Metallosphaera sedula MJ1HA: MJ1HA_2168
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Entry
MJ1HA_2168 CDS
T08286
Name
(GenBank) NADH-ubiquinone oxidoreductase chain ML
KO
K15863
NADH-quinone oxidoreductase subunit L/M [EC:
7.1.1.2
]
Organism
memj
Metallosphaera sedula MJ1HA
Pathway
memj00190
Oxidative phosphorylation
memj01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
memj00001
]
09100 Metabolism
09102 Energy metabolism
00190 Oxidative phosphorylation
MJ1HA_2168
Enzymes [BR:
memj01000
]
7. Translocases
7.1 Catalysing the translocation of protons
7.1.1 Linked to oxidoreductase reactions
7.1.1.2 NADH:ubiquinone reductase (H+-translocating)
MJ1HA_2168
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Gene cluster
GFIT
Motif
Pfam:
Proton_antipo_M
Proton_antipo_N
Motif
Other DBs
NCBI-ProteinID:
BBL48051
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Position
1910202..1913660
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AA seq
1152 aa
AA seq
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MLGIYLLVTSLVLSSLVFFIKDKKSSATLTGIAIALNGYFLFRRGLFENFFVAKTIGSFG
LTVTDLNFPFVITILAVTLLTIPYSLRYMEERFHELGSGNWGLFFGLYSLFSVSMLYTVL
STNLLEIYIFLEIALVTSFLLIMLYGYGDRRRISLLYFIWTHVGTVLLLASVIVIGLETG
SMDVYSALNVFHDYSTVGYAVAIFLLAVIGMMVKGAQAGVNVWLPYAHGEAPTPISVLLS
PNMVGLGVFVVILYFYMFPGMSFLAPIFVGWALLTMIYGGINALAQRDFKRFLAYSSVSQ
MGYMMLGAGVAFLMGLPSTLVSLPLGIIASTLIYVSHGFGKALLFMSAGANITEAHERDI
EKLGGLYQTSPLHTTLSFLGLLNILGLPPTVGLISEVLLLFATGELVQKVGISWFLVVVV
ALFIAIGLSSAYATYLFKKVYAGKPQNPVSLDKIAEYSVPMLILAGLSVVLFFFPQVSVE
SLVNFIQSVSGQDIYLPLIVFLPALGSLLALITTSKLSRDVRGWIVNFMLGVSMILAWLN
LGATLLVNRTFFVPSQFYTMFGYLSFSSSLLQSILAVFVSTLSFFIGIYSVGYMREDNVL
RRYWGFFGFFVSSMLAVVLSNNILLFMAGWEGTSLASYGLISYWLDDNEKNVVGDKGRFV
FNVEFLSKPTTSGIRAMIFTRVGDVGLLLGLGYLVYLTSTSTLTGSTLLFTQVGSLPGVF
QVLGEMATLPFGLTMLILLFLGGLSKSAQFPFTQWLVTAMTGPTPVSALIHAATMVNLGA
MFTFLTYPYLAFQANSQDVGTLLTFFSVMAGISLFTALYTSLNALVSNEQKVVLANSTAD
QISLMIFASSMGGVLAILDGNLILLFSGIAIGLIQMIAHGIYKASLFMNAGSVIHYTESR
YMGTVSGLYRELKWVFILQLIAALNLANVPPLVGFWAHSYISSLTSASAPLNTFYLFLEF
LGAIYIVRYVMKTFLWKGETHEEEKGHVYPEMLVSPTILVLASIGLGASISLLTGFMASH
FFAVGFGFDFVELGLSLVGIVIAVALYLSPRDFARYAGLRPLINFLYYGWYIYPALDRLG
VSLYRGALATYRALEYGTIDMGLNVKLPSVLISAGNKYFKDIQTGLLRDYVGLYVGGLIL
LMVIVLLVFGVI
NT seq
3459 nt
NT seq
+upstream
nt +downstream
nt
gtgctgggtatttacctcttggtaacttcactcgtgctctcctccctcgtgtttttcatc
aaggacaagaagtcctctgcaactctcacgggaatagcgatagcgctcaacggctatttc
ctgttcaggaggggactatttgagaatttcttcgtggccaagaccattggctcctttgga
ttgacggtgacggatctgaacttccccttcgtgattaccatacttgcggtaaccctgctc
accataccctactccctgagatatatggaggaaagattccacgaactcggttcaggaaac
tggggtcttttcttcgggctctactctctgttctccgtctcaatgctctacactgtgttg
tccactaacctcttagaaatttacattttcctggagatagccctcgtgacgtccttcctc
ctcatcatgctctacggatatggagataggaggaggataagcctgctttacttcatttgg
acccacgtgggtacggtgcttttgctcgcgtcggtgatagtgataggcctagagaccggt
agcatggacgtttactccgcgttgaacgtgtttcacgattactctactgtggggtatgct
gttgccatcttcctccttgcggttataggaatgatggtgaagggagctcaggctggagtt
aacgtgtggttaccatacgcccacggcgaggctccaactcccatttccgtgttacttagt
cccaacatggtgggacttggcgtcttcgtggttatcctttacttctatatgttccccggg
atgtcgttccttgctccaatctttgtgggttgggccttactcaccatgatttacggtgga
attaacgcgttagctcaaagagacttcaagaggttcctggcgtactcaagcgtctcgcaa
atgggttacatgatgctgggggcaggagttgcgttcctgatggggttaccctcgacctta
gtttcgcttccactcgggataattgcctccacgttaatttatgtgtcccatggcttcgga
aaggctcttctcttcatgagcgccggggctaacataaccgaggcccacgagagggatata
gagaagttgggaggactgtaccagacctctccccttcatactactctttcattcctggga
ctactgaacatacttggtcttcctcctactgtagggcttatcagcgaagtccttctcctg
tttgcgactggagaactggtgcagaaggtgggtatatcctggttcttggtagtcgtggtg
gcgttgttcattgcaattgggctctcctcagcttacgccacttatctctttaagaaggtc
tacgctgggaaaccccaaaatccagtttcgctggacaagatagcagagtatagcgtaccc
atgctcatcttagcggggcttagtgttgtcctcttcttcttcccacaggttagtgtcgag
tccctagttaacttcatccaatccgtgtcaggacaggacatctaccttccactaatagtt
ttccttcccgcattaggttcgcttctagcccttatcaccacgtccaagttgagcagggat
gtgaggggatggattgtcaatttcatgctaggtgtgagcatgatcctagcctggttaaac
ctgggggctaccttgctggttaataggaccttcttcgttccatcacaattttacaccatg
tttggttacctttcctttagctcctcactccttcagtcaatactggcagttttcgtgtct
actctgtcgttcttcattggtatttacagtgtcggatacatgagagaggataacgtgtta
aggagatattgggggttcttcggattcttcgtgagctccatgctcgctgtggttctctcc
aataatattctcctcttcatggcaggttgggagggtactagtcttgcgtcctacggtcta
attagttactggcttgatgacaacgagaagaacgtggtaggcgataagggtaggtttgtg
ttcaatgtggagttcctttcgaagcccacgacttctggaatcagggcaatgatatttacg
agggtaggcgatgtgggcctcctacttggccttgggtatctggtgtatttaacctcgacc
tccacactcactggatccacacttctcttcacgcaagtagggtccctgccaggcgttttc
caagtgctcggtgaaatggcaaccctccccttcgggttgactatgctgattctacttttc
ctgggaggcctctcaaagagcgcccagttccccttcactcaatggttggtgacagccatg
acaggtccaacgcctgttagtgccttaatccacgcggccaccatggtcaatctaggggcg
atgttcacattccttacctatccttaccttgcgttccaagctaacagtcaagacgtggga
actctcctcactttcttctcggtaatggcagggatttccctcttcacagccctttacacc
agcctcaatgccctggtgtcaaacgagcagaaagtagttctagccaactcaactgcggat
cagatatcactcatgattttcgcgtcctccatgggaggtgtgctagccatcctggatggt
aacctcattctcctgttctctgggatagcaatcgggttaatccagatgatagctcatggt
atctacaaggcaagcctgttcatgaacgctggtagcgtgatccattacacggaatcgaga
tacatgggcacggtatcaggactatacagggaattaaagtgggtctttattcttcagcta
atagctgccctcaacctcgctaacgtgcctcctctagtgggtttctgggctcactcctat
atttcatccctaacctccgcaagcgctccgctaaacacgttctatctcttcttggagttt
ctgggagcaatatacattgtaaggtacgtgatgaaaaccttcctgtggaagggagagacc
cacgaagaggagaagggacatgtttacccagagatgcttgtatctcccactatcctagtg
ctggcgtctattggcttgggtgcttcaatatctctcctaacagggtttatggcatctcac
ttcttcgcggtaggatttggcttcgattttgtagagttgggactttcccttgtcggtata
gtcatcgcggtcgcgttgtatctttcacctagggactttgccaggtatgcgggattaagg
cctctcattaacttcctctactatggatggtacatctaccctgccctagataggttgggc
gtctcgttgtacaggggtgcattggccacatatagggccctcgagtatggaacaatcgac
atgggacttaatgtgaagcttccgtcggttctgatctctgccggcaacaagtacttcaag
gacattcagactgggttactcagggattacgtcggactttacgtgggcgggttgatcctc
ttgatggtcatagtcctacttgtgttcggggtgatctaa
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