| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Pcryo_0578 |
|---|
| Symbol | |
|---|
| ID | 4035278 |
|---|
| Type | CDS |
|---|
| Is gene spliced | No |
|---|
| Is pseudo gene | No |
|---|
| Organism name | Psychrobacter cryohalolentis K5 |
|---|
| Kingdom | Bacteria |
|---|
| Replicon accession | NC_007969 |
|---|
| Strand | + |
|---|
| Start bp | 689168 |
|---|
| End bp | 692287 |
|---|
| Gene Length | 3120 bp |
|---|
| Protein Length | 1039 aa |
|---|
| Translation table | 11 |
|---|
| GC content | 46% |
|---|
| IMG OID | 637973040 |
|---|
| Product | NADH dehydrogenase subunit G |
|---|
| Protein accession | YP_579845 |
|---|
| Protein GI | 93005408 |
|---|
| COG category | [C] Energy production and conversion |
|---|
| COG ID | [COG1034] NADH dehydrogenase/NADH:ubiquinone oxidoreductase 75 kD subunit (chain G) |
|---|
| TIGRFAM ID | [TIGR01973] NADH-quinone oxidoreductase, chain G |
|---|
| 
|
Plasmid Coverage information |
| Num covering plasmid clones | 6 |
|---|
| Plasmid unclonability p-value | 1 |
|---|
| Plasmid hitchhiking | No |
|---|
| Plasmid clonability | normal |
|---|
| |
Fosmid Coverage information |
| Num covering fosmid clones | 13 |
|---|
| Fosmid unclonability p-value | 1 |
|---|
| Fosmid Hitchhiker | No |
|---|
| Fosmid clonability | normal |
|---|
| |
Sequence |
| Gene sequence | ATGGCAGTCA TACATATTGA TGGAACCACT GTCGAAGTAG ATAGCGCGGA CAACTTGCTA
CAAGCATGCT TGTCCCTCGG CATTGATGTG CCGTATTTTT GTTATCACCC AGCCCTTGGT
TCAGTAGGCT CTTGCCGTCA GTGCGCGGTT AAGCAATATA TGACCAAAGA AGACATGGAA
GCAGGTCGCG GTCGCCTTGT GATGTCCTGT ATGGTCGCCC CAGGCGATGA TATGTACATC
TCAGTGACTG ATGATGAAGC GAAGGCGTTC CGTAAGTCGA TGGTTGAGCT GTTGATGATT
AACCATCCGC ATGACTGCCC AACCTGTGAA GAGGGTGGAC ATTGTCATTT GCAGGATATG
ACCTATATGT CAGGTCATCA TCGTCGTCGC TACCGCTTTA CCAAACGCAC CCATCACAAT
CAAGAGCTTG GTCCGTTTAT CGCGCATGAG ATGAATCGTT GTATCGCTTG CTATCGCTGC
GTCCGTTTTT ATAAAGACTA TGCGGGCGGC GAAGATTTGG GCGTTTATGG CTCAAACGAG
CGTGTTTATT TTGGTCGTGA TAAAGACGGT CAGTTTGAAA GTGAGTTTTC AGGTAACCTA
ACGGAAGTCT GTCCAACAGG TGTATTTACC GATAAGACGC ATTCGGATCG TTATAACCGT
AAGTGGGATA TGCAGTATGC ACCAAGCATC TGTCATGGCT GCTCAGCGGG TTGTAATATC
TCTGCCGGTG AGCGCTACGG TGAATTGCGC CGTATCGAAA ATCGCTATAA TGGCGAGGTA
AATCGTTATT TCTTATGTGA CCGTGGTCGT TTTGGTTATG GCTATGTCAA TCGTGAAGAT
CGTCCAACCC AAGCGCTTGA ACGTATCAAT GATAAACATG TCAAAATCAA TATTGACTAT
GCTCTTGATG AAACTATTAA GCGTATTAAA GACAAAAAAG TCATTGGTAT CGGCTCACCA
CGTGCCAGCC TTGAGACCAA CTTTGCGCTA AAAAACCTCG TTGGTTTTGA TAATTTTTCA
ACGGGTCTTA ATCATCAGCA GCAAGCACTG GTCAATAAAT GTATTGAAGT CTTGAGTACC
GAGGGTATTT ATAATCCAGG TATGACCGAT ATTGAAAGCC ATGATGCGGT ACTGATTTTG
GGTGAAGATA TCACTCAAAC GTCATCACGT GTGGCACTTT CTATCCGTCA AGCGGCGAAA
AATGAAGCCA TAAAAATGGC GGCTGCTACC AAAACACAGT CATGGTTGGC TGAGCCAGTC
AAACGTATTG CTCAAGGTGC GCAAAGCCCA GTATATGTCA TCGATGTGAC TCAAACCAAA
CTTGAAGATA TCAGTAAGGT TAGCGTCGTA GCGACACCTG AAGACATCAC TAAACTTGGT
TTTAAAGTTG CGGATGAAAT TGCTAAATTT GACGATAATT TAGCAAAAAT AGTCGATCCG
CAAAAAGCTG AAAAAGAGGC TAATGCCAAT ATCAATGTTG ATCCTATGCA AGCGCTGGCA
CAGCAAATCG CTTATGACTT GATCCAAGCG GACAAGCCAT TGGTTGTCTC TGGTAGCAGC
TTATCGTCTA TTGCCTTGAT AGAAGCAGCT GCGCAAATCA CGCAAGCATT AAGCCAAAAG
CGTGCAGCAA TCAAAGCAAC TGAGCAGTAT GAAGTTGAGA CACATAATGC CAAAGTTGCA
GCAGCTGAAG CGCAGGCACA AGCAACAACG GTGCAGCAAA CAGAAGATAA AGATCTATCT
GCCAAGCCAA ATAAGCCTGA AACGGGCGTT AATACTGAAG CACAAGACGA TGTCGAGCGT
CAGCCAGCAA CTAAACTTGA GCTAAAAGAA GTCAATAAAA AGTATCATGC CCAAGCGGGT
ATCTATTTAG CAGTGACAGA TGCTAATAGT ATCGGTGTTT GCTTACTCGG TGGTCATTCA
GTTGAAGAAT TGCTGGCAAC TGATTTTGAT GTGGTGATAG TCGCTGAAAA TCAGTTGACT
GATGCTATTG ATGCGAATAA ATTAACACAG CTATTGACTG ATAAAACCGT CATTGCGTTA
GATCATCAAT TGCTTGATTG GCACAAAGAC GTCGATATTG TATTGCCAGC AGCCACCTTT
GCTGAAGCAG ATGGCACGCT TATTTCTGCC GAAGGTCGTG CGCAGCGCTT CTTCCAAGTT
TATGATAATG ACTATTACCA TCCGCTTAGT AGTATCAAAG AAGGTTGGCG CTGGTTGCAT
GCTGTGCACA GCAGCTTAGA AGGTCGTGAT GTCGACTGGA CGCAGCTTGA CGATGTCATC
AATGCTTTGA TAGCGACCCA TCCTAAGCTT GCCGGTATCA AAGAAGCTGC ACCCGATGCT
GATTACCGTA TGACGGGTCT AAAAATTGCC CGTCAGCCAC GTCGTTACTC AGGTCGTACT
TCTATGCGCG CGCCTGTCTC TGTACATGAA CCAATGCAGC CAAAAGATTT GGATACCGGT
TTAACCTTTT CAATGGAAGG CTATAGCGGT AAGCAAACCC CAAGCGCGAT GATTCCTTTT
GCGCAATCTG CCGGTTGGAA CTCACCGCAA GCTTGGAACA AATACCAAGA TAAAGTGGGT
GGTAGTCTTA GAAATGGTGA TCCGGGTGTG CGTTTGTTCG ATCAGTTAGA GCGTTTAGCT
ACGCGCCAAT ATGTTGCGCC AGAAGTTAGC TCAGTAGCTA CGACGGATAT GCAGCAAGGG
CAGGCAAAAC TGGTGCCTAT TTATAACATT TATGCCAGCT CAATGATGGC ATCGCGTAGC
CCAGTGGTAG CTGAGCAATT ACCTGTCGCC TCATGGCGTA TAGGAATTGA TGACGCAAAA
GACTGGAATA TCGTGGCTGG TGATTATTTG GCGATTGAGA TTGATAAACA GCAAATCACG
CTGCCAGTAG AGCTTGTTGG CTATTTAGCC GAAGGTTGTA TTGGTTACCC TGTCGGTCAG
GTGAGCATTA TTCATCCATC GATGCCAGCG TCAGTACGTA AAGTCGATGC ACCTATTACG
ATGATGGGTA GCATGGCTAG TGGCAATTCT GAAAATGGCA GTGCTTTAAA CAGCTTTGAA
GATAACAATA ACCGCGCCGT AACAATAAGC ACAGCGCCGA CCACCACACA GGAGGTGTAA
|
|---|
| Protein sequence | MAVIHIDGTT VEVDSADNLL QACLSLGIDV PYFCYHPALG SVGSCRQCAV KQYMTKEDME
AGRGRLVMSC MVAPGDDMYI SVTDDEAKAF RKSMVELLMI NHPHDCPTCE EGGHCHLQDM
TYMSGHHRRR YRFTKRTHHN QELGPFIAHE MNRCIACYRC VRFYKDYAGG EDLGVYGSNE
RVYFGRDKDG QFESEFSGNL TEVCPTGVFT DKTHSDRYNR KWDMQYAPSI CHGCSAGCNI
SAGERYGELR RIENRYNGEV NRYFLCDRGR FGYGYVNRED RPTQALERIN DKHVKINIDY
ALDETIKRIK DKKVIGIGSP RASLETNFAL KNLVGFDNFS TGLNHQQQAL VNKCIEVLST
EGIYNPGMTD IESHDAVLIL GEDITQTSSR VALSIRQAAK NEAIKMAAAT KTQSWLAEPV
KRIAQGAQSP VYVIDVTQTK LEDISKVSVV ATPEDITKLG FKVADEIAKF DDNLAKIVDP
QKAEKEANAN INVDPMQALA QQIAYDLIQA DKPLVVSGSS LSSIALIEAA AQITQALSQK
RAAIKATEQY EVETHNAKVA AAEAQAQATT VQQTEDKDLS AKPNKPETGV NTEAQDDVER
QPATKLELKE VNKKYHAQAG IYLAVTDANS IGVCLLGGHS VEELLATDFD VVIVAENQLT
DAIDANKLTQ LLTDKTVIAL DHQLLDWHKD VDIVLPAATF AEADGTLISA EGRAQRFFQV
YDNDYYHPLS SIKEGWRWLH AVHSSLEGRD VDWTQLDDVI NALIATHPKL AGIKEAAPDA
DYRMTGLKIA RQPRRYSGRT SMRAPVSVHE PMQPKDLDTG LTFSMEGYSG KQTPSAMIPF
AQSAGWNSPQ AWNKYQDKVG GSLRNGDPGV RLFDQLERLA TRQYVAPEVS SVATTDMQQG
QAKLVPIYNI YASSMMASRS PVVAEQLPVA SWRIGIDDAK DWNIVAGDYL AIEIDKQQIT
LPVELVGYLA EGCIGYPVGQ VSIIHPSMPA SVRKVDAPIT MMGSMASGNS ENGSALNSFE
DNNNRAVTIS TAPTTTQEV
|
|---|
| |