| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PsycPRwf_1694 |
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| Symbol | |
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| ID | 5205752 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Psychrobacter sp. PRwf-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009524 |
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| Strand | - |
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| Start bp | 2093493 |
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| End bp | 2096525 |
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| Gene Length | 3033 bp |
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| Protein Length | 1010 aa |
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| Translation table | 11 |
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| GC content | 47% |
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| IMG OID | 640599919 |
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| Product | NADH dehydrogenase subunit G |
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| Protein accession | YP_001280584 |
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| Protein GI | 148653491 |
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| COG category | [C] Energy production and conversion |
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| COG ID | [COG1034] NADH dehydrogenase/NADH:ubiquinone oxidoreductase 75 kD subunit (chain G) |
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| TIGRFAM ID | [TIGR01973] NADH-quinone oxidoreductase, chain G |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 25 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGGCGGTCA TACATATTGA CGGTAAGCAG GTCGAGGTAA ACGGCGCAGA CAACCTATTA
GAGGCGTGTT TGTCACTGGG TATCGATGTG CCTTATTTCT GCTATCACCC TGCACTTGGT
TCAGTCGGCT CATGTCGTCA GTGCGCGGTA AAGCAGTTTA ACAACGCAGA AGACGCAGCA
GCAGGTAAAG GTCGATTGGT CATGTCGTGT ATGGTAGCAC CTACCAATGA CATGTACATC
TCTGTCGATG ATGCTGAGGC CAAAGCATTT CGAAAATCTA TTGTTGAATT CTTAATGACC
AACCACCCTC ACGATTGTCC AACGTGTGAA GAGGGTGGAC ATTGTCACCT GCAAGACATG
ACTTATATGT CAGGTCACAA TAAGCGTCGT TATCGTTTTA CTAAGCGTAC TCACCACAAC
CAAGAGTTAG GGCCTTTTAT TGCCCATGAG ATGAACCGCT GTATCGCGTG TTATCGCTGT
GTGCGTTATT ACAAAGATTA TGCTGGTGGT GAAGATTTGG GCGTTTATGC CTCAAATAAC
CGAGTTTATT TTGGCCGTGA TAAAGATGGT CAGTTCGAAA GCGAATTCTC AGGTAACCTA
ACTGAAGTAT GCCCAACGGG CGTATTTACA GACAAGACCC ACTCAGATCG TTACAACCGT
AAATGGGACA TGCAGTATGC TCCAAGCATC TGTCACGGTT GTTCAGCGGG CTGTAACATC
TCAGCCGGTG AGCGTTATGG CGAGCTACGC CGTATCGAAA ACCGTTATAA CGGTGAAGTA
AACCGCTATT TCTTGTGTGA CTTAGGCCGC TTTAGTTATG GCTATGTCAA TCGTGAAGAC
CGTCCGGTAC AAGCCATTGA GTATATCAAT GATAAGCATG TCAAAATTAA TATCGACTAT
GCTTTAGACG AAACGGTTAA ACGCCTAAAA GGCAAAAAGG TCATCGGTAT TGGCTCACCT
AGAGCCAGCT TAGAGACCAA CTTTGCCCTA AAAAAACTAG TGGGCTTTGA TAACTTCTCA
ACCGGTCTTA ATAATCATCA GCAAGCCTTA GTCGAAAAAT GCATTGAAGT GCTAAATACC
CAAGGTATTT ATAACCCCAC CATGGCCGAA ATCGAAGACC ATGATGCGGT ATTTATCCTA
GGCGAAGACA TCACCCAGAC CAGTGCCCGT GTTGCTTTGG CAGTACGTCA AGCAGCCAAG
AATGAACAGC TTAAAATGGC GGCGGCATTA AAAACTGAGT CTTGGCTGGC AGAGCCAGTA
CAACGTATTG GTCAAAAAGC ACTAAGTCCT GTATATATTG CAGATACCGT TCAGACCAAG
CTTGATGACA TCAGTAAAGT CAGCTGCGTG GCGACACCAG AAGACATTGC AAGCCTAGGC
TTTGCGGTAG CTGATGCCAT TAAACAGTTC GGTAACGATT TGCAGCAAAT ACTGGCAAGT
GCACCAAGTG AAGAGGGCGA TGAGCAAGCC GATGCCATGC AAGCTTTGGC GAAGCAAATT
GCTTTTGACT TGGTCACTGC CGATCAGCCT TTGGTTATCT CAGGTACTGG TCAATTTAGT
GTGGCCATCA TTGAAGCTTC GGCACAGATT GCACAGAACT TAACTGATAA GCGTGCCGAT
ATTAAAGCTC ATGAGCGTGA GCAAGTAGAT GCACACAATG CCAAAGTACA GGCTCAGCAA
GCACTTAATC AGCCTGCTGA GGACAAAGAG TTAGATGCCA AGCCAGATCA AGCGGGTCAA
TCTAAACAAG CTGACAACCT AGAACGTGAT CCCAATGCGC CTGTTTTAGA ATTAAAACAG
ATCAATAATC GCTATCGTCA GCAAGCTGGT TTGTACCTTA CTGTACCCAA TGCCAACAGC
GTGGGTGTGT GCTTATTAGG CGGTAAGCCG GTTGAGCAAA TTTTAGCGAC AGATTTTGAT
GCGGTGATTG TGGCCGAAAA CCAATTGACC GATGCCTTAG ATATCGAAAA ATTGGCTCAG
CTATTAAGCA ACAAAACCGT GATTACCTTG GATCATCAAA ACTTGCATTG GCATAAATTT
GTGGACATTG TATTGCCTGC TGCAAGCTTC GCTGAAGCAG ATGGTACCTT GGTATCTGCT
GAAGGCCGTG CTCAGCGTTT CTTCCAAGTA TATGACCCAA GCTACTATAG CAACAAAAAC
TGTATTAAAG AGGGCTGGCG CTGGTTGCAT GCGGTTGAAA CCAGTCTAAA TGAATTGCCA
TTAGATTGGA CTCAGCTCGA TGATGTCATC AATGAGCTGA TTAAAACGCA TCCTAATTTA
GCCGGTATCA AACAAGCGGC ACCTGCAGCA GATTTCCGTA TTTCAGGACT AAAAATTGCA
CGTGAGCCAA GACGTTACTC AGGCCGTACT GCGATGCGTG CAAATGTCTC AGTGCATGAG
CCGATGCAGC CAAAAGACTT AGACACAGGT TTGACCTTTT CAATGGAAGG CTATAGCGGT
ACTCAGACCC CAGGCTCTAT GATTCCCTTT GCACAAGCGC CTGGCTGGAA CTCGCCTCAA
GCTTGGAATA AGTACCAAGA TGAAATCGGC GGTAGCCTAA AACAAGGTGA CCCTGGTGTG
CGCTTATTTG ACTTAGTAGA TGCCGATCGC AAACTAGCCA AACGTGAGTA CGTGCGTCCT
GAGCCCGCTC AGCCTATTAA GACCAGTATT TTCCAAGGTC AAGCCAAGCT GGTACCGGTA
CACAATATAT ATGGTAGCTC ACCTATGGCC CATCGTAGCC CTGTGGTGGC AGAGCAGATG
CAGGCGCCAG CGTTCCAGAT TGGTGTAGAG GATGCTGAGC ATTGGCAGGT GAAAACCAAT
GATTGGCTAG CCATCACAGT AGACGGTCAG CGTGTTGAGT TGCCAGTATT GGTAGTGCCT
TACTTAGCTG AAGGCTGCAT TGGCTATCCG GTCGGTCAAG TGCCTATCTT GCATGGTCAT
CTGCCAGCAT CGGTTGTGAA AATTGATCCC CCAAAATCAG ACAAAACTAT CGTGACTACC
ACTAAACCAC ACCTAGAGGG TCAGGGAGGC TAA
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| Protein sequence | MAVIHIDGKQ VEVNGADNLL EACLSLGIDV PYFCYHPALG SVGSCRQCAV KQFNNAEDAA
AGKGRLVMSC MVAPTNDMYI SVDDAEAKAF RKSIVEFLMT NHPHDCPTCE EGGHCHLQDM
TYMSGHNKRR YRFTKRTHHN QELGPFIAHE MNRCIACYRC VRYYKDYAGG EDLGVYASNN
RVYFGRDKDG QFESEFSGNL TEVCPTGVFT DKTHSDRYNR KWDMQYAPSI CHGCSAGCNI
SAGERYGELR RIENRYNGEV NRYFLCDLGR FSYGYVNRED RPVQAIEYIN DKHVKINIDY
ALDETVKRLK GKKVIGIGSP RASLETNFAL KKLVGFDNFS TGLNNHQQAL VEKCIEVLNT
QGIYNPTMAE IEDHDAVFIL GEDITQTSAR VALAVRQAAK NEQLKMAAAL KTESWLAEPV
QRIGQKALSP VYIADTVQTK LDDISKVSCV ATPEDIASLG FAVADAIKQF GNDLQQILAS
APSEEGDEQA DAMQALAKQI AFDLVTADQP LVISGTGQFS VAIIEASAQI AQNLTDKRAD
IKAHEREQVD AHNAKVQAQQ ALNQPAEDKE LDAKPDQAGQ SKQADNLERD PNAPVLELKQ
INNRYRQQAG LYLTVPNANS VGVCLLGGKP VEQILATDFD AVIVAENQLT DALDIEKLAQ
LLSNKTVITL DHQNLHWHKF VDIVLPAASF AEADGTLVSA EGRAQRFFQV YDPSYYSNKN
CIKEGWRWLH AVETSLNELP LDWTQLDDVI NELIKTHPNL AGIKQAAPAA DFRISGLKIA
REPRRYSGRT AMRANVSVHE PMQPKDLDTG LTFSMEGYSG TQTPGSMIPF AQAPGWNSPQ
AWNKYQDEIG GSLKQGDPGV RLFDLVDADR KLAKREYVRP EPAQPIKTSI FQGQAKLVPV
HNIYGSSPMA HRSPVVAEQM QAPAFQIGVE DAEHWQVKTN DWLAITVDGQ RVELPVLVVP
YLAEGCIGYP VGQVPILHGH LPASVVKIDP PKSDKTIVTT TKPHLEGQGG
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