
ATLIGSEHPQRKNRLQVSLTKRIDTDLIPEIGETIKEIRKFYGISVKEAYNSDPGDLIEK
KGAISRKSLQKVIRNLKSKASIENVKIKASDKIKSILSQELNHNHPNIKIPFKNLVEVTN
KIKDKKLLGTLVNVLNELKAQEEKIREKLQHLESLAYSDLLFENIKKIEIIKSPYDHVYD
LTVKKSHSFIANGIIIHNTAAAVRDELGGWSLEAGALVLGDRGIVCVDELDKMREEDRSA
IHEALEQQSYHKNFEILLADGMKVKIGDLIDKLMKKRKNEIIHGKDTEILPTDKLKVMAY
DLKNLKIKTVTADRISRHKAPDNFIKIEFENGRSITVTPEHPIVIWDKNIKTVRADKIKK
GTLVLGVNNYKISGDSKVDANTAKLLGFILARENKTEIIDKDLSNFRINSKIYQDLLNKF
PEILESQKRVPIKIMRAPPNIQKTFLNAYFKYNGFIDDKQTGYCTDSIKMAEDLQDLLLM
SGIYSHISKDNGIYKVTIAGNMERFARIINNPKIGKLLKSTSKEILPDEIIQRLNKILKK
LGIKDEIKNIKDRLTLARYIQKIEKTLEEITISREINTKHAKRLLTIEELSGEFNPPQPT
NNMLDKFLKVKEELESIKKYIHGNIRFIKVKRVEIIENTDSEWVYDITVEPHHLFVSHGL
VLHNTISIAKAGIMATLNSRCSVLAAANPKFGRFDTYKSIAEQIDLPSTILSRFDLIFVI
EDRPHEERDRELARHILKTHKEDELSIEIEPELLRKYIAYARKNVNPKLTDEAMNVLEEF
YVSMRSSATDEDSPVPITVRQLEAIIRLAEASARVKLKNKVEAEDAKRAIRLAKSCLKQV
GYDPETGKIDIDKVEGRTPKSERDKFNILIELIKELEEEYGGKAPTNILKSEMLDRYNIS
EEKVEELLRFLQEKGVIFEPNRGYVKIV
NT seq
4947 nt
NT seq
+upstream
nt +downstream
nt
atgatgaaggtaatagagaaaacaaaaacacccactgtcaaatttgaagaattcttttcc
acgaaaaaatataaagatagcatattcaaggtcctggaaaagtaccctaatgtaagatcc
atcacagtagactacagcgaccttgaaatgttcgacccagacctcgcagatcttctaata
gaaaaacccgacactataataagaacggcccagagggccatcaagaacataaaccccatg
ggaatggacgcagatctaaacataagatttaagaatatcacgaatattgttccacttaga
aatttaaggagcaaatttataggtaaactagttgcagttgacggtattgtgagaaaagcg
gatgaaatacgtccaaggatgctaaaggctgtttttgagtgtagaagctgcggacacctc
caagaggtgccccaatccagcaacatcctaacagaaccatcattctgccccgaatgtaga
ggccgatcattcagactattacaagaagactcccaattcctagacacccaaaccctaaaa
ttacaagagcccctagagaatctctcaggtggtgaacaacccagacagataacaataata
ttagaagacgatcttgtagacactttaacgccaggtgacgtggtgagagtcacagggatg
ctcaagacgataagggatgataggacaaaacgctttaaaaacttcatatatggaaaccac
acagaattcctcgaacaagaattcgaagaattacagataacagccgaggacgaggaaaaa
atcaaaaaaatggcaaccaaaccagacatctatgagaggatagtgagatccacagcccca
tcaatctatggataccgtgaaatcaaagaggctatcacactccaactattcgggggaaca
ggcaaagaactagatgataaaacaagacttagaggagacatacacatactattagtcggg
gatcctggaataggaaaatcccagatgctcaaatacgtgtcaaaactagccccaaggggc
atatatacaagtggtaaaggaaccactggtgttggtttgtgcgtagcccctgaaagcctt
atcttcacagaagagggtgcatgtgaaattggagagttcgttgacaaaaaccttaaaaac
cccatcgaatataaaccaggagtttacgtttcaaaacttaaaaaacccgtcaaaatccaa
actattaacccaacaaaggtaacttcaaaggtctctgataaaatctggaaacttaaagct
cctagaaaacttgttaaaatcgcaacagaaacagggaaagaactgattttaacaccagaa
acaaaagttctaagccttgaaaatggaaatttaaagtggaaagaggccaaaaaacttgga
gaaacccactatgtggcaacaacaagaagactagaacacaaaggacagaaaatcctaaca
ctacaacttatcaaagacatggataatattatagttcacggggtagattccttagtaaaa
aaacttatcaaaaagattgaaaggattggagaaacagcccaagacttcggagttaacctt
aatgccactattaatttaaggaagctattagaacttactaggaaggccaattatagtttg
gaaaagttaagtgatgaaattcaaggcttttcacaataccatgaacctccaataaagctt
ccaaaatacttagatgagaaatttttgtacttcacaggcttaatagccgggaatggggaa
cttatactagatgattattctataagattctccaataaagaacttaaagggaaattcaaa
tcccttgtcagggaacttttcgggatcgagccaaaagaggagctgcgattcaattcagag
attatcatccatatcttaagcagactcggcattccagaatcccccaaatctaacagactc
gatattaatgagatcatattttctcttccaaataaagaactcgcagcatttatcagagga
ttatttgattccagtgaaaaagtcacaataaaagattcctccattgatctttatctaaaa
ggtgaaaaattagctaaaaaactccaacttgcacttctaagatttggaataatagcacac
ataagaaagagggacgatcagcaaattatcagaatctctggagagaacactgaaaggttc
gccactttaattggatccgaacatccccaaaggaaaaatagactccaagtatcattaact
aaaagaatagacacagatctaatccccgaaatcggagaaactataaaagaaataagaaaa
ttctatggaataagtgttaaagaagcctataattcagatcccggagatctgatagaaaaa
aaaggtgcgatttcgagaaaatccctccagaaagttatcagaaacctgaaatcgaaagct
tcaattgaaaatgttaaaataaaagcatctgataagatcaaatcaattttgagccaagaa
ctcaatcataaccatccgaacataaaaataccctttaagaaccttgtcgaagttacaaat
aaaataaaagacaaaaaactgctcggaacccttgtcaatgttttaaatgagttaaaagct
caagaagaaaagatcagggaaaaacttcaacacttggaaagtttagcctattccgacctc
ctatttgaaaatataaaaaagattgagatcatcaaatccccatatgaccatgtctatgat
ctaacagtcaaaaaatctcacagcttcatagcaaatgggataataatccataacacagct
gctgcagttcgagacgaactcggcgggtggtcgcttgaagccggtgcattagtcctagga
gaccgtggaatcgtctgcgttgatgaactggataaaatgcgggaagaagaccgttcagcc
atacacgaggcgcttgaacagcaaagctatcacaaaaatttcgaaattctcctcgcagat
gggatgaaagtgaaaataggcgatcttatagataaactcatgaaaaagagaaaaaatgag
attatccatggaaaagataccgagatattaccaacagataaactcaaggtaatggcctat
gacctgaaaaatctaaagataaaaacagtcacagcagacaggataagccgacataaagca
ccggataatttcataaaaatagaatttgaaaatggtagaagcattaccgtaacacctgaa
catcccattgtaatatgggataagaacattaaaaccgtccgcgcagataaaatcaaaaag
ggcacattagttctaggtgtgaataattataagatatctggagatagcaaagtcgatgcg
aacaccgcaaagttactaggatttatacttgccagagaaaacaaaacagagatcatagat
aaagatctatcaaattttagaatcaactccaaaatttaccaggatctcctcaataaattc
ccagaaattctagaatcccagaaaagggttccaattaaaatcatgagagcccctcccaac
attcaaaagacgtttttaaacgcctacttcaaatataatggtttcatagatgataaacag
acaggctattgcacagattcaattaaaatggctgaagacttgcaagatctccttttaatg
tctggaatctattcacacatttctaaagacaatggaatctacaaggttacaattgctgga
aacatggaaagatttgctaggataatcaataatcctaaaatcggaaaacttctaaaatca
acaagtaaggaaattttaccagatgaaataatccaaagattgaataaaatcctaaaaaaa
ctaggaataaaagatgaaattaaaaatataaaagataggctcacattagctagatacatt
caaaaaatcgagaaaacactggaagaaataaccatcagcagagaaatcaacactaaacat
gctaaaagactcctcacaattgaagaattatcaggagaatttaatcctccacaacccaca
aataacatgctagataaattcttgaaggtaaaagaggagctagaatcaatcaaaaagtac
atccatgggaacatacgctttattaaagttaaaagggttgaaataattgaaaacacagac
tcagagtgggtttatgatatcactgtcgaaccacatcatctattcgtttcacatggcctg
gtactacacaacacaataagcatagcaaaggcaggtatcatggcaaccttgaactcccgt
tgctcagtactagccgccgcaaacccaaaattcggccgattcgacacctacaagtccata
gcagagcagatagacctcccatcaaccatactttcacgattcgatctaatattcgtgata
gaggacaggccacacgaagaaagggacagagaacttgcaaggcacatcctaaaaactcac
aaagaggatgaactatccatagaaatcgaaccagaactactaagaaaatatatagcatat
gcaagaaagaatgttaaccccaaactaacagacgaagcaatgaacgtactagaagaattc
tatgtttcaatgagaagcagcgcaacagacgaagattcaccagtcccaataacagtaaga
caactagaggccataataagattagcagaagcaagcgccagagtaaaactcaaaaacaag
gtcgaagcagaagacgctaaaagggccataagattggcgaaatcctgcctcaaacaagta
ggctatgacccagaaacaggcaaaatcgacatagacaaagtagaaggccgaacaccaaaa
tcagaaagagacaaattcaacatactaatagaactaataaaagaactcgaagaagaatac
gggggcaaagcaccaaccaacatccttaaatcagaaatgctagatagatacaatataagt
gaagaaaaagtggaagaactcttaagatttctacaagaaaaaggagtaatattcgaaccc
aacagaggctacgtaaaaatagtctaa
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